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ews.py
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#!/usr/bin/env python3
# -*- coding: utf-8 -*-
import re
import os
import time
import codecs
import hashlib
from datetime import datetime
import glob
from moduls.einit import locksocket, ecfg
from moduls.elog import ELog
from moduls.etoolbox import readonecfg
from moduls.ealert import EAlert
from moduls.esend import ESend
import base64
from urllib import parse
name = "EWS Poster"
version = "v1.25"
def ipphoney():
ipphoney = EAlert('ipphoney', ECFG)
ITEMS = ['ipphoney', 'nodeid', 'logfile']
HONEYPOT = (ipphoney.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
while True:
line = ipphoney.lineREAD(HONEYPOT['logfile'], 'json')
if len(line) == 0:
break
if line == 'jsonfail':
continue
ipphoney.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
if 'timestamp' in line:
ipphoney.data('timestamp', line['timestamp'][0:10] + " " + line['timestamp'][11:19])
ipphoney.data("timezone", time.strftime('%z'))
ipphoney.data('source_address', line['src_ip']) if 'src_ip' in line else None
ipphoney.data('target_address', line['dst_ip']) if 'dst_ip' in line else None
ipphoney.data('source_port', line['src_port']) if 'src_port' in line else None
ipphoney.data('target_port', line['dst_port']) if 'dst_port' in line else None
ipphoney.data('source_protokoll', "tcp")
ipphoney.data('target_protokoll', "tcp")
ipphoney.request("description", "IPP Honeypot")
ipphoney.adata('hostname', ECFG['hostname'])
ipphoney.adata('externalIP', ECFG['ip_ext'])
ipphoney.adata('internalIP', ECFG['ip_int'])
ipphoney.adata('uuid', ECFG['uuid'])
if ipphoney.buildAlert() == "sendlimit":
break
ipphoney.finAlert()
return()
def fatt():
fatt = EAlert('fatt', ECFG)
ITEMS = ['fatt', 'nodeid', 'logfile']
HONEYPOT = (fatt.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
while True:
line = fatt.lineREAD(HONEYPOT['logfile'], 'json')
if len(line) == 0:
break
if line == 'jsonfail':
continue
fatt.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
if 'timestamp' in line:
fatt.data('timestamp', line['timestamp'][0:10] + " " + line['timestamp'][11:19])
fatt.data("timezone", time.strftime('%z'))
fatt.data('source_address', line['sourceIp']) if 'sourceIp' in line else None
fatt.data('target_address', ECFG['ip_ext'])
fatt.data('source_port', str(line['sourcePort'])) if 'sourcePort' in line else None
fatt.data('target_port', str(line['destinationPort'])) if 'destinationPort' in line else None
fatt.data('source_protokoll', "tcp")
fatt.data('target_protokoll', "tcp")
fatt.request("description", "FATT Honeypot")
fatt.adata('hostname', ECFG['hostname'])
fatt.adata('externalIP', ECFG['ip_ext'])
fatt.adata('internalIP', ECFG['ip_int'])
fatt.adata('uuid', ECFG['uuid'])
if fatt.buildAlert() == "sendlimit":
break
fatt.finAlert()
return()
def adbhoney():
adbhoney = EAlert('adbhoney', ECFG)
ITEMS = ['adbhoney', 'nodeid', 'logfile', 'malwaredir']
HONEYPOT = (adbhoney.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
adbhoneySessionIDs = adbhoney.fileIndex('adbhoney.session', 'read')
adbhoneySessions = {}
adbhoney.alertCount('ADBHONEY', 'reset_counter')
while True:
line = adbhoney.lineREAD(HONEYPOT['logfile'], 'json')
if len(line) == 0:
break
if line == 'jsonfail':
continue
if not line['session'] or line['session'] in adbhoneySessionIDs:
continue
sid = line['session']
if line['eventid'] == 'adbhoney.session.connect' and line['session'] not in adbhoneySessions:
adbhoneySessions[sid] = {}
adbhoneySessions[sid]['timestamp'] = line['timestamp']
adbhoneySessions[sid]['source_ip'] = line['src_ip']
adbhoneySessions[sid]['source_port'] = line['src_port']
adbhoneySessions[sid]['target_ip'] = line['dest_ip']
adbhoneySessions[sid]['target_port'] = line['dest_port']
