dSPACE offers a complete and integrated development environment for embedded software and systems. Our hardware and software tools are convenient to use and will save you valuable development time and money, whether you apply them throughout the entire process or only for individual project phases. dSPACE systems support established development and validation processes, also with respect to functional safety requirements, and give you ways to adapt your process chains to new challenging needs. Selected cooperation partners from the dSPACE Partner Program complete the portfolio with their own state-of-the-art products. With constant innovations, key technologies and standards, and dedicated service and support, dSPACE helps you achieve long-term success and put your visions into action. 

The topic of highly automated driving is the focus of many automobile manufacturers’ development activities. Requirements such as 360° redundant surround view with numerous heterogeneous sensors, high-precision positioning or car connectivity are also challenging topics for tool suppliers.

The dSPACE response to this is an end-to-end tool chain for autonomous driving from a single source. Unique rapid prototyping solutions of high-performance platforms and a tailored software environment allow for the development of complete multisensor applications in the vehicle, from perception and fusion algorithms to real-time controls. The significant increase in testing effort can be managed only by moving the tests forward to software-in-the-loop (SIL) simulation. PC clusters enable a high test throughput by means of greatly parallelizing computer nodes and simulations while at the same time maximizing scalability. For release tests, the hardware-in-the-loop (HIL) simulation remains indispensable. One of the greatest challenges for this is integrating real environment sensors such as camera, radar or lidar and the sensor fusion. dSPACE offers a complete range of integration options, from simple restbus simulation and raw data feed to over-the-air stimulation. 

面对日益严重的环境问题，未来车辆的概念必须抛弃内燃机，转而依赖可替代的驱动系统。使用电驱动系统是理想的解决方案，如果利用可再生能源发电，便不会消耗有限的资源，实现零排放。随着汽车电气化的继续开展，目前的发展着重于故障安全和跛行模式、提高行驶里程和电气动力传动系统的效率、减少充电时间以及改善储存和充电设施。

电动车电池在充电站充电，这通常也属于复杂充电基础设施的一部分。最近的技术进展使电动车能够与充电站相互通信，从而优化能量交换过程和安排充电时间。这是一个被称为“智能充电”的概念。