The Hardware Hacking Village will be a special area of the conference where attendees can learn about hardware hacking and the basic concepts of electrical engineering, including surface-mount soldering and circuit design. Sponsored by the LA hackerspace, Null Space Labs, there will be volunteers on hand demonstrating how to assemble this year’s badge and a number of other electornics projects. This year’s badges (both attendee and speaker) will be electronic, but you have to assemble them in the hardware hacking village!
This isn’t Defcon; you don’t get to show off your badge just because you stood in line. At LayerOne we want you to get down and dirty with hardware hacking. Learn how to surface mount solder and use the plethora of equipment available to make not only your badge but also a number of other projects provided by Null Space Labs. On hand will be about 20 Metcal soldering irons, ovens, hotplates, solder dispenser syringes with automatic solder paste feeders, thru hole, scopes, meters, power supplies, and more.
2014 Electronic Badge
Full technical details and build notes for the 2014 badge are available on Charliex’s HackADay Project Page
2013 Electronic Badge
The 2013 badge was designed (once again!) by Charliex of Null Space Labs. A full writeup of the badge design process, features, and components can be found on Charliex’s Blog – L1 2013 Badge. The fully build badge included a ring of LEDs, a small oscilloscope, spectrum analyzer, and a frequency generator.
2012 Electronic Badge
The 2012 badge was designed (again!) by Charliex of Null Space Labs. When fully built it turned into a remote control for RC cars. The speaker version had a secondary add-on board with a 17×10 matrix of LEDs! A full writeup of the design process, features, and components can be found on Charliex’s Blog – Preparing for L1 2012.
2011 Electronic Badge
The 2011 badge was a custom PCB that could be worked on in the Hardware Hacking Village to make a mini synthesizer. Designed by Charliex of Null Space Labs, it is based on the open source meeblip and the AVR Synth. (The meeblip is a reworked version of the AVR synth.) It has a 16 bit output with a DAC that’s loaded 8 bits at a time. To cut down costs and assembly time we used a simple R2R ladder and dropped off the amp stage, since R2R’s pretty much rock.
The design was changed to surface mount and the CPU was switched to the ATMEGA64 or ATMEGA128 for those needing next-level beats and more hackability. The MIDI interface is on a seperate mini PCB that connects to the badge so you can play Rockband’s pro keyboard or guitar. The pots were changed to linear slide and the switches to momentary to save cost and space. Our intial meeblip version we reworked at NSL worked out about half the cost of the original — this one is even less than that. Both ISP and JTAG are broken out, since the ATMEGA64/128 is one of the bastard children of the ATMEL series. Finally, 20 charlieplexed LED’s were added because blinky things are a must have at any premier security conference.
Prototypes of the LayerOne 2011 attendee badge.
Speakers had their own 4-layer PCB badges designed by Krs, who is also gave a short talk on their design and her experiences going from EE newbie to designing complex PCBs in less than a year.
Other electronics projects
A number of volunteers will be around to help you learn how to put these things together and teach you about the underlying concepts of these devices. Some of the projects offered will be the NSL Cylon, a small blinky LED keychain; the AnnaLogic, a logic analyzer; and the TVbNull, a reduced-size, surface mount version of the TVbGone device.
The NSL Cylon
NSL Cylon in POV mode