dionaea.conf

logging = {
	default = {
		// file not starting with / is taken relative to LOCALESTATEDIR (e.g. /opt/dionaea/var)
		file = "/var/dionaea/log/dionaea.log"
		levels = "warning,error"
		domains = "*"
    }

	errors = {
		// file not starting with / is taken relative to LOCALESTATEDIR (e.g. /opt/dionaea/var)
		file = "/var/dionaea/log/dionaea-errors.log"
		levels = "warning,error"
		domains = "*"
	}
}

processors = 
{ 
	filter-emu = 
	{
		config = {
			allow = [{ protocol = ["smbd","epmapper","nfqmirrord","mssqld"] }]
		}
		next = {
			emu = 
			{
				config = {
					emulation = {
						limits = {
							files = "3"
							filesize = "524288" // 512 * 1024
							sockets = "3"
							sustain = "120"
							idle = "30"
							listen = "30"
							cpu = "120"
							steps = "1073741824" // 1024 * 1024 * 1024
						}

						/**
						 * api default arguments for development 
						 * disabled by default
						 * not working yet 
						 */
						api = {
							connect = {
								host = "127.0.0.1"
								port = "4444"
							}
						}
					}
				}
			}
		}
	}

	filter-streamdumper = 
	{
		config = {
			allow = [
				{ type = ["accept"] }
				{ type = ["connect"] protocol=["ftpctrl"] }
			]
			deny = [
				{ protocol = ["ftpdata", "ftpdatacon","xmppclient"] }
			]
		}
		next = {
			streamdumper = {
				config = {
					path = "bistreams/%Y-%m-%d/"
				}
			}
		}
	}

/*	filter-sessions = 
	{
		config = {
			allow = [ { protocol = ["ftpctrl","remoteshell"] } ]
		}
		next = {
			python = {
				incident = "true"
			}
		}
	}
*/
}

downloads =
{
	dir = "binaries"
	tmp-suffix = ".tmp"
}

bistreams =
{
	python = 
	{
		dir = "bistreams"
	}
}

submit = 
{
	defaults = {
		urls = ["http://anubis.iseclab.org/nepenthes_action.php",
				"http://onlineanalyzer.norman.com/nepenthes_upload.php", 
				"http://luigi.informatik.uni-mannheim.de/submit.php?action=verify"]
		email = "[email protected]"
		file_fieldname = "upfile"
		MAX_FILE_SIZE = "1500000"
		submit        = "Submit for analysis"
	}

	/**
	 * joebox is special, due to the TOS you can lookup here
	 * http://www.joebox.org/resources/service%20terms.txt
	 * therefore untested and disabled by default
	 */
/*
	joebox = {
		urls = ["http://analysis.joebox.org/submit"]
		email = "[email protected]"
		file_fieldname = "upfile"
		MAX_FILE_SIZE = "1500000"
		submit        = "Submit for analysis"
		service       = "agree"
		xp            = "1"
		vista         = "1"
		w7            = "1"
		pcap          = "1"
	}
*/

/*
	yoursection = 
	{
		urls = ["http://127.0.0.1/submit"]
		email = "yourmail"
		user = "yourusername"
		pass = "yourpassword"
	}
*/
}

listen = 
{
	/* basically we have 3 modes
	   - getifaddrs - auto
	     will get a list of all ips and bind a service to each ip
	   - manual - your decision
	     addrs has to be provided, and should look like this
		 addrs = { eth0 = ["1.1.1.1", "1.1.1.2"], eth1 = ["2.1.1.1", "2.1.1.2"] }
		 you get the idea ...
		 for most cases with more than one address
		 addrs = { eth0 = ["0.0.0.0"] }
		 will do the trick
		 if you want to throw in ipv6 support as well ...
		 addrs = { eth0 = ["::"] }
		 note: ipv6 does not work with surfids yet, 
		 as ipv6 addresses are mapped to ipv4 and surfids fails to retrieve the sensor id for ::ffff:1.2.3.4
	   - nl, will require a list of interfaces 
	     fnmatch is possible like
		 interfaces = ["ppp*","tun*"]
		 and loading the nl module AFTER the python module in the modules section below
		 nl will use the kernel netlink interface to figure out which addresses exist 
		 at runtime, and start/stop services dynamically per address per interface
	*/
	     
