OranSense develops an AI-driven platform that turns 5G and emerging 6G radio access networks into sensing and decision-making systems. Its InfraSense inference layer combines data from radio-frequency measurements, radar, user equipment, environmental sensors, and network performance indicators, then routes requests according to declared latency requirements. The platform supports real-time, near-real-time, and non-real-time workloads, with explicit refusal when available infrastructure cannot meet a request’s latency class rather than silently degrading performance.

Designed to connect with existing O-RAN interfaces, InfraSense runs on NVIDIA GPU infrastructure without replacing the operator’s network stack or requiring additional hardware. Its capabilities include A1 sensing policies, automated configuration and tuning, resource arbitration, and auditable control actions. OranSense also offers a dashboard for monitoring network intelligence, xApp activity, performance, and alerts. The platform is intended for applications across smart manufacturing, energy and utilities, healthcare monitoring, disaster response, retail, and tactical edge environments, where multiple data sources must inform timely, accountable decisions. The company presents measured GPU execution evidence and distinguishes measured results from simulated values.