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Goossens Malderen
AI-Driven Drones for Bird Control in Agriculture - "Scarecrow"

The Scarecrow project involves several partners collaborating to create a smart and sustainable solution for combating bird damage in agriculture. The partners include Goossens Malderen, a white asparagus farm; Avular, a drone technology company; Qualified, a software developer; and Datacation. Together, they are developing an autonomous, AI-controlled drone system designed to detect birds, scare them away, and prevent them from becoming habituated. This technology aims to enable fully automated bird control that is efficient, scalable, and environmentally friendly. The project is co-financed by Interreg Smart Farming & Food Processing, a European subsidy program that supports innovative solutions for preventing agricultural damage.

Expertise
AI for image analysis
Year
2025
result
Reduced crop damage through a sustainable and intelligent solution

In sectors like vegetable growing, viticulture, and young plant cultivation, birds such as wood pigeons, starlings, and crows can cause significant damage. Traditional bird deterrent methods, such as scarecrows and game cannons, often create noise pollution and are limited in effectiveness because birds tend to become accustomed to them. As a result, the agricultural sector needs an innovative, targeted, and socially responsible solution.

Datacation is currently developing a smarter and more sustainable solution for protecting crops from birds as part of the Scarecrow project. This innovative approach combines drone technology with AI-driven image recognition and automatic deterrent systems. The project has two main goals: first, to create a model that utilizes computer vision to automatically detect birds in a field; and second, to design a system that controls the drone's flight paths to ensure that birds do not become accustomed to the drone's behavior.

The project is currently in the development phase. Its ultimate goal is to utilize drone technology to deter unprotected birds in vegetable and fruit cultivation. This technology has the potential to be widely adopted by various growers, leading to higher crop yields. As a result, both farmers and buyers will have greater certainty in their produce.

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