Tag Archives: Wearables

Your Voice Wearable and Robot Hear the Words Mute People Can’t Say

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For most people, saying something as simple as “good morning” to a stranger or asking for directions takes no effort at all. For the tens of millions worldwide who live with speech impairments or are completely mute, those same moments can be frustrating or simply inaccessible. The tools that exist to help, from apps to letter boards, tend to make communication slower rather than simpler.

That’s what designer Ivana Nedeljkovska set out to change with Your Voice, an assistive communication concept built on a simple premise: the body already tries to speak, even when no sound comes out. Rather than adding yet another screen or typing interface to the equation, the system works with what the body naturally does, turning the attempt to communicate into communication itself.

Designer: Ivana Nedeljkovska

Your Voice consists of two components. A flexible patch worn on the neck detects the muscular movements the body makes during attempted speech, even when the vocal cords produce no sound at all. Those signals are transmitted in real time to a small, spherical robotic unit, which converts them into audible speech. The patch reads the intention; the robot gives it a voice.

What that means in practice is the removal of the pause that defines most assistive communication right now. Someone with a speech impairment attending a meeting doesn’t have to look away from the conversation to type out a response. A child who can’t speak can call for a parent without reaching for a device first. The thought and the response happen almost simultaneously.

The robotic unit’s form was guided by Nedeljkovska’s early inspiration from an orange, its rounded shape steering the design away from anything clinical. The polished sphere, embedded display panel, and mesh speaker grilles give it a refined look that doesn’t betray its purpose at a glance. It’s something you’d carry without self-consciousness, which matters more in assistive technology than it’s often given credit for.

The display panel on the robot unit adds another layer to the audio output. It shows transcribed words in real time so conversations can continue even in noisy environments or when someone nearby can’t quite hear what was said. The neck patch is designed to sit against the skin comfortably for extended wear, and the robot is compact enough to be held in hand or placed nearby.

Most assistive communication tools are designed around output: a screen to tap, an app to navigate, a board to point at. Your Voice flips that logic by making the body the input. That shift in thinking is arguably the most significant thing the concept offers, more so than any single feature, because it treats a physical limitation as a starting point rather than a constraint.

It’s still a concept, and turning neck muscle signals into reliable speech at scale is a complex engineering challenge. But the direction Nedeljkovska points toward, communication that asks nothing extra of the person trying to be heard, is one that the assistive technology field sorely needs. The ambition isn’t simply to build a better device; it’s to stop making communication feel like work.

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The NASA Artemis 2.0 Smartwatch Runs Python And Lets Kids Code Their Own Wearable

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NASA’s Artemis II lifted off from Kennedy Space Center on April 1, 2026, carrying four astronauts on humanity’s first crewed lunar mission in over 50 years. Reid Wiseman, Victor Glover, Christina Koch, and Canada’s Jeremy Hansen are currently aboard the Orion spacecraft, preparing for a lunar flyby that will take them farther from Earth than any humans have traveled since Apollo 13. Space exploration feels immediate again in a way it hasn’t in decades, and CircuitMess timed the NASA Artemis Watch 2.0 perfectly into that cultural moment. This is a $129 programmable smartwatch, fully assembled and ready to use out of the box, inspired by the very mission currently making headlines.

The hardware inside includes a dual-core ESP32 microcontroller, a full-color LCD screen, an accelerometer, a gyroscope, a compass, and a temperature sensor. It pairs with iOS and Android devices over Bluetooth for activity tracking and notifications, and the firmware is entirely open-source, reprogrammable in Python, CircuitBlocks, or the Arduino IDE. You can design custom watch faces, build interactive apps, and modify sensor behavior as deep as you want to go. The age recommendation is 9 and up, which reflects the lower barrier to entry compared to CircuitMess’s Perseverance Rover kit we wrote about earlier. No assembly required, no soldering, just charge it and start exploring.

