Nigel Smart

Nigel Smart is a British computer scientist and cryptographer known for his work in cryptography, secure computation, and blockchain technology. He currently serves as a professor at KU Leuven in Belgium. Smart's academic contributions include significant work on elliptic curve cryptography and multiparty computation protocols. His textbook "Cryptography Made Simple" has become a standard reference in university cryptography courses and is widely used by students and practitioners in the field. Smart co-founded Unbound Security (formerly Dyadic Security) and serves as an advisor to several blockchain and cryptography companies. His research has influenced the development of practical cryptographic protocols and standards used in modern security systems. He is a fellow of the International Association for Cryptologic Research (IACR) and has served on numerous technical committees shaping the direction of cryptographic research and standards. Smart's work bridges theoretical cryptography with practical applications, particularly in the areas of secure computation and post-quantum cryptography.

Readers describe Nigel Smart primarily as an academic cryptography author who writes dense, mathematically-oriented textbooks. His most-discussed book is "Cryptography Made Simple." Readers appreciate: - Clear explanations of complex math concepts - Comprehensive coverage of cryptographic protocols - Useful practice exercises and examples Common criticisms: - Writing can be hard to follow for beginners - Some sections feel rushed or assume too much background knowledge - Limited coverage of practical implementations Ratings across platforms: Goodreads: "Cryptography Made Simple" - 4.1/5 from 46 ratings Amazon: "Cryptography Made Simple" - 4.0/5 from 14 reviews One reader notes: "Solid theoretical foundation but needs more real-world applications." Another states: "Not actually 'simple' - requires significant math background." The book appears most popular among graduate students and professionals already working in cryptography, rather than beginners seeking an introduction to the field.

Cryptography Made Simple (2015) A comprehensive textbook covering modern cryptography, from basic concepts to advanced protocols, with mathematical foundations and practical implementations.

Cryptography: An Introduction (2003) An introductory text explaining core concepts of cryptography, including classical ciphers, public key systems, and digital signatures.

ECRYPT II Security, Privacy and Trust in the Information Society (2012) A technical report examining cryptographic developments and security challenges in networked information systems.

Algorithms, Key Sizes and Parameters Report (2014) A detailed analysis of cryptographic algorithms and their parameters, focusing on current security standards and recommendations.

Formal Security Analysis of Traditional and Electronic Exams (2018) A mathematical examination of security properties in both paper-based and electronic examination systems.