Embedded Systems DevOps — Yocto CI/CD and OTA Automation in 90 Days | Stonetusker Systems
Q3 2026 · 2 of 4 engagement slots remaining

8x Faster Yocto Builds.
Zero-Downtime OTA.
Embedded Systems DevOps. Delivered in 90 Days.

For Embedded Linux, IoT, Automotive, Networking, and Defence teams who need DevOps that actually understands their stack. Not a cloud playbook adapted for hardware. Built from the ground up for hardware-constrained environments. Get a stack-specific estimate in 2 minutes →

Yocto / Bitbake Buildroot Mender / RAUC / SWUpdate Hardware-in-Loop CI Cross-compilation QEMU sstate-cache OpenEmbedded
Typical investment
$35K – $75K
Milestone-based · 90 days · confirmed after pilot
Book a Free 90-Day Plan Discovery → Get Your Free DevOps Health Score
8x
Faster builds: IoT manufacturer, 4 hrs to 35 min
Zero
Downtime OTA deployments from day one
Full
IaC coverage: reproducible build infrastructure
90
Days to full team ownership

Why This Is Different

There are hundreds of DevOps consultants. Fewer than 20 know Yocto.

Cloud-native DevOps and Embedded Linux DevOps are genuinely different disciplines. Yocto build systems, cross-compilation toolchains, hardware-in-loop testing, and OTA deployment for constrained devices are specialist skills that most DevOps consultancies simply do not have.

Subeesh spent years at Nokia running release engineering for Symbian mobile devices and at IPInfusion as Head of DevOps for embedded Linux network hardware at scale. That is not a line on a CV. It is the foundation of every embedded engagement Stonetusker takes on.

  • Nokia: release engineering for Symbian at mobile-OS scale
  • IPInfusion: Head of DevOps for embedded Linux network devices
  • Deep Yocto and Buildroot expertise built over a decade
  • OTA deployment, hardware-in-loop CI, cross-compilation pipeline architecture
  • Works across both embedded and cloud-native stacks in one engagement
Live Case Study · IoT Manufacturer
8x

Faster Yocto builds

An IoT manufacturer's embedded Linux build system was taking 4 hours per build. Engineers were blocked. Testing was delayed. Minimum release cycle was one day.

Stonetusker designed an automated Yocto pipeline on cloud infrastructure with full IaC, shared state cache architecture, and parallelised bitbake execution. Build time dropped from 4 hours to 35 minutes. Zero-downtime OTA deployments from day one. Build infrastructure is now fully reproducible and version-controlled.

8x Faster Builds Zero-Downtime OTA Full IaC Coverage

The Bundle

The Six Modules of Embedded Systems DevOps

Every module is designed specifically for embedded and hardware-software teams. Nothing here was adapted from a cloud playbook.

🔧
Module 01 · Core

Yocto / Buildroot CI Pipeline

Automated Yocto and Buildroot build pipelines with sstate-cache, parallelised bitbake, and cloud-hosted build infrastructure. Commit to firmware image with no manual steps.

Core
📡
Module 02 · Core

OTA Deployment Automation

Zero-downtime OTA with A/B partition strategies, health-check rollback triggers, delta update delivery, and signed update packages. Mender, RAUC, or SWUpdate based on your hardware.

Core
💻
Module 03 · Core

Hardware-in-Loop CI

Real target hardware in the CI pipeline. Automated flash, boot, and test cycles on every commit. Pass or fail feedback before code reaches the main branch, not after it ships to a device fleet.

Core
🔄
Module 04 · Core

Cross-Compilation Pipeline

Toolchain management, multi-arch build targets, and sysroot configuration automated across your supported hardware platforms. Consistent, reproducible builds across every target.

Core
🏗
Module 05 · Core

IaC for Build Infrastructure

Build farms, distributed cache nodes, and test infrastructure managed as code. Reproducible, version-controlled infrastructure that scales with your hardware fleet without surprise costs.

Core
☀️
Module 06 · Add-on

Cloud Control Plane Integration

Unified CI/CD covering both the embedded firmware build and the cloud-side device management, telemetry, and update delivery pipeline. One coherent workflow for IoT and connected device teams.

Add-on

The Process

Structured for embedded environments specifically.

Embedded engagements move at a different pace from cloud-native projects. Hardware access, BSP familiarity, and toolchain constraints need to be understood before any pipeline work begins. Every phase accounts for this.

