diff --git a/payments/coin_handlers/EOS/EOSManager.py b/payments/coin_handlers/EOS/EOSManager.py
index b9a0200..d63e529 100644
--- a/payments/coin_handlers/EOS/EOSManager.py
+++ b/payments/coin_handlers/EOS/EOSManager.py
@@ -1,17 +1,127 @@
-from decimal import Decimal
+import logging
+from datetime import timedelta, datetime
+from decimal import Decimal, getcontext, ROUND_DOWN
+
+import pytz
+from requests import HTTPError
 
 from payments.coin_handlers import BaseManager
+from payments.coin_handlers.EOS.EOSMixin import EOSMixin
+from payments.coin_handlers.base import TokenNotFound, CoinHandlerException, AccountNotFound, AuthorityMissing, \
+    NotEnoughBalance
+from payments.models import CryptoKeyPair
+from steemengine.helpers import empty, decrypt_str
+
+getcontext().rounding = ROUND_DOWN
 
+log = logging.getLogger(__name__)
 
-class EOSManager(BaseManager):
+
+class EOSManager(BaseManager, EOSMixin):
     def address_valid(self, address) -> bool:
-        pass
+        try:
+            acc = self.eos.get_account(address)
+            if 'account_name' not in acc:
+                log.warning(f'"account_name" not in data returned by eos.get_account("{address}")...')
+                return False
+            return True
+        except HTTPError as e:
+            log.info(f'HTTPError while verifying EOS account "{address}" - this is probably normal: {str(e)}')
+            return False
 
     def get_deposit(self) -> tuple:
-        pass
+        return 'account', self.coin.our_account
 
     def balance(self, address: str = None, memo: str = None, memo_case: bool = False) -> Decimal:
-        pass
+        if not address:
+            address = self.coin.our_account
+
+        if not empty(memo):
+            raise NotImplemented('Filtering by memos not implemented yet for EOSManager!')
+        sym = self.symbol.upper()
+
+        contract = self.get_contract(sym)
+
+        bal = self.eos.get_currency_balance(address, code=contract, symbol=sym)
+        if len(bal) < 1:
+            raise TokenNotFound(f'Balance list for EOS symbol {sym} with contract {contract} was empty...')
+
+        amt, curr = bal[0].split()
+        amt = Decimal(amt)
+        if curr.upper() != sym:
+            raise CoinHandlerException(f'Expected balance currency of {sym} but got {curr} - aborting')
+
+        return amt
 
     def send(self, amount, address, from_address=None, memo=None) -> dict:
-        pass
+        if not from_address:
+            from_address = self.coin.our_account
+
+        if not self.address_valid(from_address):
+            raise AccountNotFound(f'The from account "{from_address}" does not exist...')
+
+        if not self.address_valid(address):
+            raise AccountNotFound(f'The to account "{address}" does not exist...')
+
+        memo = "" if empty(memo) else memo
+        sym = self.symbol.upper()
+        contract = self.get_contract(sym)
+
+        kp = CryptoKeyPair.objects.filter(network='eos', account=from_address, key_type__in=['active', 'owner'])
+
+        if len(kp) < 1:
+            raise AuthorityMissing(f'No active/owner private key found for EOS account {from_address}')
+
+        # Grab the first key pair we've found, and decrypt the private key into plain text
+        priv_key = decrypt_str(kp[0].private_key)
+
+        # If we get passed a float for some reason, make sure we trim it to the token's precision before
+        # converting it to a Decimal.
+        if type(amount) == float:
+            amount = '{0:.4f}'.format(amount)
+
+        amount = Decimal(amount)
+        if amount < Decimal('0.0001'):
+            raise ArithmeticError(f'Amount {amount} is lower than minimum of 0.0001 EOS, cannot send.')
+
+        our_bal = self.balance(from_address)
+
+        if amount > our_bal:
+            raise NotEnoughBalance(f'Account {from_address} has {our_bal} {sym} but needs {amount} to send...')
+
+        fmt_amt = f"{amount:.4f} {sym}"
+
+        tx_args = {
+            "from": from_address,
+            "to": address,
+            "quantity": fmt_amt,
+            "memo": memo
+        }
+
+        payload = {
+            "account": contract,
+            "name": "transfer",
+            "authorization": [{
+                "actor": from_address,
+                "permission": kp[0].key_type
+            }]
+        }
+        tx_bin = self.eos.abi_json_to_bin(payload['account'], payload['name'], tx_args)
+        payload['data'] = tx_bin['binargs']
+        trx = dict(actions=[payload])
+        trx['expiration'] = str((datetime.utcnow() + timedelta(seconds=60)).replace(tzinfo=pytz.UTC))
+
+        tfr = self.eos.push_transaction(trx, priv_key, broadcast=True)
+
+        tx_output = tfr['processed']['action_traces'][0]['act']['data']
+        tx_amt_final = Decimal(tx_output['quantity'].split()[0])
+
+        return {
+            'txid': tfr['transaction_id'],
+            'coin': sym,
+            'amount': tx_amt_final,
+            'fee': Decimal(0),
+            'from': from_address,
+            'send_type': 'send'
+        }
+