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Engineering Quantum-Safe Encryption for Real-World Systems: Designing, Implementing, and Deploying Post-Quantum Cryptography in Real Systems

Engineering Quantum-Safe Encryption for Real-World Systems: Designing, Implementing, and Deploying Post-Quantum Cryptography in Real Systems by Paul George Savluc is a definitive, engineering-driven guide to building quantum-resistant security for real-world computing environments. This work moves beyond theory and standards talk, delivering a practical, systems-level approach to post-quantum cryptography as it is actually deployed across CPUs, GPUs, kernels, networks, embedded devices, cloud infrastructure, and secure communications. Written by systems engineer and applied cryptography researcher Paul George Savluc , the book breaks down post-quantum algorithms into clear, understandable concepts while preserving technical rigor. It explores lattice-based cryptography, hash-based signatures, key encapsulation mechanisms, secure key exchange, and cryptographic lifecycle design in environments where performance, latency, memory, and hardware constraints matter. This book is designed for engineers, security architects, government contractors, researchers, and developers preparing for the post-quantum transition. It examines real attack surfaces, side-channel risks, implementation pit

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