A Korean professor at Kennesaw State University in Georgia has developed an artificial intelligence-powered robot that removes pests from strawberry farms without using pesticides, drawing attention from the agricultural tech community.
The robot, named MocoBot, was created by Professor Taeyeong Choi of the universityโs Information Technology Department. According to a recent report by the Kennesaw State campus newspaper, MocoBot can automatically detect and remove slugs and snails that damage strawberry crops. It operates autonomously at night using AI-based object recognition software and a night vision camera.
Unlike traditional pest control methods that rely on chemicals, MocoBot uses a small mechanical arm to physically pick off pests. The robot has received praise for its environmentally friendly approach, eliminating the need for pesticides.
Choiโs team designed MocoBot to be practical for field use. It measures about 1 cubic foot, allowing it to easily maneuver through farm rows. It can navigate autonomously using sensors and has been trained to avoid damaging crops during operation. The robot identifies the size and movement of slugs and snails with machine learning, and removes them using its arm after detection via night vision camera.
Although MocoBot is still in the prototype stage, it is currently being tested at Kennesaw Stateโs experimental farm. The project is supported by the Sustainable Agriculture Research and Education (SARE) program. Choi said the robotโs autonomous night operations help reduce both labor costs and pesticide use.
In an interview with the campus newspaper, Choi added that the robot was built using a low-cost platform and a simple AI model to make it accessible to small-scale farms. โBy targeting pests with smart technology, farmers can reduce crop loss while protecting the environment,โ he said. โEven without a high-performance robot, MocoBot can deliver effective results in the field.โ
BY HYOUNGJAE KIM [kim.ian@koreadaily.com]
