Blockchain for Security of Autonomous Intelligent Vehicles
Cyber-Cognition Mechanisms for the Security of Autonomous Intelligent Vehicles (AIS)
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Beschreibung
Blockchain for Security of Autonomous Intelligent Vehicles provides a comprehensive and future-oriented framework for securing next-generation mobility through decentralized technologies. As the transportation ecosystem evolves beyond self-driving vehicles to encompass complex Internet of Drones (IoD) environments and interconnected intelligent mobility infrastructures, the cyberattack surface expands exponentially. This book systematically addresses these emerging vulnerabilities by integrating blockchain foundations with advanced Autonomous Intelligent Vehicle (AIV) architectures and intelligent cyber-physical systems.
Readers engage with a wide spectrum of cutting-edge domains, including blockchain integration with multi-agent AI systems, decentralized trust models, and the security challenges of unmanned aerial vehicles (UAVs) in trustworthy airspace and IoD operations. The text advances both theory and practice through applied frameworks such as smart contracts for secure autonomous operations and analytical treatment of the blockchain trilemma, balancing security, scalability, and decentralization in vehicular and aerial systems.
Bridging theoretical computer science, artificial intelligence, and real-world autonomous mobility engineering, this volume serves as a definitive reference for researchers, industry professionals, system architects, and policymakers seeking to design, govern, and deploy secure, resilient, and trustworthy blockchain-enabled autonomous intelligent systems across the global mobility value chain.>
Blockchain for Security of Autonomous Intelligent Vehicles provides a comprehensive and future-oriented framework for securing next-generation mobility through decentralized technologies. As the transportation ecosystem evolves beyond self-driving vehicles to encompass complex Internet of Drones (IoD) environments and interconnected intelligent mobility infrastructures, the cyberattack surface expands exponentially. This book systematically addresses these emerging vulnerabilities by integrating blockchain foundations with advanced Autonomous Intelligent Vehicle (AIV) architectures and intelligent cyber-physical systems.
Readers engage with a wide spectrum of cutting-edge domains, including blockchain integration with multi-agent AI systems, decentralized trust models, and the security challenges of unmanned aerial vehicles (UAVs) in trustworthy airspace and IoD operations. The text advances both theory and practice through applied frameworks such as smart contracts for secure autonomous operations and analytical treatment of the blockchain trilemma, balancing security, scalability, and decentralization in vehicular and aerial systems.
Bridging theoretical computer science, artificial intelligence, and real-world autonomous mobility engineering, this volume serves as a definitive reference for researchers, industry professionals, system architects, and policymakers seeking to design, govern, and deploy secure, resilient, and trustworthy blockchain-enabled autonomous intelligent systems across the global mobility value chain.
Shows a comprehensive exploration of how blockchain technology can be leveraged to address critical security challenges Presents real-world use cases, architectural models, and simulation frameworks to bridge theory and practice Provides insights into the integration of blockchain with autonomous vehicles, drones and amended vehicular networks
Autor*in
Simeon Okechukwu Ajakwe
Themen in »Blockchain for Security of Autonomous Intelligent Vehicles«
Blockchain Autonomous Vehicles Amended Vehicles Internet of Drones Internet of Vehicles Security Unmanned Aerial Vehicles Connected Intelligence Cybersecurity Vehicular Networks Intelligent Transport System Automobile Autonomous System Information Security Smart Cities