AI Robots Revolutionize Dutch Tulip Farming by Detecting Sick Flowers

The innovative use of AI-powered robots in the Netherlands marks a significant advancement in precision agriculture, enhancing disease control in tulip fields.

Theo the robot, named after a retired employee, tirelessly patrols Dutch tulip fields to identify and remove diseased bulbs, operating 24/7 without physical complaints.
With the capability to distinguish sick tulips using AI, the robots are a high-tech solution to prevent the spread of the tulip-breaking virus, which compromises plant health.
45 robots are now active across the Netherlands, replacing human 'sickness spotters' and marking a shift towards automated disease detection in agriculture.
The robots, costing about 185,000 euros each, represent a significant investment in sustainable farming practices, prioritizing health over luxury items like sports cars.
The collaboration between AI technology and traditional farming knowledge has led to the development of these robots, showcasing innovation in agricultural disease management.