INVESTIGATION: Cyber, AI, and Quantum — Trump's Tech Dominance Doctrine Against Beijing

On June 22, 2026, Washington signs its technological manifesto

On June 22, 2026, President Donald Trump signed two executive orders that together chart the most precise tech dominance doctrine any American administration has ever produced. Executive Order 14409, titled Securing the Nation Against Advanced Cryptographic Attacks, sets binding deadlines for migrating all federal systems to post-quantum cryptography. Executive Order 14411, titled Ushering in the Next Frontier of Quantum Innovation, orders the Pentagon to deploy at least three new types of quantum sensors in the field by September 30, 2028. Added to that is a third executive order, signed on June 2, 2026: Promoting Advanced Artificial Intelligence Innovation and Security, which sketches a voluntary oversight framework for so-called frontier AI models. Three texts, one single logic: do not let China gain the upper hand.

This regulatory triptych is the product of an accumulation of tensions. According to Politico, which published an analysis on May 11, 2026, the White House formally accused Beijing of running "industrial-scale" campaigns to replicate American frontier AI models through distillation attacks. China-linked operators are said to use relay accounts to "extract the capabilities of American AI models" and feed them into models developed in China, according to a memo signed by Michael Kratsios, director of the White House Office of Science and Technology Policy. The regulatory response of June 2026 must not be read as mere technical bureaucracy — it is a declaration of a technological cold war.

The context of a race to govern the quantum era

Whether one likes Donald Trump or not, his policy here responds to a genuine urgency. American and allied cybersecurity agencies had signaled, in the months preceding these orders, that Beijing-linked hackers had considerably expanded their large-scale espionage operations, turning everyday devices — smart TVs, home routers — into covert surveillance networks, according to Politico. The FBI classified an intrusion into a U.S. government agency's monitoring system early in 2026 as a "major incident," meaning a significant threat to national security. In this context, leaving federal systems without post-quantum protection would be an unforgivable strategic failure.

I will be honest: when I read these three executive orders in rapid succession, I did not think about Trump the politician. I thought about the clock. Every year of inaction on post-quantum cryptography is one more year during which adversaries collect encrypted data today that they will decrypt tomorrow once they have a sufficiently powerful quantum computer. This is called "harvest now, decrypt later." It is not science fiction — it is China's operational doctrine in cyberespionage, according to the consensus of Western intelligence agencies. Trump signed. It was necessary.

Binding deadlines that bind the entire federal administration

Executive Order 14409 has a surgical precision rare for an American presidential text. Every federal agency has 30 days to designate a "PQC migration official," who must report directly to the agency's chief information officer. The Office of Management and Budget has 90 days to publish a binding directive requiring all agencies to transition their High-Value Assets and high-impact systems to NIST-standardized post-quantum cryptography algorithms for key establishment by December 31, 2030, and for digital signatures by December 31, 2031. The NIST itself must launch a PQC migration pilot project on its own systems within 180 days, to be completed no later than December 31, 2027.

This schedule is not an invitation — it is a legal obligation. And it applies to the private sector as well: the FAR Council, the body governing federal procurement, is tasked with publishing within 180 days a proposed rule forcing covered federal contractors to comply with FIPS standards incorporating PQC algorithms by December 31, 2030, according to the official text of EO 14409 published on the White House website. In other words, any company working with the American government will need to have migrated to quantum-resistant cryptography before the end of the decade.

A direct response to the "harvest now, decrypt later" threat

The order is explicit about the nature of the threat: "The advent of large-scale quantum computers, especially in the hands of adversaries, will represent a significant threat to widely used cryptographic security systems." Further on, the text notes that "continued cybernetic activity against the Nation presents the risk that adversaries collect American information today for decryption later." These diplomatically vague formulations — China is not named — fool no one in cybersecurity circles. The NSA, CISA, and the National Cyber Director are all mobilized in the strategic coordination of this national migration, according to the executive order's text.

What strikes me about EO 14409 is the implicit admission it contains. The American government officially acknowledges, in legally binding language, that its own systems are currently vulnerable to a class of future attacks. This is a rare form of lucidity in government communication. I am not sure all private sector actors yet understand the urgency — a 2030 deadline may seem distant, but migrating a complex federal system to PQC takes years. The countdown has already begun.

