See how Electronics For You, ETN, Elektroniktidningen and New Electronics covered Percepio Detect 2026.1 and its continuous observability for Zephyr RTOS.
Enabling embedded engineers to automatically detect, capture and diagnose runtime anomalies and faults, Percepio Detect 2026.1 has just been released. This adds comprehensive Zephyr real-time operating system (RTOS) support to its widely-used Continuous Observability platform.
Enabling embedded engineers to automatically detect, capture and diagnose runtime anomalies and faults, Percepio Detect 2026.1 has just been released. This adds comprehensive Zephyr real-time operating system (RTOS) support to its widely-used Continuous Observability platform.
Percepio joined the embedded community in Phoenix for Microchip MASTERs 2026, where attendees got hands-on with Zephyr RTOS debugging and Tracealyzer to visualize, analyze and optimize runtime behavior.
Embedded software often also needs to meet real-time requirements. For example, a control system might have a requirement to output control signals to a motor controller every 5 milliseconds, where any additional delay is considered a failure. Such requirements are not only affected by the execution time of the specific thread, but also by dependencies on other threads. Thus, verifying real-time requirements is about more than measuring timing metrics. It is also about identifying potential risks from thread interactions that may affect the timing requirements.
So, how do you verify that a design is good from a multi-threading perspective?
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