The Pentagon will allocate up to $200 million for quantum sensors and atomic clocks for military intelligence.
The Defense Innovation Unit of the U.S. Department of Defense has officially launched the Farseer program, aimed at developing quantum sensors and portable atomic clocks for intelligence, surveillance, and reconnaissance needs. Up to $200 million may be allocated to this initiative over the next year.
This step is a direct consequence of President Donald Trump's executive order of June 22, 2026, which mandates the accelerated commercialization of quantum technologies — computing, sensors, and networks — as well as an update to the U.S. national quantum strategy.
The launch of the program is driven by fundamental limitations of classical sensors and synchronization systems. Traditional solutions force a compromise between sensitivity, size, weight, and power consumption. Quantum sensors and atomic clocks are designed to remove these limitations, providing unprecedented resilience for reconnaissance systems in conditions of electronic warfare and electromagnetic interference.
Four Technological Directions
The Farseer program covers four key areas:
- Quantum magnetometers — for detecting magnetic signals with frequencies above 100 Hz;
- Gravimeters and gradiometers — including absolute gravimeters and single-axis gradiometers adapted for stationary, maritime, and airborne platforms;
- Portable atomic clocks — for high-precision positioning, navigation, synchronization, resilient communications, and operation of distributed sensor networks;
- Component base — chip lasers, micro-optics, photonic integrated circuits, cryogenic systems, and vapor cells.
Special mention is made of Rydberg sensors — quantum electric field detectors. They are currently considered less mature but hold high potential for reconnaissance tasks.
Conditions for Participants
Both U.S. and foreign companies are invited to participate. The minimum technology readiness level (TRL) is 4. A prototype must be ready for initial testing at a U.S. government facility within 3–9 months of contract award. The maximum project duration is 24 months.
Contracts will be awarded under the "other transactions" mechanism pursuant to Section 4022 of Title 10 of the U.S. Code, which allows for significantly accelerated prototyping. In case of success, the project may transition to a full production contract without a new competition.
Strategic Context
Quantum sensors are one of the most applied areas of the quantum industry, unlike quantum computers, which are still in development. These devices use quantum effects for ultra-precise measurement of magnetic, gravitational, and electric fields, as well as time.
For military systems, dependence on the Global Positioning System (GPS), radio communications, and precise synchronization is critical. In conditions of electronic suppression, portable atomic clocks and quantum sensors become indispensable for navigation, communications, data integration from various sensors, and target detection in complex environments.
Analytical Commentary: This initiative is not just another defense contract. It signals that quantum technologies are moving from laboratories into real combat systems. The $200 million investment is just the beginning. Given that the Pentagon previously reported a 1775% increase in AI adoption, quantum sensors can be expected to become the next driver of the military-technological race. This is also important for the crypto industry: the development of quantum sensors will accelerate the creation of post-quantum solutions needed to protect digital assets.