Embedded software, real-time applications and system engineering for industrial and connected environments.
We connect device-level software, deterministic applications and system-level decisions in one engineering workflow.
Low-level to application-layer software for MCU and MPU platforms, designed around reliability, timing and maintainability.
Deterministic software for industrial environments, live monitoring, control and distributed device communication.
End-to-end engineering from architecture and integration through validation, deployment and lifecycle support.
Each discipline has a clear focus. Together, they form a continuous path from device behavior to field operation.
| Discipline | Scope | Engineering outcome |
|---|---|---|
| Embedded systems | MCU, MPU, firmware and device interfaces | Maintainable device software |
| Real-time software | RTOS, Linux, communication and control | Deterministic applications |
| System engineering | Architecture, integration and validation | A field-ready system |
A clear sequence keeps technical decisions, implementation and validation connected throughout the project.
We analyze requirements, constraints and the operating environment.
We design the system boundaries, interfaces and reliability model.
We build embedded software, firmware and supporting applications.
We test critical interfaces, timing and recovery behavior.
We support the system in its real operating environment.
Selected work showing how these disciplines come together across railway, automotive and embedded electronics.
A modular test infrastructure for validating power, memory, communications and high-speed interfaces on FPGA-based SOM hardware.
A desktop and embedded platform that automates door module testing with a Qt interface and an STM32/FreeRTOS controller.
Embedded and software infrastructure for media delivery, remote management and fleet monitoring across railway vehicles.
Bring us the constraints. We will turn them into a reliable architecture and an executable engineering plan.