adbhoneySessions[sid]['session'] = line['session']
if line['eventid'] == 'adbhoney.session.closed' and line['session'] in adbhoneySessions:
adbhoneySessions[sid]['duration'] = line['duration']
if line['eventid'] == 'adbhoney.command.input' and line['session'] in adbhoneySessions:
try:
adbhoneySessions[sid]['input'].append(line['input'] + "\n")
except:
adbhoneySessions[sid]['input'] = line['input'] + "\n"
if line['eventid'] == 'adbhoney.session.file_upload' and line['session'] in adbhoneySessions:
for index in ['shasum', 'outfile', 'filename']:
if index not in adbhoneySessions[sid]:
adbhoneySessions[sid][index] = {}
if index == 'shasum':
adbhoneySessions[sid][index][len(adbhoneySessions[sid][index])] = line['shasum']
if index == 'outfile':
adbhoneySessions[sid][index][len(adbhoneySessions[sid][index])] = line['outfile'][3:] # remove "dl/"
if index == 'filename':
adbhoneySessions[sid][index][len(adbhoneySessions[sid][index])] = line['filename']
""" second loop """
for session in adbhoneySessions:
adbhoney.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
if adbhoneySessions[session]['timestamp']:
adbhoney.data('timestamp', f"{adbhoneySessions[session]['timestamp'][0:10]} {adbhoneySessions[session]['timestamp'][11:19]}")
adbhoney.data("timezone", time.strftime('%z'))
adbhoney.data('source_address', adbhoneySessions[session]['source_ip']) if adbhoneySessions[session]['source_ip'] else None
adbhoney.data('target_address', ECFG['ip_ext'])
adbhoney.data('source_port', str(adbhoneySessions[session]['source_port'])) if adbhoneySessions[session]['source_port'] else None
adbhoney.data('target_port', str(adbhoneySessions[session]['target_port'])) if adbhoneySessions[session]['target_port'] else None
adbhoney.data('source_protokoll', "tcp")
adbhoney.data('target_protokoll', "tcp")
adbhoney.request("description", "ADBHoney Honeypot")
if 'outfile' in adbhoneySessions[session]:
for index in range(len(adbhoneySessions[session]['outfile'])):
error, payload = adbhoney.malwarecheck(HONEYPOT['malwaredir'], adbhoneySessions[session]['outfile'][index], ECFG['del_malware_after_send'], str(adbhoneySessions[session]['shasum'][index]))
if (error is False):
continue
elif (error is True) and (len(payload) <= 5 * 1024) and (len(payload) > 0):
adbhoney.request('binary', payload.decode('utf-8'))
break
elif (error is True) and (ECFG["send_malware"] is True) and (len(payload) > 0):
adbhoney.request('largepayload', payload.decode('utf-8'))
break
adbhoney.adata('duration', adbhoneySessions[session]['duration']) if 'duration' in adbhoneySessions[session] else None
adbhoney.adata('input', adbhoneySessions[session]['input']) if 'input' in adbhoneySessions[session] else None
adbhoney.adata('hostname', ECFG['hostname'])
adbhoney.adata('externalIP', ECFG['ip_ext'])
adbhoney.adata('internalIP', ECFG['ip_int'])
adbhoney.adata('uuid', ECFG['uuid'])
adbhoney.fileIndex('adbhoney.session', 'write', session)
if adbhoney.buildAlert() == "sendlimit":
break
adbhoney.finAlert()
return()
def honeysap():
honeysap = EAlert('honeysap', ECFG)
ITEMS = ['honeysap', 'nodeid', 'logfile']
HONEYPOT = (honeysap.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
while True:
line = honeysap.lineREAD(HONEYPOT['logfile'], 'json')
if len(line) == 0:
break
if line == 'jsonfail':
continue
honeysap.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
if 'timestamp' in line:
honeysap.data('timestamp', line['timestamp'][0:19])
honeysap.data("timezone", time.strftime('%z'))
honeysap.data('source_address', line['source_ip']) if 'source_ip' in line else None
honeysap.data('target_address', ECFG['ip_ext'])
honeysap.data('source_port', str(line['source_port'])) if 'source_port' in line else None
honeysap.data('target_port', str(line['target_port'])) if 'target_port' in line else None
