Description
This service is provided as a system integration (SI) service to support automotive software development and verification targeting both Classic AUTOSAR and Adaptive AUTOSAR.
Based on the customer’s existing development and verification environments and tool configurations, it helps establish cloud‑based environments that make AUTOSAR development and verification easier to carry out.
By reducing the burden of environment setup and preparation, it supports more efficient AUTOSAR development processes.
Establishing Cloud‑Based Environments Suitable for AUTOSAR Development
In automotive software development, building development, build, and verification environments based on AUTOSAR can require significant effort.
Preparation of environments and handling of configuration differences can often become factors that slow down development progress.
This service organizes the elements required for AUTOSAR development within a cloud environment and supports configurations that can be used in combination with the customer’s existing development environments.
As a result, it helps create environments that make development and verification easier to proceed.
Supporting End‑to‑End Development and Verification
The AUTOSAR development and verification environment is designed with the full lifecycle in mind, from design and implementation through build, test, and verification.
– Development and build of AUTOSAR‑based software
– Support for a series of development activities, including verification
– Flexible use of environments according to project requirements and system configurations
By organizing activities that are often fragmented by development phase, it helps teams advance development and verification tasks more smoothly as a continuous process.
Supporting Pre‑Development and Verification Ahead of Physical Testing
By leveraging cloud‑based development and verification, it becomes easier to identify potential issues before validation using physical hardware.
This environment is not intended to fully replace validation on physical ECUs, but rather to reduce overall development effort through upfront development and preliminary verification.
As a result, it helps balance improved development efficiency with reliable quality assurance in AUTOSAR‑based automotive software development.