President Donald J. Trump signed two executive orders on June 22, 2026, ordering a government-wide sprint to accelerate quantum computing, sensing and networking while forcing an urgent migration to post-quantum cryptography. The package fuses industrial policy, national security protections and procurement rules into one play that the administration says will get the United States ready as near-term quantum systems move from lab experiments to real-world use. Officials are pitching the move as both a boost for science and industry and a preemptive shield to protect long-lived federal data from future quantum attacks.
What the orders do
The executive actions, titled "Ushering in the Next Frontier of Quantum Innovation" and "Securing the Nation Against Advanced Cryptographic Attacks," call for a whole-of-government push to speed quantum hardware, sensing and networks while driving a shift to quantum-resistant encryption. As laid out by the White House and a companion directive from the White House, agencies are told to refresh the National Quantum Strategy, shore up domestic supply chains and expand workforce training for quantum-relevant jobs.
Big goals and near-term deliverables
The quantum order sets up a QC-ADDS, or Quantum Computer for Application Development and Discovery Science, program that aims to place at least one research-grade quantum computer at a Department of Energy facility and puts a spotlight on next-generation quantum sensors for near-term deployment in the field. The administration also leans on apprenticeships and a network of National Quantum Workforce Development Institutes, and points to existing federal spending in the space: the Department of Energy has announced $625 million to renew five national quantum research centers, according to the Department of Energy.
Hard deadlines for encryption
The cybersecurity order tasks the Office of Management and Budget and the National Cyber Director with running a government-wide migration to post-quantum cryptography, requires every agency to name PQC migration leads and to inventory high-value systems. The text tells agencies to move key-establishment functions to post-quantum algorithms by Dec. 31, 2030, and to transition digital signatures for high-impact systems by Dec. 31, 2031, timelines that are designed to force modernization and procurement planning across government.
Why migration will be difficult
Experts warn that moving to post-quantum cryptography is far more complicated than a simple software update. Agencies have to track where legacy systems hide vulnerable algorithms, test and validate new standards in real operating environments and coordinate procurement and large-scale testing without breaking mission systems. That mix of operational and budget headaches is why observers have pressed for a phased and well resourced PQC migration plan, as a recent breakdown of agency readiness and capacity notes at Federal News Network.
Industry and contractor implications
The orders reach directly into the federal marketplace. They ask the FAR Council to put out proposed rules that would require covered contractors to comply with NIST-approved PQC standards on the same timelines set for agencies, a move that could reshape cloud, defense and software deals across Washington. That procurement pressure, and the wider administration push, surfaced in earlier reporting while the orders were still being drafted, signaling major compliance work ahead for firms that sell into the federal government, as detailed by Nextgov.
What to watch next
How this actually plays out will depend on individual agency roadmaps, the funding Congress provides and how quickly vendors can validate PQC tools and certify quantum-enabled hardware. In the coming months, NIST, CISA, OMB and agency CIOs are expected to roll out guidance and pilot programs, and the market will be watching for a jump in demand for PQC migration services and quantum-sensor contracts as agencies move from sweeping policy language to line-item procurements.
