AgData — EU Partnership on Agriculture of Data

This portfolio is an internal working tool of the AgData partnership. Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union. Neither the European Union nor the granting authority can be held responsible for them.

agricultureofdata.eu

Co-funded by the European Union — EU Partnership Agriculture of Data
AgDataUC Portfolio
HomeClustersKPIsTagsSign in

UC 59 — ARDIV

Some details are only shown to signed-in consortium members. Sign in to see them.

Key Information
Title
Agricultural robot datasets in vineyards
Acronym
ARDIV
Coordinator
ILVO (Belgium)Research Institute
Duration
24 months
Budget
Not shown at your access level. Hidden
Maturity
Committed
Source
In Proposal
Use Case Summit Pitch
Research Data Infrastructures, Benchmark Datasets & Methods
Sectors
Fruits
Data Types
Models & Macro data
SRIA Activities

3.1.4 Applications of AI techniques

  • 3.1.4.1 Identify key reference/training data sets
  • 3.1.4.4 AI handling heterogeneous & fuzzy information
  • 3.1.4.6 Digital twins of farms & environments

4.3 Uptake & innovation management (R&I activities)

  • 4.3.1.3 User-friendly data platforms
Themes
Robotics & sensorsLong-term experiments & databases
Partners (1)
  • ILVOP1
    Coordinator

    BelgiumResearch Institute

#OrganisationCountryType
P1ILVOCoordinatorBelgiumResearch Institute

Introduction: Wine cultivation is well established in several European countries, but changing climate conditions put pressure on it, and rising temperatures have enabled the expansion of viticulture into new regions. The changing environmental and regional conditions in which viticulture is practised create new challenges, including those related to disease and pest management, as well as the availability of skilled labour during the harvest and pruning seasons. Additionally, as in the whole agronomic sector, there is an increasing demand for sustainable farming practices. Technological advances, such as those of artificial intelligence (AI), precision farming, and robotics, can help solve these challenges. Methodologies: We use agricultural robots to automate the data collection process and the practical field validation of newly developed AI algorithms. Output: • Toolbox for automated synthetic vineyard generation enabling rapid modification of 3D vineyard models, scenes, and other configurations. • Hyperspectral imaging dataset of Brix and acidity values of grapes with hyperspectral scans in lab and field conditions. • Dataset of a calibrated LiDAR camera sensor setup with robot odometry data and robot behavior in a vineyard. Impact: Precision viticulture and robotics begin with accurate data collection and robust sensor- data processing. High-quality datasets enable researchers, manufacturers, and technology providers across different wine-growing countries to develop and validate new, practical solutions to regional problems. Thereby, benchmarking datasets are fostering cross-border innovation by facilitating the development and comparison of results. What I can offer: As ILVO we offer a large agronomic knowledge-base, vineyards for primary data collection and early testing, and robotic solutions for automating data collection and conducting field tests. What I need: We like to interact with other research groups that see potential in these datasets, in order to refine dataset requirements and support AI research as much as possible. We are interested in dataset exchange to validate newly developed AI algorithms in different countries and field conditions.

Source: Annual AgData Use Case Summit 2026 booklet.