honeysap.data('source_protokoll', "tcp")
honeysap.data('target_protokoll', "tcp")
honeysap.request("description", "Honeysap Honeypot")
honeysap.request("request", line['request']) if line['request'] != "" else None
honeysap.adata('hostname', ECFG['hostname'])
honeysap.adata('externalIP', ECFG['ip_ext'])
honeysap.adata('internalIP', ECFG['ip_int'])
honeysap.adata('uuid', ECFG['uuid'])
if honeysap.buildAlert() == "sendlimit":
break
honeysap.finAlert()
return()
def dicompot():
dicompot = EAlert('dicompot', ECFG)
ITEMS = ['dicompot', 'nodeid', 'logfile']
HONEYPOT = (dicompot.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
while True:
line = dicompot.lineREAD(HONEYPOT['logfile'], 'json')
if len(line) == 0:
break
if line == 'jsonfail':
continue
if 'Status' in line or 'Version' in line:
continue
dicompot.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
if 'time' in line:
dicompot.data('timestamp', line['time'])
dicompot.data("timezone", time.strftime('%z'))
dicompot.data('source_address', line['IP']) if 'IP' in line else None
dicompot.data('target_address', ECFG['ip_ext'])
dicompot.data('source_port', str(line['Port'])) if 'Port' in line else None
dicompot.data('target_port', "11112")
dicompot.data('source_protokoll', "tcp")
dicompot.data('target_protokoll', "tcp")
dicompot.request("description", "Dicompot Honeypot")
dicompot.adata('hostname', ECFG['hostname'])
dicompot.adata('externalIP', ECFG['ip_ext'])
dicompot.adata('internalIP', ECFG['ip_int'])
dicompot.adata('uuid', ECFG['uuid'])
if dicompot.buildAlert() == "sendlimit":
break
dicompot.finAlert()
return()
def elasticpot():
elasticpot = EAlert('elasticpot', ECFG)
ITEMS = ['elasticpot', 'nodeid', 'logfile']
HONEYPOT = (elasticpot.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
while True:
line = elasticpot.lineREAD(HONEYPOT['logfile'], 'json')
if len(line) == 0:
break
if line == 'jsonfail':
continue
elasticpot.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
if 'timestamp' in line:
elasticpot.data('timestamp', f"{line['timestamp'][0:10]} {line['timestamp'][11:19]}")
elasticpot.data("timezone", time.strftime('%z'))
elasticpot.data('source_address', line['src_ip']) if 'src_ip' in line else None
elasticpot.data('target_address', line['dst_ip']) if 'dst_ip' in line else None
elasticpot.data('source_port', str(line['src_port'])) if 'src_port' in line else None
elasticpot.data('target_port', str(line['dst_port'])) if 'dst_port' in line else None
elasticpot.data('source_protokoll', "tcp")
elasticpot.data('target_protokoll', "tcp")
elasticpot.request("description", "ElasticSearch Honeypot : Elasticpot")
elasticpot.request("url", parse.quote(line["url"].encode('ascii', 'ignore'))) if 'url' in line else None
for element in ['user_agent', 'request', 'payload', 'content_type', 'accept_language']:
if element in line:
elasticpot.adata(element, str(line[element]))
elasticpot.adata('hostname', ECFG['hostname'])
elasticpot.adata('externalIP', ECFG['ip_ext'])
elasticpot.adata('internalIP', ECFG['ip_int'])
elasticpot.adata('uuid', ECFG['uuid'])
elasticpot.adata('message', line['message']) if 'message' in line else None
if elasticpot.buildAlert() == "sendlimit":
break
elasticpot.finAlert()
return()
def glutton():
glutton = EAlert('glutton', ECFG)
ITEMS = ['glutton', 'nodeid', 'logfile']
HONEYPOT = (glutton.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
while True:
line = glutton.lineREAD(HONEYPOT['logfile'], 'json')
if len(line) == 0:
break
if line == 'jsonfail':
continue
if "src_ip" not in line:
continue
if "error" in line["level"]:
continue
glutton.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
if 'ts' in line:
glutton.data('timestamp', datetime.fromtimestamp(float(line['ts'])).strftime('%Y-%m-%d %H:%M:%S'))
