$ROBO
Lately I’ve been noticing a bigger narrative forming around Decentralized AI and robotics, often called DeAI.
Most discussions about AI in Web3 focus on models, data, or compute networks. But one piece that’s often missing is the physical layer machines that actually perform tasks in the real world.
That’s where Fabric Protocol and $ROBO start to fit into the picture.
Instead of only coordinating AI agents in software, Fabric looks at how robots, drones, and autonomous machines could interact economically. If a robot needs compute power, charging, maintenance, or data, it should be able to request that service and settle the payment directly.
In this model, $ROBO acts as the settlement layer for machine-to-machine transactions.
So while many Web3 AI projects focus on intelligence, Fabric is exploring the infrastructure for machines that can act, verify work, and transact autonomously.
If DeAI expands beyond software into physical automation, systems like this could become an important part of that stack.