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Very high-resolution 30cm Pléiades Neo images acquired bidaily on a global basis. The datasets are available starting from November 2021.

The Pléiades Neo quadruplets are state-of-the-art optical satellites delivering 0.3m Ortho products as a standard. Phased on the same orbit, in quadrature, with an optimised and smart-tasking system, added to a laser communication link to the geostationary telecommunications satellites SpaceDataHighway (also known as European Data Relay Service, EDRS), and an improved weather forecast, they will provide the highest quality images with unprecedented reactivity.

Very high-resolution 50cm Pléiades images acquired daily on a global basis. The datasets are available starting from 2012.

Very-high resolution twin satellites offering 0.5 m resolution products. The constellation is highly reactive and has been designed for daily revisit anywhere on Earth, with stereo and tri-stereo capacity.

High-resolution 1.5m SPOT images acquired daily on a global basis. The datasets are available starting from 2012.

High-resolution twin satellites offering 1.5 m resolution products. They can cover large areas in a single pass up to 100,000 sq km. Satellites are specially designed to cover nationwide areas within a season.

An Airbus SAR satellite delivering high-resolution or wide area coverage SAR data. Its reliability, high revisit, and weather-independent data capture make it a go-to option for DSM generation, maritime monitoring, and surface movement monitoring using InSAR.

Four identical satellites with a native resolution of 0.5m PAN and 2m MS. This agile satellite can provide stereo imaging, nadir, continuous strip, scroll imaging. It has a deep archive and significant imaging capacity.

1.25-tonne powerful VHR satellites offering 0.5m PAN resolution with an extra-large swath of 136km. A very adaptable satellite for timeless large-scale mapping with a 1.3 million km2 image capacity daily. It is now possible to capture a country or a region of 40,000km2 in one single pass without doing mosaic.

A constellation of 138 satellites with 7 on-orbit satellites and 35 more satellites coming by the end of 2021. The current on-orbit satellites provide 4 times per day revisit at 0.98m native resolution (PAN), with a 15-minute revisit expected by the end of 2022.

9 on-orbit satellites offer true color night image and video from space at 0.92m and 1.21m resolution. Capable of taking daytime & nighttime imagery, ideal for change detection. Video from space allows users to detect ship or vehicle movement.

A stereo satellite with two onboard cameras offering 0.65m resolution.Equipped with an onboard laser altimeter, the vertical accuracy can reach 0.98m RMSE/1.62m (LE90), ideal for 1:10000 mapping even without a Ground Control Point (GCP).

A 3-satellite constellation offering tri-stereo imaging in a single path. Equipped with 3 cameras on each satellite, ideal for a 1:50000 mapping. The latest ZY3 satellite is equipped with an onboard laser altimeter offering a better than 5m (LE90) vertical accuracy.

2 satellites with an onboard intelligent processing system with 25 bands at 5m, 10m, 20m resolution. 25-band (spectral characteristics: coastal blue, chlorophyll, biomass) satellite constellation with a 110km swath, ideal for large-scale natural resource monitoring.

KOMPSAT-3 is a very high-resolution optical satellite from the Korean Aerospace Research Institute with the imagery distributed by SI Imaging Services (SIIS). The sensor was launched into sun synchronous low Earth orbit on 18 May 2012 and delivers imagery of up to 50cm resolution.

KOMPSAT-3A is the sister satellite to KOMPSAT-3, delivering very high-resolution optical imagery of up to 40cm resolution. Launched in 2015, it offers a slight improvement on the resolution of its sister satellite as well as an additional MWIR band.

KOMPSAT-5 is a Korean SAR satellite launched in 2014 with the primary mission to provide high-resolution SAR images at up to an 85cm resolution.The satellite can be used to monitor atmospheric particulates and capture the Earth's surface with high precision.

A constellation of X-band SAR satellites delivering high-revisit and high-resolution data. Understand relevant changes and timely pattern-of-life analyses from Capella’s very high-resolution SAR imagery. Capella’s enhanced image quality provides an exceptional contrast and sharpness while their extensive constellation enables rapid revisit and timely monitoring. Great for change detection and verification due to high resolution, weather independent data capture, disaster response, maritime awareness, land resource management, and more

The 21AT TripleSat Constellation consists of three identical high-resolution satellites, providing 0.8m PAN and 3.2m MS imaging capabilities.

3-satellite constellation with significant archive, daily revisits, and the wide swaths. Encompassing 3 satellites phased in orbit equally apart from each other, the TripleSat constellation offers daily revisits to any location on the planet and with the widest swaths of any high resolution system. Daily revisits and large footprints combine to make TripleSat an industry-leading high-resolution monitoring and tasking constellation.

Hexagon’s HxGN Content Program offers nationwide digital surface models up to 40 cm resolution or higher across the US and Europe.Derived from quality controlled, high-accuracy aerial imagery, the HxGN Content Program’s DSM provides a clear view of the surface and its above-ground features in a 3D format.

Analytics-ready, 30cm high-resolution stratospheric images captured from sub-daily flights.

Near Space Labs' zero-emission balloon technology helps you purchase with a conscious. All data comes analytics-ready, meaning non-local means denoising, sigmoidal contrast and white balancing, image-based atmospheric correction have been applied. Near Space Labs 30cm data currently covers regions in the United States and plans to provide and capture data globally in the future.

Pléiades imagery in GeoTIFF format. Pan-sharpened RGB and panchromatic (0.5 m) bands.

Provides historic, current, and forecast weather data globally.

Free TerraSAR-X sample data stacks in full resolution (native SSC format)

25cm Aerial imagery of Great Britain, flown from 1999 to Date. Retrieved using Web Map Tile Services (WMTS).

Clips rasters into tiles for machine learning algorithms.

Increase spatial resolution of urban locations by 4 times.

Runs a common polarimetric processing workflow with SNAP that operates ESA SAFE format scenes.

The block provides a more reliable identification of clouds in Sentinel-2 imagery than the cloud mask data included with the L1C and L2A products from ESA. The block processes a granule and generates an image with the same coverage indicating whether pixels are affected by clouds.