Your gateway to Copernicus services

satelites
0
missions
0

Services

0

The Copernicus Space Component Interface (COPSI) is a brand new web-based Front-End for the Copernicus Space Component services (i.e. MP, LTA, PRIP, CDSE). It is able to use exposed APIs for Sentinel products discovery and download (OData and STAC), according to Copernicus Space Component ICDs.

COPSI is a platform and framework for building single-page client applications using HTML and TypeScript.

The main goal of COPSI is to provide a visual instrument to search, geolocate and monitor the Copernicus Sentinels production, allowing ad hoc data retrieval and on-demand product generation

COPSI main concepts are:

Identity:

COPSI is the Graphical User Interface for Copernicus Space Component sharing analogous ICDs. It was born to provide users an easy and intuitive way to access Copernicus data.

Centralized User Management:

COPSI access is regulated by the Collaborative DHS IAM. There is no need to add a specific client for COPSI, since it uses the client configured for the relevant CSC OData Server.

Product discovery, visualisation, generation and download:

COPSI main feature is the possibility of performing an OData and STAC search of the products collected in the associated CSC service. Products are listed in a user-friendly format and displayed as geometric footprints on the map, easily downloadable through the interface. Additionally, COPSI allows users to generate Sentinel-2 on-demand products.

COPSI is free and open source, in line with the Collaborative DHS recommendation to offer a service to the community and take advantage of feedback and contribution coming from the users.

COPSI main features:

Innovative production and dissemination monitoring through geographical comparisons between various data sources.

Visual inspection of acquisition scenario coverage.

Robust visual and statistical reporting tools for ESA.

On-demand and customized generation of Sentinel-2 End User products, from RAW data to Level-2, based on geographical and datastrip inputs.

Support to Copernicus Commissioning activities.

Focus on personal Areas of Interest, enabling monitoring and product requests for specific tasks, such as calibration activities.

Scroll to Top