Following the machines, people and ideas shaping agriculture. Selected developments, clear context and a link to the original source.
Robotics. Intelligence. Agriculture.
463 stories matching “AI”.
University of Georgia researcher Liang Dong is developing sensors that track plant signals, aiming to give growers earlier warnings of drought, disease and other stresses before visible damage appears.
Bonsai Robotics has launched Bonsai World, a simulation application that turns satellite imagery into virtual environments to help train autonomous machines before deployment in unfamiliar conditions.
Ecorobotix reports growing adoption of its ARA precision sprayer in U.S. onions, highlighting a Washington grower’s experience and trials examining herbicide use, crop injury and weed control.
The UK consortium has completed its agricultural robotics programme, leaving reusable software, navigation tools and simulation environments designed to reduce development effort for harvesting systems across different crops and farms.
Naïo Technologies is presenting a plug-planting attachment for its Oz robot, connecting crop establishment with later cultivation and mechanical weeding through reusable field maps and implements.
A new University of Lincoln hub is carrying agricultural robotics software into an adoption programme, combining shared navigation infrastructure with testing facilities and support for UK farms and food businesses.
Washington State University outlined a FIRA USA programme spanning robotic pruning, autonomous spraying and smart irrigation, connecting its tree-fruit researchers with growers and technology developers in Yakima.
Fraunhofer institutes announced a Smart Farming Field Day in Tellow, Germany, bringing together autonomous vehicles, plant sensing and drone based analysis to demonstrate how research tools could support practical farm operations.
Cambridge researchers report faster plant–nematode screening using custom robots and computer vision, aiming to identify resistance genes before extending work from model plants to food crops such as potatoes.
ATB presented a working SunBot prototype for autonomous mowing in berry plantations, combining electric implements, satellite navigation and obstacle sensing while identifying robustness as a remaining development challenge.
ATB agromechatronics researcher Cornelia Weltzien received the VDI Max-Eyth commemorative medal, recognising her contribution to agricultural digitalisation and training the next generation of agricultural engineers and researchers.
ATB and the Ferdinand-Braun-Institut integrated Raman spectroscopy into a mobile soil platform, demonstrating measurements during movement and opening a route toward more detailed maps for future precision fertilisation.
