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

Modern farming embraces drones and robots to monitor crops, detect problems early and apply treatments with pinpoint accuracy ...

Most agribusinesses already generate the inputs that artificial intelligence needs to be useful: yield history, soil tests, ...

Overview AI in agriculture promises higher efficiency, better yields, and data-driven farming decisions, but real-world ...

A local company started by alumni from Arizona State University works with various farms to incorporate AI-powered technology ...

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

Syngenta expands Pune GCC to enhance AI, digital innovation, and global operations while supporting farmers and creating job ...

The review shows that smart greenhouses using IoT, artificial intelligence, and robotics can greatly improve crop yields, resource efficiency, and sustainability by enabling real-time monitoring, ...

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

An almond orchard in Parlier provides a look into the future of farming. Researchers at UC Merced and the University of California Agriculture and Natural Resources installed an irrigation system ...

In just a century, agriculture has evolved from horsepower measured by animals to machines with hundreds of horsepower and ...