The White House signed two executive orders today that task the Defense Department with accelerating quantum technology development. One order directs the Pentagon to field three new types of quantum sensors by 2028, assist the Energy Department in building a quantum supercomputer, and advise other agencies on countering quantum hacking threats.
The orders aim to sharpen U.S. military advantages in navigation, imaging, and timing by deploying quantum sensors—devices that exploit quantum states for extreme precision—outside the lab. By setting a 2028 deployment deadline, the administration is forcing the Pentagon to move beyond research and into operational testing and fielding.
Beyond sensors, the second order mandates deadlines for transitioning government systems to quantum-resistant encryption. This parallel push for quantum computing and defenses against its misuse reflects growing concern that an adversary could break current public-key cryptography with a sufficiently powerful quantum machine. The Energy Department's supercomputer project will anchor that national effort.
Contract details and budget allocations remain unspecified in the orders, but the two documents signal a shift from exploratory quantum programs to mission-driven acquisition deadlines. Industry watchers expect layered spending across sensor procurement, supercomputer infrastructure, and encryption migration over the next several years.
Some analysts caution that fielding quantum sensors by 2028 may be overly ambitious given current technical hurdles. Others note that the mandate to advise on defeating quantum hackers presupposes advances in both quantum computing and countermeasures that have not yet been demonstrated at scale.