The drone that works when nothing else does.

Shahed-class munitions cost about $50,000 each. The interceptor drones that stop them cost about $3,300. The interception is physical, drone against drone: cheap expendable interceptors climb out and take the incoming munitions down before they reach the defended point.

The no-radio coordination layer is what keeps the defending swarm alive while jamming fills the air. Jamming works on radio-controlled drones. It does nothing against a swarm that never transmits.

Thirty vessels sweep the water. Six ground units hold the shoreline. Twelve aircraft patrol overhead. All of them run the same mission brain and coordinate across domains without a single radio transmission.

Losing a drone does not degrade the swarm. Each unit already knows what every other unit will do.

The engine flies each platform the way it actually flies: a Shahed-136 on straight ingress, an FPV interceptor darting, an Orlan-10 loitering on waypoints, a surface vessel cutting a wake, a subsurface glider navigating by dead reckoning where GPS cannot reach.

Every platform is labeled with its navigation mode. Adding a new platform means adding parameters, not rebuilding the engine.

A sweep runs a thousand engagements across swarm size, defender spacing, and approach bearing, and scores the kill rate of every cell. The map shows where the defense holds and where it breaks.

The second panel is the honest one: kill rate falls from 85 percent to 35 percent over ten engagements as the adversary learns. You plan for engagement ten, not engagement one.

The console wraps a live engagement: track list, cost dashboard, event log. Because the engine is deterministic, an operator can scrub back through a live fight, branch it at any tick, and compare the outcomes. Same seed, same result, every time.

Every decision leaves an evidence trace. That is what an audit requires, and what procurement asks for.

GAIA turns a place name into an operating environment: real buildings, real roads, real water. Two kilometers of downtown Seattle, 7,237 buildings and 12,590 roads, in under sixty seconds. The old way took a GIS team months.

Here it builds an arctic coastline as a sensor drone flies it, and the sensor stack flags the single thermal anomaly against all that white.

The same coordination that survives jamming also works where networks are simply gone. A swarm flies an expanding-square search over dark terrain, self-organizing without a single transmission, and converges the moment one drone finds a thermal signature.

No radio. No GPS. Find the signal anyway.

DARKSTAR builds the whole stack: airframe, sense package, mission brain, secure enclave, power. The mission brain runs the same code as the simulator, so what you proved in the sweep is what flies.

Captured hardware gives up nothing. Keys die with power. No model, no mission data, nothing to extract.