Our software department develops bespoke solutions. We cover the entire spectrum: from microcontroller programming and secure data communication to intuitive end-user software.
We do not view software as an isolated product, but as an integral part of an overall system comprising electronics, sensor technology and IT infrastructure. This results in high-performance, reliable and future-proof solutions – precisely tailored to your requirements.
We develop powerful and user-friendly applications for interacting with measuring instruments and measurement data. We implement the entire digital process – from the sensor and database right through to visualisation and analysis.
Whether it’s device control, live monitoring, data archiving, automated evaluation or the graphical representation of complex relationships – the functionality is tailored specifically to your application.
Depending on your requirements, we implement our solutions as:
• Web dashboard
• Specialised desktop application
For development, we primarily use the programming languages C/C++, C# and Go, including various available frameworks and libraries. The frameworks and libraries are selected specifically for each use case and are always based on the latest state of the art.
This ensures you receive a seamless, practical software solution that is technically sound, user-friendly and precisely tailored to your project.
We design well-thought-out software architectures and implement them in a structured manner – ensuring they are modular, maintainable and scalable. We take issues such as data security, performance and extensibility into account right from the design phase.
As a bridge between electronics, measurement technology and IT, we develop reliable communication solutions. Whether it’s custom protocols or standardised interfaces such as OPC UA, REST APIs and JSON-based data formats – we integrate your systems seamlessly into existing or new data environments.
If required, we also implement pre-processing and initial evaluation algorithms directly on the microcontroller (on-device processing) to process data efficiently and in a resource-saving manner.