Zephyr RTOS

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Adopted Zephyr at launch by upstreaming support for STM32L4 in 2016

Two architecture maintainers on staff for ARM64 and RV64 instruction sets

Upstreamed support for processors from four different silicon vendors

Silver member of the Zephyr Project since 2021

Staff includes maintainers for key subsystems such as cryptography & power management

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Building reliable, ultra-low-power embedded devices requires a modern RTOS that is secure, flexible, and backed by an active community. Zephyr delivers exactly that — and BayLibre helps you make the most of it.

Our engineers have contributed to Zephyr since its early days, developing board support packages, device drivers, power-management features, and connectivity stacks across multiple architectures. We know how to get code upstream, how to design for constrained systems, and how to build products that scale to millions of units.

Whether you’re migrating from a proprietary RTOS, creating a new IoT product line, or hardening your firmware for production, we make Zephyr adoption smooth, predictable, and maintenance-friendly.

Our services include:

Zephyr BSPs & driver development across architectures

Low-power, security & connectivity optimization

Upstreaming & mainline contribution

RTOS migration & production hardening

Heavily optimized Zephyr for the industry leading PC gaming mouse
Led the adoption effort for multiple silicon vendors looking to embrace Zephyr

TI

ST

Meta

Add protocol or library support to Zephyr to realize customer use case

gPTP

Some wireless protocols

Our Case Studies

Real-world examples of our expertise in action

Linux Kernel Upstreaming for a RISC-V SoC

Embedded Linux, Yocto BSP, Zephyr RTOS
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