CRYPTOGRAPHIC AGILITY AND PQC MIGRATION: Inventory, Assess, and Modernize Enterprise Cryptography with CBOM, PKI, HSM, KMS, Certificate Automation, ... (QUANTUM-SAFE SECURITY ENGINEERING SERIES)

As post-quantum cryptography becomes an essential part of enterprise security planning, organizations face a critical challenge: How do you identify quantum-vulnerable cryptographic systems, prioritize migration risks, and modernize existing infrastructure without disrupting business operations?

The answer requires more than replacing RSA and elliptic-curve algorithms. Enterprise cryptography is deeply embedded in applications, TLS connections, certificate authorities, hardware security modules, cloud key management services, and automated deployment pipelines. Migrating these interconnected systems demands accurate discovery, cryptographic agility, careful planning, and verifiable implementation.

Cryptographic Agility and PQC Migration provides a practical, engineering-focused guide to navigating this transition. Moving beyond theoretical discussions, this book demonstrates how to discover cryptographic dependencies, generate Cryptography Bills of Materials (CBOMs), assess quantum-related risks, design migration roadmaps, and introduce post-quantum security controls across enterprise environments.

Through structured laboratories, configuration examples, automation scripts, and an integrated enterprise capstone, readers will learn how to build a controlled, auditable, and maintainable cryptographic modernization program.

• Discover and inventory enterprise cryptography: Identify RSA, ECC, TLS, SSH, certificates, application secrets, and cryptographic dependencies using automated discovery tools and CycloneDX 1.7 CBOM workflows.
• Assess quantum vulnerabilities and migration risks: Evaluate harvest-now-decrypt-later exposure, data sensitivity, business criticality, supplier dependencies, and migration priorities using NIST-aligned assessment methods.
• Build crypto-agile applications: Implement configurable cryptographic policies, algorithm-independent interfaces, versioned keys, hybrid TLS 1.3, and ML-DSA digital signatures with compatibility testing and rollback controls.
• Modernize enterprise PKI and key management: Explore post-quantum certificate issuance, trust validation, automated certificate rotation, revocation, PKCS#11 integration, and supported HSM/KMS signing capabilities.
• Automate secure migration workflows: Integrate CBOM validation, cryptographic policy enforcement, GitHub Actions, GitLab CI/CD, Open Policy Agent, Docker, and Kubernetes into controlled deployment pipelines.
• Apply evolving NIST standards: Understand the practical migration implications of FIPS 203, FIPS 204, FIPS 205, NIST IR 8547, NIST CSWP 39-upd1, and related cryptographic guidance.

This book is designed for cybersecurity engineers, security architects, PKI and cryptography specialists, DevSecOps professionals, cloud and infrastructure engineers, system administrators, and IT security teams responsible for protecting and modernizing enterprise systems.

It is equally valuable to technical decision-makers developing cryptographic migration strategies, evaluating vendor readiness, or preparing their organizations for evolving post-quantum security requirements.

Familiarity with Linux, networking, TLS, certificates, and basic scripting is helpful. Advanced cryptographic mathematics is not required.

Post-quantum migration is not a single upgrade. It is a coordinated transformation involving cryptographic visibility, risk management, application modernization, trust infrastructure, automation, and operational governance.