Google’s New Smart Glasses Strategy: XR Headsets in Eyewear Form, AI Audio Glasses, and a Real Ecosy

Apple has significantly reshuffled its headset roadmap, retAIning the development of only two smart glass products while all subsequent Vision Pro models have been postponed or permanently terminated. Of the two surviving projects, the AI glasses without a display are scheduled to ship next year, while the veRSIon featuring optical waveguide displays has been pushed back to 2029.

In stark contrast, Google is moving aggressively on multiple fronts. The company will launch its AI-powered audio glasses this year, plans to expand testing for a display-equipped glass with a small lens, and is simultaneously trialing a binocular "XR glass" that essentially packs the capabilities of half a Vision Pro into a Standard eyewear form fACTor. Following the I/O conference, a select group of media outlets were invited to experience these devices firsthand. Their verdict: after a decade of dormancy, google’s re-entry into the smart glasses market is genuinely compelling.

An XR Headset in an Eyewear Form Factor

The display-equipped model running "Android XR," codenamed "Project Aura," is a collaboration between Google and XREAL, first unveiled at last year's I/O. Tech outlet Ai Fan Er experienced a prototype at AWE and found that even in a relatively early development stage, it felt remarkably mature, delivering an experience very close to a Meta Quest headset.

The device consists of two parts: the glasses themselves and a tethered computing puck roughly the size of a phone. On the hardware front, Project Aura supports a large 70-degree field of view. While not matching the APPle Vision Pro, it is wide enough to feel expansive and represents an absolute lead among AR glasses. Tom’s Guide praised the field of view as a "generational leap in immersion" for XR eyewear, noting that edge blur is limited to peripheral vision.

Adaptive transparency is a highly practical feature: the lenses automatically dim when viewing on-screen content to enhance focus and become relatively transparent when the user looks at a person, ensuring clear awareness of the surroundings. Beyond temple-based touch controls, Project Aura supports ten-finger gesture input, allowing users to naturally reach out and tap buttons, Grab screen elements, or pinch to zoom—though with a slight latency.

The Android XR experience itself is mature, supporting multiple floating Windows. Google’s first-party applications, such as Google Maps and YouTube, have been adapted for XR, with YouTube offering a vast library of panoramic videos that fully leveRAGe the headset’s capabilities. The Verge tested AR applications, including one where the user could "pinch" a real-world object to see its molecular structure overlaid on the glasses. Engadget lauded Google Maps on the Android AR glasses, highlighting real-time walking directions displayed on the screen and a miniature map visible when looking down.

Unlike the sparse application ecosystem of the Meta Ray-Ban Display, Project Aura deeply integrates Google's ecosystem and is also compatible with a richer selection of standard Android APK applications.

The other major advantage is the top-tier Gemini AI Agent and its multimodal capabilities. In Ai Fan Er’s limited trial, Gemini could receive a command and locate a specific video on YouTube. The Verge discovered that Gemini’s capabilities have grown stronger; after taking a photo, the AI could instantly be ordered to erase the plants in the image. A snapshot of a recipe could have its ingredient list added to a Google Keep note, and a concert schedule seen in the real world could be added to Google Calendar instantly—with changes syncing to all devices logged into the user's Google account.

A particularly interesting use case involves connecting the glasses to other devices like a Steam Deck, iPhone, or MacBook while simultaneously running its own applications and using Gemini Live to analyze the external device’s screen. That said, the AI isn't flawless; it can be disrupted in noisy outdoor environments and can occASIonally hallucinate locations, such as pinpointing a spot in London while the user is in the United States.

Without exaggeration, Project Aura has achieved headset-level display and interaction capabilities. Weighing under 100 grams with a relatively streamlined design, it sets a far lower bARRier to entry than stay-at-home headsets and adapts to a wider range of scenarios. The consensus among most media outlets, including Ai Fan Er, is that Project Aura’s completion level is high and that truly functional "XR glasses" are no longer a distant reality.

A New Entry Point for Gemini

Google’s broader smart glasses plan also includes a monocular display model and a fully screen-less version, currently grouped under the term "Intelligent Eyewear." The use cases and positioning of these two products are similar, directly targeting the Ray-Ban Meta market with a focus on photography, audio, and AI assistants, with the monocular version capable of displaying simple feedback.

At the event, Google showcased a "prototype" of the monocular smart glasses. Strictly speaking, it is not a product Sample but a concept piece dEMOnstrating Google’s design philosophy. Most media noted that this prototype feels remarkably "natural," with a wearing experience similar to traditional glasses and a weight noticeably lighter than the Meta Ray-Ban Display. However, PC World pointed out that in the noisy demo environment, the speaker volume was relatively low, which remains a common shortcoming in current smart glasses.

