To all of you working on automated vehicles:
"Is the efficient development of safe automated driving your primary goal? Then we speak the same language. We are ready to share an open, end-to-end simulation and validation solution with you."
From Sensing over Planning to Acting – our Development and Validation Solutions for ADAS/AD
End-to-end development and test environment: To help you put the idea of autonomous driving on the road, dSPACE offers comprehensive solutions and services for the data-driven development, simulation, and validation. dSPACE solutions provide an open and integrated development and test environment – from data logging and production software development to homologation, sensor testing, and aftermarket.
Record sensor raw data and vehicle bus data with a robust in-vehicle data logging system providing outstanding performance and accurate time stamping.
Enrich sensor data with best-in-class quality and automation. Optionally anonymize images to be compliant with GDPR, AAPI, CSL, CCPA.
Quickly test and validate your ADAS/AD systems through time-synchronous replay of sensor raw data and vehicle bus data with an unmatched level of accuracy and fidelity of recorded real-world data output via standard and custom interfaces.
SIL & HIL Testing
SIL: Simulate and validate complex software functions or complete virtual ECU networks even in early development stages on highly scalable cloud or PC-based software-in-the-loop (SIL) simulation platforms with virtually unlimited test runs.
HIL: Validate real sensors and ECUs under real-time in-vehicle conditions through the high fidelity and performance of hardware-in-the-loop (HIL) simulation.
Benefit from seamless SIL and HIL testing: Reuse test artifacts for both SIL and HIL – without converting them between different platforms. This reduces errors and saves both time and costs.
Validate the function and performance of sensors including frontends and control units at the physical – particularly realistic – level by convenient to use over-the-air testing (OTA).
Ensure that every single mass produced radar sensor meets its specifications by performing fully automated, accurate, and cost-effective high-throughput end-of-line (EOL) testing.