Designer: CircuitMess

Most smartwatches aimed at kids treat programming as something that happens elsewhere, if it happens at all. You get a companion app with preset themes, maybe a handful of watch face options, and locked-down software that assumes the wearer has no interest in understanding what’s running underneath. The Artemis Watch 2.0 flips that entire model. CircuitMess ships it fully functional, but every layer of the software is accessible and modifiable. The visual block-based CircuitBlocks environment gives beginners a starting point, while Python and Arduino IDE support mean users can graduate to full code without hitting an artificial ceiling. The firmware lives on GitHub as an open-source repository, so there’s no proprietary lock-in and no feature wall you can’t get past.

The dual-core ESP32 processor does real work here. It handles Bluetooth pairing with smartphones, processes sensor data from the accelerometer and gyroscope in real time, and runs whatever custom apps you decide to build on top of the base system. The compass and temperature sensor add environmental awareness, which opens up coding projects beyond simple timekeeping. You could program the watch to log temperature changes throughout the day, trigger alerts based on compass heading, or build a step counter that uses the accelerometer to track movement patterns. The 1.77 x 0.5 x 2.76 inch form factor keeps it wearable for younger users, and the rechargeable Li-Po battery charges via USB-C.

CircuitMess sells the Artemis Watch 2.0 standalone at $129, but it also appears in a Mars Exploration Bundle alongside the Perseverance Rover for $399, a 23% discount over buying both separately. That bundle positions the watch as a companion device for tracking rover missions and staying connected during the 20-hour rover build. CircuitMess also offers a Collector’s Bundle that includes the watch and four official strap designs for $149. The company has sold over 300,000 kits worldwide, and the Artemis branding ties directly into the kind of sustained media coverage that makes space feel culturally relevant again.

The Artemis Watch 2.0 is available now at circuitmess.com. If you followed the actual Artemis II launch this week, if you care about wearable tech that doesn’t condescend to younger users, or if you want a smartwatch that teaches coding by letting you rebuild it from the inside out, this is one of the few products in this category worth the $129 ask.

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This Coin-Sized Sensor Turns Any Analog Watch Into a Fitness Tracker

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There is always a persistent tension in the watch world. Smartwatches do a lot, but they rarely look good doing it. Analog watches look exceptional, but they’ll never ping you when you’ve hit 10,000 steps. The Ganance Heir is a small, coin-sized sensor that quietly sits on the caseback of your watch and bridges that gap… no screen, no subscription, no compromise.

Developed by a Chicago-based startup with a focus on intentional technology, the Heir attaches to the caseback of most watches using a micro suction disc. At 30 mm in diameter and just 3 mm thick, it weighs a feather-light 5 grams. You’d barely know it’s there. Swap it between watches in seconds, slot it into the HeirBand for gym days when you’d rather not ruin a leather strap with sweat, and carry on.

Designer: Ganance

The feature set is deliberately restrained. The Heir tracks steps, distance, and calories, pushing that data to the Ganance iPhone app and Apple Health. It vibrates to alert you to incoming calls and texts, and a single or double tap controls media playback. Three levels of vibration strength give you a degree of personalization, and tap input can be disabled entirely through the app. No heart rate sensor, no always-on display, no noise.

An Android app is currently in development, expected around late June alongside the next batch of shipments. At that point, the device will also sync with Google’s Health Connect, opening it up to a wider ecosystem of fitness apps. Future updates already on the roadmap include activity type splitting, sedentary time tracking, adaptive goals, a silent alarm, WhatsApp and Slack vibration alerts, task reminders, and weather-based activity recommendations.

The Heir isn’t without its limitations. Battery life sits at 42 hours, meaning a daily top-up via the proprietary dock is essentially non-negotiable. Early adopter reviews have flagged some inconsistencies with step tracking and connectivity, though Ganance says those issues are actively being addressed.

Ganance isn’t the first to explore this concept — the Chronos and Germany’s Trivoly tried similar approaches without gaining lasting traction. Whether the Heir has the staying power its predecessors lacked remains to be seen. The Heir is available to pre-order at $149, with the HeirBand priced at $39 or bundled together for $169. Shipping is expected this spring across the US, Canada, the UK, and select European countries.

