8 New Sensors Books Reshaping the Industry in 2025

Drawing from his extensive experience in sensor technology, Vinod Kumar Khanna delves into how sensors form the backbone of the Internet of Things (IoT). You’ll gain a clear understanding of the IoT ecosystem, including how sensors integrate with networking and computation to bridge physical and digital realms. The book unpacks various sensor technologies and their applications in smart cities, agriculture, and factories, illustrating practical deployments that impact daily life. If you’re involved in engineering, computer science, or physics and want to stay current with sensor innovations driving IoT, this book offers focused insights without unnecessary jargon.

During the exploration of self-powered sensor technologies, the authors developed this work to showcase the cutting-edge advancements in wearable electronics. You’ll find detailed examinations of energy-harvesting approaches like piezoresistive, triboelectric, and thermoelectric methods, alongside insights into novel nanomaterials and fabrication techniques. The chapters balance technical depth with practical understanding, such as the implantable applications of thermoelectric sensors and neuromorphic device innovations. If you’re involved in sensor research or wearable device development, this book offers a focused look at emerging materials and energy solutions reshaping the field.

This tailored book explores the latest breakthroughs and developments in sensor technology as of 2025, focusing on areas that match your interests and background. It examines emerging trends such as advanced IoT sensor networks, innovative energy-harvesting techniques, and cutting-edge environmental and maritime sensing applications. By concentrating on your specific goals, this personalized guide reveals the newest scientific discoveries and evolving research shaping the sensor landscape today. It also highlights how these developments impact real-world applications, helping you gain a deep understanding of sensor innovations that matter most to you.

What sets this handbook apart is its deep dive into the often overlooked challenges of electrochemical gas sensors, particularly cross-sensitivity and cross-interference. Dr. Kos Galatsis, drawing on extensive expertise in gas sensing technology, unpacks how sensors designed for specific gases can react unpredictably to others, and how environmental factors further complicate signal accuracy. You get detailed explanations of chemical and physical causes, alongside practical methods like selective filtering and advanced calibration to improve sensor reliability. This book suits professionals and students aiming to sharpen their understanding of sensor limitations and enhance real-world gas detection systems.

HN Kapse and HB Goldsmith present a detailed examination of environmental sensors, driven by the urgent need to address current ecological challenges. You’ll explore how these devices function across atmospheric, aquatic, and terrestrial settings, gaining insights into sensor physics, chemistry, and the latest technological advances. The book breaks down complex topics like air and water quality monitoring with accessible explanations and real-world case studies, making it a solid resource if you’re involved in environmental science or engineering. While it offers foundational knowledge valuable to beginners, professionals interested in the latest sensor applications and sustainable development will find it particularly relevant.

Unlike most books that focus narrowly on technology specs or company profiles, Prof Philip M. Parker Ph.D. takes a broader, economic perspective on consumer electronic sensors worldwide. Drawing from his extensive market research experience, he offers detailed projections of latent demand across 190+ countries, helping you understand where sensor markets are headed over the next half decade. You'll gain insights into regional and global market shares, economic drivers, and industry scale without getting bogged down in product-level minutiae. If you seek a strategic grasp of sensor market potentials, especially in image, motion, and proximity sensors across sectors like IT and wearables, this book fits well — but it’s less suited for those wanting granular product or company analysis.

This tailored book explores the evolving landscape of sensor technologies with a focus on emerging trends and forecasts relevant to 2025 and beyond. It examines the latest discoveries and innovations in sensor design, applications, and industry shifts, providing a deep dive into specific topics that match your background and interests. By concentrating on your unique goals, this personalized guide reveals how sensor advancements intersect with IoT, environmental monitoring, and autonomous systems, helping you stay informed about tomorrow’s challenges and opportunities. This focused narrative encourages a nuanced understanding of sensor evolution, enabling you to engage with cutting-edge developments directly aligned with your professional and learning objectives.

What started as a detailed economic analysis project, Prof Philip M. Parker Ph.D. developed this report to quantify the global market potential for electronic sensors through 2030. You’ll find clear metrics like latent demand and potential industry earnings mapped across over 190 countries, enabling a strategic, big-picture understanding of the sensors sector’s economic landscape. The book doesn’t dive into specific products or companies but instead offers econometric modeling that highlights long-term market opportunities by region and country. If you’re involved in market research, policy planning, or high-level electronics strategy, this book equips you with a broad, data-driven perspective on where sensor demand is headed worldwide.

What if everything you knew about wireless sensor networks was challenged by the integration of IoT technologies? Samayveer Singh and his co-authors draw from their academic and technical backgrounds to offer a detailed examination of IoT-enabled sensor networks, blending architecture, methodologies, and security considerations in one concise volume. You’ll gain insights into optimized routing protocols for accident detection and a bio-inspired approach to network design, with chapters dedicated to securing networks in homes, urban settings, and businesses. This book suits graduate students and practitioners aiming to understand network design for embedded applications, especially those using single board computing devices.

When R. Glenn Wright explored the integration of artificial intelligence and advanced computing within maritime sensor networks, he uncovered a landscape transforming how vessels navigate and operate. This book walks you through the evolution from traditional ship sensors to next-generation smart and quantum sensors, offering detailed insights into their roles in enhancing vessel performance and safety. You’ll learn about current International Maritime Organization regulations, cybersecurity risks, and emerging technologies shaping the future of autonomous and unmanned ships. If you’re involved in maritime navigation, sensor development, or academic study, this book delivers a forward-looking perspective grounded in the latest research and practical applications.