Best Climate Risk Software

The Oasis Loss Modelling Framework (Oasis LMF) is an open source catastrophe modeling platform designed to enhance risk assessment through transparency, performance, and innovation. Established as a not-for-profit organization, Oasis LMF offers a comprehensive suite of tools for developing, deploying, and executing catastrophe models without restrictions on modeling approaches. The platform includes a web-based user interface and an API for seamless integration with other systems, facilitating interoperability and ease of use. Core components such as Oasis ktools enable large-scale execution of catastrophe models, while the Oasis Model Development Toolkit supports model development and testing. Emphasizing community collaboration, Oasis LMF's ecosystem comprises over 18 suppliers offering more than 90 models, fostering a diverse and robust modeling environment.

Moody's Intelligent Risk Platform™ (IRP) is a cloud-native solution designed to enhance risk assessment and decision-making for insurers, reinsurers, and brokers. Leveraging over 30 years of risk analytics expertise, the platform integrates industry-leading Moody's RMS™ models to provide deep insights into various perils, including natural and man-made catastrophes. Its modular architecture offers a suite of applications—such as Risk Modeler™, UnderwriteIQ™, TreatyIQ™, and ExposureIQ™—that streamline workflows across the insurance value chain, from underwriting to portfolio management. Built on Amazon Web Services (AWS), the IRP ensures scalability, flexibility, and continuous innovation, with new features released every six weeks. Additionally, the platform supports over 700 third-party and in-house models through its Open Modeling Engine, facilitating unified multi-vendor risk modeling.

HurLoss is ARA's state-of-the-art hurricane catastrophe model designed for property insurers, reinsurers, brokers, and ILS managers to effectively manage risk in hurricane-prone regions. Since 1998, HurLoss has been the foundation for structural design in hurricane-prone states and has been utilized for federal emergency management and mitigation planning nationwide since 2003. The model offers a unified event set covering the entire North Atlantic basin, including the U.S., Caribbean, Bermuda, and parts of Canada, Mexico, and Central America. HurLoss is distinguished by its physics-based hurricane hazard modeling and engineering load and resistance modeling, starting with fundamental principles and validated through claims data. It incorporates future climate conditioning, allowing users to assess risks based on current and projected climatological data, including factors like sea surface temperature and wind shear.