Embedded SoftwareDeterministic. Real-time. Minimal footprint.
We engineer firmware and embedded systems at the boundary between hardware and software. From bare-metal microcontroller code to full RTOS-based applications, we deliver real-time, power-efficient solutions.
What We Deliver
Deterministic. Real-time. Minimal footprint.
Bare-Metal Firmware
Low-level C/C++ for ARM Cortex-M, STM32, ESP32, and NRF52 microcontrollers with minimal memory footprint and maximum performance.
RTOS Development
FreeRTOS and Zephyr-based applications with deterministic task scheduling, preemption, mutex, and semaphore management.
Hardware Abstraction Layers
Clean HAL design separating hardware specifics from application logic, enabling portability across microcontroller families.
Power Management
Battery-powered device firmware with configurable low-power sleep modes, wake-on-interrupt, and sub-μA idle current optimization.
Real-Time Communication
UART, SPI, I2C, CAN bus, RS-485, and Modbus protocols implemented at the interrupt level for deterministic, jitter-free data exchange.
On-Device Debugging & Profiling
JTAG/SWD debug configurations, ETM trace capture, and memory-leak analysis under realistic workload conditions.
Who Uses It
Tailored for every industry, team size, and engagement model.
IoT Sensor Nodes
Ultra-low power firmware for environmental monitoring, asset tracking, and smart metering devices deployed at scale.
Industrial Controllers
Deterministic RTOS firmware for CNC machines, PLCs, and production-line automation controllers requiring hard real-time guarantees.
Automotive Electronics
CAN-bus gateway firmware and AUTOSAR-compliant modules for vehicle subsystems, body control, and sensor interface units.
Medical & Scientific
Safety-critical embedded systems developed with IEC 62304 lifecycle documentation and full requirements traceability.