Trump Signs Executive Orders to Speed Quantum Computing Push

The White House on June 22 set two new quantum technology deadlines, directing federal agencies to move faster on both quantum computing research and post-quantum cybersecurity.

President Donald Trump signed two executive orders, according to reporting from The Wall Street Journal and other outlets, that aim to accelerate U.S. progress in a field viewed as strategically important for both industrial policy and national security.

One order sets a goal for a quantum computer capable of scientific research by 2028. The other moves federal preparations for quantum-resistant security to 2031, advancing the government’s transition away from encryption methods that could eventually be vulnerable to quantum attacks.

A 2028 research target

The first order directs agencies, including the Energy Department, to work with private companies and academics on a benchmark for quantum computing progress by 2028.

The administration is framing that date as a practical milestone for demonstrating usable quantum capability, not as a finished commercial rollout. The goal is to show that quantum systems can reach a level where they can support scientific research and other advanced applications.

The White House event reportedly included executives from IBM and Alphabet’s Google, underscoring the public-private structure the administration wants around the effort. The reporting also said the government wants quantum sensors deployed through agencies including Commerce and Defense over the next five years.

That broader push suggests the administration is treating quantum technology as more than a single hardware race. It is also looking at adjacent tools and applications that could be folded into federal research, procurement and standards work.

Why the government is pushing now

Quantum computing has long been viewed as a strategic technology because of its potential to solve problems that are difficult for conventional computers. Governments and companies are competing for leadership in the field because success could shape computing, scientific research and national security.

The new orders also fit into a broader industrial-policy argument: if the United States wants to stay ahead, the federal government needs to help organize research, investment and deployment timelines rather than waiting for the market alone.

At the same time, the orders reflect a cybersecurity concern. Quantum computers are expected, over time, to threaten current public-key encryption methods, which is why governments have been planning for a shift to post-quantum cryptography.

A faster cybersecurity deadline

The second order focuses on that transition. According to the reporting, the administration moved the federal target date for quantum-resistant security to 2031 from a previously cited 2035 timeline.

That matters because migration to new cryptographic standards is slow, expensive and operationally disruptive. Federal agencies need to inventory systems, update software and hardware, coordinate with vendors, and plan for the protection of sensitive data and critical infrastructure.

The order is meant to force that work to happen sooner. The stated aim is to reduce the risk that future quantum-enabled attacks could break widely used encryption schemes before the government is ready.

Agencies, industry and implementation

The Energy Department is expected to play a central role in the research push, while Commerce and Defense were identified in the reporting as agencies that could help deploy quantum sensors over the next five years.

The presence of IBM chief executive Arvind Krishna and Alphabet president Ruth Porat at the White House event signals that the administration wants major private-sector players involved in the effort. The orders appear designed to create a federal framework that can steer research priorities while still relying on industry and academia for technical development.

What remains unclear is how the White House will enforce the deadlines or pay for them. The full executive order text and any accompanying fact sheet would determine whether the targets translate into procurement, research grants, standards-setting or some combination of those tools.

What to watch next

The immediate next steps are likely to come from agency guidance and any public release of the order text. That will show whether the administration has put real implementation machinery behind the deadlines or mostly set a policy benchmark.

Observers will also be watching for responses from quantum companies, including IBM and Google, along with universities and federal contractors that may be asked to align work with the new targets.

The bigger question is whether the 2028 and 2031 dates become operational goals with funding and oversight behind them, or whether they remain broad markers of federal intent. For now, the White House has signaled that quantum computing is both an economic competition and a cybersecurity priority, and that it wants the government moving on both tracks at once.