The U.S. has entered a new era of quantum innovation that will be shaped by the convergence of quantum computing, AI, and trusted digital identity
On June 22, the U.S. federal government issued Executive Order (EO) 14412, "Securing the Nation Against Advanced Cryptographic Attacks," establishing a comprehensive national strategy to accelerate quantum computing, sensing, and networking while protecting America's technological leadership and national security.1 The order directs federal agencies and industry partners to accelerate commercialization, strengthen domestic supply chains, expand the quantum workforce, deploy quantum-enabled technologies, and safeguard critical quantum innovations from adversarial threats.
As quantum technologies mature, organizations face two critical challenges:
Harness the opportunities of quantum innovation.
Protect identities, systems, and sensitive data from emerging quantum and AI-enabled threats.
Identity security sits at the center of both objectives. From securing access to quantum research environments and protecting intellectual property to enabling cryptographic agility and post-quantum readiness, identity has become foundational to building a trusted quantum ecosystem.
Key Takeaways
Quantum Readiness Starts With Identity: Cryptographic agility and post-quantum migration both depend on a modern identity foundation that can evolve alongside emerging standards.
Standards Need Infrastructure: The National Institute of Standards and Technology's (NIST's) PQC standards require identity systems capable of supporting hybrid cryptographic models during a multi-year transition.
RAI & Quantum Converge at Identity: Securing non-human identities is critical as AI agents operate within quantum-enabled environments at growing scale..
Collaboration Demands Trust: Cross-sector quantum ecosystems require federated identity and Zero Trust controls that work across organizational and national boundaries.
Quantum Innovation is Accelerating, Identity Security Must Keep Up
The EO recognizes that quantum information science and technology (QIST) will drive transformational advances in scientific discovery, economic growth, national security, manufacturing, healthcare, defense, and critical infrastructure. It also acknowledges that global competitors are moving aggressively to challenge U.S. leadership in quantum innovation.
To maintain its strategic advantage, the U.S. is investing in:
Quantum computing deployment and commercialization
Quantum-enabled sensing and networking
Domestic quantum supply chains
Workforce development and training
International partnerships and trusted ecosystems
Protection of critical quantum technologies
Readiness for post-quantum cryptography (PQC) migration
For federal agencies and commercial organizations alike, these initiatives create an urgent need for modern identity infrastructure capable of supporting both innovation and security.
What NIST's Post-Quantum Cryptography Standards Mean for Identity Security
The EO builds upon ongoing federal efforts led by the National Institute of Standards and Technology (NIST) to prepare organizations for the quantum future.
NIST's “Post-Quantum Cryptography Standards” provide a framework for replacing vulnerable cryptographic algorithms with quantum-resistant alternatives:
FIPS 203: ML-KEM
- Establishes quantum-resistant keys
- Replaces vulnerable key exchange mechanisms
- Protects encrypted communications against future quantum attacks
FIPS 204: ML-DSA
Establishes quantum-resistant digital signatures
Supports authentication, integrity, and non-repudiation
Enables secure certificate and token signing
FIPS 205: SLH-DSA
Establishes stateless hash-based digital signatures
Supports alternative approaches for high-assurance environments
Provides cryptographic diversity beyond lattice-based methods
Implementing these standards requires more than replacing cryptographic algorithms. It requires an identity infrastructure that can evolve as standards, applications, and threats continue to change.
As the quantum landscape evolves, Ping Identity is committed to supporting emerging post-quantum cryptography standards and helping customers navigate the transition with confidence. Ping continues to evaluate the integration of NIST's PQC standards into its identity platform and plans to adopt them as industry standards, protocols, and customer requirements mature, ensuring a secure and seamless migration to quantum-resistant identity.
Four Identity Security Priorities for a Quantum-Ready Future
Successfully implementing the EO and preparing for a post-quantum future requires more than adopting new cryptographic standards. Organizations must build an identity foundation that can protect critical research and infrastructure, enable secure collaboration across an expanding ecosystem of partners, strengthen governance and cyber resilience, and establish trust for both human and AI-driven identities. Ping helps organizations address these priorities with a comprehensive identity platform that enables cryptographic agility, Zero Trust access, intelligent identity protection, and trusted AI governance, helping agencies and enterprises accelerate quantum innovation while reducing risk.
