A standard reference point for automation in greenhouses
Accurate and uniform positioning is essential for autonomous systems operating in greenhouses. Hortivation is working on the validation of the Hortivationpoint, a standardized reference point that enables robots, sensors, and other autonomous systems to navigate and collaborate more efficiently. This project focuses on the practical feasibility of this new standard in greenhouse horticulture.
Innovation package, use case, and type of trial
Greenhouse Horticulture
Collectieve data
Status: planning phase
Business case
BC-3
Broad research question
How does a universal reference point improve positioning in greenhouses?
Within greenhouses, a uniform standard for x, y, and z coordinates is lacking, making it difficult for autonomous systems to collaborate. This project investigates how the Hortivationpoint can contribute to better integration and interoperability of technologies within greenhouses.
Approach
Defining and testing a Minimum Viable Product (MVP)
The first step is an MVP analysis, where the Hortivationpoint is defined and geometric data from Tomatoworld is collected according to ISSO88 guidelines. Next, the Hortivationpoint is implemented and linked to objects within Tomatoworld to test its practical applicability.
Goal
Proof of concept for a universal reference point
The project focuses on validating the Hortivationpoint through a proof of concept. This involves designating a location within Tomatoworld as a reference point and linking technologies from NXTGEN partners to it. The results will demonstrate whether this concept is practically applicable for widespread use in the sector.
Results and reflection
Foundation for further technical validation
The MVP analysis and initial tests aim to demonstrate whether the Hortivationpoint is usable as a standard for positioning in greenhouses.
Successes:
An initial analysis of the Hortivationpoint was conducted within Tomatoworld.
Partners involved in the project have expressed their commitment to a follow-up trajectory.
Lessons learned:
Technical validation must determine whether the reference point is broadly applicable across different greenhouse configurations.
Integration with existing systems and technologies requires further optimization and alignment.