NYX The system of systems
A modern autonomous program is not one product. It is the sensors, the platform, the mission software, the ground segment and the operators who make the call. Most of the cost, and most of the failures, live in the seams between them.
We build the whole path as one system. Partner sensors feed a Nyx platform that runs perception and control in programmable logic, the mission software runs on the platform itself, and the results reach the operator over open interfaces.
One compute platform, many bodies
The same compute module flies as an aircraft, drives as a ground vehicle, and walks as a quadruped or a humanoid. One integration, one qualification, one software supply chain.
That is the whole value proposition. Parts complexity, power draw, size and hardware cost all fall when a single design carries every body instead of a new board for every program.
Mission-configurable compute
The AI compute runs in programmable logic, so the datapath takes the shape of the mission rather than the other way around. Timing is a property of the design, and a full perception stack fits in single-digit watts.
Because it is programmable, capability changes without changing the hardware. A platform can be reconfigured after it is fielded, and a capability characterized once is reused across the fleet.
Open at the interface, by intent
The system follows modular open systems practice and speaks the interfaces your team already uses, including ROS 2 and standard ground-control software. Partner sensors, from thermal to 3D imaging to motion tracking, connect at the edge.
Open interfaces are a choice, not an accident. They keep a program from being locked to one supplier, including us.
Software to a fielded fleet, without a truck roll
Getting new software onto deployed hardware is where programs stall. We treat it as a governed pipeline: write, build, govern and deploy, with every artifact signed and every deployment staged with a rollback.
The loop runs both ways. Findings from the field become the next build, and telemetry, health and deploy verdicts come back, so an upgrade is a planned event instead of a field emergency.
The loop closes on the machine
Perception, mission autonomy and the operator picture run on the platform and at the edge of the network, with no cloud service in the loop. Findings are ranked and turned into something an operator can act on.
Deployed systems are air-gapped by design, with no foreign model weights, and your data stays on site. That is a requirement for defense and an advantage everywhere else.