autoVHC vs Vision Object Detection

Our autoVHC software is an electronic vehicle health check system that generates additional sales opportunities from vehicles passing through the workshops of thousands of dealerships internationally. By automating the follow up process, aftersales teams can significantly close the gap in their profits. It is a solution that no dealership should be without. autoVHC performs from the moment that a customer books into the service reception, driving productivity in the workshop and service reception, while giving customers the transparency and visibility on any work that is required. The technology enables red (urgent) and amber (medium term) jobs to be presented quickly, consistently and professionally in order to enhance the customer experience and increase parts and labour sales.

Detect and classify objects on photos from the gallery or acquired by the auto capture camera. The object detection features and auto capture camera can work together or independently for professional surveying or personal purposes. The object detection most relevant use cases are the anonymization photos (blurring faces), and count objects in mobility scenarios (for instance, count the number of persons and vehicles on specific urban areas). The detection features has the following functions: a) Detect objects using different models. There currently are two types of models available: the generic object detection (80 objects grouped in 12 categories, that includes the mobility categories such as vehicles, persons, outdoor), and the faces detection b) Take actions on images with detections: mark bounding boxes or blur the detection area (used on the anonymization of faces). c) Analyse the detection statistics, including the detection count per category d) Export/Share the processed images and the detection statistics to CSV files The auto camera features allows surveying with a GPS camera for capturing pictures automatically with location. The auto camera has the following functions: a) Capturing of photos with location using time trigger shooter, in landscape and portrait mode. b) Export sequence of photos to CSV file