The Volkswagen Group announced strategic collaboration and significantly accelerating its development efforts in the field of automated and autonomous driving. Now, Volkswagen is intensifying its partnership with Mobileye in the domain of automated driving. Together, the two companies will bring new automated driving functions to series production.

Mobileye is to provide technologies for partially and highly automated driving based on its Mobileye SuperVision and Mobileye Chauffeur platforms. In future, the Volkswagen Group?s Audi, Bentley, Lamborghini and Porsche brands will use these technologies to rapidly introduce new premium-oriented driving functions to their model portfolios across powertrain types. These include advanced assistance systems for highway and urban driving, such as automated overtaking on multilane highways in permitted areas and conditions, as well as automatic stopping at red lights and stop signs, and support in intersections and roundabouts. In addition, Mobileye is set to supply further technology components for automated driving to Volkswagen Commercial Vehicles.

In the long term, the Volkswagen Group aims to rely on its own complete in-house system: Partnerships with Bosch and Qualcomm, as well as with Horizon Robotics in China, will be continued with a focus. All driver assistance systems are to be based on the software architectures developed by Volkswagen?s Cariad company. The Volkswagen Group and Mobileye have been collaborating on advanced driver assistance systems for some time.

In the future, Mobileye is set to also provide technologies for driving functions with enhanced Level 2 capabilities (partially automated driving) within the Volkswagen Group. When such functions will be available, and subject to its operational design domain, drivers will be allowed to take their hands off the steering wheel but must remain attentive to the traffic and ready to intervene at any time. In addition, Volkswagen is working with Mobileye on Level 3 functions (highly automated driving).

At this level, the vehicle will be able to temporarily take over driving tasks in specified areas; drivers are not required to monitor the system continuously. Volkswagen and Mobileye are jointly developing these technologies into cross-brand systems. In addition, Mobileye will also offer certain production-ready functions for the new E3 1.2 premium-oriented software architecture. This new architecture is managed by Cariad and will be gradually implemented within the group by Audi, Bentley, Lamborghini, and Porsche.

As part of their product strategy, the brands decide on the specific deployment of the systems and tailor them to a brand-specific driving experience. Furthermore, the Volkswagen Commercial Vehicles brand is set to be supplied by Mobileye with software and hardware to achieve Level 4 (fully automated driving). Volkswagen ADMT, a Volkswagen Group subsidiary, will implement these components in fully electric development platforms based on the Volkswagen ID.

Buzz. The goal of Volkswagen ADMT is to bring self-driving ID. Buzz vehicles to series production for mobility and transportation services.

Volkswagen is further clarifying the division of development tasks for driver assistance systems between in-house innovation and collaboration for its new E3 1.2 and E3 2.0 software architectures. This will streamline processes and reduce complexity. With strategic partners such as Mobileye, Volkswagen Group is accelerating the rapid delivery of the premium-oriented E3 1.2 architecture, while, in the long term, the Group will rely on its own complete in-house (?stack?) for automated driving across all brands.

For the future E3 2.0 architecture, the Volkswagen Group plans to forge ahead and consolidate its resources and development responsibilities within Cariad, its software company. Together with Bosch, Cariad aims to develop the Group's proprietary complete system. This system will be integrated into the future all-electric, fully digital, and highly scalable mechatronics Group platform, the Scalable Systems Platform (SSP).