Build a Quantum-Ready Identity Foundation
Preparing for the quantum future requires identity infrastructure that can evolve as standards mature. As organizations transition to NIST's post-quantum cryptography standards, they need cryptographic agility to support hybrid cryptographic models, modernize public-key infrastructure, and minimize disruption across applications and identity services. Ping provides a flexible identity architecture that helps organizations adapt to emerging cryptographic standards while maintaining secure, seamless digital experiences.
Protect Critical Quantum Assets and Trusted Ecosystems
The EO emphasizes securing quantum research, protecting critical technologies, and strengthening collaboration across government, industry, academia, and trusted international partners. Organizations must safeguard sensitive research environments while securely enabling workforce users, contractors, suppliers, and research partners to access the resources they need. Ping protects high-value assets through adaptive authentication, passwordless access, Zero Trust controls, identity governance, lifecycle management, and secure federation, helping organizations collaborate with confidence while reducing enterprise risk.
Strengthen Identity Governance and Cyber Resilience
Successfully implementing the EO requires organizations to demonstrate strong governance, accountability, and resilience against increasingly sophisticated cyber threats. Centralized identity governance, policy-based access controls, comprehensive audit trails, identity lifecycle management, and continuous threat detection help organizations maintain compliance while protecting critical infrastructure and intellectual property. Ping delivers intelligent identity security that enables organizations to continuously evaluate risk, prevent unauthorized access, and respond quickly to identity-based attacks.
Enable Trusted AI & Agentic Innovation
The convergence of AI and quantum computing is creating new opportunities for scientific discovery, automation, and operational efficiency, and also a rapidly expanding population of non-human identities. AI agents increasingly require privileged access to systems, data, and workflows, while attackers are using AI to automate phishing, credential theft, and deepfake-enabled fraud. Ping extends identity beyond human users to securely govern AI agents, applications, services, and devices through centralized identity controls, risk-based authentication, AI-powered threat detection, and continuous access evaluation. By establishing a trusted identity foundation for both human and non-human actors, organizations can accelerate AI-driven innovation while protecting the next generation of quantum-enabled environments.
As organizations prepare for a world where humans, applications, devices, and AI agents collaborate to drive scientific discovery and business transformation, identity becomes the control plane that enables trust at scale.
By combining cryptographic agility, Zero Trust security, intelligent threat protection, and agentic identity governance, Ping helps organizations confidently embrace the next frontier of quantum innovation while protecting their most critical assets.
Quantum innovation represents one of the most significant technology shifts of the coming decade, bringing unprecedented opportunities for scientific discovery, economic growth, and national security. Realizing that potential will require more than new quantum capabilities. It will require a trusted identity foundation that can evolve with emerging cryptographic standards, secure expanding ecosystems of users and partners, govern AI agents, and defend against increasingly sophisticated threats. By building cryptographically agile, identity-centric security architectures today, organizations will be better positioned to accelerate quantum innovation with confidence while protecting the critical systems, data, and intellectual property that will define the future.
1. White House, U.S. Executive Order, Securing the Nation Against Advanced Cryptographic Attacks
Frequently Asked Questions
Quantum computers will eventually break the cryptographic algorithms that protect authentication, digital signatures, and encrypted communications today. Organizations that rely on current public-key cryptography need to begin transitioning to quantum-resistant standards before those vulnerabilities become exploitable.
Cryptographic agility is the ability to swap cryptographic algorithms without rebuilding applications or disrupting users. It matters because the transition to PQC will be gradual, and organizations need identity platforms that can support both current and next-generation algorithms simultaneously.
While the executive order primarily directs federal agencies, it signals the direction for the entire U.S. technology ecosystem. Private sector organizations that work with government, handle sensitive data, or operate in regulated industries should expect PQC requirements to reach them in the near term. The EO specifically calls for a proposed FAR rule requiring covered contractors to comply by December 31, 2030 with applicable PQC-related FIPS.
AI agents are becoming active participants in enterprise workflows, requiring their own digital identities and access controls. In quantum-enabled environments, governing these non-human identities with the same rigor as human users is essential to maintaining trust and preventing unauthorized access.
