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Cryptography, Number Theory, and AI Security

Foundations and Applications

In an era where digital systems control communication, finance, healthcare, governance, and national infrastructure, security has become one of the defining challenges of the twenty-first century. Every secure message, online transaction, digital identity, blockchain network, and intelligent system depends upon a powerful combination of mathematics, cryptography, and computational intelligence.

Cryptography, Number Theory, and AI Security: Foundations and Applications provides a comprehensive exploration of the mathematical foundations of cybersecurity and the transformative role of Artificial Intelligence in modern security systems.

At the heart of contemporary cryptographic systems lies number theory—a branch of mathematics once regarded as purely theoretical but now essential for securing the world's digital infrastructure. Concepts such as prime numbers, modular arithmetic, discrete logarithms, elliptic curves, and computational hardness assumptions form the basis of secure communication protocols used across the Internet.

At the same time, Artificial Intelligence is reshaping cybersecurity. Machine learning systems can detect intrusions, identify malware, prevent fraud, analyze threats, and automate defense mechanisms. Yet AI also introduces new risks, including adversarial attacks, model poisoning, data leakage, and automated cyber offensives.

This book bridges these interconnected domains and presents a unified framework for understanding:

• Mathematical Foundations of Cryptography

• Number Theory for Security Applications

• Classical and Modern Encryption Systems

• RSA, AES, Diffie–Hellman, and Elliptic Curve Cryptography

• Digital Signatures and Public Key Infrastructure

• Cryptographic Protocols and Security Models

• Blockchain and Distributed Ledger Security

• Artificial Intelligence in Cyber Defense

• Machine Learning for Intrusion Detection

• AI-Powered Malware and Fraud Detection

• Homomorphic Encryption and Privacy-Preserving AI

• Federated Learning and Secure Computation

• Differential Privacy and Secure Machine Learning

• Post-Quantum and Quantum-Safe Cryptography

• Future Challenges in AI-Centric Cybersecurity

Through mathematical rigor, practical applications, real-world case studies, and emerging research directions, readers gain a deep understanding of how mathematics and intelligent algorithms combine to protect modern digital ecosystems.

Who Should Read This Book?

• Computer Science and Cybersecurity Students

• Mathematics and Cryptography Learners

• Artificial Intelligence Researchers

• AI and Machine Learning Engineers

• Cybersecurity Professionals

• Ethical Hackers and Security Analysts

• Blockchain and FinTech Developers

• Researchers in Post-Quantum Cryptography

• UGC-NET, GATE, and Competitive Examination Aspirants

What Makes This Book Unique?

✔ Integrates Cryptography, Number Theory, and AI Security in one framework

✔ Explains mathematical concepts through practical security applications

✔ Covers both classical cryptographic methods and modern AI-driven defense systems

✔ Includes emerging topics such as federated learning, differential privacy, and post-quantum cryptography

✔ Suitable for academic study, professional development, and research exploration

✔ Bridges theory, implementation, and real-world cybersecurity challenges

This book serves as a comprehensive roadmap for understanding how mathematics, cryptography, and artificial intelligence collectively shape the future of digital security.

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Kick off your book project in 3 hours! Live workshop on Zoom. You’ll leave with a real book project, progress on your first chapter, and a clear plan to keep going. Saturday, June 6, 2026. Learn more…

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