Google Opens Pre-Orders for Gemini-Powered Intelligent Eyewear From $395 as Smart Glasses Go on Sale December 10

Google has opened pre-orders for its first Gemini-powered smart glasses, a pair of ordinary-looking frames with an AI assistant built in, and the company will put them on sale in stores and online on December 10, 2026. The glasses, which Google calls Intelligent Eyewear, are made in partnership with Warby Parker, Gentle Monster and Samsung, and they start at $395. They have no screen in the lens. What they have instead is a camera, speakers, microphones and a direct line to Gemini, Google’s AI assistant, so that the wearer can ask questions, take photos, get directions and hear answers without ever reaching for a phone. It is Google’s second attempt at smart glasses, more than a decade after Google Glass became a cautionary tale, and it arrives at a moment when the idea finally looks ready: the AI is good enough, the hardware is small enough, and a rival, Meta, has already shown that millions of people will buy smart glasses if they look like normal glasses. This is the story of what Google announced, what the glasses cost, what they can and cannot do, who they work with, and what is still unproven, and why the Google Intelligent Eyewear pre-order November 2026 launch matters to anyone who has ever wondered when the phone in their pocket might move onto their face.

1. The Announcement

1.1 Pre-Orders Open on a Thursday in November

Google announced the glasses on Thursday, November 12, 2026, in a post on its official blog by Shahram Izadi, the vice president and general manager of XR, the division that builds Google’s extended-reality products. The post said that pre-orders begin the same day, online and in stores at Gentle Monster and Warby Parker, and that the glasses will be available to buy in stores and online on December 10. Hands-on demonstrations are available at selected Gentle Monster, Warby Parker and Google Store locations, so that people who are curious can try the glasses on before they decide. The timing is deliberate. A December 10 sale date puts the glasses in shops less than a month after the announcement, and two weeks before Christmas, which is the biggest shopping season of the year. It also gives Google a full month of pre-orders to measure demand before the first units reach customers, and it gives reviewers and early buyers time to test the glasses in the real world before the holiday rush. The announcement came in the same week as another major Google launch, the Gemini 4 Hydrogen model in Search, which suggests that the company is deliberately stacking its AI announcements into a single season. The message is that Gemini is no longer just a chatbot on a screen. It is a system that now lives in Search, in the Gemini app, and on the wearer’s face, and the glasses are the most visible part of that push.

The announcement also carried a limit that some buyers will find frustrating. Use of the glasses requires an eligible adult Google account, which means the account holder must be 18 or older, and the account must be from the United States or South Korea. Those are the two launch markets, and for now the glasses are a product for those two countries only. Warby Parker’s collection is sold in the United States, and in Canada according to some launch coverage, while Gentle Monster’s collection is sold in the United States and South Korea. The difference between the two collections is not just price. It is also reach, and it is a reminder that a global launch for a product like this is complicated by prescription rules, by the phone networks and app stores in each country, and by the partnerships themselves, since Warby Parker and Gentle Monster have different shops in different places. Google has not said when the glasses will reach other countries, and the December 10 date applies only to the launch markets. For buyers elsewhere, the announcement is a promise rather than a product, and the wait will depend on how well the first two markets go.

1.2 The Price Tags: $395 and $449

The glasses come in two collections, and the price depends on which one the buyer chooses. The Warby Parker collection starts at $395. The Gentle Monster collection starts at $449, with some versions priced up to $489. Those are the prices for the frames themselves, and the difference between the two is a matter of brand, design and materials rather than technology. Both collections run on the same platform, Android XR, and both are engineered by Samsung. What the buyer is paying for, in other words, is the look of the glasses and the name on the arm, not a different computer inside them. That is a deliberate choice, and it is one of the most important decisions Google made. The history of smart glasses is full of products that failed because they looked like gadgets. By putting its technology inside frames designed by two well-known eyewear brands, Google is betting that people will buy glasses that look like glasses, and that the price of a good pair of frames is a price people already understand. A $395 pair of Warby Parker glasses is expensive for Warby Parker, whose ordinary frames cost far less, but it is cheap for a piece of consumer electronics with a camera, a chip and an AI assistant inside it, and it is far cheaper than a phone. The $449 starting price for Gentle Monster, a brand known for bold, fashion-forward frames, is in the same range as a good pair of designer sunglasses, and that is the comparison Google wants buyers to make.