glutton.data("timezone", time.strftime('%z'))
glutton.data('source_address', line['src_ip']) if 'src_ip' in line else None
glutton.data('target_address', ECFG['ip_ext'])
glutton.data('source_port', str(line['src_port'])) if 'src_port' in line else None
glutton.data('target_port', str(line['dest_port'])) if 'dest_port' in line else None
glutton.data('source_protokoll', "tcp")
glutton.data('target_protokoll', "tcp")
glutton.request("description", "Glutton Honeypot")
glutton.request("binary", base64.b64encode(codecs.decode(line['payload_hex'], 'hex')).decode()) if "payload_hex" in line else None
glutton.adata('hostname', ECFG['hostname'])
glutton.adata('externalIP', ECFG['ip_ext'])
glutton.adata('internalIP', ECFG['ip_int'])
glutton.adata('uuid', ECFG['uuid'])
if glutton.buildAlert() == "sendlimit":
break
glutton.finAlert()
return()
def ciscoasa():
ciscoasa = EAlert('ciscoasa', ECFG)
ITEMS = ['ciscoasa', 'nodeid', 'logfile']
HONEYPOT = (ciscoasa.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
while True:
line = ciscoasa.lineREAD(HONEYPOT['logfile'], 'json')
if len(line) == 0:
break
if line == 'jsonfail':
continue
if 'Status' in line or 'Version' in line:
continue
ciscoasa.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
if 'timestamp' in line:
ciscoasa.data('timestamp', f"{line['timestamp'][0:10]} {line['timestamp'][11:19]}")
ciscoasa.data("timezone", time.strftime('%z'))
ciscoasa.data('source_address', line['src_ip']) if 'src_ip' in line else None
ciscoasa.data('target_address', ECFG['ip_ext'])
ciscoasa.data('source_port', "0")
ciscoasa.data('target_port', "8443")
ciscoasa.data('source_protokoll', "tcp")
ciscoasa.data('target_protokoll', "tcp")
ciscoasa.request("description", "Cisco-ASA Honeypot")
ciscoasa.request("payload", str(line['payload_printable'])) if 'payload' in line else None
ciscoasa.adata('hostname', ECFG['hostname'])
ciscoasa.adata('externalIP', ECFG['ip_ext'])
ciscoasa.adata('internalIP', ECFG['ip_int'])
ciscoasa.adata('uuid', ECFG['uuid'])
if ciscoasa.buildAlert() == "sendlimit":
break
ciscoasa.finAlert()
return()
def tanner():
tanner = EAlert('tanner', ECFG)
ITEMS = ['tanner', 'nodeid', 'logfile']
HONEYPOT = (tanner.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
while True:
line = tanner.lineREAD(HONEYPOT['logfile'], 'json')
if line == 'jsonfail':
continue
if len(line) == 0:
break
tanner.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
if 'timestamp' in line:
tanner.data('timestamp', f"{line['timestamp'][0:10]} {line['timestamp'][11:19]}")
tanner.data("timezone", time.strftime('%z'))
tanner.data('source_address', line['peer']['ip']) if 'ip' in line['peer'] else None
tanner.data('target_address', ECFG['ip_ext'])
tanner.data('source_port', str(line['peer']['port'])) if 'port' in line['peer'] else None
tanner.data('target_port', "80")
tanner.data('source_protokoll', "tcp")
tanner.data('target_protokoll', "tcp")
tanner.request("description", "Tanner Honeypot")
tanner.request("url", parse.quote(line["path"].encode('ascii', 'ignore'))) if line['path'] != "" else None
if len(line['headers']) > 0:
generateRequest = ""
httpversion = "HTTP/1.1" if 'host' in line['headers'] else "HTTP/1.0"
generateRequest = f"{line['method']} {line['path']} {httpversion}\n"
for index in line['headers']:
generateRequest += f"{index}: {line['headers'][index]}\r\n"
if 'post_data' in line and len(line['post_data']) > 0:
postdatacontent = ""
counter = 0
for key, value in line['post_data'].items():
if len(value) > 0:
counter += 1
postdatacontent += f"{key}={value}"
postdatacontent += "&" if counter < len(line['post_data']) else ""
generateRequest += f"\r\n{postdatacontent}"
tanner.request("raw", base64.encodebytes(generateRequest.encode('ascii', 'ignore')).decode())
