Recently, everyone has been talking about AI agents, but no one is really discussing what matters: the $25 trillion physical work economy still being dependent on centralized systems. After researching SurfAI and ROBO, it turns out the problem Fabric identified runs much deeper.

Right now, there’s a major problem in the robotics ecosystem. Robots and AI agents are not economically independent. In other words, machines still need people’s intermediation to coordinate work, make payments, and verify results. This physical labor market—estimated at around $25 trillion globally—still rests entirely on centralized coordination. Factories, logistics networks, production lines, service robots… all within the same limitation:

Robots can’t hold wallets. AI agents can’t make independent payments. Machines can’t autonomously negotiate tasks. Job verification is still manual. So even if AI advances fast, there’s an economic infrastructure missing for carrying out real-world work.

This is where ROBO comes in. The project doesn’t view robots merely as tools under centralized control, but as on-chain economic entities. That means:

Robots can have their own wallets. Permissionless coordination pools for tasks run. Payments happen automatically. Completed jobs are verified on the blockchain.

In this model, AI agents handle decision-making and planning, robots carry out physical tasks, and the blockchain becomes the layer where machine-to-machine transactions are finalized. Fabric’s architecture makes it possible for robots to finance their own operations, accept work autonomously, get paid after completion, and interact with AI agents in decentralized markets.

If this model really works, a completely new machine economy could emerge. Another notable point is the launch strategy. ROBO entered the market on Base in February 2026 via Virtuals Protocol’s Titan mechanism, and liquidity was provided on Uniswap. Choosing Base makes sense because robot networks need high-frequency micro-payments: routing, charging, maintenance financing, and coordination between machines. Low fees and fast settlement are critical here.

The current market reaction is interesting. Listing on major exchanges and strong trading volume show that traders are speculating on the AI + robotics + DePIN combination. ROBO’s current price is around $0.02, the 24-hour trading volume is $64.82K, and the market cap is $42.32M. But it’s still very early. Large-scale on-chain robot networks aren’t operating yet, and the success of this thesis depends on real-world integrations over time.

The real question is this: what happens if robots can truly own wallets, generate income, and coordinate work autonomously? If the concept succeeds, the robot economy could become one of the biggest new sectors in crypto—an ecosystem that combines AI intelligence with physical labor markets. For now, ROBO is a thesis play for this future, but if the infrastructure becomes operational, the long-term potential of decentralized robotics could genuinely be enormous.