Following the machines, people and ideas shaping agriculture. Selected developments, clear context and a link to the original source.
Robotics. Intelligence. Agriculture.
139 stories matching “EY”.
PAL Robotics reported Italian vineyard trials of an adapted TIAGo++ upper body, exploring the perception, manipulation and human interaction required for collaborative grape harvesting and pruning research.
FederUnacoma’s March 2024 presentation of EIMA International announced a new demonstration area for agricultural robots, drones and advanced digital systems, expanding the Bologna exhibition beyond static machinery displays.
The organisers reported 353 exhibitors and 12,129 attendees at Agritechnica Asia 2024 in Bangkok, alongside a technical programme that connected smart farming, machinery and carbon-related agricultural discussions.
At FIRA USA in California, an industry panel examined how standards enable practical autonomy, linking manufacturers, technology suppliers and the organisations that help define agricultural equipment interfaces.
France’s Agroecology and Digital research programme supported World FIRA’s 2025 scientific symposium, focusing on how robots can adapt to people, complex environments and changing agricultural practices.
Zambia’s Industrial Development Corporation reported its participation in the April 2025 AgriTech Expo, while Italy’s trade agency organised a machinery pavilion, illustrating the event’s role in agricultural investment and technical exchange.
Grain SA’s 2025 NAMPO Cape preview described smart irrigation, GPS guidance, livestock tracking and integrated sensor dashboards, showing the breadth of digital farming tools being presented in South Africa.
DLG’s 2025 innovation awards recognised two gold and 22 silver medal entries, spanning traction, baling, application technology and sensor-based machine adjustment rather than a single vision of farm automation.
A joint team from Osnabrück’s two universities retained the Field Robot Event title in 2026, combining autonomous maize-row navigation with plant-health recognition, biodiversity tasks and targeted soil treatment.
Greenhouse in Transition brings universities and industry together to rethink growing systems and their connections with nearby farms, homes and industrial sites.
Yamaha Agriculture and Croplands extend the autonomous platform’s tasks with controlled herbicide application and mechanical protection around vines and trees.
Promodis support gives INRAE’s experimental facility additional autonomous tractors for evaluating robotics in vegetable production and vineyards.
