DriveBotix Embedded Software Expertise

At DriveBotix Embedded Software Solutions, we specialize in delivering robust and safe software tailored for various safety-critical industries, including the medical, automotive, renewable energy, and gas industries. Our commitment to rigorous testing and quality assurance guarantees that your products meet the highest industry standards of user safety and reliability.

At DriveBotix, we offer full embedded software life cycle services.

- System requirements: Atomic, clear, concise, measurable, and testable requirements on user, product, component, and software levels.

- Architecture design: Efficient architecture especially designed for your system with SOLID principles and modern design patterns. 

- Module design: Modular software design for a decoupled, scalable, and maintainable software.

- Implementation: Safe, reliable, secure, testable, and readable embedded code with thorough documentation and code reviews. 

- Unit testing: Code coverage up to 100% with mocking, faking, and stubbing expertise.

- Integration testing: Strategically performed for robust safety-critical systems combining individual modules such as drivers, sensors, and actuators.

- System verification: Automated and manual formal verification according to industry standards for regulatory product market clearance.

 

Additionally, we also offer the following support services:

- Agile scrum project management framework

- Software architecture design consultations

- Embedded C/C++ consultations

- CI/CD configuration management support

- Safety-critical system tool validation

Our team excels in developing embedded software systems that prioritize safety and performance. From concept to deployment, DriveBotix guarantees compliance with industry regulations and enhances product quality through meticulous verification and validation processes.

Partner with DriveBotix Embedded Software Solutions for innovative software development that drives user safety and elevates your product’s market success in critical embedded environments.