South Korea Builds Humanoid Robot to Harvest Tomatoes

Imagine walking into a greenhouse where friendly robots gently harvest ripe tomatoes alongside human farmers. That future is closer than you think in South Korea.

Daedong Group and Rainbow Robotics are partnering to bring Agroid to life, a humanoid robot designed specifically for greenhouse farming. The robot combines Daedong's agricultural knowledge with Rainbow Robotics' advanced robotics technology to create a farmhand that never gets tired.

Agroid already has a working prototype that's being tested in real tomato fields. The robot uses AI to recognize which crops are ready for harvest, navigate greenhouse rows, and pick produce with robotic arms gentle enough not to bruise delicate fruits.

The partnership splits the work smartly. Daedong is building the lower body and driving system, along with the AI that helps Agroid decide which tomatoes to pick. Rainbow Robotics handles the precise robotic arms and control systems that let Agroid harvest without damaging crops.

South Korea isn't just experimenting for fun. The country plans to launch a cutting-edge AI greenhouse in South Jeolla Province by 2028, where Agroid will play a central role. The facility will test fully autonomous farming from planting to harvest to distribution, gathering crucial data on whether robot farming makes economic sense.

The Ripple Effect

This partnership addresses a challenge facing farms worldwide: labor shortages. As fewer people choose agricultural work, robots like Agroid could help maintain food production without putting extra pressure on human workers.

The timing couldn't be better. The global agricultural robot market is exploding, expected to grow from $17.7 billion this year to $56.3 billion by 2030. That's a 26% annual growth rate, signaling massive confidence in farming's robotic future.

What makes this project special is how it combines real farming experience with advanced technology. Daedong brings decades of agricultural expertise and actual crop data, while Rainbow Robotics contributes proven robotics platforms. Together, they're not just building a robot but creating an entire ecosystem where machines and farming knowledge work hand in hand.

The robots will learn from actual farming conditions, incorporating feedback from real greenhouse operations. This practical approach means Agroid won't just work in a lab but will be ready for the messy, unpredictable reality of actual farms.

By 2028, South Korean greenhouses could showcase a new model of farming where humans focus on planning and oversight while robots handle repetitive physical tasks, creating a partnership that benefits everyone at the dinner table.