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Automotive Cybersecurity: Protecting Connected Vehicles
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Protect the Future of Mobility — Master Automotive Cybersecurity from the Ground Up
As modern vehicles evolve into sophisticated, connected systems, they also become prime targets for cyber threats. Automotive Cybersecurity: Protecting Connected Vehicles is your complete guide to understanding the risks, technologies, and defenses that secure today's smart vehicles.
Whether you're an engineer, student, researcher, or automotive professional, this book provides a practical roadmap to safeguard vehicle systems against modern threats — from ECUs and CAN networks to V2X communications and AI-based attacks.
? Inside, You'll Explore:
- The evolution of vehicle cybersecurity and connected car technologies
- Key vulnerabilities in CAN bus, keyless entry, infotainment, and OTA systems
- Real-world attacks like the Jeep Cherokee and Tesla Model S hacks
- Cryptographic techniques, intrusion detection systems, and secure OTA updates
- Standards such as ISO/SAE 21434 and UNECE WP.29
- Future trends: AI in cyber defense, blockchain, quantum cryptography, and more
? Why This Book?
- Written for both newcomers and professionals in automotive and cybersecurity
- Includes real-world case studies and emerging technology coverage
- Offers practical insights into risk assessment, incident response, and secure SDLC
If you're ready to play a role in securing the vehicles of tomorrow, this guide delivers the tools and knowledge you need to make an impact — no jargon, no fluff, just practical, expert-driven content.
Start mastering automotive cybersecurity today — before the next hack hits the road.
LanguageEnglish
PublisherEng. Lucas Williamson
Release dateMay 21, 2025
ISBN9798231411795
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Book preview
Automotive Cybersecurity - Lucas Williamson
Automotive Cybersecurity: Protecting Connected Vehicles
Eng. Lucas Williamson
Table of Contents
Chapter 1: Introduction to Automotive Cybersecurity.............................
The Evolution of Automotive Cybersecurity....................................
Vehicle Communication Systems............................................
Controller Area Network (CAN)..........................................
Vehicle-to-Everything (V2X) Communication...............................
Common Threats and Vulnerabilities.........................................
Attack Vectors......................................................
Case Study: Jeep Cherokee Hack.........................................
Principles of Automotive Cybersecurity.......................................
Defense in Depth.....................................................
Secure Coding Practices................................................
Over-the-Air (OTA) Updates............................................
Emerging Trends in Automotive Cybersecurity..................................
Machine Learning and AI...............................................
Blockchain Technology................................................
Quantum Computing..................................................
Implementing a Cybersecurity Framework.....................................
Risk Assessment.....................................................
Security by Design...................................................
Incident Response....................................................
Conclusion............................................................
Chapter 2: The Evolution of Connected Vehicles..................................
Introduction to Connected Vehicles..........................................
Definition and Scope..................................................
Historical Context and Technological Evolution.................................
The Genesis of Vehicle Connectivity......................................
Advancements in Communication Protocols.................................
The Role of IoT and AI................................................
Current State of Connected Vehicles..........................................
Modern Communication Technologies.....................................
Vehicle-to-Everything (V2X) Ecosystem...................................
Real-World Applications...............................................
Emerging Trends and Future Directions.......................................
Autonomous Vehicles.................................................
Enhanced Cybersecurity Measures........................................
Blockchain in Vehicle Systems...........................................
Edge Computing.....................................................
Challenges in Connected Vehicle Implementation................................
Interoperability......................................................
Data Privacy and Security..............................................
Infrastructure Development.............................................
Conclusion............................................................
Chapter 3: Understanding Vehicle Network Architectures..........................
Introduction to Vehicle Network Architectures..................................
Definition and Importance..............................................
Core Components....................................................
Types of Vehicle Networks................................................
Controller Area Network (CAN)..........................................
Characteristics of CAN:.............................................
Local Interconnect Network (LIN)........................................
LIN Characteristics:................................................
FlexRay...........................................................
Key Features:....................................................
Automotive Ethernet..................................................
Advantages:.....................................................
Vehicle Network Architecture Design.........................................
Network Segmentation.................................................
Protocol Selection....................................................
Scalability and Future-Proofing..........................................
Cybersecurity Implications.................................................
Threat Vectors.......................................................
Security Measures....................................................
Emerging Trends........................................................
Software-Defined Networking (SDN)......................................
V2X Communication..................................................
Conclusion............................................................
Chapter 4: Common Vulnerabilities in Automotive Systems.........................
Introduction to Automotive Cybersecurity......................................