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The $199 VITA RING Wakes You Up Mid-Apnea Before You Ever Know It Happened Thanks To AI Health Tracking

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The fact that you have to charge your Apple Watch every 48 hours means there’s a small sliver of time in the day where it isn’t capturing data. Your body uses sleep to run its most important maintenance cycles, and the biometric signals during those hours carry real diagnostic weight: heart rate variability, breathing quality, blood oxygen levels during deep rest. These are the readings that can flag early signs of atrial fibrillation, sleep apnea, or chronic stress load well before symptoms appear in your waking hours. A device sitting on your nightstand during this window captures none of it. The form factor that makes the most sense for genuine 24/7 health tracking turns out to be one that never needs to come off. Something like a ring.

The VITA RING leans into this idea with a design that prioritizes both elegance and endurance. It uses a polished Aerospace Ceramic for its outer body, a material that feels more like a piece of refined jewelry than a piece of consumer electronics, and is 3x harder and scratch-resistant compared to titanium. This results in a device you are willing to live with twenty-four hours a day. With a battery that lasts up to a week on a single charge, it closes the data gap left by other wearables and operates silently in the background, using gentle haptic vibrations to deliver important alerts. It’s a design that ensures the ring remains forgotten until it has something important to share.

Designer: VITA TECHNOLOGY INC

Click Here to Buy Now: $199 $399 ($200 off).

VITA’s core proposition organizes around three verbs: Alert, Advise, Act. The ring’s Multi-Agent Health System tracks over 17 health metrics continuously, watching for deviations from your personal baseline rather than population-level averages. When something shifts meaningfully, a gentle haptic pulse is the only output, keeping the alert channel completely separate from the noise of your phone screen. The AI layer contextualizes what it finds, identifying patterns across sleep, stress, recovery, and activity to surface insights specific to your body. For a market that has treated data volume as a proxy for intelligence, that distinction matters.

Where VITA separates itself is in how it handles sleep. Most trackers deliver a score after the fact; VITA monitors sleep stages, breathing quality, and runs Apnea Intervention in real time. The ring detects disrupted breathing and responds with a gentle vibration prompting the user to shift position, often helping restore a more regular breathing pattern. Sleep apnea affects an estimated 936 million people globally, the majority of them undiagnosed, and real-time intervention at the consumer level addresses a clinical gap most wearables have stepped around entirely. The seven-day battery earns its keep here specifically, because consistent nightly data is how health patterns actually emerge.

“In Tune With You” is VITA’s attempt to build women’s health tracking around biology rather than calendar math, covering cycle awareness, fertility window detection, and pregnancy monitoring, all anchored in continuous biometric data. Most mainstream wearables approach this space with a period date counter and little else. Layering temperature shifts and HRV patterns onto reproductive health tracking delivers a different category of insight, capable of identifying a fertile window or flagging a physiological change earlier than any date-based system. Women’s health has been chronically under-engineered in consumer wearables, and making it a first-class feature is a deliberate product statement.

Circle of Care extends private health monitoring into a shared experience, letting users choose which wellness insights to share with trusted contacts alongside AI-guided care tips and relevant context. The Emergency SOS feature lets users send their live GPS location to those same contacts with a single tap when they cannot reach their phone. For adult children with aging parents, or anyone managing a chronic condition within a family dynamic, this broadens the ring’s utility considerably. Health monitored in isolation often goes unacknowledged, and VITA has built the architecture to change that.

Oura Ring charges $5.99 a month for premium features on top of the hardware cost. WHOOP’s entire model is subscription-based, with users paying around $30 a month to access their own data. VITA is different: core health tracking is completely free, but AI Health features require a subscription. Kickstarter backers get 1 year of AI Health features at no extra cost. The VIP pre-launch price sits at $179, representing 53% off eventual retail, and early backers who sign up before March 17 receive a free sizing kit. The real measure of whether it all holds up comes when hardware reaches users, but the pricing structure alone will earn serious attention in a market that has normalized subscription fatigue.

