Android XR is Google's operating system for extended reality devices, built on Android and developed with Samsung and Qualcomm. It runs XR headsets, wired XR glasses, audio glasses and display glasses, keeps the Google Play Store as the app source, and puts Gemini forward as the system assistant. Samsung's Galaxy XR, a $1,799 mixed reality headset that launched on October 21, 2025, is the first device to run it.

Is Android XR the same as Android?

It is the same platform underneath. Most existing Android mobile and large screen apps run on Android XR headsets and wired XR glasses without changes, drawn as a 2D panel inside 3D space. Developers who want spatial behaviour add Jetpack XR libraries to an existing Kotlin and Compose codebase, or bring an OpenXR, Unity, Unreal or Godot project across.

How do you develop for Android XR?

The Android XR SDK is the main path, with the Jetpack XR SDK for native Android apps and Android XR Extensions for Unity. Immersive work uses Jetpack Compose for XR and Jetpack SceneCore, augmented work on glasses uses Jetpack Compose Glimmer and Jetpack Projected, and perception comes from ARCore for Jetpack XR. Google also supports OpenXR 1.1, Unreal Engine, Godot and WebXR in Chrome, and ships an XR emulator in Android Studio.

Which devices run Android XR?

Samsung's Galaxy XR headset is the only one shipping in volume today, at $1,799 in the United States and South Korea. XREAL's Aura display glasses, a wired split compute design priced at $1,279, are scheduled for fall 2026, and Samsung's first display-less smart glasses, built with Warby Parker and Gentle Monster frames and using Qualcomm's Snapdragon AR1 Gen 1, are expected in November 2026.

Does Android XR need a Samsung or Google phone?

No. Android XR is a separate operating system that runs on the headset or glasses themselves, and the Play Store is the app source. Some Galaxy-specific extras, such as phone-connected features on Samsung's smart glasses, ask for a recent Galaxy phone with One UI 9 or later, but Google and its partners state that the glasses still work with other Android phones and with iPhones.

How is Android XR different from Meta Horizon OS and visionOS?

Horizon OS ships on Meta's own hardware only, and visionOS ships on Apple's. Android XR is a multi-vendor platform: Google writes the software, Qualcomm supplies reference silicon, and companies such as Samsung, XREAL, Sony, Lynx, Play for Dream, Warby Parker and Gentle Monster build the hardware. That open model is also why app compatibility is the selling point, since the Play Store library can run on these devices as panels rather than as a library built from scratch.

What Is Android XR? Google's XR Platform Explained

What Android XR is

Android XR is Google’s operating system for extended reality devices. It is built on top of Android, and it was announced in December 2024 in partnership with Samsung, which builds the hardware, and Qualcomm, which supplies the chips. The pitch is that an XR headset or a pair of smart glasses becomes another Android device: same platform, same developer tools, same Play Store, with Gemini as the assistant that sees and hears what you do.

It is a platform, not a product. Samsung’s Galaxy XR, a mixed reality headset priced at $1,799 that went on sale on October 21, 2025 in the United States and South Korea, is the first device to run it. Google’s stated goal is a single OS that scales from an opaque, fully immersive headset down to a pair of glasses that only speaks to you.

Who actually makes it

The work is split three ways, and the split explains most of the platform’s behaviour.

Google writes Android XR itself, the Jetpack XR SDK, the Play Store integration and the Gemini assistant.
Samsung builds the launch hardware, including the Galaxy XR headset and a coming line of smart glasses made with the eyewear brands Warby Parker and Gentle Monster.
Qualcomm provides the silicon, from the Snapdragon XR2+ Gen 2 in Galaxy XR to the Snapdragon Reality Elite chip that targets lighter headsets and tethered glasses.

Other partners fill the edges. XREAL is building Aura, Lynx and Sony have XR hardware in the Android XR orbit, Play for Dream has a headset in progress, and Google continues to work with Magic Leap on AR and AI technology. None of those are stray endorsements: the multi-vendor model is the direct contrast with Meta, which decided to build its own Horizon OS, and with Apple, whose visionOS ships on Apple hardware only.

The four device classes

Android XR covers four kinds of hardware, and the documentation splits them into two groups that use different APIs.

Immersive devices. XR headsets and wired XR glasses. Headsets use opaque displays, so they can render true black and fully replace your view of the room, typically at a field of view above 110 degrees, with hand tracking, eye tracking and optional 6DoF controllers. Wired XR glasses use see-through optics and offload compute down a cable to a phone or a puck. Galaxy XR’s passthrough cameras are the headset pattern, and how passthrough works covers the camera pipeline those headsets use to rebuild the real world on an opaque display.

Augmented devices. Audio glasses and display glasses. Audio glasses carry no display at all: microphones, open-ear speakers and a camera, with a phone or the cloud doing the heavy AI work. Display glasses add a small in-lens panel for prompts, navigation and translations. Google renamed these categories in its current SDK release, dropping “AI glasses” in favour of “audio glasses” and “display glasses”.

What runs on it

The compatibility story is the whole point. Most existing Android apps run on Android XR headsets and wired XR glasses without code changes, drawn as a 2D panel floating in 3D space, and Google Play is the distribution channel. A developer who wants more can opt into spatial behaviour: layout engine and preset layouts from Jetpack Compose for XR, spatial panels, glTF 3D models, spatial environments, and stereoscopic 180 and 360 degree video encoded with MV-HEVC.

Gemini runs across the system rather than sitting in a corner. It handles voice, reads what the cameras see, and points at things inside apps. Circle to Search works in XR, so you can circle an object in a virtual window or in the room and search for it. On the developer side, the Gemini Live API can be paired with ARCore’s Visual Positioning System to build location-aware experiences that talk to the user about what is around them.

