AUTONOMY

ANAX

Perception, sensor fusion and control on a single module, flown on fixed-wing, multirotor, ground and legged platforms and extended to a five-aircraft swarm.

~10 WFULL STACK

4PLATFORM TYPES FLOWN

5AIRCRAFT IN SWARM

KV260AMD KRIA

What it does

Perception, sensor fusion and control run on one AMD Kria module, with perception in programmable logic and the ROS 2 and MAVLink interfaces on the processor system.

The same stack has flown on fixed-wing, multirotor, ground and legged platforms, and has been extended to a five-aircraft swarm.

Preflight checks verify actual data flow rather than parameter configuration, which is the failure that grounds most integrations.

Where it runs: AMD Kria K26 system-on-module and KV260, on carrier boards designed for your platform.

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

Read the autonomy stack case study

Put ANAX on your platform.

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Contact

Build systems that have to work the first time.

Autonomy, FPGA design and embedded controls, on hardware that flies.

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