Geospatial Insights in Agriculture: Precision Farming for the Coming Decade
Geospatial technologies are transforming global agriculture by enabling farmers to see, understand, and manage their fields with unprecedented accuracy.
Category Farming
The Future of Farming 2025: 7 Breakthrough Trends Transforming Agriculture
Farming is entering a resilient future. In 2025, AI, robotics, and sustainable practices are shaping a productive, transparent food system.
From Farm to Table: How Cropway’s Seller Studio is Revolutionizing Agri Output – A Deeper Dive
Enter Cropway's Seller Studio – Agri Output. This platform is not just another digital tool or a simple marketplace
Unlocking Agri Potential: Cropway’s AI-Powered Precision Farming Solutions
Cropway, the flagship platform of Exascale Deeptech & AI Pvt. Ltd., is a pioneering full-stack Agritech solution that leverages advanced AI, Machine Learning, GIS, and Big Data to deliver a comprehensive suite of precision farming services.
Carbon Farming and Agricultural Carbon Credits: A New Revenue Stream for Farmers?
Carbon farming refers to a suite of agricultural methods and land management practices designed to increase the amount of carbon captured and stored in soil and vegetation.
Plant Disease Detection: Harnessing AI for Smarter Farming – A Deep Dive
The journey of plant disease detection technologies reflects the broader evolution of agricultural practices—from manual, experience-based methods to cutting-edge AI-driven solutions.
Pomology: A Deep Dive into the Science and Supply of Fruit
Pomology, the branch of horticulture focused on the study and cultivation of fruit and nut crops , plays an essential role in global food production, nutrition, and economies.
Precision Agriculture for Organic Farming: Tech Solutions in 2025
Organic farming, with its emphasis on sustainability and natural inputs, aligns perfectly with the goals of precision agriculture.
Soil Microbiome Engineering with AI and GIS – Revolutionizing Sustainable Agriculture
Soil microbiome engineering aims to restore balance by intentionally designing microbial consortia tailored to specific crops, climates, and soils. But doing this at scale requires precision—and that’s where AI and GIS come in.
Preventing Severe Plant Deficiencies: The Role of Early Detection and Intervention
Plant deficiencies can significantly impact crop yields, affecting the livelihoods of farmers and the food security of communities worldwide.
