Embedded System Capabilities

We develop robust and efficient embedded systems, from low-level firmware to complex hardware-software co-designs. Our expertise ensures reliable performance in resource-constrained environments, powering a wide range of connected devices and control systems.

C / C++ / Assembly Language

Firmware development in C/C++ (and Assembly where low-level control is critical) ensures high performance and deterministic behavior on microcontrollers. Our engineers write efficient code for resource-constrained environments, managing memory, interrupts, and peripheral registers to meet real-time requirements.

Digital Power Control

Expertise in controlling power electronics—such as DC-DC converters or motor drives—allows embedded solutions to manage voltage regulation, switching, and feedback loops. We develop firmware that precisely regulates power stages, ensuring efficiency and reliability for applications like battery management or motor control.

Wireless Interfaces

Integrating Bluetooth, Wi-Fi, Zigbee, LoRa, or other wireless protocols, we enable connectivity for IoT or embedded devices. Our developers handle stack integration, security (encryption, secure pairing), and power management to support reliable data exchange in varied environments.

System Design

From requirement analysis to hardware-software co-design, we architect embedded systems end-to-end. This includes selecting appropriate MCUs/MPUs, designing PCB interfaces, defining communication protocols, and planning for testing and validation—ensuring the final product meets performance, power, and reliability targets.