GridScore is a mobile application for phenotypic trial data collection that uses the standardized Breeding API (BrAPI) to automate data exchange between collection devices and breeding databases. It eliminates manual file transfers, reduces error rates, and integrates seamlessly with any BrAPI-compliant system, benefiting both industry and academic plant breeding programs.
GridScore is a modern mobile application designed to streamline phenotypic data collection for plant breeding and crop research trials. By leveraging the standardized Breeding API (BrAPI), GridScore enables automated, bidirectional data exchange between field collection devices and backend breeding databases. This eliminates manual data handling, reduces transcription errors, and accelerates the path from field observation to usable research data. The solution is backend-agnostic, meaning it works with any BrAPI-compliant system, offering tight integration with existing breeding infrastructure used across industry and academia.
GridScore builds on an existing application that has been used for phenotypic data collection and now seeks to extend functionality through BrAPI-based automated data exchange. The initial development focus is on the trial setup phase, with Germinate serving as a model database for establishing data exchange workflows. Further validation will demonstrate frictionless trait and germplasm selection and fully automated data return to the server, positioning GridScore as a one-stop-shop for phenotypic data collection in breeding programs.
The James Hutton Institute is an independent Scottish research institute with major sites in Aberdeen and Invergowrie, bringing together land, crop and environmental science at scale. Industry connects through co‑located innovation centres—the International Barley Hub and Advanced Plant Growth Centre—plus rentable labs and glasshouses and open soil and land data via the National Soils Archive. Research farms at Glensaugh and Balruddery act as whole‑farm and field‑scale testbeds that link laboratory advances to real‑world deployment. Core funding comes from the Scottish Government’s Rural and Environment Science and Analytical Services (RESAS) programme, alongside competitive awards from UK Research and Innovation. A commercial arm provides accredited analytical testing, contract R&D and consultancy to accelerate translation with partners.