How you build for it

The Android XR SDK is the umbrella, and it accepts roughly every route a graphics or game developer already knows.

Jetpack XR SDK, for native Android apps. Compose for XR handles spatial UI, Jetpack SceneCore handles 3D scenes, entities, glTF models (including a custom mesh API for programmatic geometry) and spatial audio, and Material Design for XR provides components that adapt to XR.
ARCore for Jetpack XR, for perception: depth maps, plane detection with semantic labels, hit testing, spatial anchors, and eye and hand tracking. That is the same tracking stack that feeds gaze-driven rendering, which how VR eye tracking works breaks down from the sensor side.
Compose Glimmer and Jetpack Projected, for display glasses and audio glasses respectively. Glimmer is a UI toolkit tuned for small, comfortable, glanceable UI, and Projected bridges an existing phone app into the glasses field of view, including a Device Availability API that reports wear state and connectivity as an Android lifecycle state.
Unity, Unreal Engine, Godot, OpenXR 1.1 and WebXR, as is. Unity gets a first party extensions package, OpenXR is supported as a standard rather than a shim, and WebXR runs in Chrome.

An XR emulator in Android Studio covers a virtual device with XR specific controls, so a simple app can be tested without hardware. The SDK itself is not finished. Developer Preview 4 landed in May 2026, and as of October 7, 2026 the core immersive libraries (XR Runtime, SceneCore and ARCore for Jetpack XR) sit at version 1.0.0-rc02, with Compose for XR at 1.0.0-beta01 and the glasses libraries still in alpha. The setup guide asks for a minimum SDK of 24 and a compile SDK of 34 or higher. Google also runs an Android XR Developer Catalyst program that hands pre-release hardware, including glasses prototypes and XREAL’s Project Aura, to selected developers.

What you can buy, and when

Samsung Galaxy XR, $1,799, shipping since October 2025. Snapdragon XR2+ Gen 2, dual micro-OLED panels at 3552 x 3840 pixels per eye (27 megapixels combined), 60, 72 and 90Hz refresh with 72Hz as the default, a 109 degree horizontal field of view, 545 grams on the head plus a 302 gram battery pack, Wi-Fi 7, and 6DoF inside-out tracking with hand, eye and voice input. The two motion controllers are sold separately at $249.
XREAL Aura, $1,279, due in fall 2026. Display glasses with birdbath optics, a 70 degree field of view, under 95 grams on the head, and a wired puck holding a Snapdragon Reality Elite chip plus XREAL’s own X1S spatial coprocessor. It supports 6DoF tracking and hand tracking, and it runs Android XR. Why XR compute moved off your face explains why this split compute shape is spreading across the category.
Samsung’s first smart glasses, expected in November 2026 in the United States and South Korea. They have no display: a 12 megapixel camera recording 3K video, two open-ear speakers, four microphones, 41 grams of weight, up to nine hours of battery, IPX4, and Qualcomm’s Snapdragon AR1 Gen 1. Sixteen Gentle Monster variants and three Warby Parker designs are planned. Recent regulatory filings and the model numbers that surfaced with them are the pattern this category has settled into, as the FCC paperwork for Android XR glasses showed earlier this month.
Snapdragon Reality Elite, the silicon underneath the next wave: up to 48 TOPS of on-device AI, up to 60 percent more GPU performance, 30 percent more CPU performance and 160 percent more neural processing than XR2+ Gen 2, support for 4.4K per eye at 90 frames per second, and Qualcomm’s claim of running up to 12 degrees Celsius cooler under load, which is what makes lighter headsets possible.

Android XR against Horizon OS and visionOS

Three platforms, three strategies. Meta’s Horizon OS ships on Meta hardware only and leans on the Horizon Store plus a controller-first input model, with hand tracking as the newer addition. Apple’s visionOS is closed, pairs eye and hand input, and asks developers to build spatial apps rather than reuse existing ones. Android XR bets on volume and familiarity: any Android app is a candidate, the toolchain is the Android toolchain, and multiple manufacturers can compete on price and form factor.

The reference point for the headset generation is Valve’s Steam Frame, which arrived at a similar moment with a different architecture and an eye-tracking driven streaming model, a comparison that Quest 3 vs Steam Frame covers in detail for the standalone side of the market.

The catch

Five things are worth knowing before betting on the platform.

The SDK is still a release candidate. The core immersive libraries reached 1.0.0-rc02 on October 7, 2026 with no new APIs, and Compose for XR is still beta. Anything built now carries some churn risk, and the glasses libraries are alpha.

The device line-up is thin. One headset has shipped in volume, at $1,799, and the cheaper, lighter entries are either not out yet or have no display at all. Aura’s price ceiling of $1,500 is a signal of where the hardware is heading, not what it costs today.

Compatibility cuts both ways. Most apps run, but they run as flat panels. XR-native content that uses depth, spatial anchors and gaze is what differentiates a device, and that library is still small, with XREAL claiming more than 100 applications in development rather than shipped.

Capability checks are mandatory. The platform spans opaque headsets with eye tracking and see-through glasses with none, across two API stacks, so an app has to query what the device can actually do and adapt, rather than assume a single target.

Camera glasses draw scrutiny. Samsung’s answer is a recording indicator inside and outside the frame, with the camera cutting out if the external light is covered. Regulators are less patient: Norway has proposed a temporary ban on smart glasses in public places, which is the regulatory shape this category will have to work around.

What Is Android XR? Google's XR Platform Explained

What Android XR is

Who actually makes it

The four device classes

What runs on it

How you build for it

What you can buy, and when

Android XR against Horizon OS and visionOS

The catch

Sources

Frequently asked questions

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