Trump Fast-Tracks Quantum Computing With New Executive Orders

The Trump administration is using executive action to push quantum computing from a long-horizon research goal toward near-term federal procurement, laboratory planning and cybersecurity preparation.

According to reporting first published by The Wall Street Journal and later corroborated by Barron's and Investor's Business Daily, Trump signed two executive orders on June 22 aimed at accelerating U.S. quantum development and speeding the government's shift to post-quantum cryptography.

The move matters because it links two tracks that often advance separately: building the hardware and preparing government systems for the day when quantum machines could threaten current encryption. In this case, the White House is pressing both at once.

A 2028 research target

One of the orders directs federal agencies to work with private-sector and academic partners on a quantum computer powerful enough for scientific research by 2028.

Barron's reported that the machine is expected to be housed in a national laboratory. Investor's Business Daily described the effort as a goal for a science-grade quantum system at a Department of Energy facility through a QC-ADDS initiative.

The reporting also says the Energy Department is being tasked with helping establish technical benchmarks for quantum computers, including qubit quality and fidelity. That suggests the administration wants the government to define what counts as meaningful progress, not just spend money on research in the abstract.

Investor's Business Daily added that a national benchmarking center for quantum performance is to be established within 180 days. If that timeline holds, it would give agencies a more concrete way to compare systems and judge readiness.

Cybersecurity gets an earlier deadline

The second executive order focuses on quantum-safe encryption. It moves up the federal migration to post-quantum cryptography to 2031.

WSJ reported that the 2031 target advances an earlier 2035 timeline for quantum-resistant security systems. That shift is significant because post-quantum migration affects inventories, procurement, standards and the long tail of federal software and hardware that rely on public-key cryptography.

The urgency is driven by the same technology the first order is trying to accelerate. A sufficiently advanced quantum computer could eventually undermine widely used encryption methods, so the government is trying to prepare before that capability becomes practical.

Agencies, labs and sensors

The orders do not stop at computing alone. According to the reporting, the Commerce and Defense departments are tasked with deploying quantum sensors within five years.

Barron's said NASA and the Commerce Department are also instructed to explore quantum sensors and networks. That widens the policy from lab research into a broader federal technology agenda that spans measurement, communications and detection.

The federal push also appears designed to pull in agencies that are likely to become early users or sponsors of the technology. The Department of Energy, Commerce, Defense and NASA all show up in the reporting as part of the implementation picture, alongside national labs and private quantum firms.

Why the White House is moving now

Michael Kratsios, the president's top science and technology adviser, framed quantum as a priority in an early-2025 letter, according to Barron's. He placed it alongside AI and nuclear energy as a strategic industry for U.S. leadership.

That framing helps explain the structure of the orders. The administration is treating quantum as both an industrial race and a national-security issue, rather than as a basic research topic that can wait for future appropriations.

It also suggests a more active federal role in shaping demand. If agencies are setting benchmarks, identifying use cases and planning procurement, the government can become an anchor customer for a still-maturing industry.

Open questions

Several implementation details are still unclear. The reporting does not identify which national laboratory or Department of Energy site will host the 2028 machine, or what exact benchmarks the department will use to judge technical progress.

It is also not yet clear which federal systems and agencies are covered by the 2031 post-quantum migration schedule. More detail may emerge from the full text of the executive orders, a White House fact sheet, agency guidance or Federal Register publication.

The broader policy signal is already visible: the White House wants quantum computing treated as a nearer-term federal priority, with development, benchmarking and cybersecurity migration moving on parallel tracks.