tanner.adata('hostname', ECFG['hostname'])
tanner.adata('externalIP', ECFG['ip_ext'])
tanner.adata('internalIP', ECFG['ip_int'])
tanner.adata('uuid', ECFG['uuid'])
if tanner.buildAlert() == "sendlimit":
break
tanner.finAlert()
return()
def rdpy():
rdpy = EAlert('rdpy', ECFG)
ITEMS = ['rdpy', 'nodeid', 'logfile']
HONEYPOT = (rdpy.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
while True:
line = rdpy.lineREAD(HONEYPOT['logfile'], 'simple')
if line[0:3] == '[*]':
continue
if len(line) == 0:
break
rdpy.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
rdpy.data('timestamp', f"{line[0:10]} {line[11:19]}")
rdpy.data("timezone", time.strftime('%z'))
rdpy.data('source_address', str(line.split("Connection from ")[1].split(":")[0])) if 'Connection from ' in line else None
rdpy.data('target_address', ECFG['ip_ext'])
rdpy.data('source_port', str(line.split("Connection from ")[1].split(":")[1])) if 'Connection from ' in line else None
rdpy.data('target_port', "3389")
rdpy.data('source_protokoll', "tcp")
rdpy.data('target_protokoll', "tcp")
rdpy.request("description", "RDP Honeypot RDPY")
rdpy.adata('hostname', ECFG['hostname'])
rdpy.adata('externalIP', ECFG['ip_ext'])
rdpy.adata('internalIP', ECFG['ip_int'])
rdpy.adata('uuid', ECFG['uuid'])
if rdpy.buildAlert() == "sendlimit":
break
rdpy.finAlert()
return()
def vnclowpot():
vnclowpot = EAlert('vnclowpot', ECFG)
ITEMS = ['vnclowpot', 'nodeid', 'logfile']
HONEYPOT = (vnclowpot.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
while True:
line = vnclowpot.lineREAD(HONEYPOT['logfile'], 'simple')
if len(line) == 0:
break
vnclowpot.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
vnclowpot.data('timestamp', f"{line[0:10].replace('/', '-')} {line[11:19]}")
vnclowpot.data("timezone", time.strftime('%z'))
vnclowpot.data('source_address', str(line.split(' ')[2].split(':')[0]))
vnclowpot.data('target_address', ECFG['ip_ext'])
vnclowpot.data('source_port', str(line.split(' ')[2].split(':')[1]))
vnclowpot.data('target_port', "5900")
vnclowpot.data('source_protokoll', "tcp")
vnclowpot.data('target_protokoll', "tcp")
vnclowpot.request("description", "vnc Honeypot vnclowpot")
vnclowpot.adata('hostname', ECFG['hostname'])
vnclowpot.adata('externalIP', ECFG['ip_ext'])
vnclowpot.adata('internalIP', ECFG['ip_int'])
vnclowpot.adata('uuid', ECFG['uuid'])
if vnclowpot.buildAlert() == "sendlimit":
break
vnclowpot.finAlert()
return()
def heralding():
heralding = EAlert('heralding', ECFG)
ITEMS = ['heralding', 'nodeid', 'logfile']
HONEYPOT = (heralding.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
while True:
line = heralding.lineREAD(HONEYPOT['logfile'], 'simple')
if len(line) == 0:
break
if "timestamp" in line:
continue
heralding.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
heralding.data('timestamp', str(line[0:19]))
heralding.data("timezone", time.strftime('%z'))
heralding.data('source_address', str(line.split(',')[3]))
heralding.data('target_address', str(line.split(',')[5]))
heralding.data('source_port', str(line.split(',')[4]))
heralding.data('target_port', str(line.split(',')[6]))
heralding.data('source_protokoll', "tcp")
heralding.data('target_protokoll', "tcp")
heralding.request("description", "Heralding Honeypot")
heralding.adata('hostname', ECFG['hostname'])
heralding.adata('externalIP', ECFG['ip_ext'])
heralding.adata('internalIP', ECFG['ip_int'])
heralding.adata('uuid', ECFG['uuid'])
heralding.adata('protocol', str(line.split(',')[7])) if str(line.split(',')[7]) != "" else None
heralding.adata('username', str(line.split(',')[8])) if str(line.split(',')[8]) != "" else None
heralding.adata('password', str(line.split(',')[9])) if str(line.split(',')[9]) != "" else None
if heralding.buildAlert() == "sendlimit":
break
