Robust modelling with our hurricane catastrophe model, which is a collection of acute physical risk scenarios (or a stochastic catalogue) gives us insights for more extensive catastrophe risk assessment, management and the power to accurately quantify risk, make informed decisions, and achieve an improved combined loss estimate. The model includes hurricane wind, storm surge, and precipitation-driven (or pluvial) and river (or fluvial) floods inland flooding. The catastrophe events correlate globally with sea surface temperature (SST) and anthropogenic emissions as the main driver. Precipitation models are used to drive a high resolution stochastic modelled land surface and river flood maps, which are in turn used as input to our probabilistic loss model. In addition, Infinite Observations catastrophe model include a financial engine, which converts physical property damage into loss estimates. This element is crucial when correlating the loss magnitude to a certain probability, which is an important factor for indemnity-based risk transfer. In the aftermath of major catastrophe, costs of material and labour usually increases as a function of availability and demand. This element is also included in our catastrophe model as part of the loss estimates.