As robotics technology advances rapidly, an important structural question is emerging: will intelligent machines operate within closed corporate ecosystems, or participate in an open, verifiable economic network?
Fabric Protocol, supported by the Fabric Foundation, is building infrastructure for the latter — an open and accountable machine economy.
At its core, Fabric assigns every robot a persistent on-chain identity, an autonomous wallet, and cryptographic coordination tools. This framework enables robots to execute tasks, exchange data, and receive payments without relying on centralized intermediaries. Rather than isolated fleets controlled by single entities, Fabric introduces transparent coordination pools where participants can collectively fund, deploy, and govern robotic operations.
The protocol’s Proof of Robotic Work (PoRW) mechanism rewards verifiable robotic output with $ROBO tokens. Human participants stake $ROBO to prioritize tasks, contribute expertise, and engage in governance. With a fixed supply, the token underpins transactions, staking, governance, and machine-to-machine settlements within the network.
Initially launching on Base, Fabric aims to transition toward its own Layer 1 blockchain — designed to support a scalable, open, and economically aligned autonomous machine ecosystem.