Unlike the independently Operational Project Aura, the Intelligent Eyewear functions more as a peripheral for a smartphone, essentially providing a more proximal entry point for the Gemini AI agent living on the phone. This means users can interact using voice commands for tasks they would normally perform on their phone—such as searching via Gemini, playing a song, setting a reminder, or using Gemini Live’s multimodal capabilities to identify objects—without the steps of taking out the phone, unlocking it, and launching an app. More complex scenarios are possible, like looking at a dinner plate and asking the AI to recommend a wine, with the answer delivered through the built-in speaker.

Some functions feel somewhat "AI for AI’s sake," such as snapping a photo and instructing the glasses to convert it to a cartoon style; while technically achievable, the practical value is negligible. For power users heavily embedded in the Android ecosystem—using an Android phone and an Android Wear watch—the experience is much more streamlined: a Pixel Watch can act as a viewfinder for the glasses, and captured photos are quickly uploaded to the Google Cloud.

In the absence of a competing Apple product, Google’s smart glasses are one of the few options that can truly interconnect with an existing mobile app ecosystem. The monocular display, naturally, is far less rich than Project Aura; it functions more like a smartwatch, showing simple widgets like navigation arrows, weather updates, or translation responses.

Regarding privacy controversies around Intelligent Eyewear and Gemini, both Google and the media have expressed a mix of caution and opinion. Google emphasized extensive deliberation over privacy, stating the products will be equipped with a bystander LED indicator, AI-based fraud detection, and other features. A bigger question concerns data privacy; the rules are expected to be similar to how Gemini operates on phones, but the glasses will feature many "always-on" scenarios. Google believes this will require a lengthy period of user Education and a different set of standards, with more details promised for the fall. Many journalists, however, feel that despite the risks, Gemini’s ability to remain constantly online, analyze what the user sees and hears in real-time, and proactively offer assistance and responses is exactly the most advantageous use case for the smart glasses form factor.

This fall, Google, in partnership with Warby Parker, Gentle Monster, and Samsung, will officially launch its first wave of Intelligent Eyewear, which will not include a display screen. Design leaks for the new frames from both brands have already surfaced. Gentle Monster's version continues the brand’s signature oval-frame Aesthetic, appearing considerably more fashionable than its counterparts, while Warby Parker adopts a more understated rectangular frame shape.

Why Google’s Glasses Are Worth the Anticipation

At the recent Meta 2026 shareholder meeting, CEO Mark Zuckerberg highlighted AI glasses, calling them "one of the fastest-growing consumer electronics categories of all time" and predicting that the global population of 1.5 to 2 billion glasses wearers will eventually switch entirely to AI-powered eyewear.

Currently, most AI glasses remain stuck at the "AI camera glasses" stage: a standard formula of photo-taking, video recording, real-time translation, voice Q&A, and an AI Assistant, essentially rehashing the route validated by Meta. The question of what the next step looks like may fall to the companies that control the previous generation's terminal ecosystem: Google and Apple.

If other smart glasses merely wear a single app on your head, Google’s vision connects the glasses to an ecosystem with which people are already comfortable. This feeling is very similar to that of a smartwatch, where most people ultimately buy a product matching their phone’s brand and operating system for seamless notification syncing, data sharing, and cross-device collaboration.

It is foreseeable that for a long time, the phone will remain the central computing terminal, with glasses serving as its "deputy." Google’s heavy Investment in AI Agents over recent years has opened another window: Gemini is beginning to operate phones, receiving instructions to order food delivery or hail a ride. This interaction is perfectly suited for glasses, allowing a user to simply speak a request, with the task completed automatically in the background.

Project Aura points to the next evolutionary step for smart glasses—a relatively independent Productivity or content platform. In the short term, it may be difficult to detach from a tethered computing puck, but that terminal could eventually be replaced directly by a Smartphone. In the not-too-distant future, phones will integrate an XR operating system, and glasses will connect to them via a wired or wireless link, presenting an XR-version interface on top of Android or iOS and running XR applications.

This is not mere speculation. According to a Bloomberg report, the XR glasses Apple is developing are likely to take this exact form, needing to pair with a Mac or iPhone to balance a Minimalist Design with high performance.

Will smart glasses become the next iPhone? It is too early to make that call, but the possibilities demonstrated by Google’s latest batch of prototypes indeed foreshadow a promising future.