Traditional car brands are transforming into tech companies by integrating software to create the most exciting tech product of the future.
The development process is inverted to start with the customer experience and software, which shortens development time and enables continuous over-the-air updates.
Replacing numerous distributed electronic control units with a single, powerful central compute unit simplifies integration, reduces costs, and improves performance.
AI avatars, large language models, and augmented reality are integrated into the vehicle to anticipate user needs and provide a seamless digital experience.
Automated driving systems are trained using machine learning and real-world swarm data from millions of kilometers to handle corner cases and improve safety.
Instead of a traditional supplier model, co-development with strategic partners like Bosch, Horizon Robotics, and Rivian accelerates innovation in key technology areas.
Collaboration with open source communities like the Eclipse and Linux Foundations helps build tooling, networking, and a real-time operating system for vehicles.
The combination of a scalable technology stack, a unified data platform, and an open app ecosystem positions the software-defined vehicle as the next major frontier in technology.
1:51:43Hans-Jürgen Eidler
18:05Katrin Lehmann & Magnus Östberg
30:13Sebastian Roßner & Lukas Sucher
21:47Rahima Yakoob
26:56Maxim Lebold & Sven Eckoldt
42:03Torben Schramme
1:47:33Georg Kühberger & Manuel Pascual
22:09Henning Harbs
Jobs that call for the skills explored in this talk.
dspace digital signal processing and control engineering GmbH
Cognizant Mobility GmbH
Cognizant Mobility GmbH
Cognizant Mobility GmbH
dspace digital signal processing and control engineering GmbH
Volkswagen AG
Bochum, Germany
Vesterling Consulting GmbH
Vesterling Consulting GmbH