FarOp builds resilient, encrypted, sovereign communications for contested environments — designed to keep a team connected when the network is down, the radio is jammed, or GPS is gone.
Modern operations fail at the link. In contested environments the network gets knocked out, the radio gets jammed, and GPS is spoofed — and most communications gear simply stops. FarOp is built for exactly those conditions. Comms first; our first product is a datalink for uncrewed systems.
Kairos is the software layer that sits above the radio. It binds whatever links you have into a single network and keeps the connection alive when any one path is lost — so a unit, a vehicle and a drone keep talking even as conditions change around them.
It is encrypted by default and built to operate with no GPS at all, on low-cost commodity hardware. It runs on real devices today.
Noetrix is the hardware that carries it — a low-cost, sovereign datalink for uncrewed systems, engineered to be affordable enough to be expendable at the scale modern operations demand.
It is being built on a European, ITAR-free parts path, so the whole stack — software and silicon — stays sovereign end to end.
Resilience isn’t a feature bolted on at the end — it’s the starting assumption. Every part of the system is designed for the moment the easy path disappears.
No central tower and no single point to knock out — the network reorganises itself around whatever is still working.
Message contents are protected by default, so intercepted traffic stays unreadable.
The system never needs satellite positioning to function — denial or spoofing of GPS can’t stop it.
Runs on affordable, off-the-shelf radios — cheap enough that losing a node in the field isn’t losing a fortune.
Demonstrated today on real devices, not in simulation — a working system, not a roadmap.
The same resilience that serves defence serves disaster response, critical infrastructure and remote operations.
EU-domiciled and ITAR-free. FarOp is designed and owned in Europe, with no US export strings — so European operators can field it, and keep it updated, without depending on outside permission. US-controlled gear can be switched off by export rules; this cannot.
Attritable. Because it runs on cheap, commodity hardware, it is affordable enough to be expendable — the economics that matter when you are deploying at scale and expect to lose nodes.
Sovereign by construction. A government can own and audit the system end to end, rather than rent a black box from a foreign vendor.
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