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”.
India published operational guidelines for Namo Drone Didi in November 2024, describing financial support, equipment packages and monitoring for women’s groups offering agricultural drone services to farmers.
Aonic’s October 2025 launch announcement introduced a 50-litre agricultural drone alongside fleet-management and flight applications, connecting locally developed hardware with support for plantation and precision-farming operations.
Niqo Robotics announced RoboThinner in September 2024, adapting its plant-level spraying technology to selectively remove excess lettuce seedlings and presenting the tractor-pulled system at FIRA USA that autumn.
Japan-founded inaho reported improvements from Dutch tomato-harvesting trials in September 2024, including faster picking, fewer recognition errors and a slimmer robot body designed to fit greenhouse working lanes.
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.
Japan’s NARO reported a tomato de-leafing robot in March 2026, combining image analysis with force-sensitive control to remove lower leaves continuously rather than targeting each leaf individually.
New Zealand announced support for a NZ$5 million asparagus-robotics project in September 2021, linking university research, Robotics Plus and growers in an effort to reduce dependence on seasonal picking labour.
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.
Daedong announced its RT100 agricultural transport robot in February 2025, pairing electric drive and carrying functions with wire-guided and autonomous versions intended to reduce repetitive handling in orchards.
National Taiwan University’s April 2024 newsletter highlighted an agricultural-science award for a pest-monitoring system combining image recognition, embedded computing and wireless links for greenhouse and outdoor crop management.
A National Taiwan University research record describes a tomato-harvesting robot that combines a fixed depth camera with a gripper-mounted camera, addressing alignment errors during greenhouse picking trials.
A November 2024 FAPESP report described digital-agriculture work in Breves, on Brazil’s Marajó Island, focusing on açaí management, native bees, connectivity and technologies shaped by local producers.