heralding.finAlert()
return()
def mailoney():
mailoney = EAlert('mailoney', ECFG)
ITEMS = ['mailoney', 'nodeid', 'logfile']
HONEYPOT = (mailoney.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
while True:
line = mailoney.lineREAD(HONEYPOT['logfile'], 'json')
if len(line) == 0:
break
if line == 'jsonfail':
continue
if 'EHLO User' not in line['data']:
continue
mailoney.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
mailoney.data('timestamp', f"{line['timestamp'][0:10]} {line['timestamp'][11:19]}")
mailoney.data("timezone", time.strftime('%z'))
mailoney.data('source_address', line['src_ip']) if 'src_ip' in line else None
mailoney.data('target_address', ECFG['ip_ext'])
mailoney.data('source_port', str(line['src_port'])) if 'src_port' in line else None
mailoney.data('target_port', "25")
mailoney.data('source_protokoll', "tcp")
mailoney.data('target_protokoll', "tcp")
mailoney.request("description", "Mail Honeypot mailoney")
mailoney.adata('hostname', ECFG['hostname'])
mailoney.adata('externalIP', ECFG['ip_ext'])
mailoney.adata('internalIP', ECFG['ip_int'])
mailoney.adata('uuid', ECFG['uuid'])
if mailoney.buildAlert() == "sendlimit":
break
mailoney.finAlert()
return()
def conpot():
conpot = EAlert('conpot', ECFG)
ITEMS = ['conpot', 'nodeid', 'logfile']
HONEYPOT = (conpot.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
logfiles = glob.glob(HONEYPOT['logfile'])
if len(logfiles) < 1:
print("[ERROR] Missing of correct LogFile for conpot. Skip!")
return()
for logfile in logfiles:
index = ''
for indexsearch in ['IEC104', 'guardian_ast', 'ipmi', 'kamstrup_382']:
if indexsearch in logfile:
index = indexsearch
while True:
line = conpot.lineREAD(logfile, 'json', None, index)
if len(line) == 0:
break
if line == 'jsonfail':
continue
if line['event_type'] != 'NEW_CONNECTION':
continue
conpot.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
conpot.data('timestamp', f"{line['timestamp'][0:10]} {line['timestamp'][11:19]}")
conpot.data("timezone", time.strftime('%z'))
conpot.data('source_address', line['src_ip']) if 'src_ip' in line else None
conpot.data('target_address', line['dst_ip']) if 'dst_ip' in line else None
conpot.data('source_port', str(line['src_port'])) if 'src_port' in line else None
conpot.data('target_port', str(line['dst_port'])) if 'dst_ip' in line else None
conpot.data('source_protokoll', "tcp")
conpot.data('target_protokoll', "tcp")
conpot.request('description', 'Conpot Honeypot')
conpot.request('request', line['request']) if 'request' in line and line['request'] != "" else None
conpot.adata('hostname', ECFG['hostname'])
conpot.adata('externalIP', ECFG['ip_ext'])
conpot.adata('internalIP', ECFG['ip_int'])
conpot.adata('uuid', ECFG['uuid'])
conpot.adata('conpot_data_type', line['data_type'])
conpot.adata('conpot_response', line['conpot_response']) if 'conpot_response' in line and line['conpot_response'] != "" else None
if conpot.buildAlert() == "sendlimit":
break
conpot.finAlert()
return()
def glastopfv3():
glastopfv3 = EAlert('glastopfv3', ECFG)
ITEMS = ['glastopfv3', 'nodeid', 'sqlitedb', 'malwaredir']
HONEYPOT = (glastopfv3.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
while True:
line = glastopfv3.lineSQLITE(HONEYPOT['sqlitedb'])
if len(line) == 0 or line == 'false':
break
if line["request_url"] == "/" or line["request_url"] == "/index.do?hash=DEADBEEF&activate=1":
continue
glastopfv3.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
if 'time' in line:
glastopfv3.data('timestamp', line['time'])
glastopfv3.data("timezone", time.strftime('%z'))
glastopfv3.data('source_address', re.sub(":.*$", "", line["source"])) if 'source' in line else None
glastopfv3.data('target_address', ECFG['ip_ext'])
glastopfv3.data('source_port', re.sub("^.*:", "", line["source"]))
