Systems and techniques for recall investigation

A system for determining a disposition of a vehicle having an unresolved recall notice, the system comprising:

• one or more processors;
• and
• a memory device having stored thereon instructions that, upon execution by the one or more processors, cause the one or more processors to:
• receive a first data record from a first vendor, the first data record comprising first data associated with the vehicle;
• receive a second data record from a second vendor, the second data record comprising second data associated with the vehicle;
• apply a first set of alignment rules to the first data record to generate an aligned first data record comprising the first data in a normalized format;
• apply a second set of alignment rules to the second data record to generate an aligned second data record comprising the second data in the normalized format;
• apply a first set of outcome rules to the aligned first data record to generate a first outcome record comprising a first predicted disposition of the vehicle based on the first data;
• apply a second set of outcome rules to the aligned second data record to generate a second outcome record comprising a second predicted disposition of the vehicle based on the second data;
• apply cross-vendor rules to the first outcome record and the second outcome record to generate a final disposition of the vehicle based at least in part on the first predicted disposition and the second predicted disposition;
• and
• generate a graphical user interface comprising the final disposition of the vehicle.

A computer-readable memory having stored thereon instructions for determining a disposition of a vehicle having an unresolved recall notice that, upon execution by one or more processors, cause the one or more processors to:

• receive a first data record from a first vendor, the first data record comprising first data associated with the vehicle;
• receive a second data record from a second vendor, the second data record comprising second data associated with the vehicle;
• apply a first set of alignment rules to the first data record to generate an aligned first data record comprising the first data in a normalized format;
• apply a second set of alignment rules to the second data record to generate an aligned second data record comprising the second data in the normalized format;
• apply a first set of outcome rules to the aligned first data record to generate a first outcome record comprising a first predicted disposition of the vehicle based on the first data;
• apply a second set of outcome rules to the aligned second data record to generate a second outcome record comprising a second predicted disposition of the vehicle based on the second data;
• apply cross-vendor rules to the first outcome record and the second outcome record to generate a final disposition of the vehicle based at least in part on the first predicted disposition and the second predicted disposition;
• and
• generate a graphical user interface comprising the final disposition of the vehicle.