The Handbook of Security, Quantum Computing, and Internet of Things explores the critical intersection of IoT, security, and quantum technologies. As IoT devices multiply, ensuring robust protection has become urgent. The book begins with IoT security standards, highlighting vulnerabilities and strategies like SQL Injection Defence (SQLi-DS). It addresses architectural challenges and stresses adaptive frameworks to withstand evolving cyber threats. The role of AI and ML in strengthening IoT security is emphasized, including hybrid ML-based attack prevention and IP reputation validation in isolated networks. Practical applications, such as secure BLE transmission for wearables, illustrate real-world impacts. A detailed examination of IoT components and vulnerabilities provides actionable guidance for risk mitigation. The handbook also introduces quantum cryptography, presenting future-ready methods for safeguarding data. This resource equips researchers, professionals, and students with knowledge to advance IoT security and harness quantum innovations in a rapidly evolving digital landscape.
The Handbook of Security, Quantum Computing, and Internet of Things explores the critical intersection of IoT, security, and quantum technologies. As IoT devices multiply, ensuring robust protection has become urgent.
1. IoT security and standards.
2. SQL injection defence strategy
(SQLi-DS) in legacy and modern web applications to enhance cybersecurity in
IoT and AI era.
3. IoT architecture and security challenges.
4. Significance
of AI and machine learning in scalable IoT applications.
5. Hybrid machine
learning-driven cyberattack prevention for suspicious IP reputation
validation in geographically isolated VPN-tunnelled IoT networks.
6. Detailed
analysis of IoT system components and their vulnerabilities.
7. Internet of
Things (IoT): a security review.
8. Design and implementation of an
intelligent automobile congestion monitoring system with the fusion of IoT
technology.
9. Implementing secure BLE signal transmission through antenna
design techniques in wearable IoT devices.
10. Introduction to quantum
cryptography. Index.
Usha Jain is Assistant Professor in the Department of Computer Science and Engineering at Manipal University Jaipur. She holds a Ph.D. in Computer Science and Engineering from the Central University of Rajasthan, Ajmer (2021), an M.Tech. in Systems Management-IT from Devi Ahilya Vishwavidyalaya, Indore (2014), and a B.Tech. in Computer Engineering from Rajasthan Technical University, Kota (2011).
Anu Sayal is Senior Lecturer in Mathematics/Statistics at Taylors University, Malaysia. With over 16 years of teaching and research experience, she holds a Ph.D. in Mathematics from Uttarakhand Technical University.
Anchit Bijalwan is the IEEE R10 ACEI Lead Ambassador for Vietnam and distinguished academician, researcher, consultant, and trainer specializing in advanced technologies and pedagogy for a diverse range of researchers and educators in higher education.
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