Milestones & Achievements
Robotic Ultrasound R&D through to Commercialisation.
AiRS Automation, in partnership with RMI Oceania, has successfully developed and advanced a world-first robot-assisted ultrasound system as part of a Multi-million dollar effort. Beginning as a research project, this technology progressed through engineering development, clinical evaluation, and into commercial deployment. The system enables sonographers to conduct remote ultrasound scans in real time, expanding access to high-quality healthcare for rural and remote communities. This achievement demonstrates AiRS’ ability to take complex medical robotics from concept through to real-world application.
Underwater Robotic Observation System.
AiRS Automation was awarded a competitive tender by the Queensland Department of Transport and Main Roads (TMR) to deliver an underwater robotic observation capability. As part of this project, AiRS conducted a comprehensive trade study of available commercial off-the-shelf (COTS) remotely operated vehicles (ROVs) and selected the most suitable platform based on performance, reliability, and cost-effectiveness. The chosen system offered 4K imaging, robust operation in challenging conditions, and ease of deployment. AiRS supplied the system, developed supporting documentation, and provided training to ensure operational success. This achievement highlights AiRS’ ability to evaluate global technologies and deliver the best-fit solutions for government and industry needs
Flexible Ultrasound Project.
In collaboration with Queensland University of Technology, AiRS contributed to the Flexible Ultrasound Multi-Probe project—an ambitious initiative to create a new generation of wearable, AI-enabled ultrasound devices. This research explored the use of flexible probes and multiplexing technology to improve imaging capabilities while reducing size and complexity. The project laid the foundation for future smart ultrasound systems that could be applied in healthcare, sports science, and defence, reinforcing AiRS’ role as a leader in translational research and innovation