The pricing also positions the glasses against their most direct rival. Meta’s Ray-Ban smart glasses, made with EssilorLuxottica, have become the product to beat in this category, and they sell in a similar price range, starting around $299 for the basic model and rising with options. Google’s $395 starting price is higher, and the company will need to explain why. Part of the answer is Gemini, which is a more capable assistant than the one inside Meta’s glasses, and part of it is the camera and the chip, which are newer. But the real answer will come from buyers, who will compare the two in shops and decide whether the extra money buys a better experience. There is also a question that the launch announcement does not answer, which is what the price includes. Prescription lenses are available on most frames, and the cost of a prescription, and of lens options such as tinted, clear, blue or brown glass, may add to the bill. Google has not published a full price list for every lens option, and buyers who need a prescription should expect the final price to be higher than the starting price. That is normal for eyewear, where the frame is only part of the cost, but it means the $395 figure is a starting point, not a promise of the total.

2. What Intelligent Eyewear Is

2.1 Glasses With Gemini Built In

Intelligent Eyewear is Google’s name for glasses that carry Gemini, its AI assistant, in a frame that is meant to be worn all day. The idea is simple. Instead of taking out a phone to ask a question, take a photo, get a direction or listen to a message, the wearer speaks to the glasses, and Gemini answers through small speakers built into the arms, close to the ears. The wearer can ask what they are looking at, because the camera can see it. They can ask for help with a task, because Gemini can hear the question and answer it. They can keep their hands free, because there is nothing to hold. Google’s blog post describes it as hands-free help from Gemini when the wearer is on the go, and that phrase, hands-free, is the heart of the product. A phone is a device you carry. Glasses are a device you wear, and the difference matters most when your hands are busy, when you are walking, cooking, working or travelling, and when stopping to look at a screen is inconvenient or unsafe. The glasses are built on Android XR, Google’s platform for smart glasses and headsets, which the company has been talking about for close to two years. Android XR is the software layer that connects the glasses to the phone, to Gemini and to Google’s services, and it is the same platform that will power future headsets and, eventually, glasses with a display. For now, the glasses are the first product to carry it, and their success will shape what comes next.

What the glasses do not have is as important as what they do. They do not show information in the wearer’s field of vision, because there is no display in the lens. They do not replace the phone, because they need a phone to work, and many of their features run on the phone rather than on the glasses themselves. They are, in Google’s own framing, an audio-first product: a pair of glasses that listens, speaks, sees and photographs, but does not show. That is a deliberate limit, and it has two advantages. The first is that the glasses can look normal, because a display in the lens needs a thicker frame, a projector and a power supply that are hard to hide. The second is that the glasses can last longer on a charge, because a display is the hungriest part of any wearable. Google says the battery lasts about nine hours, which is close to a full working day, and that figure would be far lower if the glasses had to light up a lens. The trade-off is clear. The wearer gets help they can hear, but not help they can see, and for some tasks, such as reading a message or following a map, hearing is enough, while for others, such as looking at a photo or a diagram, it is not. Google has said that glasses with a small display in the lens are coming, but it has not given a date, and until they arrive, the first generation of Intelligent Eyewear is a product for the ears and the voice, not the eyes.

2.2 No Screen in the Lens — Yet

The absence of a display is the single most important fact about the first generation of these glasses, and it deserves to be stated plainly. When the wearer looks through the lenses, they see the world, and nothing else. There are no notifications floating in the air, no arrows on the road, no captions under the faces of the people they meet. Everything the glasses tell the wearer comes through sound, through the small speakers in the arms, and everything the wearer tells the glasses goes through voice. That is a much simpler product than the one science fiction promised, and it is also a much more practical one. A display in the lens is hard to build, hard to power and hard to make comfortable, and every company that has tried to ship one has found that the technology is not yet ready for a product people will wear all day. Google’s decision to ship without one is an admission of that, and it is also a bet that the product is useful without it. The bet is not unreasonable. Much of what people use an assistant for, asking questions, setting reminders, hearing messages, identifying objects, translating a sign, does not need a screen. It needs a good microphone, a good speaker, a good camera and a good model, and those are the things these glasses have. The question is whether buyers will accept a pair of smart glasses that cannot show them anything, when the idea of smart glasses has always been tied to the idea of seeing more.

