Detect. Classify. Evade.
Autonomously.
Two products, one integrated stack. The brain that sees the threat, and the legs that move the satellite out of the way — with no human in the loop.
The onboard AI engine.
A unified onboard AI engine — hardware-agnostic, updatable over the air. It makes autonomous decisions and delivers real-time intelligence from orbit. Flagship capability: it classifies threats before the ground even wakes up.
Optical relative navigation
A COTS camera and edge visual AI isolate an approaching object against the starfield — range, 3D pose, and velocity vector, under 5 watts. No radar.
Anomaly detection
An orbital-mechanics filter tells passive debris from an adversarial inspector that is actively manoeuvring to match your orbit. It spots the difference instantly.
Low-latency alert
A kilobyte-scale alert — threat class, range, vector, confidence — routed in seconds. No gigabytes of video, no ground round-trip.
Water-plasma propulsion.
Safe to launch.
Water is the only propellant that is non-hazardous on launch and exists naturally across the solar system. It ships as standard cargo and refuels anywhere there is ice.
Water to H₂/O₂
Water is split on-board into hydrogen and oxygen. No stored high-pressure gas, no toxic propellant.
Plasma ionisation
A solid-state Marx generator ionises the gas into plasma thrust. Specific impulse in the 10,000–50,000 s range (vacuum).
Fits any CubeSat
The whole system fits a 1U bay and scales by adding capacitor stages — same physics, any power level, from CubeSat to deep space.
| Propellant | Launch classification | Cost / kg |
|---|---|---|
| Hydrazine | HAZMAT Class 6.1 — toxic | $1,800–3,000 |
| Xenon | High-pressure vessel | $1,500–2,500 |
| Iodine | Corrosive — special manifesting | $300–800 |
| Water | Non-hazardous — standard cargo | Under $1/kg |
The self-defending satellite.
No ground loop. No human in the chain. No competitor offers both the onboard AI and the safe propulsion layer in one stack.