  • Build system fully assessed before any changes are proposed
  • Hardware targets included in the pilot scope from week one
  • Works alongside your BSP and kernel teams, not over them
  • Handover includes build system runbooks and toolchain docs
Typical investment
$35,000 – $75,000

Specialist premium for a rare skill set. Estimate with Tusker90Pro →

Phase 0 · 30-Minute Call

Embedded Stack Discovery

Subeesh reviews your build system, target hardware, and current delivery workflow before the call. You leave with a mapped view of your biggest build bottleneck.

Phase 1 · Weeks 1 to 2

Paid Embedded Pilot

One measurable build time improvement or one automated test stage on real hardware before you commit to the full engagement. Tangible output, not a report.

Phase 2 · Weeks 3 to 10

Full Pipeline Build

Yocto CI, OTA automation, hardware-in-loop CI, and IaC built alongside your BSP and embedded software teams. Weekly build time benchmarks shared with engineering leadership.

Phase 3 · Weeks 11 to 13

Live Handover

Your team runs the complete build, test, and OTA cycle independently. Build system runbooks, toolchain documentation, and recorded knowledge transfer included.

Who It Is For

For teams where hardware is part of the delivery constraint.

Every industry below shares the same core problem: software teams growing faster than the embedded delivery workflow that supports them.

IoT Manufacturers

  • Yocto and Buildroot build optimisation
  • Zero-downtime OTA for device fleets
  • Automated hardware-in-loop testing
  • Cloud and device unified CI/CD

Automotive and Mobility

  • AV software delivery automation
  • AUTOSAR classic and adaptive
  • HIL and SIL test automation
  • OTA for ECU and gateway updates

Networking and Defence

  • Embedded Linux for network devices
  • OpenWRT, ONL, SONiC pipelines
  • Secure signed firmware delivery
  • Air-gapped CI/CD for defence programmes

This is not for you if

  • Your stack is purely cloud-native with no hardware targets
  • You want a DevOps consultant who will learn Yocto on your budget
  • You need a desktop or mobile application pipeline
  • Your team has fewer than 5 embedded engineers

Questions

What embedded teams ask before they book a call.

How do you speed up Yocto builds in a CI/CD pipeline?
Yocto build optimisation combines shared state cache architecture on distributed cloud infrastructure, incremental build strategies that avoid rebuilding unchanged layers, parallelised bitbake task execution, and ccache integration for compiler-level caching. Stonetusker reduced Yocto build times from 4 hours to 35 minutes in a real IoT manufacturer engagement using these techniques on AWS-hosted build infrastructure.
What is hardware-in-loop CI and do you implement it?
Hardware-in-loop CI runs automated tests against real physical hardware targets as part of the CI pipeline, not simulation only. Stonetusker designs HIL CI infrastructure for embedded teams: target boards connected to CI runners, automated flash and test cycles triggered by commits, and pass/fail feedback in the same pipeline that handles the software build.
How do you implement zero-downtime OTA updates for IoT devices?
Zero-downtime OTA requires A/B partition update strategies, rollback triggers based on post-update health checks, bandwidth-aware delta update delivery, and cryptographically signed update packages. Stonetusker implements these using Mender, RAUC, or SWUpdate depending on your hardware constraints and security requirements.
We run both embedded Linux and a cloud control plane. Can you handle both?
Yes. This is one of the most common Stonetusker engagement types. Many IoT, Automotive, and Networking teams have Embedded Linux on the device side and cloud infrastructure for fleet management, telemetry, and update delivery. Stonetusker designs unified CI/CD pipelines covering both in a single coherent workflow.
How is this different from a generic DevOps consultant?
Most DevOps consultants have never touched a Yocto build system, a cross-compilation toolchain, or an OTA deployment pipeline for constrained hardware. Subeesh spent years at Nokia running release engineering for Symbian and at IPInfusion as Head of DevOps for embedded Linux network hardware. There are fewer than 20 consultants globally with that specific combination of skills. It shows from the first call: no time lost explaining what a bitbake recipe is.
What does it cost?
The Embedded Systems DevOps engagement typically runs $35,000 to $75,000 USD over 90 days, confirmed after the pilot. Specialist embedded DevOps commands a premium because the skill set is genuinely rare. Billing is milestone-based. Use the Tusker90Pro calculator for a personalised estimate.

Your Yocto build is blocking your team.
Let's fix it in 90 days.

30 minutes. No pitch deck. Subeesh reviews your build system before the call and will tell you exactly what he would change first to cut build times and automate your OTA pipeline.

Book a Free 90-Day Plan Discovery → Get Your Free DevOps Health Score
NDA before any architecture discussion Pilot produces real output in 2 weeks Milestone billing, not hourly Full handover at day 90