optimize-scene

To improve Decentraland scene performance, reduce entity counts, minimize triangle budgets, and use lower-poly models. Implementing techniques like entity reuse and texture optimization directly decreases lag and improves frame rates.

Decentraland enforces parcel-based scene limits for entities, triangles, textures, and materials. Staying within these constraints requires reusing entities, utilizing parenting, and removing unused objects to avoid exceeding the defined budgets.

Decrease Decentraland loading times by using compressed GLB files, minimizing overall asset size, and implementing lazy loading. These methods ensure assets are efficiently fetched and loaded only when needed.

The best way to optimize 3D assets within Decentraland scene limits is utilizing level of detail (LOD), using primitives, and applying texture optimization. These strategies reduce triangle counts and material complexity while maintaining visual quality.

Low frame rates in a Decentraland scene often occur due to high triangle budgets and unoptimized entity counts. Removing unused entities, applying parenting, and switching to lower-poly models resolves these resource bottlenecks.

Yes, you can use lazy loading and compressed GLB files to optimize Decentraland scenes. These methods minimize asset size and defer loading, directly improving loading times and ensuring adherence to scene limits.