Orbital Insight's aircraft detection algorithm uses wide area object detection in Pleiades imagery to classify multiple types of commercial passenger and military aircraft at scale. Geospatial intelligence analysts can now conduct pattern of life analyses and activity based intelligence at global airfields of interest to conduct deeper analyses.
Orbital Insight's aircraft detector operates on high resolution imagery from Pléiades Streaming (One Atlas) with Raster Tiling (UP42). It produces bounding box detections corresponding to the location of planes within a specified input image (GeoTIFF). The bounding box is rectangular and vertically oriented.
Further, this algorithm classifies aircrafts into 5 classes:
- carrier aircraft
- small aircraft
Note: This block runs on Pléiades Streaming (One Atlas) with Raster Tiling (UP42). Using this block with Pléiades Download (One Atlas) and Pan-Sharpening (UP42) is currently not supported.
|Block Type||Processing for Pléiades Aircraft Detection|
|Supported input data||Pléiades Tile (1024x1024px)|
|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 should be applied on airport areas. The algorithm was trained in over 50 countries spanning 6 continents. The training set spans many different conditions, for instance: different times of day, different terrains, different times of year, different configurations and types of planes, etc. Thus, the algorithm is location and direction invariant.|
|Algorithm Training Data Details||Orbital Insight's Multi-class aircraft detection algorithm counted 54,000 aircraft from 2,500 satellite images across 350 air bases to create a historical baseline of activity and detect ongoing changes. A trained analyst saves significant time in data creation which can now be invested in data analysis.|
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