Google has been careful to say that a display version is coming, without saying when. The company’s blog post and its launch coverage both note that Google plans glasses with a small display in the lens, but that no date has been given. That is a promise and a hedge at the same time. It tells buyers that the product they are buying is the first step, not the last, and it tells them that a better version is on the way, without telling them how long they will have to wait. For a buyer deciding whether to spend $395 now or wait, that is an uncomfortable position. Buy now and the glasses may feel outdated when the display version arrives. Wait and the display version may be a year away, or more, and the price may be higher. Google’s answer, implied rather than stated, is that the audio glasses are useful enough on their own, and that the people who buy them now are buying a product, not a promise. Whether that is true will become clear after December 10, when the first buyers start using the glasses every day and reporting what they can and cannot do. Until then, the absence of a display is the fact that defines the product, and any honest account of it must start there.

3. The Three Partners Behind the Glasses

3.1 Warby Parker: Three Styles From $395

The Warby Parker collection is the more affordable of the two, and the one most likely to be the first pair many buyers try. It comes in three styles, called Alden, Reid and Wren, and those three styles come in 14 variations in total, covering optical and sun versions in colours that Warby Parker calls Pine, Saddle and Jet Black. The styles are inspired by what Warby Parker describes as its most beloved silhouettes, which is to say they are frames the company already knows people like, adapted to carry the electronics. Pricing starts at $395 for optical and sun styles, and prescription lenses are available. The collection is sold in the United States, and in Canada according to some launch coverage, which would make it the more widely available of the two collections in North America. Warby Parker is a natural partner for Google. The company built its business on selling good-looking glasses at a fair price, online and in its own shops, and it knows how to fit a frame to a face, how to handle prescriptions, and how to sell eyewear to people who think of glasses as fashion as well as function. Those are skills Google does not have, and they are the skills that decide whether a pair of smart glasses succeeds as a product people actually wear. A pair of glasses that is technically brilliant but ugly, uncomfortable or hard to buy will fail, and Warby Parker’s job is to make sure that does not happen.

The choice of three styles, rather than one, is also worth noting. It is a recognition that faces are different, and that a single frame cannot fit everyone. Alden, Reid and Wren are three different shapes, and the 14 variations across them cover different colours, different lens types and different widths. That range is still small compared with the hundreds of frames Warby Parker sells without electronics, but it is large for a first-generation smart product, and it suggests that Google and Warby Parker expect buyers to care about how the glasses look. The sun versions matter too, because smart glasses that can only be worn indoors are of limited use. A pair that works as sunglasses, with the same electronics, is a pair that can be worn outside, on a walk, on a run, or on a holiday, which is where the camera and the assistant are most useful. The prescription option matters most of all, because millions of people wear glasses because they need to see, not because they want a gadget, and a smart-glasses product that cannot be fitted with a prescription is a product that excludes them. Warby Parker’s collection can be, and that is one of the reasons it is the entry point to the range.

3.2 Gentle Monster and Samsung: Design and Engineering

The Gentle Monster collection is the more expensive and more fashion-forward of the two. It features six frames in bold colours, including dark red, pink, grey and yellow, with 16 total variations, and pricing starts at $449, rising to $489 for some versions. The frames come with tinted, clear, blue or brown lenses, and prescriptions are available on most of them. Gentle Monster is a South Korean eyewear brand known for dramatic, sculptural designs and for shops that feel more like art galleries than opticians, and its collection is aimed at buyers who want their glasses to make a statement. It is sold in the United States and South Korea, which reflects the brand’s home market and its strength in Asia. The contrast between the two collections is deliberate. Warby Parker is the everyday choice, practical, affordable and familiar. Gentle Monster is the fashion choice, bold, distinctive and more expensive. Between them, they cover two different kinds of buyer, and they give Google a way to test which kind of smart glasses people actually want. Do they want a pair that blends in, or a pair that stands out? The answer will shape the next generation, and the two collections are, in effect, an experiment run in public.

