Our promise to deliver end-to-end solutions of course includes application and middleware pieces. We use state-of-the-art programming techniques and technologies to deliver fast, safe and reliable code. We use C, C++11 and Rust programming languages to write maintainable and readable code and concurrent lockless data structures to make sure applications created by us offer outstanding performance and scalability. On less resource restricted systems we supplement our toolkit with Python and Cython programming languages to speed up the development.

Whether it’s through a web browser, desktop application or built-in touch display, we make sure that interaction with our software is always seamless. Our primary UI/UX toolkit consists of GTK+ and Qt, because we target most efficient solutions. When necessary, we also provide the command line tools for interacting with our software.

Modern embedded systems, are becoming more and more dependent on connectivity to the outside world. Whether the device is a piece in a larger local system, or depends on a cloud service, we can provide with a vast variety of short and long distance wired and wireless solutions. Knowledge of IEEE 802, USB, Bluetooth, ZigBee and 6LoWPAN protocols helps us create connected IoT solutions that are safe and reliable.

Each and every software stack requires a solid hardware platform to run on. While we are used to programming and debugging of the embedded systems provided by a different vendor, we can also offer our own digital PCB design. Hardware systems we are designing usually utilize an ARM CPU, SOC, SOM, or an FPGA, additional pieces of a discrete digital logic, appropriate power circuit and connectors providing required external connectivity.

Sometimes a regular software stack is not enough to deal with either very restrictive time constraints of the system, nature of the application requiring a large number of concurrent processes, high throughputs of input data that require preprocessing, or all of the three above combined. In such situations we provide our customers with custom solutions, utilizing not only a CPU running UNIX, or bare metal software stack, but also an FPGA, or even an SOC like Xilinx Zynq, that encapsulates both in a single chip. That way we’re able to develop efficient and flexible hardware platforms.

We can help you make your code fast, safe and reliable. We offer software verification services that include debugging and profiling. We can also help you make your code maintainable and readable. Our static and dynamic code analysis methods help find even the most hard to find bugs.