Terrascope
  • Overview
  • Get started
  • Introduction
    • Terrascope Introduction
    • The Copernicus Programme
    • Registration and authentication
  • Data
    • Sentinel Missions
    • Sentinel-1
    • Sentinel-2
    • Sentinel-3
    • Sentinel-5P
    • PROBA-V mission
    • PROBA-V
    • SPOT-VGT mission
    • SPOT-VGT
    • Additional Products
  • APIs
    • catalogue APIs
    • OpenSearch
    • TerraCatalogueClient
    • STAC
    • Product download
    • Streamlined Data Access APIs
    • openEO
    • Additional Web-services
    • CropSAR Service
    • Web Map Service (WMS)
    • Web Map Tile Service (WMTS)
  • Tools
    • Terrascope GUI
    • Terrascope Viewer
    • openEO web editor
    • Virtual Environments
    • Virtual Machine
    • JupyterLab
    • Hadoop Cluster
    • EOplaza
    • Getting started
    • Manage your Organisation
    • Publish a Service
    • Execute a Service
    • Manage a Service
    • Reporting
  • Quotas and Limitations
  • Support
    • Contact
    • Terrascope Forum
    • Terrascope Sample Examples
  • FAQ

Developers’ Guide

Below you can find more information on the following topics.

Virtual Environments
Users can explore and analyse the data available from the various satellite platforms through a couple of virtual environments: Notebooks and User Virtual Machines (VMs).…

Hadoop Cluster
In Terrascope, we harness the power of Hadoop, Spark, and YARN to manage and process our extensive Earth observation data efficiently. Our platform leverages these…

Web Services

Sponsorship for VITO Services via ESA’s NoR
On Terrascope, the standard capacity of a free VM is 4 cores and 8GB RAM and 80 GB HDD disk space. If you are working in a scientific context or in the frame of an ESA…
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