Behind both collections stands Samsung, which is responsible for engineering the hardware. Samsung’s role is easy to overlook, because its name is not on the frames, but it is the company that has to make the electronics work inside a pair of glasses that is small enough, light enough and cool enough to wear all day. That is a hard engineering problem. A phone has room for a large battery, a large chip and a cooling system. A pair of glasses has almost no room at all, and everything inside it must be tiny, efficient and safe to wear next to the skin. Samsung brings the manufacturing scale and the hardware experience to solve that problem, and its involvement is a sign of how seriously Google is taking this product. The company first showed its plan for the glasses on May 19, 2026, and the partnership with Samsung was part of that announcement. The glasses run on Android XR, Google’s platform, and on a Qualcomm Snapdragon AR1 Gen 1 chip, with 2GB of RAM and 64GB of storage, which are the specifications that decide how fast the glasses respond and how much they can store. Samsung’s job is to fit all of that into a frame that Warby Parker or Gentle Monster designed, and to make it work reliably, day after day. If the glasses feel hot, heavy or fragile, it will be Samsung’s engineering that is judged, and if they feel like ordinary glasses, it will be Samsung’s engineering that deserves the credit.

4. What the Glasses Can Do

4.1 Hands-Free Help, Photos and Calls

What the glasses actually do, day to day, is the question that matters most, and the answer is built around three things: seeing, hearing and asking. The glasses have a 12-megapixel camera, which can take photos and video, and which lets Gemini see what the wearer sees. That means the wearer can point their head at something and ask about it, a sign in another language, a plant in a garden, a dish on a menu, a machine that has stopped working, and Gemini can answer from what the camera shows. It means the wearer can take a photo without reaching for a phone, which is useful when the hands are full, and it means the glasses can act as a memory, recording what the wearer saw and heard so that Gemini can recall it later. The speakers in the arms play Gemini’s answers, and they can also play music, podcasts and calls, while the microphones pick up the wearer’s voice. The combination is a device that is always listening for a question, always ready to answer, and always able to see what the wearer is looking at. Google describes it as hands-free help from Gemini when the wearer is on the go, and that is an accurate summary, as far as it goes. The fuller picture is a device that turns the wearer’s field of view into a question, and Gemini into the answer.

Some features, however, depend on the phone the glasses are paired with. Google says that Guided Vision, a feature that helps people with low vision navigate the world, and the apps Aira and Audible, work only with an Android phone at launch. That is a limit that iPhone owners should know about before they buy, because it means the full set of features is not available to everyone. It is also a reminder that the glasses are not a standalone computer. They are an accessory to a phone, and what they can do depends on what the phone can do. The glasses can handle some functions on their own, such as volume control, photos and video, according to Samsung, but the conversational and visual Gemini features, the ones that make the glasses smart, require pairing with a compatible phone. That is normal for a product of this kind, and it is the same model that smartwatches have used for years. But it means the buyer is not just buying glasses. They are buying glasses and a phone together, and the glasses are only as good as the phone they are paired with. For a buyer who already owns a recent Pixel or Galaxy phone, that is no problem. For a buyer with an older phone, or a phone that is not on the list, it is a reason to check before spending $395.

4.2 The Chip, the Camera and the Battery

Inside the glasses is a Qualcomm Snapdragon AR1 Gen 1 chip, with 2GB of RAM and 64GB of storage. Those numbers are modest by the standards of a phone, which now ships with many times more memory and storage, but they are generous by the standards of a pair of glasses, where every millimetre and every milliwatt counts. The chip is designed for exactly this job, running an AI assistant, processing camera images, handling audio and managing a wireless connection to a phone, all at once, while using as little power as possible. The 2GB of RAM is enough to keep the assistant responsive, and the 64GB of storage is enough to hold photos, videos and the data the glasses need to work without the phone. The 12-megapixel camera is the other key component. Twelve megapixels is enough for a clear photo in good light, and it is the same resolution as the main camera on many phones from a few years ago. It is not the best camera on the market, and it is not meant to be. It is a camera for capturing a moment, for showing Gemini what the wearer sees, and for recording video that can be watched later, and for those jobs it is enough. The battery, according to launch coverage, lasts about nine hours. Nine hours is close to a working day, and it is the figure that will decide whether the glasses can be worn all day, as Google intends, or whether they need to be charged in the middle of it. The number is Google’s and Samsung’s, not an independent test, and real-world battery life will depend on how much the wearer uses the camera, how often they ask Gemini questions, and how bright the conditions are. Until independent reviewers have worn the glasses for a full day, the nine-hour figure should be treated as a claim, not a fact.

