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Over the past 50 years, remote sensing via satellites has yielded both spectacular views of our planet and unprecedented scientific insights.
Today, Earth observation satellites are at the forefront of monitoring climate change, deforestation, rising sea levels, and greenhouse gas emissions in the atmosphere. They’re also vital for homeland security, coastal surveillance and disaster management.
But how does it work? Tasking capabilities, data collection resolution, agility, flexibility… Airbus's experts are here to tackle all the questions you may have about Earth observation.
Understanding geometric processing of Airbus satellite imagery
Learn how Airbus's three levels of geometric correction—Primary, Projected, and Orthorectification—cater to specific user needs, offering varying degrees of precision for satellite imagery analysis.
Radiometric correction processing of Airbus satellite imagery
Enhance the Earth's surface measurements with Airbus' four levels of radiometric correction, tailored to different analysis needs. Discover how Basic, Reflectance, Display, and Dehazing levels improve satellite imagery accuracy.
Atmospheric correction and dehazing
Experience clearer satellite imagery with Airbus's advanced dehazing solution, which mitigates atmospheric conditions like haze and pollution for enhanced interpretation and analysis.
Revolutionizing mapping: How Airbus satellite constellation complements or replaces aerial surveys
See how Airbus' constellation of optical sensors—SPOT, Pléiades, Pléiades Neo, and Pléiades Neo HD15—complements or replaces aerial surveys, offering advanced mapping capabilities.
