Embedded Linux Development Services

Embedded Linux development is the work of adapting the Linux kernel, bootloader, drivers, and userspace to run on specific hardware for a dedicated purpose — a medical device, an industrial controller, an IoT gateway. Unlike desktop Linux, the build is tailored to the exact chip, peripherals, and memory budget, then hardened, optimized, and maintained across the product's lifecycle. 

Embedded Linux is perfect for high-performance embedded systems. It provides ready-made drivers for custom-designed hardware and ensures fast and effective system response as well as high-speed data acquisition. Embedded Linux handles resource-intensive tasks and optimizes costs thanks to open-source software. 

Looking for embedded Linux contractors? Choose an embedded Linux software development outsourcing company with an in-house team of embedded Linux developers backed by established processes, testing, and quality standards. Experts will select the best components and distributions that will fit your project idea. Then, they can develop a prototype to check whether your embedded system runs smoothly. Once the prototype is validated, they can move forward with development, testing, and release. 

Building an effective embedded Linux system begins with defining project requirements and component preferences. Our embedded Linux consultants will help you with that. Depending on your needs, experts will choose the tools best suited for your project, including the Yocto Project, the OpenWrt Project, or Buildroot. Feel free to contact us and set up a discovery session.

Linux is a strong fit for multimedia devices, data loggers, gateways, or GUI-based devices. It is particularly useful when a product requires advanced connectivity, a rich software stack, or support for multiple peripherals. Its flexibility also makes it possible to tailor the operating system to specific hardware and product requirements.

Embedded Linux application development covers multiple hardware platforms. The Lemberg Solutions embedded Linux experts work with NXP, Nvidia, Broadcom, STMicroelectronics, and Texas Instruments. Our electrical engineers will cover component selection, schematic design, and PCB layout development.

It depends on your product's lifecycle. Buildroot is lean and quick to build, which suits small, fixed systems and short schedules. Yocto's layer model, caching, and on-target updates make it the stronger choice for products shipped in multiple variants and maintained for years. We assess your requirements and choose the right one or migrate between the two.

Boot time and power draw are among the most common optimization goals for embedded Linux products. We start by profiling the system to find where the time and energy actually go, then target the highest-impact stages — trimming the kernel and init process, tuning the bootloader, and managing CPU frequency, sleep states, and peripheral power. The right combination depends on your hardware and how the product is used in the field.

Our team has worked with computer vision and predictive maintenance, along with physical AI systems, generative AI, and sensor data processing. Running these workloads directly on the device means fast, offline operation, reduced cloud costs, and sensitive data that stays local.