Insider Brief
- Safran Federal Systems has received a DARPA contract under the Robust Quantum Sensor (RoQS) program to develop quantum sensors for assured Position, Navigation, and Timing (PNT) in GPS-denied environments.
- The first phase includes developing and testing ruggedized quantum sensors on a military helicopter to demonstrate reliable performance in challenging conditions.
- The program aims to accelerate transition from research to operational deployment, reducing GPS dependence and enhancing readiness for U.S. and allied forces.
PRESS RELEASE — Safran Federal Systems has been awarded a contract from the Defense Advanced Research Projects Agency (DARPA) under the Robust Quantum Sensor (RoQS) program, a key initiative supporting the Department of Defense’s drive to deliver assured Position, Navigation, and Timing (PNT) in contested and GPS-denied environments.
As part of this effort, Safran will develop quantum sensors that are inherently resistant to environmental disruptions, ensuring they can operate reliably without sacrificing performance. These sensors are expected to enable reliable navigation across multiple domains helping reduce dependence on GPS and strengthening operational readiness for U.S. and allied forces. The award covers the first phase of the program in which Safran will complete the quantum sensor development, including tests on a military helicopter, to demonstrate effectiveness in one of the most challenging environmental conditions.
“This program marks a critical step forward in delivering operational quantum sensing capabilities to the warfighter,” said Dr. Robert Compton, Senior Technical Fellow. “Safran has a long legacy in inertial navigation, and RoQS represents the next evolution, which combines proven expertise with cutting-edge quantum technology to meet DoD modernization priorities.”
DARPA’s RoQS program emphasizes collaboration between sensor developers and platform integrators to accelerate transition from research to operational deployment. Safran’s work will help shorten development timelines and deliver field-ready quantum sensors capable of meeting tomorrow’s operational challenges.
The Rochester, New York, team will focus on ruggedization, prototyping, and early integration with DoD platforms. Initial field demonstrations are planned during the first phase of the program.
