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

Overview AI in agriculture improves efficiency by enabling real-time decisions through data, sensors, and smart machines.Computer vision and AI systems reduce i ...

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

The US agricultural economy is changing rapidly. Modern technology boosts output, efficiency, and sustainability. The IoT is revolutionizing farming. Imagine a farm where drones monitor fields, ...

Modern agriculture is a data-rich but decision-constrained domain, where traditional methods struggle to keep pace with ...

In R&D and large-scale corporate applications, China's smart agriculture has entered a phase of deep integration. Unmanned farms, smart ranches, and industrialized breeding complexes are emerging ...

From monitoring soil condition to tagging livestock, there is a growing need for smart farming solutions to collect and transfer data. As many monitoring systems will be in remote locations and ...

A paralysed Chinese man built a smart farm system using just one finger and one toe, turning his tech skills into a profitable start up despite severe illness.

As USDA weighs the future of its $3.1 billion climate-smart commodities grants, projects at Texas and Georgia universities are also on the line. Agriculture Department officials reviewing the agency’s ...

Lagos State government through the State Agricultural Development Authority, LSADA has called for the need to embrace technology-driven agricultural production processes towards enhancing and ...

This story appears in the December 2025 issue of Forbes Asia. Subscribe to Forbes Asia New Zealand unicorn Halter, founded by Forbes 30 Under 30 Asia alum Craig Piggott, is one of the fastest-growing ...