Do you want to have hardware and firmware developed and are looking for a comprehensive overview from the initial idea to the finished hardware? We create powerful IoT solutions using modern programming languages and frameworks. In embedded development, we rely on C and C++ to build reliable embedded systems and firmware for IoT devices. For IoT backend development, we primarily use Python with Django as well as API-based architectures to build scalable and secure cloud and platform solutions.

We have already used almost all available connectivity technologies and can advise you extensively on which architecture of your connected device has which advantages and disadvantages. Find out here what makes Bluetooth LE, Zigbee, NB-IoT, LoraWAN, Z-Wave and many more special, when to use them and what advantages and disadvantages the individual technologies have.

Do you want to build an app and need a comprehensive overview from the initial idea to a production-ready application? We guide you step by step through the successful development of your own app. Along the way, you’ll learn what UI/UX design, Scrum, and sprints are—and how we support you throughout the process. Our mobile app development covers both native applications with Swift (iOS) and Kotlin (Android), as well as cross-platform IoT apps with Flutter that enable real-time device and data control.

Almost every connected device needs a web platform, perhaps to manage the devices for administrators, or perhaps just for central control as a pure backend solution. Find out here how we can accelerate your development of your web platform with our SmartCore. In IoT web app development, we use Angular and React to create intuitive dashboards and control interfaces for industry, smart home, and healthcare.

In the context of our IoT developments, cybersecurity is an indispensable aspect and must therefore be developed architecturally into the system.

In our projects, it is our task to work with you to find out which data needs to be protected and to what extent. Any additional protection does not provide 100% security, but only increases the time and effort it takes for an attacker. Each system therefore has different requirements.