This book is an invaluable reference for those operating within the fields of Cyber Security, Digital Forensics, Digital Policing, Computer Science and Artificial Intelligence. The Internet of Things (IoT) ecosystem presents a wide range of consumer, infrastructure, organisational, industrial and military applications. The IoT technologies such as intelligent health-connected devices; unmanned aerial vehicles (UAVs); smart grids; cyber-physical and cyber-biological systems; and the Internet of Military/Battlefield Things offer a myriad of benefits both individually and collectively. For example, implantable devices could be utilised to save or enhance patients' lives or offer preventative treatments. However, notwithstanding its many practical and useful applications, the IoT paradigm presents numerous challenges spanning from technical, legal and investigative issues to those associated with security, privacy and ethics.

Written by internationally-renowned experts in the field, this book aims to contribute to addressing some of these challenges. Lawyers, psychologists and criminologists could also find this book a very valuable resource at their disposal, and technology enthusiasts might find the book interesting. Furthermore, the book is an excellent advanced text for research and master's degree students as well as undergraduates at their final years of studies in the stated fields.

Provides a comprehensive survey of the literature on current and emerging challenges Offers detailed guides on techniques, tools and methodologies Recommends important and specific future research directions to assist digital leaders

Autorentext

Dr. Reza Montasari is Senior Lecturer in Cyber Threats at the Hillary Rodham Clinton School of Law. Reza's main research interests lie in the areas of Digital Forensics and Cyber Security but also include Cyber Law and Cyber Terrorism. Reza has authored numerous journal articles, conference papers, book chapters, media articles and recently co-edited a volume (with Springer) entitled "Digital Forensic Investigation of Internet of Things (IoT) Devices". He frequently presents at various conferences including the annual International Conference on Global Security, Safety & Sustainability (ICGS3). Reza has also given a number of invited talks including his recent presentation at the College of Policing and The Investigator Spring National Digital Media Investigator's (DMI) Conference (Oxford, UK, 2019). Reza serves as Editorial Board Member, Programme Steering Committee Member, and Reviewer for a number of leading international journals and conferences in the fields of Digital Forensics and Cyber Security. He has previously worked with a number of UK police forces. Reza is also Guest Writer for Today's Legal Cyber Risk to provide advice on the latest Cyber Security issues.

Professor Hamid Jahankhani has taught at both the undergraduate and postgraduate level, full and part-time and supervised and examined research students at the M.Phil., Ph.D. levels, and Doctorate in Professional Studies (D.Prof.). Hamid's teaching has covered a broad range of computing modules in particular Information Security Management, Information Security Risk and Audit, Digital Forensics, Systems Design & Development, Telecommunications and Networking, Computer Systems. Hamid's principal research area for a number of years has been in the field of information security management and digital forensics.

Dr. Haider al-Khateeb holds a position as Reader in Cyber Security and Deputy Director of the Wolverhampton Cyber Research Institute (WCRI) at theUniversity of Wolverhampton. He is Senior Fellow of the Higher Education Academy (SFHEA), with a first-class B.Sc. (Hons) in Computer Science, and Ph.D. in Cyber Security. His role includes leading R&D projects, consultancy, knowledge exchange & research impact including instrumental, conceptual, and capacity building. With over 12 years in the UK's HE sector, he has been invited to talk at various international events, has proven track record of publications, delivered multi-disciplinary projects, and worked with SMEs to launch new innovative products. Haider has delivered a range of both theory-based and hands-on technical training on topics such as Ethical Hacking, Incident Response, Risk Management and Assurance Methodologies, and Information Governance. He has long experience with Transnational Education (TNE) and Executive Master's degrees in Cyber Security through universities as well as leading IT training providers in the UK such as QA Ltd. Haider has also worked on the NCSC's CyberFirst initiative, a pivotal part of the UK government's National Cyber Security Programme to develop the UK's next generation of cyber professionals. As a security researcher, Haider is actively engaged with the latest trends on Distributed Digital Forensics, Cyber Resilience, Cyber Threat Intelligence (CTI), and Online Safety for vulnerable groups. His interest in a broad range of collaborative activities has led to work with national and international researchers to achieve impact, publish in leading journals and to write proposals addressing funding calls, in total he has assisted in the generation of over £1.3m. His quality work has attracted various awards such as best conference papers, teaching awards and university achievement awards.

Inhalt

1. Digital leadership, strategies and governance in cyberspace.- 2. Dynamic cyber risk analysis through maturity models.- 3. Emerging areas at the intersection of Artificial Intelligence, Machine Learning, Deep Learning Cognitive Computing and Digital Forensics.- 4. Current Cyber Threats and Cyber Security Landscape.- 5. Zero trust security strategies and guidelines.- 6. Applications of Machine Learning in crime Investigation including Cyber Terrorism Cases.- 7. Legal and ethical applications and implications of smart cities.- 8. Legal consideration and ethics of AI
   Cyber abuse and investigatory models in smart societies.- 9. Cyber defence, ransomware attacks in the next-generation systems.- 10. System of systems in cyber-physical environments.- 11. Dark Web Forensic Investigation.