Imagine having a fleet of tiny, smart drones that act like robotic bats to hunt pests in a greenhouse. Instead of spraying chemicals everywhere, these drones find and remove harmful bugs with pinpoint accuracy. It's like replacing a blanket of poison with a high-tech security team for plants.
Indoor growers face increasing pest resistance to chemicals and stricter government bans on pesticides, which threatens crop yields and food security.
An autonomous insect control system consisting of AI-powered micro-drones and mass-produced Trap-Eye detection units.
If you are a greenhouse operator dealing with pesticide-resistant flying pests — this project developed an autonomous drone and monitoring system that eliminates the need for chemical insecticides. This allows you to protect crop yields while meeting strict environmental regulations.
If you are an organic grower dealing with hard-to-manage pests that usually require chemicals — this project developed AI-powered micro-drones and the Trap-Eye detection unit. This enables a fully pesticide-free management system that protects soil health and biodiversity.
If you are an equipment provider dealing with the demand for sustainable farming tools — this project developed a scalable production process for Trap-Eye units using robotic arms. This provides a blueprint for integrating AI-driven pest control into existing greenhouse infrastructure.
Based on available project data, specific pricing or cost per unit is not disclosed.
Yes, the project has specifically scaled up the production of Trap-Eye detection units using robotic arms to meet increasing demand and ensure consistency for commercial greenhouses.
Based on available project data, specific patent or licensing details are not provided, though the technology is being scaled by MU-G Knowledge Management BV.
The system addresses tightening regulations on pesticide use by providing a fully autonomous, chemical-free alternative for neutralizing harmful flying pests.
It uses a combination of Trap-Eye detection units for real-time monitoring and lightweight micro-drones that intervene to remove pests based on AI detection.
The project is led by a single Dutch SME, MU-G Knowledge Management BV, which maintains 100% industry ratio. This lean structure suggests a highly commercial focus, as the coordinator is directly managing the scaling of production and market entry without the overhead of academic partners.
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Contact MU-G Knowledge Management BV for commercial deployment opportunities.
