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Based in Europe, our client is the research and development center for one of the world’s largest manufacturers of premium and commercial vehicles. The center focuses on research, IT engineering, and product development.
Automobile
Telematics helps to improve after-sales service by providing manufacturers with real-time access to vehicle data. Telematics enables transmission of information from an automobile’s electronic control unit to a data center. The Remote Diagnosis Application is a diagnostic tool developed for telematics-enabled vehicles. Technicians use the diagnosis application to check the overall health of the vehicle. Data analysis of snapshots helps technicians to identify and fix faults. The application receives data from a host of services such as the vibration analysis application (uses in-built sensors to detect fault sources), accelerometer, gyrometer, GPS, and street drive simulations.
Previously, each workshop was assigned a diagnostic kit, a large wired device that was connected to the vehicle for scanning and recording vehicle data.
The client required a mobile application that would replace this system and enable technicians to diagnose and analyze faults in cars and trucks remotely.
The Remote Diagnosis Application assesses diagnostic data of telematics-enabled vehicles to help technicians in remotely identifying issues. Technicians scan the vehicle identification number and check for faults recorded on the electronic control unit.
Prior to our involvement, the client had a prototype of the Remote Diagnosis Application which was developed based on a monolithic architecture. Deployment was a huge task that involved uploading 2.5 GB of the build package. By moving to microservices architecture, QBurst was able to deliver a flexible and scalable alternative that was much faster to deploy.
APIs: Spring boot, OpenID Connect, Apigee Microgateway, Kubernetes, Jenkins, Git Quay, DHC SonarQube, PostgreSQL, Docker, Filebeat
Previously, each workshop was assigned a diagnostic kit, a large wired device that was connected to the vehicle for scanning and recording vehicle data.
The client required a mobile application that would replace this system and enable technicians to diagnose and analyze faults in cars and trucks remotely.
The Remote Diagnosis Application assesses diagnostic data of telematics-enabled vehicles to help technicians in remotely identifying issues. Technicians scan the vehicle identification number and check for faults recorded on the electronic control unit.
Prior to our involvement, the client had a prototype of the Remote Diagnosis Application which was developed based on a monolithic architecture. Deployment was a huge task that involved uploading 2.5 GB of the build package. By moving to microservices architecture, QBurst was able to deliver a flexible and scalable alternative that was much faster to deploy.
APIs: Spring boot, OpenID Connect, Apigee Microgateway, Kubernetes, Jenkins, Git Quay, DHC SonarQube, PostgreSQL, Docker, Filebeat