Test location for Innovation Package 1

VDBorne Campus

Reusel

Innovation and validation in precision agriculture

VDBorne Campus is a test and validation site where new technologies in arable farming are researched and optimized. The focus is on precision agriculture, digitalization, and the application of advanced sensor technologies to develop sustainable and efficient cultivation methods.

NXTGEN Handsfree Agrifood activities

Within NXTGEN Hightech Agrifood, VDBorne Campus is used as a test location for the further development of smart and autonomous agricultural systems. The focus is on data-driven decision-making, robotics, and digital integration to elevate precision agriculture to the next level.

Precision agriculture and autonomous cultivation systems

At VDBorne Campus, sensors and AI-driven systems are used to collect real-time data on crop development, soil quality, and climate conditions. These technologies enable targeted decision-making on fertilization, irrigation, and crop protection, leading to more efficient use of resources and higher yields.

Automation and robotics in arable farming

The test facility focuses on validating autonomous agricultural machines and robots capable of performing tasks such as seeding, harvesting, and weed control. By testing these systems in a real-world environment, insights are gained into their effectiveness and potential for large-scale implementation.

Digital Twin and simulation of agricultural processes

Within NXTGEN, Digital Twin technology for arable farming is being developed at VDBorne Campus. This enables researchers and farmers to simulate and analyze cultivation scenarios before applying them in practice. It accelerates innovation and minimizes risks when implementing new techniques.

Capabilities of the VDBorne Campus test facility

Physical Infrastructure

  • Extensive test fields for practical trials with precision agriculture techniques

  • Advanced sensors and drones for soil and crop monitoring

  • Robotics and autonomous agricultural vehicles for automated cultivation processes

  • Facilities for demonstration and validation of new agricultural technologies

Digital Infrastructure

  • Data platforms and dashboards for real-time monitoring and analysis

  • AI-driven software for autonomous crop management and decision-making

  • Digital Twin models for simulation and optimization of cultivation strategies

  • Cloud-based data storage for linking and sharing research results

Expertise and Support

  • Researchers and data specialists support testing and validation processes

  • Innovation experts assist with the implementation of new technologies

  • Collaboration opportunities between farmers, tech companies, and research institutions

Want to learn more about testing and validating Innovation Package 1?

Within NXTGEN Hightech Agrifood, innovations are tested and optimized to take the next step toward practical application. Curious about the possibilities and how use cases are helping to advance these innovations? Our innovation package lead, Natalie Hotrum, will be happy to tell you more.