
Using a 3-D vehicle scan and data collected at the scene, we can determine the speeds and direction of the vehicles involved, which is crucial for collision reconstruction. Additionally, information from the event data recorder and vehicle infotainment module forensics can enhance our analysis.

Imaging of the airbag control module through a 3-D vehicle scan and analysis of the data retrieved from the event data recorder are essential for collision reconstruction. Additionally, vehicle infotainment module forensics may provide further insights into the circumstances surrounding the incident.

Imaging and analysis of the Engine Control Module, including the integration of 3-D vehicle scan technology, is currently supporting Detroit Diesel and Cummins Engines. This process is essential for collision reconstruction and utilizes data from the event data recorder. Additionally, our approach encompasses vehicle infotainment module forensics to ensure a comprehensive evaluation.

This information could provide historical data, including driving behaviors and routes of travel, which can be enhanced with a 3-D vehicle scan for detailed analysis. Additionally, insights from collision reconstruction and data retrieved from an event data recorder can further illuminate driving patterns. The vehicle infotainment module forensics may also contribute valuable context to these findings.

Creates a complete image of the vehicle through a 3-D vehicle scan. Everything related to the scan, including data from the event data recorder and insights from the vehicle infotainment module forensics, can be measured and marked for accurate collision reconstruction.

Creates a complete image of a scene through a 3-D vehicle scan. This information provides a 'Fly-through' of the scene and can be converted to a 2-D diagram, aiding in collision reconstruction and utilizing data from the event data recorder, as well as insights from the vehicle infotainment module forensics.
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