In critical care, the margin between survival and tragedy is often measured in minutes.
The DARPA Triage Challenge (DTC) Data Competition evaluates next-gen predictive algorithms designed to anticipate patient needs before they become critical.
Filmed on location at @umms.
See how we are saving lives through innovation: darpa.mil/research/challenge…
How can vertical lift move more with less? In the latest "Voices from DARPA" episode, our DARPA Lift Challenge program manager discusses the 4:1 payload-to-weight goal for transforming last-mile logistics and why that may be only the beginning of improvements in this field.
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.
During mass casualty events, survivable injuries can become fatal simply due to a shortage of available surgeons. We are calling on innovators in robotics, AI, and medicine to help us address this critical gap with the launch of the DARPA Surgical Competition (DSC).
With a total of $3.5 million in prizes, DSC will push the boundaries of human-machine teaming and progressive robotic autonomy. Help us build the future of surgery. Learn more and assemble your team today: darpa.mil/news/2026/darpa-co…
For more information on this and other lifesaving SBIR opportunities: darpa.mil/work-with-us/commu…
View the solicitation instructions and submit your proposal: dodsbirsttr.mil/submissions/…
Check out the first image of our robotic arms in space 👇 Designed to perform complex tasks to service geosynchronous satellites, these arms successfully accomplished their first tranche of testing as they make their way to geosynchronous Earth orbit.
Once operational, this capability could benefit both commercial and U.S. Government customers by enhancing the resilience and sustainability of space assets.
Learn more about the Robotic Servicing of Geosynchronous Satellites (RSGS) program at darpa.mil/research/programs/….







