Embedded Systems
& Firmware

Embedded systems are where hardware meets software most directly. Our firmware engineering approach is grounded in a deep understanding of both domains—we don't just write code; we build software that respects hardware constraints, real-time deadlines, power budgets, and production realities.

Whether you're building connected IoT devices, safety-critical automotive systems, or high-performance industrial controllers, our team brings domain expertise and a methodical approach to firmware development that minimizes risk and accelerates time to market.

Our work spans the full embedded software stack—from low-level hardware initialization and driver development to application-layer logic and over-the-air update mechanisms. We design firmware with long-term support in mind, ensuring maintainability, debuggability, and extensibility as your product evolves.

We develop embedded software that runs efficiently on resource-constrained hardware while meeting strict timing and power requirements. Our engineers are skilled in bare-metal C and C++ programming, as well as integrating and optimizing real-time operating systems (RTOS) like FreeRTOS, Zephyr, and ThreadX.

Our approach emphasizes clean architecture, modular design, and rigorous testing—ensuring your firmware is not only functional but also maintainable and scalable as product requirements evolve.

We provide expertise in both bare-metal firmware and RTOS-based development. For applications with simple control flows and tight resource budgets, bare-metal solutions offer maximum efficiency. For more complex systems requiring task scheduling, inter-process communication, and modular architecture, we integrate and optimize RTOS platforms tailored to your hardware and application needs.

Bringing up new hardware is a critical phase in embedded development. We handle the complete board bring-up process—from initial power-on and clock configuration to peripheral initialization and bootloader development. Our Board Support Package (BSP) development ensures that your hardware is production-ready, with robust drivers, well-documented interfaces, and support for future updates.

We design and develop device drivers for a wide range of peripherals—SPI, I2C, UART, CAN, USB, Ethernet, and more. Our drivers are optimized for performance, power consumption, and reliability, with clear APIs that simplify application development and integration.

Debugging embedded systems requires specialized tools and deep system knowledge. We use JTAG debuggers, logic analyzers, oscilloscopes, and software instrumentation to diagnose and resolve issues at every layer—from hardware faults and timing violations to memory corruption and race conditions.

Beyond development, we focus on making firmware production-ready. This includes factory calibration support, secure boot implementation, field update mechanisms, and comprehensive testing strategies to ensure your product performs reliably in real-world conditions.