Noord-Brabant Invests in Smart Farming Technology to Transform Dutch Agriculture
Eindhoven, Wednesday, 4 March 2026.
Noord-Brabant province launches comprehensive smart farming initiative providing farmers funding, knowledge resources, and experimental platforms to adopt innovative agricultural technologies. The program includes AI-powered seed sorting machines processing 1.7 million seeds daily, drone technology for precision crop protection, and collaborative partnerships with companies like VDBorne Campus. Through the Smart Farming Academy, 2,000 farmers gain access to practical e-learning modules covering precision agriculture and digitalization over one year, positioning the region as a leader in agricultural innovation while addressing productivity and sustainability challenges.
Agritech Innovation Category and Smart Farming Fundamentals
This initiative represents a comprehensive agritech innovation focused on modernizing Dutch agriculture through technology integration [1]. The province defines smart farming as the deployment of modern technology in open field cultivation to improve agricultural processes [1]. The program addresses both productivity challenges and sustainability goals by combining financial support with practical knowledge transfer platforms [1]. Stefan van Gestel, a smart farming policy officer at the province, and Freek van den Heuvel, program manager for Agrifood at BOM, emphasize the critical importance of innovation and collaboration in developing and applying new technologies within Brabant’s agricultural and food sector [1].
AI-Powered Seed Processing Technology
The initiative showcases cutting-edge AI technology through companies like De Bolster, which has implemented an AI-based seed sorting machine that processes 1.700 million seeds in a single working day [2]. Patrick Hoogendoorn, co-founder of De Bolster, explains that the machine scans each seed individually for defects, automatically removing seeds that do not meet quality standards [2]. The AI learning process involves planting seeds in multiple trays, evaluating seedlings after three weeks to determine which are viable, then feeding this data into the machine to adjust its algorithm for improved accuracy [2]. This technology significantly enhances seed germination certainty and uniformity, representing a major advancement in precision agriculture [2].
Smart Farming Academy and Knowledge Transfer Programs
The Smart Farming Academy, supported by Noord-Brabant province, provides educational opportunities for 2,000 farmers to expand their knowledge of precision agriculture, digitization, and data utilization [1]. Participants complete 20 practical e-learning modules over one year, covering topics ranging from data collection to crop selection and soil management [1]. VDBorne Campus initiated the Smart Farming Academy in collaboration with educational institutions including BodemUp, HAS, Curio, and Yuverta [1]. The academy aligns with the province’s Landbouw en Voedsel 2030 policy framework, demonstrating long-term strategic commitment to agricultural modernization [1].
Precision Agriculture Research and Implementation
VDBorne Campus conducts practical research on precision agriculture techniques, with students from HAS Green Academy analyzing data from approximately 3,000 spray rounds registered in 2025 [3]. The research, conducted by students Luuk van Doormaal, Max de Groot, and Corné Korstanje over twenty weeks, examines three precision techniques: variable spraying during haulm killing based on leaf green analysis, row spraying based on standardized rows, and decision support systems implementation [3]. This research provides quantitative insights into pesticide reduction potential, investment costs, operational expenses, and payback periods for average arable farmers [3]. The study demonstrates how precision agriculture can contribute to targeted pesticide application while maintaining economic viability for producers [3].