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Embedded Linux & SoC development

A Linux image you can ship, update and trust.

Board bring-up, BSPs, kernel drivers and secure OTA

When a product needs more than a microcontroller — cameras, displays, networking, containers — we build the Linux underneath it: the bootloader, the kernel and device tree, a reproducible Yocto or Buildroot image, and the update system that keeps a fleet current for years.

Let’s manage Open Kanban
Embedded Linux board in a rack

01 / What we build

From the first boot log to the thousandth update.

01

Board support packages

U-Boot, kernel and device tree for your carrier board, every peripheral brought up and documented.

02

Kernel & device drivers

Drivers for custom silicon and peripherals, written to mainline standards.

03

Yocto & Buildroot images

Layered, pinned, reproducible distributions with SBOMs and a clear upgrade path.

04

Secure OTA & fleet updates

A/B updates with RAUC or Mender, signed images, rollback and staged rollouts.

02 / Stack

The technology we build with.

Industry-standard, boring in the good way: tools with a future, that the next engineer will know too.

Platforms

  • NXP i.MX 6 / 8

    Industrial-grade application processors with long availability

  • NVIDIA Jetson

    GPU-accelerated modules for vision and edge AI

  • Raspberry Pi CM4 / CM5

    Fast prototyping that can ship in a carrier board

  • TI AM62x & Rockchip RK3588

    Cost-efficient and high-performance ARM SoCs

Build systems & boot

  • Yocto / OpenEmbedded

    Layered, reproducible distributions with SBOMs

  • Buildroot

    Minimal images for constrained products

  • U-Boot

    Bootloader bring-up, verified boot and recovery

  • Linux kernel

    Device trees, platform drivers and mainline-friendly patches

Updates & runtime

  • RAUC / Mender

    A/B over-the-air updates with rollback

  • systemd

    Service supervision, watchdogs and boot-time tuning

  • Podman / containers

    Isolated application workloads on the device

  • dm-verity & TPM

    Integrity-checked rootfs and hardware-backed keys

03 / Approach

How we build things that last.

01

Board bring-up, done properly

From first UART prompt to a fully described device tree, with every peripheral verified.

02

Secure by default

Verified boot, signed updates, read-only rootfs and least-privilege services from image one.

03

Reproducible images

Every release rebuilt from pinned layers in CI, with an SBOM for compliance and audits.

04

Built for the field

Power-loss-safe filesystems, watchdogs and A/B updates, because devices are not reachable by hand.

04 / Standards

Best practices we don’t skip.

We adhere to industry standards and proven methods on every project — they are what makes the estimate hold.

  • Mainline-first kernel work so drivers survive upgrades
  • Device tree overlays for hardware variants
  • Read-only root filesystem with a separate data partition
  • A/B partition scheme with automatic rollback
  • Signed images and verified boot chain end to end
  • CVE monitoring and a scheduled patch cadence
  • Boot-time budgets measured and tracked per release
  • Board-farm CI: every image boots on real hardware

05 / Infrastructure

Where it runs, and how it stays up.

  • Board-farm CI that boots every image on hardware
  • Signed A/B update pipeline with rollback
  • SBOM generation and CVE monitoring
  • Device fleet observability and remote diagnostics

Start

Need Linux on your hardware?

Tell us the SoC and what the product has to do. An embedded engineer writes back with an honest scope and price.

Let’s manage or see edge AI on devices