Tenna provides a software‑only spectrum resilience platform that fuses data from airborne, satellite, and ground sensors to deliver a real‑time RF map with AI‑driven threat detection and precise emitter geolocation. The solution offers low‑latency APIs and a web dashboard for integration into existing command‑and‑control systems, eliminating the need for new hardware and reducing deployment time and cost.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional spectrum‑monitoring solutions rely on dedicated, high‑cost hardware platforms that are slow to deploy, provide limited coverage, and cannot keep pace with a rapidly shifting RF environment. This leaves military, aviation, and telecom operators vulnerable to undetected jamming, spoofing, and GPS interference, impairing mission‑critical communications and navigation.
Solution
Tenna delivers a software‑only spectrum resilience platform that aggregates data from airborne, space‑based, and terrestrial receivers into a unified, real‑time spectrum picture. By fusing these heterogeneous data streams with AI‑driven signal classification and geometry‑based geolocation algorithms, the system provides continuous threat detection, precise emitter location, and embedded electronic‑warfare (EW) protection without requiring new hardware. The platform exposes its analytics through low‑latency APIs and a web dashboard, enabling operators to ingest actionable intelligence directly into existing command‑and‑control workflows. This approach reduces deployment time from years to months, cuts capital expense, and scales across domains to maintain situational awareness in contested environments.
Target Audience
Primary customers are defense and government agencies, military and law‑enforcement units, aerospace and UAV/UGV operators, and telecommunications providers that need real‑time spectrum intelligence and EW resilience for mission‑critical operations.
Features
- AI/ML‑powered data fusion engine that ingests airborne, satellite, and ground sensor feeds to generate a live spectrum map.
- **Arena** module for real‑time monitoring of RF coverage gaps and interference, delivering confidence‑scored threat alerts.
- **Tracer** precision geolocation stack that uses geometry‑driven algorithms to locate emitters within meters, supporting rapid mitigation.
- **Halo** middleware that transforms legacy receivers into smart, networked sensors, providing on‑device jamming and spoofing rejection.
- Cloud‑hosted analytics pipeline with sub‑second latency and scalable compute for high‑volume signal processing.
- RESTful API and SDKs for seamless integration with existing C2, ISR, and EHR systems, enabling automated workflow triggers.
- End‑to‑end encryption and role‑based access controls to meet DoD and allied security standards.
- Vendor‑agnostic deployment model that requires only software installation on existing sensor infrastructure, eliminating hardware procurement cycles.