Carbon Robotics’ LaserWeeder G2 uses artificial intelligence, high-resolution cameras and lasers to identify and eliminate weeds as it moves through a field. The tractor-mounted system provides weed control without herbicides or soil disturbance.
Photo: Thomas Skernivitz

Mechanical Transplanter Company’s bed-preparation equipment combines multiple operations on a single toolbar, including laying plastic mulch and preparing rows for specialty crop production.
Photo: Thomas Skernivitz

FJDynamics’ autonomous mower uses satellite-based positioning and onboard navigation technology to operate without a driver, automating routine mowing and vegetation management.
Photo:: Thomas Skernivitz

Burro’s autonomous mobile robot uses computer vision, GPS and artificial intelligence to navigate specialty crop operations, carrying or towing loads and reducing the need for workers to perform repetitive transport tasks.
Photo: Thomas Skernivitz

John Deere’s Smart Apply Intelligent Spray Control System uses LiDAR to detect individual trees and vines and automatically adjusts spray volume based on foliage density, reducing unnecessary chemical and water applications.
Photo: Thomas Skernivitz

Farm-ING’s InRowING camera-guided weeder uses artificial intelligence to distinguish crop plants from weeds, allowing its mechanical tools to control weeds between individual plants within the crop row.
Photo: Thomas Skernivitz

Stephan Lanpacher of Frucotec demonstrates the Italian company’s elevating orchard platform, which positions workers at canopy height for harvesting and other labor-intensive tasks while reducing reliance on ladders.
Photo: Thomas Skernivitz