A virtual platform is a software simulation of a physical system or environment that allows for testing, experimentation, and analysis in a controlled and scalable environment. This research area focuses on developing and optimizing virtual platforms for various applications, such as software development, testing, training, and simulation. Virtual platforms are commonly used in industries such as automotive, aerospace, and telecommunications to simulate complex systems and environments without the need for physical prototypes. Researchers in this field work on improving the accuracy, performance, and scalability of virtual platforms to better mimic the behavior of real systems and facilitate more efficient and cost-effective development processes. Overall, virtual platforms research aims to leverage virtualization technology to create realistic and flexible simulations that can support a wide range of applications and industries.