GAO Insights: Moving from Quantum Policy to Implementation in Federal Agencies
Federal agencies are actively preparing for the impact of quantum technologies on existing systems and security architectures. A recent report from the U.S. Government Accountability Office highlights an important reality: while strategy and direction are well established, agencies are still working to define practical approaches for implementation.
Webinar recording from 5/26/2026
The Federal Quantum Strategy is Real. Execution is still Emerging.
A recent report from the U.S. Government Accountability Office provides a useful and overdue assessment of where the federal government actually stands on quantum.
The conclusion is not that the United States lacks strategy or commitment. In fact, the opposite is true. Federal investment, policy direction, and research activity around quantum technologies have been sustained and deliberate.
The issue, as the report makes clear, is that this strategy has not yet been translated into a consistent, government-wide execution model.
Post-Quantum Cryptography is no Longer a Future Problem - The Federal Market is Already Moving
Most discussions around post-quantum cryptography (PQC) still frame it as a long-term concern something to monitor, plan for, and revisit in a few years.
That framing is now outdated.
Quantum Sensing Market Overview
Quantum sensing is post feasibility but pre-scale. The market is moving from RDT&E into transition activity, characterized by operationally relevant testing, platform integration pilots, and limited early procurements rather than broad programs of record. Progress toward production is gated less by performance claims than by repeatability in operational environments, SWaP-C (Size, Weight, Power, and Cost) and environmental qualification, integration burden (hardware and software), and a credible sustainment path. As a result, the near-term market is defined by funded validation and transition efforts that precede wider production adoption. Platform manufacturers including UAV and UUV OEMs typically engage as downstream adopters once government-funded programs have materially reduced integration and performance risk.
How and Why Crypto Posture Management Is Indispensable for Quantum-Ready Zero Trust Architectures
Many organizations make the mistake of treating quantum readiness and the deployment of a Zero Trust Architecture (ZTA) as distinct initiatives. In this webinar, ISARA and Marion Square discuss the connections between these two undertakings and explain why having a strong cryptographic posture management program is indispensable to adopting a Quantum-Ready ZTA.
Webinar recording from August 12, 2025
The Senate Proposes National Quantum Cybersecurity Strategy: What It Means for Your Organization
On August 6, 2025, Senators Gary Peters (D-MI) and Marsha Blackburn (R-TN) introduced bipartisan legislation that could significantly accelerate the nation’s migration to post-quantum cryptography (PQC). The bill, known informally as the National Quantum Cybersecurity Strategy Act, underscores a growing federal urgency: quantum computing is no longer just a research milestone it’s a looming cybersecurity disruptor.
For technology providers, government contractors, and agencies alike, this legislation represents both a challenge and a market defining opportunity.
Quantum Momentum in Washington: Why Now is the Time for Quantum Tech Companies to Engage with the U.S. Government
Since 2018, federal quantum funding has grown steadily year-over-year from just over $400 million in FY19 to nearly $1 billion in FY23. This surge is anchored by the National Quantum Initiative Act (NQIA), which authorized over $1.2 billion in its first phase to support national labs, academia, and private-sector collaboration.
Navigating the Government’s Transition to Post-Quantum Encryption: A Strategic Approach
As quantum computing continues to evolve, the security of existing cryptographic systems faces an unprecedented threat. Post-quantum encryption (PQE) is no longer a distant goal; it is a critical, urgent priority. Marion Square has been actively tracking the federal government’s transition to PQE, working closely with both technology companies and government agencies to ensure a smooth and secure transition.
Federal mandates such as NSM-10 and OMB 23-02 have set the course for agencies to begin their PQE journeys. The stakes are high, and failure to meet these mandates could expose critical systems to quantum-enabled adversaries. According to the recent OMB report to Congress, the government is expected to spend approximately $1 billion annually over the next decade on this transition, though many experts predict the true cost could be much higher.
US Government Preparing for the Post-Quantum Era: The Opportunity for PQE Technology and Services Vendors
Marion Square is actively working with our partners and clients to understand and map the requirements Federal Agencies have for transitioning to Post Quantum Encryption (PQE). For PQE technology companies, this transition presents a unique opportunity: a growing market with billions in potential federal contracts.
Market Update: Post Quantum Encryption
With the recent release of the NIST Post Quantum Encryption (PQE) standards (NIST Releases First 3 Finalized Post-Quantum Encryption Standards | NIST) we at Marion Square anticipate there will be a focus from Federal Agencies in FY 25 to become compliant with the White House Executive Order and National Security Memo for Post Quantum Cryptography.
How the Federal Government is Shaping the Standards for Quantum
You are going to hear more and more about Quantum in the coming months and years, more specifically mandates and orders regarding Quantum and Post Quantum Encryption. The latest estimates are that a viable Quantum Computer which can crack the current encryption algorithms (RSA, Elliptical Curve, Diffie Hellam) could be less than 10 years away and with transition times (from existing solutions to Post Quantum and Quantum solutions) estimated at between 5 and 7 years the Federal government is beginning to take notice of the risks Quantum Computers pose to national security.