Our portfolio

The software-defined vehicle is reshaping the automotive landscape! At ProIT, we're at the forefront of developing and testing embedded software. We facilitate testing and validation across the entire development process, enhancing efficiency and ensuring robust software solutions from the get-go.

In the Loop: Virtual Continuous Testing


We're experts in virtual testing methodologies like Model-in-the-Loop (MiL), Software-in-the-Loop (SiL), and Processor-in-the-Loop (PiL). These techniques enable us to test software early on, promoting continuous testing and efficient software development.

Our team manages the full spectrum of the validation process. This includes crafting the test schedule, overseeing test management, implementing and executing test cases, through to the detailed analysis and reporting. Our comprehensive approach ensures thorough validation at every development stage, driving the creation of reliable and high-quality software solutions.

  • Developing and Managing Test Schedules

  • Test Case Design and Execution

  • ISO26262 compliant testing

  • Test Result Evaluation

From test management to analysis

Software & Tool Development

We create embedded software for vehicles and develop software applications specifically designed for testing. For our software solutions, we provide comprehensive L1-L3 support, ensuring seamless operation and swift resolution of issues.

  • Embedded Software

  • Web applications

  • Application Support

  • Provide unified set of toolchains for different development purposes

HiL-Testing & Test Automation:

HiL-Testing & Test Automation:

Our expertise extends to Hardware-in-the-Loop (HiL) testing and test automation, which are crucial for simulating the vehicle's physical components and systems in a controlled environment. HiL testing allows us to test the integration of hardware and software components under realistic conditions without the need for a physical vehicle.

This method is essential for identifying and solving hardware-software interaction issues early in the development process. Our focus on test automation further enhances the efficiency of these tests, reducing manual effort and increasing the accuracy and reliability of the testing outcomes.

  • Module specification/Requirements analysis

  • Test specification and test case implementation

  • Test case automation

  • Manual testing on the HiL

  • Test run and result analysis + reporting