Description
Nature-Inspired Cyber Security and Resiliency explores one of the most exciting and innovative approaches in information technology security: modeling natural and biological systems to combat cyber threats. Drawing on the fact that organisms have evolved extraordinary defenses and resilience against pathogens over millions of years of evolution, the authors show security architects how these structures can be used to protect computer networks. The book introduces the concept of cybersecurity ecology to better understand the interactions between attackers and defenders.
The book explores nature-inspired algorithms to provide elegant solutions to complex network engineering challenges such as optimal packet routing and anomaly detection. A significant portion of the book is dedicated to engineering defense systems based on models of the immune system of living organisms (Immuno-engineering), which enables the system to continuously rebuild itself and withstand unknown attacks. Also, modeling user behavior in cyberspace using text strings and utilizing biological artificial intelligence is fully analyzed in this work.
Book Features
- A detailed review of biological systems simulation methodologies and their applications in network security architecture
- Introducing the concept of engineering defense systems based on the body’s natural immune system (Immuno-engineering)
- Application of Genetic Algorithms in the Design and Development of Intelligent Access Control Schemes in Networks
- Using nature-inspired machine learning techniques to extract features and analyze encrypted traffic
- Providing innovative solutions to solve security and privacy challenges in modern social networks
- An in-depth study of cryptography and cryptanalysis techniques modeled after evolutionary structures in nature
Book specifications
- Publisher: IET SECURITY SERIES
- Lecturer/Author: El-Sayed M. El-Alfy
- Number of pages: 480
- Number of chapters: 16
- Format: PDF
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