Telespazio transfers the Payload Data Processing System of the European Copernicus programme’s Sentinel-3 satellites to public cloud

Rome  04 March 2021 11:00

  • Transferring the mission's data processing to the cloud enables an optimisation of its computing resources by around 40%, increasing system's reliability ensuring in parallel the performance level.

  • The data generated by the first two satellites of the Sentinel-3 mission provides monitoring of the oceans, the atmosphere and the Earth's surface.

Telespazio, a joint venture between Leonardo (67%) and Thales (33%), has successfully migrated the data processing infrastructure of the European Space Agency (ESA) Sentinel-3 mission to the commercial cloud. In the past, these activities took place in a physical infrastructure hosted at three different sites in Europe.

In recent days, ESA has given go-ahead for the Sentinel-3 mission's a switch-off of the physical scientific data processing infrastructure. The switch-off has been confirmed after an observation period lasting one month, on which the two infrastructures (physical and cloud) have been jointly operated. Telespazio has managed the entire design, development, qualification and roll-down to operation of the data processing system, adapting it to the new technologies and ensuring the best possible performance from a cloud platform. The migration process was approached by consecutive steps, starting from migration of the acquisition systems to migration of the various data processing centres.

The two Sentinel-3 mission satellites, launched in 2016 and 2018, belong to the European Copernicus programme to monitor the Earth’s environment managed by the ESA and the European Commission. When fully operational the mission, for which Telespazio is responsible for the operations, maintenance and development of the ground segment for data processing, will comprise 4 satellites (for which the prime construction contractor is Thales Alenia Space, a joint venture between Thales 67% and Leonardo 33%) equipped with systems to monitor the oceans, the atmosphere and the Earth’s surface. Among these the SLSTR (Sea and Land Surface Temperature Radiometer), developed by Leonardo, will provide valuable meteorological and climatological support. The Sentinel-3 ground segment is capable of providing products in real time, just 3 hours after data acquisition by the on-board instruments.

The transfer of the Sentinel-3 mission's entire ground segment to the public cloud enables an optimisation of its computing resources by around 40 per cent, increasing the system’s reliability and resilience while ensuring that all users have the same amount of time to access information.

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