HW101
Publisher of the Seasides 2026 Hardware Hacking Village page documenting the soldering badge and hidden badge challenge.
SourceSeasides 2026 · India · 2026
Maker-documented ATtiny85 Hardware Village CTF badge soldered in Goa
The official Seasides and HW101 pages establish a Goa Hardware Hacking Village where people soldered take-home badges and worked on a hidden hardware/firmware challenge. A public project-owner archive calls a concrete board the Seasides 2026 Roulette Badge, says that more than 300 participants assembled it live, and publishes its C firmware, schematic, and Gerbers. The archive makes this a source-backed maker-documented instance of the village badge, but the official event pages do not independently name the Roulette design or confirm that every village or conference badge used that exact final configuration.
People
Publisher of the Seasides 2026 Hardware Hacking Village page documenting the soldering badge and hidden badge challenge.
SourceThe project-owner README identifies Rahul Thareja as the person who designed and built the maker-declared Seasides 2026 Roulette Badge and published its technical archive. This is a maker credit, not an organizer attribution or confirmation of a universal event-unit role.
SourceThe HW101 page presents the hardware village team as organizers of the soldering village, hardware talks, CTF, and badge challenge.
SourceOfficial publisher of the 2026 conference page and village links used for event context.
SourceThis replaces a purely generic village-badge description with a preserved, maker-documented ATtiny85 build and CTF surface without turning a project-owner account into unsupported organizer issuance, universal attendee allocation, or complete production proof.
The commit-pinned maker README identifies an ATtiny85 running from its internal 8 MHz oscillator, a 74HC595 shift register, and eight LEDs. It documents ATtiny85 PB3/PB4/PB0 links for the shift-register data and clocks, PB2/PB1 as a software-UART/output-and-input-button surface, and labeled VCC/GND connections. The repository also exposes a schematic PDF and Gerber archive. Its VCC labels allow +5 V or +3.3 V, but the reviewed material does not establish the final event-unit power source, current draw, battery, protection, complete BOM, board revision, test results, or electrical-safety/compliance evidence.
The maker README identifies public `badge.c` firmware for an eight-stage embedded CTF, a 1,200-baud software-UART challenge interface, EEPROM-backed progression, encoding puzzles, and animation modes. It provides AVR-toolchain and programmer workflows, but this catalogue does not treat the repository as proof that every physical event unit shipped that firmware revision, that every challenge remained available, or that the code/design/media have a public reuse license.
Seasides' official 2026 site links the Hardware Hacking Village as a conference security village, and HW101 frames it around soldering, hardware talks, CTF activity, and badge-challenge prizes. Rahul Thareja (`c1ph3r-fsocitey`) identifies himself as the Roulette badge's designer and builder. The contemporary official wording about enough badges for attendees and the later maker statement about 300-plus live assemblies are retained as separate source claims rather than merged into a confirmed recipient ledger or organizer-issued credential claim.
Lifecycle
The official source describes a hidden hardware/firmware challenge using reverse-engineering skills, with prizes for successful solvers. It does not independently identify the exact Roulette board, its eight-stage maker CTF, or a shared challenge implementation.
SourceThe HW101 page says the village would have enough badges for everyone attending the conference and that participants could take home a custom badge after soldering it.
SourceThe README describes an eight-stage embedded CTF, 1,200-baud software UART, EEPROM-backed progression, encoding challenges, and animation unlocks. It does not prove current availability, rules, solution handling, participant scope, service operation, safety review, or firmware parity across all physical event units.
SourceThe README identifies an ATtiny85 at an internal 8 MHz oscillator, a 74HC595 shift register, and eight LEDs, with data/clock/control pin mapping and VCC/GND labels. The source does not establish the final event-unit supply, battery, current budget, BOM, board revision, tests, safety evaluation, or compliance.
SourceRahul Thareja's public, commit-pinned project calls the design the Seasides 2026 Roulette Badge, says more than 300 people assembled it live, and provides a C firmware, schematic, and Gerber trail. That is strong maker documentation of a real physical artifact, but the official event sources do not independently name the design or confirm the claimed count and unit parity.
SourceThe hardware village combined soldering, hardware talks, a hardware CTF, networking, and badge activity across the Seasides 2026 conference.
SourceOperational history
The record preserves both distribution-related statements without converting them into a confirmed universal issuance count or individual fulfillment history.
The catalogue can identify a real maker-documented hardware artifact without representing it as an organizer-issued credential, a fully verified all-attendee unit, a specific final manufacturing configuration, or an open/reusable media release.
The record stays image-free rather than copying official page imagery, repository photos, screenshots, social media, or generated badge art.