Satellite Imagery
Satellite Based Monitoring Services

One Atlas

ONE ATLAS – THE SATELLITE IMAGE LIBRARY

OneAtlas is the satellite imagery service from Airbus connecting satellite data and insights, aimed to help empower users with quickly available, accurate and reliable geospatial information. The service leverages the power of the Airbus constellation of satellites and adds flexible ways for users to get access and use the geospatial data. One Atlas consists of data services, analytics, and thematic services. The data allows users to access satellite imagery, global datasets, elevation data and 3D models. Access is available in a number of ways including streaming, download and API for easy integration into GIS workflows. The geospatial analytic services leverage expertise across the industry – enabling users to get the information and insights that they need and when they need it. The thematic services, leveraging the capabilities from the Airbus constellation of satellites, solve industry-specific problems. Users can integrate their data such that One Atlas shall enable teams, areas of interests, and assets to be planned, located, and mapped.

KEY BENEFITS
  • Always fresher than one year
  • Globally available
  • Consistent, homogeneous, with marginal cloud cover
  • Immediate online access, 24/7
  • Easy sharing amongst multiple teams
  • Historical imagery, for more context about changes
  • Streamlined workflows: classical image selection, order, procurement, administration, manipulation, and storage costs are drastically reduced
  • Secure and private

Spotmaps

SPOTMAPS

Airbus’ SPOTMaps mosaic products provide nationwide / regional seamless coverage. The orthorectified products are derived from colour imagery acquired by SPOT 5, 6 & 7 satellites. SPOTMaps are framed according to the area of the user, and are the ideal geographic reference for visualisation, mapping and planning needs. SPOTMaps products are available in 2.5 and 1.5 metres resolutions.

KEY FEATURES
  • Seamless, uniform, orthorectified territorial coverages produced with colour imagery acquired by the SPOT satellites
  • Tailoring to customers’ needs (AoI, licensing model)
  • Basemap offering high geometric accuracy
  • Available in streaming format
  • Fully compatible with geo-referenced databases
KEY APPLICATIONS

Agriculture, mapping, defence, mining, civil engineering

GEO Elevation Services

GEO ELEVATION SERVICES

GEO Elevation product suite from Airbus offers a comprehensive elevation data range for various product needs, independent of relief and weather conditions. The scope of delivery can be adapted to individual needs by choosing to add a set of auxiliary layers or corresponding orthorectified images to the input data. Highly developed digital data processing flow line and a large production capacity allow for unique time and cost-efficient production and delivery.

The elevation data available:

Very High Resolution Elevation Data: Elevation 4 (2m vertical accuracy at 4m grid spacing); Elevation 1 (1.5m vertical accuracy at 1m grid spacing) High Resolution Elevation Data: WorldDEM™ (2m vertical accuracy at 12m grid spacing); Elevation 10 (5m vertical accuracy at 10m grid spacing); Elevation 8 (3m vertical accuracy at 8m grid spacing)

Medium resolution elevation data: Elevation 30 (8m vertical accuracy at 30m grid spacing)

KEY FEATURES
  • Elevation data matched to individual business need: large area coverage for large scale projects vs. high level of accuracy for local coverage
  • Rapid on-demand delivery of high precision elevation data anywhere in the world
  • All products framed to individual Area of Interest with optimised pricing per km²
  • Based on spaceborne optical and radar technologies
KEY APPLICATIONS

Image orthorectification, multi-scale mapping production, defence, air traffic security, hydrologic modelling, natural resource exploration, infrastructure and network planning

Worlddem™

WORLDDEM™

WorldDEM™ and WorldDEM™ Neo are high accuracy global satellite-based digital elevation models (DEM) available. With unique data quality and level of detail, both elevation models facilitate a wide range of applications such as line-of-sight analysis, hydrological modelling, satellite imagery orthorectification, and much more.

KEY FEATURES
  • Up-to-date global coverage (pole-to-pole)
  • Very high resolution: 5m pixel (WorldDEM™ Neo) and 12m pixel (WorldDEM™) spacing for every spot on Earth
  • Very high vertical accuracy (2m relative / 2.5m absolute)
  • Off-the shelf availability
  • Provides a foundation layer for applications such as civil engineering, natural resource management, planning and implementation of military operations
  • Closes gaps in areas where no adequate DEM exists to date Standardised DEM for any spot on earth at the same quality
AVAILABLE AS
  • DSM: Edited Digital Surface Model including editing of terrain features and with assured hydrological consistency
  • DTM: Derived from the WorldDEM™ Digital Surface Model (DSM) product by removing vegetation and man-made objects to show the bare terrain of the Earth’s surface.

Radar Mosaics

RADAR MOSAICS

A Radar Mosaic is a seamless assembly of images such that it appears a single and harmonized dataset. ORISAR, EEC, or GEC are some of the possible input products that shall help in the radiometric adjustment of all these scenes. As a result, there is a homogenous image mosaic. For mosaicing, it is possible to utilize the following processing options:

  • Geometric quality check and optional geometric data adaptation. This option is useful in insufficient geometric consistency. In the light of low order polynomial transformation and matching-based image co-registration, geometric quality check becomes reasonable.
  • Radiometric quality check as well as the optional adaptation of the input image data. This option is best suitable got critical selected areas like in large water bodies.
  • Automatic detection of specific mosaicking boundaries or cutlines. These cutlines are useful to generate the mosaicking source mask that provides information on source input pixel. However, this information is crucial to becoming the respective output pixel in the mosaic.
  • Use of source mask for mosaic production. This option ensures avoidance of visibility of cutting edges in the final image product, leading to the creation of seamless mosaic without any breaks or visible cutlines.
  • Quality assessment of the MCSAR output product.

Micronet Solutions offers the finest platform for Radar mosaics data services.

Foundation Layers

FOUNDATION LAYER

Foundation layers are the mechanisms that display geographic datasets. Each of these layers references a dataset. The layers specify how the dataset portrays with use of some symbols and text labels.

Each map, scene document, or globe assembles by adding a series of layers in a particular order. The table of contents list the order of the documents. The layers that the table of contents lists at the bottom appear first. Following the bottom layers are the other layers that lie above them. As a product, foundation layers take advantage of high accuracy and high coverage rates of the Airbus Defence and Space’s multi-resolution satellite constellation. Consequently, the foundation layers help to collect over 20 million km2 of data daily. This data has a resolution of 0.5m to 2.5m for any point on the Earth.

This Foundation Layer product takes advantage of the combined frequent revisit, high accuracy and high coverage rates of the Airbus Defence and Space’s unique multi-resolution satellite constellation, capable of collecting over 20 million km² of data every day, at resolutions from 0.5m to 2.5m, for any point on Earth.

FOUNDATION LAYERS AVAILABLE

  • GEOMaps: 1.5 m resolution
  • Very High Resolution: 50 cm resolution
  • SPOT DEM Precision

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