The Central Californian company says its robots have logged 15,000 commercial hours on vegetable farms.

IDTechEx has identified automation as a key technology area that could help vertical farms reduce key costs.

Study demonstrates major benefits of drip irrigation for corn production amidst a major food security crisis and the challenges of climate change.

AgroScout software uses both AI and robotics to monitor crops in order to accurately plan processing and manufacturing operations.

Further equip agronomists, crop consultants, and growers with the field-specific imagery they need to diagnose problems.

Roadmap includes formation of commercial unmanned farms operated by advanced machines by the end of the 14th Five-Year Plan period.

Learn how Bullseye Farms in California works with Ceres Imaging to help it optimize its irrigation strategies.

From robotics to connectivity, technological transformation offers tremendous possibility for the farming and food sectors.

Lack of internet signal is one of the greatest challenges facing rural farmers in Brazil.

GUSS (Global Unmanned Spray System) is a pioneer in semi-autonomous orchard and vineyard sprayers.

The alliance will offer farmers an alternative to cope with high input prices through automated, real-time VRA.

AI offers great promise for efficient food production but more work needs to be done before it can be left unsupervised.

The Coalition to provide in-kind seed and crop inputs, as well as satellite-derived prescriptions and in-season monitoring, to Ukrainian farmers.

Jacobs feeds massive, high quality aerial imagery data to fuel Intelinair’s innovative AGMRI crop intelligence platform.

A new report raises considerations around ag's readiness for large-scale adoption of autonomous vehicles.

High-speed ISOBUS demonstrated for first-time at AEF Plugfest during Commodity Classic.

Funding will help accelerate its intention to digitally inform every irrigation recommendation on earth.

U.K.-based Small Robot Company is looking to change farmyard operations using a much smaller approach.

The ClearSky service feeds radar data into a deep neural network to derive the view of a field that a satellite would see if there were no clouds blocking its camera.

This additional input into Intelinair’s AI-powered crop analytics AGMRI platform will help deliver a complete view of every acre, every field from planting to harvest.