ESA

ESA is one of the key players in Destination Earth (DestinE), a strategic initiative by the European Union to create a digital twin of the planet. The project aims to monitor the impact of natural and human activities on Earth, predict extreme events and support climate adaptation policies. Using advanced Earth system models, supercomputing, satellite data and machine learning, DestinE enables the exploration of climate change scenarios and mitigation strategies.

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Needs

How do you transform complex climate and environmental data into intuitive, interactive visual experiences that support informed decisions in strategic areas such as energy, the environment, and urban planning?

Exprivia Solution

Vision is the innovative application developed by Exprivia as part of the DestinE (Destination Earth) platform, designed to revolutionize the way users interact with the Earth’s Digital Twins.

Designed as an advanced visualization client, Vision allows you to explore and analyze complex data sets through 2D, 3D, and 4D representations. The app is able to create customized visual narratives, making it easier to interpret weather and environmental phenomena.

Results

  • Advanced 3D rendering for immersive visualization of geospatial data.
  • On-demand access to digital twin data, satellite datasets, and in-situ measurements.
  • Cross-platform compatibility: Available on PC, Mac, and Virtual Reality (VR) and Augmented Reality (AR) devices.
  • Interface designed to make data understandable to a wide audience, not just experts in the field.
  • Support for different analytical needs, enabling a wide range of applications, from teaching to operational planning.

What happens when data becomes a story

With Vision, Exprivia has made possible a new user experience, where complex climate and environmental data become dynamic, understandable and engaging visual stories. This contributes not only to increased environmental awareness, but also to a more effective use of data in resource management, civil protection and climate adaptation strategies.