Enabling the future of mobility with Autonomous Drive solutions
Driving the transformation to revolutionary mobility capabilities
Our Autonomous Drive (AD) solutions give automotive manufacturers and their key suppliers the ability to focus their product development and business on the needs of their customers.
These solutions support the most critical development domains — data-driven development, in-vehicle embedded software, car virtualization, and system design and validation. We create, integrate, test and check in-car series software for multiple sensor ECUs and systems. Our teams design and deploy HPC software for fusion, perception, environment-model and ADAS/AD driving functions, plus the end-to-end network architecture and service-oriented middleware.
Our Robotic Drive, data-driven development, virtualization services and platform drastically de-risk and accelerate the complete ADAS/AD development process to support Level 2+ through Level 5 autonomous functions. It’s the largest known solution of its kind — capable of storing and managing a petabyte of data — with the computational power to calculate at least 10¹⁸ floating point operations per second. It leverages industry proven on-premise and cloud infrastructure, methodologies, tools and accelerators for a highly automated AD development process.
Accelerating the integration and transformation of current software processes and toolchains into a scalable and data-driven development. Providing consulting, feature and DevOps teams, and proven, ready-to-use, data-driven development services and platform.
Designing, developing, testing and integrating driving functions — combining vehicle sensors, map data, telematics and navigation guidance using Machine Learning and data fusion techniques.
Meeting customer demands through centralized electronic control units (ECUs), utilizing high-speed communication networks and service-oriented architectures (SOAs).
Enabling interoperability and the ability to reuse software and exchange information across AD platform technologies.
Including the development of the infrastructure for teleoperated control of moveable objects (such as cranes, vehicles or parcel robots), via V2X (vehicle-to-everything) communication technology and cloud control.