Engineering the future of mobility with embedded software AVs

In the rapidly evolving automotive industry, Advanced Driver Assistance Systems (ADAS) and autonomous vehicles (AVs) are transforming the way we drive. Embedded software plays a critical role in these advancements, enabling enhanced safety, automation, and performance.

Download this white paper and explore the challenges and opportunities associated with embedded software development for ADAS and AVs.

Maximize ADAS features by front-loading systems design

Frontloading vehicle and systems design demands solutions that provide a holistic view of the proposed feature's impact within the operational context, allowing easier collaboration between experts. By embracing front-loading vehicle and systems design, automakers can unlock the full potential of ADAS features, delivering safer, more intelligent, and more enjoyable driving experiences for the next generation of vehicles.

Optimize system behavior continuously

Continuous optimization requires a comprehensive virtual engineering ecosystem that enables engineers to explore system options and identify potential weaknesses in the context of usage patterns. By embracing this approach, automakers can deliver safer, more intelligent, and more enjoyable driving experiences for the next generation of vehicles.

The critical need of continuous verification and validation for ADAS

A robust V&V process is essential for building consumer trust in ADAS and AV technologies. By continuously evaluating system performance and refining validation scenarios based on real-world data, automakers can deliver safer, more reliable, and more trustworthy ADAS and AV solutions that meet the evolving demands of consumers and regulators.