The QC-ADDS project: the ambition of a scientific-discovery quantum computer

Executive Order 14411 is even more ambitious in scope. It officially creates the Quantum Computer for Application Development and Discovery Science Effort, known as QC-ADDS, a national program coordinated by the Assistant to the President for Science and Technology. The stated objective: to develop a quantum computer whose scale "will initiate the era of quantum-enabled scientific discovery," according to the EO's text. At least one such system must be delivered to a Department of Energy facility and made accessible to the scientific community to the greatest extent possible. The Department of Energy has 90 days to identify the required technical specifications.

This program is not a laboratory pipe dream. The Department of Defense — referred to as the "Secretary of War" in the text, in keeping with the Trump administration's terminology — is named first on the list of agencies tasked with supporting this program, with an explicit mention of the NSA, according to the analysis published by Breaking Defense on June 22, 2026. Within 180 days, the Secretary of Defense must establish or designate activities to develop the tools necessary for national security applications of quantum computing, potentially through the creation of a dedicated center.

The national quantum strategy updated, DARPA, and AI in support

EO 14411 is also a text of strategic overhaul. Within 180 days, the National Quantum Strategy must be fully updated to integrate the maturing commercial QIST ecosystem, derivative quantum technologies, and partnerships with American industry. The DARPA Quantum Benchmarking Initiative is explicitly cited as a source of strategic intelligence on quantum supply chains. That is not trivial: DARPA is the agency that has, historically, anticipated military technological breakthroughs — from the Internet to drones.

QC-ADDS's ambition reminds me of Apollo. Not in the grandeur of the symbolic gesture, but in the underlying geopolitical logic: do frontier science because you cannot afford to leave it to the adversary. Beijing has invested billions in quantum over a decade. Washington is catching up, but with one critical difference: the American private ecosystem — Google, IBM, SandboxAQ — is infinitely more advanced than its Chinese equivalent. EO 14411 does not invent American quantum; it gives it direction and deadlines.

GPS-denied navigation, submarine hunting: the three priority sensors

The least-covered aspect of the June 22, 2026 executive orders is perhaps the most concrete in its immediate military implications. EO 14411 orders the Secretary of Defense to deploy at least three new types of quantum sensors in the field by September 30, 2028. According to the analysis published by Breaking Defense on June 22, 2026, two priority applications have been identified: precision navigation as an alternative when GPS is jammed, and detection of hostile submarines without sonar. Both challenges are directly linked to contemporary threats. GPS jamming is a daily reality in the vicinity of war-torn Ukraine and the Middle East, and Chinese and Russian navies count on their submarine stealth to project power.

Jack Hidary, founder and CEO of SandboxAQ, cited by Breaking Defense, stated it with devastating clarity: "Quantum sensing is available today for navigation in GPS-jamming and spoofing environments." SandboxAQ has already tested this technology for the U.S. Air Force. The Pentagon has conducted tests in the air and in space. What EO 14411 does is convert these experiments into operational obligations under a legal deadline.

A domain where China has historically held the advantage

Breaking Defense highlights a disquieting fact: quantum networks — the third component of the QIST revolution — have historically been "a major axis of Chinese research and development, relatively neglected in the United States." Beijing has deployed the world's first long-distance quantum communication network, linking Shanghai to Beijing. The United States, focused on quantum computing, has underinvested in quantum networks. EO 14411 attempts to correct this asymmetry by imposing five-year plans on the Department of Commerce, the Department of Energy, and NASA for the advancement of quantum sensors and networks.

There is something ironic about the fact that the Trump administration — which for years downplayed Chinese threats in certain domains — is the one signing the most ambitious texts ever produced to catch up with Beijing on quantum. I am not naive: there are powerful industrial interests behind all of this, and companies like SandboxAQ or IBM have every interest in Washington opening the funding floodgates. But geopolitics and commercial interests converge here, and that convergence produces concrete public policies. That is rare — and useful.

