Magnifying glasses turn into classic magnifying lens when not in use

One of the things that I have to accept as a person that’s getting older and that has bad eyesight is the fact that I can’t read books with small fonts anymore. I’m not yet at the point where magnifying glasses are actually needed but I know we’ll eventually get there. There are more convenient ways now of using magnifying lenses instead of the old school way of actually holding a lens in one hand with the reading material on the other hand. This concept for magnifying glasses is something I may eventually want or need.

Designer: Jongcheol Yang

The VAN magnifying glasses concept fixes the problem of unnecessary parts that may cause inconvenience or even dizziness to those that need to use this kind of glasses. The idea is for this to be similar to reading glasses in a sense that you only wear them when you need to use them. The magnifying part is only placed on the lower part where the magnifying lens is located. And when you’re feeling dizzy or you need to rest your eyes, you just have to look straight ahead since the lens part will not be there anymore.

The other cool thing about this concept is that if you don’t need to wear the glasses, you can just fold up the front and then the “legs”. It will then turn into the classic magnifying glass that we’re used to and then you can store it in your bag. They don’t show it in the product renders but maybe if you just rotate the lens itself away from the stem, then you can use it like a regular magnifying glass without having to wear it as actual glasses.

It’s an interesting concept for sure, particularly for people who already have a hard time reading things that have small prints. Of course it’s another thing to add to things you need to bring and to mind. But at least it solves some of the issues that come with current magnifying glasses.

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Lightweight, stylish Brillant Labs Frame AI-assisted glasses lets you engage more with the world

The idea of putting a wearable on the eyes that takes immersive interaction up close and personal is a mantra every tech company wants to recite. After the bigger ones like Google and Apple doing their bits in VR and AR glasses, a startup, Brillant Labs has developed a pair of AI glasses called the Frame that promises to put the power of generative AI in front of a person’s eye. This, as the company says, will introduce a paradigm shift in an individual’s daily living.

The Brillant Labs Frame is designed as the first-ever glasses with an integrated multimodal AI assistant. This assistant is built in-house and can learn with the usage to carry out tasks for you. On that point, some of us would remember the Rabbit R1, but the little rabbit is a handheld and the Frame is a circular pair of spectacles that resembles – in design – the ones made extraordinary by the likes of Mahatma Gandhi and Steve Jobs.

Designer: Brillant Labs

With a primary focus on AI capabilities, the Frame is backed by AR John Hanke, CEO Niantic, company behind the popular Pokémon Go. The dual combination of technology is accompanied by a small display. The 640 x 400p micro-OLED display can show graphics and text overlayed on a real-world environment. In the middle of the Frame is a camera and the battery powering it is stationed at the back.

The Frame weighs only 40g and to ensure it is a new leap in wearable technology, it comes with the always-on AI assistant called Noa. The assistant taps into generative AI models like GPT-2, Whisper AI, and Stability AI, to generate text and graphics from the images captured by the camera, in response to the user query. The multimodal generative AI assistant therefore performs real-world visual processing and real-time speech recognition and translation to permit a user to engage more with the world around.

Courtesy Noa, the Frame will bring new experiences to everyday life, in workplaces, or even in classrooms. This is as the glasses can respond to what you ask by voice or text, and also to what you are seeing through them. So, you can, in real-time have the Frame tell you the price of jeans you are looking at in the store (by checking up online) and take notes of the content you are reading from your textbook.

Brilliant Labs has left the Frame as an open-source project with files for hardware and software available through GitHub. Additionally, it comes with support for prescription lenses for an additional price of $99. The lightweight, stylish, and visually distinguishing Brillant Labs Frame itself costs $349 and is now available for pre-order. Shipping is likely to start from April 15, 2024.