The glasses are also rated IPX4, which means they can handle splashes of water, such as rain, but cannot be submerged. That is a practical rating for a product meant to be worn outdoors, and it means the wearer does not need to worry about a shower of rain, though they should not wear the glasses swimming. The combination of the chip, the camera, the battery and the water resistance describes a product that is built to be worn, not to be kept in a box. It is a product for walking, working and travelling, and its specifications are chosen for that life. The trade-offs are visible in the numbers. A bigger battery would last longer, but it would make the glasses heavier. A better camera would take better photos, but it would use more power and cost more. A display would show information, but it would drain the battery and thicken the frame. Every number in the specification is a compromise, and the compromises add up to a pair of glasses that is meant to be worn all day, to answer questions, to take photos, and to stay out of the way. Whether those compromises are the right ones is a question that only daily use can answer, and the first buyers will be the ones who answer it.

5. The Privacy Question

5.1 A Light, Face Blurring and an Off Switch

The privacy question is the one that has haunted smart glasses since Google Glass, and Google has clearly spent time on it. The launch includes a privacy plan, and its details are worth setting out, because they are the company’s answer to the fear that a camera on someone’s face is a camera that watches everyone around them. The plan has several parts. The first is an outward-facing light, a small light on the frame that turns on when the camera is recording, so that the people around the wearer can see that they are being filmed. The second is face blurring for bystanders, which means that the faces of people who are not the wearer are blurred in the images the glasses capture, so that a stranger caught in the background of a photo is not identifiable. The third is a physical off switch, a button or switch on the glasses that turns the camera and the microphone off, so that the wearer can make the glasses private with a touch, and so that the people around them can see that they have done so. These are not new ideas. The outward light is the same idea that Meta uses on its Ray-Ban glasses, and the off switch is the same idea that laptop makers use for webcams. But together, they are a serious attempt to answer the privacy objection, and they show that Google has learned from the failure of Glass, where the absence of any such signal was one of the reasons the product was rejected.

Whether the measures are enough is a different question, and it is one that will be argued in the months ahead. An outward light is useful only if people notice it, and a small light on a pair of glasses is easy to miss, especially in daylight. Face blurring protects bystanders in photos, but it does not protect them from being seen by Gemini in real time, when the wearer asks a question about what the camera sees. A physical off switch is reassuring, but it depends on the wearer choosing to use it, and the people around the wearer cannot know whether it has been used unless they look for it. These are the limits of the design, and they are the reason privacy advocates will watch the glasses closely. There is also a larger question, which is whether the social rules for wearing a camera on your face have changed since Glass. In 2013, a person wearing a camera in a bar or a restaurant was seen as a threat, and the word used for them, Glasshole, captured the hostility. In 2026, cameras are everywhere, in phones, in doorbells, in cars, in shops, and a pair of glasses with a camera may no longer feel like an invasion. Meta’s Ray-Ban glasses have already tested that proposition, and they have sold in large numbers without provoking the same backlash. Google’s privacy measures are designed for that new world, but the world will decide whether they are enough.

5.2 What Google Says It Will Not Keep

The other half of the privacy plan is about data, and what Google does with the images and sounds the glasses collect. Google says that camera images from the glasses are not saved in Gemini History, are not used to train its models, and are not used for advertising. That is a clear and important promise, and it addresses the fear that a pair of glasses with a camera is a device for collecting the wearer’s life and turning it into training data. If the promise holds, then the images the camera sees are used to answer the wearer’s question, and then discarded, rather than stored, analysed and sold. The promise is also a test. Google’s business is built on data, and its models are built on training, so a promise not to use a new source of data is a promise that costs the company something, and it will be watched to see whether it is kept. The company has not published the full technical detail of how the promise is enforced, and the details matter, because a promise about data is only as good as the systems that enforce it. But the statement itself, made at launch, is a commitment that Google can be held to, and it is one of the reasons the launch coverage has treated the privacy plan as a serious part of the product, rather than an afterthought.

