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”.
In a January 2025 press release, Aonic reported obtaining Malaysia’s Unmanned Aerial Work Certificate, adding an operational certification milestone to its agricultural drone manufacturing and service activities.
CHCNAV’s February 2025 product announcement described an automated steering package combining satellite positioning, multiple guidance patterns and implement connectivity for tractors, sprayers and other farm machinery.
FJDynamics’ February 2025 AG1 launch offered a staged approach to precision farming, with basic guidance, implement-control options and machinery diagnostics intended to support incremental upgrades of existing equipment.
Monarch’s December 2022 production launch put electric, driver-optional MK-V tractors into a customer fleet, with NVIDIA describing how onboard cameras and Jetson modules supported navigation, monitoring and implement-related applications.
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.
Yanmar announced two tractor automation configurations in June 2018, combining RTK positioning and tablet control with a distinction between assisted operation and unmanned work supervised by an operator.
Japanese startup Inaho reported an updated harvesting robot in April 2019, emphasizing a narrower body and handling of dense spring asparagus ahead of its planned commercial service launch.
Kubota used its 130th-anniversary exhibition to present an autonomous electric tractor concept, combining independent crawler drives with adjustable ground clearance and a vision of data-connected 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.
XAG’s June 2021 report described an orchard demonstration in Nagano where its R150 vehicle sprayed a pollen solution, extending agricultural ground robotics beyond weeding and conventional crop protection.
Mahindra’s October 2021 app release brought multilingual crop guidance and farm records together with a separate image-based pest and disease tool, illustrating a service-led approach to digital farming.
