We help vehicle manufacturers to test embedded control systems easily, from requirements to production line.

We provide flexible and scalable HIL with software-configurable I/O signal conditioning and fault insertion..

We help you to develop more robust electrical systems through randomised yet repeatable vehicle battery supply simulation.

We add dynamic signalling to vehicle test boards, helping you to perform more testing while reducing the size of prototype fleets.

We provide quiescent current measurement technology, helping you to validate the performance of embedded control systems.

We provide software that allows you to build powerful dynamic graphical interfaces and analysis tools with minimum effort.

We provide enabling technologies that allow control software to be built earlier, proven more quickly and perform more reliably.

We can help you to develop Simulink® control models, test them in the target system, and make amendments quickly.

We provide Simulink® TSP support for a range of real-time hardware, allowing easier upgrade to more advanced processors.

We can provide hardware that communicates across multiple protocols, allowing development to continue.

Our vehicle current measurement system and analysis tools help you to better understand and develop innovative control systems.

We help you to build photorealistic graphical interfacing tools quickly, and without the need for programming.

Our equipment ensures all electronics within vehicle sub-assemblies are present, correct or functional, mitigating against faulty manufacture while maintaining takt time.

We provide test strategies to verify the presence and engineering revision of vehicle sensors on the assembly line, ensuring correct assembly.

We are able to test the presence and functionality of pedestrian safety sensors within vehicle bumpers, enhancing the safety of road users.

We test vehicle speakers within door modules ensuring they’re of the correct electrical profile and function as designed.

We are able to verify the presence and revision of multiple gesture sensors per sub-assembly, allowing our customers to enhance vehicle ergonomics.

We can help to verify the presence and engineering revision of passive entry sensors, ensuring vehicle security features operate as designed.

We can help you complete projects faster by providing engineers skilled in embedded system design, integration or Simulink® model development.

If you’re looking to create embedded systems, we can produce build manuals, author firmware, manage manufacture and develop software for interfacing, control and analysis.

If you want to enhance, integrate, or migrate between embedded test or development systems, we can improve functionality, enhance interoperability and advise test strategies.

If you’re looking to build powerful control models, we can specify suitable microcontrollers, produce support packages and develop Simulink® software for a range of applications.