A pre-launch engagement framework, not a censorship regime

Signed three weeks before the quantum orders, the June 2, 2026 executive order on AI — Promoting Advanced Artificial Intelligence Innovation and Security — is the most controversial of the three. It establishes a framework of voluntary dialogue between developers of frontier AI models and the federal government, within the 60 days before their launch to trusted partners. The nuance is essential: the text explicitly stipulates that it "creates no government obligation to license, pre-authorize, or permit" the development or publication of AI models, according to the analysis by Latham & Watkins published on June 3, 2026. It is voluntary. For now.

The term "covered frontier model" — which triggers the procedural obligations — is deliberately left undefined in the text. Within 60 days of signing, the Secretary of the Treasury, the Secretary of Defense via the NSA, and the Secretary of Homeland Security via the CISA must develop a classified benchmarking process for the advanced cyber capabilities of AI models to establish this designation threshold. The definition will thus emerge not from the public boundaries of law, but from secret intelligence assessments. This is an approach that merits close scrutiny.

The Treasury-led AI cybersecurity clearinghouse

The June 2 EO also introduces an original mechanism: an AI cybersecurity clearinghouse placed under the coordination of the U.S. Treasury, in voluntary collaboration with the AI industry and critical infrastructure operators. Its role: coordinate vulnerability detection, validate identified flaws, and prioritize patch distribution. The Attorney General is additionally tasked with prioritizing criminal prosecutions against anyone using AI to illegally access computer systems, targeting notably autonomous AI agents that could exceed their authorizations, according to the analyses by Latham & Watkins and the Skadden law firm published on June 9, 2026.

What I take from this AI EO is less what it imposes than what it announces. A voluntary framework today can become mandatory tomorrow — all it takes is one major incident, one AI model used in a state-sponsored cyberattack, for the political will to harden the text to become irresistible. The Trump administration has created the institutional plumbing. The pressure will build. And when it builds, this infrastructure — clearinghouse, classified benchmarks, mobilized Attorney General — will be ready to function. I am not certain all Silicon Valley actors have fully understood the long-term implication of their "voluntary" participation.

The White House documents a systematic campaign

Behind the executive orders lies a precise operational context. In May 2026, the White House formally accused China of running "industrial-scale" campaigns to copy American frontier AI models. Experts call this mechanism a distillation attack: Beijing-linked operators create relay accounts on American AI platforms, massively query the most advanced models, and use the responses to train their own Chinese models — reproducing capabilities without bearing development costs, according to Politico of May 11, 2026. Michael Kratsios, director of the White House Office of Science and Technology Policy, signed the memo documenting this practice.

Aaron Rose, security architect at Check Point Software, cited by Politico, put it precisely: "The new tension at the top is AI itself." These intellectual property attacks, he says, are "the update of industrial espionage for the AI era." Matt Pearl, former director of emerging technologies at the National Security Council under Biden, adds that this dynamic "has reinforced the administration's conviction that AI competition is not only a question of who develops the best models, but also of what we can do to protect their capabilities."

Beijing's digital espionage targeting American critical infrastructure

Distillation attacks are not isolated. Still according to Politico, American and allied cybersecurity agencies have signaled that Beijing-linked hackers have expanded their mass surveillance operations by turning connected household devices — smart TVs, routers — into clandestine surveillance networks. The FBI classified an intrusion into an American agency's monitoring system as a major incident in 2026, signifying a significant risk to national security. Andrew Garbarino, Republican chairman of the House Homeland Security Committee, declared: "China has spent years stealing American secrets, infiltrating our critical infrastructure, and appropriating our intellectual property."

I must confess a certain discomfort at this picture. On one hand, the facts are there: Beijing steals, infiltrates, copies — at a scale we would have judged unimaginable ten years ago. On the other, American responses remain fundamentally asymmetric. Binding orders for federal agencies, voluntary frameworks for the private sector — while China centralizes and mandates. This regulatory asymmetry between democracies and authoritarian regimes is perhaps the West's true strategic vulnerability. Not cryptography. The governance model.

A doctrine that concerns as much as it deters

Alongside the June 2026 executive orders, the Trump administration deployed earlier in the year a national cybersecurity strategy that explicitly bets on offensive cyber operations to deter attacks. The logic is that of nuclear deterrence transposed to cyberspace: demonstrate the capacity to retaliate to discourage aggression. According to an analysis published by National Today on April 7, 2026, this strategy "raises concerns among experts who believe it could actually push China and other adversaries to accelerate the development of their own offensive capabilities." The cyber arms race is accelerating.

