http://secdocs.lonerunners.net Latest security documents RSS feed for author Florian Echtler en-us <b>Authors</b>: <a href="http://secdocs.lonerunners.net/authors/details/707-florian-echtler">Florian Echtler</a> <br/><b>Tags</b>: <a href="http://secdocs.lonerunners.net/tags/details/49-reverse-engineering">reverse engineering</a> <a href="http://secdocs.lonerunners.net/tags/details/98-hardware-hacking">hardware hacking</a> <br/><b>Event</b>: <a href="http://secdocs.lonerunners.net/events/details/36-chaos-communication-congress-26th-26c3-2009">Chaos Communication Congress 26th (26C3) 2009</a> <br/><b>Abstract</b>: DisplayLink produces nice, useful USB graphics adapters. Unfortunately, they had no real Linux support. In this talk, we'll describe how we first reverse-engineered the encryption and basic protocol, prompting DisplayLink to actually release a Linux driver on their own. However, their driver still doesn't support compression. In the second part, we'll therefore describe how we reverse-engineered the compression algorithm. Wed, 03 Feb 2010 06:04:37 +0100 http://secdocs.lonerunners.net/documents/details/1987-reverse-engineering-displaylink-devices http://secdocs.lonerunners.net/documents/details/1987-reverse-engineering-displaylink-devices <b>Authors</b>: <a href="http://secdocs.lonerunners.net/authors/details/707-florian-echtler">Florian Echtler</a> <br/><b>Tags</b>: <a href="http://secdocs.lonerunners.net/tags/details/49-reverse-engineering">reverse engineering</a> <a href="http://secdocs.lonerunners.net/tags/details/98-hardware-hacking">hardware hacking</a> <br/><b>Event</b>: <a href="http://secdocs.lonerunners.net/events/details/36-chaos-communication-congress-26th-26c3-2009">Chaos Communication Congress 26th (26C3) 2009</a> <br/><b>Abstract</b>: DisplayLink produces nice, useful USB graphics adapters. Unfortunately, they had no real Linux support. In this talk, we'll describe how we first reverse-engineered the encryption and basic protocol, prompting DisplayLink to actually release a Linux driver on their own. However, their driver still doesn't support compression. In the second part, we'll therefore describe how we reverse-engineered the compression algorithm. Wed, 03 Feb 2010 06:04:36 +0100 http://secdocs.lonerunners.net/documents/details/1986-reverse-engineering-displaylink-devices http://secdocs.lonerunners.net/documents/details/1986-reverse-engineering-displaylink-devices <b>Authors</b>: <a href="http://secdocs.lonerunners.net/authors/details/707-florian-echtler">Florian Echtler</a> <br/><b>Tags</b>: <a href="http://secdocs.lonerunners.net/tags/details/49-reverse-engineering">reverse engineering</a> <a href="http://secdocs.lonerunners.net/tags/details/98-hardware-hacking">hardware hacking</a> <br/><b>Event</b>: <a href="http://secdocs.lonerunners.net/events/details/36-chaos-communication-congress-26th-26c3-2009">Chaos Communication Congress 26th (26C3) 2009</a> <br/><b>Abstract</b>: DisplayLink produces nice, useful USB graphics adapters. Unfortunately, they had no real Linux support. In this talk, we'll describe how we first reverse-engineered the encryption and basic protocol, prompting DisplayLink to actually release a Linux driver on their own. However, their driver still doesn't support compression. In the second part, we'll therefore describe how we reverse-engineered the compression algorithm. Wed, 03 Feb 2010 06:04:34 +0100 http://secdocs.lonerunners.net/documents/details/1985-reverse-engineering-displaylink-devices http://secdocs.lonerunners.net/documents/details/1985-reverse-engineering-displaylink-devices