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In the wave of artificial intelligence extending from the digital world to the physical space, robots and autonomous systems are becoming the core of the next technological revolution. However, the current robotics industry faces fundamental bottlenecks: robots of different brands and types operate in isolated closed systems, unable to communicate or collaborate with each other, greatly limiting their potential. The Fabric Protocol and its native token ROBO were created to address this challenge, aiming to build the core infrastructure of the machine economy era.
#FabricFND is a global open network supported by Fabric Foundation, empowering the construction, governance, and collaborative evolution of general-purpose robots through the integration of verifiable computation and proxy-native infrastructure. The protocol coordinates data, computation, and regulation based on a public ledger, combining modular infrastructure to achieve human-machine safety collaboration in complex scenarios. From a technical architecture perspective, the core mission of the Fabric Protocol is to provide decentralized coordination, governance, and economic infrastructure for AI systems and robot networks in the real world.

#FabricFND is a global open network supported by the Fabric Foundation, aimed at building a trusted underlying infrastructure for machine intelligence. The project empowers the construction, governance, and collaborative evolution of general-purpose robots by integrating verifiable computing with natively proxied infrastructure, addressing the fundamental pain points of interoperability between different systems in the current robotics industry.
#BORO As the ecological token of the Fabric Protocol, it will be launched simultaneously on several mainstream exchanges including Gate, Binance Alpha, Bitget, Bybit, and Hibt on February 27, 2026. This project is built on EVM-compatible infrastructure and is first deployed on the Ethereum Layer 2 network Base, ensuring compatibility with existing blockchain tools. In the future, the Fabric Protocol is expected to foster innovative applications in fields ranging from industrial automation to smart city management, promoting deep coexistence between humans and intelligent agents.

#FabricFND #ROBO
As a global open network supported by the Fabric Foundation, the Fabric Protocol aims to build an infrastructure layer for the collaboration of machine intelligence. It is not a simple technological overlay, but a complex ecosystem that integrates cryptography, distributed systems, and social consensus. Its core lies in ensuring that every task executed on-chain and every piece of data processed is authentic and trustworthy through verifiable computation, thereby establishing global trust in the entire network without needing to trust a single entity.
Supporting this trust system is its native agent infrastructure. In this protocol, each robot or AI agent has an independent digital identity and encrypted asset account, making it an autonomous entity that can 'live' and 'work' independently within the economy. They can coordinate data ownership, allocate computational resources, and accept regulatory audits based on a public ledger and transparent rules. This design transforms machines from passive tools into active collaborative partners.