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”.
An official Guangzhou report described XAG’s July 2026 launch of a drone-and-dock system with automated liquid preparation, extending agricultural automation beyond flight to charging, refilling and cleaning.
A December 2025 research account examined GPS records from Kenyan rental tractors, finding that remote monitoring was associated with machines serving more distant fields as owners gained experience with the system.
Hyundai, Kia and Korea’s Rural Development Administration announced a September 2025 partnership to assess X-ble Shoulder wearable robots in agriculture, focusing on physically demanding overhead and shoulder-intensive tasks.
UNOPS announced the handover of nine surveying drones to Ethiopia’s Ministry of Irrigation and Lowlands in October 2025, supporting crop monitoring, vegetation mapping and more informed land and water management.
University of Sydney teams brought Digital Farmhand and SwagBot to the September 2023 Narrabri Field Day, giving students and industry visitors a close look at agricultural robot capabilities.
GEA plans to show a redesigned DairyRobot R9500 at EuroTier 2026 in Hanover, combining revised controls and milking features with expanded digital herd-management functions ahead of deliveries planned for 2027.
Priva and Blue Radix signed a multiyear strategic cooperation agreement in January 2025, aiming to connect greenhouse process control with autonomous climate and irrigation software while retaining an open partner ecosystem.
Ridder and MetoMotion reported that their GRoW robot was harvesting virus-resistant tomato varieties at Axia Vegetable Seeds, connecting robotic picking with the crop traits required for practical greenhouse deployment.
A Wageningen–Viscon feasibility study combines plant imaging and machine learning to identify young plants suitable for greenhouse transplanting, including a camera arrangement that captures the sides and underside of root plugs.
Queen Mary researchers, Extend Robotics and Saffron Grange investigated robotic grape picking using optical analysis, pressure-sensitive handling and remote interfaces, aiming to improve decisions about fruit ripeness and harvest timing.
Researchers tested IIT’s HyQReal quadruped in an Italian vineyard in 2021, comparing locomotion on tilled and grassed inter-row ground as an early investigation of legged robots in agriculture.
TUM researchers demonstrated a moving prototype that identifies and locates green asparagus, tackling a key perception challenge before developing and testing the complete robotic harvesting action in the field.
