Discover how space debris tracking technology, automated satellite collision avoidance systems, and active debris removal missions prevent Kessler syndrome and protect orbiting spacecraft.

The United States Air Force uses a complex, multi-layered system that approaches airspace management with a number of tactics ...

APL’s involvement in unmanned aircraft safety traces back to its earlier work on collision avoidance for manned aviation.

ISAC’s early use case portfolio spans public safety, industrial automation, and transportation—all areas where operators can ...

As Florida’s space industry accelerates at an unprecedented pace, the University of South Florida is stepping into a larger ...

The project’s long-term possibilities include moving cargo or passengers, reflecting how autonomous flight research can serve ...

New neuromorphic motion-detection hardware slashes processing delays in robots and autonomous vehicles, promising faster ...

While the statement, "Humanoid robots are coming," might cause anxiety for some, for one Georgia Tech research team, working with humanlike robots couldn't be more exciting. The researchers have ...

Hyderabad Police Chief's suggestions for digital IDs for AI agents and logging actions highlight challenges ahead of us in regulating agents ...

If you want safe robots, then they need to talk to each other, explains a robotics innovator. What’s behind this counter-intuitive idea?

Humanoid robots are getting better at catching themselves before they fall. Researchers at Georgia ...

Maritime collisions remain a stubborn and costly problem. Despite modern sensors and navigation aids, ships still strike ...