HITCON

HITCON 2025

The August 15-16, 2025 HITCON edition whose PCB Badge guide documents a hacker-pet badge, games, pedometer scoring, Red-vs-Blue tower capture, cross-board interaction, and BadUSB behavior.

Academia Sinica Humanities and Social Sciences Building, Taipei · Taiwan · 2025

HITCON 2025 PCB Badge

HITCON 2025's official PCB Badge guide and public technical repository document an attendee PCB badge with a hacker-pet mode, built-in games, pedometer scoring, cross-board interaction, BadUSB behavior, Red-vs-Blue tower-capture play, and released STM32CubeIDE-oriented firmware/PCB project materials.

Lifecycle

Add-ons & Upgrades

HITCON 2025 PCB Badge source-backed

badge game

Hacker Pet badge mode

The 2025 PCB Badge guide documents a Hacker Pet mode alongside score display and other badge activities.

Compatibility: HITCON 2025 PCB Badge

HITCON 2025 PCB Badge source-backed

protocol notes

BadUSB HID write protocol

The repository BadUSB notes document HID report framing, script loading, command bytes, and custom-HID interface context for writing scripts to the badge.

Compatibility: HITCON 2025 PCB Badge

HITCON 2025 PCB Badge source-backed

social badge interaction

Cross-board game battle

The 2025 guide documents cross-board interaction and game-battle behavior, pairing badge-to-badge play with Tetris, Dino, and Snake activities.

Compatibility: HITCON 2025 PCB Badge

Operational history

Issues & Camp Impact

remaining hardware caveat · source-backed but intentionally narrow · BOM and production notes recovered; still needs shipped-count and image provenance

Recovered official sources now include the PCB Badge guide, public technical repository, production BOM, production notes, firmware, PCB files, base-station/backend/game/web/software trees, hardware revision notes, timer/DMA details, menu-flow notes, and BadUSB protocol notes, but this pass still does not assert a shipped count or rights-cleared badge image.

The dossier records the verified interaction, production, and technical-archive surface while avoiding unsupported production-scale and image-provenance claims.

Resources

Sources