4 New Encryption Algorithms Books Redefining 2025

Massimo Bertaccini draws on his extensive background in cryptography and cybersecurity to guide you through both foundational concepts and the latest advances shaping digital security. You’ll explore detailed chapters on classic encryption methods like AES and RSA, then dive into emerging fields such as zero-knowledge proofs, homomorphic encryption, and quantum cryptography, with clear explanations of their mathematical underpinnings. For example, the section on quantum search algorithms elucidates how Grover's and Shor's algorithms challenge existing security paradigms. This book suits IT professionals and students eager to deepen their understanding of modern cryptography’s evolving landscape, though a solid grasp of university-level math enhances the experience.

Dr. V. Seethalakshmi's extensive 25-year career in industry and academia culminates in this focused exploration of homomorphic encryption (HE) tailored for financial cryptography. You will gain a clear understanding of how HE can maintain data confidentiality and user anonymity while enabling secure computations, with detailed discussions on key management, algorithmic strategies, and blockchain applications. The book delves into classical HE systems and their properties, highlighting practical challenges like coefficient explosion in multivariate cryptosystems, which is vital for anyone working on securing financial transactions or cloud data. This text suits professionals and researchers seeking to deepen their grasp of cutting-edge encryption methods within financial and cloud security contexts.

This tailored book explores the forefront of encryption technology emerging in 2025, focusing on breakthrough algorithms and the latest discoveries shaping the field. It examines innovations in quantum-resistant encryption, zero-knowledge proofs, and homomorphic techniques, offering a deep dive into cutting-edge cryptographic methods. By matching your background and interests, the content emphasizes areas most relevant to your goals, ensuring a focused and engaging learning journey. The personalized approach reveals new developments and research breakthroughs that will keep you ahead in understanding encryption's evolving landscape, making complex advances accessible and aligned with your specific knowledge level and objectives.

Sahadev Pandey’s extensive experience in cryptography drives this rigorous evaluation of cryptosystem algorithms, unpacking their inner workings and real-world applications. You’ll explore detailed comparisons of symmetric and asymmetric algorithms like AES, DES, RSA, and ECC, learning how they differ in security, efficiency, and suitability for various contexts. The book breaks down complex mathematical foundations and assesses how these algorithms secure data confidentiality, integrity, and authentication across industries like finance and healthcare. If you’re involved in cybersecurity or cryptography, this book gives you a solid grasp of current algorithmic strengths and vulnerabilities, helping you understand which tools fit specific security needs.

Jean-Jacques Reibel brings his extensive background in cybersecurity, data analytics, and software engineering to dissect encryption's evolving landscape in this substantial volume. You’ll explore the mathematical foundations behind encryption algorithms, practical programming techniques for encryption and decryption, and how emerging fields like machine learning intersect with cryptography. The book spans from wireless encryption to blockchain applications, addressing both technical depth and contemporary challenges like balancing security with lawful access. If you’re invested in understanding encryption beyond the basics—especially its real-world applications and future directions—this book offers a thorough, technically rich resource.