About this book:

Discover how the convergence of the Internet of Things and artificial intelligence is reshaping every facet of modern farming, from the soil beneath your feet to the satellites orbiting overhead. This book walks you through the foundational technologies—soil moisture sensors, nutrient probes, weather stations, and wearable livestock monitors—that give farms a digital nervous system, and shows how AI transforms raw data into actionable insights for seeding, fertilizing, irrigating, and protecting crops.

Explore the practical applications of precision agriculture, where variable‑rate technology, GPS‑guided machinery, and drone‑based multispectral imaging enable you to treat each square meter of land according to its exact needs. Learn how automated irrigation systems, smart greenhouses, and vertical farms optimize water and energy use while boosting yields, and see how robotic weeders, harvesters, and autonomous tractors are turning labor‑intensive tasks into precise, data‑driven operations.

Gain a deep understanding of the data ecosystem that powers the smart farm, from integrating sensor streams and satellite imagery to building predictive models for yield, weather, and market trends. The book explains how big‑data platforms, cloud computing, and edge AI turn terabytes of information into prescription maps, health alerts, and financial forecasts, and it demonstrates how blockchain can add transparency and trust to the entire food supply chain.

Beyond the technology, you’ll examine the economic and policy realities of adopting agri‑tech: calculating return on investment, navigating data ownership and privacy concerns, addressing rural connectivity challenges, and understanding the regulatory landscape for autonomous machinery and gene‑edited crops. Real‑world case studies illustrate both the successes and the hurdles faced by farms of all sizes, helping you make informed decisions about investment and implementation.

Finally, look ahead to the future of farming in 2050, where swarms of lightweight robots, AI‑driven biological management, and data‑as‑a‑service models create a sustainable, profitable, and resilient agricultural system. By the end of this book, you’ll have a clear roadmap for harnessing IoT and AI to increase productivity, reduce waste, protect the environment, and thrive in the digital age of agriculture.

What You'll Find Inside:

• How IoT sensors and AI analytics create a digital nervous system for farms, enabling real-time monitoring of soil conditions, crop health, and livestock welfare
• Precision agriculture techniques that apply water, fertilizer, and pesticides with surgical accuracy based on data-driven prescription maps
• Applications of drones, satellites, and remote sensing technologies for crop monitoring, disease detection, and yield forecasting
• Automation and robotics in seeding, weeding, harvesting, and livestock management that reduce labor costs and increase precision
• Data management strategies including blockchain for supply chain transparency, predictive analytics for forecasting, and sustainable resource optimization

Who's It For:

This book is essential for farmers and agricultural professionals seeking to modernize their operations with technology, agri-tech entrepreneurs and investors looking to understand market opportunities, students and researchers in agricultural science and technology, policy makers developing regulations for smart farming, and anyone interested in the future of sustainable food production systems. It provides both technical depth and strategic insights valuable for decision-makers across the agricultural value chain.