DJI SMARTFARM WEB

Farmland Information Management

Instantly generates HD images of farmland

Automatically identifies farmland borders based on AI to obtain the area of each parcel of field.

Records the operation information of each parcel of field to create farmland management archives.

Intelligent Field Scouting and Analysis

The platform can efficiently conduct field scouting by using aerial survey drones and can analyze the scouting images with AI algorithms. This allows automated monitoring of farmland and crops throughout the plant lifecycle, which significantly optimizes the decision-making process in agriculture.

Checks the terrain height differences of farmland and provides guidance on the level of each parcel of field.

Monitors crop diseases and insect pests in farmland, implementing field scouting that is 100 times more efficient than conventional methods.

Monitors crop growth to promptly discover differences in growth and enable targeted remedies.

Variable-Rate Operations Guidance

The platform can detect growth differences based on the NDVI (normalized difference vegetation index), generate prescription maps, and synchronize them to agricultural drones to implement variable operations, saving pesticides and fertilizer.

3D Route Generation

The platform can generate 3D maps for hillside orchards with complex terrains and can plan 3D routes with height information to provide optimal routes for agricultural drones, improving the efficiency and safety of hillside orchard operations.

In 2021, a precision solution with variable input rates successfully increased the yield of an experimental cotton field, covering an area of 330 hectares, owned by the agricultural cooperative Xufeng, by 10%, reaching 9.15 kg/ha.

Boost Yield on a Large Scale

Cotton in Western China

In the Southern Jiangxi Province of China, Mr Liu Yanghai previously needed to hire ten workers for two days to spray 150 mu (24.7 acres) of orchard. Now, he can finish spraying within 3.5 hours by using DJI T40 and the 3D routes for fruit trees.

Reduce Manual Labor

Orchard in Southern Jiangxi

In 2022, the variable fertilization solution for rice enabled rice producers in Japan to reduce the amount of chemical fertilizer by 11% while increasing production by 9%. The solution solved various problems, such as excessive fertilization in particular areas, delayed maturity, and lodging.

Increase Yield with Less Fertilizer

Rice in Japan

Released by DJI Agriculture’s partner in Hungary, PlantaDrone used Multispectral Drone to monitor farmland before and after sowing, separated the emergence locations of Cirsium arvense based on NDVI, and generated a precision spraying prescription map. The map was then uploaded to the drone for spraying. This way, the drone successfully conducted precision weeding, which reduced both herbicide use and costs.

Enhance Precision While Reducing Cost

Weeding in Hungary

Case Studies

Supported Devices

DJI MAVIC 3M

AGRAS T20 P

AGRAS T40