More troubling still: according to the same analysis, the Trump administration's national cyber strategy does not explicitly name China as a threat in the cyber domain — a gap that was pointed out by Annie Fixler, director of the Center on Cyber and Technology Innovation at the Foundation for Defense of Democracies. According to her, President Trump is unlikely to prioritize confrontation with Xi on Chinese cyber operations. This strategic ambiguity — rigorous PQC executive orders on one side, hesitation to name Beijing in the cyber doctrine on the other — illustrates the internal tension in a Trump administration still tossed between its strongman posture and its commercial calculations with China.

David Sacks and the imperative of AI supremacy

The White House AI adviser, David Sacks, has no such ambiguity. "China is our primary global competition in this AI race," he declared, according to an analysis published by the Brookings Institution on February 23, 2026. Trump himself stated: "China and other countries are racing to catch up with America on AI, and we are not going to let them." The administration's AI Action Plan identifies three priority axes for maintaining American dominance. This rhetoric of technological supremacy as a national security imperative represents a significant departure from previous administrations that framed technology competition in commercial terms. It is now a matter of geopolitical survival.

David Sacks is right on one point: AI competition is not sectoral — it is existential. Whoever masters the frontier models of tomorrow will control autonomous weapons systems, synthetic biology, mass surveillance, and industrial disinformation. I understand the urgency driving the June 2026 executive orders. What I do not understand is how an administration that has, on the other hand, approved the sale of advanced chips to China as part of trade negotiations can simultaneously present itself as the last bulwark of Western technological dominance. Trump's geopolitical coherence remains his Achilles' heel.

Beijing on the menu, cybersecurity off the menu

There is a gaping contradiction at the heart of Trump's strategy: the June 2026 executive orders codify a tech dominance doctrine against China, but in diplomatic practice, cyber remains absent from the official agenda. In May 2026, on the eve of the Trump-Xi summit in Beijing, Politico reported that "experts and decision-makers are divided on whether digital threats are emerging as a defining issue in the discussions." The answer is no. The White House did not respond to requests for comment on the matter.

Rep. Bennie Thompson (D-Miss.) stated it with corrosive candor, cited by Politico: "In a normal administration, you would expect the president to confront Xi on cyberattacks against our networks and on Chinese companies stealing our AI models. But you cannot expect that from the man who approved the sale of high-performance chips to China." This is the central tension of Trump's doctrine: a solid regulatory architecture to protect American systems, coupled with a persistent reluctance to directly confront Beijing in diplomatic arenas. The necessary evil that Trump represents on this file is precisely this duality — he signs the right executive orders, but hesitates to deliver the coherent message they demand.

Pax Silica and semiconductor trade tensions

EO 14411 explicitly mentions Pax Silica, an international framework of multilateral commitments for access to strategic quantum markets and protection of quantum technologies. This structure, currently being assembled, aims to align Western and Indo-Pacific allies on common standards for access and protection of sensitive quantum technologies. According to an analysis by the University of Technology Sydney published in March 2026, Washington and Beijing are simultaneously staking their claims in a competition to control and shape next-generation AI ecosystems. The U.S. Federal Communications Commission strengthened in April 2026 its compliance restrictions on electronics laboratories in mainland China and Hong Kong, provoking sharp protests from Beijing.

I find "Pax Silica" one of the most revealing terms of this period. "The peace of silicon." It is the admission that the war is being waged in semiconductors and qubits, not on battlefields. Ukraine understands this better than anyone — technological superiority in drones, encrypted communications, and satellite intelligence has made the difference in a war where Zelensky knew how to mobilize the West's digital tools against the Russian army. Trump's tech dominance doctrine, if it delivers on its promises, will extend that advantage into the quantum era. But this requires a coherence that Trump has not yet demonstrated.

An unprecedented coordination architecture

What distinguishes the June 2026 executive orders from previous American cyber policies is their detailed institutional architecture. EO 14409 simultaneously mobilizes the OMB, the National Cyber Director, the NSA, the CISA, the NIST, the FAR Council, sector risk management agencies, the Secretary of State for international engagements, and all agency CIOs — imposing on them cascading legal deadlines of 30, 90, 180, and 270 days for precise and measurable actions. This is project governance applied to national security.

