With most game engines there are a lot of ways to optimize for performance. Here are a few you can dive into to develop for multiple platforms. 1. Per platform/device settings Make sure to set up different quality settings for different platforms. If your app runs good on Quest 2, maybe boost quality on Quest 3 or PC. If Quest 3 just runs at 72 FPS and you want to support Quest 2, maybe drop down some quality settings! 2. Look at setup guides There are many settings that you can miss, which have a big impact on performance. Make sure you use the correct settings for each platform 3. Profile and test The only way to see where performance issues are, is to profile (Unity/Unreal/RenderDoc/OVRMetrics) and do before and after comparisons

To ensure seamless performance in VR applications across diverse hardware, I focus on several key strategies: Optimize Graphics and Assets: By creating assets at multiple levels of detail (LODs), I ensure that high-end devices can handle more detail, while lower-spec hardware can display optimized versions, maintaining visual quality without overloading resources. Dynamic Quality Adjustment: I implement adaptive quality settings that adjust based on the hardware’s capabilities, such as adjusting resolution, shadows, and effects, so each device performs at its best without compromising immersion.

Hemos desarrollado un proyecto de capacitación en realidad virtual utilizando Oculus Rift y HTC Vive, diseñado para ofrecer una experiencia inmersiva y efectiva. Aprovechando la flexibilidad de ambas plataformas, optimizamos gráficos y activos mediante múltiples niveles de detalle y ajustes de calidad adaptativos. Esto nos permitió brindar una experiencia fluida y realista en distintos dispositivos, asegurando una capacitación sin interrupciones y altamente inmersiva. Es increíble ver cómo la tecnología VR está transformando la forma en que aprendemos y nos preparamos para nuevos desafíos.