	mode = "manual"
	addrs = { eth0 = ["::"] }
}

modules = {

	curl = 
	{
		protocol = "http"
	}

	emu = {
		detect = "1"
		profile = "1"
	}

	pcap = 
	{
		/** 
       	 * libpcap 1.0.0 
       	 *  
       	 * "Arithmetic expression against transport layer headers, like 
       	 * tcp[0], does not work  against  IPv6  packets. It  only looks 
       	 * at IPv4 packets."
       	 * 
       	 * As a consequence, the default filter can not match 
       	 * ipv6 tcp rst packets.
       	 * 
       	 * If you want to go for rejected ipv6, remove the tcp matching part of the filter
       	 * The code is capable to checking the tcp-rst flag and seq number itself, but 
       	 * matching every packet in userspace is expensive.
       	 * Therefore you'll have to hack the code if you want to track ipv6 rejected connections
       	 * 
		 * Format is IFACE = { addrs = MODE }
		 * currently mode is ignored
       	 */

		any = {
			addrs = "auto"
		}
	}

	nfq =
	{ 
		/** 
		 * queue has to be the nfqueue num 
		 * refer to http://dionaea.carnivore.it/#nfq_python
		 * if you do not specify a queue-num with iptables, 0 is the default
		 */
		queue = "0"
	}

	python = {
		// default expands to PREFIX/lib/dionaea/python/
		// ordering is granted
		// useful for development
		// simply add your devel directory to the list, avoids a make install for new python code
		sys_path = ["default"]

		// python imports
		imports	= [	"log",
					"services",
					"ihandlers"]
		ftp = {
			root = "wwwroot"

			/* ftp client section
			 */

			/* ports for active ftp
			 * string indicating a range 
			 */
			active-ports = "63001-64000"

			/* host for active ftp via NAT
			 * 0.0.0.0 - the initiating connection ip is used for active ftp
			 * not 0.0.0.0 - gets resolved as hostname and used
			 */
			active-host = "0.0.0.0"
		}
		tftp = {
			root = "wwwroot"
		}
		//http = {
		//	root = "wwwroot"
		//	max-request-size = "32768" // maximum size in kbytes of the request (32MB)
		//}
		sip = {
			udp = {
				port = "5060"
			}
			tcp = {
				port = "5060"
			}
			tls = {
				port = "5061"
			}
			users = "sipaccounts.sqlite"
			rtp = {
				enable = "yes"
				/* how to dump the rtp stream
				   bistream = dump as bistream
				*/
				mode = ["bistream", "pcap"]

				pcap = {
					path = "rtp/{personality}/%Y-%m-%d/"
					filename = "%H:%M:%S_{remote_host}_{remote_port}_in.pcap"
				}
			}
			personalities = {
				default = {
					domain = "localhost"
					name = "softphone"
					personality = "generic"
				}
				/*
				next-server = {
					domain = "my-domain"
					name = "my server"
					personality = "generic"
					serve = ["10.0.0.1"]
					default_sdp = "default"
					handle = ["REGISTER", "INVITE", "BYE", "CANCEL", "ACK"]
				}

