Concept & Methodology

Overall Concept

AgriProAct is built on the concept of transforming diverse agricultural and environmental data into actionable intelligence at the level of individual fields. By combining satellite imagery, in-situ sensors, and weather information, the platform creates dynamic digital representations of agricultural parcels (“digital twins”) that reflect both current conditions and expected developments. This enables farmers and public authorities to better understand their environment and make more informed, forward-looking decisions.

Methodology

To achieve the objectives of AgriProAct and deliver its expected outcomes, an integrated data-driven architecture is defined and progressively developed throughout the project. This approach provides a unified platform that brings together multiple data sources, including satellite imagery, in-situ sensors, and meteorological information, abstracting the complexity of data collection and processing through a set of harmonisation, modelling, and analytics components. The platform enables the generation of parcel-level digital twins, supports the execution of predictive models, and facilitates the delivery of actionable insights through user-oriented tools. These include interfaces for farmers and dashboards for public authorities, allowing users to access forecasts, monitor conditions, and support decision-making. The methodology also incorporates continuous validation through pilot deployments, ensuring that the models and tools are tested, refined, and adapted to real-world agricultural environments.

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