Meta Quest SDKs bring spatial UI before November 3D updates

At Meta Connect 2026, Meta announced a suite of new developer tools aimed at elevating spatial computing capabilities across the Quest headset family and its upcoming VR glasses. The updates focus on lowering barriers for traditional Android applications, allowing developers to extend mobile experiences into Horizon OS without building ground-up immersive environments.

Bridging 2D Android Apps and Spatial Windows

The centerpiece of the software rollout is the VR Layout SDK. Previously on Horizon OS, standard 2D mobile applications remained confined to flat, slate-like rectangular panels. The new layout toolkit allows developers to anchor auxiliary spatial components and panels around the primary Android app window while preserving the underlying mobile code structure. This facilitates a multitasking environment comparable to Apple's visionOS, where 2D panels coexist alongside surrounding application controls and sidebars. The official NBA application serves as the debut showcase for this workflow.

The VR Layout SDK is purpose-built for window-level arrangements and does not support rendering standalone 3D volumetric assets or customized virtual scenes, which still require Meta's dedicated Spatial SDK. Full feature support requires Horizon OS version 2.7 or higher; devices running earlier builds automatically downgrade the interface to a conventional flat window.

Refining Input and Eye-Tracking Accuracy

To support more natural navigation across varied spatial interfaces, Meta also introduced the VR Gaze SDK for mainstream Android development frameworks. While Horizon OS relies on a default gaze-and-pinch interaction model that functions reliably across system interfaces, heavily customized interface elements often suffer from targeting errors. The VR Gaze SDK enables developers to supply layout hints directly to the targeting pipeline, refine hover states, and reduce misclicks during eye-tracking interactions. Access to this tool is currently restricted to an early access program via Meta's developer portal.

Native Interface Styling with Jetpack Compose

Complementing the interaction toolkits is the new VR UI Set SDK, addressing a long-standing void in official design frameworks for Horizon OS. Previously, developers either relied on game engines like Unity to generate bespoke interfaces or utilized the 2024 UI toolkit, which was tied strictly to the Spatial SDK. Built directly on Jetpack Compose, the updated kit supplies standardized typography, iconography, interaction components, and adaptive light and dark modes tailored for general Android app developers. Meta has also structured the library for automated integration with modern AI coding assistants.

Disney+ 3D Playback and Expanded Digital Storefronts

On the entertainment front, the Quest version of Disney+ is scheduled for a major overhaul this November. While the app previously supported only standard 2D flat video, the upcoming update leverages Meta's newer spatial frameworks to deliver a rearchitected interface, native 3D stereoscopic playback, and dedicated virtual viewing environments.

Alongside the Disney+ enhancement, Meta is introducing a digital video store within the United States on the Quest platform, offering hundreds of mainstream titles for digital rental and purchase. The company plans to scale this storefront into an international library housing thousands of films ahead of its next-generation VR glasses release slated for 2027.

How do you view Meta's strategy of adopting Jetpack Compose and window-level spatial panels compared to Apple's visionOS framework? Do enhanced 3D entertainment options and spatial multitasking make Quest devices compelling enough for your daily computing needs?