Expert Embedded OS Porting and BSP Development Services
We bridge the gap between complex silicon and powerful operating systems to ensure a robust, high-performance operation.
We bridge the gap between complex silicon and powerful operating systems to ensure a robust, high-performance operation.
We analyze your hardware constraints, performance requirements, application needs and development experience to recommend the optimal OS. It could be a General-Purpose OS like Linux, a UI friendly OS like Android,a free Real-Time OS like FreeRTOS or commercial one like VxWorks.
Embien performs complete Board Support Package development from scratch, including the bootloader, kernel configuration, and device drivers, perfectly tailored to your unique hardware. We can also set up the toolchains and complete development environment for your team.
Our core expertise lies in porting your chosen operating system (like Android, Linux, or QNX) to custom boards. Our architects have ported embedded OS to new processor cores and novel processor architectures even without prior OS support.
We write, port, and integrate drivers for all your custom and standard peripherals. Whether it is a complete driver development from scratch or just a simple device tree change, we ensure high-performance through seamless hardware-software interaction.
We keep your product secure and feature-rich. We expertly manage the complex process of upgrading your existing product's OS to the latest stable version, handling all dependency and API changes. Our expert support help protect your device against cyber-threats in an agile manner.
We go beyond just booting the OS. We fine-tune the entire system for performance, optimize boot time, and deliver astonishing speeds. We also implement robust security measures to reduce the attack surface significantly and create a production-ready system.
We are masters of the Linux kernel and its vast ecosystem. Our experience includes porting various Linux distributions like Ubuntu, Debian, RedHat, and creating deployable images using Yocto, Buildroot, and PetaLinux. We also have deep expertise in μClinux for MMU-less processors.
We have rich experience in porting embedded Android (AOSP) - the most popular distribution today to many targets across its versions.
For systems demanding deterministic performance and safety, hard-real time operating systems are needed. We are proficient in RTOS'es such as QNX, VxWorks, and ThreadX (Azure RTOS). We have delivered numerous mission-critical systems based on these operating systems.
Our past work also includes extensive projects with Windows Embedded (WinCE).
We are leading developers for the most popular real-time kernels, including FreeRTOS, μC/OS-II/III, Zephyr, Arm Mbed OS, MQX, and ITRON. Many non-critical devices such as consumer electronics, many automotive and industrial devices are powered by these RTOS'es.
We have ported these RTOS to different architectures and some times on Asymmetric cores.
For highly constrained 8/16-bit microcontrollers, it is not possible to run even a small RTOS. In such cases, we have developed lightweight, proprietary task schedulers to meet the applications specific needs. These small schedulers can provide accurate timers and handlers.
We have developed many white goods and low-cost electronic devices using these schedulers.
An OS port is only as good as its leverage of the underlying hardware. Embien’s engineers possess a deep, silicon-level understanding of a vast range of processor architectures.
We frequently collaborate with silicon vendors at the pre-silicon stage, using FPGAs and emulators to port an OS before the chip is even fabricated. This dramatically accelerates our clients' ability to launch products on cutting-edge silicon.
From classic ARM7/9 to the latest Cortex-A (64-bit), Cortex-R (Real-time), and Cortex-M series, we have ported every class of OS to ARM-based SoCs.
As pioneers in this open-source architecture, we are actively engaged in porting Linux and RTOS variants to emerging RISC-V cores.
We have extensive experience with Intel and AMD processors for industrial and high-performance embedded applications.
Our expertise covers PPC for automotive and networking systems.
We have successfully worked with legacy architectures like SuperH (SH) and even proprietary, custom-designed CPU cores.
Embien has been in the forefront of technological evolution for more than the past 15+ years benefiting customers with its cross-industry knowledge and experience. Backed by an enthusiastic team and led by industry veterans, our offerings are unparalleled in quality and speed of execution in the field of turnkey embedded product design.
In-depth understanding of underlying architectures like ARM, RISC-V, x86, x64, PowerPC, SH, and proprietary cores ensures we can tackle any hardware platform.
Close working relationships with silicon vendors like Renesas, NXP, Nvidia, TI, ST, and Microchip give us early access to documentation, tools, and support.
Our BSP development team has worked on the earliest to the latest versions of nearly every major embedded OS & RTOS, giving us a historical perspective and future-ready skills.
Proven experience in advanced technologies including Asymmetric/ Symmetric Multi-processing (AMP/SMP) systems, Hypervisors (Virtualization), and system security.
Our deep understanding of architectures like ARM, RISC-V, X64, X86, PowerPC, and SH sets us apart. Combined with strategic alliances with top silicon vendors—Renesas, NXP, Nvidia, Texas Instruments, ST, and Microchip—we deliver tailored solutions for your hardware. These partnerships enable us to work on evaluation kits and development kits, ensuring seamless integration of OS and BSPs on the latest silicon platforms.
With an interactive GUI based environment, Flint ive GUI based environment, Flint supports you to d supports you to design your System visually without writing lines of code.
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With an interactive GUI based environment, Flint ive GUI based environment, Flint supports you to d supports you to design your System visually without writing lines of code.
Know more
With an interactive GUI based environment, Flint ive GUI based environment, Flint supports you to d supports you to design your System visually without writing lines of code.
Know more
With an interactive GUI based environment, Flint ive GUI based environment, Flint supports you to d supports you to design your System visually without writing lines of code.
Know more
With an interactive GUI based environment, Flint ive GUI based environment, Flint supports you to d supports you to design your System visually without writing lines of code.
Know more
With an interactive GUI based environment, Flint ive GUI based environment, Flint supports you to d supports you to design your System visually without writing lines of code.
Know more
With an interactive GUI based environment, Flint ive GUI based environment, Flint supports you to d supports you to design your System visually without writing lines of code.
Know more
With an interactive GUI based environment, Flint ive GUI based environment, Flint supports you to d supports you to design your System visually without writing lines of code.
Know more
With an interactive GUI based environment, Flint ive GUI based environment, Flint supports you to d supports you to design your System visually without writing lines of code.
Know more
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Let's discuss your project. Whether you're starting a new design, upgrading an existing product, or facing a challenging porting issue, our experts are here to help.
