Orbital Insight's car detection algorithm uses wide area object detection in Pleiades imagery to accurately identify and quantify cars. This saves analysts significant amounts of time in conducting pattern of life analyses and activity based intelligence.
Orbital Insight's Car Detector operates on high resolution imagery from Pléiades Display data and produces point detections corresponding to the location of cars within a specified input image (GeoTIFF).
This block can be used with:
- Pléiades Display (Streaming) with Raster Tiling
- Pléiades Display (Download) with DIMAP -> GeoTIFF Conversion --> Raster CRS Conversion (CRS: EPSG:3857) --> Raster Tiling
Pléiades Reflectance (Download) with Pan-Sharpening (UP42) is currently not supported.
|Block Type||Processing for Pléiades Car Detection|
|Supported input data||Pléiades Tile (1232x1232px)|
|Output data format||GeoJSON|
|Performance||Algorithm qualified on a large set of data encompassing different types of landscapes worldwide by a third party, with a high level of performances. The algorithm is applicable in wide areas worldwide. Its performance may however vary according to geography and imagery features. For example, the algorithm is more reliable in urban areas. The algorithm generally performs better in North American and European areas of interest. The algorithm has known limitations when dealing with highly shadowed imagery, those containing closely packed over vehicles (0 pixels in between), and desert imagery.|
|Algorithm Training Data Details||This algorithm was tested by a 3rd party using a validation set, consisting of approximately 100,000 marked cars in 50 countries spanning 20,000 images of deserts, ports and parking lots across 6 continents. The training set contains 180,000 images and spans many variable conditions including time of day, time of year, terrain, configuration of vehicles, etc.|
[ "red", "green", "blue" ]
End User License Agreement
View the End User License Agreement conditions in a new tab.