OpenWRT install of PPPwn C++ version by xfangfang https://github.com/xfangfang/PPPwn_cpp
Current included PPPwn C++ release: v1.0.0
Current included GoldHEN release: v2.4b17
- Place the goldhen.bin from a goldhen 2.4b17 and up release on the root of a usb drive formatted in exfat or fat32 https://github.com/GoldHEN/GoldHEN/releases
- Plug the USB drive into your PS4
- SSH into your OpenWRT router
- Run for:
Raspberry Pi build:
wget -q -O - https://github.com/FalsePhilosopher/PPPwnWRT/raw/main/scripts/RPi.sh | sh
MIPS build
wget -q -O - https://github.com/FalsePhilosopher/PPPwnWRT/raw/main/scripts/MIPS.sh | sh
Cortex A7 build
wget -q -O - https://github.com/FalsePhilosopher/PPPwnWRT/raw/main/scripts/CortexA7.sh | sh
64 bit build
wget -q -O - https://github.com/FalsePhilosopher/PPPwnWRT/raw/main/scripts/x64.sh | sh
For the record: It is not actually a good idea to make a habit of
wget $(random_script_from_the_internets) | sh"
Always read the source of what you run before you run it.
Your interfaces are now displayed for you to replace INTERFACE
in step 5 with your ethernet interface of choice.
- Edit
/etc/pppwnwrt/pppwnwrt.sh
script
For 9.00
pppwn -i INTERFACE --fw 900 -s1 "/etc/pppwnwrt/stage1_900.bin" -s2 "/etc/pppwnwrt/stage2.bin" -a
For 11.00
pppwn -i INTERFACE --fw 1100 -s1 "/etc/pppwnwrt/stage1_1100.bin" -s2 "/etc/pppwnwrt/stage2.bin" -a
(If you're low on space, you can remove unneeded stage1.bin file)
Note: included stage2.bin is GoldHEN. You can change it to whatever stage2.bin payload you want
- Enable auto-start in OpenWRT
/etc/init.d/pppwnwrt enable
/etc/init.d/pppwnwrt start
top -d 1 | grep pppwn
to ensure pppwn is running
- On your PS4:
- Go to
Settings
and thenNetwork
- Select
Set Up Internet connection
and chooseUse a LAN Cable
- Choose
Custom
setup and choosePPPoE
forIP Address Settings
- Enter anything for
PPPoE User ID
andPPPoE Password
- Choose
Automatic
forDNS Settings
andMTU Settings
- Choose
Do Not Use
forProxy Server
- Choose
Test Internet Connection
- Wait until
PPPwned
message appears - Head back to
Set Up Internet connection
and change to your normal internet settings or turn off internet connection
From now on, your PS4 will be jailbroken everytime it is powered on, as long as it's connected to the router. Unfortunately, the script does not have it's output, so the only ways to determine if it's injecting a payload is by looking for Cannot set up internet connection
message, 'loading symbols' on the bottom of What's new
app, or choppy audio. Keep in mind, that script will run endlessly, so it will try to root your console even when it's already rooted. To prevent that, script waits 60 seconds after successful jailbreak, so you have time to turn off internet connection or change from PPPoE to your usual internet settings. You don't need to do the internet connection set up again, just press Test Internet Connection
after changing back to PPPoE, or if already set up, wait until PPPwned
message appears. The custom version of stage2 first looks for the payload in the root directory of the USB drive, and if found, it is copied to the internal HDD at this path: /data/GoldHEN/payloads/goldhen.bin. The internal payload is then loaded and is no longer needed on the external USB drive. You can remove the usb drive from your ps4 after it has been run the first time and you won't need it again.
Comes with a kill script in /root that used Modded Warfare's kill script as a template, but was modified to work with this setup. The original script used this resource as a template.
- Install kmod-button-hotplug
opkg install kmod-button-hotplug
- Create a file called
wps
in /etc/hotplug.d/button/ with the contents below.
source /lib/functions.sh
do_button () {
local button
local action
local handler
local min
local max
config_get button "${1}" button
config_get action "${1}" action
config_get handler "${1}" handler
config_get min "${1}" min
config_get max "${1}" max
[ "${ACTION}" = "${action}" -a "${BUTTON}" = "${button}" -a -n "${handler}" ] && {
[ -z "${min}" -o -z "${max}" ] && eval ${handler}
[ -n "${min}" -a -n "${max}" ] && {
[ "${min}" -le "${SEEN}" -a "${max}" -ge "${SEEN}" ] && eval ${handler}
}
}
}
config_load system
config_foreach do_button button
EOF
uci add system button
uci set system.@button[-1].button="wps"
uci set system.@button[-1].action="released"
uci set system.@button[-1].handler="pppwn --interface INTERFACE --fw 900 --stage1 "/etc/pppwnwrt/stage1.bin" --stage2 "/etc/pppwnwrt/stage2.bin" --auto-retry"
uci set system.@button[-1].min="0"
uci set system.@button[-1].max="2"
uci add system button
uci set system.@button[-1].button="wps"
uci set system.@button[-1].action="released"
uci set system.@button[-1].handler="/etc/rc.button/wps"
uci set system.@button[-1].min="3"
uci set system.@button[-1].max="10"
uci commit system
Be sure to put the proper interface/FW in the handler
line.
This will trigger pppwn to run when pressed for less then 2 seconds and when pressed for 3-10 seconds will trigger the stock wps functionality.
Triggering your LED to turn on and off during the payload is specific to your router which is why it was left out of this config.
If you set up auto-start, disable it by running /etc/init.d/pppwnwrt disable
and /etc/init.d/pppwnwrt stop
Further resources with LED examples can be found here https://openwrt.org/docs/guide-user/hardware/hardware.button
- git clone sistro's pppwn repo and build pppwn S1 and S2 PL's for your FW https://github.com/SiSTR0/PPPwn
- Put the S1 and S2 PL's in a dir name
pppwnwrt
and scp or sftp the dir to /etc - git clone and build pppwn_cpp or pull from their nightly build server Repo: https://github.com/xfangfang/PPPwn_cpp Nightly build server: https://nightly.link/xfangfang/PPPwn_cpp/workflows/ci.yaml/main?status=completed
- scp or sftp the executable to /bin
- Install libpcap1
- Run pppwn
DD-WRT uses a different package manager and pcap package, so the OpenWRT install script above will not work for DD-WRT.
- Follow the manual install method to step 4
- Install libpcap
ipkg install libpcap
- Run pppwn