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Carmakers are striving to accelerate innovation by introducing more features at a faster pace while maintaining high quality standards. However, these efforts are often hindered by the shortage of prototype hardware, especially during the early stages of software development. Cloud Native Embedded Software Development solutions on AWS offer a comprehensive suite of industry-leading tools, virtual targets with parity to real hardware, and virtual development environments hosted in the cloud. This approach enables software development teams to commence the development process early, utilizing cloud-based Virtual Engineering Workbenches, thereby reducing overall program cycle time. Additionally, it provides scalability and consistency of environment across globally distributed teams, facilitating better collaboration and enabling the creation of higher-quality software for final testing once real hardware becomes available.
Red Hat® Enterprise Linux® delivers high security, 99.999% uptime, support for business-critical workloads, and so much more. Ultimately, the platform helps you reallocate resources from maintaining the status quo to tackling new challenges.
EB corbos AdaptiveCore is a proven in use middleware which realizes automotive application requirements on top of POSIX operating systems for safe and secure high-performance controllers. It's flexible, scalable and adaptable to changing regulations in the automotive industry, e.g. cybersecurity, functional safety, ASPICE. It provides a comprehensive set of building blocks to enable your in-car use cases from infotainment to automated driving applications. Based on the AUTOSAR Adaptive platform it facilitates the software-defined vehicle.
A platform under the devNXT umbrella where users can leverage blueprints and patterns. A ready to use pattern marketplace that development teams can utilize to learn, contribute and accelerate software development.
Bring together all reusable assets in a Marketplace
Simple and easy to use UI self-service portal to contribute and consume the assets.
Baseline templates can be picked automatically from GIT repos (in case of new widgets, functions or API’s) on a regular basis or updated manually incrementally or in bulk.
Tagging of assets to enable intuitive and contextual search quickly
Integration with IDE for automatic addition of selected re-usable asset code
More importantly create a community of developers who can share, connect and continuously improve the reusable assets, which is a mindset transformation towards collaboration and better delivery efficiency.
Ability to measure reusability of assets.
Synopsys' virtual prototyping solution accelerates automotive embedded software development and system testing through the deployment of electronics digital twins. Synopsys delivers tools (Silver and Virtualizer), models and modeling services to efficiently establish and deploy Virtual SoC, Virtual ECUs and Virtual Vehicles covering all level (L1 through L4) and mixed abstraction
This ETAS product RTA-VRTE StarterKit offers you the full middleware solution for microprocessors based on AUTOSAR Adaptive. It offers the tooling ISOLAR-VRTE, the middleware RTA-VRTE (AUTOSAR Adaptive stack) and an integrated virtual ECU simulation to run the middleware. With this powerful StarterKit you are ready to go to experience the application development of AUTOSAR Adaptive as well as the configuration of the middleware for a dedicated system.
Achieves process compliance to the core covering all phases of PDLC.
CI/CD environment as backbone for handling complex SW Integration and development programs across multiple domains and integration of various industry standards tool chains.
Integration of multiple methodologies(MBD, AUTOSAR, C, C++) with other tools to ensure compliance.
Each phase associated with quality gate allowing auto integration & progress to next phase ensuring compliance.
Enables architectural design partitioning to have parallel development, reusability and modular.
Enables test driven and data driven development
High level of automation for architectural reviews, Code reviews, testing.
This Guidance demonstrates how the Virtual Engineering Workbench (VEW) framework accelerates software development lifecycles and supports software-defined vehicles.