01 / EMBEDDED

Embedded Linux

Where software meets the physical world

Dedicated Linux systems for gateways, controllers and devices: system images, services, networking and product hardware integration.

Platforms and tools follow your context. Some examples:

C / C++ / STM32 / ESP32 / FreeRTOS / Zephyr / Yocto / FPGA

Embedded

Embedded Linux

Platform, services and device lifecycle

  • Distributions & builds

    Yocto · Buildroot · OpenWrtSystem-image configuration

  • Boot & platform

    BSPs · bootloaders · peripheralsBoot and hardware integration

  • Services & applications

    Processes · drivers · configurationProduct functionality

  • Networking & protocols

    Gateways · services · APIsDevice connectivity

  • Updates

    Images · versions · recoverySystem evolution

  • Diagnostics

    Logs · boot · resource usageField analysis

The technologies shown are examples.

Engineering support within your team, with shared tools and working methods.

Open graphic ↗

TECHNICAL SCOPE

Embedded Linux and platform integration

The distribution is chosen around supported hardware, update lifecycle and maintenance. Yocto, Buildroot and OpenWrt address different needs: the goal is a reproducible configuration with known components and a clear device installation and recovery process.

Activities and verification

  • Integrate the bootloader, kernel, device tree, filesystem and application services.
  • Configure networking, access control, logging and process supervision.
  • Verify boot, storage footprint, recovery and updates on the actual device.

Initial decisions and integration

Before changes, I clarify the available BSP, hardware variants, update responsibilities and existing release procedures. I can contribute to an existing image, a service or a specific integration without requiring a replacement distribution or infrastructure.

A verification example

A release can be checked by rebuilding the image from documented inputs, booting the device and checking services, interfaces and recovery from agreed faults. Build reproducibility, boot and update behaviour are separate checks with explicit configurations and results.

Deliverables and acceptance criteria

Build configurations and recipes, agreed images, package inventory and operating instructions. Tests document boot, connectivity, services and recovery from defined failure conditions.

Where to start

Specify the board and SoC, required interfaces, connectivity, available storage and expected product support lifecycle.

Are Yocto or Buildroot mandatory?

They are examples of build systems. The solution follows the platform, existing distribution, support lifecycle and client operating practices.

Dedicated services and further reading

Describe your context ↗

THE NEXT STEP

A system ready
for its next step?

Let’s discuss your project