
|
Hazard Forecast Tools
WSI’s Hazard Forecast Tools include detailed preseason, live hurricane and updated seasonal forecasts. These unique forecasts contain features that have been previously unavailable to the marketplace including hurricane predictions beyond 5 days, uncertainty estimates, and the incorporation of the entire suite of state-of-the-art global forecasting models. Insurers will be able to plan more strategically with increased lead time and greater forecasting accuracy to help identify exactly where exposures exist.
|

 |
Global Weather Data
Real-Time Data -
Leveraging a robust data collection facility that ingests vast
amounts of weather data from around the world, WSI can
produce real-time products that display weather in a format
that is most useful to your operations. For example, if a severe
wind event is occurring in an exposed region, WSI can produce
text files or shape files, in real-time, depicting the sustained
wind speed and maximum wind gusts. Other types of data available include
North American and European radar information and global satellite
imagery.
Forecast Data -
WSI provides forecasts for the US Hurricane season, Japanese
and Australian typhoon seasons, and European wind seasons. WSI
updates these forecasts on a monthly basis to allow members
of the industry to buy more protection and/or provide more capacity.
Historical Data - For
those that require historical weather data for analyses, WSI
provides access to worldwide weather data collected as far back
as most observation stations have been in existence.
Leading Research & Development
- WSI’s capabilities extend beyond straight data delivery.
Our leading-edge research and development team constantly strives
to translate weather information into more powerful and useful
tools to aid our customers with critical decision making. WSI
produces a number of proprietary forecasts including WSI’s
Hot Storm Index™
which derives the potential impact of severe weather events
including hail, wind, and flooding from raw NEXrad radar data. |