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AWS ML Casestudy

About the Client

Client started in 2008 by aggregating dispersed building permit data from across the United States and providing it to other businesses, such as insurance companies, building inspectors, and economic analysts. Today it provides solutions tailored to those professions along with a variety of services, including indices that track trends like housing remodels and new commercial construction. The company is based in Asheville, N.C.

The Challenge

  • Customer core customer base is insurance companies, which spend billions of dollars annually on roof losses. The company provides estimates on the age and condition of roofs to help its customers establish policies and
  • Customer initially built predictive models based on ZIP codes and other general data using Python and R languages, but building the models was complex and the results did not provide enough differentiators to boost the
  • Customer needed a solution that was easier to use and would support faster, more accurate modeling for property-specific

Solution

  • Turned to Amazon Machine Learning for predictive
  • Uses Amazon Machine Learning to provide roof-age and job-cost estimations for insurers and builders, with property-specific values that don’t need to rely on broad, ZIP code-level
  • Uses data sets from public sources and from customers to build

Benefits

  • The best practices and ease of use built into Amazon Machine Learning dramatically streamline the process of building predictive
  • Models that previously took six months or longer to create are now complete in four weeks or
  • Customer can provide customers with easy, programmatic access to predictions through
  • Creates opportunities for new data analytics services that Customer can offer to customers, such as text analysis in Amazon ML to estimate job costs with 80 percent
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