Objective
Ensure scalable, timely, and accurate triage by developing noninvasive, remote detection methods for injury assessment
Challenge
Employ autonomous robots to identify and classify human injuries from a distance of 1-10 meters, without physical contact, to help medical responders perform timely, and accurate triage
Novel Technology
Measure physiological features using compact, multi-modal sensor packs. Assess injuries with devices like VIS/SWIR imaging, thermal cameras, radar, and motion-tracking LiDAR. Navigate challenging environments using autonomous robots equipped with SLAM for enhanced sensing and diagnostics.
DARPA Triage Challenge Kickoff
First Demonstraion of the system
Phase 1 Qualification Challenge
Phase 1 Competetion
Phase 2 Competetion
Phase 3 Competetion
Team Chiron consists of professors, physicians, researchers, and students with a wide range of experience in robotics and medicine
We are seeking technology partners and funding sponsors to join this important effort in health technology, robotics, and the advancement of sensing capabilities.
Lead Technological Innovation
Position your organization at the forefront of advancements in stand-off physiological sensing, contributing to a significant and impactful solution.
Enhance Brand Visibility
Build your company’s profile among top robotics, engineering, and AI talents, enhancing your brand recognition in these critical fields.
Collaborative Opportunities
Gain the opportunity to send a visiting researcher to CMU to collaborate directly with our team, fostering hands-on involvement and exchange of expertise.
Contribute and Collaborate
Become an integral part of the team by contributing technologies, such as user interface development or sensor technology, to this groundbreaking project.
RI, Squirrel Hill Location, CMU, 1723 Murray Ave, Pittsburgh, PA 15217
Phone: (412) 589-9581
Email: darpa-triage@cmu.edu