Firmware · Real-time · Connected devices
Embedded Systems Engineering
We write firmware and design the electronics around it: microcontroller code, real-time control loops, sensor drivers and the buses that link a device to machines and the cloud — CAN, SPI, I2C, UART, Modbus and MQTT.
Rooted in mechatronics, we treat hardware, firmware and the systems around them as one design problem, so devices behave predictably in the field and stay easy to maintain.
- Firmware for microcontrollers (ARM, AVR, ESP32, etc.)
- Real-time signal processing and control logic
- Communication via CAN, SPI, I2C, UART, and Modbus
- Sensor and actuator integration for smart environments
- Hardware-in-the-loop test benches and production test fixtures
Interactive previews of systems we build where Embedded Systems plays a central role. Use them — every button works.
Choose a system — its live preview opens below
Industrial IoT · Edge AI
Copy linkPredictive maintenance, end to end
Firmware streams sensor data over CAN, an edge AI model scores anomalies in milliseconds, and the ERP opens a maintenance work order automatically — one connected system instead of four tools.
- Microcontroller firmware and CAN telemetry
- Anomaly detection model on the edge gateway
- Automatic work orders and spare-part reservation
- Live asset-health dashboard
Try it: Inject a bearing fault and watch detection, the work order and the spare part follow.
Interactive preview with illustrative data. Client names and branding are omitted.
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Deterministic firmware
Interrupt-safe, real-time code designed around timing budgets, watchdogs and fail-safe states.
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Protocol integration
Robust field-bus and serial communication that connects devices to PLCs, gateways and the cloud.
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Sensor & actuator control
Signal conditioning, filtering and closed-loop control for motors, valves and smart sensors.
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Edge-to-cloud connectivity
Connected devices that stream reliable data into dashboards, ERP and AI pipelines.
Technology
Tools we trust
From prototype boards to production firmware, we deliver embedded systems that are dependable in the field.
- C / C++
- ARM Cortex-M
- AVR
- ESP32
- FreeRTOS
- CAN
- SPI
- I2C
- UART
- Modbus
- MQTT
- Zephyr
- STM32
- PlatformIO
- ESP-IDF
- KiCad
- Altium Designer
- JTAG
- BLE
- … and more
A selection of our tools and frameworks. We choose what fits your requirements, integrations and team.
Straight answers about how we work. Can't find yours? Ask us directly.
Which microcontrollers do you work with?
We develop firmware for ARM-based microcontrollers, AVR and ESP32 platforms, among others. The platform is chosen around your performance, power, connectivity and cost constraints.
Can you integrate our devices with existing industrial equipment?
Yes. We implement communication via CAN, SPI, I2C, UART and Modbus, and connect devices to PLCs, gateways, ERP systems or cloud platforms.
Do you take over and improve existing firmware?
Yes. We analyse existing codebases, stabilise edge cases, improve timing and maintainability, and document the result so your team can own it.
Embedded Systems
Ready to move from idea to a working system?
Tell us about your goals and constraints. We'll come back with a clear technical direction and next steps.