Use Cases and Scenario Definition:

• We meticulously analyze real-world driving scenarios, envisioning how our solutions fit seamlessly into the automotive landscape.
• We translate high-level concepts, regulatory requirements and customer expectations into detailed system requirements.
• Our scenario-based requirement specifications reflect a harmonious blend of technical requirements and user-centric expectations for different driving scenarios and use cases, anticipating real-world challenges.

Functional and Technical Requirements:

• We translate system requirements into precise functional and technical requirements.
• Our interdisciplinary approach integrates hardware, software and human factors, resulting in cohesive and reliable solutions.
• Safety is our priority. We embed functional safety principles into every development step and line of code.
• Our management practices ensure compliance with ISO 26262 and other safety standards.

Function Development and Integration:

• Our meticulous function development cycle spans from conceptualization to documentation, through algorithm design, simulation and prototyping, coding and implementation and verification/validation.
• ADAS functions don’t exist in isolation; they interact with other software components and hardware. Our seamless integration with existing software (SW) and electronic control units (ECUs) ensures a cohesive ecosystem.
• Our ADAS functions find their home within ECUs. We optimize memory, processing power, and real-time execution.
• Inter-ECU communication ensures that ADAS functions coordinate seamlessly with other vehicle functions as well as with all the sensors and actuators.

Test Management and Execution Excellence:

• Rigorous testing is our hallmark. Our test management strategies cover unit tests, system validation, and beyond.
• We leave no stone unturned, ensuring reliability and performance. Integration testing uncovers hidden glitches and ensures robustness.
• Before hitting the road, we simulate the function in a controlled environment. Prototypes allow us to fine-tune and iterate.
• We stress-test the entire ADAS ecosystem. How do functions interact during emergency scenarios? Does the whole system maintain stability?

Calibration and Validation Precision:

• Our calibration experts fine-tune ADAS functions for optimal performance.
• Rigorous validation ensures that your solutions exceed expectations.