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Embedded Linux
Production Linux platforms for ARM-based hardware: Yocto, BSP integration, U-Boot, image maintenance and release workflows.
$ whoami
Jihèd CHAIBI
Independent Embedded Linux
/ Kernel Engineer
I build embedded Linux platforms from first power-on to production: board bring-up, kernel drivers, Yocto BSPs, and system-level debugging.
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capabilities
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Kernel & Drivers
Linux kernel work close to the metal: Device Tree, drivers, ASoC / ALSA, MFD, PMICs and upstream-oriented development.
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Bring-up & Debugging
From a silent board to a working system: boot failures, peripheral integration, power management, kernel debugging and tracing.
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Upstreaming
Patch preparation, subsystem conventions, review cycles and getting useful embedded work into the Linux mainline.
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selected work
[01]
[02]
PRODUCTION ARM PLATFORMS
PRODUCTIONEnd-to-end ownership of embedded Linux across multiple ARM hardware generations, from board bring-up and BSP development to deployment across thousands of production units.
[03]
KERNEL NOISE
EXPERIMENTALAn experimental Linux kernel sonification system turning IRQ, scheduler and CPU-load activity into real-time audio through ALSA / ASoC.
[04]
HIL / CI INFRASTRUCTURE
INFRASTRUCTUREAutomated hardware-in-the-loop validation using Dockerized GitLab CI, bringing real boards into the software release pipeline.
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about
$ cat /etc/motd
build systems. debug silicon.
send patches upstream.
Kernel Noise Labs is the engineering side of Kernel Noise: a space for embedded Linux, kernel work and experimental systems.
I care about systems that survive contact with real hardware, and about keeping the path from prototype to production understandable.
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contact
$ ./open-channel
Need specialized kernel or BSP expertise?
Outline your hardware stack and the technical roadblocks you are currently hitting. Let's discuss how to unblock your development cycle.
jihed@kernelnoise.com ↗