Executive Order 14413, “Ushering in the Next Frontier of Quantum Innovation,” signed on June 22, 2026 was published in the Federal Register on June 25, 2026. The Executive Order establishes a whole-of-government effort to accelerate United States leadership in quantum information science and technology. The Executive Order recognizes quantum technology as a strategic capability that can drive economic growth, scientific discovery, and national security advantage. It directs federal agencies to update the National Quantum Strategy to accelerate quantum computing infrastructure, strengthen the domestic quantum ecosystem and protect sensitive technologies from adversarial quantum threats.
The Executive Order focuses on quantum innovation with direct implications for the broader infrastructure needed to support the quantum era. Quantum technologies will require secure, scalable, policy-driven, and cryptographically agile infrastructure. Organizations supporting federal, defense and other critical infrastructure will need to prepare for post-quantum cryptographic risk, protect sensitive data in motion and modernize connectivity models to support secure distributed collaboration.
For the networking industry, EO 14413 reinforces the importance of secure data-in-motion infrastructure, cryptographic agility and post-quantum readiness with policy-based control that can support government and enterprise modernization in a quantum-enabled future
Foundational Requirements for Quantum-Safe Connectivity
As quantum technologies mature, organizations will need infrastructure that can support three core post-quantum requirements:
Migration from quantum-vulnerable cryptography
Network infrastructure must be able to move away from public-key algorithms that are vulnerable to future cryptographically relevant quantum computers, including RSA, Diffie-Hellman, ECDH, ECDSA, and related mechanisms.
This applies to key exchange, authentication, digital signatures, certificates, VPNs, secure management protocols, APIs, and other network security functions that rely on public-key cryptography.
Support for post-quantum cryptographic standards
Connectivity infrastructure must support standards-based post-quantum cryptography as approved algorithms and implementation guidance mature.
This includes the ability to adopt post-quantum key establishment and digital signature mechanisms in network protocols, certificates, identity systems, and secure transport.
Cryptographic agility and transition readiness
Post-quantum migration will require the ability to update cryptographic algorithms, libraries, certificates, and protocol implementations without redesigning the entire network.
Infrastructure should support phased migration, hybrid classical/post-quantum approaches where needed, and rapid response if algorithms, standards, or compliance requirements change.
Graphiant Readiness for the Post-Quantum Era
Graphiant is preparing enterprises for the post-quantum world by building quantum-ready, crypto-agile encryption capabilities into its Network-as-a-Service platform. As quantum computing advances, organizations will need to move beyond cryptographic models that rely on algorithms vulnerable to future quantum attacks, while still protecting sensitive data in motion across distributed enterprise, cloud, and partner environments.
Graphiant addresses this challenge by treating post-quantum readiness as a network-wide cryptographic migration problem, not a point-product encryption feature. Our architecture is designed to help organizations protect data in motion today, reduce exposure to harvest-now-decrypt-later risk, and create a practical path toward post-quantum cryptographic adoption as standards and implementation guidance continue to mature.
By embedding crypto-agility into the network fabric, Graphiant enables enterprises to evolve their encryption posture without re-architecting every site, cloud connection, or application path independently. This gives organizations a simpler way to prepare for post-quantum requirements while maintaining secure, scalable, and operationally efficient connectivity across their distributed environments.
In the post-quantum era, secure networking will require more than stronger algorithms. It will require infrastructure that can adapt as cryptographic standards evolve. Graphiant provides that foundation by combining secure data-in-motion protection, crypto-agility, and a scalable network architecture built for long-term cryptographic resilience.
EO 14413 Requirements x Graphiant Capabilities
EO 14413 Requirement | Relevance to Infrastructure and Security | Graphiant Capability | How Graphiant Supports the Requirement |
Accelerate secure quantum-era infrastructure | Quantum computing, quantum research, AI, government cloud, and defense environments require cryptographic protections that remain resilient as quantum capabilities mature. | PQC-ready encryption for data in motion | Graphiant helps prepare network transport for post-quantum cryptographic protection, ensuring sensitive traffic can transition toward quantum-resistant encryption models as standards and adoption mature. |
Prepare for post-quantum cryptographic risk | Quantum advancement increases the urgency to move away from public-key algorithms that may be vulnerable to future quantum attacks. | Crypto-agile encryption architecture | Graphiant supports cryptographic agility so organizations can evolve encryption methods, keying approaches, and cryptographic controls without redesigning the entire network. |
Protect critical technologies from adversarial threats | Sensitive quantum technologies and related research environments face risks from cyber threats, data exposure, unauthorized access, and adversarial attempts to compromise or exfiltrate critical information. | Threat detection, policy enforcement, and data sovereignty controls | Graphiant helps protect sensitive environments by providing visibility into traffic flows, detecting potential threats, enforcing access and segmentation policies, and supporting data sovereignty controls that restrict where sensitive traffic is allowed to flow. |
Support quantum networking and distributed collaboration | Quantum programs will require secure exchange of sensitive data across organizations, labs, cloud environments, and research ecosystems. | PQC-capable secure transport model | Graphiant provides a cryptographic foundation for securing data exchanged across distributed quantum-related environments as organizations transition to post-quantum protection models. |
Enable policy-driven control and data assurance | Post-quantum migration requires consistent cryptographic policy enforcement across network paths, sites, clouds, and sensitive environments. | Centralized cryptographic policy control | Graphiant helps organizations apply consistent encryption policy and cryptographic posture across distributed connectivity, reducing the risk of uneven or incomplete PQC adoption. |
Strengthen trusted ecosystem and supply-chain flexibility | PQC readiness depends on standards alignment, vendor readiness, and the ability to integrate evolving cryptographic implementations. | Standards-aligned, vendor-adaptable PQC approach | Graphiant’s crypto-agile model supports integration with evolving PQC standards, algorithms, and ecosystem components as government and industry requirements mature. |
Improve operational readiness for deployment at scale | PQC transition will require coordinated updates across encryption mechanisms, keys, certificates, protocols, and distributed infrastructure. | Scalable PQC transition model | Graphiant helps simplify post-quantum migration by enabling cryptographic updates through the network fabric rather than forcing every site and connection to be modernized independently. |
Conclusion
Executive Order 14413 marks an important shift in the United States’ approach to quantum technology. It moves the national conversation beyond research alone and toward commercialization, deployment, ecosystem development, national security readiness, and protection of critical technologies.
For organizations that support federal agencies, defense missions, critical infrastructure, research institutions, cloud environments, and advanced technology ecosystems, the Executive Order reinforces a clear requirement: prepare security infrastructure for the cryptographic and adversarial risks of the quantum era.
Graphiant is aligned with this requirement by delivering a security-focused network platform designed to protect data in motion, support post-quantum cryptographic readiness and provide the crypto-agility organizations need as the Quantum computing landscape evolves. Graphiant’s approach helps organizations reduce long-term confidentiality risk by addressing threats such as harvest-now-decrypt-later exposure, while creating a practical path to adopt quantum-resistant cryptography across distributed environments.
As quantum innovation accelerates, secure networking must evolve from traditional connectivity to cryptographically resilient, policy-driven protection for data in motion. Graphiant provides that foundation by combining PQC readiness, crypto-agility, and security controls designed for the post-quantum era. As quantum innovation accelerates, secure data movement will become a foundational requirement. Graphiant enables organizations to modernize their networks today while preparing for the security, performance, and trust requirements of tomorrow’s quantum-enabled infrastructure.