The steady increase in the number and value of coastal properties raises the risk of catastrophic losses from hurricanes. Climate change and rising sea surface temperatures can also increase storm intensity, resulting in more significant damage and higher losses. Factors like varying construction quality and more widespread flooding can contribute to overall costs.
Improve underwriting, pricing, risk transfer, and risk mitigation decisions with robust modeling tools.
Achieve better risk modeling with the latest research on wind fields and high-resolution data on elevation, topography, and land use/land cover.
Understand how evolving building codes, construction practices, and age of housing stock can impact your risk.
Gain a comprehensive understanding of potential losses by estimating damage from wind, precipitation-induced flooding, and storm surge.
Our tropical cyclone models for the US and Japan provide a unified view of flood risk from all sources, including coastal flooding and hurricane-induced precipitation.
Buildings can be categorized by construction, occupancy, age and height, plus other characteristics, to enable more precise loss estimation.
These datasets contain counts of all insurable properties and their respective replacement values for a given country, filling any information gaps in your portfolio.
See the full scope of modeling possibilities for extreme events.
Models to help you prepare operational and strategic resilience initiatives that meet the needs of all stakeholders.
Quantify flood risk by accurately accounting for the complex variables that give rise to damaging floods.
Manage your severe thunderstorm risk with a complete view of risk of hail, straight-line winds, and tornadoes.
Assess the risk from a single storm or a cluster, including the most extreme events.
Insights and data analytics you need for mitigating tropical cyclone risk.
Understand the scope and implications of severe weather and catastrophes as they happen.
Understand your estimated exposure to loss from extreme events today—and in the future.
Model the risk of complex reinsurance contracts to inform your underwriting and pricing decisions like never before.