This is a VoIP module for the honeypot dionaea. The VoIP protocol usedis SIP since it is the de facto standard for VoIP today. In contrast tosome other VoIP honeypots, this module doesn’t connect to an externalVoIP registrar/server. It simply waits for incoming SIP messages (e.g.OPTIONS or even INVITE), logs all data as honeypot incidents and/orbinary data dumps (RTP traffic), and reacts accordingly, for instance bycreating a SIP session including an RTP audio channel. As sophisticatedexploits within the SIP payload are not very common yet, the honeypotmodule doesn’t pass any code to dionaea’s code emulation engine. Thiswill be implemented if we spot such malicious messages. The mainfeatures of the VoIP module are:
- Support for most SIP requests (OPTIONS, INVITE, ACK, CANCEL, BYE)
- Support for multiple SIP sessions and RTP audio streams
- Record all RTP data (optional)
- Set custom SIP username and secret (password)
- Set custom useragent to mimic different phone models
- Uses dionaea’s incident system to log to SQL database
Personalities¶
Sipp-win32-3.1.1.exe: 2008-05-30: 2.2 MB: 22 sipp-3.1-LinuxRHEL3U2.tar.gz. SIP Inspector is a tool written in JAVA to simulate different SIP messages. MS-SIP: Session Initiation Protocol Extensions. 2/14/2019; 4 minutes to read; In this article. Specifies Microsoft extensions to the Session Initiation Protocol (SIP), as specified in RFC3261, which is used by terminals to establish, modify, and terminate multimedia sessions or calls.
A personality defines how to handle a request. At least the ‘default’personality MUST exist. The following options are available perpersonality.
serve
The Session Initiation Protocol (SIP) is a signaling protocol used for initiating, maintaining, and terminating real-time sessions that include voice, video and messaging applications. SIP is used for signaling and controlling multimedia communication sessions in applications of Internet telephony for voice and video calls, in private IP telephone systems, in instant messaging over Internet. Sipp is a performance testing tool for the SIP protocol. Its main features are basic SIPStone scenarios, TCP/UDP transport, customizable (XML-based) sipp - Browse /sipp/3.1 at SourceForge.net. Sipp is a performance testing tool for the SIP protocol. Its main features are basic SIPStone scenarios, TCP/UDP transport, customizable (XML-based) sipp - Browse /sipp/2.0.1 at SourceForge.net.
A list of IP addresses to use this personality for.
handle
SIP Users¶
![Sip 1 0 8 Sip 1 0 8](https://ae01.alicdn.com/kf/HTB1vpbME1uSBuNjy1Xcq6AYjFXao/Novo-Smart-Security-SIP-E290D-2-0mp-30fps-WDR-1-2-8-CMOS-SONY-IMX290-3516D.jpg_960x960.jpg)
You can easily add, change or remove users by editing the SQLite filespecified by the ‘users = “”’ parameter in the config file. All usersare specified in the users table.
username
Specifies the name of the user. This value is treated as regularexpression. See Python: Regular Expressions<http://docs.python.org/py3k/library/re.html> for more information.
password
personality
The user is only available in the personality specified by thisvalue. You can define a personality in the config file.
pickup_delay_min
This is an integer value. Let the phone ring for at least thisnumber of seconds.
pickup_delay_max
This is an integer value. Maximum number of seconds to wait beforedionaea picks up the phone.
sdp
The name of the SDP to use. See table ‘sdp’.
SDP¶
All SDPs can be defined in the sdp table in the users database.
name
sdp
The value to use as SDP
The following values are available in the SDP definition.
{addrtype}
{unicast_address} Outline 3 21 2 – view onenote notebooks for dummies.
RTP address
{audio_port}
{video_port} Remixvideo 1 1 4.
Dionaea video port.
The following control parameters are available in the SDP definition.
[audio_port]…content…[/audio_port]
The content is only available in the output if the audio_port valueis set.
[video_port]…content…[/video_port]
The content is only available in the output if the video_port valueis set.
Example:
Example config¶
The Standard Interchange Protocol is a proprietary standard for communication between library computer systems and self-service circulation terminals. Although owned and controlled by 3M, the protocol is published and is widely used by other vendors.[1] Version 2.0 of the protocol, known as 'SIP2', is a de facto standard for library self-service applications.[2]
History[edit]
SIP version 1.0 was published by 3M in 1993.[3] The first version of the protocol supported basic check in and check out operations, but had minimal support for more advanced operations. Version 2.0 of the protocol was published in 2006 and added support for flexible, more user-friendly notifications, and for the automated processing of payments for late fees.
SIP2 was widely adopted by library automation vendors, including ODILO, Bibliotheca, Nedap, Checkpoint, Envisionware, FE Technologies and open sourceintegrated library system software such as Koha and Evergreen. The standard was the basis for the NISO Circulation Interchange Protocol (NCIP) standard which is eventually intended to replace it.
Description[edit]
Sip 1 0 8 Grams
SIP is a simple protocol in which requests to perform operations are sent over a connection, and responses are sent in return. The protocol explicitly does not define how a connection between the two devices is established; it is limited to specifying the format of the messages sent over the connection.[4] There are no 'trial' transactions; each operation will be attempted immediately and will either be permitted or not.[5]
The protocol specifies messages to check books in and out, to manage fee payments, to request holds and renewals, and to carry out the other basic circulation operations of a library.[6]
Encryption and Authentication[edit]
SIP has no built in encryption, so steps need to be taken to send the connection through some sort of encrypted tunnel. Two common methods are to use either stunnel[7] or SSH[8] to add a layer of encryption and/or an extra level of authentication.
References[edit]
- ^Tedd, L. A. (2007). 'Library management systems'. In Bowman, J. H. (ed.). British librarianship and information work 2001-2005. Ashgate Publishing Group. pp. 431–453. hdl:2160/679. ISBN978-0-7546-4778-2.
- ^'NISO Circulation Interchange Protocol Implementation Group'. What is NCIP?. NCIP Implementation Group. Retrieved 11 November 2010.
- ^'3M will Lead Open Development on next release of Standard Interchange Protocol'. Press release. 3M. Retrieved 7 December 2010.
- ^'3M Standard Interchange Protocol'. 3M. April 11, 2006. p. 15. Retrieved 7 December 2010.
- ^Vinod, Chachra (August 2003). 'Experiences in Implementing the VTLS RFID Solution in a Multi-vendor Environment'(PDF). World Library and Information Congress: 69th IFLA General Conference.
- ^'3M Standard Interchange Protocol'. 3M. April 11, 2006. pp. 3–13. Retrieved 7 December 2010.
- ^'Encrypting SIP2 Traffic with Koha'. jsn4lib. 2012-02-06. Retrieved 2018-10-30.
- ^Scott), [email protected] (Dan (2010-04-16). 'Setting up secure self-check connections using SIP tunneled through SSH'. Coffee|Code: Dan Scott's blog. Retrieved 2018-10-30.
Sip 1 0 8 Ml
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