Building a Virtualized Development and Verification Environment for Automotive ECUs

In SDV development, increasing ECU functionality and system complexity make it difficult to respond flexibly using development and verification processes that rely solely on physical hardware.
In addition, environment preparation can require significant time and may hinder parallel development and early verification.
This service supports the construction of development and verification environments with reduced dependence on physical hardware by virtualizing and containerizing in‑vehicle ECUs.
As a result, it becomes easier to perform verification from early development stages and to carry out parallel development activities.

Supporting Flexible Operations with a Cluster Environment

By operating containerized vECUs in a cluster environment, it becomes easier to run development and verification workflows designed for multi‑ECU configurations and parallel processing.
– System validation by combining multiple vECUs
– Scaling development and verification environments as needed
– Reusing and switching environment configurations more easily
This enables flexible operations that can be adapted to each project’s size and phase.

Supporting Efficient Development Cycles for the SDV Era

By creating environments that facilitate early verification and parallel development, this service supports shorter development cycles required in the SDV era.
By leveraging virtualized environments, it helps reduce dependence on physical hardware preparation while supporting both improved development efficiency and stable quality assurance.