Arkos photonic chip with light paths across a 4×4 mesh

Arkos PHOTONIC ENGINE

Light, not electricity.

An AI chip that computes with light. Built for drones, sensors and field equipment, where every watt counts.

The places that need AI most
can barely power it.

1,000 W

What a data-centre AI chip draws.

Source: Jon Peddie Research, 2026

A few W

What a drone or field sensor can spare.

~10×

More efficient at the core AI calculation. Our design, in simulation.

HOW IT WORKS

A computer designed for light.
From the ground up.

  1. 01

    Light does the maths

    Paths of light on a silicon chip perform the matrix multiplication at the heart of AI, using far less energy than electrons.

  2. 02

    Software fixes the flaws

    Every chip has tiny manufacturing errors. We correct them in software, so chips are faster and cheaper to build.

  3. 03

    Built for the field

    Designed first for drones, sensors and field equipment, where power is the hard limit.

Drone hovering over outback scrubland beside a solar-powered sensor mast
FIRST RELEASEDrones, sensors, field equipment.
Close-up of light travelling through waveguides on a silicon chip
THE ENGINE

The numbers that matter.

Light-path mesh in our first engine
4×4
Light-path mesh in our first engine
Next engine, planned for larger AI workloads
8×8
Next engine, planned for larger AI workloads
Field pilots begin
2027
Field pilots begin
Designed and controlled in Australia
AU
Designed and controlled in Australia
BUILD YOURS

Configure your engine.

Mission. Where will it run?
Engine. How much light?
Package. How do you want to start?

Every computer ever built is made of sand.The next one will think with light.

REGISTER INTEREST