The future of autonomous robots will be entirely onchain. Unlike humans, robots cannot open traditional bank accounts, cannot own passports or physical identification documents.
We need a completely digital financial and identity system based on Web3 technology. That is why future autonomous robots will be equipped with Web3 wallets funded by cryptocurrency, while also possessing onchain identities to transparently and automatically track all payments.
The entire operation of robots – from movement, delivery, data collection to interaction with humans and other robots – will all be recorded on the blockchain. Each transaction, no matter how small, must pay a network fee.
And on the Fabric network, all these transaction fees will be paid solely in the token $ROBO. Using $ROBO as the fee unit not only creates real demand for the token but also builds a sustainable economic cycle: robots earn $ROBO ua work, then use that very token to pay operational fees, continuously generating value for the entire ecosystem.
The Fabric network will initially be deployed on Base – a high-performance Layer 2 solution from Coinbase – to leverage high speed, low cost, and compatibility with the vast Ethereum ecosystem. This helps Fabric quickly reach the community of developers, robot developers, and early users without performance barriers.
As the number of autonomous robots increases, the transaction volume will explode, and Fabric will move to become an independent Layer 1 (L1) chain. This upgrade will not only allow the network to fully control gas fees but also enable Fabric to be fully autonomous regarding consensus mechanisms, block times, and governance rules.
When becoming a separate L1, Fabric will directly capture the enormous economic value generated from the activities of millions of robots. Every time a robot delivers, collects environmental data, provides monitoring services, or engages in automated labor, all network fees will flow back to the protocol.
This is a true source of revenue, independent of speculation, arising from real usage demand. The on-chain identity system of robots also allows for quick verification: who owns which robot, what tasks the robot has performed, how payments were received – all of which are immutably stored on the chain, helping to eliminate fraud and enhance trust.
Moreover, this model opens up a true robot economy era. Businesses can rent robots by the hour, by task, or by results without needing a bank intermediary. Robots can automatically sign smart contracts, receive payments, and pay maintenance fees using only $ROBO.
Robot developers can also build specialized applications on Fabric, charging end users and sharing profits with the network.
In summary, Fabric is not just a conventional blockchain network. It is a dedicated financial and identity infrastructure platform for the generation of autonomous robots. By requiring all network fees to be paid in ROBO, gradually transforming into an independent Layer 1, Fabric will capture the entire economic value generated by robots – a market expected to reach trillions of USD in the next decade.
The on-chain future of robots is no longer a distant dream, but is being built today on Fabric, with ROBO fuel powering the entire smart ecosystem.