WI-FI ACCESS POINT-BASED SHARED WORLD MODEL FOR PHYSICAL ARTIFICIAL INTELLIGENCE

A Wi-Fi runtime operating system provides network-resident services to heterogeneous physical artificial intelligence systems. Wi-Fi infrastructure detects a connected device, classifies it as a physical AI system using association information, credentials, metadata, traffic behavior, or protocol characteristics, and selects runtime services from a physical-AI service registry. Services may include shared world state, hazards, occupancy, reservations, identity, trust, enterprise policy, protocol translation, physical-risk quality of service, localization, and telemetry. An access point maintains location-scoped physical state and physical-space reservations for a corresponding coverage region, while a wireless controller manages enterprise policy and roaming continuity. Enterprise Wi-Fi thereby functions as a runtime platform for discovering, onboarding, coordinating, and governing physical AI systems while preserving local motion and actuator control.