From Single ECU to Vehicle-Level Digital Twin: Engineering the Next Shift-Left Frontier
Information
How can the automotive industry scale shift-left vECU development from individual ECU-level testing to full vehicle-level digital twins that integrate dozens of interconnected ECUs, virtual communication buses, and simulation plant models?
What are the key engineering challenges and deployment strategies for building vehicle-level digital platforms, including multi-vendor vECU interoperability, virtual-to-real bus architectures, hybrid physical/virtual configurations, and timing synchronization at scale?
How can a coherent digital twin platform enable CI/CD-driven qualification of post-production software changes across ADAS V&V, in-vehicle network robustness testing, and cloud-based AD stack validation while minimizing dependency on physical ECU and harness availability?
