Ummer Iqbal – författare

IoT Security: Fundamentals and Key Enabling Technologies explores the complex interactions between Internet of Things (IoT) and the pressing need for effective cyber security solutions. Diving into real-world case studies to provide insights into implementing efficient security measures that safeguard against online dangers, this book comprehensively analyzes the challenges and possibilities presented by intelligent technologies fueling transformational change, emphasizing the crucial role cybersecurity plays in defending networks, data, and user privacy in an increasingly interconnected digital ecosystem.Coverage includes cryptographic methods, communication networks, device identity and access, data governance and privacy, as well as regulatory frameworks and standards for IoT security. Computer science researchers and engineers will benefit from this compilation of cutting-edge research and practical case studies, learning how to minimize risks for IoT and intelligent technologies.Covers emerging application areas in IoT and possible applications of cybersecurity solutionsPresents cutting-edge blockchain-enabled applications for smart cities, cyber-physical systems, cloud computing, intelligent transportation systems, and network securityOffers both theoretical insights and applications of blockchain, edge computing, machine learning/AI, penetration testing, and collaborative security approaches

The book provides comprehensive details on unmanned aerial vehicle applications and allied technologies to enrich the readers with the endless potential of the unmanned aerial vehicles ecosystem. It also presents various international regulatory compliances to the readers to enable them to with informed decisions.Provides a thorough examination of the core principles that form the foundation of Unmanned Aerial Vehicles technology, highlighting the critical significance of sensors in Unmanned Aerial Vehicles operations.Presents a step-by-step approach for designing custom security protocols for secure Unmanned Aerial Vehicles communications.Discusses topics including robot operating systems, communication protocols, and swarm intelligence.Showcases practical case studies to bridge the gap between theory and real-world implementation.Illustrates designing and formulating security protocols for secure drone communication on practical platforms.The text is primarily written for senior undergraduates, graduate students, and academic researchers in electrical engineering, electronics and communications engineering, computer science and engineering, aerospace engineering, and information technology.