Capabilities

Airframes are shaped in simulation first. We run CFD on candidate geometries, feed the results into optimisation loops and build only the designs that earn it.

Engines and props are designed in-house to match the airframe, then proven on the bench and in the air. Each prototype closes the loop between the model and what actually flew.

Real build. Project Akali: an interceptor drone with custom engines and props, about ten prototypes to flight.

Quasi-direct-drive actuators give legged robots the torque, backdrivability and impact tolerance they need to move in the real world.

We design the actuator, the leg and the control electronics together, so each part is built for the job rather than adapted from a catalogue.

Real build. A biped platform in development, with the actuators and leg assembly underway.

We design multi-layer boards, simulate the circuits, run design-rule and electrical-rule checks and produce full fabrication and assembly packages.

Fast build-test loops with in-house 3D printing mean a mechanical or electrical change goes from idea to bench in days.

Real build. Custom PCBs and embedded systems, taken through simulation, DRC and ERC checks to manufacturing-ready release packages.

We run models on the device when latency, connectivity or data sovereignty demand it, and in the cloud when they do not.

Our AI workflows keep people in control of decisions, with every action logged and reviewable.

Real build. On-device speech recognition, voice agents and AI-driven operational workflows.

We build and run software that cannot go down: field crews depend on it every shift and residents use it every day.

Australian-hosted on AWS Sydney, engineered for uptime, auditability and change without disruption.

Real build. The live waste-operations platform for Canterbury-Bankstown Council: driver iPads, a resident app and a staff portal on AWS Sydney.