Internet of Things Security: Challenges, Advances, and Analytics [Hardcover]

Most of the devices in the Internet of Things will be battery powered sensor devices. All the operations done on battery powered devices require minimum computation. Secure algorithms like RSA become useless in the Internet of Things environment. Elliptic curve based cryptography emerges as a best solution for this problem because it provides higher security in smaller key size compare to RSA. This book focuses on the use of Elliptic Curve Cryptography with different authentication architectures and authentication schemes using various security algorithms. It also includes a review of the math required for security and understanding Elliptic Curve Cryptography.

1. Internet of Things: An Overview.

2. A Mathematical Foundation.

3. IoT Authentication.

4. Single-Server Authentication.

5. Multi-Server Authentication Schemes.

6. Attacks and Remedies.

7. Analytical Matrices and Tools.

8. Future Work and Conclusion.

This book focuses on the use of Elliptic Curve Cryptography with different authentication architectures and authentication schemes using various security algorithms to secure the Internet of Things. It also include mathematics from basic level to advance level required for security.

Chintan Patel is a research scholar in the Department of Computer Engineering at Pandit Deendayal Petroleum University, Gandhinagar Gujarat. Mr. Patel has more than four years of experience in academics. He has completed masters from SRM University, Chennai, India and is pursuing a Ph.D. from PDPU, Gandhinagar India. With the effective academic, he is an active researcher and have published papers in various reputed journals like springer.His main area of interest includes Cryptography,Wireless Sensor Network and Internet of Things. He has also worked as a Microsoft student partner for SRM Ulx