glastopfv3.data('target_port', '80')
glastopfv3.data('source_protokoll', "tcp")
glastopfv3.data('target_protokoll', "tcp")
glastopfv3.request("description", "WebHoneypot : Glastopf v3.1")
glastopfv3.request("url", parse.quote(line['request_url'].encode('ascii', 'ignore'))) if "request_url" in line else None
if 'request_raw' in line and len(line['request_raw']) > 0:
glastopfv3.request('raw', base64.encodebytes(line['request_raw'].encode('ascii', 'ignore')).decode())
if 'filename' in line and line['filename'] is not None and ECFG['send_malware'] is True:
error, payload = glastopfv3.malwarecheck(HONEYPOT["malwaredir"], str(line["filename"]), ECFG["del_malware_after_send"], str(line["filename"]))
glastopfv3.request("binary", payload.decode('utf-8')) if error is True and len(payload) > 0 else None
glastopfv3.adata('hostname', ECFG['hostname'])
glastopfv3.adata('externalIP', ECFG['ip_ext'])
glastopfv3.adata('internalIP', ECFG['ip_int'])
glastopfv3.adata('uuid', ECFG['uuid'])
glastopfv3.adata('httpmethod', line['request_method']) if 'request_method' in line else None
glastopfv3.adata('request_body', line['request_body']) if 'request_body' in line and len(line['request_body']) > 0 else None
glastopfv3.adata('host', str(re.search(r'Host: (\b.+\b)', line["request_raw"], re.M).group(1))) if 'request_raw' in line and re.match(".*host:.*", line["request_raw"], re.I) else None
if glastopfv3.buildAlert() == "sendlimit":
break
glastopfv3.finAlert()
return()
def emobility():
emobility = EAlert('emobility', ECFG)
ITEMS = ['emobility', 'nodeid', 'logfile']
HONEYPOT = (emobility.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
while True:
line = emobility.lineREAD(HONEYPOT['logfile'], 'simple')
if len(line) == 0:
break
srcipandport, dstipandport, url, dateandtime = line.split("|", 3)
emobility.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
emobility.data('timestamp', f"{dateandtime[0:10]} {dateandtime[11:19]}")
emobility.data("timezone", time.strftime('%z'))
emobility.data('source_address', f"{srcipandport.split('.')[0]}.{srcipandport.split('.')[1]}.{srcipandport.split('.')[2]}.{srcipandport.split('.')[3]}")
emobility.data('target_address', f"{dstipandport.split('.')[0]}.{dstipandport.split('.')[1]}.{dstipandport.split('.')[2]}.{dstipandport.split('.')[3]}")
emobility.data('source_port', f"{srcipandport.split('.')[4]}")
emobility.data('target_port', f"{dstipandport.split('.')[4]}")
emobility.data('source_protokoll', "tcp")
emobility.data('target_protokoll', "tcp")
emobility.request('description', 'Emobility Honeypot')
emobility.request('url', parse.quote(url.encode('ascii', 'ignore')))
emobility.adata('hostname', ECFG['hostname'])
emobility.adata('externalIP', ECFG['ip_ext'])
emobility.adata('internalIP', ECFG['ip_int'])
emobility.adata('uuid', ECFG['uuid'])
if emobility.buildAlert() == "sendlimit":
break
emobility.finAlert()
return()
def dionaea():
dionaea = EAlert('dionaea', ECFG)
ITEMS = ['dionaea', 'nodeid', 'sqlitedb', 'malwaredir']
HONEYPOT = (dionaea.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
while True:
line, download = dionaea.lineSQLITE(HONEYPOT['sqlitedb'])
if len(line) == 0 or (line == 'false' and download == 'false'):
break
if line['remote_host'] == "":
continue
for dockerIp in ['remote_host', 'local_host']:
if '..ffff:' in line[dockerIp]:
line[dockerIp] = line[dockerIp].split('::ffff:')[1]
dionaea.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
if 'connection_timestamp' in line:
dionaea.data('timestamp', datetime.utcfromtimestamp(int(line["connection_timestamp"])).strftime('%Y-%m-%d %H:%M:%S'))
dionaea.data("timezone", time.strftime('%z'))
dionaea.data('source_address', line['remote_host']) if 'remote_host' in line else None
dionaea.data('target_address', line['local_host']) if 'local_host' in line else None
