Twin Executive Orders Tackle U.S. Quantum Innovation and Resilience

EOs 14412 and 14413 demonstrate that U.S. federal quantum and post-quantum cryptography priorities are no longer hypothetical. Together, they establish a roadmap for accelerating quantum innovation while rapidly transitioning federal systems to quantum-resistant security. Companies that align their products, roadmaps, and federal engagement strategies with these priorities will be best positioned to compete as implementation begins.

On June 22, 2026, President Trump signed two complementary Executive Orders aimed at empowering the federal government to execute on key quantum priorities. EO 14413 (Ushering in the Next Frontier of Quantum Innovation) tackles frontier quantum research capacity, while EO 14412 (Securing the Nation Against Advanced Cryptographic Attacks) focuses on post-quantum cryptography (PQC). 

Next-generation quantum technology will be a disruptive force across the American economy. It introduces unprecedented scale, speed and precision to the processes that power major industries, with particular gains across scientific discovery, logistics, and energy. McKinsey estimates quantum technologies could generate up to $2.7 trillion in economic value globally by 2035. At the same time, these improved capabilities render the encryption of critical cyber systems increasingly vulnerable. 

With EOs 14412 and 14413, the Trump Administration is making a coordinated push to thread the needle on PQC and quantum innovation. They tackle two sides of the same challenge: enabling the breakthroughs quantum promises while protecting the systems those breakthroughs will ultimately disrupt. Together, the orders pair ambitious PQC migration deadlines with investments in research, pilot programs, and commercialization to position the United States as a leader across the quantum landscape. 

Positioning the United States for Quantum Leadership

EO 14413 outlines a broad strategy to maintain and extend the United States' strategic advantage in Quantum Information Science and Technology (QIST)—the scientific and engineering field encompassing quantum computing, quantum networking, quantum sensing, and the technologies that enable them. Rather than focusing solely on breakthrough research, the Order aims to accelerate commercialization, strengthen domestic supply chains, expand the workforce, and position the federal government as a long-term partner in building the U.S. quantum ecosystem.

While quantum computing remains the most visible and transformative application of QIST, it is only one component of a broader technology landscape. Quantum sensing promises unprecedented precision for navigation, defense, and scientific measurement, while quantum networking could enable fundamentally new approaches to secure communications and distributed computing. EO 14413 advances all three areas, pairing research investments with commercialization initiatives and public-private partnerships designed to accelerate deployment.

Although the past several years have produced significant technical breakthroughs and early demonstrations of practical utility, a commercially viable, fault-tolerant quantum computer has yet to be realized. To accelerate progress, EO 14413 establishes the Quantum Computer for Application Development and Discovery Science (QC-ADDS) initiative, directing the federal government to deliver at least one advanced quantum computer to a Department of Energy (DoE) facility and, where feasible, make it available to the broader scientific community. The initiative relies on advance market commitments, public-private partnerships, and domestic supply chain investments to help bridge the gap between laboratory research and commercial-scale deployment.

Beyond QC-ADDS, EO 14413 launches a series of complementary initiatives to strengthen the broader U.S. quantum ecosystem, including:

• Selecting three next-generation quantum sensing projects in 2026 for deployment by mid-2028.
• Expanding domestic access to Department of Energy-sponsored quantum fabrication and foundry resources.
• Developing federal and industry quantum workforce pipelines.
• Increasing international collaboration on quantum research and standards.
• Establishing a new center focused on quantum and national security.
• Identifying regulatory barriers affecting the domestic quantum industry and supply chain.
• Creating new advisory bodies, agency implementation plans, and mechanisms for interagency coordination.

The EO also directs the delivery of an updated National Quantum Strategy to be published by December 2026.

hy it matters: EO 14413 signals that the Trump Administration intends to play a far more active role in shaping the U.S. quantum ecosystem through advance market commitments, coordinated federal investment, and deeper public-private collaboration. In the near term, the earliest commercial opportunities are likely to emerge around defense-oriented quantum sensing, making it important for companies to monitor agency requirements and position technologies ahead of upcoming project selections. Beyond individual procurements, the technical standards and operational requirements emerging from these initiatives will shape broader expectations for quantum system performance, security, and supply chain resilience across the industry.

