System and method for automated advanced driver assistance system calibration management

A system for automated advanced driver assistance system (ADAS) calibration management, comprising:

• a user interface module, configured to receive, from one or more user devices, a repair estimate and a specific vehicle identifier;
• an ingestion module, operatively coupled to the user interface module and configured to:
• parse the repair estimate into one or more repair line items;
• and
• validate the distinct vehicle identifier;
• a VIN decoding module, operatively coupled to the ingestion module and configured to decode the vehicle identifier to extract one or more data items specific to the vehicle from one or more external data sources;
• a calibration flagging module, operatively coupled to the VIN decoding module and the ingestion module and configured to cross-reference the one or more repair line items with the one or more vehicle-specific data to determine one or more required calibration tasks;
• a workflow automation engine, operatively coupled to the calibration flagging module and configured to:
• automatically assign the one or more required calibration tasks;
• prioritize the one or more required calibration tasks;
• and
• monitor the one or more required calibration tasks based on predetermined criteria;
• a compliance validation module, operatively coupled to the workflow automation engine and configured to:
• compare one or more performed calibration tasks against one or more calibration standards;
• and
• generate corresponding compliance reports;
• a liability management module, operatively coupled to the compliance validation module and configured to automatically generate a liability waiver document for any calibration task not performed in accordance with the OEM standards;
• a real-time notification engine, operatively coupled to at least one of the ingestion module, workflow automation engine, and compliance validation module and configured to transmit alerts related to:
• missing data;
• incomplete calibrations;
• and
• non-compliance events;
• an analytics engine, operatively coupled to the workflow automation engine and the real-time notification engine and configured to:
• aggregate system data;
• and
• generate performance and compliance metrics;
• and
• a secure data storage module, operatively coupled to the user interface module, the ingestion module, the VIN decoding module, the calibration flagging module, the workflow automation engine, the compliance validation module, the liability management module, and the analytics engine and configured to store:
• the repair estimates;
• vehicle-specific data;
• calibration records;
• compliance reports;
• and
• liability waivers,
• wherein the system integrates VIN decoding, repair estimate parsing, calibration flagging, workflow automation, compliance validation, liability management, real-time notification, analytics, and secure data storage into a unified platform for automated end-to-end ADAS calibration management in a vehicle repair environment.