IT Services in
IoT Systems

Rust is a powerful and secure programming language that is well suited for systems programming, network programming, and other applications where speed and reliability are important. Combined with C and C++, this makes Rust particularly well-suited for embedded systems programming.

For example, through a combination of compile-time checks and run-time safety features, Rust explicitly focuses on preventing buffer overflows and null pointer dereferences that can cause security vulnerabilities or crashes.

Our embedded engineers appreciate that Rust is expressive and flexible, with powerful features such as pattern matching, closures and iteration, and clean and concise syntax. They are comfortable with a programming language designed to be fast, efficient, and secure.

The appropriate strategy for implementing embedded software is highly dependent on the specific needs of the application, the level of control and performance desired, and the compromise between ease of development and flexibility.

Bare-metal programming provides the highest level of control and performance. Here, our experts program the microcontroller directly, without an operating system or other software abstraction layer. 

A Real-Time Operating System (RTOS) provides explicit mechanisms to ensure precise timing. It is therefore the first choice for time-critical systems.

Embedded Linux is a version of the Linux operating system designed to run on embedded systems. It allows our experts to provide a higher level of abstraction than bare-metal programming, with built-in drivers, libraries, and other tools that make development easier, faster, and more flexible.

The user interface of embedded systems can take many forms: physical buttons or switches, text-based or graphical interfaces based on displays, or even touch screens. It must be designed to provide users with all the information and controls they need to perform specific tasks, while being easy and intuitive to use. This is not always easy due to limited processing power and display capabilities.

When designing a user interface, our experts consider both the needs of the user and the limitations of the system. Factors such as screen size, available input devices, and specific user requirements are all considered in the design. In addition to web technologies, our experts also rely on specialized embedded technologies such as QT, QML, LGVL to create compelling graphical user interfaces. 

Work with our experts to create embedded UIs that meet your needs.