SDI4ECom
Secure and self-determined digital identities in e-commerce
Start: 06/2024
End: 05/2027
An abstraction layer within the hardware is developed in the HAL4SDV project for a European platform for software-defined vehicles (SDVs). The aim is to efficiently connect software and hardware in future vehicles via standardized interfaces, thereby creating a future-proof, open, and interoperable development basis for the European automotive industry.
Increasing digitalization is presenting new challenges for vehicle development. Functions must be provided quickly, securely, and in a user-oriented manner – often “over-the-air.” At the same time, the variety of hardware components installed is growing. This combination complicates integration and extends development times. HAL4SDV addresses this conflict: A uniform, standardized abstraction layer is developed in the project that acts as a technical link between software and hardware. The aim is to reduce development costs, improve the reusability of functions, and accelerate innovation cycles. Open interfaces and shared tools create a solid foundation for the SDV platform of the future – compatible, efficient, and independent across Europe.
The FZI Research Center for Information Technology researches the modeling of software architectures for hardware-abstracted vehicle architectures. It also develops suitable methods for validation and verification. One focus is on the simulation and analysis of the modeled SDV architectures, considering various quality requirements, especially regarding safety-critical driving functions.
Intelligent solutions for transporting people and goods for future mobility are a focus of FZI research. To this end, the FZI develops integrated mobility systems – from vehicle automation and the application of AI in traffic systems to urban mobility and logistics.
Funding notice:
The HAL4SDV project is funded by the Federal Ministry of Research, Technology and Space.
Project partners:
Secure and self-determined digital identities in e-commerce
Jointly moving people and goods
Stopping pathogen transmission in hospitals quickly, reliably, and comprehensively using AI.
Body-worn sensors and wearables for recording vital data and identifying health-related issues in mental and psychosomatic disorders
Efficient and highly accurate data generation for AI applications in autonomous driving
Generative AI in Software Development with a focus on smart home applications.
Standardized interfaces for greater speed, safety, and sovereignty in vehicle development
New approaches for interconnected hospital logistics
The modular toolbox for flexible robotics, tailored to the needs of small and medium-sized automotive suppliers
An AI Dashboard helping young people uncover online disinformation