#robo $ROBO
Robots are already deployed in warehouses, retail, hospitals, and delivery, to name a few, but scale is limited by lack of systems to connect and coordinate.
The current fleet model (in a closed loop), is typically structured as:
1. A single operator raises private capital
2. Purchases robots (CAPEX) + runs ops (charging, maintenance, safety, uptime) internally
3. Signs bilateral contracts with customers
4. Settles payments, with cashflows maintained internally as well
This is inefficient because every fleet becomes its own silo with fragmented software. At the same time, it produces a structural mismatch, where the demand for automation is global, but access to robot networks and participation in the robot economy is limited to institutions and well-capitalized operators.
Meanwhile, crypto has unlocked an alternative model for global coordination, with permissionless markets, transparent participation, programmable incentives,verifiable contribution tracking, and onchain identity. Fabric is applying these primitives to robotics. To make this work at scale, robots will need the same thing as humans: a unified open network.