Accelerating software deployment in software-defined vehicles is crucial for remaining competitive, ensuring safety and security, and complying with standards like ISO 26262 and ISO 21434 and maturity models such as ASPICE. These approaches mitigate safety and security risks and regulatory compliance issues while maximizing the value creation potential of automotive products - all while enabling rapid software deployments.
Standardized and continuously used DevOps pipelines for system validation enable immediate feedback loops for software developers, allowing instant access to test results overnight. This means developers can continue refining their code immediately and fostering timely iterations. This customer-centric approach supports software developers in meeting customers’ demands faster and competently. The software developer can utilize their valuable time more effectively for problem-solving and innovation.
With virtual and automated testing approaches, system testing is strategically shifted to the early stages of the software development process. This shift not only saves time but also enhances the efficiency of the software development team. It allows for the establishment of continuous validation pipelines, enabling multiple testing jobs to be conducted in a reproducible manner. The automated pipeline orchestrates existing system models, test cases, test environments, and traces the test results back to the existing requirement system. What was previously a manual process is now automated, saving valuable time and resources.
- Stage One: Software-in-the-loop (SiL) testing is performed in virtual environments, allowing early and efficient validation.
- Stage Two: Hardware-in-the-loop (HiL) systems incorporate virtual and physical testing for comprehensive validation.
- Stage Three: Real-world testing ensures seamless integration into prototype vehicles.
All pipelines are orchestrated across various testing environments to maximize DevOps efficiency, ensuring a robust and streamlined software deployment. The cloud-based solution enables the configuration and execution of scalable and automated pipelines.
There is no need to adapt existing workflows and processes, allowing specific tests to be outsourced to redirect focus to other tasks. Additionally, the solution can be seamlessly customized to meet users' needs.
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By adopting our solution, clients benefit from:
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Reduced validation times: Faster deployment across different testing environments thanks to continuous and automated feedback loops.
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Enhanced collaboration: DevOps principles facilitate seamless collaboration between different teams with full traceability.
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Effortless integration: AVL’s cloud-based solution allows a cost-effective and flexible in-house integration and is compatible with third-party tools
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Consistent testing: Our solution covers SiL, HiL, and real-world testing, ensuring robustness and cohesiveness across all stages of development.
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Reliable Compliance: Support of compliance and lifelong product maintenance, ensuring readiness for evolving industry standards and challenges.
High complexity and shorter update cycles? Our solution uses automated pipelines to reduce testing time by up to 40 %. And this is just the beginning!
- Harald Petschnik, Business Innovation Manager, AVL
AVL CAMEO 5™ unlocks a new maturity level of calibration and validation in automotive software testing.
Experience real-world simulations in miscellaneous testing and calibration environments like Software-in-the-Loop (SiL), Hardware-in-the-Loop (HiL), testbeds and vehicles.
CRETA is a calibration data lifecycle management system designed for the calibration of all vehicle control units.
AVL SecGuard is the high-end solution offering for cyber security compliance, pouring cyber security development experience into an automated, flexible end-to-end software toolchain.
AVL Virtual Studio isn't just another software product; it's a comprehensive virtual testing experience aimed at addressing the complex challenges faced by modern test systems.
Highlights
Moving steadily into the future: Find out what’s brand new in the field of connecting solutions.
A combination of efficient simulation techniques, optimised test approaches and the use of agile development technologies is required to increase validation speed in purely virtual environments.
Modern vehicle development processes are complex, and they involve the entire organization for years. It is becoming increasingly difficult to master the vast complexity associated with vehicle development. Relying merely on heterogeneous simulation
In this last webinar (of a series of three), experts from RedHat, Microsoft and AVL discuss the challenges, methods, and solutions to enable a smooth DevOps Cycle.
The software industry has shown that DevOps approaches offer many advantages, including faster value chain and time to market, additional business models, and quick and frequent updates to improve the customer experience.
Join us in our webinar series focused on how to accelerate software deployment for software-defined vehicles (SDV). Our comprehensive sessions devided into one main and three deep-dive webinars stress the complexities of accelerating software deployment for the SDV.