Robotics

You built the machine. Making it work in the field is a separate discipline.

Embedded autonomy, perception and platform software for robotics companies that need a working fleet, on an edge compute path that does not depend on a single GPU vendor.

What it costs you

What stalls robotics programs between the demo and the fleet.

No embedded bench

Machine learning skill and mechanical skill do not add up to a deployment stack, and hiring for the gap takes quarters you do not have.

Where Nyx helpsArchitecture, controls, firmware and application software delivered as one accountable program.

The stack breaks on upstream releases

Vendor release cadence is not your schedule, and every forced migration lands on your team.

Where Nyx helpsA platform layer we maintain: pinned reproducible images, a maintained version matrix, signed updates with rollback.

One robot is not a fleet

A robot working in a lab tells you little about fifty working in buildings you do not control.

Where Nyx helpsSupport that outlives the integration, with field issues fixed once and shipped to every unit.

Runs on: AMD Kria K26 system-on-module, on carrier boards designed for your platform.

What it looks like in practice

ArchitectureBaseline and interfaces frozen
SimulationMilestones we control
Bring-upYour hardware, our stack
DemonstrationIntegrated, on site
SupportFleet updates and migrations

Field issues from the fleet come back into the pinned platform image and are tested before they ship.

Evidence

~10 W

Full autonomy stack, flight proven measured

Perception and control running on a single low-power module, flown on fixed-wing, multirotor, ground and legged platforms.

AMD Kria KV260

The first step

A fixed-price architecture and baseline phase that ends in a frozen scope and a firm price for the rest.

Contact See the ANAX system Read the autonomy stack case study