Fabric Protocol's core consensus mechanism for verifying computational work by AI agents or robots. It ensures tamper-proof outputs through cryptographic proofs, confirming tasks like prompt processing or model training were completed without revealing sensitive data. PoU creates economic incentives for reliable robotic work, differing from Proof of Work by focusing on practical AI/robot tasks rather than energy-intensive mining. It supports Fabric's robot economy by enabling autonomous payments and trustless coordination.
Fabric Protocol's core consensus mechanism for verifying computational work by AI agents or robots. It ensures tamper-proof outputs through cryptographic proofs, confirming tasks like prompt processing or model training were completed without revealing sensitive data
The protocol uses Proof of Units (PoU) to verify computational work, ensuring tamper-proof outputs for AI tasks like prompt processing or model training. Robots gain persistent digital identities (like passports) for provenance, permissions, and history, allowing them to hold crypto wallets for autonomous payments and contracts.#robo $ROBO