The DTU model (https://github.com/Skadesokonomi) has a high geographical resolution of land use and estimates flood damage costs for several sectors, including residential and industrial buildings, transport, health, recreational values, and tourism. The damage data is based on statistics of past insurance pay-outs for flooding events and on Danish monetary valuation studies of assets and sectors.

The SaferPlaces Global Platform is a revolutionary EO/Cloud-based and Digital Twin Platform able to support multiple users in assessing flood risk for cities worldwide and making flood smart data-driven decisions. Open Data (Geospatial, Satellite, Climate Data) and AI-based models are combined in a cloud-computing environment, to provide incredible insights in terms of flood risk intelligence.

Using state-of-the-art probabilistic modelling, CLIMADA allows to estimate the expected socio-economic and ecological impact as a measure of risk today, the incremental increase from socio-economic growth and ecological evolution and the further incremental increase due to climate change. The model is well suited to provide an open and independent view on physical risk.

The Connectivity Hub aims to help the climate change adaptation (CCA) and disaster risk reduction (DRR) communities work together. SEI and partners are now taking steps to enhance this high-tech search-and-discovery tool so that it can better help people in these two related fields find potential synergies and communicate more effectively with one another. The Hub was developed by PLACARD.

The Social Vulnerability Index (SVI) tool compiles census data for indicators such as housing quality, unemployment rate, and average education levels (amongst others) to analyze the vulnerability of a given community to climate change. The tool also provides an index or score of socio-economic vulnerability for each census-defined small area within a region of interest.

The HOWIS Erft is a flood information and warning system that provides information on actual and forecasted precipitation and runoff within the Erft catchment area. It is primarily intended to support the internal flood operation management of the Erftverband and is also available for other authorities as a voluntary service.