Flood risk is no longer a problem of the past, or even just the present. As global temperatures rise and urban exposure intensifies, it’s becoming increasingly clear: we need catastrophe models that look ahead.
That’s why we’ve integrated future climate scenarios into Global Flood Cat – making it the first catastrophe model to combine truly global coverage with the ability to simulate flood risk across any year and climate warming scenario up to 2100.
This launch represents a major step forward in quantitative flood risk modeling. With this update, users can now explore a wide range of future flood outcomes using a scientifically credible and highly flexible tool.
Join us for the official launch of Global Flood Cat x Climate Dynamics, where we’ll show how this integration supports insurers, banks, investors, and engineers in assessing physical flood risk in a warming world.
What to expect
In this 45-minute session, our team will cover:
- Why flood risk is escalating – and why today’s risk tools aren’t enough
- An introduction to Climate Dynamics, Fathom’s new framework for future climate scenarios
- How this update transforms Global Flood Cat into a climate-ready catastrophe model
- Practical use cases across insurance, finance, banking and infrastructure
- Q&A with the product team
Who should attend?
Insurers
For cat modellers, underwriters, and risk teams looking to:
- Run exploratory climate scenarios
- Assess long-term shifts in exposure and risk
- Identify future accumulation hotspots
- Strengthen pricing, reinsurance, and portfolio strategies
Banks
For climate risk leads, mortgage and credit risk teams aiming to:
- Quantify future flood risk across mortgage portfolios
- Reduce exposure to concentration and repeated-loss risk
- Meet climate disclosure and stress-testing requirements (e.g. TCFD, ISSB, NGFS)
Investors and asset managers
For ESG and risk teams seeking to:
- Assess flood-related risk across asset classes and regions
- Estimate future loss potential and total cost of ownership
- Support investment/divestment decisions with physical risk data
Engineers and planners
For resilience and adaptation teams needing to:
- Identify at-risk infrastructure and supply chains
- Prioritize mitigation, design, and resilience planning
- Support sustainable planning at national, regional, or asset levels
