With catastrophe events increasingly exposing vulnerabilities in portfolios’ long-term resilience, incorporating forward-looking views of risk into portfolio risk management practices has never been more critical.
To gain a better understanding of near- and long-term uncertainty around contracts and assets, insurers must evaluate different scenarios at various time spans — from five to 10 to even 50 years into the future.
Moody’s RMS™ forward-looking catastrophe models build on our industry-leading catastrophe models to capture the near- and long-term risk outlook and help build balanced, resilient portfolios.
By creating consistent forward-looking views of risk, Moody’s helps organizations align modeling analytics and insights across current workflows.
Extend your perspective on underwriting risks to help create robust portfolios. With sustainable portfolio management, you can understand longer-term exposure accumulations coordinated with growth strategies.
Understand costs and benefits in adaptation, resilience strategy, and investment options. Gain a consistent view of both current and longer-term risk that’s easily accessible through your existing workflows.
Incorporate physical risk when evaluating each new market entry, pricing adequacy, and product viability. Have confidence in your growth strategy when you understand how risks to your retained policy portfolio in the 10-plus-year time horizon may evolve due across regions and within geographies.
Evaluate risk to realize longer-term insights on risk selection and divestment planning. Build balanced portfolios that support your capital plans well into the future.
Read our latest insights on catastrophes around the world.
This report examines the emerging fields in litigation and their potential implications for the insurance industry. Using advanced modeling methodologies and tool sets, this comprehensive analysis assesses how liability risks are associated with the directors and officers (D&O) line of business.
The Caribbean islands — renowned for their stunning beaches, mix of cultures, and diverse ecosystems — face a significant and growing threat from the impacts of physical risk and are among the locations with the highest level of catastrophic hazard damage worldwide.
More than half of the world’s population lives in cities, and by 2050 that will include an additional 2.5 billion people, according to United Nations estimates. Some of the fastest-growing urban centers in the United States are the most exposed to physical hazards and are at risk for rising perils in a warming world.
This study endeavors to provide a comprehensive retrospective analysis of the global population’s risk to flooding, how it has changed over time, how it changes regionally, and how it is expected to change in the future.
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