Use case – Automotive industry
The automotive industry is facing a technological revolution: the major shift to software in vehicles. Automotive manufacturers are focusing on the transition from the traditional vehicle to the Software Defined Vehicle (SDV), with the ambition of accelerating the pace of innovation. With this vision in mind, they are integrating ever more new functionalities into their vehicles: advanced driving assistance systems, tire pressure monitoring, etc.
The automotive software market is constantly evolving, and vehicle-integrated software projects are becoming increasingly complex. Today, a car contains 200 million lines of code; by 2025, it will contain 650 million. In addition, the software applications embedded in these vehicles are getting heavier and more voluminous.
We’ve looked at this industry, which is facing some real challenges and is asking us to rethink the way we build software.
In this use case, you’ll learn about the challenges in this industry and the need to take action as early as possible in the software application development process. We approach this use case from the perspective of optimizing the performance and efficiency of embedded software. To this end, we present the diagnostic methodology used before showing the gains achieved in terms of CPU cycles for different types of software applications.
You can now read the Automotive industry use case on our library