Embedded Systems

Bare-metal and driver-level firmware for STM32, ARM Cortex, ESP32, PIC and AVR.

Real-time firmware on FreeRTOS/Zephyr for deterministic, multi-tasking devices.

On-device processing and edge AI so devices act instantly without the cloud.

Drivers for sensors, displays and peripherals over I2C, SPI, UART, CAN and USB.

BLE, Wi-Fi, LoRa and cellular connectivity for connected products.

Secure boot, encrypted updates (OTA) and protected device identity.

Combining multiple sensors for accurate motion, position and environment sensing.

Custom bootloaders and over-the-air update systems for fielded devices.

Hardware-in-loop testing, JTAG debugging and reliability validation.

• Products depend on generic firmware that’s unstable, bloated or insecure.
• No real-time guarantees, so devices freeze or miss critical events.
• Everything is sent to the cloud — slow, costly and useless when offline.
• No secure update path, so fielded devices can never be safely improved.
• Hardware and firmware are built by separate teams that don’t align.

• Rock-solid microcontroller firmware on STM32, ARM, ESP32 and more.
• RTOS-based designs for deterministic, real-time behaviour.
• Edge computing and on-device AI so products respond instantly, even offline.
• Secure boot and OTA updates to keep devices safe and up to date.
• Co-designed hardware + firmware for a product that just works.

• Devices that are stable, responsive and field-reliable.
• Lower cloud and bandwidth costs by processing data at the edge.
• Products that keep working without internet — critical for industrial use.
• Long product life: secure OTA updates add features and fix issues remotely.
• Faster development because firmware and hardware are designed together.