Traditional cryptography systems are facing previously unheard-of difficulties as quantum computing develops. Post-Quantum Cryptography: Securing the Future of Digital Security examines how cryptographic methods that are resistant to quantum attacks are developing.
This thorough manual explores the fundamental ideas of post-quantum cryptography, looking at hash-, lattice-, code-, and multivariate cryptographic systems as well as the function of isogeny-based techniques. In addition to providing insights into practical implementation obstacles and the shift from classical to quantum-resistant cryptographic infrastructures, it offers a comprehensive review of security and efficiency issues.
For cybersecurity professionals, researchers, and technology executives navigating the post-quantum era, this book is a vital resource. It focuses on cybersecurity applications, future trends, and the National Institute of Standards and Technology's (NIST) standardization activities.