The forthcoming National Quantum Strategy will then determine how those priorities are implemented. The Strategy is expected to define agency responsibilities, funding priorities, commercialization pathways, and implementation timelines. Organizations seeking to influence the direction of U.S. quantum policy should engage during its development and align strategic planning with its expected publication in December 2026.

An Ambitious New Timeline for PQC Migration

As quantum systems continue to develop and scale– both in the U.S., under the auspices of EO 14413, but also globally–, the encryption standards that underwrite most modern cyber systems will become existentially vulnerable. A cryptographically-relevant quantum computer could unravel common public keys like RSA and ECC rapidly.

Leading estimates put the timeline for “Q-Day” – where quantum computing advances to the point where our cyber systems become vulnerable overnight – as likely to fall within this decade. Google and Cloudflare recently accelerated their predictions to 2029, citing faster-than-expected breakthroughs. But, the transition to quantum-proof encryption is likely even more urgent than this multi-year runway. Harvest now, decrypt later strategies make it possible for attackers to intake protected data now with the expectation of advanced quantum decryption capabilities down the line.

Anchored by EO 14412 and its companion piece OMB Memorandum 26-15, the Trump Administration is charting an ambitious course on PQC migration for federal civilian systems(migration of defense and National Security Systems is governed by a parallel 2025 framework with slightly different timelines and parameters). The EO updates a previous Biden-era directive that set a “goal of mitigating as much of the quantum risk as is feasible by 2035.” 

To account for the changing realities of quantum advancement, EO 14412 outlines a phased, risk-based approach that moves key deadlines for federal PQC migration up significantly. Federal agencies now face mandates to inventory assets and establish PQC plans by year's end, with a deadline to transition all high-value assets (HVAs) and high-impact systems (HISs) to PQC key establishment by December 2030. 

Another key enabler of this effort is the introduction of Cryptographic Bills of Materials (CBOMs). Unlike traditional software inventories, CBOMs document the cryptographic algorithms, libraries, certificates, protocols, and key management mechanisms embedded throughout software and IT systems. This visibility is increasingly essential because most organizations do not have a comprehensive understanding of where quantum-vulnerable cryptography exists across their environments, making it difficult to prioritize migration or assess risk.

Recognizing this challenge, EO 14412 directs NIST and CISA to publish guidance by March 2027 establishing the minimum elements of a federal CBOM. Complementing this effort, OMB Memorandum M-26-15 identifies a centralized, continuously updated inventory of cryptographic assets as the foundation of every agency's PQC migration strategy. As PQC requirements mature, CBOMs are also likely to become an important expectation for federal technology vendors, providing a standardized mechanism for documenting cryptographic posture across the software supply chain. 

The below timeline details the full transition plan as outlined in EO 14412:

Why it matters: For organizations developing PQC technologies, the accelerated timelines create new opportunities to partner with federal agencies on software, hardware, validation, and migration efforts. Early pilot programs and modernization initiatives will shape the technical approaches adopted across government over the coming decade.

For the broader cybersecurity ecosystem, the implications extend beyond dedicated PQC vendors. Cryptographic discovery, asset inventory, and cloud migration are all likely to become increasingly important capabilities as agencies implement these requirements. Organizations that can help customers identify vulnerable cryptography, generate CBOMs, or support phased migration stand to benefit as implementation accelerates.

Finally, although these requirements initially apply to federal agencies, they are unlikely to remain confined to government. Federal procurement requirements have historically influenced commercial security practices, and many contractors and critical infrastructure operators are expected to adopt similar approaches as quantum readiness becomes an increasingly important component of cybersecurity and supply chain assurance.

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