Augmented reality solution for visualization of agricultural data gathered from satellite imagery

In spite of the availability of satellite data, its complexity has prevented widespread adoption into the practices of small and independent farmers. We present in this paper a system (AgriVision AR) designed to aid user interaction with satellite data sources such as ESA’s Copernicus Data Space Ecosystem. AgriVision AR uses mobile augmented reality to simplify data visualisation through intuitive interaction. Augmented Reality (AR) is a technology that links together the physical and the virtual worlds. In AR, digital information seamlessly blend with the real world, creating a perception of immersion of the user. Geospatial information is overlaid over the real environment making more easily to understand the data and increasing user immersion.  The application allows users to visualise agricultural indices and other information gathered through satellite imagery in the form of an animated color overlay on small scale landscapes. This approach will enable farmers to make informed decisions about crop management. It will also allow to optimize resource allocation, and mitigate localized issues such as soil fertility and pest infestation. AgriVision AR represents a step towards empowering small-scale farmers with advanced technology, fostering sustainable agricultural practices in the era of precision farming.