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The Defense Innovation Unit of the U.S. Department of Defense has launched a large-scale program called Farseer, 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.

The program is a direct result of President Donald Trump's executive order from June 22, 2026, which mandates accelerating the commercialization of quantum technologies — computing, sensors, and networks — as well as revising the U.S. national quantum strategy. This signals that Washington views quantum physics as a key factor in technological superiority.

Why Classical Sensors Are No Longer Sufficient

The agency emphasizes that traditional sensors and synchronization systems face a fundamental trade-off between sensitivity, size, weight, and power consumption. Quantum solutions are designed to eliminate these limitations, ensuring the operation of intelligence systems under conditions of intense interference and electromagnetic countermeasures.

Four Key Areas of the Program

• Quantum Magnetometers — for detecting magnetic signals at frequencies above 100 Hz, which is critical for identifying hidden objects.
• Gravimeters and Gradiometers — including absolute gravimeters and single-axis gradiometers for stationary, maritime, and airborne platforms. They will enable mapping of underground structures with unprecedented accuracy.
• Portable Atomic Clocks — for positioning, navigation, synchronization, and creating resilient communication networks. In conditions of GPS jamming, such clocks become indispensable.
• Component Technologies — chip lasers, micro-optics, photonic integrated circuits, cryogenics, and vapor cells. This is the foundation for miniaturization and mass production.

Separately mentioned are Rydberg sensors — quantum detectors of electric fields. Although they are currently less mature, their potential for intelligence tasks is considered high.

Conditions for Participants

Both U.S. and foreign companies are eligible to participate. The minimum technology readiness level is Level 4. The prototype must be ready for initial testing at a U.S. government facility within 3–9 months after contract award. The maximum project duration is 24 months. Contracts will be awarded under a mechanism that accelerates prototyping and, if successful, allows transitioning to a production contract without a new competition.

Recall that in July 2025, the U.S. Department of Defense awarded contracts worth up to $200 million to companies Anthropic, Google, OpenAI, and xAI for developing AI solutions in the security sector. And in June 2026, the Pentagon reported a 1775% increase in AI adoption. Quantum sensors are a logical continuation of this strategy: if AI processes data, quantum sensors extract it with previously unattainable precision.

My conclusion: Quantum sensors are not laboratory fiction but the nearest practical application of quantum physics in the defense sector. Unlike quantum computers, which are still far from widespread adoption, sensors are already ready for prototyping. For the crypto industry and blockchain projects, this is also an important signal: post-quantum cryptography and algorithms resistant to quantum hacking are becoming not just an academic topic but a matter of national security. The market should prepare for an accelerated transition to quantum-resistant standards.