The QuINS system utilises advanced quantum sensing technology to measure a platform’s position, speed, and orientation based on internal data rather than external signals. This approach ensures reliability in challenging conditions, such as deep-sea operations or contested military zones.
“Our intent is to mature this innovative technology and transition quantum sensors out of the laboratory to address real-world national security needs,” said Dr. Valerie Browning, vice president of Research & Technology at Lockheed Martin. “Our investments to date in technologies like quantum sensing help us stay ahead of future challenges for national defence.”
A crucial aspect of this initiative is Lockheed Martin’s collaboration with industry leaders Q-CTRL and AOSense. Q-CTRL specialises in quantum control engineering, developing software solutions that improve the performance of quantum systems. AOSense, on the other hand, focuses on high-performance quantum sensors for Position, Navigation, and Timing (PNT) applications.
“We’re excited to be working with a key industry leader like Lockheed Martin to transition innovative technologies from science to capability,” said Prof. Michael J. Biercuk, CEO and Founder of Q-CTRL. “Lockheed has shown the right mix of risk appetite and expertise to deliver truly transformational capabilities to the warfighter that few others can.”
Lockheed Martin’s investment in this project builds on its history of technological advancements in military and aerospace applications. The company will leverage its expertise in sensor hardening and platform integration to ensure the success of the QuINS system.
The initial phase of the contract will focus on validating the performance of QuINS and demonstrating its real-world applications. Lockheed Martin and its partners will work closely with the DIU to refine the technology and explore its operational potential.
As a leader in defence innovation, Lockheed Martin remains committed to investing in next-generation solutions that enhance national security. The development of quantum-enabled navigation technology is expected to provide warfighters with a crucial strategic advantage, ensuring precise location tracking in even the most challenging environments.