Click Here to Buy Now: $199 $399 ($200 off).

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Futurewave Just Built a Smartwatch That Works Off the Grid

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Most smartwatches are sold on the premise of convenience. They track your steps, ping you when you get a text, tell you to breathe, and remind you to stand up every hour like a politely nagging coworker strapped to your wrist. I don’t say that as a knock on the category. Convenience is genuinely valuable. But somewhere along the way, the smartwatch conversation became entirely about optimization and lifestyle metrics, and we kind of forgot that the wrist is also a really good place to put something that could keep you alive.

That’s where O-Boy comes in. Developed by Brussels-based design studio Futurewave, O-Boy is a satellite-connected smartwatch built specifically for emergencies in places where mobile networks simply don’t exist. No bars. No Wi-Fi. No backup signal. We’re talking mountains, open ocean, remote job sites, the kind of geography that doesn’t care about your carrier plan. In those environments, O-Boy functions as a direct link to satellite communication, allowing the wearer to transmit an emergency alert regardless of terrestrial infrastructure.

Designer: Futurewave

The premise sounds straightforward enough, but the execution is what makes this project interesting. Getting satellite communication hardware into a compact, wearable form factor is not a small feat. Futurewave brought together product designers, electronics engineers, and antenna specialists to make it work, and rethought the assembly system entirely from how conventional wearables are manufactured. That kind of cross-disciplinary collaboration tends to produce things that actually push the category forward rather than just iterating on what’s already there.

Visually, O-Boy reads as deliberate and utilitarian without being overtly tactical or rugged-for-rugged’s-sake. It doesn’t look like a watch that belongs exclusively to climbers or military personnel, which I think is actually the right call. The moment you design something to look extreme, you narrow your audience to people who already identify with that world. O-Boy appears to be reaching for a broader user: anyone who spends time in remote environments, whether for work or adventure, and wants a layer of safety that their phone simply cannot provide.

I’ll be honest about something. I’ve never been fully convinced that the average smartwatch user needs another notification device. The market is crowded, the differentiation is thin, and most new entries end up competing on specs that only matter to enthusiasts. O-Boy sidesteps that conversation almost entirely. It’s not trying to be the smartest watch. It’s trying to be the one you’d actually want on your wrist when a situation becomes life-or-death. That’s a completely different design brief, and it produces a completely different kind of product.

What I appreciate most is that the project seems to understand its context. Conventional mobile networks cover only a fraction of the Earth’s surface. Vast swaths of ocean, mountain ranges, deserts, and rural work sites exist in a communication dead zone that we collectively don’t think about until something goes wrong. The Apple Watch’s satellite SOS feature hinted at this need, but that capability is baked into a device designed primarily for a very different kind of user, sold at a premium price point and wrapped in a broader ecosystem. O-Boy is positioning itself as something more focused, more purpose-built, and arguably more honest about what it’s actually for.

Does it solve every problem in the wearable safety space? Almost certainly not. Satellite communication latency, subscription models for satellite access, and battery constraints are all real questions that any device in this category has to reckon with. Futurewave hasn’t published exhaustive technical specs publicly, so some of those answers remain open. But as a design concept and a signal of where wearables could be heading, it’s genuinely compelling.

The best design doesn’t ask you to change your habits. It meets you exactly where you are, anticipates the moment things go wrong, and gives you a way through. O-Boy feels like it was built with that thinking at its core. Whether it reaches mass production or stays within niche markets, the conversation it’s starting is one worth having.

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This Concept Smartwatch Detaches Into an AR Monocular, and It Solves a Problem Meta Can’t

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Sailors used to carry pocket telescopes. Birdwatchers still carry monoculars. Geologists carry hand lenses. What these instruments share, beyond the obvious optical function, is a deliberate relationship to information: you raise the tool when you choose to engage with it, and the world stays unmediated the rest of the time. That’s actually a pretty sophisticated UX philosophy, and it’s one the entire wearable tech industry has quietly abandoned in favor of always-on overlays, persistent notifications, and the assumption that more access to information is axiomatically better. Yuxuan Hua’s Lens concept is a Silver A’ Design Award winner that makes the counterargument in hardware form.

