In cooperation with dSPACE and Dürr, KOTSA is developing new test methods and standards to check the functionality of modern driver assistance systems during periodic main inspections.

dSPACE has joined the Scalable Open Architecture for Embedded Edge (SOAFEE) project as a voting member. dSPACE will bring more than 30 years of experience in simulation and validation to the project, drive solutions for system development and system integration, and help shape the future of the software-defined vehicle.

The need for testing and the effort required for the validation of self-driving cars is continuously increasing and placing ever higher demands on the performance of simulation solutions.

dSPACE and B-Design3D have entered into a technical partnership to enable developers of autonomous vehicles to validate sensors and algorithms during virtual test drives in high-precision three-dimensional real-world environments, getting self-driving cars on the road faster.

As a pioneer in the electrification of passenger cars, Toyota Motor Corporation has been continuously developing hybrid vehicles since 1997 and has been one of the leaders in vehicle electrification to date.

At CES, dSPACE will showcase how electric and autonomous vehicles can get on the road faster with innovative simulation and validation solutions.

High-resolution radar sensors and solutions that are capable of precisely and selectively capturing their environment while providing height, distance, and speed information, are a key technology in the development of self-driving vehicles.

dSPACE supports the Indy Autonomous Challenge (IAC) as exclusive on-vehicle computer technology sponsor.

dSPACE and NXP Semiconductors are extending their partnership to cooperate more closely in the simulation of radar raw data.

dSPACE has received certification from TÜV Süd for its SIMPHERA software solution according to ISO 26262, a standard for safety-related systems.

cogniBIT and dSPACE are working together to make traffic scenarios for the development and testing of autonomous vehicles even more realistic.