This edited volume presents a comprehensive examination of IoT-driven innovation and its transformative impact across key sectors of modern society. Bringing together foundational principles and advanced technological applications, the book explores how the Internet of Things integrates seamlessly with AI, wireless sensor networks, blockchain security frameworks, and edge/fog computing architectures to enable intelligent, data-driven ecosystems. Covering diverse domains such as smart healthcare, precision agriculture, intelligent transportation, and environmental monitoring, the chapters highlight real-world case studies and emerging solutions that contribute to sustainable and resilient development. Each contribution offers interdisciplinary perspectives that blend engineering, computer science, and domain-specific insights, providing readers with a robust understanding of both theoretical concepts and practical deployments. Designed for students, researchers, technologists, and industry professionals, the book addresses the opportunities, challenges, and future directions of large-scale IoT implementation. It emphasizes the importance of secure, scalable, and energy-efficient infrastructures that support global goals related to sustainability, smart cities, digital health, and climate resilience. Overall, this volume serves as a critical resource for anyone seeking to design, analyze, or manage next-generation IoT systems that drive innovation, strengthen societal resilience, and enhance quality of life.
