Virtual Testing

Bring simulation, real-time testing, digital twins & physical measurement data together in a connected development process. Evaluate alternatives, identify issues earlier and validate performance before hardware is available, reducing reliance on physical prototypes and supporting better-informed decisions.

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Virtual Testing for Smarter Product Development

Smart Testing brings virtual and physical testing together in one connected product-development process. By combining simulation, real-time testing, digital twins and reliable physical measurement data, engineers can evaluate more alternatives, identify issues earlier and make better-informed decisions throughout the development cycle.

This approach moves product evaluation to the earliest possible development stages, reducing dependency on physical prototypes and enabling products to be experienced, tested and validated before complete hardware is available. The objective is not simply to eliminate physical testing, but to create physical prototypes only when they provide genuine engineering value.

Integrate simulation, testing and measurement across the product lifecycle.

Experience, test and validate products before complete physical systems are available.

Combine simulation, real-time systems and trusted measurement data in one workflow.

VI-grade

VI-grade provides simulation software, real-time solutions, Hardware-in-the-Loop platforms and professional driving simulators that accelerate the development of better vehicles.

Its solutions enable engineers and test drivers to interact with accurate digital twins in realistic, repeatable and controlled virtual environments. VI-grade supports the development and validation of vehicle dynamics, ride and handling, NVH, ADAS and automated driving, HMI, control systems and complete multi-attribute vehicle behaviour.

By combining objective engineering data with subjective human evaluation, VI-grade helps automotive manufacturers and suppliers make critical decisions earlier, evaluate more alternatives and reduce their reliance on physical prototypes.

For more information, please visit www.vi-grade.com

Concurrent Real-Time: Deterministic performance for mission-critical systems

Concurrent Real-Time is a leading provider of deterministic real-time software, hardware, and simulation solutions for aerospace, defense, industrial, and research applications. For more than 50 years, organisations developing mission-critical systems have relied on Concurrent's technologies to deliver predictable performance, precise timing, and reliable operation in the most demanding environments.

Its portfolio includes RedHawk Linux® real-time operating systems, NightStar™ debugging and analysis tools, SIMulation Workbench (SimWB®), and high-performance iHawk™ computing platforms. These solutions enable engineers to develop, test, validate, and optimise complex systems used in hardware-in-the-loop (HIL) simulation, avionics, autonomous systems, process control, data acquisition, and other time-sensitive applications. By combining deterministic computing, advanced debugging capabilities, and integrated simulation technologies, Concurrent Real-Time helps organisations reduce development risk, accelerate validation, and improve system reliability.

For more information, please visit concurrent-rt.com