Following the machines, people and ideas shaping agriculture. Selected developments, clear context and a link to the original source.
Robotics. Intelligence. Agriculture.
305 stories matching “Research”.
The KI-Reallabor Agrar programme brings ATB into an Osnabrück-led consortium, with five-year funding to develop and test agricultural AI in cooperation with researchers, businesses and farmers.
ATB marked ten years of its Fieldlab for Digital Agriculture in July 2025, highlighting an experimental site where researchers and partners can test crop-production technologies under field conditions.
The JaetRobi project combines camera-based plant recognition with a precisely positioned blue laser, targeting young weeds close to vegetable crops while researchers address speed and reliability.
Three research projects brought farmers, advisers and researchers together at Leibniz InnoHof to examine digital nutrient management, soil sensor platforms and practical training tools through presentations and outdoor demonstrations.
Eight partners from Germany, France and the Netherlands signed a cooperation agreement to advance agricultural robotics, linking research and industry around autonomous cultivation, harvesting and machinery safety.
ATB and GFZ reported the installation of an AgroHyd-X rainfall radar in Brandenburg, combining local precipitation monitoring with farm measurements to develop more useful information for agricultural water management.
ATB’s October 2026 SQAT demonstration brought satellite observations, autonomous soil sensing and field-side analysis into a shared workflow aimed at more detailed information for site-specific farm management.
Mahindra demonstrated a driverless tractor in Chennai in September 2017, outlining automated row following, headland turns and implement lifting alongside geofencing and remote controls for field operations.
A June 2020 competition announcement paired agricultural researchers and experienced growers in Yunnan, testing how sensing, greenhouse automation and cultivation knowledge could contribute to strawberry quality and productivity.
Kubota’s August 2020 announcement introduced a 35-hectare demonstration site in Chonburi, combining machinery trials, cultivation methods and training around the practical conditions of Southeast Asian agriculture.
Fendt’s October 2020 Xaver update combined a three-wheel electric robot, a Precision Planting seed unit and fleet software, examining how several small machines could share sowing work while recording plant positions.
A Japanese study published in April 2026 describes a legged carrier with interchangeable baskets and voice commands, designed to reduce the physical burden of moving fruit in challenging orchards.
