Dienstag, 11. September 2018

The Idea of Countermeasure Variation

There is upcoming work of us on modifying pattern-specific countermeasures so that they can also detect covert channels that are representing other patterns. We call this countermeasure variation. The related papers will be published in the next months and can be requested via e-mail are now available. [updated on Nov-29-2018]

Freitag, 31. August 2018

New Paper Featuring an Extension of the Pattern Taxonomy

This week, Steffen Wendzel presented a new paper on hiding patterns at the ARES CUING workshop:

W. Mazurczyk, S. Wendzel, K. Cabaj: Towards Deriving Insights into Data Hiding Methods Using Pattern-based Approach, in Proc. Second International Workshop on Criminal Use of Information Hiding (CUING 2018) at ARES, pp. 10:1-10:10, ACM, 2018.

This paper introduces two things: an extension of the existing pattern taxonomy and a new taxonomy of distributed covert channel techniques.

As this paper updates the existing pattern taxonomy, we updated our online pattern collection accordingly. Please note that some existing patterns have slightly different names (aliases) and identifiers now in order to provide a better numbering system.

Dienstag, 12. Juni 2018

New Article and Release of CCEAP v.0.6.0

First of all, our new article on recently emerging malware that utilizes information hiding methods was published today by the journal IEEE IT Professional.

Also today, CCEAP v0.6.0 was released. The tool contains some slight improvements over prior releases, also was the documentation improved.

Sonntag, 22. April 2018

Montag, 19. Februar 2018

Talk (and Live Stream) on Information Hiding

Steffen Wendzel will give a talk entitled steganography ante portas at this year's Hack-in-the-Box (HitB) event in Amsterdam on April, 12th. The talk will provide an overview of current developments in Information Hiding and will also introduce the Europol EC3-supported CUING initiative.

You can register for the live stream here (free). Please note that the talk will be based (at least in parts) on our recent CACM paper (open access).