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| + | 2014-06-14: The Wiki has been migrated to the most up-to-date MediaWiki and moved from HostGator to Pair. The previous bugs with the AccountCreation problem should be fixed. Please let us know if there are any problems. | ||
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2013-05-15: You can now subscribe to Forensics Wiki Recent Changes with the [[ForensicsWiki FeedBurner Feed]] | 2013-05-15: You can now subscribe to Forensics Wiki Recent Changes with the [[ForensicsWiki FeedBurner Feed]] | ||
Revision as of 17:06, 14 June 2014
This is the Forensics Wiki, a Creative Commons-licensed wiki devoted to information about digital forensics (also known as computer forensics). We currently list a total of 855 pages.
Much of computer forensics is focused on the tools and techniques used by investigators, but there are also a number of important papers, people, and organizations involved. Many of those organizations sponsor conferences throughout the year and around the world. You may also wish to examine the popular journals and some special reports.
WIKI NEWS
2014-06-14: The Wiki has been migrated to the most up-to-date MediaWiki and moved from HostGator to Pair. The previous bugs with the AccountCreation problem should be fixed. Please let us know if there are any problems.
2013-05-15: You can now subscribe to Forensics Wiki Recent Changes with the ForensicsWiki FeedBurner Feed
Featured Forensic ResearchMay 2014 Sven Ka ̈lber, Andreas Dewald, Steffen Idler - Forensic Zero-Knowledge Event Reconstruction on Filesystem Metadata
Abstract: Criminal investigations today can hardly be imagined without the forensic analysis of digital devices, regardless of whether it is a desktop computer, a mobile phone, or a navigation system. This not only holds true for cases of cybercrime, but also for traditional delicts such as murder or blackmail, and also private corporate investigations rely on digital forensics. This leads to an increasing number of cases with an ever-growing amount of data, that exceeds the capacity of the forensic experts. To support investigators to work more efficiently, we introduce a novel approach to automatically reconstruct events that previously occurred on the examined system and to provide a quick overview to the investigator as a starting point for further investigation. In contrast to the few existing approaches, our solution does not rely on any previously profiled system behavior or knowledge about specific applications, log files, or file formats. We further present a prototype implementation of our so-called zero knowledge event reconstruction approach, that solely tries to make sense of characteristic structures in file system metadata such as file- and folder-names and timestamps. (See also Past Selected Articles) |
Featured Article
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