Testing embedded systems
Take benefit from our knowledge
Browse through our knowledge base to make our expertise in testing embedded systems yours!
Why miniHIL?
In the early stages of development, embedded systems are either not tested or only tested to a limited extent. But why is this the case? Here we take an in-depth look at the reasons and explain how miniHIL, our desktop HIL solution, helps find software bugs earlier in the development cycle. If you want to read more, click here…
What does the optimal embedded test process look like?
Do you have questions or problems related to testing embedded systems? With a thorough analysis of your current test strategy, you can determine where the gaps are in your current test processes. From this, the appropriate test methods can be determined. If you would like to learn more, read more…
Continuous Integration for Embedded Systems
Continuous Integration (CI) tools enable embedded software developers to find software defects with every submitted code change. Such automation, coupled with the PROTOS miniHIL, leads to significant improvements in software quality. Learn more about CI and Jenkins in this article.
Simulation of Integrated Circuits in HIL Testing
Testing complex ICs and communication protocols like SPI or I2C can be challenging. With the miniHIL, external components are simulated to automatically verify register values, communication behavior, and fault responses. Integrated into Continuous Integration, it enables fast, reproducible, and automated tests across the full software-hardware stack. Read more…