NIST plays a pivotal role. Its FIPS standards — in particular FIPS 203 (module-lattice-based key-encapsulation mechanism standard) and FIPS 186-5 (digital signature standard) — become the legally mandatory reference for all federal PQC migrations and contractors. NIST's cryptographic module validation program must be revised within 180 days to accelerate validations. CISA, meanwhile, must publish within 270 days a public guide describing the minimum elements of a cryptographic inventory — a new concept listing all algorithms used in a computer system — a form of cryptographic health check.

Intelligence agencies on the frontline of quantum migration

The NSA director, in his capacity as national manager for national security systems, must submit to the President within 180 days a report on the progress of PQC migration for all agencies managing national security systems, and annually thereafter until migration is complete. The FBI is additionally tasked by EO 14411 with proposing within the allotted deadlines plans for expanding the Quantum Information Science and Technology Counterintelligence Protection Team — the QCPT — to improve protections against adversarial threats facing the American quantum scientific ecosystem. Quantum counterintelligence becomes an official institutional priority.

The mobilization of the NSA, FBI, and CISA on PQC migration reminds me of the debates that followed the revelation of Snowden's PRISM programs. At the time, these agencies were seen as the threat. Today, they are the designated protectors against a well-documented external threat. The world has changed — or rather, the nature of the threat has clarified. I prefer a NIST that imposes binding cryptographic standards over a void into which Beijing could rush. Imperfect security is better than the freedom to be spied upon.

Recruit, train, retain: the demographic challenge of the quantum revolution

One of the least-discussed aspects of EO 14411 is its section on the quantum workforce. Within 90 days, the Office of Personnel Management, in coordination with the Assistant to the President for Science and Technology and OMB, must develop a government strategy for recruiting and retaining QIST talent, potentially including special pay rates and enhanced recruitment incentives. Within 120 days, the Department of Labor must ensure that quantum sector needs are prioritized in vocational training programs, with an expansion of registered apprenticeships.

This urgency is not overstated. The global quantum talent base is extremely limited — a few thousand experts worldwide, competed over by universities, private startups, tech giants, and governments. China has massively invested in training its own quantum experts over a decade, funding dedicated doctoral programs. EO 14411 attempts to address this asymmetry by building a network of National QIST Workforce Development Institutes through the NSF within 180 days.

The private sector as a compelled partner in technological sovereignty

EO 14411 introduces an innovative mechanism to mobilize private industry: advance market commitments. The Department of Commerce must develop a plan potentially including this type of commitment to encourage private quantum computing companies to contribute to the QC-ADDS program. This model — used with success for COVID vaccines — transforms public procurement into a market signal, by guaranteeing a solvent buyer to companies investing in technologies whose commercial horizon remains uncertain. This is state capitalism, American-style, and it is probably what will work.

The question of quantum talent concerns me more than PQC migration deadlines. One can write executive orders. One cannot write quantum physicists. Training a quantum computing expert takes between eight and twelve years of post-secondary study. EO 14411 is signed in 2026. The first fruits of its training policies will arrive at best in 2034. China started in 2015. I am not saying it is too late — the excellence of the American university system and its private ecosystem is a considerable structural advantage. But one must be clear-eyed: in the race for quantum talent, Washington starts with a handicap.

Engaging allies on NIST PQC algorithms

The June 2026 executive orders have an explicit international dimension. EO 14409 assigns the Secretary of State the mission of working with NIST, CISA, the National Cyber Director, the NSA, and the DNI to "identify and engage foreign governments and industry groups in key countries to encourage them to adopt NIST-standardized PQC algorithms." This passage carries a strategic importance often overlooked: if European and Indo-Pacific allies do not adopt the same cryptographic standards as Washington, the interoperability of allied security systems will be compromised in the post-quantum era. NATO and the EU have their own standardization processes — harmonizing is a considerable diplomatic challenge.