The concept is a detachable AR smartwatch that splits into two objects: a wrist-worn puck for everyday use and a handheld monocular for AR-enhanced outdoor exploration. The back face of the module houses a dual-lens optical array, a wide camera and LiDAR sensor tucked into a vertical pill recess, while the face doubles as a circular display that overlays navigation prompts, species identification, and star charts over a live feed when held up like a field scope. The band itself is Alpine-loop textile, the lug system simple enough to suggest the module can swap across band styles, and the whole thing comes in at 48mm wide and 68g. The rendering detail is strong: the detached module has the cold, machined look of a quality compass or a classic light meter, the kind of object that rewards handling.

Designer: Yuxuan Hua

Hua interviewed hikers, foragers, and stargazers and found three consistent frustrations: devices were too bulky and fragile for rugged environments, and frequent screen interactions broke the rhythm of being outside. The phone-as-field-guide pattern, pull it out, unlock, navigate to the app, wait for it to load, try to hold it steady while pointing at something, is a sequence of six interruptions where you actually wanted zero. Smart glasses solve the unlock problem but introduce the far more annoying problem of a permanent digital scrim between you and whatever you came outdoors to look at. The monocular is the thing you raise when you want to know something and lower when you don’t, which is precisely how attention works when you’re actually engaged with a landscape.

Most AR concept hardware reaches for science fiction: translucent surfaces, glowing elements, the visual grammar of a prop department. Lens reaches instead for the instrument drawer: the detached module has the proportions and material honesty of a quality compass housing or a Leica light meter, machined aluminum with visible fasteners and a lens array that looks like it belongs in an optician’s toolkit. It doesn’t look like the future. It looks like a very well-made tool, which is a significantly harder design target to hit.

Hua began developing Lens in 2021, during the pandemic, which is useful context. Lockdown-era design projects often reveal what designers actually miss about the physical world when it’s taken away, and what Lens mourns, obliquely, is uninterrupted attention. The whole concept is an argument that the best AR device for outdoor use is one that disappears when you’re not using it, one that earns its presence by staying out of the way until the moment it’s needed, then delivers exactly what the moment requires. Whether the engineering can catch up to that vision, packing AR projection, LiDAR, and a wide-FOV camera into a 68g coin of aluminum, is another question entirely. As a design proposition, it’s already done its job.

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AI Earbuds Designed Like Fine Jewelry, Not Consumer Electronics

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In most cases, wearable technology still announces itself as technology. Plastic shells, visible sensors, and utilitarian forms often make devices feel separate from the way people dress or present themselves. The AI Smart Gemstone Earpiece takes a different path. Instead of asking users to accommodate technology, it integrates technology into the language of personal adornment. Designed specifically with female users in mind, the earpiece approaches wireless audio as something that can live comfortably within fashion, jewelry, and everyday styling.

At first glance, the device does not read as a pair of earbuds at all. It looks remarkably similar to earrings. The form, scale, and surface detailing borrow directly from fine jewelry traditions rather than consumer electronics. Each earpiece is constructed from a copper acoustic chamber plated with eighteen karat white gold and inlaid with rare celestial gemstones, including meteorite fragments, tiger’s eye, opal, zircon, and obsidian. These materials introduce depth, color, and subtle light reflections that shift as the wearer moves. The result is a small object that sits on the ear like an accessory rather than a gadget.

Designer: Of Hunger

This shift in visual language matters. For many users, particularly women, accessories are an intentional part of how an outfit comes together. Traditional earbuds often interrupt that balance. They can feel out of place with formal clothing, evening wear, or carefully styled looks. The gemstone earpiece approaches the problem from the opposite direction. Instead of trying to hide technology, it celebrates it through jewelry craftsmanship. The gemstones and polished metal surfaces allow the device to complement clothing choices, hairstyles, and other jewelry pieces. Worn on the ear, it reads as something chosen for style as much as for function.

