Understanding DT-GEO
The Project
To achieve its goals, DT-GEO will build the components of a Digital Twin- virtual replica of physical systems that combine real-time data streams and high-fidelity models.
Digital twins are built on interactive digital platforms, which allow for continuous observation and simulation of supercomputing tasks to recreate present and future scenarios. DT-GEO capitalises on the outburst of supercomputing and technical capabilities to carry out advanced, real-time modelling and analysis for diagnostics and forecasting.
01
Deploy
Design and create a pre-operational prototype of a DT on geophysical extremes for its future integration into the Destination Earth initiative.
02
Implement
Apply 12 DTs Components addressing phenomena to conduct precise data-informed early warning systems, forecasts, and hazard assessments across multiple time scales.
03
provide
Supply a flexible framework for EOSC-enabling and FAIR-validation of project assets and outcomes and its integration in the European Plate Observing System and HPC/virtual cloud computing Research Infrastructures.
04
verify
Corroborate DT-GEO's results in operational environments at 13 Site Demonstrators of particular relevance located in Europe and beyond.
Towards a European Digital future
DT-GEO aims at being a first step of a long-term community effort towards a twin on geophysical extremes integrated in the Destination Earth (DestinE) initiative.
This ambitious European initiative plans to develop a high-precision digital model of the Earth with the purpose of mapping and anticipating climate-related events worldwide as accurately as possible.
As such, observational data collected by DT-GEO partners will be continuously integrated into DestinE Digital Twin to make the Earth model more accurate.
