The GET-it project aims to design and test a Digital Twin Component (DTC) for geohazards (volcanoes, earthquakes, and other natural or anthropic origin geohazards) 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- and seismic-related geohazards (at least), 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.