Shape the Future of Mobility by Building Software that Drives a Cleaner, Smarter and Safer World

Electronics in the form of ECUs, sensors and advanced chipsets work with millions of lines of code and play a differentiating role in the automotive industry. They enable newer business models and disrupt technology across CASE (Connected, Autonomous, Shared, Electric) domains. As the role of software and data grows, so does its complexity, making it necessary for the mobility industry to build deep software competence.

Decoupling hardware and software components in vehicles, allows for greater modularity and flexibility. This approach enables faster innovation, easier updates, and more scalable solutions, paving the way for advanced vehicle architectures and more efficient system integration.

The Mobility industry is shifting from traditional distributed systems to centralized architectures. This evolution simplifies vehicle design by consolidating multiple control functions into fewer, more powerful units, reducing complexity, weight, and cost. Centralized architectures also enable advanced features like over-the-air updates, enhanced cybersecurity, and seamless integration of next-gen technologies, driving the future of smart, efficient vehicles.

As vehicle software complexity rises, integrating software from multiple parties presents new challenges. Key focus areas include multicore optimization, performance engineering, and ensuring compliance with standards like AUTOSAR, FuSa, and cybersecurity. Addressing these challenges is crucial for creating reliable, secure, and high-performing vehicles.