The experience begins even before the earbuds are worn. The charging case is designed to resemble a jewelry box rather than an electronics case. Opening it feels less like accessing a gadget and more like opening a pair of earrings. The earbuds rest neatly inside the case, echoing the presentation of high jewelry. This small gesture transforms a technical action such as charging into a familiar ritual. It reinforces the idea that the device belongs in the same category as personal accessories, objects that people care for and keep close.

Behind this jewelry-like presence lies a sophisticated technological system. The device operates on Qualcomm Snapdragon Sound architecture and uses thirteen millimeter dual magnet dynamic drivers paired with a HiFi grade composite diaphragm. This combination produces clear, balanced audio with a sense of spatial depth. The system also uses Open Wearable Stereo technology and air conduction sound transmission, allowing users to remain aware of their surroundings while listening. A three-dimensional sound field tuned by a professional acoustic laboratory with more than twenty-five years of experience ensures that the listening experience feels expansive and natural.

Interaction with the device remains simple and discreet. A touch-sensitive back panel on each earbud allows users to control playback or activate artificial intelligence features. The earbuds connect instantly through Bluetooth five point three when removed from the charging case. A spring-loaded mechanical structure allows the device to be worn with a single smooth motion, balancing comfort with stability. Each earbud weighs between twelve and fifteen grams, making it light enough for extended wear.

Artificial intelligence is deeply embedded in the experience. The system integrates ChatGPT and DeepSeek as its neural core, enabling functions that go far beyond music. Through the companion application, users can access real-time translation, intelligent conversation assistance, and meeting transcription. The application also allows users to customize acoustic equalization and connect to larger AI computing systems that power these features.

Battery performance supports everyday use without demanding constant attention. The earbuds offer approximately six to eight hours of listening time, while the charging case extends the total usage to around twenty hours. A ten-minute quick charge provides about one hour of playback, making the device practical for fast-paced daily routines.

The product itself emerged through a foresight-driven design process that explored how women might interact with wearable technology in an increasingly AI-supported world. The development team combined expertise in materials science, industrial design, acoustic engineering, and artificial intelligence. Several technical challenges had to be solved along the way, including integrating precious metals and gemstones with miniature electronics, creating an ergonomic wearing structure, and embedding acoustic modules alongside AI chips within a compact form.

Seen through a design lens, the AI Smart Gemstone Earpiece represents a subtle but meaningful shift in wearable technology. It treats personal devices not simply as tools but as objects that participate in how people dress, move, and present themselves. In doing so, it blurs the boundary between jewelry and electronics, suggesting a future where technology becomes something we wear with the same care and intention as the rest of our style.

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Bethesda Made a Real Pip-Boy Wearable for $299 and It Even Has a Radiation Detector

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Seventeen years of Fallout fans walking around with a fictional computer strapped to their arm in their heads, and The Wand Company has finally made the thing real. This is the Pip-Boy 3000 replica, built from the original in-game 3D geometry of the wrist-worn personal information processor from Fallout 3 and Fallout: New Vegas, and it is a fully functional, wearable, 724-gram argument that some obsessions are worth indulging. The Wand Company has form here, having already produced the Pip-Boy 3000 Mk V replica based on the Amazon TV series prop, but this is the one Fallout 3 and New Vegas players have actually been waiting for since 2008.

The front casing is die-cast metal, the body is injection-moulded ABS, and the cuff is memory foam with an included spacer bar that adds 22mm of circumference for larger arms. The 4-inch IPS LCD screen displays nearly all of the in-game content from both titles, and you can toggle between the classic green UI from Fallout 3 and the amber one from New Vegas. Hundreds of menus are navigable using the scroll wheels and dials on the body, the screen mimics a vintage CRT display with glitch effects and scanlines baked in, and you can temporarily fix those glitches by smacking the device because there is, naturally, an accelerometer inside. The whole package weighs about as much as a large can of soup, which will become noticeable roughly forty-five minutes into wearing it at a convention.

