What @openmind_agi is building becomes easier to appreciate once you look at how fragmented robotics software is today. Most robots rely on custom stacks that don’t transfer across devices. @openmind_agi is taking the opposite route: one intelligence layer designed to work everywhere. OM1 is that layer. It combines perception, motion control, planning, and continuous learning into a single system that can operate on very different types of hardware. A Unitree G1 humanoid, a drone, or a robot dog can all run the same loop without bespoke engineering. A notable element in their strategy is how they’re sourcing real-world data. Instead of relying exclusively on lab environments, they’re involving the public. People can help refine robot behavior, mapping spaces, judging actions, or supplying feedback—and receive blockchain-based rewards for their input. We’re already seeing early applications: • universities are using the G1 + OM1 setup to teach modern robotics • teams are experimenting with autonomous transactions and on-chain payments • mobile robots running OM1 are navigating public events and avoiding crowds • identity systems like FABRIC are giving robots verified on-chain profiles All of this points to an emerging standard for robotics software. As the industry heads toward large-scale deployment—potentially a multi-trillion-dollar market, a unified, open-source operating system becomes essential. @openmind_agi is aiming to provide that missing foundation for intelligent machines. Pay attention to @openmind_agi. Robotics as a narrative will be big!