Accelerating Quantum Readiness: How Federal IT Vendors Can Win the Next Modernization Wave

Federal quantum policy is shifting from long-term research planning to implementation and readiness. There have been several recent actions taken, including executive orders, strategy updates and new initiatives, to strengthen U.S. leadership in quantum technologies and post-quantum cyber resilience. Quantum is becoming a priority in federal IT modernization, cybersecurity, procurement and national security. 

White House Quantum Executive Orders

President Trump signed two executive orders in June 2026 focused on preparing the U.S. for a quantum future. Together, the orders aim to strengthen U.S. leadership in quantum technologies while accelerating protections against the cybersecurity risks those same technologies may create.

“Ushering in the Next Frontier of Quantum Innovation" focuses on expanding domestic quantum development across quantum computing, quantum sensing, research and development, national labs, universities and private-sector technology companies. The order supports a broader federal push to build a stronger U.S. quantum ecosystem, encourage public-private collaboration and advance commercially and scientifically useful quantum capabilities.

“Securing the Nation Against Advanced Quantum Computing Cyber Threats” focuses on the federal transition to post-quantum cryptography (PQC), or encryption designed to withstand future quantum-enabled attacks. This accelerates agency timelines for adopting quantum-resistant encryption and is intended to reduce the risk that adversaries could collect encrypted government data today and decrypt it later once quantum capabilities mature.

These executive orders create a direct link between federal quantum policy and IT modernization. Post-quantum cryptography is where policy becomes operational, requiring agencies to identify where current encryption is used, determine which systems are most at risk and begin planning for secure migration. For IT vendors and partners, this creates opportunities to provide cryptographic discovery and assessment tools, identity and key management solutions, hardware security modules, network and endpoint security platforms and implementation support to help agencies transition to quantum resistant encryption. 

Post-Quantum Cryptography as a Modernization Driver

The accelerated push toward PQC may become one of the largest cybersecurity modernization efforts of the next decade. Encryption is embedded across nearly every layer of the federal IT environment, including networks, applications, databases, cloud services, email systems, identity platforms, APIs, hardware devices, software libraries and mission systems. Many agencies do not yet have a complete inventory of where cryptography is used, or which systems rely on vulnerable algorithms. This creates a major implementation challenge. Before adoption of post-quantum encryption at scale, agencies will need to understand their current cryptographic environments, assess which systems carry the greatest risk and plan phased migrations that limit disruption to operations and mission delivery.

Department of Energy’s Quantum Genesis Initiative

The Department of Energy is also advancing their efforts in quantum readiness with the Quantum Genesis initiative. This initiative aims to develop and deploy a scientifically relevant, fault-tolerant quantum computing capability for research and development by 2028. The effort includes the DOE Q Competition, a National Quantum Supercomputing User Facility and focused R&D around high-impact scientific applications. The DOE’s approach positions quantum as part of a broader computing ecosystem. 

Department of War Quantum Strategy

The Department of War’s quantum strategy calls for systems to support post-quantum cryptography or be phased out, with major milestones around 2030 and 2031. This is especially significant for defense environments, where weapons platforms, tactical networks, command-and-control systems, satellites and embedded technologies often have long lifecycles and can be difficult to upgrade.

Modernizing or replacing vulnerable, high impact systems will likely be costly and complex. As a result, the DoW strategy reinforces the urgency of identifying cryptographic dependencies, assessing system risk and preparing for a structured transition to quantum resistant encryption across defense environments.

Emerging Opportunities 

Together, the federal push toward post-quantum cryptography, DOE’s Quantum Genesis initiative and the Department of War’s quantum strategy point to a broader set of priorities shaping the federal IT market: stronger cybersecurity, greater system visibility, crypto-agility, mission resilience and advanced computing modernization. These actions are reinforcing that agencies will need to understand their current technology risks, modernize vulnerable systems and build infrastructure that can support the post-quantum era.

For vendors and partners, this creates opportunities across several connected areas. Agencies will need cryptographic discovery and asset inventory tools to identify where encryption is used, as well as PKI modernization, certificate management, identity and key management, hardware security modules and migration support to move toward quantum-resistant encryption. These needs will also connect to broader cybersecurity priorities, including Zero Trust implementation, network and endpoint security, vulnerability assessment, compliance reporting and secure architecture support.

At the same time, quantum readiness will require modernization beyond encryption alone. DOE’s focus on quantum as part of a larger computing ecosystem highlights the need for high performance computing, AI infrastructure, secure data movement, cloud modernization, advanced networking, storage, data platforms and scientific workflow tools. In defense environments, long system lifecycles and mission sensitive infrastructure will further increase demand for crypto-agile products, embedded system assessments, phased modernization support and defense-specific implementation services. Companies that can connect these capabilities into a clear, practical quantum-readiness strategy will be better positioned as federal demand moves from guidance to procurement.

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About the Author:
Jennifer Miller is an intern on the TD SYNNEX Public Sector Market Intelligence team covering trends across the federal market.