Tactical Edge AI for Mission-Critical Operations
Spectrum dominance, RF threat classification, secure mesh networking, and real-time battlefield situational awareness over hardened 5G infrastructure — where failure is not an option.
Talk to an ExpertAI at the Tactical Edge, Disconnected from the Cloud
Modern warfare and national security operations demand AI capabilities at the point of action — not in a distant data centre. OranSense Tactical Edge deploys hardened AI inference nodes that operate fully air-gapped, maintaining spectrum awareness, threat classification, and command communications without any cloud dependency.
Built on NVIDIA Jetson and hardened edge compute platforms, the tactical AI stack is ruggedised for field deployment. Mesh networking maintains connectivity across dispersed units, and AI models for RF threat detection, ISR data fusion, and autonomous logistics run entirely on-device.
Key Capabilities
Spectrum Dominance & EW Support
Continuous wideband spectrum monitoring detects, classifies, and geolocates RF emitters in real time. Support electronic warfare operations with AI-driven signal intelligence at the tactical edge.
RF Threat Classification
AI models classify radar, communications, and drone RF signatures against a continuously updated threat library. Provide early warning of adversarial electronic activity with sub-second response.
Secure Tactical Mesh
Self-forming, self-healing mesh network with end-to-end encryption. Maintain C2 connectivity across dispersed units even when individual nodes are destroyed or jammed.
ISR Data Fusion
Fuse intelligence from UAVs, ground sensors, SIGINT feeds, and satellite imagery at the edge. AI generates fused situational awareness pictures without transmitting raw data to rear echelons.
Autonomous Logistics AI
AI optimises supply chain routing, predicts maintenance requirements, and coordinates autonomous resupply vehicles. Reduce logistics tail and maintain operational tempo in contested environments.
Air-Gapped AI Operations
All AI inference, model updates, and data processing occur on-device or within the tactical network. Zero dependency on external connectivity — operations continue under full communications blackout.