The loop has to close in microseconds, inside the airframe, with nothing to phone home to.

Deterministic guidance and autonomy on reconfigurable silicon, sized to the platform rather than to the software team.

What it costs you

This is the one segment where the compute really is the constraint.

General-purpose compute does not fit

The power and thermal budget is decided by the airframe. A module that needs a fan and a heatsink has already lost the argument before anyone benchmarks it.

Where Nyx helpsA full perception and control stack proven in flight at roughly ten watts, on a single module.

Latency you cannot bound you cannot certify

An operating system and a scheduler introduce jitter that is fine in a data center and unacceptable in a guidance loop. Worst case is the only case that matters.

Where Nyx helpsGuidance implemented in fabric, where timing is a property of the design rather than an average across runs.

Dependency is program risk

Cloud services, foreign model weights and single-vendor stacks are procurement problems before they are technical ones, and they surface late.

Where Nyx helpsAir-gapped by design, no cloud dependency, no foreign model weights, allied nations only, Secret-cleared founder.

See it running

Field footage from our own programs. No renders, no simulation.

Where this has been proven

~10 W

Autonomy stack, flight proven measured

Perception and control on one low-power module, flown across fixed-wing, ground and legged platforms.

AMD Kria KV260

$25,000

US Army xTech award awarded

Competitively awarded against a national field for fire control and flight guidance. Demonstration October 2026.

Public competitive result

Unit airborne swarm measured

Multi-vehicle coordination on the same stack, with preflight discipline that verifies data flow rather than configuration.

Nyx internal program

The first step

A scoped demonstration against your platform and your threat case, with the success criteria agreed before anything is built.

Book an evaluation See what we have built

For program-sensitive inquiries, contact us directly rather than through a web form.