About this book:

This book examines the profound transformation of Nuclear Command, Control, and Communications (NC3) as it integrates cyber operations and artificial intelligence. It argues that while these technologies can enhance system resilience and situational awareness, they also introduce a vastly expanded attack surface and new failure modes. The text details how digital vulnerabilities—ranging from compromised supply chains and insecure legacy software to the potential for "data poisoning" and adversarial AI—can undermine the integrity of early-warning systems and strategic communications. A central theme is the danger of "compressed decision timelines," where the speed of algorithmic alerts may pressure human leaders into catastrophic miscalculations.

To mitigate these risks, the book proposes a multi-layered defensive framework based on "layered skepticism" and "zero-trust" principles. It advocates for technical safeguards such as memory-safe programming languages, formal verification of critical code, and hardware roots of trust to ensure that systems are "secure by design." The author emphasizes that the "last mile" of nuclear command must remain human-centric, requiring interfaces that expose algorithmic uncertainty and organizational cultures that empower operators to challenge automated recommendations. This technical approach is paired with a call for new international norms and "digital arms control" to prevent a destabilizing AI arms race.

The final section focuses on the necessity of realistic red teaming, wargaming, and rigorous incident response protocols. By simulating "unthinkable" scenarios—such as the interplay between a minor software bug and a geopolitical crisis—the book illustrates how systemic resilience depends on the ability of human-machine teams to manage ambiguity. Ultimately, the work serves as a policy roadmap, urging nuclear-armed states to prioritize strategic stability and human accountability over raw technological speed. It concludes that maintaining the "taboo" against nuclear use in the 21st century requires a disciplined integration of innovation and restraint.

What You'll Find Inside:

• Cyber and AI expand the NC3 attack surface, creating new failure modes such as adversarial manipulation, supply chain risks, and compressed decision timelines.
• Meaningful human control over launch decisions must be preserved through policies, architectures, and training that counteract automation bias and ensure oversight.
• Zero‑trust principles, hardware roots of trust, and formal methods for software provide layered defenses that limit breach impact and ensure system integrity.
• Supply chain security, air gap maintenance, and hardened infrastructure (cyber, physical, EMP) are essential to prevent indirect attacks that can cascade into NC3 failure.
• International norms, transparency, auditability, and algorithmic governance are needed to manage cyber and AI risks, including post‑quantum cryptography and confidence‑building measures.

Who's It For:

This book is intended for policymakers, defense planners, NC3 system engineers, cybersecurity professionals, and arms control experts who need to understand how emerging technologies affect nuclear strategic stability and want actionable guidance on safeguards, policy, and organizational practices.