To understand why sovereign AI is critical for agriculture, we must look at the evolution of AgTech and how it is changing ...

Overview: AI-driven precision farming enables real-time crop monitoring using data from sensors, satellites, and drones to ...

CDAC pilots AI-driven precision farming in Jharkhand using satellite & weather data for micro & small farmers.

Key market opportunities include rising demand for faster deliveries, labor shortages, and government backing for drones.

CDAC will initiate an AI-driven precision agriculture project in Jharkhand to aid micro and small farmers. Using satellite imagery and weather data, the low-cost system intends to optimize resource ...

The transformation is documented in the study A Review of Drones in Smart Agriculture: Issues, Models, Trends, and Challenges ...

Learn how precision agriculture tools help farmers manage variability and increase profitability through the GEMS framework ...

Climate-resilient agriculture uses biotechnology, biofertilizers, biopesticides, genome-edited crops, and AI-driven tools to ...

Ag robotic offerings are evolving from single-task machines to full platforms that can tackle a number of jobs.

Agricultural drones are becoming routine aviation services across the Middle East, driven by water scarcity, regulation, and ...

Overview AI in soil health analysis enables faster, more accurate assessment of soil conditions using data from sensors, ...

“John Deere is investing heavily in AI research for corn, soybeans, wheat and cotton. Today, with image collection, 6 to 7 ...