The GET-it project aims to design and test a Digital Twin Component (DTC) for geohazards (volcanoes, earthquakes, and landslides) exploiting multi-sensor EO data and AI techniques. GET-it is designed to leverage Copernicus data and advanced algorithms, and generate information services for geohazards that address real needs of institutional and commercial stakeholders. GET-it integrates satellite, airborne, and ground-based observations along with complex simulations to better understand geohazard processes and develop solutions for the preservation of lives and the protection of valuable assets. GET-it offers for the first time a portfolio of cutting-edge processors and products fully exploiting EO data encompassing the whole spectrum of volcano, seismic and landslides related geohazards, in order to support information services. The DTC is designed as a customizable environment supporting the stakeholders communities to design accurate and actionable adaptation strategies and mitigation measures. GET-it addresses the needs and targets public institutions, decision makers and private customers (among others, aviation stakeholders, engine manufacturers, the insurance sector, road/infrastructure authorities, and energy providers) dealing with geohazards.

After a first one year phase ended in early 2026, GET-it moved towards Phase 2 that started in September 2026 and that will last for one year. In this phase the project introduces significant structural and technical enhancements to transition the system toward a pre-operational status. A major functional evolution involves the deeper integration of modules within the Geo Exploitation Platform (GEO), where all modules and scenario models will be integrated. More use cases will be considered and a Scientific Board will be introduced in order to supervise and provide guidance on the development of the operational (DTC)