Quantum Cybersecurity Program Management

The research, development, and implementation of quantum technologies through projects are accelerating for two key reasons: first, quantum technologies promise transformative capabilities to a broad range of industries, functions, and applications. Indeed, quantum computing is seen as a strategic necessity by the world’s leading economies. Second, experts unanimously agree that a cryptographically-relevant quantum computer will have the capability to break classical encryption that keeps our data and transactions private. Thus, organizations are challenged to protect their most sensitive information data and systems before a cryptographically-relevant quantum computer is accessible to hackers despite already over-burdened cybersecurity teams.

Quantum Cybersecurity Program Management is part of a series of books: Shields Up: Cybersecurity Project Management outlines a risk-based approach to cybersecurity project management including technology and process improvement projects. Cybersecurity Training: A Pathway to Readiness outlines best practices in training and instructional design to upskill the organization’s people. Quantum Cybersecurity builds upon Shields Up (technology and process) and Cybersecurity Training (people) to provide a program approach to deliver the diversity of quantum projects and initiatives organizations encounter.

The authors of Quantum Cybersecurity bring together best practices found in international standards and frameworks in a risk-based project management approach to implementing a quantum program. The authors review best practices for implementing quantum technologies and migrating to new cryptographic schemes including cybersecurity, project and service management frameworks and standards.

Tailored for quantum champions, IT security architects, business leaders, project managers, digital leadership, and board members, Quantum Cybersecurity offers actionable guidance. Urgent and early adopters find a practical guide for a quick start to their quantum projects. This book includes microlearning opportunities and concludes with appendices, a glossary, and references.