Example Concept: Foveated rendering in VR leverages eye-tracking to render high-resolution images only in the user's focal area, reducing detail in peripheral vision to save computational resources. For high-motion experiences, adaptive foveated rendering can be implemented, where the level of detail in peripheral areas is dynamically adjusted based on the speed and direction of head movements. This ensures that visual quality is preserved in the user's focus area while optimizing performance by reducing unnecessary detail in rapidly changing peripheral regions.