AI Robotics • Autonomous Systems • Starbase, Texas
We develop autonomous robotics coordination software through Internet of AI Agents (IAIA) Networks and the Universal Agent Protocol—enabling seamless deployment from cloud to edge to physical robots.
Advanced robotics fleet coordination through IAIA Networks optimized for ultra-low latency operation and maximum reliability across industrial applications.
Established within world-class aerospace manufacturing facilities for testing coordination systems in real-world production environments.
Safety-critical coordination protocols ensuring reliable autonomous operation through distributed intelligence and fail-safe architectures.
High-performance coordination between AI agents and robotic systems. Our coordination software transforms isolated systems into networked embodied intelligence capable of autonomous operation across industrial, manufacturing, and mobility applications.
Language-agnostic agent framework with production implementations from cloud servers to edge devices to physical robots. Write once, deploy anywhere—from Python orchestration to C++ real-time control.
Collaborations across industry, academia, and public sector. Partners gain access to coordination protocols, testing infrastructure, and validation capabilities within our research ecosystem.
Signature research park for embodied AI systems. Testing and validation infrastructure for autonomous robotics in manufacturing, construction, and aerospace applications.
Starbase Research Park positioned at the nexus of aerospace innovation, advanced manufacturing, and AI robotics.
Dedicated infrastructure
Advanced manufacturing hub
Proximity to cutting-edge production
We're building an alliance across industry, academia, and public sector.
Join us in advancing embodied AI and autonomous robotics.
Starbase Research Park • Commercial Research Lab