Software-defined vehicle performance assessment

Compredict will showcase the latest evolution of its virtual sensor technology, enabling engineers to replace physical sensors with high-fidelity, software-based alternatives. Designed for validation environments and series production, Compredict’s virtual sensors enhance system observability by introducing software redundancy, improving fault detection and increasing overall reliability.
These advanced solutions provide OEMs and Tier 1s with real-time insights into critical performance parameters, enabling precise measurement of component loads, wear progression and degradation trends. By leveraging physics-informed machine learning, virtual sensors facilitate predictive maintenance, optimize durability validation and refine component design based on actual in-service use patterns.
Booth: 1374
These advanced solutions provide OEMs and Tier 1s with real-time insights into critical performance parameters, enabling precise measurement of component loads, wear progression and degradation trends. By leveraging physics-informed machine learning, virtual sensors facilitate predictive maintenance, optimize durability validation and refine component design based on actual in-service use patterns.
Booth: 1374