EO 14411, for its part, charges the Secretary of State with recommending within 120 days pathways to align existing multilateral commitments — including the Pax Silica framework — with the order's priorities. According to the University of Technology Sydney analysis, Washington and Beijing are simultaneously waging a battle to control global technology standards. Whoever succeeds in imposing its standards — cryptographic, AI, quantum — in third-party countries de facto captures lasting geopolitical influence. The battle of standards is being fought right now.

Europe between alignment and strategic autonomy

Europe occupies a delicate position in this configuration. It benefits from the American technological umbrella — NIST standards, American cloud infrastructures, NATO cooperation — but aspires to a digital strategic autonomy that sometimes makes it reluctant to simply adopt Washington's dictates. The Brookings Institution, in its analysis of the Trump administration's China strategy published on February 23, 2026, notes that American export controls on advanced semiconductors — designed to slow Chinese AI by limiting access to cutting-edge computing chips — have yielded "mixed results," with increased costs for Chinese companies but a remarkable resilience in Beijing's technology ecosystem. Europe will need to choose: align fully, or attempt a third way that, in the recent history of tech geopolitics, has rarely succeeded.

I am pro-West, clearly. But being pro-West does not mean being blind to the West's contradictions. Europe cannot, on one hand, complain that Washington makes tech decisions without consulting it, and on the other hand, not invest enough in its own quantum and AI capabilities to have a voice at the table. Zelensky understood that technology was a political as much as a military weapon. Technological Europe must do the same, or accept becoming an American digital province — which, in the current geopolitical context, would still be preferable to the Beijing alternative, but would be a historical regression.

SandboxAQ, IBM, Google: the industrial architects of quantum sovereignty

The June 2026 executive orders are not written in an industrial vacuum. They build on and accelerate a private American ecosystem that is, in fact, the most advanced in the world. SandboxAQ, the Alphabet spin-off, was among the first to express support for EO 14409, according to a statement released June 22, 2026, via PR Newswire on Morningstar. The company is directly positioned to support federal agencies and contractors in their PQC migrations — a market worth billions of dollars in the years ahead. Google DeepMind, Microsoft, and xAI have also signed agreements for national security evaluations of their AI models with the American government, according to The Guardian of May 12, 2026.

This convergence between private interests and public policy is the hallmark of the Trump administration in the tech domain. Where Obama and Biden sought to regulate Silicon Valley, Trump co-opts it — and uses it as a geopolitical lever. The technology delegation to Beijing, which accompanied Trump during his China trip, included the CEOs of America's largest tech companies, displayed as living proof of American economic superiority. This is industrial soft power, and it works — in Beijing conference rooms as much as in multilateral forums.

Federal contractors facing massive compliance requirements

For the thousands of companies working with the American federal government, EO 14409 represents a compliance overhaul of considerable scale. The FAR Council will publish within 180 days a proposed rule requiring all covered contractors to comply with FIPS standards incorporating PQC algorithms by December 31, 2030. This means auditing their entire cryptographic infrastructure — what the EO calls a "cryptographic inventory" — and migrating often legacy and complex systems to quantum-resistant algorithms. For a small defense subcontractor, this could mean expenditures of several million dollars.

PQC compliance for federal contractors will create a new market, but also a new inequality. Large tech companies — Microsoft, Lockheed, Raytheon — have the resources to migrate quickly. Small subcontractors risk finding themselves unable to meet the new regulatory requirements and being squeezed out of public markets. I hope the administration has planned serious support for these actors — because the American defense supply chain depends on thousands of small specialized suppliers, and weakening it in a context of heightened geopolitical tension would be a serious strategic error.

The blind spots of an ambitious strategy

Every doctrine has its blind spots. This one too. First blind spot: encryption of civilian communications. The June 2026 executive orders focus on federal systems and critical infrastructure. The PQC migration of the billion daily civilian communications — messaging, banking transactions, medical communications — is left to market initiative, without a binding timetable. Yet a quantum hacker will not need to breach a federal system if he can decrypt the professional emails of an undersecretary of state. The perimeter security of institutions is only as good as the systemic security of communications it complements.

Second blind spot: dual-use generative AI. The June 2 EO creates an oversight framework for frontier models for their offensive cyber capabilities. But generative AI is also a vector of mass disinformation, deepfake generation, and propaganda automation. None of the three June 2026 executive orders directly addresses the threat of foreign-origin AI disinformation — a gap that adversaries, particularly Russia and China, are actively exploiting. Digital information warfare is the unregulated face of Trump's tech dominance doctrine.

