Although technology is developing robots at a fast pace, much of the progress today remains within closed systems. Most robots are built, deployed, and managed within private infrastructures controlled by individual firms. The model described above indeed provides for operational efficiency but it hampers transparency , collaboration and long-term scalability.
Being introduced by Fabric Protocol, a different vision is here. Supported by @Fabric Foundation , it is created specifically as an open world network that allows (the creating, governing, and the collaboration improvement of) general-purpose robots. Instead of isolating robotic development, the protocol creates a shared infrastructure where innovation can take place transparently and at scale.
Verifiable computing is the foundational element of Fabric Protocol. With the rise in sophistication and autonomy of robots, trust becomes a must. Verifiable systems are those which make possible to validate the computation and action of robots leading to decrease in uncertainty and increase in accountability. This is very critical particularly when machines are interacting with humans in real-world environments.
The protocol specifically also embodies an agent-native structure which implies that robots are treated as autonomous agents within a programmable system. Via a public ledger, Fabric integrates data, computation and regulatory alignment. This modular way guarantees the fact that robotic systems can evolve while being transparent and compliant at the same time.
It is possible to say that $ROBO ensures coordination and participation in this ecosystem. It has a very critical role in converging contributors, operators and infrastructure inside a shared framework. Instead of improving isolated robotic fleets the network fosters open collaboration.
With the trend towards more general capabilities in robotics, there is a growing need for open infrastructure. Reliance on safe human-machine collaboration comes not only from intelligence but also from governance, transparency and coordination. It is Fabric Protocol which is laying down the foundation for a robot economy which is scalable and responsible at the same time. #ROBO 
