Early detection of vehicle and component malfunctions prevents further damage, allows personalized maintenance based on actual component wear, and therefore optimizes maintenance cost and effort. Using the Questar platform, remote diagnostics and root cause analysis enable faster and more efficient repairs and help to reduce warranty claim costs and minimize recalls.
Questar’s platform enables you to improve your customers’ operational efficiency. By offering optimized maintenance customers receive improved service scheduling and quality. You will also be able to offer your customers an extended warranty period relying on new vehicle health-based services of predictive maintenance and advanced diagnostics.
With value-added commercial services like driver behavior analysis and fleet analytics, you will be able to create long-term relationships with your customers through digital channels, also enabling new lucrative business models.
Build your next-generation product based on superior insights driven by AI and deep learning technology. Questar’s platform offers early detection of malfunctions and advanced root cause analysis capabilities, leading to a deep understanding of vehicle and component behavior. In addition, you can improve your existing product performance by delivering Over-the-Air updates, that maintain product quality throughout its lifecycle and offer new software features.
Contain R&D spend by remotely configuring and triggering data-logging and comparing system performance from simulation through bench to field data along the vehicle lifecycle.
Real-time data collection, smart filters and triggers, and data logging enable deep root cause analysis to determine the true cause for the malfunction, leading to faster repair and help minimize no-trouble-found cases.
Timely detection of component performance degradation allows to maintain the vehicle and its components based on actual wear and tear, repairing only what is required on-time.
Using our real-time edge algorithms and advanced AI and deep learning technologies, malfunctions can be detected before they cause additional damage.
Continuous improvement of user experience and system performance is enabled via Over-the-Air updates of ECU firmware.