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Insurance Risk Mitigation Using Parcel Data by Howard Botts, PhD Proxix Solutions, Inc www.proxix.com.

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Presentation on theme: "Insurance Risk Mitigation Using Parcel Data by Howard Botts, PhD Proxix Solutions, Inc www.proxix.com."— Presentation transcript:

1 Insurance Risk Mitigation Using Parcel Data by Howard Botts, PhD Proxix Solutions, Inc www.proxix.com

2 Parcel Data and Location Intelligence  “Location Intelligence” in the Insurance Industry has evolved to the most “granular” level possible with the availability of digital property parcel boundaries.  Today companies can evaluate a variety of hazard risks, such as coastal surge and wildfire, using parcel data and parcel level geocoders.  The use of parcel data allows companies to understand hazard risk and risk concentration at the “micro-level” resulting in:  Evaluation of risk at the insured boundary level;  Avoiding adverse risk selection;  Micro-level targeting; and  Improved loss ratios and increased productivity.

3  Parcel boundary data represents the legal extents of each taxable U.S. property address.  There are an estimated 144.3 million privately owned parcels in the U.S.  About 68% of all conventional parcel maps have been converted to digital parcel data.  As digital parcel boundaries become available they are rapidly being incorporated into locational intelligence applications to enhance:  Geocoding accuracy;  Risk assessment;  Target marketing; and  Many other uses where “granular” accuracy is important. What is Parcel Data ?

4 Parcel Point vs. Parcel Boundaries  For companies collecting parcel data on a national level there are 2 competing methodologies for maintaining the files: 1. Parcel points or 2. Parcel boundaries

5 Geocoding – Street Address Range Interpolation vs. Parcel Geocodes

6 Which Rooftop Do We Insure?

7 Advantages of Parcel Boundary Collection  For the insurance industry the parcel boundaries reflect the exact outline of the insured property.  By using the parcel boundaries risk calculation can be automated with spatial processing to understand:  The percent of a property within a brushfire risk zone, a flood plain, or a coastal surge risk zone;  Proximity or distance of the property to risk zones;  The average elevation, slope, and aspect of the parcel; or  Other risk categories that would impact coverage and pricing.

8 Coastal Risk Data With Parcel Boundaries

9 Where is the Property Relative to Coastal Buffers or Surge Zones?

10 Parcels Within 2500 Feet Of The Coast But Not Located Within A Surge Risk Zone

11 Is the Property In/Out of the Windpool Boundary ?

12 Santa Barbara Parcels and Brushfire Risk

13 What is the Brushfire Risk Zone & How Close is the Parcel to a High or Very High Risk Zone? 126 Feet

14 Summary  Parcel data and parcel level geocoding, when combined with “highly granular” risk databases, present the “best” solution for insurance companies to:  Understand, evaluate and model risk at the household level;  More precisely micro-target opportunities within a market; and  Automate risk underwriting with a high level or accuracy and confidence.


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