				*/
			}
			actions = {
				bank-redirect = {
					do = "redirect"
					params = {
					}
				}
				play-hello = {
					do = "play"
					params = {
						file = ".../file.ext"
					}
				}
			}
		}
		surfids = {
			sslmode = "require"
			host = "surfids.example.com" // change this
			port = "5432"                // maybe this
			username = "surfids"         // this
			password = "secret"          // and this
			dbname = "idsserver"
		}
		virustotal = {
			apikey = "........." // grab it from your virustotal account at My account -> Inbox -> Public API
			file = "vtcache.sqlite"
		}
		mwserv = {			// ask your mwserv backend provider for needed values
			url = "" 		// the url to send the submission requests to
			maintainer = ""	// username of the maintainer of this sensor
			guid = "" 		// guid of this sensor, as generated serverside; typically 8 chars
			secret = ""		// shared secret used for authentication aka password; typically 48 chars
		}
		mysql = {
			databases = {
				information_schema = {
					path = ":memory:"
				}

				// example how to extend this
				// just provide a databasename and path to the database
				// the database can be altered by attackers, so ... better use a copy
//				psn = {
//					path = "/path/to/cc_info.sqlite"
//				}

			}
		}
		submit_http = {			// ask your submit_http backend provider for needed values
			url = "" 		// the url to send the submission requests to
			email = ""		// optional
			user = "" 		// username (optional)
			pass = ""		// password (optional)
		}
		hpfeeds = {
			hp1 = {
				server = ""
				port = ""
				ident = ""
				secret = ""
				// dynip_resolve: enable to lookup the sensor ip through a webservice
				dynip_resolve = "http://queryip.net/ip/"
			}
		}
		logsql = {
			mode = "sqlite" // so far there is only sqlite
			sqlite = {
				file = "logsql.sqlite"
			}
		}
		logxmpp = {
			/**
			 * this section defines a single xmpp logging target
			 * you can have multiple
			 */
			carnivore = {
				server = "sensors.carnivore.it"

				/**
				 * as dionaea does not support starttls (xmpp on port 5223), 
				 * we rely on 'legacy ssl' for the xmpp connection (port 5222)
				 */
				port = "5223"
				muc = "dionaea.sensors.carnivore.it"

				/**
				 * if the server exists, this is a valid account
				 */
				username = "[email protected]"
				password = "anonymous"

				/**
				 * setting a resource is possible, but you should not do it
				 * the default resource is a random string of 8 chars
				 */
				// resource = "theresource"
				config = 
				{
					/**
					 * this defines a muc channel
					 */
					anon-events = 
					{
						/**
						 * incidents matching these events will get relayed to the channel
						 */ 
						events = ["^dionaea\x5c.connection\x5c..*",
									"^dionaea\x5c.modules\x5c.python\x5c.smb.dcerpc\x5c.*",
									"^dionaea\x5c.download\x5c.offer$",
									"^dionaea\x5c.download\x5c.complete\x5c.hash$",
									"^dionaea\x5c.module\x5c.emu\x5c.profile$",
									"^dionaea\x5c.modules\x5c.python\x5c.mysql\x5c.*",
									"^dionaea\x5c.modules\x5c.python\x5c.sip\x5c.*",
									"^dionaea\x5c.modules\x5c.python\x5c.p0f\x5c.*",
									"^dionaea\x5c.modules\x5c.python\x5c.virustotal\x5creport",
									]

						/**
						 * anonymous removes the local host information from all connection messages
						 * so you can report without getting identified
						 */
						anonymous = "yes"
					}

					anon-files =
					{ 
						events = ["^dionaea\x5c.download\x5c.complete\x5c.unique"]
					}
				}
			}
		}
		nfq = {
			/** 
			 * nfq can intercept incoming tcp connections during the tcp handshake
			 * giving your honeypot the possibility to provide service on  
			 * ports which are not served by default.
			 * refer to the documentation (http://dionaea.carnivore.it/#nfq_python) 
			 * BEFORE using this
			 */

			nfaction = "0" // DROP

			throttle = {
				window = "30"
				limits = {
					total = "30"
					slot = "30"
				}
			}

			timeouts = {
				server = {
					listen = "5"
				}
				client = {
					idle = "10"
					sustain = "240"
				}
			}
		}
		p0f = {
			/**
			 * start p0f with 
			 * sudo p0f -i any -u root -Q /tmp/p0f.sock -q -l
			 */
			path = "un:///tmp/p0f.sock"
		}

