Short description:

Many reports estimate that in 2024, the number of IoT devices exceeded 18 billion worldwide, with predictions to reach 40 billion by 2033. The main objective of this peer-reviewed book is to capture the state-of-the-art in IoT and cover some of its challenges, solutions, and emerging technologies.

Long description:

Many reports estimated that in 2024, the number of IoT devices exceeded 18 billion worldwide, with predictions suggesting that it could reach nearly 40 billion by 2033. Despite primarily being consumer devices, a growing number of them will find uses in industrial and enterprise applications. This shows the significance of IoT and how it shapes the future. However, to realize its full potential, we need to address its challenges and highlight its advancements, applications, and related trends.

Security and privacy represent some of the key challenges that IoT adopters face.The severity of these issues is exacerbated by the growing number of IoT devices, the expansion of Industry 4.0 (and the emergence of Industry 5.0), and the significant increase in cybersecurity attacks. Considering that ensuring security and privacy are crucial for the successful adoption of IoT, this book dedicates several chapters to these areas. The book also presents some novel models that improve IoT environments. Similarly, it presents several practical implementations that utilize IoT to demonstrate some of its real-world applications. Furthermore, it presents several emerging technologies that enable the realization of advanced IoT environments. We see that most IoT advances are taking place in three main areas: the integration of artificial intelligence/machine learning, network technologies, and hardware designs. Therefore, the book dedicates several chapters to these areas. Most chapters touch on the artificial intelligence/machine learning part, which emphasizes the significance of these technologies in today's and next-generation applications.

The main objective of this book is to capture the state-of-the-art in IoT and cover some of its challenges, solutions, and emerging technologies. The peer-reviewed book serves as a reference for researchers, academics, practitioners, and graduate-level students.

Table of Contents:

List of contributors   List of Reviewers   Preface   Acknowledgements   Part I - Concepts, Challenges, and Techniques   1. Internet of Things: Architectures, Technologies, Applications, and Challenges   2. Security and Privacy in Smart Homes: Challenges and Latest Developments   3. Enhancing IoT Security with Radio Frequency Fingerprinting: Traditional and Deep Learning-Based Approaches   4. Strengthening IoT Systems with Blockchain: Consensus Mechanisms and Security Enhancements   5. A Threat Analysis Framework for Cyberattacks in Smart Cities: Ransomware in Focus   Part II - Novel Solutions and Applications   6. Tackling Integration Challenges of Machine Learning in Diverse Internet of Things: A Spread-out Architectural Solution   7. GeoSense: A Smart IoT-Driven Framework for Monitoring Landslides in the Himalayas   8. IoT-MediGuard: An Advanced Monitoring and Predictive Analytics System for Transportation of Medical Supplies   9. IoTMaxHRV: A low-cost IoT Device for Heart Rate Variability Assessment   Part III - Emerging Technologies   10. Split Learning and Synergetic Inference: When IoT Collaborates with the Cloud-Edge Continuum   11. Smart Radio Environments: An Emerging Paradigm for the Internet of Things   12. RISC-V: A Comprehensive Overview of an Emerging ISA for the AI-IoT Era   Part IV - Case Study   13. India and the Internet of Things: Challenges and Opportunities for an Emerging Power   Glossary