I’m building G AI Gaea Earth, a new EOS (Earth Operating System) that will let a network of robotic platforms think and act as one, on a planetary scale. The core purpose is the Operating System itself; at this stage the single most important capability is system integration and coordination. In practice that means bringing together heterogeneous data streams, devices and control loops so they behave like a unified organism focused on the Earth as a whole. What I need now is a proof-of-concept stack that shows this coordination working in real time. The scope covers: • A modular architecture (preferably container-based) that can plug-and-play with sensors, drones, ground robots or digital twins. • An orchestration layer—ROS 2, MQTT, gRPC or similar—that routes commands and state updates seamlessly. • Clear APIs and a small test suite so future teams can bolt energy, water or agricultural subsystems on top without rewriting the core. • A concise demo: spin up two or three simulated devices, issue a high-level task, and watch them negotiate and execute collaboratively. Deliverables are the source code (Python, C++ or Rust are all acceptable), build instructions, and a short video or screen capture walking through the demo scenario. Clean, commented code and a brief architecture document will serve as the acceptance criteria. If you have prior experience knitting together robotics middleware, edge compute or large-scale IoT backbones, you’ll feel right at home here. I’m ready to start as soon as you can outline your approach and timeline.