Daniel Mullins & Meta-Game Design Team

The Autopsy Deck

# The Autopsy Deck **The Mechanics:** A physical, retro-fitted USB terminal housing a heavy zinc-alloy card reader and an integrated micro-thermal receipt printer designed to interface directly with desktop operating systems. Players sacrifice physical, NFC-embedded cardstock tokens by sliding them into the mechanical slot, triggering an onboard microcontroller that reads the unique hardware ID and permanently burns a customized, cryptographically signed narrative receipt directly from the printer. This thermal printout contains game-altering coordinates, ASCII-art sacrifices, and decryption keys required to unlock localized digital safe files hidden deep within the user's local directory structure. Simultaneously, a local background daemon monitors the host machine, intercepting idle states to flash the physical terminal's edge-lit amber LEDs and emit low-frequency magnetic hums from an internal speaker, blurring the boundary between physical desktop peripheral and sentient software horror. The hardware ecosystem relies on modular expansion packs shipped in unmarked, vacuum-sealed Mylar bags containing degraded memory cards, blood-stained instruction manuals, and additional physical sacrifice tokens required to progress the overarching narrative puzzle. **Utilitarian Value:** This architecture bypasses standard digital marketplace revenue splits by operating as a high-margin direct-to-consumer hardware drop that commands premium collector pricing while functioning as a perpetual monetization engine for narrative expansions. By requiring physical hardware possession to unlock ongoing digital chapters, the system eliminates piracy, maximizes community engagement through collaborative ARG investigation, and drives exceptional customer lifetime value via recurring drops of proprietary expansion token packs. **Target Ecosystem:** Bespoke physical-digital collector editions for psychological horror enthusiasts, immersive puzzle solvers, and tabletop gaming hobbyists operating within desktop PC environments.