"Zephyr-aligned" and "CRA-compliant" are not the same thing. Here's what the gap looks like with the clock ticking.
Moving Beyond FreeRTOS: The Reality of Migrating to Zephyr
FreeRTOS has done exactly what it's meant to for decades. But start stacking 3rd-party drivers, external TLS libraries, HTTP clients - it's time to go Zephyr.
Managing Real-Time Complexity in Zephyr-Based Systems
Getting Zephyr booted is a great start! The real challenge is making sure the platform stays stable after the firmware grows into a real product. Here's how.
Taking a Zephyr Device to Production: Managing the Realities of Scale
When you scale a hardware product, the engineering challenges change at every order of magnitude. Build an excellent foundation for managing this transition with Zephyr RTOS
Migrating From FreeRTOS to Zephyr RTOS: Technical Challenges and Practical Execution
The RTOS wars are ON, and no ammo beats good old information. Master the migration from free RTOS to Zephyr while also avoiding common hurdles along the way
Mastering the Zephyr Perimeter: DeviceTree, Driver Model, and Production on Custom Hardware
Learn all about how you can master the Zephyr perimeter including DeviceTree, driver models and how they simplify hardware configuration, enabling portable firmware
Zephyr RTOS Development: The Build vs. Buy Decision for Engineering Leadership
Deciding on a software foundation is among the most consequential moves an engineering team can make. Do you build the entire stack in-house or partner with external specialists?
Zephyr RTOS at 10: Scaling from Prototype to Global Production
Zephyr RTOS marks its 10-year anniversary as global adoption surges and embedded use expands long-term.
Zephyr in Heterogeneous Edge Systems
With embedded WI-Fi, teams are discovering that moving from an endangered single-core mindset to a heterogeneous platform introduces a layer of integration risk to development bandwidth if not managed with extreme discipline
The Cost of Zephyr RTOS: Reality Check for Embedded Systems Leadership
Offering a modular kernel, a Linux DT hardware abstraction, and a massive networking stack, Zephyr is a complex beast. Here is an embedded systems engineer's perspective on the cost of adopting Zephyr