Russia and Iran in the cyber threat: underestimated actors

It would be inaccurate to reduce Trump's cyber doctrine to a Sino-American duel. Russia remains a top-tier cyber actor — its operations against Ukrainian infrastructure, its electoral disinformation campaigns, its attacks on software supply chains (SolarWinds remaining the case study) are documented. Iran, for its part, has considerably developed its offensive cyber capabilities, regularly targeting Israeli, Saudi, and Western infrastructure. North Korea uses cyberspace to fund its nuclear program through cryptocurrency theft worth billions of dollars. These three actors will not be stopped by American PQC migration — they operate in different registers. Trump's doctrine must address them with other tools.

Re-reading all these texts, I find myself with an ambivalent feeling. There is a coherence in the vision — dominate quantum, secure AI, protect cryptography — that is intellectually satisfying and geopolitically necessary. But there is also a fragmentation in execution, a lack of coherence in diplomatic communication, and a tendency to treat Beijing as a tech adversary while selling it, elsewhere, strategic components. Trump is a necessary evil for the West: he signs the executive orders that his predecessors were slow to sign, but with an erraticism that undermines their long-term credibility. The West deserves better — but for now, it takes what it can get.

June 2026 as a doctrinal turning point

The three executive orders signed in June 2026 — the AI EO of June 2, EO 14409 on post-quantum cryptography of June 22, and EO 14411 on quantum innovation of June 22 — collectively constitute the most coherent doctrinal corpus ever produced by an American administration on technological dominance as a national security imperative. They set legal deadlines, mobilize the entire federal apparatus, engage the private sector, and lay the foundations for a multilateral diplomatic architecture. This is not trivial. It is, to the extent of what Trump is capable of producing, serious public policy.

China is not named on every page — diplomatic caution forbids it — but it is the structuring adversary of the entire apparatus. Harvest now, decrypt later, distillation attacks, China's advance on quantum networks, Beijing hackers turning home routers into surveillance networks: all of this composes a threat picture that Washington can no longer ignore. The PQC migration of 2030/2031, the military quantum sensors of 2028, the AI clearinghouse: these are concrete responses — imperfect but real — to a concrete and documented threat.

The technological West: between hope and demand

What is at stake goes beyond American politics. The West's technological dominance is a common good — for Ukraine surviving thanks to Western satellite intelligence and encrypted communications, for Indo-Pacific democracies dependent on open digital standards in the face of Beijing's pressure, for civil societies worldwide that benefit from an internet still — barely — governed by open norms. June 2026 may be remembered as the moment Washington decided to stop treating technological dominance as a given, and start treating it as a deliberate political construction, to be defended every day against adversaries who have never stopped attacking it.

By Maxime Marquette, columnist

Editorial stance

I am not a journalist but a columnist and analyst. My expertise lies in observing and analysing the geopolitical, economic and strategic dynamics that shape our world. My work is to take political strategies apart, to understand global economic movements, to put the decisions of international actors in context and to offer analytical perspectives on the changes that are redefining our societies.

I do not claim the cold objectivity of traditional journalism, which stops at reporting facts. I claim analytical clarity, rigorous interpretation and a deep understanding of the complex issues that concern us all. My role is to give meaning to the facts, to place them in their historical and strategic context, and to offer a critical reading of events.

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Primary source families used by the publication, when the story has them: official statements from governments and international institutions, public statements by political leaders, reports from intergovernmental organisations, dispatches from recognised international news agencies.

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Nature of the analysis

The analyses, interpretations and perspectives in the analytical sections of this article are a critical, contextual synthesis based on the information available, the trends observed and the expert comments cited in the sources consulted.

My role is to interpret these facts, to set them in the context of today's geopolitical and economic dynamics, and to give them a coherent meaning within the larger story of the changes shaping our time. These analyses reflect expertise built through continuous observation of international affairs and an understanding of the strategic mechanisms that drive global actors.

This article describes a documented state of affairs on its publication date, not a prediction: later developments may shift its outlook. No update is promised in advance; when an article is corrected or completed, the change is dated in the text.