Smart Farming Systems and Solutions in Agriculture explores the transformative role of advanced technologies in modern agriculture. The book highlights how the integration of IoT, ICT, and data-driven systems can enhance productivity, optimize resource use, and promote environmental sustainability. It bridges traditional agricultural practices with cutting-edge innovations, focusing on smart solutions for irrigation, nutrient management, and precision farming. Covering a wide range of global perspectives across nineteen chapters, the book evaluates the cost-effectiveness and practical impact of smart agricultural systems. Designed for researchers, academicians, and postgraduate students, it serves as a comprehensive guide to building efficient, resilient, and technology-enabled farming systems.

Shreya Singh is a dedicated and emerging agricultural researcher with a strong focus on sustainable and technology-enabled agriculture. She is currently a Master’s student in Soil Science and Agricultural Chemistry at Udai Pratap Autonomous College, where she is actively engaged in research that bridges contemporary agricultural challenges with digital and climate-smart innovations.

Shreya has a growing scholarly profile with multiple publications (25+), network engagement, and citations, reflecting her active contribution to research on topics such as smart farming innovations, climate-smart agriculture, AI applications in agriculture, soil fertility, and sustainable farming systems. Her research record includes book chapters and academic articles addressing emerging issues in agriculture and environmental sustainability. Her academic interests cover key areas such as agriculture and sustainable agriculture, artificial intelligence in agriculture, soil fertility and soil health, climate change and agriculture, and organic and precision farming.

In addition to her academic work, Shreya is a practical communicator and advocate for farmer-centric innovations. She maintains a widely read blog and LinkedIn newsletter dedicated to practical farming insights, sustainable techniques, and technology adoption, reaching an extensive audience with high engagement across the agriculture community.

Shreya has actively participated in workshops, seminars, conferences, and technical sessions, contributing her expertise to both national and international audiences. She has authored numerous book chapters and research contributions in well-recognized publications, strengthening her impact in the field.

As a passionate supporter of inclusive agricultural growth, particularly women’s empowerment in agri-innovation, Shreya is involved in initiatives supporting female entrepreneurship and youth engagement in rural and agricultural development. Her interdisciplinary approach—combining traditional agricultural knowledge with cutting-edge technologies such as AI, IoT, precision farming, and climate analytics—positions her as a forward-looking thought leader in the evolving landscape of smart and sustainable agriculture.

Chapter 1 Exploring Agricultural Transformation through Digital Connectivity
Chapter 2 Harnessing AI for Modern Farming and Future Agricultural Innovation
Chapter 3 Blending Cognitive Technologies and IoT for Eco-Friendly Farming Solutions
Chapter 4 Adoption of Emerging Digital Tools in Smart Agricultural Systems
Chapter 5 Technological Advancements in Automated Agricultural Operations
Chapter 6 The Evolution of Food Systems in the Digital Age
Chapter 7 Innovative Frameworks for Promoting Sustainable Farming Practices
Chapter 8 Integrative Approaches for Enhancing Accuracy in Agriculture
Chapter 9 Technological Solutions for Addressing Agricultural Water Challenges
Chapter 10 Intelligent Vehicle Systems for Improved Farm Harvest Efficiency
Chapter 11 Advanced Sensor Networks for Data-Driven Farming
Chapter 12 Application of IoT and Wireless Networks in Agricultural Management
Chapter 13 Real-Time Soil Health Monitoring Using Smart Technologies
Chapter 14 Next-Generation Crop Surveillance and Management Systems
Chapter 15 Utilizing Aerial and Ground-Based Drones in Precision Farming
Chapter 16 AI-Driven Strategies for Pest Surveillance and Control
Chapter 17 Machine Learning Techniques for Plant Disease Identification
Chapter 18 Artificial Neural Networks in Agricultural Decision Support Systems
Chapter 19 Eco-Smart Greenhouse Design with Real-Time Alert Integration