By Chuck Brooks, president of Brooks Consulting International and one of Executive Mosaic’s GovCon Experts
“Ushering in the Next Frontier of Quantum Innovation” and “Securing the Nation Against Advanced Cryptographic Attacks,” two Executive Orders issued by the White House on June 22, 2026, represent a clear, two-pronged approach to securing U.S. leadership in quantum technologies while guarding against the existential cybersecurity threats they pose. The National Quantum Strategy will be updated, strong quantum computers for science and defense will be developed more quickly (capabilities by 2028), quantum sensing and networking will be advanced, and a swift federal (and critical infrastructure) transition to post-quantum cryptography, or PQC, standards with aggressive timelines (high-value assets by 2030–2031) is required. 
This strategy directly addresses the convergence of opportunities and risks that I have long highlighted: the urgent need to get ready for “Q-Day,” when large-scale quantum computers could crack existing public-key cryptography, and quantum computing as a transformative force for discovery, optimization and national competitiveness.
The White House’s new quantum strategy underscores how emerging technologies are reshaping intelligence, cybersecurity and national security priorities. Explore the impact of AI, quantum innovation and emerging threats at the Potomac Officers Club’s 2026 Intel Summit on Sept. 24. Book your seats here.
Strategic Setting: Quantum Domination in a Market Environment
Similar to the AI memorandum’s emphasis on responsible acceleration, these orders acknowledge quantum information science and technology, or QIST, as a key component of future U.S. technological superiority. Building on the 2018 National Quantum Initiative, they combat adversaries—most notably China—that are making quick progress in dual-use quantum capabilities.
“Harvest now, decrypt later” operations, in which adversaries gather encrypted data now for future quantum decryption, pose a disastrous risk to unprepared businesses. My suggestions for cryptography bills of materials, or CBOMs, hybrid transitions and prioritized timelines are exactly in line with the cryptographic EO’s focus on inventorying assets, assigning PQC migration leads, OMB/National Cyber Director leadership, NIST/NSA/DHS guidance and pilot projects.
In addition to pushing for quantum sensing (e.g., DoD deployment by 2027) and networking, the EO’s innovation of the Quantum Computer for Application Development and Discovery Science, or QC-ADDS, Effort, which aims for a fault-tolerant-scale system at a DOE facility, signifies a commitment to useful advancements in materials science, drug discovery, optimization and defense applications.
Innovation, Assurance & Accountability Are the Three Main Pillars of Implementation
The directives place a strong emphasis on workforce development, public-private collaborations, resilient domestic supply chains, safeguards against espionage and sabotage, and integration with national security missions—themes that are essential to my analysis of the rising convergence of technology. They include:
• Promoting Quantum R&D and Commercialization: The QC-ADDS program and the larger QIST ecosystem will be propelled by updating the National Quantum Strategy, reorganizing advisory committees and synchronizing resources across DoE, DoD, Commerce, NSF and others. This supports my demands for significant expenditures in industry consortia, talent pipelines and cutting-edge computer infrastructure in order to sustain American leadership.
• Post-Quantum Migration and Risk Management: With explicit deadlines, waivers where necessary and threat intelligence sharing, the security EO oversees the quick adoption of PQC for federal systems and support for vital infrastructure. It covers the entire crypto inventory and transition process that I have promoted in articles about AI/quantum cybersecurity and zero-trust evolution. Here, AI can be quite useful for automated migration tools, validation and simulation.
• National Security and Supply Chain Protections: As quantum hardware, sensors and networks become strategic assets, both directives bolster defenses against foreign threats that target the quantum ecosystem and guarantee safe, robust supply chains.
2028 for scientific quantum computing capabilities and 2030/2031 for important PQC migrations are ambitious but essential deadlines. Adaptation to the quickly changing environment will be made possible via annual reviews and classified elements (where relevant).
Obstacles, Dangers & Future Suggestions
Technical difficulties in scaling fault-tolerant systems, a lack of talent, financial constraints and the complexity of nationwide PQC transitions (particularly for legacy systems and private sector critical infrastructure) are some of the execution challenges that these EOs present, despite the fact that they offer much-needed urgency and structure. There are some measures that can be taken to optimize transitions.
• Integrate AI-Quantum Synergies: Use AI to optimize quantum algorithms, study error correction and redesign PQC implementations.
• Give High-Value Assets Priority: Use hybrid crypto techniques during the transfer and concentrate the first migrations on the most sensitive data and systems.
• Workforce and Ecosystem Building: Add quantum literacy and specialized talent programs to the AI National Security Strategic Reserve model (from related efforts).
• International Alliances: Preserve U.S. advantages while sharing PQC best practices and threat intelligence with reliable partners.
• Ongoing Preparedness: Require continuous CBOMs, quantum risk assessments and integration with more comprehensive SBOM and zero-trust frameworks.
These Executive Orders close the window of cryptographic vulnerability while putting the US in a position to take advantage of quantum’s exponential potential for scientific advancement, economic expansion and military advantage. They represent the “Quantum Frontier” necessity that I have discussed in all of my publications: in a time when cybersecurity, AI and quantum technology are intertwined, proactive leadership today will define dominance tomorrow.
These directions, when implemented through strong public-private-academic partnership, would help protect America’s infrastructure, data and way of life from future dangers while bringing about revolutionary advances. In order to secure our quantum future, this is an important step forward.
