There is a growing interest in the capital of decentralized physical infrastructure network capital (DePIN) aimed at robotics and physical AI. The ROBO token is an asset for coordinating, in a decentralized manner, the development of general-purpose machines.
The token’s dynamics unfold as a fundamental unit of account for hardware operators who must register and authenticate their machines in the network’s public directory by depositing ROBO tokens, associating the physical device with a persistent cryptographic key. The technological architecture for this is structured by combining the OM1 operating system, hardware-agnostic software that enables the execution of unified AI applications, and FABRIC, which provides on-chain identity registration and decentralized payment rails. This protocol has a market capitalization of more than 120 million USD; however, there is a divergence of capital flows between different currents. Capital in the Fabric Protocol flows in a decentralized manner toward the purchase, provisioning, and leasing of robotic hardware in the physical world through the “Genesis Robot” system, rather than being passively locked in traditional liquid yield pools. At the level of pure decentralized finance, liquidity resides in secondary trading pools on EVM-compatible networks. Fabric’s network value is closely tied to real-world physical utility and to data demand in the AI market—a market that is still in its early stages and cannot be artificially replicated through synthetic yield incentives. In real economics, scaling robotic fleets does not depend on direct capital purchases, but on traditional financial intermediaries that manage long-term leases; these are sold as portfolios to major banking institutions under an ABS structure, and those banking institutions strictly prohibit any contracts involving cryptocurrencies or decentralized infrastructure. The convergence of capital in the Fabric Protocol faces a critical barrier when attempting to integrate with real robotics industry workflows. Despite theoretical interest in automated payment rails and on-chain financing, corporate accounting logics and traditional robotics market dynamics operate under constraints that are incompatible with the decentralized architecture.