Chironix is an applied robotics solutions developer. We develop software for application within field robotics, and integrate payloads with UGVs, to generate efficiencies and reduce risk. We were conceived through a Veteran’s intent to get the right capability, to the right people, in the right place and at the right time. From this, we have come to learn a great deal about applying land robotics, in the field environment, to directly support Defence. Our history is rooted in the Australian and U.S pursuit of Robotics and Autonomous Systems (RAS) for Defence. We’ve supported the Defence Industry in varying forms and are positioned to answer your call.
Chironix undertakes Defence directed Research and Development (R&D); to review and understand discourse on human-machine teaming; to identify the feasibility, suitability and sustainability of field robotic solutions in the Defence application; to develop and trial novel RAS technologies on behalf of Defence science and research organisations.
We were contracted to conduct R&D into two primary Human-Machine Interfaces (HMI), for the unifying purpose of an autonomous casualty evacuation system. One was via varying Graphical User Interfaces and the other was machine vision.
The outputs of both HMIs was the ability to demonstrate a UGV based TRL 3 autonomous casualty evacuation system, which could be launched from the rear and marry-up with forces near the fight, to resupply and conduct casualty evacuation.
Chironix has serviced differing Defence Industry partners for the purpose of offering, supplying and maintaining holistic capabilities to Defence. We supply and manage robotic platforms; We develop software for remote and automated operations; We integrate payloads for inspection and load carriage.
We have been contracted to provide products and services across both simple and complex procurements. It is common for Defence Industry participants to source the right product as part of their Defence offering - Chironix has enabled this with varying products and services.
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