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”.
Aigen launched its Alchemy world model to generate and label agricultural training scenes, claiming faster adaptation of its weeding robots to new crops while leaving independent field benchmarking outstanding.
Agtonomy released its third software generation with expanded equipment support, vision-based navigation and connected setup, aiming to extend remote fleet management across specialty crops, turf and open-field operations.
AgXeed and Kverneland reported that an autonomous tracked tractor ploughed 51.8 acres in 24 hours, combining preplanned routes, automated implement maneuvers and remote monitoring on a Yorkshire farm.
University of Idaho students developed a battery-powered robot that distinguishes weeds from tree seedlings and applies electricity, with nursery demonstrations pointing toward an alternative to repeated hand weeding.
An IndoKakao training programme in Indonesia linked fermentation and drying practice with community processing systems, including a farm biodigester that turns cocoa pod husks into fuel for household cooking.
A JKUAT-led initiative plans to expand hybrid solar-biomass drying for Omena fisheries, combining equipment installation with processing and maintenance training to improve postharvest handling along Kenya’s Lake Victoria shore.
Fraunhofer IGP reports collaboration with the Leibniz Institute for Plasma Science and Technology to scale a process that binds nitrogen from air into water, exploring local production of fertiliser inputs.
Arkansas researchers working with growers and Mars report that mixing rice cultivars with different milling responses can reduce whole-kernel recovery, linking postharvest handling decisions directly to product quality and farm value.
The University of the Western Cape is developing a demonstration that combines solar generation, crop production, water treatment and cooling, with the aim of testing connected agricultural infrastructure under local conditions.
A Wageningen-led partnership will test integrated approaches to pig-house emissions, combining nutrition, manure management and pen engineering with sensors that track gases and animal welfare inside and outside housing.
Monash researchers report a robotic finger with an embedded camera and real-time detection software, designed to inspect fruit defects during harvesting and reduce dependence on separate postharvest inspection stages.
Aarhus University and industry partners are developing an electrolysis and biomethanation prototype that would convert biogas-derived carbon dioxide into additional methane using hydrogen produced from renewable electricity.
