We specialize in building robust firmware across a wide range of chipsets, including STM, Microchip, Nordic, TI, NXP, and Infineon. Following Agile development practices, we deliver modular, maintainable code designed to stand the test of time while adapting quickly to evolving project needs.
We design and deliver highly efficient bare-metal solutions for performance-critical applications. From motor control and PID algorithms to precision sensor interfacing, our work leverages direct hardware access and optimized C/C++ code to ensure fast, reliable execution on resource-constrained systems.
With deep expertise in Yocto, kernel configuration, and device driver development, we build tailored Linux-based platforms for advanced products. Our experience spans integrating multimedia processors, enabling secure connectivity, and optimizing bootloaders and file systems for high-performance embedded systems.
We develop firmware on a variety of real-time operating systems, including Azure/ThreadX, FreeRTOS, and Zephyr RTOS ensuring deterministic performance where timing and safety matter. Our RTOS experience covers medical devices, industrial controls, and communication systems requiring reliable multitasking and compliance with standards such as IEC 62304.
We enable products to connect and communicate seamlessly across protocols like TCP/IP, BLE, CAN, RS485, I²C, SPI, and USB. From secure MQTT and SSL integrations to custom communication stacks, we deliver robust connectivity solutions for medical, defense, and IoT applications.
We design IoT solutions that bridge embedded devices with cloud and mobile platforms. Our work includes secure data transmission, remote monitoring, OTA updates, and integration with services via RESTful and OAuth APIs. From low-power BLE wearables to industrial monitoring systems, we bring devices online with reliability and scalability.