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Advanced Driver Assistance Systems (ADAS) are essential in modern vehicles, enhancing driving safety by providing real-time support to drivers. To ensure these systems perform optimally, rigorous and realistic testing is crucial. That’s where CamiL, our Camera-in-the-Loop test bench, comes into … Read More

HiL testing involves connecting a system under development, such as electronic control for a vehicle or an industrial control system, to a real-time simulator. The simulator replicates the behavior of the surrounding system and provides realistic inputs to the development … Read More

ViL testing involves the integration of a physical vehicle or its subsystems with a virtual environment, allowing for the comprehensive testing of electronic control systems, software algorithms, and hardware components. This methodology is instrumental in assessing the performance and interoperability … Read More

SiL testing involves the evaluation and validation of software components within a simulated environment before their integration into the actual hardware. This methodology allows developers to thoroughly assess the performance, functionality, and reliability of software elements in a controlled virtual … Read More

MiL testing involves using a mathematical model of a system component as the testing environment. This allows engineers to evaluate and validate the behavior and functionality of specific aspects of a system before the actual hardware implementation takes place. Driving … Read More