Engineering

Revolutionizing Automotive Technology: Exploring Engineering Innovations

Cyber Safety and Reliability Engineering in Automobiles
Editors: Keshav Kaushik
Prof. (Dr.) Akashdeep Bahrdwaj
Dr. Ashutosh Dhar Dwivedi

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Cyber Safety and Reliability Engineering in Automobiles

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Series: Revolutionizing Automotive Technology: Exploring Engineering Innovations

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Scope of the Book:
In the domains of automotive cybersecurity, safety engineering, and reliability, the ground-breaking edited volume, Cyber Safety and Reliability Engineering in Automobiles, will combine the knowledge of top experts from academia, industry, and practice. The book will discuss the urgent need for a thorough grasp of cyber safety measures and reliability engineering methods to maintain the security and dependability of modern automobiles as the automotive industry quickly changes with the incorporation of innovative technology. This timely compilation plans to open with a broad overview of the historical evolution and state of automotive cybersecurity, laying the groundwork for a detailed analysis of the potential and problems brought about by cars becoming more and more connected. The authors, who are all experts in their fields, explore basic ideas such as reliability engineering concepts used in safety-critical automotive systems and risk assessment models specifically designed for connected cars.

In-depth discussions of secure coding, verification techniques, and authentication methods are provided in the chapters that examine the complex relationship between software development processes and the security of automotive applications. This article deconstructs network security in connected cars and gives readers a sophisticated grasp of secure communication protocols, in-car network architecture, and cyber intrusion detection and prevention techniques. With talks on the function of Hardware Security Modules (HSMs), trusted execution environments, and secure hardware design principles, hardware security—a crucial component of the broader cybersecurity framework—is given the attention it deserves. The book addresses the challenges of creating user-centric cybersecurity measures, taking into account human-machine interface (HMI) features, and raising awareness among car users, all of which contribute to the importance of the human factor in automotive cybersecurity.

Real-world case studies shed light on the useful uses of cybersecurity safeguards and provide insightful insights from events, triumphs, and setbacks within the automotive sector. With the rising significance of privacy and responsible data practices in the connected car ecosystem, the book broadens its focus to include ethical questions around the gathering and use of vehicle data. Emphasizing the necessity for multidisciplinary collaboration, the future-focused chapters examine the cybersecurity implications of autonomous car technology, the role of artificial intelligence and machine learning, and the global views on automotive cybersecurity. To define the future of automobile cybersecurity, the collection finishes by highlighting potential for innovation, identifying new difficulties, and making suggestions for continued study.

Cyber Safety and Reliability Engineering in Automobiles is a thorough reference for experts, scholars, and learners who want to gain a deep comprehension of the complex field of automotive cybersecurity and the critical role reliability engineering plays in guaranteeing

the dependability and safety of contemporary automobiles. This curated book is a useful resource for anybody involved in the dynamic and ever-evolving subject of automobile technology because of the different viewpoints provided by the contributors.

Target Audience:
Professionals working in the automotive sector will find the real-world case studies and future-focused content very helpful, especially those in cybersecurity and safety engineering. The book is appropriate for academic libraries at schools that provide these kinds of programs, giving teachers and students a thorough resource. Furthermore, academic bookstores and researchers in the domains of automotive technology and cybersecurity will find the information to be both relevant and educational. The major focus remains on academia and professionals directly involved in automotive engineering and cybersecurity, while it will also be of interest to professionals and policymakers in the larger cybersecurity business.


Important Dates:
Abstract Submission: 30/04/2024 Abstract Acceptance: 15/05/2024
Complete Chapter Submission: 30/06/2024 Complete Chapter Acceptance: 15/07/2024 Final Manuscript Acceptance: 30/07/2024

Submission Procedure:
Interested Authors are requested to submit their book chapters
email to: crcpressbooktnf@gmail.com


CONTENTS:
Topics for the submission but not limited to:

Chapter 1: Introduction to Automotive Cybersecurity

Overview of the historical development and current landscape of cybersecurity in the automotive industry, highlighting the need for robust safety and reliability engineering.

Chapter 2: Risk Assessment Models for Connected Vehicles
A detailed exploration of cyber risk assessment models tailored for connected vehicles, emphasizing the identification and analysis of potential threats.

Chapter 3: Reliability Engineering in Automotive Systems
Principles and methodologies of reliability engineering applied to safety-critical automotive systems, with a focus on failure modes analysis and prevention.

Chapter 4: Secure Software Development Practices in the Automotive Sector
Insights into best practices for secure software development, including code integrity, verification, and authentication mechanisms specific to automotive applications.
Chapter 5: Network Security in Connected Vehicles
In-depth examination of in-vehicle network architecture, secure communication protocols, and strategies for intrusion detection and prevention in connected vehicles.

Chapter 6: Hardware Security Modules (HSMs) in Automotive Systems
Exploration of the role of hardware security modules in ensuring the integrity and security of automotive hardware, along with practical implementations.

Chapter 7: Human Factors in Automotive Cybersecurity
Discussion on designing user-centric cybersecurity measures, considering human-machine interface (HMI) elements, and strategies for enhancing cybersecurity awareness among vehicle users.

