GeoNatSat was born from a conviction: urban trees are a living heritage, too often poorly known and poorly managed. Our first mission was to inventory them, measure them, analyze them. We developed an application dedicated to dendrometry and phytosanitary studies, allowing local authorities to know precisely the health status of each tree in their territory, monitor its evolution, and manage costs and human investments. This application has evolved greatly over time and advances in technology.
The growing awareness of the role of forests in climate regulation pushes us to broaden our scope. What applied to a single city tree applies to an entire forest. We adapt our methods to much larger scales, leveraging aerial technologies — drones first — to monitor vast forested territories.
The rise of satellite remote sensing opens unprecedented possibilities. GeoNatSat synthesizes data from multiple space operators to cross-reference spectral analyses, thermal imaging and radiometry. These tools allow mapping soils, detecting water stress, identifying risk zones and guiding local interventions with remarkable precision.
GeoNatSat now operates on a planetary scale, on land and at sea. From monitoring tropical forests to detecting drifting beacons in the Pacific, through subsurface studies and supporting sustainable agriculture, we put our multi-sensor expertise at the service of a shared goal: better understanding and preserving our planet.
Discover how our technologies and concrete missions make a difference.
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