Designer: The Wand Company

There is also a playable version of Atomic Command, the in-game holotape minigame, marking the first time anyone has defended fictional American landmarks from nuclear missiles on their actual wrist. The flashlight at the rear, headphone jack, and alarm clock mode are all present and accounted for. The radiation detector deserves a special mention: rather than measuring the ionizing kind that would actually matter in a wasteland scenario, it picks up radiation from FM radio broadcasts, displaying readings on the Geiger counter screen with full sound effects. The replica can also function as a working FM radio, which makes it possibly the most elaborately housed FM tuner ever manufactured. This is either a charming bit of in-universe worldbuilding or a tremendous cop-out, depending entirely on how generous you are feeling about the whole thing.

When you are not wearing it, the replica sits on a solid machined aluminum display stand that locks into four slots on the lower front of the device. The stand is also where the alarm clock function comes into its own, with the Pip-Boy propped upright on a desk or nightstand doing its best impression of the world’s most expensive bedside clock. The Wand Company says Bethesda staff saw the prototype and were left speechless, which tracks, because the level of content depth here, over 2,200 menu entries pulled directly from both games, goes considerably further than anyone needed to go for a collectible.

Preorders are live now at the Bethesda Gear Store for $299.99, with shipping expected as early as June 2026. Bethesda is restricting it to one item per order. International buyers can order through the Bethesda Gear Store International. It is rated for ages 14 and up, which seems optimistic.

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Rokid’s Smart Glasses Let You Pick Your AI: Gemini or ChatGPT

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Most wearable tech that puts an AI assistant in your ear assumes you want only theirs. The earpiece, the speaker, the entire software stack, all funneled through one model chosen for you before you even open the box. Rokid’s latest update to the AI Glasses Style takes a different position entirely, turning the glasses into what is effectively an open platform where you pick the brain behind the voice.

The update makes the Style the first smart glasses to natively support Google’s Gemini, sitting alongside OpenAI’s ChatGPT, DeepSeek, and Alibaba’s Qwen in a unified interface. Users toggle between them freely, which means reaching for Gemini for a quick Google Maps query and switching to ChatGPT for something else entirely is up to you.

Designer: Rokid

The glasses themselves debuted at CES 2026 in January, and the hardware makes a reasonable case for the category. At 38.5 grams, with a TR90 frame and titanium alloy hinges, they sit closer to a regular pair of prescription glasses than anything resembling a prototype. The frame takes prescription lenses directly, with a fitting service starting at $79, including photochromic options in over 200 colors that darken within 25 seconds.

Powering the AI and imaging workload is a dual-chip setup: an NXP RT600 handles always-on, low-power tasks, while a Qualcomm AR1 manages heavier processing. The same Qualcomm chip is in Meta’s Ray-Ban glasses, though the battery life here runs to 12 hours, noticeably longer than Meta’s. A 12MP Sony-sensor camera sits at the bridge, capturing 4K stills and 3K 30fps video with up to 10 minutes of continuous recording. A privacy indicator light signals to people nearby when the camera is active.

Audio comes through directional AAC speakers built into the temples, focused toward the ears with minimal bleed. The AI interaction itself works through a two-finger tap to summon any of the four models, head gestures for call management, and voice prompts in 12 supported languages. Real-time translation, navigation, photo recognition, and AI-generated meeting summaries are all part of the feature set, fed through whichever model the user has selected.

For anyone already oriented around a specific AI assistant, the practical appeal is straightforward. Someone in Google’s ecosystem gets Gemini in their glasses without compromise; someone who prefers ChatGPT for writing picks that instead. At $299 to start, with a lens fitting service folding in prescription and photochromic options, the Style has cleared 15,000 units sold ahead of its formal global rollout, which is a reasonable early signal for a category still working out what it wants to be.

