For exceptional technological accomplishments in the field of automotive software development, Continental has been granted the esteemed CLEPA Innovation Prize 2024. The Smart Cockpit High-Performance Computer (HPC) Virtualization, a cloud-based system that is transforming the development of vehicles, was given the award in the “Digital” category at a ceremony hosted in Brussels, Belgium by CLEPA, the European Association of Automotive Suppliers.
This award highlights Continental’s dedication to enhancing future mobility, making it safer, more efficient, and more sustainable through pioneering technologies, affirmed its official release.
“We are extremely proud to receive the CLEPA Innovation Award for the third time. It is a great recognition of our research and development and our expertise in software development,” said Jean-François Tarabbia, Head of the Architecture and Network Solutions business unit. “Being recognized by our direct peers in the industry is particularly rewarding as it shows that our technologies are acknowledged for their innovative strength.”
Virtualization accelerates development
Virtual electronic control units (vECUs) can be used to begin software development before the actual hardware is even ready thanks to the award-winning virtualization solution.
For instance, before the hardware for microcontrollers or CPUs is available, future applications and functions might be tested and simulated.
This greatly reduces development time and identifies any issues early in the process by enabling the creation of hardware and software to operate simultaneously in parallel and generally independently of one another.
Cloud-based development environment CAEdge enables efficient software development
The so-called CAEdge vECU Creator serves as the foundation for the solution. Continental’s cloud-based “Automotive Edge” framework (CAEdge) includes the vECU Creator. With support for both standard and adaptive AUTOSAR, as well as Android, Linux, and QNX platforms, CAEdge offers a cutting-edge virtual environment for quick, effective, and adaptable software development.
Throughout a vehicle’s whole lifecycle, this solution plays a crucial role in facilitating the ongoing development and integration of new features for increased safety and a better driving experience.
Smart Cockpit HPC Virtualization – first cloud-based SDV project
Continental has already implemented the virtualization technology in a number of development projects with success. The Smart Cockpit High-Performance Computer (HPC) digital twin, which allows software development and hardware availability to be separated, is a prime example.
High-speed simulation and peripheral device connections are made possible by the technology. It is possible to reduce project complexity and development times and produce a production-ready product in as little as 18 months.
Hardware virtualization’s recognition as a revolutionary invention in the future development of software-defined vehicle (SDV) systems is confirmed by its receipt of the CLEPA invention Award.