The Trouble Code Interpretation (TCI) API translates vehicle trouble codes into human readable information. As input the API needs the vehicle VIN and the trobule code(s). As a result it delivers a understandble description of the trouble code, along with a classification, cause and a recommendation to fix the problem.
The Vehicle Identification Service API predicts a KType or KBA number based on a VIN. The results shows a list of KTypes or KBAs with probabilities.
The Service Schedules and Inspections API provides service plans for vehicles. Based on a KType this API gives an overview of the possible services for a vehicle and the associated data such as after how many years they are due and after how many kilometers. Additionally potential extra tasks, details and steps for certain inspections will be listed. Furthermore it deliver the necessary parts that are needed for each service and how much labour time is required to perform the job.
The Repair Times API provides comprehensive labour time data associated with service inspection but also of specific component replacements. Firstly a list of all categories and sub categories can be explored by using a KType. Secondly, the previous information can then be used to obtain the corresponding labour times for the repair of these specific categories or vehicle services.
The Technical Vehicle Data API provides general information of a vehicle such as engine code, model type, model year, battery information and more. The results are based on the KType number of the vehicle.
The Repair Instructions API provides repair information based on a KType. The API returns a list of available repair categories and respective step-by-step repair instructions, inclusive images and guides.
The Manufacturer Campaigns API shows proactive actions initiacted by the vehicle manufacturer when malfunctions have been detected for which the owner was requested to have it repaired. The API requires the KType as input.
The Component Measurement Values API is used to compare target pin values to actual measured values of the vehicle in order to detect faulty components. The API supplies target values for component pins and pins at the ECU. A first API call provides the available components based on a KType and with the second call the specific component pin data can be retrieved.
Browse through “make”, “model” and “type” to search for the vehicle you are looking for. The result shows vehicle descriptions and also KType numbers.
The Vehicle Component Location API returns information about the components of a vehicle and their location based on the KType. The endpoint shows information by giving an image of the position in the vehicle and the coordinates.
The Defect Component Prediction API predicts malfunctioning vehicle componentents. It utilizes an AI based model that analyzes Diagnostic Trouble Codes (DTC) from vehicles to predict the most likely faulty component. The result of this API delivers a list with components along with the probability of them being defective.
The Recall Campaigns API sends information about security related actions coordinated by federal institutions such as the “Kraftfahrbundesamt” (KBA) in Germany. The API deliver important information about the repairs on the vehicle. The API uses the KType as input.
The Fuses Box API lists information about the fuse boxes, its location and relays upon specification of a KType.