Chapter 8: Real-world Case Studies in Automotive Cybersecurity
Examination of notable cybersecurity incidents in the automotive industry, successful implementations of cybersecurity measures, and lessons learned from failures.

Chapter 9: Ethical Considerations in Collecting and Using Vehicle Data
Exploration of privacy concerns, ethical challenges, and responsible practices related to collecting and utilizing data generated by connected vehicles.

Chapter 10: Autonomous Vehicles and Cybersecurity Implications
Analysis of the specific challenges and cybersecurity implications associated with the integration of autonomous vehicle technology.

Chapter 11: Global Perspectives on Automotive Cybersecurity
Comparative analysis of cybersecurity approaches worldwide, including regulatory frameworks, collaborative efforts, and divergences in addressing automotive cybersecurity.

Chapter 12: Interdisciplinary Collaboration in Automotive Cybersecurity
Examination of the collaborative efforts needed between engineers, computer scientists, ethicists, and other disciplines to address the complex challenges of automotive cybersecurity.

Chapter 13: Challenges and Opportunities in the Automotive Cybersecurity Landscape
Identification of emerging threats, challenges, and innovative opportunities in the evolving landscape of automotive cybersecurity.

Chapter 14: Artificial Intelligence and Machine Learning in Vehicle Security
Exploration of the role of AI and machine learning in enhancing vehicle security, including threat detection, anomaly identification, and adaptive cybersecurity measures.

Chapter 15: Future Trends and Research Directions
Delving into emerging technologies, future trends, and recommendations for ongoing research in the field of cyber safety and reliability engineering in automobiles


About the Authors / Editors:
Editors: Keshav Kaushik
School of Computer Science, University of Petroleum and Energy Studies, Dehradun, Uttarakhand, India

Keshav Kaushik is an experienced educator with around ten years of teaching and research experience in cybersecurity, digital forensics, and the Internet of Things. He is working as an Assistant Professor (Senior Scale) in the systemic cluster under the School of Computer Science at the University of Petroleum and Energy Studies, Dehradun, India. He has published 100+ research papers in international journals and has presented at reputed international conferences. He is a Certified Ethical Hacker (CEH) v11, CQI and IRCA Certified ISO/IEC 27001:2013 Lead Auditor, Quick Heal Academy Certified Cyber Security Professional (QCSP), and IBM Cybersecurity Analyst. He acted as a keynote speaker and delivered 50+ professional talks on various national and international platforms. He has edited over twenty books with reputed international publishers like Springer, Taylor and Francis, IGI Global, Bentham Science, etc. He has chaired various special sessions at international conferences and also served as a reviewer for peer-reviewed journals and conferences. Currently, he is also serving as a Vice Chairperson of the Meerut ACM Professional Chapter and is also a brand ambassador for Bentham Science. Moreover, he is also serving as a guest editor in the IEEE Journal of Biomedical and Health Informatics (J-BHI) (IF:7.7).

Prof. (Dr.) Akashdeep Bahrdwaj
Professor, School of Computer Science, University of Petroleum and Energy Studies, Dehradun, Uttarakhand, India

Prof. (Dr.) Akashdeep Bhardwaj is working as Professor (Cybersecurity & Digital Forensics) at the University of Petroleum & Energy Studies (UPES), Dehradun, India. Akashdeep has worked as a Technology Leader and head of several multinational organizations. Akashdeep is an eminent IT Industry & Academic expert with over 27 years of experience in Cybersecurity, Digital Forensics, and IT Management Operations. In his current role, Dr. Akashdeep mentors graduate, master’s, and doctoral students from national and international universities apart from leading Cybersecurity projects. Akashdeep has published over 100 research papers in SCI/WoS/Scopus journals, several books & chapters, and four patents.

Dr. Ashutosh Dhar Dwivedi
Postdoctoral Researcher, Cybersecurity Group, Department of Electronic Systems, Aalborg University, Copenhagen, Denmark

Dr. Ashutosh Dhar Dwivedi is a Postdoctoral Researcher in Cybersecurity Group, Aalborg University, Copenhagen, Denmark. His research field includes Machine Learning, Cryptography, Security and Blockchain. He completed his PhD from the Polish Academy of Sciences, Poland in March 2020. He received the B.Sc. (Maths) degree from Ewing Christian College (an autonomous college of the University of Allahabad), Allahabad, India, and the MCA degree from the Amity School of Computer Sciences, Noida, India. Prior to joining Aalborg University, he worked as Postdoctoral Researcher at Department of Digitalization, Copenhagen Business School, Denmark, DTU Compute (Cyber Security Section), Technical University of Denmark, full time Visiting Researcher at the University of Waterloo, Ontario, Canada, Research Associate at the Brandon University, Manitoba, Canada, Research Employee and PhD at Polish Academy of Sciences, Warsaw, Poland and Research Scholar at the Military University of Technology, Warsaw, Poland. He has a rich industry experience as well. He was an Intern (under his master’s project) with the prestigious organization "Center for Railway Information Systems, New Delhi," governed by the Ministry of Railways, India. He was with organizations related to software development projects for two years. In 2015, he moved to Poland and started a career in cryptography research.




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