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LiveCyc

LiveCyc provides global extreme weather forecasting to empower data-driven decision-making in times of catastrophe.

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Trusted by industry leaders

IntroducingLiveCyc:ProtectandmanageyourexposuretohurricaneriskwithReask’s enhancedreal-timeearlywarningsystem.

Figure 1: Hurricane Laura forecasted gust winds on 26th August 2020, 15 hours before landfall.

High-resolution tropical cyclone early warnings

LiveCyc combines machine learning, official forecasts, and real-time simulations to deliver high resolution wind gust probabilities up to 72 hours before landfall, turning complex storm data into actionable risk insights for disaster preparedness.

Predicts wind gust footprints with kilometre-level resolution.

Provides up to 72 hours advance warning for vulnerable areas.

Translates forecasts into decision-ready risk metrics.

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Figure 1: Hurricane Laura forecasted gust winds on 26th August 2020, 15 hours before landfall.

High-resolution tropical cyclone early warnings

Predicts wind gust footprints with kilometre-level resolution.

Provides up to 72 hours advance warning for vulnerable areas.

Translates forecasts into decision-ready risk metrics.

Request demo access

High-resolution tropical cyclone early warnings

Predicts wind gust footprints with kilometre-level resolution.

Provides up to 72 hours advance warning for vulnerable areas.

Translates forecasts into decision-ready risk metrics.

Request demo access

Wind gust probabilities

Provides detailed probabilistic forecasts of wind gusts well in advance (up to 72 hours before landfall), allowing ample time for preparations and impact assessment.

Wind gust probabilities

Provides detailed probabilistic forecasts of wind gusts well in advance (up to 72 hours before landfall), allowing ample time for preparations and impact assessment.

Global terrain adjusted maps

Incorporates terrain roughness and topography into the wind models to provide more accurate forecasts. This feature is especially important in regions where geographical features can significantly influence wind patterns and intensities.

Global terrain adjusted maps

High model resolution

Utilizes a 1-km² resolution model to offer highly detailed and localized forecasts. This level of detail ensures that the predictions are relevant and useful for specific locations, rather than broad generalizations.

High model resolution

Validated against observed wind speeds

When a storm nears landfall, the range of possible outcomes is wide, yet deterministic forecasts only show one scenario. This leaves risk teams overexposed to unexpected impacts and makes pre-event decisions difficult to quantify.

Forecast accuracy tested against observed wind gust data

Within ±10 m/s of actual observations in 86% of cases 48 hours before landfall

Accuracy rises to 89% of cases 24 hours before landfall

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CASE STUDY

How risk leaders use probabilistic forecasting for faster event response

Explore how insurers and risk carriers apply Reask’s event-response data to improve loss estimation, guide reserving decisions, and support communication with stakeholders.

HURRICANE LOSS ESTIMATION

Vave improves hurricane loss estimation with Reask

Vave used Reask’s high-resolution wind data to validate claims and refine loss estimates following U.S. hurricanes, supporting faster reserving and greater confidence with investors.

HURRICANE LOSS ESTIMATION

Vave improves hurricane loss estimation with Reask

HURRICANE LOSS ESTIMATION

Vave improves hurricane loss estimation with Reask

"Reask helped us narrow the range of possible outcomes day by day. By the time landfall was near, we weren’t guessing. We had a clear view of where things were heading and much more confidence in the loss estimates we were working with."

Tim Spencer

Head of Analytics, Vave Insurance

Benefits of Reask’s enhanced short-term forecast

Asset protection

Early loss assessment

Operational resilience

Public awareness

Access to our data is fast and frictionless

Direct API

Access Reask’s extreme weather data quickly and seamlessly through our API. The API portal enables efficient data transfer without the need to store large datasets locally. Read the API documentation.

Direct API

Direct file transfer (FTP)

Download and store full Reask datasets on-premise. Access geospatial data files that integrate directly into your workflow.

Direct file transfer (FTP)

Download and store full Reask datasets on-premise. Access geospatial data files that integrate directly into your workflow.

Third-party distributors

Reask data can be integrated into SaaS underwriting and exposure management platforms. Supported by providers like EigenRisk and Geosite, our distribution network continues to expand.

Third-party distributors

Reask data can be integrated into SaaS underwriting and exposure management platforms. Supported by providers like EigenRisk and Geosite, our distribution network continues to expand.

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