Difference between revisions of "Network forensics"

From ForensicsWiki
Jump to: navigation, search
m (added DataEcho)
m (added IP geolocation)
Line 43: Line 43:
* [[Wireless forensics]]
* [[Wireless forensics]]
* [[SSL forensics]]
* [[SSL forensics]]
* [[IP geolocation]]
* [[Tools:Network Forensics]]
* [[Tools:Network Forensics]]
* [[Tools:Logfile Analysis]]
* [[Tools:Logfile Analysis]]
[[Category:Network Forensics]]
[[Category:Network Forensics]]

Revision as of 21:20, 1 November 2008

Network forensics is the process of capturing information that moves over a network and trying to make sense of it in some kind of forensics capacity. A network forensics appliance is a device that automates this process.

There are both open source and proprietary network forensics systems available.

Open Source Network Forensics

Commercial Network Forensics

Deep-Analysis Systems

  • E-Detective [1] [2]
  • Code Green Networks Content Inspection Appliance - Passive monitoring and mandatory proxy mode. Easy to use Web GUI. Linux platform. Uses Stellent Outside In to access document content and metadata.
  • ManTech International Corporation NetWitness
  • Network Instruments [3]
  • NIKSUN's NetDetector
  • PacketMotion [4]
  • Sandstorm's NetIntercept - Passive monitoring appliance. Qt/X11 GUI. FreeBSD platform. Uses forensic parsers written by Sandstorm to access document content and metadata.
  • Mera Systems NetBeholder
  • InfoWatch Traffic Monitor

Flow-Based Systems

Hybrid Systems

These systems combine flow analysis, deep analysis, and security event monitoring and reporting.

Tips and Tricks

  • The time between two events triggered by an intruder (as seen in logfiles, for example) can be helpful. If it is very short, you can be pretty sure that the actions were performed by an automated script and not by a human user.

See also