Green Cyber-physical Systems

Green Cyber-physical Systems
IOT and Blockchain for Sustainable Next-generation Integrated Systems

Computing and Information Science and Technology

Green Cyber-physical Systems
IOT and Blockchain for Sustainable Next-generation Integrated Systems Forthcoming

Editor: Usha Desai, S.E.A College of Engineering & Technology, Bengaluru, India

ISBN: 9788743809555 (Hardback) e-ISBN: 9788743809302

Available: July 2026


This book explores sustainable cyber-physical systems through IoT, Blockchain, AI, and post-quantum security. It covers energy-aware threat detection, federated learning, and real-world applications in healthcare, finance, and agriculture for a greener digital future.
Blockchain IoT, decentralized IoT, IoT security, scalable IoT Networks, smart contracts in IoT, IoT data integrity, edge computing, quantum computing, cybersecurity, threat models, classical cryptographic primitives, quantum-safe cryptography, energy-aware cryptographic methods, post-quantum cryptography (PQC), future-proof encryption techniques, sustainability and security, energy requirements of encryption, computational expenses, environmental impact, quantum-resistant algorithms, lattice-based cryptography, hash-based cryptography, code-based cryptography, energy consumption implications, lightweight encryption solutions, Internet of Things (IoT) security, mobile security, low-energy consensus algorithms, proof of stake (PoS) , proof of work (PoW), energy-efficient Blockchain, energy-measuring techniques, minimizing energy consumption in encryption, quantum resilience, sustainable cryptographic design, protective encryption practices, post-quantum world security, cosmic insights, AI in renewable energy, solar energy, wind power, green hydrogen, sustainable energy, astronomy, human factors, sustainability, cyber physical systems, convolutional neural network (CNN), transfer learning, self-organizing map (SOM)
  • Comparative Analysis of Traditional vs. Blockchain-enhanced IoT Systems
  • Sustainable Encryption: Balancing Security and Energy Efficiency in the Post-quantum Era
  • Celestial Lessons for Green Innovations: Astronomyâ??s Role in Sustainability
  • A Comprehensive Study on Human Factors in Cyber-sustainability
  • Energy-aware Threat Detection: Sustainable Approaches to Cybersecurity Monitoring and Incident Response
  • Explainable AI for Cybersecurity Solutions
  • Feature-enriched Network Intrusion Detection: A Comparative Study
  • Advancing IoT Security with ML and Deep Learning-based Intrusion Detection
  • A Comparative Study of Abstractive Legal Document Summarization using Large Language Models
  • Cybersecurity Challenges and Solutions in Aviation: A Focus on Cyber-Physical Systems
  • Cross-domain Data Correlations using Observability in Financial Systems: Enhancing Cybersecurity Posture through Integrated Analysis
  • A Review on Fundamental Principles of Quantum Cryptography
  • Towards Privacy-aware Hyper Personalization: Exploring Federated Learning for Edge Computing
  • Exploring the Impact: A Comprehensive Survey of IoT Applications in Healthcare
  • The Aloe Vera Plant Leaf Disease Detection System in Agriculture 4.0: Integrating AI and Blockchain Technology
  • 1D Self-organizing Feature Map Technique for Prediction of COVID-19 Infection
  • An Enhanced Privacy-preserving Approach: Intrusion Detection with Federated Learning and Deep SHAP
  • Innovative Supporting Smart System: A Primitive Model to Address Nature Call Challenges for Bedridden Individuals
  • Skin Cancer Detection in Skin Lesion Images Using Weighted Ensemble-based VGG16 CNN
  • Precision Agriculture: Principles and Practices with Large Language Models for Sustainability