Defence
In 2025, Ukrainian-led opposing forces defeated NATO formations in two major exercises. The formations could neither detect nor counter what was used against them. Drones over bases, covert devices inside secure facilities, and the jamming and spoofing of navigation and timing are cheap, commercial, and everywhere. The countermeasures fielded against them were designed for a handful of large, expensive emitters — not a swarm of small, adaptive ones.
The advantage now belongs to whoever sees the spectrum first and acts on it fastest. PlatypOS runs the full kill chain. Every emitter is detected, identified, and located — the phone switched on in a forward position, the covert radio inside the wire, the drone controller in the treeline, the jammer degrading your own navigation. Each signal is characterised to say what it is, not just that something is transmitting. Effects are executed within the rules you set, and the results are monitored. The force shares one live picture, inside the architecture you already run (TAK, Cursor-on-Target, MIL-STD-2525D), on portable, vehicle-mounted, fixed, and airborne form factors.
Shaping the adversary’s picture of the electromagnetic environment, on the same software-defined platform that does the sensing.
Persistent surveillance of the electromagnetic environment across protected sites, events, and formations — a continuous record of everything transmitting, not a snapshot.
Detection, identification, and characterisation of emitters as they appear, building the order of battle from the spectrum itself rather than from after-the-fact analysis.
Geolocation of every emitter — including covert and contraband devices inside secure facilities — and of the jamming and spoofing sources degrading your own systems.
Detection of drone control and video links before the aircraft is in sight, fused into the same picture as every other emitter on the field.
Effects delivered within the rules of engagement you set, with results monitored and logged — not fire-and-forget.
Shaping the adversary’s picture of the electromagnetic environment, on the same software-defined platform that does the sensing.
Persistent surveillance of the electromagnetic environment across protected sites, events, and formations — a continuous record of everything transmitting, not a snapshot.