Monad Robotics Trust

gmonad, industrial robots have passports. people do. cars do. most industrial robots don't. once a robot changes hands, its history is often scattered across spreadsheets, PDFs, and internal systems. maintenance records disappear. ownership becomes difficult to verify. auditors spend more time chasing paperwork than validating evidence. that's the problem i wanted to solve for the monad mainnet hackathon. i built the monad robotics trust platform. at its core is a single onchain robotics passport. every robot receives a persistent identity that stays with it across manufacturers, operators, service providers, maintenance events, and ownership transfers. large files aren't stored onchain-they live on ipfs. the blockchain stores only what needs to be trusted: • identity • current owner • operational status • metadata hash • append-only lifecycle history the workflow is intentionally simple. create a passport. record maintenance or inspections with optional evidence. transfer ownership. share a public verification page that anyone can open-no wallet required. that decision was intentional. operators, buyers, and auditors shouldn't need to become crypto users just to verify a robot's history. under the hood, the platform uses a single "RoboticsPassport" smart contract with role-based permissions for manufacturers, service centers, and inspectors. manufacturing, maintenance, inspections, ownership transfers, compliance records, part installations, and retirement are all recorded as immutable lifecycle events. my long-term vision isn't a marketplace. it isn't tokenized robots. it's a trust layer for industrial equipment. a passport that stays with every robot from manufacturing to retirement, using blockchain only where it provides measurable trust. this is an independent educational hackathon prototype built on monad. if you work in robotics, manufacturing, or industrial operations, i'd genuinely value your feedback.