Timing is an important aspect of real-time critical embedded systems. With simulation and testing you can find & fix timing issues 12 month earlier than usual. We focus on end-to-end data flows, latencies, scheduling and performance.The number one reason why highly complex embedded system projects are delayed is due to setbacks in the development of the software. Safety- and system-critical applications struggle to find the causes of sporadic failures. Resolving such problems takes an inordinate amount of time and is usually traced back to one issue – a lack of clear system-level timing requirements.My core focus at INCHRON is the deployment of strategies that help our customers successfully find timing issues 12 months earlier than they would typically. For new projects, this starts with careful specification of the end-to-end timing requirements. Using our chronSIM tool, the system can be modelled, simulated and verified. This model lives throughout the lifetime of the project, allowing the timing requirements to be refined during development. It also enables collaboration between remote developers, suppliers and end customers.Should you be struggling with timing-related issues, we are still able to help. Complex systems can be statistically analysed using our chronVIEW tool. This provides deep insights into the inner workings of an embedded system, highlighting areas where the timing violations occur.We work on applications integrating complex, safety-critical ADAS systems, autonomous driving, ECUs and early understanding of how to approach timing on multi-core, heterogeneous processors is a distinct advantage.Product portfolio- chronSIM: model-based simulation to explore design variants- chronVIEW: trace-based visualization, analysis and test- chronVAL: worst-case analysis- Trainings, workshops, consulting, project workTo benefit from our methods, tools and services please contact me at olaf.schmidt@inchron.com.