AgroBot Full-Process Agricultural Automation Deployed Commercially: Unmanned From Planting to Harvest

On July 1, 2028, Israeli agricultural robotics company AgriBot announced that its AgroBot full-process automation system completed its first fully commercial unmanned growing cycle on a 1,000-acre cornfield in Iowa. Every stage—from planting, fertilizing, weeding, and irrigating to harvesting—was completed entirely by robot swarms without any human workers.

The AgroBot system comprises three core components: AgroBot Field handles ground-level planting, fertilizing, and weeding with RTK centimeter-level positioning and multispectral visual recognition for precision down to individual plants; AgroBot Sky drones handle crop health monitoring and spraying operations, covering 200 acres per hour; and AgroBot Brain, the central dispatch system, optimizes operations in real time based on weather data, soil sensors, and satellite imagery.

AgriBot CEO David Levy said: "Agricultural labor shortages are a global problem. In the US, it takes an average of 45 days to fill a farm position. AgroBot frees farmers from human dependency while improving yields through precision operations."

The first commercial cycle data is impressive: corn yield reached 205 bushels per acre, 18% higher than the adjacent control field using traditional methods. Fertilizer use decreased 25%, water use 30%, and pesticide use 40%. Labor costs dropped to zero, though the AgroBot system lease fee is $120 per acre per year.

AgriBot plans to expand AgroBot's commercial footprint to 50,000 acres by the end of 2028, covering corn and soybean growing regions in the US Midwest. XAG and DJI Agriculture in China are advancing similar full-process automation solutions.