Researchers at Auburn University are leading a fresh push to develop the next generation of signals intelligence (SIGINT) tools that could keep soldiers connected and operational in signal-denied environments.
Through its Applied Research Institute (AUARI), the university is building new communications and SIGINT tech for uncrewed platforms, focusing on rugged systems that can help troops send, receive, and collect data on contested battlefields.
The prototype in development aims to boost situational awareness by linking units together in places where radio or GPS signals can’t be trusted.
A key part of the project is direct collaboration with US Army soldiers, who will test and refine the tech straight from the field. This approach is meant to cut research timelines and replace years of contracting and paperwork with rapid iteration.
“The driving force behind this effort is real-time collaboration between AUARI researchers and Auburn faculty,” said AUARI Principal Research Scientist Steve Mills. “Together, we’re solving the nation’s hardest problems while training the next generation of engineers.”
Behind the Project
The work is backed by an $863,000 contract through the Army Research Laboratory’s Pathfinder Program.
Mills will be joined by Auburn University assistant professor Hunter Burch and AUARI uncrewed systems capability lead Justin Harrison.
Burch will focus on hardware and foundational research, while Harrison will oversee system integration and field testing to ensure the tech survives real-world combat conditions.
“By collaborating across campus, we’re building technologies that are resilient, adaptable, and ready for the challenges our warfighters face,” Harrison noted.
Burch added: “The Pathfinder program brings the engineers and the end users into the same room. We get the technology in soldiers’ hands, see how it performs, and adjust on the spot. That speed of iteration is a game-changer.”
