AI, robotics and smart cultivation technologies
Labour shortages, tighter regulations and sustainability demands call for new solutions. WUR develops AI, robotics and data-driven technologies that help growers produce more efficiently, precisely and sustainably.
Agriculture and horticulture are undergoing a digital transformation. Companies are looking for ways to automate processes, make crop management decisions more precise, and use resources more efficiently and sustainably. Digital technologies already make a major difference—provided they are aligned with real-world growing conditions.
WUR develops smart systems that translate data into practical decision support. Our work includes the development of robots, drone applications, sensors, web-based system solutions, AI models and digital simulations of crops and growing environments. These technologies are tested in experimental facilities such as greenhouses, orchards and field sites, and further developed with industry partners into scalable and affordable solutions.
Combining agronomic expertise with cutting-edge technology and ready-to-use building blocks, we create innovations that are not only high-tech but also agronomically effective. In this way, we contribute to a resilient, data-driven agricultural and horticultural sector.
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Expertises
Robotics and automation in greenhouses and field crops
Robotics and automation help growers and agri-businesses reduce labour intensity, increase production efficiency and grow more sustainably. Wageningen University & Research (WUR) develops practical, scalable solutions that can be directly applied in greenhouses and in the field.
Robotics and automation in greenhouses and field crops
Robotics and automation help growers and agri-businesses reduce labour intensity, increase production efficiency and grow more sustainably. Wageningen University & Research (WUR) develops practical, scalable solutions that can be directly applied in greenhouses and in the field.
AI, machine learning and synthetic data infrastructure for simulation
Wageningen University & Research (WUR) applies AI, machine learning and synthetic data to model complex agricultural systems and simulate future scenarios. We translate dynamic AI results into practical machine applications. Through advanced simulations and digital twins, we support growers, businesses and policymakers in making strategic decisions for the future.
Sensors and Cyber Physical Systems
Sensors and Cyber Physical Systems enable the transition to data-driven production. Wageningen University & Research (WUR) develops and tests high-tech solutions that help growers optimise their processes, use resources more efficiently and plan harvests with greater reliability.
Decision support systems and user applications
Digital decision support helps growers and agri-businesses work faster, more precisely and demonstrably more sustainably. Wageningen University & Research (WUR) translates data and complex models into practical insights and tools – from smart apps and dashboards to (semi-)autonomous greenhouse control and field applications.
Precision agriculture
Precision agriculture enables growers to optimize their management down to the level of a field, a square meter, or even an individual plant. Wageningen University & Research (WUR) develops and tests practical applications that help businesses produce more efficiently, sustainably and profitably.
Data science and statistics in agriculture and horticulture
Through data science and statistics, Wageningen University & Research translates complex data into actionable insights for agriculture and horticulture. From reliable yield forecasts to smart breeding strategies, we provide the analytical power and methods that help businesses and growers make well-informed decisions.
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Why partner with WUR?
We offer:
- Application-oriented high-tech research at TRL levels 4–8
- Multidisciplinary approach: data scientists, engineers and crop experts combining agricultural insight with advanced technology
- Flexible collaboration: from short consultancy questions to long-term R&D projects
- Scalable and affordable: solutions designed for implementation at commercial scale
- Unique in-house facilities such as NPEC, experimental farms, deep-learning pipelines and synthetic data platforms
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From proof of concept to scalable, affordable application — we are happy to help tackle your technological crop challenges.
Explore related focus areas
Climate-resilient, biodiverse and sustainable agriculture
Integrated, area-specific systems that balance productivity, ecology and climate resilience — creating robust, future-proof production for open-field cultivation.
Climate-resilient, biodiverse and sustainable agriculture
Integrated, area-specific systems that balance productivity, ecology and climate resilience — creating robust, future-proof production for open-field cultivation.
Future-proof greenhouse horticulture
Circular, fossil-free and emission-free cultivation concepts that enable sustainable innovation in greenhouse production — without compromising on yield or quality.
Plant breeding and biotechnology
Advanced breeding technologies that accelerate genetic innovation for high-yielding, nutritious and naturally resilient plant varieties.
Plant and crop health
Sustainable crop protection strategies that reduce chemical use through smart diagnostics, resilient varieties and biological solutions.
Plant-based compounds for a circular bioeconomy
Companies and policymakers are seeking sustainable alternatives to production processes based on fossil resources. With its broad expertise in plant science, Wageningen University & Research (WUR) enables the use of plants for this purpose — from breeding and cultivation optimisation to valorising crop residues and designing sustainable biotechnological production and valorisation processes in and from plants.
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