Spatial resolution is the core way in which we benchmark satellite imagery.
What spatial resolution do you require? That depends on what you need to see.
There are large regions of the planet which, although inhabited, remain unmapped to this day. Our approach: collect training samples from the crowd, train a neural network to identify the object of interest, then deploy the trained model on large areas. Here is how we did it.
Coastal change is a global phenomenon that is attributed to tides, powerful sea currents, and overall climate change. It has the potential to threaten communities and local economies of coastal towns and cities. Accurate detection and measurement of coastal change can provide valuable data for scientific studies of coastal evolution, as well as guide flooding disaster preparedness and mitigation.
Spatial resolution is the core way in which we benchmark satellite imagery. What spatial resolution do you require? That depends on what you need to see.
DigitalGlobe has developed a tool to remove light-wave scattering and ensure a crispness and clarity of satellite images akin to the view at ground level.
Operators of oil and gas pipelines face a big challenge in meeting federal and state safety regulations. A new subscription service built on DigitalGlobe’s geospatial big data platform, GBDX, enables operators to identify areas of concern, receive frequent updates, validate the data, and prioritize their risk mitigation activities.
Send this to a friend