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Meta better be worried. Qwen’s affordable AI Smart Glasses have cameras, speakers, and even a built-in display

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It was one of the more audacious moves at MWC 2026. Right across the aisle from Meta’s smart glasses booth at Fira Gran Via, Alibaba’s Qwen pavilion was anchored by a pair of glasses so oversized they were practically architecture, a giant sculptural prop that functioned as a very literal invitation to come over and look. People did. And once they got close enough to see the actual products, the conversation shifted fairly quickly from “interesting marketing stunt” to “wait, what exactly is this?”

What they found were two frame styles that could sit in any optician’s window without raising an eyebrow. A rectangular wayfarer in matte black, clean and understated. A rounded frame in warm tortoiseshell with a two-tone contrast that leans vintage without being self-conscious about it. Both carry the “Qwen” wordmark on the temple, small and unobtrusive. Both have cameras tucked discreetly at the hinge corners rather than mounted on the bridge. And inside the lenses, visible only when you look closely, is the faint shimmer of a waveguide display.

Designer: Qwen

That last detail is where the competitive context gets genuinely interesting. The smart glasses market in 2026 has essentially sorted itself into two camps. On one side, you have camera-and-speakers devices like the mainstream Ray-Ban Metas, starting around $299, which have been wildly successful because they figured out that looking normal matters more than most features. On the other, you have display-first devices like the Even Realities G1 and G2, which sit at $599 and offer binocular waveguide displays, but sacrifice the camera entirely and strip out the speakers to keep weight down to a remarkable 36 grams. Meta entered the premium display tier late last year with the $799 Ray-Ban Display, a full-colour waveguide in one eye, a 12MP camera, and open-ear audio. It’s a compelling package, but $799 is a significant ask for a first-generation product in a category most consumers are still on the fence about.

The Qwen glasses, if they land close to the pricing of Alibaba’s previous Quark AI Glasses at around $277, would be threading an entirely different needle. Camera, display, on-device AI, and a frame design that competes aesthetically with anything in this space, all at a price that undercuts the Even G2 by more than half and the Meta Display by almost two-thirds. On paper, that’s a serious value proposition. The technology powering it is a lightened version of Qwen 3.5, running directly on the device rather than offloading everything to the cloud, which matters both for latency and for use cases where connectivity is limited.

The honest caveat is the brand itself, and it’s worth sitting with. Qwen is well regarded within AI research circles, particularly since Alibaba open-sourced much of the model family and developers worldwide have built on it. But Qwen as a consumer product, as something you’d buy at a store or recommend to a friend in Europe or North America, carries essentially zero name recognition. The app ecosystem that Alibaba plans to migrate onto the glasses, things like food delivery and ride-hailing integrations, is deeply rooted in China’s domestic services infrastructure and doesn’t translate directly to international markets without significant rework. Meta spent years building the Ray-Ban brand before it put a chip inside the frame. Alibaba is trying to build hardware credibility and software trust simultaneously, in markets where it starts from a cold position.

None of that makes the product less interesting. The Qwen glasses are arguably the first device in this category to arrive with a camera, a waveguide display, on-device AI, and a design that doesn’t require the wearer to make aesthetic compromises, all at a price that could realistically attract mainstream buyers rather than just enthusiasts. With North America and Western Europe commanding the vast majority of global smart glasses demand, Alibaba is clearly going after the big markets, and the product is credible enough to deserve a proper hearing there. The harder work, convincing people in those markets to trust a brand they have never heard of with a face-worn AI device that has cameras and a display, is the challenge that no amount of giant sculpture at a trade show can solve on its own.

What MWC established is that the hardware is real, the ambition is real, and the timing is deliberate. Alibaba confirmed that AI earbuds and a smart ring are coming later this year under the same Qwen brand, building out a wearable ecosystem that mirrors the strategy Meta has been executing for several years. The glasses are the opening argument. Whether the rest of the world ends up listening is the part that plays out over the next twelve months.

The post Meta better be worried. Qwen’s affordable AI Smart Glasses have cameras, speakers, and even a built-in display first appeared on Yanko Design.