Coastal Risk Analytics

Solutions for Insurance

Evolving Risks.
Emerging Perils.

Comprehensive hazard models for catastrophe risk pricing, portfolio management, and product development across global markets.

VenTC VenFLOOD VenCOAST VenTOR VenHEAT

Why Ventrx

Next-generation catastrophe models for the global re/insurance industry

Our models address critical gaps in existing solutions: emergent hazards with limited historical precedent, consistent global coverage, climate change integration, and high-resolution asset-level analysis.

Key Features

Catastrophe Models That Plug Key Analytical Gaps

Global Coverage

Integrating local and global data. Filling key coverage gaps. Capturing correlations across the world (e.g. ENSO simultaneously affecting regions around the world).

Climate Change Integration

Separate event sets for current and future climate. Integrating several climate models for several climate scenarios.

Regional Vulnerability Models

Vulnerability functions accounting for differences in built environment across regions.

High Resolution

Flooding: 30m globally, 5m in Australia & Japan, 10m in USA. Wind: 100m in 8 directions.

Better Capturing Current Risk

Current risk calculations already capturing changes compared to historical record.

Flexible Access (including OASIS LMF)

Models (hazard event sets and vulnerability) available using OASIS loss modeling standards or other formats as needed.

Incorporating Several Additive Technical Features

Example Technical Differentiation

Tropical Cyclone risk
100m horizontal resolution globally with 3-second gust modelling in 8 directions
offers joint wind to surge
Inland Flood risk
30×30m spatial resolution global DEM (finer in US, England, Australia, Japan) with near zero bias
explicitly simulates rainfall-runoff processes
Coastal Flood risk
30×30m spatial resolution global DEM (finer in US, England, Australia, Japan) with near zero bias
incorporates both sea level rise and changing storm patterns for future view of risk
Tornadic risk
EF2+ occurrence rates globally
bias-corrects CMIP6 climate models with ERA5 historical data
Extreme Heat risk
3-hourly temporal resolution globally (vs. typically available daily resolution)
offers human-centered heat stress metrics — WBGT and UTCI

Our models can complement your primary views of catastrophe risk

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