President Donald Trump signed two executive orders in the Oval Office on Monday aimed at accelerating American quantum computing development and hardening federal systems against the cryptographic threats that same technology will create. The paired directives, one focused on building a working quantum computer, the other on migrating government encryption to quantum-resistant standards, mark the most concrete federal commitment to the field to date.
Flanked by Commerce Secretary Howard Lutnick, Energy Secretary Chris Wright, IBM CEO Arvind Krishna, Alphabet President Ruth Porat, and Nobel Prize-winning physicist John Martinis, Trump framed the orders as an extension of American technological dominance.
Fox News reported that the first executive order, titled “Ushering In The Next Frontier Of Quantum Innovation,” directs an update to the National Quantum Strategy, mandates that officials from the Departments of Energy and War, the Director of National Intelligence, and the National Science Foundation submit alignment summaries to the Office of Management and Budget. It also kickstarts a national effort to develop a working quantum computer to be delivered to the Department of Energy and, “to the extent possible, make it available to the scientific community.”
The second order, “Securing the Nation Against Advanced Cryptographic Attacks,” tasks OMB and the national cyber director with leading what the directive calls “an accelerated, nationwide migration to post-quantum cryptography (PQC), ensuring our Nation and our data stay secure as quantum technology evolves.”
What separates these orders from the usual executive-branch aspiration is the timeline. Just The News reported that the first order calls for a quantum computer powerful enough for scientific research to be situated at a national laboratory by 2028. The second order accelerates the government’s shift to quantum-resistant encryption to 2031, four years ahead of the 2035 deadline set under the Biden administration.
That acceleration matters. Quantum machines capable of cracking current encryption standards are no longer a theoretical worry confined to academic papers. The race is real, and the federal government’s own classified networks sit behind encryption that a sufficiently advanced quantum computer could eventually compromise.
By pulling the migration deadline forward, the administration is betting that urgency, not bureaucratic comfort, is the right posture. Whether agencies accustomed to missing far less ambitious deadlines can actually deliver is another question, but at least the marker is down.
The executive orders did not arrive in a vacuum. Commerce Secretary Lutnick highlighted a late May decision to redirect $2 billion from the CHIPS and Science Act directly to quantum computing companies. That move repurposes funds originally designed to support semiconductor manufacturing and channels them into a technology that could render conventional chip architectures secondary within a generation.
Lutnick also pointed to a direct investment in an IBM fabrication facility capable of manufacturing quantum chips on American soil. As he put it from the Oval Office:
“Besides investing in the companies we’ve also invested in fabs to build quantum for others so we can manufacture these quantum in America.”
The emphasis on domestic manufacturing echoes the broader industrial strategy the administration has pursued across sectors. Trump has used executive authority aggressively, from signing a $70 billion homeland security bill to directing federal resources toward emerging research priorities. The quantum orders fit that pattern: identify a strategic sector, marshal federal dollars, and attach deadlines.
The guest list for the signing tells its own story. IBM and Alphabet, Google’s parent company, are the two dominant private-sector players in quantum hardware. Having their top executives standing beside the president signals that these orders are not aspirational press releases but the framework for a public-private partnership with real capital behind it.
John Martinis, the Nobel Prize-winning physicist whose work has been central to demonstrating quantum computational advantage, lent scientific credibility to the event. His presence underscored that the initiative has buy-in from the research community, not just from boardrooms and political appointees.
Trump himself kept his remarks characteristically direct. “We’re already the leader by a lot,” he said. “We’re gonna be, now, the leader by a lot more.”
The administration has shown a willingness to use executive orders to move quickly on policy fronts where legislation would stall. Recent examples include fast-tracking psychedelic drug research for veterans and issuing directives on issues ranging from energy to education.
No one at the signing ceremony needed to name the competitor. China’s quantum ambitions are well documented, and the Fox News report itself included a photograph of an operating superconducting quantum computer chip at QuantumCtek Co LTD in Hefei, China, a visual reminder that Beijing is not waiting for Washington to get its act together.
The first executive order’s directive to NASA and other agencies to probe the development of quantum-enabled sensors carries obvious defense and intelligence implications. Quantum sensors could transform everything from submarine detection to navigation in GPS-denied environments. Directing multiple agencies to pursue these applications simultaneously suggests the administration views quantum technology not merely as a computing breakthrough but as a national security imperative.
Michael Kratsios, a leading science and technology policy adviser, connected the orders to a longer strategic arc. “When President Trump published a letter to me in early 2025, he prioritized quantum as a key industry for America to lead the world alongside AI and nuclear energy,” Kratsios said, as Just The News reported.
That framing, quantum alongside AI and nuclear, places the technology in the top tier of the administration’s industrial priorities. It also signals that the White House views these fields as interconnected, not siloed.
The first order requires officials across multiple agencies to submit summaries to OMB detailing how they have aligned “their processes, policies, and programs” with the updated National Quantum Strategy. That language is designed to force accountability, or at least create a paper trail when agencies drag their feet.
The second order’s migration mandate is arguably the harder task. Moving the entire federal government to post-quantum cryptography by 2031 means replacing or upgrading encryption across every department, every classified network, every communications system. The Biden administration set 2035 as its target and even that was considered ambitious by many in the cybersecurity community.
Whether the accelerated timeline proves realistic or becomes another Washington deadline that quietly slips remains to be seen. But the administration has at least forced the conversation forward by years.
The broader pattern of executive action, from reining in college sports eligibility chaos to pursuing major diplomatic agreements, reflects a White House that prefers speed and presidential authority over the grinding pace of congressional negotiation.
Several details remain unclear. The full texts of both executive orders have not been publicly released in the available reporting. Which quantum computing companies beyond IBM will receive portions of the $2 billion redirected from the CHIPS Act has not been specified. The deadlines for agency alignment summaries to OMB are not yet public. And the specific quantum-enabled sensor applications NASA has been directed to develop remain undefined.
The reference in the executive order to the “Department of War”, a name the department has not formally carried since 1947, also raises a question about whether the administration is signaling a nomenclature change or whether the term reflects a transcription choice.
These gaps matter. Executive orders set direction, but implementation determines whether direction becomes reality. The history of ambitious federal technology initiatives is littered with bold announcements that faded into bureaucratic inertia. The administration has placed its bet. Now the agencies have to deliver.
The president has shown he is willing to move decisively on the world stage and at home. Whether quantum computing becomes the next American industrial triumph or the next promising initiative that dies in committee rooms and procurement delays depends entirely on whether the people who now hold these orders treat them as marching orders, or as suggestions.
Washington has never been short on vision statements. What it needs now is a quantum computer by 2028 and encryption that can survive one. The clock is running.
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