At FluroSat, we analyse remote sensing data (aerial and/or satellite imagery). We build supercharged agronomic tools to quantify the crop stress and answer the "why?" rather than "where?". Our platform allows agronomists to access satellite/plane or upload drone data, and provides them with the information on the stress levels and nutrient content distribution around the paddock (e.g., crop health maps, N/ chlorophyll levels maps) calculated using our advanced modeling and processing tools. We go into in-depth analysis, extending beyond NDVI into the identification of individual crop stressors. What is different about FluroSat is we build reliable correlations combining multiple sources of hyperspectral/ multispectral imagery (drone, satellite) incorporating the on-farm data (IOT, ground-based sensors) and tailor analytics on a per-paddock level for each of the crop types separately. We are always open to partnership in agronomy and research. Get in touch with us!
At FluroSat, we analyse remote sensing data (aerial and/or satellite imagery). We build supercharged agronomic tools to quantify the crop stress and answer the "why?" rather than "where?". Our platform allows agronomists to access satellite/plane or upload drone data, and provides them with the information on the stress levels and nutrient content distribution around the paddock (e.g., crop health maps, N/ chlorophyll levels maps) calculated using our advanced modeling and processing tools. We go into in-depth analysis, extending beyond NDVI into the identification of individual crop stressors. What is different about FluroSat is we build reliable correlations combining multiple sources of hyperspectral/ multispectral imagery (drone, satellite) incorporating the on-farm data (IOT, ground-based sensors) and tailor analytics on a per-paddock level for each of the crop types separately. We are always open to partnership in agronomy and research. Get in touch with us!