The future of trauma care starts with predicting what comes next.
On Nov. 13, we will name the $1 million DARPA Triage Challenge (DTC) Data Competition winner. Hear from @shocktrauma experts at @umms on how predictive tools could help patients get the right care faster.
Are you interested in being part of YFA? 2027 topics are open now! Executive summaries are due Nov. 5. Learn more: darpa.mil/work-with-us/commu…
In a few weeks, the world's most advanced autonomous triage platforms will arrive at Disaster City in College Station, Texas.
From robotic standoff vitals detection to predictive trauma algorithms, meet the teams taking on the DARPA Triage Challenge Finals.
Link in comments. 👇
Missed the first DARPA Surgical Competition Industry Day? You have another opportunity to connect.
Join us virtually for a second Industry Day on Wednesday, Nov. 4, from 4 to 6 p.m. ET.
Register now: events.sa-meetings.com/websi…
We’re rapidly developing and testing new capabilities to secure global maritime shipping corridors at scale. Our most recent test of Pulling Guard technology is step one before we head into future open-water trials.
We have successfully completed a sheltered-water autonomous towing demonstration for @DARPA’s Pulling Guard program. In under six months, our team moved from selection for the program to designing, building, and testing a new vessel created for this effort.
During the demonstration, the uncrewed vessel autonomously executed every phase of the towing concept of operations, from station-keeping and connection through towing transit and a controlled disconnect. Every planned test objective was met, including proving that autonomous winch control could be fully integrated with Saronic’s existing autonomy stack and operate as a single coordinated system throughout the sequence.
Pulling Guard aims to develop flexible, semi-autonomous surface vessel systems that can escort and help protect unarmed logistics vessels at sea. Reliable autonomous towing and station-keeping are foundational to that concept, and proving these capabilities early reduces technical risk and generates real-world data that will inform the platform’s design and development as the program advances. We are proud to continue working with DARPA to move that concept closer to reality.
