The Federal Quantum Strategy is Real. Execution is still Emerging.
Harvey Morrison: Co-Founder/CEO, Marion Square
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.
https://www.gao.gov/products/gao-26-107759
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.
That distinction matters.
Because it reframes the current state of the market. The challenge is not whether agencies understand the importance of quantum. It is how they operationalize what they have been directed to do.
What the GAO Actually Found
The U.S. Government Accountability Office report focuses on a set of structural gaps that are limiting progress:
The absence of defined implementation plans across agencies
A lack of clarity around roles and responsibilities
Limited use of performance metrics to track progress
Fragmentation in how quantum efforts are coordinated
None of these findings suggest a lack of intent. They point to something more practical: the federal government has not yet established a repeatable framework for execution.
This is a common pattern in emerging technology areas. Strategy is set at a national level, but operational models take longer to develop and standardize across agencies with different missions, systems, and constraints.
Quantum is now entering that phase.
From Research Priority to Operational Requirement
For much of the past decade, quantum has been treated primarily as a research and development domain. Agencies such as National Science Foundation and Department of Energy have played central roles in advancing foundational capabilities, supported by national laboratories and academic partnerships.
That foundation is now beginning to shift.
Policy and guidance are increasingly moving beyond long-term research toward areas that require agencies to take more immediate, practical action particularly where quantum introduces risk to existing systems.
This transition from research priority to operational requirement is where the friction identified by GAO becomes most visible.
Mandates Introduce Action—But Not Always Clarity
In the area of cryptography, the federal government has already begun issuing direction that requires agencies to act.
Efforts such as OMB M-23-02 require agencies to identify and inventory cryptographic assets, while CNSA 2.0 establishes expectations for transitioning to quantum-resistant approaches in national security systems.
These are meaningful steps. They move the conversation from abstract risk to defined requirements.
At the same time, they highlight a broader challenge: mandates can define what needs to be done without fully defining how to do it within the context of complex, real-world environments.
This is not a criticism of the mandates themselves. It reflects the reality that implementation depends on agency-specific systems, architectures, and operational constraints.
What the Execution Gap Looks Like in Practice
The execution gap identified by GAO is not theoretical. It appears in practical, operational questions that agencies are actively working through:
How should responsibility for quantum-related efforts be structured internally?
What is the most effective way to identify cryptographic dependencies across legacy and modern systems?
How should agencies prioritize systems for transition without disrupting mission-critical operations?
How can these efforts be aligned with existing funding models and acquisition pathways?
These are the types of questions that determine whether mandates translate into measurable progress.
They also highlight an important point: the challenge is less about understanding quantum technologies and more about integrating new requirements into existing operational environments.
Post-Quantum Cryptography as an Early Indicator of the Broader Challenge
The GAO report does not single out Post-Quantum Cryptography (PQC) as a focal point. However, when viewed alongside current federal mandates and guidance, PQC provides a useful lens into how the broader execution challenge is emerging.
Unlike many areas of quantum computing, PQC is tied directly to existing systems and near-term risk considerations. Requirements related to cryptographic inventory and migration compel agencies to engage with current infrastructure, data flows, and security architectures.
As a result, PQC is becoming one of the first areas where agencies must translate high-level direction into concrete actions such as identifying assets, assessing risk, and planning transitions.
In this sense, PQC does not represent a separate challenge. It reflects the broader issue identified by GAO: the need to move from strategy to implementation in a structured and repeatable way.
Implications for the Market
This dynamic has direct implications for how the federal quantum market should be understood.
The near-term opportunity is not driven primarily by advanced quantum computing capabilities or long-term research initiatives. It is shaped by the need to operationalize existing policy direction.
That shifts the focus of engagement.
Agencies are not simply evaluating technologies. They are working to define programs, establish ownership, and align execution with mission requirements and funding structures.
This creates demand for capabilities that support:
Translation of mandates into actionable plans
Visibility into existing systems and dependencies
Structured approaches to prioritization and sequencing
Integration with existing architectures and operational processes
In other words, the market is as much about execution as it is about technology.
What Comes Next
The GAO’s recommendations point toward a likely next phase: greater structure.
Over time, the federal government is expected to introduce clearer implementation guidance, more defined roles, and improved mechanisms for tracking progress. This will help standardize how agencies approach quantum-related initiatives and reduce some of the current fragmentation.
Until then, the market will remain in a transitional state.
Agencies will continue to interpret mandates, define internal approaches, and explore early implementation efforts often in parallel and with varying levels of maturity.
A More Grounded View of the Opportunity
It is easy to frame the federal quantum market in terms of technological potential. That perspective is not wrong, but it is incomplete.
A more grounded view is this:
The government has established direction.
It has begun introducing requirements.
But it is still building the mechanisms needed to execute at scale.
That gap between direction and execution is where the market is today.
And it is where the most immediate, practical work is being done.