Development of an innovative AI solution for the detection of car damage
The problem
The project
TÜV Rheinland and Adomea have developed a system for the automatic assessment of vehicle damage that produces a detailed image of the vehicle surface in just one minute. The high-precision measurement data is not only based on RGB images, but also uses reflection and curvature information to detect the smallest changes on the car body surface at the micrometer level. Adomea's measurement setup generated a database that offered high potential for the use of computer vision to further automate the damage assessment workflow.
Merantix Momentum was involved to detect defect classes such as scratches, abrasions, dents, etc. on the car body surface and set new standards in vehicle damage detection. The solution is later also suitable for various use cases - e.g. end-of-line inspection, vehicle logistics, lease return or other applications requiring precise assessment.
The solution
Our contribution
To develop a powerful computer vision model, Momentum used a database consisting of three different modalities, namely RGB values, curvature and reflectivity.
The challenge in this project was the complexity of the data and in particular a very unbalanced distribution of the data. For example, damage was contained in less than 1% of the vehicle image data. In addition, the damage present was extremely small: even for the experts, it was difficult to tell whether the images contained damage or not.
To solve this, Merantix Momentum introduced a new labeling approach to quickly annotate the data and improve its quality. Working with the agile and data-centric methodology enabled the rapid generation of annotated data and addressing the imbalance in the original data set.
Our result
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View more projects
Contact us
- Critical and holistic evaluation of the approach
- Development of guidance for reliable implementation
- Free of charge and without obligation