dSPACE GmbH, founded in 1988 and headquartered in Paderborn, Germany, is a leading provider of simulation and validation solutions for the development of automotive, aerospace, and industrial embedded systems. Their product range includes hardware-in-the-loop (HIL) simulators, rapid control prototyping systems, and automated testing tools. dSPACE's solutions enable manufacturers and suppliers to develop and validate complex control systems efficiently, supporting advancements in autonomous driving, electrification, and connectivity. With a global presence, dSPACE serves clients worldwide, ensuring the reliability and safety of embedded systems.
dSPACE and Argus Cyber Security announced a technology partnership aimed at streamlining the development and compliance of automotive embedded systems.
At CES 2024, dSPACE will show how electric and self-driving cars can get on the road faster with innovative development, simulation, and validation solutions.
AAI AutoScenarios delivers huge amounts and variations of realistic traffic situations to the dSPACE simulations, to which the test vehicle (SUT) can respond.
dSPACE now comprehensively supports customers in the homologation of functions for driver assistance systems, autonomous driving, and electromobility applications.
The two companies signed a cooperation agreement, that will enable the partners to provide customers in the automotive industry with customized power HIL test benches that are perfectly integrated into test centers.
With dSPACE Release 2022-A, a 64-bit Linux-based RTOS has been introduced as the default RTOS of the SCALEXIO processing hardware, while the 32-bit Linux-based RTOS was available as legacy support.
The dSPACE World Conference, which took place in Munich on May 24 and 25, was a great success. More than 650 automotive industry experts from 26 countries came together, taking a break from their day-to-day business to be inspired by presentations from global players and innovation leaders.
In cooperation with dSPACE and Dürr, the authority is developing new test methods and standards to check the functionality of modern driver assistance systems during periodic main inspections.