There are still questions that the launch does not answer. It does not say how long audio recordings are kept, or where they are processed, or what happens to the data when Gemini asks a question that involves a location, a face or a name. It does not say what happens if the wearer asks Gemini to remember something, or if the glasses are used in a place where recording is illegal. And it does not say how the face-blurring system decides whose face to blur, or what happens if it fails. These are the questions that privacy regulators, reviewers and users will ask in the weeks after December 10, and Google will need answers for them. The launch is a start, not a finish, and the privacy of the glasses will be judged not by the announcement but by the experience of the people who wear them and the people who are around them. For now, the fair summary is that Google has published a privacy plan that is more detailed than the one that accompanied Glass, that it includes a light, face blurring, an off switch and a promise not to keep camera images for training or advertising, and that the plan’s limits are visible and will be tested. That is more than Google offered last time, and it is less than a guarantee.

6. Which Phones Work — and Which Do Not

6.1 Pixel, Galaxy and iPhone on the List

The glasses need a phone, and the list of phones they work with is specific. According to Google’s launch information, the glasses are supported on Google Pixel 7 series phones and newer, running Android 17 with the September 2026 update or later, on select Samsung Galaxy phones running One UI 9 or later, including the Galaxy S, S FE, Z Fold, Flip and Fold Ultra lines, and on iPhone 13 Pro and later. That is a broad list, and it covers the most popular phones of the last four years, but it is not universal, and the details matter. A Pixel 7 is the oldest Pixel that works, which means a Pixel 6 owner is out of luck. A Galaxy phone must be on One UI 9, which is Samsung’s latest software, and older Galaxy phones that cannot run it are excluded. An iPhone must be a 13 Pro or later, according to Google, which means a regular iPhone 13, an iPhone 12 or an older model is not on the list. The list is also a reminder that the glasses are not a standalone device. They are an accessory, and their intelligence lives partly on the phone. Gemini’s conversational and visual features require the phone, and the glasses alone can only handle limited functions, such as volume control, photos and video. A buyer who owns a phone on the list will get the full experience. A buyer who does not will get a pair of glasses that can take photos and play sound, but cannot do the things that make them smart.

The breadth of the list is itself a statement. Google could have made the glasses work only with Pixel phones, which would have helped sell Pixels but limited the market. Instead, it has made them work with Samsung and Apple phones too, which is a recognition that most people will not change their phone to buy a pair of glasses. The decision is also a competitive one. Meta’s glasses work with both Android and iPhone, and a pair of Google glasses that worked only with Pixel would have been at a disadvantage from the start. By supporting the three biggest phone families, Google is saying that the glasses are for everyone, not just for Google’s own customers. That is a sensible strategy, and it is one of the reasons the launch has been welcomed by reviewers. But the strategy has a cost, which is complexity. Supporting three phone families, with different software, different hardware and different rules, is harder than supporting one, and the experience may not be the same on every phone. The features that work only with Android, such as Guided Vision, Aira and Audible, are an example of that. They are available to Pixel and Galaxy owners, but not to iPhone owners, at least at launch, and that gap will be noticed by the people it affects.

6.2 The iPhone 13 Disagreement

There is a disagreement in the launch information that buyers should know about, because it affects whether a particular phone works at all. Google’s launch footnote says the glasses work with iPhone 13 Pro and later. Samsung’s compatibility list, published for the same product, says iPhone 13 and later, with at least 6 GB of RAM, running iOS 26.6 or later. Those two statements do not agree. The difference is the regular iPhone 13, the model without the Pro name, which has 4 GB of RAM rather than 6 GB. According to Google, it is not supported. According to Samsung, it might be, if it has enough memory and the right software. The most likely explanation is that the two companies are describing the same requirement in different ways, and that the 6 GB of RAM is the real test, which the regular iPhone 13 fails. But the launch information does not say that, and a buyer with a regular iPhone 13 cannot know from the two lists whether their phone will work. The safe advice is to treat the regular iPhone 13 as uncertain, and not to assume it is supported, until Google or Samsung clarifies the point. The disagreement is small, and it affects only one model of phone, but it is a sign of the complexity of launching a product with three partners, each of which publishes its own information. When three companies describe the same product, their descriptions should agree, and when they do not, buyers are left to guess.