Electronic Control Units (ECUs) and CAN Bus Vulnerabilities......................
Electronic Control Units: The Heart of Modern Vehicles........................
CAN Bus: Communication Backbone and Its Flaws............................
Exploiting CAN for Malicious Control.....................................
Keyless Entry and Start Systems.............................................
Convenience at a Cost.................................................
Relay Attacks.......................................................
Infotainment Systems and Connectivity.......................................
Infotainment: The Digital Interface........................................
Attack Vectors through Connectivity......................................
Case Study: Jeep Cherokee Hack.........................................
Telematics and External Communication......................................
Telematics: The Data Highway...........................................
Data Interception and Manipulation.......................................
Over-the-Air (OTA) Updates...............................................
Enhancing Security with OTA...........................................
Securing OTA Channels...............................................
Vehicle-to-Everything (V2X) Communication..................................
The Future of Connected Vehicles........................................
Security Challenges in V2X.............................................
Conclusion............................................................
Chapter 5: Threat Actors and Their Motivations.................................
Understanding Threat Actors...............................................
Classification of Threat Actors...........................................
Motivations Behind Attacks................................................
Financial Gain.......................................................
Espionage..........................................................
Ideological Beliefs....................................................
Personal Vendetta....................................................
Techniques Employed by Threat Actors.......................................
Malware...........................................................
Phishing...........................................................
Exploitation of Software Vulnerabilities....................................
Emerging Trends in Threat Landscape........................................
Increased Connectivity.................................................
Advanced Persistent Threats (APTs).......................................
Machine Learning and AI in Cyber Attacks..................................
Strategic Defense Measures................................................
Multi-Layered Defense................................................
Regular Security Audits................................................
Threat Intelligence Sharing.............................................
Education and Training................................................
Chapter 6: Cybersecurity Standards and Regulations..............................
Understanding the Landscape...............................................
Key Cybersecurity Standards...............................................
ISO/SAE 21434: Road Vehicles - Cybersecurity Engineering.....................
UNECE WP.29: World Forum for Harmonization of Vehicle Regulations...........
NIST Cybersecurity Framework..........................................
Regulatory Frameworks...................................................
The General Data Protection Regulation (GDPR).............................
The California Consumer Privacy Act (CCPA)...............................
Implementation Strategies.................................................
Risk Management Framework...........................................
Secure Software Development Lifecycle (SDLC).............................
Emerging Trends and Future Directions.......................................
Vehicle-to-Everything (V2X) Communication...............................
Artificial Intelligence and Machine Learning.................................
Conclusion............................................................
Chapter 7: Cryptographic Techniques for Vehicle Security.........................
Introduction to Automotive Cryptography......................................
The Role of Cryptography in Vehicle Security..................................
Symmetric Key Cryptography..............................................
Definition and Characteristics............................................
Common Algorithms..................................................
Challenges.........................................................
Asymmetric Key Cryptography.............................................
Definition and Characteristics............................................
Common Algorithms..................................................
Applications in Vehicles...............................................
Vehicle-to-Everything (V2X) Cryptography....................................
Secure V2X Communication............................................
Public Key Infrastructure (PKI)..........................................
Cryptographic Protocols for Vehicle Networks..................................
Secure Onboard Communication.........................................
Over-the-Air (OTA) Updates............................................
Emerging Trends and Future Directions.......................................
Quantum-Resistant Cryptography.........................................
Lightweight Cryptography..............................................
Conclusion............................................................
Chapter 8: Intrusion Detection and Prevention Systems............................
Introduction to Intrusion Detection and Prevention Systems.........................
The Role of IDPS in Automotive Cybersecurity.................................
Definition and Purpose................................................
Key Components.....................................................
Types of IDPS in Automotive Networks.......................................
Network-based IDPS (NIDPS)...........................................
Host-based IDPS (HIDPS)..............................................
Hybrid IDPS........................................................
Detection Techniques....................................................
Signature-based Detection..............................................
Anomaly-based Detection..............................................
Stateful Protocol Analysis..............................................
Implementing IDPS in Connected Vehicles.....................................
Architectural Considerations............................................
Integration with Vehicle Networks........................................
Emerging Trends and Challenges............................................
Integration with Advanced Driver Assistance Systems (ADAS)...................
Use of Artificial Intelligence............................................
Challenges in IDPS Deployment..........................................
Conclusion............................................................
Chapter 9: Secure Software Development for Automotive Applications................
Introduction to Secure Software Development...................................
Understanding
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