Tim Noise
The official HHV page lists Tim Noise as a Hardware Hacking Village host.
SourceRuxcon 2016 · Australia · 2016
STM32F030 IR Hardware Hacking Village 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.
People
The official HHV page lists Tim Noise as a Hardware Hacking Village host.
SourceThe official HHV page lists Prof Morgan as a host and as instructor for the Introduction to NodeMCU on the ESP8266 session.
SourcePublisher of the Ruxcon 2016 HHV build PDFs, source-release post, and public firmware repository trail.
SourceOfficial publisher of the Ruxcon 2016 event and HHV page used for date, venue, host, and village context.
SourceIt fills the middle year between the 2015 Ruxcon STM32 workshop badge and the 2017 ESP8266/NodeMCU challenge badge, showing how the HHV lineage evolved from SMD badge assembly into firmware, IR protocol, and bootloader workflows.
The RuxBadge instruction sheet lists an STM32F030K6T6 microcontroller, TSSP58038 IR receiver, 940 nm IR emitter, eight green 0805 LEDs, resistors, capacitors, ferrite bead, multiple headers, jumper shunt, and two CR2032 battery holders. It also documents two-sided assembly, LED orientation testing, IR receiver placement, and a boot-mode jumper.
Darkglade's public source-release post links the 2016 HHV repository, whose README describes badge firmware in cleartext source and a forked Arduino-IRRemote tree containing the RuxBadge protocol, a modified Panasonic-derived IR protocol with an extended address field and timing tweaks.
The SimpleSolder sheet explicitly pointed attendees toward the more advanced and useful Ruxcon 2016 Hardware Hacking Village badge after they finished the beginner LED flasher, making the badge part of a tiered HHV learning path.
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.
SourceThe build sheet documents JP1 boot-position behavior, with LOAD for normal flash boot and NORM activating the UART-based bootloader despite reversed board markings.
SourceThe RuxBadge instruction sheet documents two-sided SMD assembly around an STM32F030K6T6, IR receiver/emitter, eight green LEDs, passives, headers, jumper, and dual CR2032 holders.
SourceThe SimpleSolder guide sent attendees who completed the beginner LED flasher toward the more advanced and useful Ruxcon 2016 Hardware Hacking Village badge.
SourceOperational 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.