EDANYA focuses on developing advanced tools for simulating geophysical processes, with a particular emphasis on the numerical modeling of tsunamis and other fluid dynamics phenomena. Their work includes creating high-performance software, such as Tsunami-HySEA and Landslide-HySEA, which are used to predict and understand natural hazards. They have also developed a versatile web interface that allows for intensive computations on both CPU and GPU clusters, making their tools accessible and effective for real-world applications.
As part of their involvement in DT-GEO, EDANYA plays a key role in advancing the project’s mission to better understand and manage geophysical extremes like earthquakes, volcanoes, and tsunamis. The group’s expertise contributes to building a digital twin for tsunamis, a sophisticated tool that combines real-time data with predictive models to improve early warning systems and hazard assessments. This digital twin will be tested in various real-world scenarios, including locations along the Mediterranean coast, Eastern Sicily, the Chilean coast, and Japan’s Honshu coast.
EDANYA’s contributions go beyond software development. Their research integrates cutting-edge computational techniques, artificial intelligence, and real-time data analysis to address pressing challenges in public safety and disaster preparedness. This recognition from ESPAM underscores the importance of their work and its impact on creating safer communities.
Congratulations to the EDANYA team for this well-deserved acknowledgement of their dedication and innovative contributions to public safety research!
