
No keys sent. No secrets exposed. Quantum-ready today. The plain-language guide to why fifty years of key-based security is about to break — and the architecture built to replace it.
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From the threat, to the answer, to the technology that delivers it.
Every secret you send is locked inside a box — and the lock has two quiet weaknesses almost nobody talks about. This book explains both, then shows you the way out.
Keyless removes the courier. Random removes the stored secret. Quantum-safe removes the dependence on any one lock.
The key is generated at both ends simultaneously and never travels between them. If nothing moves, there is nothing to intercept.
Trust comes from true randomness — a perfect, unpredictable dice roll — not from a stored secret an attacker can someday find.
Built to swap its math the moment a better or safer algorithm is needed — crypto-agile, never permanently locked to one algorithm.
"For decades, the response to 'keys can be stolen' was 'guard the keys better' — bigger vaults, stricter rules. The industry was treating a symptom instead of the disease."— From the Introduction
Plain language for leaders, with a technical deep dive in the appendices for the people they'll ask next.
The threat model, the migration case, and the honest limits.
Governance, law, and fiduciary duty — the decisions Q-Day forces.
Architecture, performance benchmarks, and the technical deep dive.
A step-by-step Buyer's Playbook with a scored exposure checklist.
No. The book is written in plain language throughout — every concept is introduced with everyday analogies before any technical depth. Readers who want the details can go deeper in Appendix B, the Technical Deep Dive.
Q-Day is the day a large quantum computer can break the public-key cryptography protecting today's internet — opening locks in hours instead of eons. Chapter 1 explains it in plain language, including why data harvested today is already at risk.
Post-quantum cryptography replaces the math in the lock but still moves keys around. Keyless removes the transfer itself: keys are generated at both ends simultaneously and never travel. Chapter 4 compares keyless with its lookalikes side by side.
The book explains the general threat and the three-pillar answer first (Parts I and II), then uses AMERA®'s architecture as the working example in Part III — including a table of its honest limits and a comparison against traditional HSMs and cloud KMS.
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