Ensuring Reliability in Every Embedded System.

Bitcrush is your reliable partner for testing embedded software. We focus on quality and reliability, making sure your system works perfectly in tough conditions. With our skills, advanced tools, and dedication, we help you eliminate bugs. Check out our wide range of testing services to see how Bitcrush can improve your embedded system project.

All about quality

Quality is the degree to which a product or service meets or exceeds customer expectations. At Bitcrush we are rigorous with internal quality to meet our customer’s expectations. See some of the many actions we take to assure our quality claim:

The base test process is based on ISO 29119:2022, and customized to industry-specific standards.

The internal quality processes adhere to ISO 9001:2015 and the best practices stated in ISO 90003.

All testers are ISTQB-certified and trained on a regular basis.

Our MEthods

It doesn’t matter if you follow water-fall, V-Model or agile development models, this test models can be applied at every software lifecyle type.

Experience Testing

This testing approach applies when it must be quick, with the QA process reduced to a minimum. The tests, manual or automated, are based on the experience of the testers and the guidance of the developers.

Black Box Testing

The tests are based on the product requirements or user stories. With black box testing, we not only focus on verification of the specifications but also check if they are valid.

White Box testing

After analyzing the source code, the tests are written to not only focus on a high coverage percentage but to have the highest impact per test.

The Test Process

  • Requirements validation in embedded software confirms that the system will function as intended.

    It's a crucial step to identify and rectify discrepancies early, preventing costly errors in the final product.

    Effective requirements validation ensures embedded software can meet safety, reliability, and performance standards.

  • Component tests in embedded software validate the correctness of isolated code components (e.g. functions, classes).

    These tests catch defects early, minimizing system-level issues and reducing development costs.

    Embracing component testing is a fundamental practice for robust and dependable embedded software.

  • Integration testing in embedded software evaluates how different components interact and function as a unified system.

    It helps ensure that the integrated software elements work seamlessly, revealing potential issues in the interactions between modules.

    Effective integration testing is essential for building dependable and cohesive embedded systems.

  • System testing in embedded software assesses the complete system's performance and functionality.

    It verifies that all integrated components work together as intended in the final embedded product.

    System testing is the last critical step to ensure the software meets all requirements and operates reliably in its intended environment.

  • Test automation in embedded software accelerates testing processes by replacing manual test execution with automated scripts.

    It enhances test coverage, reduces human error, and enables repeated testing, ensuring software reliability.

    Test automation is a vital strategy for efficient and effective embedded software testing, contributing to faster development and improved quality.