dionaea.data('source_port', line['remote_port']) if 'remote_port' in line else None
dionaea.data('target_port', line['local_port']) if 'local_port' in line else None
dionaea.data('source_protokoll', line['connection_transport']) if 'connection_transport' in line else None
dionaea.data('target_protokoll', line['connection_transport']) if 'connection_transport' in line else None
dionaea.request('description', 'Network Honeyport Dionaea v0.1.0')
if 'download_md5_hash' in download and ECFG['send_malware'] is True:
error, payload = dionaea.malwarecheck(HONEYPOT['malwaredir'], str(download['download_md5_hash']), ECFG['del_malware_after_send'], str(download['download_md5_hash']))
if (error is True) and (len(payload) <= 5 * 1024) and (len(payload) > 0):
dionaea.request('binary', payload.decode('utf-8'))
elif (error is True) and (ECFG["send_malware"] is True) and (len(payload) > 0):
dionaea.request('largepayload', payload.decode('utf-8'))
dionaea.adata('hostname', ECFG['hostname'])
dionaea.adata('externalIP', ECFG['ip_ext'])
dionaea.adata('internalIP', ECFG['ip_int'])
dionaea.adata('uuid', ECFG['uuid'])
dionaea.adata('payload_md5', download['download_md5_hash']) if 'download_md5_hash' in download else None
if dionaea.buildAlert() == "sendlimit":
break
dionaea.finAlert()
return()
def honeytrap():
honeytrap = EAlert('honeytrap', ECFG)
ITEMS = ['honeytrap', 'nodeid', 'attackerfile', 'payloaddir', 'newversion']
HONEYPOT = (honeytrap.readCFG(ITEMS, ECFG['cfgfile']))
if 'error_files' in HONEYPOT and HONEYPOT['error_files'] is False:
print(f" -> {HONEYPOT['error_files_msg']}. Skip Honeypot.")
return()
if HONEYPOT["newversion"].lower() == "true":
print(" -> Calculate MD5Sum for payload files and rename files.")
for index in os.listdir(HONEYPOT["payloaddir"]):
if '_md5_' not in index:
filein = HONEYPOT["payloaddir"] + os.sep + index
os.rename(filein, filein + "_md5_" + hashlib.md5(open(filein, 'rb').read()).hexdigest())
payloadfilelist = os.listdir(HONEYPOT["payloaddir"])
while True:
line = honeytrap.lineREAD(HONEYPOT['attackerfile'], 'simple')
if len(line) == 0:
break
line = re.sub(r' ', r' ', re.sub(r'[\[\]\-\>]', r'', line))
if HONEYPOT["newversion"].lower() == "false":
dates, times, _, source, dest, _ = line.split(" ", 5)
protocol = ""
md5 = ""
else:
dates, times, _, protocol, source, dest, md5, _ = line.split(" ", 7)
honeytrap.data('analyzer_id', HONEYPOT['nodeid']) if 'nodeid' in HONEYPOT else None
honeytrap.data('timestamp', f"{dates[0:4]}-{dates[4:6]}-{dates[6:8]} {times[0:8]}")
honeytrap.data("timezone", time.strftime('%z'))
honeytrap.data('source_address', re.sub(":.*$", "", source)) if source else None
honeytrap.data('target_address', re.sub(":.*$", "", dest)) if dest else None
honeytrap.data('source_port', re.sub("^.*:", "", source)) if source else None
honeytrap.data('target_port', re.sub("^.*:", "", dest)) if dest else None
honeytrap.data('source_protokoll', protocol) if protocol else None
honeytrap.data('target_protokoll', protocol) if protocol else None
honeytrap.request('description', 'NetworkHoneypot Honeytrap v1.1')
if (HONEYPOT["newversion"].lower() == "true"):
for md5_file in payloadfilelist:
if (re.search(md5, md5_file)):
error, payload = honeytrap.malwarecheck(HONEYPOT['payloaddir'], md5_file , False, md5)
if (error is True) and (len(payload) <= 5 * 1024) and (len(payload) > 0):
honeytrap.request('binary', payload.decode('utf-8'))
elif (error is True) and (ECFG["send_malware"] is True) and (len(payload) > 0):
honeytrap.request('largepayload', payload.decode('utf-8'))
break
honeytrap.adata('hostname', ECFG['hostname'])
honeytrap.adata('externalIP', ECFG['ip_ext'])
honeytrap.adata('internalIP', ECFG['ip_int'])
honeytrap.adata('uuid', ECFG['uuid'])