Build 3D and AR apps on Apple platforms (iOS, macOS, visionOS) with SceneViewSwift — the SwiftUI wrapper around RealityKit. Use whenever the user asks for "3D in SwiftUI", "AR with ARKit in SwiftUI", a model viewer for iOS, or any Apple-platform 3D/AR app where the dependency is the `SceneViewSwift` Swift Package from `github.com/sceneview/sceneview`. For Jetpack Compose / Android use the `sceneview` skill instead; for the browser use `sceneview-web`. Skip for plain ARKit-SDK / SceneKit / Unity / Unreal / RealityKit-without-SceneViewSwift work.
Build 3D and AR apps with the SceneView SDK in Jetpack Compose, SwiftUI (iOS/macOS/visionOS via SceneViewSwift), Web (Filament.js), Flutter and React Native. Use whenever the user asks for "3D in Compose", "AR with ARCore in Compose", a model viewer, or any cross-platform 3D/AR app where the dependency is `io.github.sceneview:sceneview` / `io.github.sceneview:arsceneview` / `SceneViewSwift` / `sceneview-web` / `sceneview_flutter` / `@sceneview-sdk/react-native`. Skip for plain ARCore-SDK / Sceneform / Unity / Unreal / RealityKit-without-SceneViewSwift work.
Build 3D and WebXR (AR/VR) experiences in the browser with SceneView for Web — Filament.js (WebGL2/WASM) wrapped in a Kotlin/JS DSL and a plain-JavaScript API on `window.sceneview`. Use whenever the user asks for "3D in the browser", "a web model viewer", "WebXR AR/VR", or any browser 3D/AR app where the dependency is the `sceneview-web` npm package or its CDN script. For Jetpack Compose use the `sceneview` skill; for SwiftUI use `sceneview-ios`. Skip for raw Three.js / Babylon.js / model-viewer / A-Frame work.