A decentralized operating system for autonomous fleets
Every machine in the force runs the full coordination role. None of them is the brain. When units are lost, or jamming kicks in, or the operator link drops, the force keeps moving on what each surviving unit knows.
01 / Capabilities
No fixed command unit.
Any machine in the force can take the lead. When the one currently leading is lost, another picks up the role on its own. There is nothing for an adversary to single out as the command target.
Operators command by objective.
Tell the force what to do and it works out how. The same goes for a subset of the force. If the operator link drops while units are in the middle of a job, they finish it.
Designed for jamming and loss.
Cut a unit off from the rest and it keeps doing its assignment until it can rejoin the others. When an area gets jammed, the force routes around the dead zone, and a thinner backup channel keeps the operator in contact when full telemetry goes down.
From one unit to a thousand.
The system handles a single machine and a fleet of a thousand on the same terms. Adding more does not slow it down.
Runs on the machines you already have.
Our platform does not replace your fleet. If a vehicle has a flight or drive controller and fits inside the sensor and size limits, our operating system can run on it and the vehicle joins the force as a full participant.
One system, every mission.
The same platform runs surveillance and reconnaissance, force protection, perimeter defense, counter-UAS, electronic-warfare coordination, escort, and interdiction support. The operator selects the mission and the system is configured to it.
02 / Roadmap
Our coordination layer is the foundation. The next piece is the universal integration module, a hardware unit that drops our operating system onto autonomous platforms a customer already operates. A customer who already owns a fleet can bring it into a coordinated force without replacing it.