Apple solved the issue, thanks.

Same here, an app that has been releasing updates without issues for months. Even 2 days ago, a testflight version successfully uploaded, but today it just failed after simple (non native) changes. TMS-90338: Non-public API usage - The app references non-public selectors in zinspector3: estimatedProgress, initWithFrame:configuration:, isMainFrame, isPassthrough, navigationType, onSuccess:, removeValuesForKeys:completion:, setNavigationDelegate:, setProcessPool:, targetFrame, userContentController, websiteDataStore. Did apple turn on a setting that bans all these out of the blue? Or did someone add a "not" condition in their code and now everything is flagged?

Any updates? 15.2 is near and this is still broken.

Any updates? Canvas in WKWebView are unusable.

How can we fix this from code in WKWebKit?

Have you found a way to use occlusion with SceneKit and Lidar meshes? arView.environment.sceneUnderstanding.options.insert(.occlusion) still doesn't exist in SceneKit, does it? Also, here's some code I'm using to get geometry from ARMeshAnchors: @available(iOS 13.4, *) extension SCNGeometry { /** Constructs an SCNGeometry element from an ARMeshAnchor. if setColors, will set colors automatically on each face based on ARMeshClassification above/ public static func fromAnchor(meshAnchor: ARMeshAnchor, setColors: Bool) - SCNGeometry { let meshGeometry = meshAnchor.geometry let vertices = meshGeometry.vertices let normals = meshGeometry.normals let faces = meshGeometry.faces // use the MTL buffer that ARKit gives us let vertexSource = SCNGeometrySource(buffer: vertices.buffer, vertexFormat: vertices.format, semantic: .vertex, vertexCount: vertices.count, dataOffset: vertices.offset, dataStride: vertices.stride) let normalsSource = SCNGeometrySource(buffer: normals.buffer, vertexFormat: normals.format, semantic: .normal, vertexCount: normals.count, dataOffset: normals.offset, dataStride: normals.stride) // Copy bytes as we may use them later let faceData = Data(bytes: faces.buffer.contents(), count: faces.buffer.length) // create the geometry element let geometryElement = SCNGeometryElement(data: faceData, primitiveType: .of(faces.primitiveType), primitiveCount: faces.count, bytesPerIndex: faces.bytesPerIndex) let geometry : SCNGeometry if setColors { // calculate colors for each indivudal face, instead of the entire mesh var colors = [SIMD4Float]() for i in 0..faces.count { colors.append(meshGeometry.classificationOf(faceWithIndex: i).colorVector) } let colorSource = SCNGeometrySource(data: Data(bytes: &colors, count: colors.count * SIMD4_FLOAT_STRIDE), semantic: .color, vectorCount: colors.count, usesFloatComponents: true, componentsPerVector: 4, bytesPerComponent: FLOAT_STRIDE, dataOffset: 0, dataStride: SIMD4_FLOAT_STRIDE ) geometry = SCNGeometry(sources: [vertexSource, normalsSource, colorSource], elements: [geometryElement]) } else { geometry = SCNGeometry(sources: [vertexSource, normalsSource], elements: [geometryElement]) } return geometry; } } let SIMD4_FLOAT_STRIDE = MemoryLayoutSIMD4Float.stride let FLOAT_STRIDE = MemoryLayoutFloat.stride let VECTOR_WHITE : SIMD4Float = SIMD4Float(1.0, 1.0, 1.0, 1.0) let VECTOR_YELLOW: SIMD4Float = SIMD4Float(1.0, 1.0, 0, 1.0) let VECTOR_BLUE: SIMD4Float = SIMD4Float(0, 0, 1.0, 1.0) @available(iOS 13.4, *) extension ARMeshClassification { var description: String { switch self { case .ceiling: return "Ceiling" case .door: return "Door" case .floor: return "Floor" case .seat: return "Seat" case .table: return "Table" case .wall: return "Wall" case .window: return "Window" case .none: return "None" @unknown default: return "Unknown" } } // make more or less same vertical/horizontal colors as planes var color: UIColor { switch self { case .ceiling: return .blue case .door: return .white case .floor: return .blue case .seat: return .white case .table: return .white case .wall: return .yellow case .window: return .white case .none: return .white @unknown default: return .white } } var colorVector: SIMD4Float { switch self { case .ceiling: return VECTOR_BLUE case .door: return VECTOR_WHITE case .floor: return VECTOR_BLUE case .seat: return VECTOR_WHITE case .table: return VECTOR_WHITE case .wall: return VECTOR_YELLOW case .window: return VECTOR_WHITE case .none: return VECTOR_WHITE @unknown default: return VECTOR_WHITE } } }