3 New Public Key Encryption Books Reshaping 2025

Unlike most cryptography books that focus primarily on theory, this collection from the 27th IACR International Conference delivers a snapshot of the latest advances in public key encryption. Edited by Qiang Tang and Vanessa Teague, both deeply involved in cryptographic research, it presents 54 peer-reviewed papers covering topics from signature schemes to homomorphic encryption. You’ll encounter cutting-edge methods and emerging frameworks that reflect current challenges and innovations in the field, including practical implementations and new attack models. If you’re invested in state-of-the-art cryptographic protocols and applications, this compilation offers a direct line to contemporary expert discourse and evolving techniques.

Alexandra Boldyreva and Vladimir Kolesnikov offer a detailed compilation of recent advances in public-key cryptography through the proceedings of the 26th IACR International Conference. This volume brings together 49 peer-reviewed papers that delve into emerging areas such as post-quantum cryptography, homomorphic encryption, and secure key exchange protocols. You’ll find deep technical discussions that illuminate evolving cryptographic techniques and their applications in securing modern communications. This book suits cryptographers, researchers, and advanced practitioners eager to grasp the latest theoretical and practical developments shaping the future of encryption.

This tailored book explores the forefront of public key encryption as it stands in 2025, diving into the latest discoveries and emerging protocols reshaping secure communication. It examines advances in algorithms, cryptanalysis, and real-world applications, focusing closely on your interests and background to deliver content that truly resonates with your current knowledge and goals. By concentrating on your specific areas of curiosity, this personalized approach allows you to stay current with rapidly evolving encryption techniques without wading through less relevant material. Through a detailed yet accessible narrative, it reveals how new innovations address contemporary security challenges and anticipates future directions in cryptographic research. This makes your learning experience both efficient and deeply relevant to your unique needs.

Unlike most public key encryption books that often fragment the topic, Hu Xiong seeks to unify the field by tracing the evolution of public key cryptography through its scattered research. You gain a clear understanding of foundational concepts like provable security and practical implementations, as well as emerging areas such as attribute-based cryptography, which broadens the scope of encryption applications. The book suits those aiming to grasp both theoretical and practical dimensions of public key cryptography, providing detailed explanations that bridge academic research and industry use. For example, chapters dedicated to state-of-the-art applications will help you appreciate how these cryptographic methods secure modern digital environments.