4 Post Quantum Cryptography Books That Elevate Expertise

Drawing from their extensive expertise, Tanja Lange and Tsuyoshi Takagi compiled this volume as the proceedings of the 8th International Workshop on Post-Quantum Cryptography. You gain access to a curated collection of 23 rigorously reviewed papers that delve into diverse areas such as code-based, lattice-based, and isogeny-based cryptography. The chapters explore foundational security models and the latest quantum algorithms, offering detailed insights into the evolving landscape of cryptographic defenses against quantum threats. This book is particularly suited for cryptographers, researchers, and advanced practitioners seeking an in-depth understanding of cutting-edge post-quantum methods rather than introductory overviews.

Raj Badhwar, with over 25 years in cybersecurity leadership including his current role as CISO at Voya Financial, brings a wealth of hands-on experience to this exploration of emerging cyber threats. The book delves into quantum computing's impact on cryptography, offering tactical enhancements to existing algorithms alongside strategic adoption of quantum-safe cryptosystems. You’ll gain insights into how AI and machine learning can transform threat detection and response, supported by detailed chapters on secure remote work, cloud security, and advanced network defenses. This is a resource tailored for security professionals who need to understand both the theory and practical implications of next-generation cyber defenses.

This personalized AI-created book on post quantum cryptography explores the cutting-edge concepts and applications shaped by your background and goals. It examines the principles behind quantum-resistant encryption, lattice-based methods, code-based cryptography, and digital signatures while focusing on your specific interests and skill level. The book reveals how post-quantum algorithms safeguard data against emerging quantum threats, tailoring explanations to match your understanding and objectives. By synthesizing expert knowledge into a custom narrative, it offers a unique pathway through complex cryptographic ideas, making advanced topics accessible and relevant. This tailored approach ensures you gain both theoretical insights and practical comprehension aligned with your learning journey.

Drawing from decades of cryptographic research and academic leadership, Kwangjo Kim presents a focused exploration of post-quantum digital signatures through the FALCON and SOLMAE algorithms. You’ll gain familiarity with the underlying lattice-based mathematics, including Gaussian sampling and polynomial computations, alongside practical Python implementations that bridge theory and application. The book offers detailed walkthroughs of these signature schemes chosen by NIST for quantum resistance, making it particularly useful if you’re aiming to implement or understand secure digital signatures in the quantum era. While it’s technical, the clear examples and algorithmic insights make it a solid choice for cryptographers and cybersecurity professionals seeking depth beyond standard introductions.

Dr Lingaraj Mani draws from his extensive research in post-quantum cryptography to address the urgent need for encryption methods that withstand quantum computing threats. You’ll gain a solid understanding of quantum-resistant algorithms, including their theoretical foundations and real-world implementation challenges, with detailed examples illustrating their practical use. The book dedicates chapters to exploring various algorithmic approaches and the future landscape of cybersecurity, making it particularly useful if you work in security, cryptography research, or advanced software development. While technical, the text balances theory with application, offering insights valuable to both seasoned professionals and ambitious learners.