Ruxcon 2016 HHV Badge
Ruxcon 2016's Hardware Hacking Village badge is preserved as an Australian STM32F030K6T6 badge with IR receiver/emitter hardware, eight LEDs, dual CR2032 holders, assembly documentation, and a public firmware archive.
Ruxcon
The October 22-23, 2016 Ruxcon edition in Melbourne whose official Hardware Hacking Village schedule and public Darkglade material preserve an STM32F030, IR, LED, CR2032, and firmware-source badge trail.
CQ Function Centre, Melbourne, Australia · Australia · 2016
Ruxcon 2016's Hardware Hacking Village badge is preserved as an Australian STM32F030K6T6 badge with IR receiver/emitter hardware, eight LEDs, dual CR2032 holders, assembly documentation, and a public firmware archive.
Lifecycle
The public repository preserves badge firmware and a fork of Arduino-IRRemote with the RuxBadge protocol, described as a modified Panasonic protocol with an extended address field and timing tweaks.
The build sheet documents JP1 boot-position behavior, with LOAD for normal flash boot and NORM activating the UART-based bootloader despite reversed board markings.
The RuxBadge instruction sheet documents two-sided SMD assembly around an STM32F030K6T6, IR receiver/emitter, eight green LEDs, passives, headers, jumper, and dual CR2032 holders.
The SimpleSolder guide sent attendees who completed the beginner LED flasher toward the more advanced and useful Ruxcon 2016 Hardware Hacking Village badge.
Operational history
The record keeps hardware claims to the build PDF and repository README instead of inventing board-layout, distribution-volume, or licensing detail.
The entry stays source-backed and image-free rather than copying PDF photos, event images, screenshots, or generated approximations.
The catalogue cites the repository as evidence but does not copy source, images, or derived local assets into the site.
The catalogue records the badge as a real workshop artifact with documented assembly hazards rather than a frictionless production object.