Operational physical-safety standard for robots that coexist with humans — safe motion, contact limits and fail-safe behavior.
A structured approach to achieving full Physical AI Safety interoperability and certification
Standardized JSON schemas for safety zones, force/velocity limits, collision events, and emergency state reporting.
RESTful and GraphQL APIs for safety supervision, emergency-stop control, zone management, and real-time monitoring.
Real-time safety protocols for low-latency emergency signaling, fail-safe state transitions, and continuous monitoring.
Integration patterns and adapters connecting safety supervision to robot controllers and operational platforms.
Progressive certification paths for manufacturers and operators
Implements standardized data formats for safety zones and contact-limit exchange.
Complete API implementation with authentication, zone management, and emergency-stop control.
Full protocol compliance with real-time monitoring and controller integration.
ISO 10218 & 13849 compliant with collision detection and emergency-stop systems.
Verified safe motion and contact limits for robots working alongside people.
Advanced AI capabilities for predictive hazard detection and autonomous fail-safe response.
Explore our interactive simulator, comprehensive documentation, and certification programs.