		fail2ban = {
			downloads = "downloads.f2b"
			offers = "offers.f2b"
		}

		ihandlers = {
			handlers = ["ftpdownload", "tftpdownload", "emuprofile", "cmdshell", "store", "uniquedownload", 
			"logsql",
//			"virustotal",
//			"mwserv",
//			"submit_http",
//			"logxmpp",
			"hpfeeds",
//			"nfq",
//			"p0f",
//			"surfids",
//			"fail2ban"
			]
		}

		services = {
			serve = ["tftp", "ftp", "mirror", "smb", "epmap", "sip","mssql", "mysql"]
		}

	}

	nl = 
	{
		lookup_ethernet_addr = "no" // set to yes in case you are interested in the mac address  of the remote (only works for lan)

	}


	/* nc is a test module */
/*	nc = 
	{
		services = [
			{
				proto = "redir"
				type = "tcp"
				host = "::"
				port = "4711"
			},
			{
				proto = "redir"
				type = "tcp"
				host = "::"
				port = "12344"
			},
			{
				proto = "sink"
				type = "tcp"
				host = "::"
				port = "12345"
				throttle = {
					in = "8192"
				}
				timeout = {
					listen = "15"
					connect = "15"
				}
			},
			{
				proto = "source"
				type = "tcp"
				host = "::"
				port = "12346"
				throttle = {
					out = "8192"
				}
				timeout = {
					listen = "15"
					connect = "15"
				}
			},
			{
				proto = "redir"
				type = "tcp"
				host = "::"
				port = "12347"
				throttle = {
					in = "8192"
					out = "8192"
				}
				timeout = {
					listen = "15"
					connect = "15"
				}
			},			
			{
				proto = "redir"
				type = "tls"
				host = "::"
				port = "12444"
				timeout = {
					listen = "15"
					connect = "15"
				}
			},

			{
				proto = "sink"
				type = "tls"
				host = "::"
				port = "12445"
				throttle = {
					in = "8192"
				}
				timeout = {
					listen = "15"
					connect = "5"
				}
			},
			{
				proto = "source"
				type = "tls"
				host = "::"
				port = "12446"
				throttle = {
					out = "8192"
				}
				timeout = {
					listen = "15"
					connect = "15"
				}
			},
			{
				proto = "redir"
				type = "tls"
				host = "::"
				port = "12447"
				throttle = {
					in = "8192"
					out = "8192"
				}
				timeout = {
					listen = "15"
					connect = "15"
				}
			},
			{
				proto = "source"
				type = "udp"
				host = "::"
				port = "12544"
				timeout = {
					connect = "15"
				}
			},
			{
				proto = "sink"
				type = "udp"
				host = "::"
				port = "12545"
				timeout = {
					connect = "15"
				}
			},
			{
				proto = "redir"
				type = "udp"
				host = "::"
				port = "12546"
				timeout = {
					connect = "15"
				}
			}
		]

		clients = [
			{
				proto = "source"
				type = "tcp"
				host = "127.0.0.1"
				port = "13344"
				timeout = {
					connecting = "5"
					connect = "15"
					reconnect = "5"
				}
			},
			{
				proto = "redir"
				type = "tcp"
				host = "ip6-localhost"
				port = "13345"
				timeout = {
					connecting = "5"
					connect = "15"
					reconnect = "5"
				}
			},
			{
				proto = "redir"
				type = "tls"
				host = "localhost"
				port = "13346"
				timeout = {
					connecting = "5"
					connect = "15"
					reconnect = "5"
				}
			}, 
			{
				proto = "source"
				type = "tls"
				host = "ip6-localhost"
				port = "12445"
				timeout = {
					reconnect = "1"
					connect = "1"
				}
			}
		]
	}
 */
}