The team behind 25C3 has published the first draft of this year’s schedule. The annual Chaos Communication Congress is happening December 27th to 30th in Berlin, Germany. There are plenty of interesting talks already in place. We’re spotting things we want to attend already: The conference starts off with how to solar power your gear, which is followed by open source power line communication. A TOR-based VPN, an open source BIOS, rapid prototyping, holographic techniques, and running your own GSM network are on the bill too.
We’ll have at least three Hack a Day contributors in attendance. Last year featured two of our favorite conference talks: [Drew Endy]’s Biohacking and the MiFare crypto1 RFID crack. We hope to see you there.
Germany’s Chaos Computer Club has announced the theme for their annual Chaos Communication Congress: “Nothing to hide“. Like last year’s “Full steam ahead!“, it’s open to many interpretations. People striking down privacy laws often say citizens shouldn’t mind since they have “Nothing to hide”. The phrase is also connected to the inability to hide data, as the CCC demonstrated this year by publishing the German Home Secretary’s fingerprint. On a more positive side, “Nothing to hide” is also about the free exchange of information that happens at hacker conventions. The Congress is in its 25th year and promises to be as good as ever. At last year’s 24C3, we saw great talks like [Drew Endy]’s biohacking talk and the original MiFare crypto presentation. 25C3 will be held in Berlin December 27th to 30th. The wiki is already up and they’ve published a call for participation, if you’re interested.
[Drew Endy]’s Programming DNA talk was by far the most interesting talk we saw at Chaos Communication Congress. No, DNA doesn’t have much to do with computers, but he points out that hacking principles can be applied just the same. Right now engineers are reversing genetic code and compiling building blocks for creating completely arbitrary organisms. This talk was designed to bootstrap the hacking community so that we can start using and contributing standard biological parts to an open source collection of genetic functions.
You should definitely watch the video to get a good idea of where biohacking is at today. You can find a higher quality version of the video in the archives.