How to maximize the value of AV and ADAS features
Building trustworthy advanced driver assistance systems (ADAS) and autonomous vehicles (AV) systems is one of the most complex and daunting tasks for automotive manufacturers today. Defining the system upfront provides clarity, sets clear objectives, manages the scope, mitigates risk, supports efficient development workflows, ensures compliance, and facilitates system integration. A well-defined system lays the foundation for safe, robust, cost-effective ADAS and AV development.
Watch the video to learn how to accelerate the deployment of trustworthy, compliant, and safe autonomous operations.
Boost ADAS and AV design with a functional digital twin
To determine which ADAS and autonomous driving features will add the most value to your project, you must understand early in the development cycle if they can be incorporated safely, securely and efficiently into the electrical and electronics (E/E) architecture at hand without violating system constraints.
By frontloading the design and optimization of these features with the functional digital twin, you can assess risk and make decisions about the required hardware, software, and relevant scenarios before the cost of engineering changes becomes prohibitive later in the development process. Additionally, the trustworthy models that comprise the functional digital twin establish traceability and enable you to virtually validate that 100% of requirements have been met before you begin physical testing.
Make better decisions faster about ADAS and AV system design
The potential for liability and the lack of standardized requirements around the development of autonomous operations make engineering signoffs more crucial than ever. We have a dedicated autonomous driving system development solution that maximizes engineering confidence.
By leveraging the functional digital twin, automotive manufacturers can develop safe, secure, and compliant autonomous operation systems faster. Composed of the most trustworthy, accurate virtual models, the digital twin enables you to define, explore, simulate, and evaluate all aspects of the autonomous vehicle systems with the broadest range of critical scenarios, reducing uncertainty and giving you the confidence to sign off on your ADAS and AV system designs.
Sign off on ADAS and AV system designs with confidence
As automakers push to certify higher levels of autonomous driving, safety, cybersecurity and compliance are paramount. Develop trustworthy autonomy faster with Siemens Autonomous Vehicle Development and the functional digital twin.
The functional digital twin is composed of accurate engineering models, where you can capture and update targets, requirements and scenarios to—
- Establish full traceability and verification coverage.
- Define vehicle goals and functionalities upfront to maximize autonomous features.
- Make better decisions about hardware, software and relevant scenarios.
Multidisciplinary collaboration ensures that different teams can work together to validate that your design functions perfectly across systems, subsystems, and external environments. Embrace Siemens Autonomous Vehicle Development solutions and the functional digital twin to develop trustworthy autonomy faster.