The wider lesson is that the compatibility list is a living document, and it will change. Phones that are not supported now may be supported later, as software updates arrive, and features that are Android-only now may reach iPhone later, as the software matures. Google has not said when or whether that will happen, and buyers should not assume it. The list as it stands is the list that matters for December 10, and it is the list that buyers should check before they spend $395. The check is simple. Look at the phone, look at its model, look at its software version, and compare it with the list. If the phone is a Pixel 7 or newer on Android 17, it works. If it is a recent Galaxy on One UI 9, it works. If it is an iPhone 13 Pro or newer, it works. If it is anything else, check before buying, and if it is a regular iPhone 13, wait for a clarification. That is the practical advice, and it is worth giving plainly, because a pair of smart glasses that does not work with the buyer’s phone is a pair of expensive ordinary glasses, and the disappointment of discovering that after the purchase is avoidable.

7. Google’s Second Try at Smart Glasses

7.1 What Happened to Google Glass

Google has tried this before, and the first attempt is a story that still shapes how people think about smart glasses. Google Glass was launched in 2013, and it was one of the most talked-about products of its year. It was a pair of glasses with a small display above the right eye, a camera, and a voice assistant, and it promised a future in which information was always in front of the wearer. The reality was different. The glasses were expensive, at $1,500, they looked strange, with a bulky frame and a visible prism, the battery lasted only a few hours, and the camera made people uncomfortable. Wearers were called Glassholes, a word that captured the hostility the product provoked, and bars and restaurants began banning it. Google stopped selling Glass to consumers in 2015, and the product became a byword for a technology that arrived before the world was ready for it. The failure was not just a matter of design. It was a matter of timing, of price, of social acceptance, and of a product that asked people to change how they behaved in public before the technology was good enough to justify the change. Glass was a prototype sold as a product, and the market treated it as one.

The lessons of Glass are visible in every decision Google has made about Intelligent Eyewear. The glasses look like ordinary glasses, because Glass looked like a gadget and people rejected it. The price starts at $395, not $1,500, because Glass was too expensive for a product that did so little. The camera has an outward light, face blurring and an off switch, because Glass had none of those and people feared being recorded. The assistant is Gemini, a model that can actually answer questions, because the assistant in Glass was too limited to be useful. And the glasses are sold through Warby Parker and Gentle Monster, shops that know how to sell eyewear, because Glass was sold through Google, a company that did not. Each of these is a direct answer to a specific failure, and together they describe a company that has spent thirteen years learning from its mistake. That does not guarantee success. The world has changed since 2013, and the new glasses face new competition, from Meta and from others, that Glass never faced. But the product that arrives on December 10 is not Glass with a new name. It is a different product, built by a different team, for a different world, and it deserves to be judged on its own merits, not on the failure of its predecessor.

7.2 Why This Time Could Be Different

There are several reasons to think this time could be different, and they are worth setting out, because they are the reasons Google is trying again. The first is the AI. In 2013, the assistant inside Glass could do little more than answer simple questions and take photos. In 2026, Gemini can hold a conversation, understand what a camera sees, translate a sign, identify a plant, and help with a task that has several steps. The difference is not incremental. It is the difference between a gadget and a tool, and it is the reason a pair of glasses with an assistant is useful now in a way it was not then. The second is the hardware. The Snapdragon AR1 Gen 1 chip, the 12-megapixel camera and the nine-hour battery are all far better than what was available in 2013, and they fit into a frame that looks like ordinary eyewear, which Glass never did. The third is the market. Meta’s Ray-Ban smart glasses have sold in large numbers, and they have shown that people will buy smart glasses, wear them in public, and use the camera, without the backlash that Glass provoked. That has changed the social rules, and it has given Google a proven market to enter, rather than a market it must create from nothing. The fourth is the timing. Google is launching the glasses in the same season as Gemini 4 Hydrogen, its fastest AI model, and the two launches reinforce each other. The glasses are a new place for Gemini to live, and Gemini is the reason the glasses are worth buying.

