embedded software

As an interdisciplinary partner for electronics development, we combine extensive expertise in hardware development, software development, and system and solution development into a holistic approach. This ensures that every component is perfectly coordinated – from the initial idea to the finished solution.

get in touch

AS A SOLUTION AND SYSTEM PROVIDER, WE BRING YOUR IDEAS TO LIFE!

01

Technologies

We deliver robust, reliable, and cost-effective hardware precisely tailored to your requirements.

learn more

02

Embedded architecture

Our developers offer our clients more than just code. Because good software simplifies complex devices and systems.

learn more

03

Connectivity

Firmware gives your hardware intelligence and brings it to life. We develop individual firmware solutions and program custom applications.

learn more

04

Solution and System Development

Our systems integrate seamlessly into your existing infrastructure and work together perfectly. This allows us to achieve maximum performance, efficiency, and reliability.

learn more

software that fits your hardware

Through the perfect interplay of functional hardware, suitable firmware, and modular software, we transform complex challenges into simple solutions.
start inquiry
1

Technologies

The choice of software platform determines the efficiency, development speed, and maintainability of your product. We make this decision based on your requirements for real-time performance, power consumption, computing power, and product lifecycle.
- Bare-metal, FreeRTOS, Zephyr
- Embedded Linux with Yocto and Buildroot
- ARM-based platforms, including STM32 and NXP i.MX
- AI-assisted programming in C, C++, Python, and Rust
- Innovative HMIs and graphical user interfaces
- Low-power design for battery-operated devices
- Real-time programming with logging and debugging
2

Embedded Architecture

Software that is quickly cobbled together might work in the short term, but it is impossible to test, scale, or maintain. That is why every project we undertake begins with a clean architecture.
We consistently separate hardware abstraction, drivers, and application logic. This makes our software portable to new controller generations, testable at the module level, and easy to expand. We also incorporate the essential components that ensure reliability in the field: structured logging, watchdogs, and a well-thought-out error handling concept.
- Modular firmware architecture
- Hardware abstraction layer (HAL) and driver development
- Bootloader concepts
- Logging, watchdogs, and error handling
- AI-assisted unit testing and automated testing
- CI/CD pipelines for reproducible builds
‍
3

Protocols & Connectivity

A connected product is only as good as its connection. We select the transmission technology that best fits your requirements for range, data rate, energy budget, and regulatory compliance—and implement it reliably, including handling connection drops, reconnect strategies, and power-saving modes.
- Wireless: BLE, Wi-Fi, NFC, Zigbee, Thread
- Wide-area: LTE-M, NB-IoT, LoRa
- Positioning: UWB, RADAR (integrated), GNSS, RTK-GNSS, IMU-based positioning
- On-board: I²C, SPI, UART, 1-Wire
- Field and network: CAN, Modbus, RS-485, Ethernet
- Application protocols: MQTT, REST, CoAP, HTTPS
4

(I)IoT / Cloud / App

Embedded devices rarely stand alone: they provide data, receive configurations, require user interaction, and must remain updatable throughout their entire lifecycle. We support this entire chain—from the sensor and device firmware to the user app and cloud backend.

We place special emphasis on secure over-the-air updates. This is not just a matter of reliability, but increasingly a regulatory requirement under the Cyber Resilience Act.

- Secure OTA updates with signing, encryption, and rollback
- Secure boot and encrypted communication
- Cloud connectivity (AWS IoT, Azure IoT Hub)
- User apps for configuration and control, including via BLE
- Application development using tools such as Figma, Flutter, C++, Qt/QML, and Python

case study

Precision measuring device for corrosion protection


‍Technologies: Microcontrollers, RTOS, BLE, Mobile App, Cloud connectivity
‍
‍Challenge: Corrosion protection measuring devices operate in the field under varying environmental conditions and must provide precise readings. The measurement processes themselves are multi-stage and tightly integrated with the hardware. Furthermore, manually testing this multitude of processes would have caused the testing effort to increase disproportionately before every release.
‍
‍Solution: We designed an RTOS-based firmware architecture that separates time-critical measurement processes from the operating and communication logic. Close coordination between hardware and software was maintained throughout the joint development process. An app controls the device via BLE and handles configuration and data transmission to the cloud. In parallel, we created an automated test pipeline that verifies the measurement processes in a reproducible manner.
‍
Result: Significant increase in efficiency for the client, both in measurement operations and with every release, thanks to the elimination of manual testing effort.