China’s GEAIR 2.0 Robot Pollinates Crops in Under 10 Seconds
China’s GEAIR 2.0 humanoid robot pollinates tomato flowers in under 10 seconds, combining AI, robotics and gene editing for crop breeding and farm automation. The post China’s GEAIR 2.0 Robot Pollinates Crops in Under 10 Seconds appeared first on TechRepublic .
Chinese scientists have unveiled a humanoid robot named GEAIR 2.0 capable of pollinating crops in under a minute. The two-armed machine, developed by the Chinese Academy of Sciences, combines AI, robotics, and gene editing for crop breeding and farm automation. Demonstrated at the 33rd China Beijing Seed Industry Conference, GEAIR 2.0 can gently pollinate tomato flowers in less than 10 seconds by using one hand to hold a pollen tube while the other uses a fine brush to touch the flower's stigma.
The robot was built entirely with domestically produced components and achieved 92.8% accuracy in identifying flower stigmas. GEAIR 2.0 represents a step towards automating labor-intensive breeding through a strategy called "crop-robot co-design," which involves modifying crops to better fit robotic systems. However, the robot's commercial value will depend on factors such as reliability, cost, and performance in real-world settings beyond controlled demonstrations.
Researchers have not disclosed pricing or large-scale performance results, and it remains unclear how well the machine would operate in non-greenhouse environments. While GEAIR 2.0 could help reduce manual labor and costs for growers, agricultural technology teams will need to see evidence of reliable performance and compatibility with more crops before considering it a viable replacement for agricultural workers.
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