None of those reasons guarantees success, and there are reasons to be cautious. The glasses have no display, which means they cannot do the things that many people imagine smart glasses doing, such as showing directions or translating a conversation in real time on the lens. The price, while far lower than Glass, is still higher than Meta’s basic model, and buyers will compare the two. The battery life is a claim, not a tested fact, and the comfort of wearing the glasses all day is unknown until people have worn them. The privacy measures are better than Glass, but they have not been tested in the real world, and the social rules for wearing a camera may still be fragile. And the product depends on a phone, which means it is only as good as the phone it is paired with. These are real risks, and they are the reason the launch should be reported with care. But the balance of the evidence is that Google has a better product, a better market and a better moment than it had in 2013, and the glasses that go on sale on December 10 are the most serious attempt yet to make smart glasses a normal thing. Whether they succeed will be decided by the people who buy them, wear them, and decide whether to keep wearing them after the first week.

8. The Bottom Line

8.1 What Is Confirmed and What Is Not

What is confirmed is this. Google opened pre-orders on November 12, 2026, for Intelligent Eyewear, a pair of Gemini-powered smart glasses made with Warby Parker, Gentle Monster and Samsung. The Warby Parker collection starts at $395, with three styles and 14 variations. The Gentle Monster collection starts at $449, with six frames and 16 variations. The glasses go on sale in stores and online on December 10, 2026, in the United States and South Korea, with Warby Parker also selling in Canada according to some coverage. They run on Android XR, on a Qualcomm Snapdragon AR1 Gen 1 chip with 2GB of RAM and 64GB of storage, with a 12-megapixel camera and a battery that is said to last about nine hours. They work with Pixel 7 and newer phones, select Samsung Galaxy phones on One UI 9, and iPhone 13 Pro and later. They have an outward light, face blurring for bystanders and a physical off switch, and Google says camera images are not saved in Gemini History, not used to train models, and not used for advertising. They have no display in the lens, and Google says a display version is coming but has not given a date. Use requires an adult Google account from the United States or South Korea. Those are the facts, as reported by Google and by the launch coverage, and they are the facts on which this article is based.

What is not confirmed is also worth listing, because it is the part of the story that will be written after December 10. The nine-hour battery life has not been independently tested, and real-world use may give a shorter figure. The comfort of the glasses, the weight, the fit and the feeling of wearing them all day, has not been tested by independent reviewers. The quality of Gemini’s answers through the glasses, and how well the camera features work in practice, has not been tested outside Google’s demonstrations. The prescription handling, and the final price once lenses are added, has not been fully published. Whether the regular iPhone 13 is supported is unclear, because Google and Samsung disagree. Whether the privacy measures work as promised, and whether people accept wearing a camera in public, has not been tested at scale. And whether the glasses sell, in what numbers, and whether buyers keep wearing them after the first weeks, is unknown. These are not criticisms. They are the normal unknowns of a product that has been announced but not yet sold, and they are the questions that the coming weeks will answer. A reader who wants to decide whether to buy should wait for the first independent reviews, which will arrive after December 10, and should check the compatibility list for their phone before they spend any money.

8.2 The Questions That Remain

The questions that remain are the ones that will decide whether Intelligent Eyewear is a moment or a movement. The first is whether people want glasses that can hear and speak but cannot show. The audio-first design is a compromise, and the market will decide whether it is the right one. If buyers find that hearing answers is enough, the glasses will succeed, and the display version, when it arrives, will be an upgrade rather than a rescue. If buyers find that they miss a screen, the first generation will feel incomplete, and the wait for the display version will feel long. The second question is whether Google can sell glasses through eyewear shops, which is a different business from selling phones online. Warby Parker and Gentle Monster know that business, and their involvement is a strength, but the test will be whether people who walk into a Warby Parker shop for a pair of ordinary glasses walk out with a pair of smart ones. The third question is whether the privacy measures are enough, and whether the social acceptance that Meta’s glasses have enjoyed extends to Google’s. The fourth question is whether the price is right, and whether $395 is low enough to make the glasses a normal purchase rather than a luxury. And the fifth question is what comes next, whether the display version arrives soon, whether the glasses reach more countries, and whether the product becomes a platform that other companies build on, or remains a single product from a single company. The coming days will provide the answers.

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