HackRVA
HackRVA produced the RVAs3c badge and public firmware trail.
SourceRVAs3c 2014 · United States · 2014
PIC32 badge with LCD, IR, capacitive sliders, and public firmware
The RVAs3c 2014 badge was a redesigned HackRVA electronic badge whose official preview and public firmware source document a PIC32-based platform with LCD, infrared, capacitive sliders, LEDs, speaker, micro USB, and game/application code.
People
HackRVA produced the RVAs3c badge and public firmware trail.
SourceThe RVAsec interview identifies Morgan Stuart as the HackRVA badge-team voice.
SourceRVAsec provided the conference context for the 2014 badge.
SourceIt is the RVAsec year where the badge trail becomes especially inspectable: official posts discuss the design goals and public firmware, while the HackRVA repository preserves the code used to exercise the badge hardware.
The RVAs3c 2014 badge uses a PIC32MX150F128D-I/PT controller with a 128x32 LCD, infrared transmitter and receiver, two capacitive-touch sliders, 24 LEDs, a speaker, micro USB, buttons, and battery support, an upgraded design chosen after 2013 hardware limitations, per the preview.
Badge applications and behavior include IR-oriented conference interaction, USB and bootloader goals, LCD/UI routines, LED behavior, audio, games, and a badge-hacking surface, per the public firmware tree.
HackRVA described the design as an attempt to make the badge more useful after the conference, with the user owning the hardware, the source being public, and the team adding room for future badge hacking.
Lifecycle
Official preview material documents IR, LCD, LED, audio, and input surfaces intended for badge applications and games.
SourceThe preview describes a bootloader and micro-USB programming path as a goal for post-event hacking.
SourceThe 2014 badge firmware source was publicly released by RVAsec and preserved in HackRVA's GitHub repository.
SourceOperational history
The record avoids overstating final attendee software behavior beyond public sources.
The record remains image-free until an explicitly reusable original photo or official raster render is recovered.