 

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Sunglasses with real glass lenses deliver unparalleled clarity and protection

It might sound like an oxymoron, but your run-of-the-mill sunglasses don’t actually use glass. To comply with certain legal regulations, “shades,” as we sometimes call them, have to use plastic or resin materials that are more resilient but have poorer optical quality. That’s true even for those expensive sunglasses, which will probably make you feel a bit cheated, especially when you notice how unclear your vision behind these plastics really is. Thankfully, the optics industry has reached a point where we can have the best of both worlds of durability and optical clarity, creating the industry’s first modern sunglasses made from actual glass, designed to deliver clarity, comfort, and protection to your eyes with an accessible price point.

Designer: Ilija Melentijevic, PhD (founder of Kolari Vision)

Click Here to Buy Now: $169. Hurry, offer ends soon!

These ‘plastic’ and ‘resin’ lenses come with a lot of responsibilities, given the fact that they’re tasked with protecting your eyesight. When you wear tinted sunglasses outdoors, your pupils dilate to let more light in – which effectively also exposes your eyes to more harmful rays… and while most lenses will block out UV rays, current sunglasses (even the expensive ones) aren’t designed to block infrared light from hitting your retina. It’s ironic that you can find IR-blocking lenses for your expensive cameras… but not for the most priceless camera we have: our eyes.

Enter Kolari Shades, a pair of sunglasses that is shaking up the market by bringing the highest-quality materials to a product you can actually afford. Harnessing more than a decade of experience in the photography space, Kolari brings a new kind of lens that is actually made of glass, providing the optical clarity that your eyes need all the time, whether you’re wearing sunglasses or not. But it’s not just plain glass, either, but the same ultra-strong Corning Gorilla Glass that has been protecting smartphone displays for years. And with 51 layers of anti-reflective and anti-smudge coating, your new premium specs are protected against scratches, dirt, dust, and more. Plus, it’s easy to clean the smudges off, too!

Kolari Shades are truly color-neutral and protect your eyes from all damaging wavelengths of light.

But while Kolari Shades’ glass lenses provide extra-clear vision, it doesn’t forget the protection that sunglasses are expected to bring. In fact, it levels up this aspect by blocking not only high-energy UV light but also low-energy infrared, both of which can be harmful to your sensitive eyes. It can even protect your privacy by blocking security cameras that use IR for face recognition. And it brings this superior protection without turning your world into a dreary shade of gray or brown. By using color-neutral coatings, you can stop worrying about those harmful and blinding rays and continue enjoying the world in full color.

Preserve your anonymity — Kolari Shades block infrared-based facial recognition systems.

Corning Gorilla Glass and titanium frames make the Kolari Shades extra tough.

The best part about the Kolari Shades is their affordable price tag, even though Kolari Shades are more costly to manufacture because of the premium materials used in the frames and lenses. It’s significantly less than luxury sunglasses that use plastic lenses, offer poorer optical quality, and strain your eyes in the long run. Why settle for plastic products that harm rather than protect your eyes when you can enjoy the optical quality that real glass lenses have to offer? With the Kolari Shades, you can enjoy durability, clarity, and protection in stylish sunglasses that don’t change the colors of your world.

Click Here to Buy Now: $169. Hurry, offer ends soon!

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Modular mixed reality goggles aim for a fusion of fitness and fashion

Smart eyewear is back in fashion, especially thanks to Apple finally announcing the Vision Pro. Although its design pretty much still falls under the “headset” category, the ultimate goal of many of these wearables is to be as inconspicuous are regular spectacles or sunglasses as possible. Easier said than done, of course, especially when you need to cram plenty of electronics in such a small space. There are advancements in that area, of course, to the point that it might be possible to fit almost all the necessary components on or near the lenses. That kind of technology will open the doors to a wider variety of wearable designs, including one where you can swap frames to be as sporty or as classy as you need your mixed reality eyewear to be.

Designers: Ben Melvin, Jo Barnard, Dan Lloyd, Harry Mason (Morrama)

There are actually quite a number of designs for smart eyewear, depending on how complicated they need to be. Some include more complex computers and the usual design involves a headband that you wear around your head. Others simply mirror the screen from your phone or computer, so they can just look like overgrown sunglasses. But if you can settle for something even simpler, you might be able to condense everything around the lenses so that the frame is really just a frame, one that you can even replace more easily than with prescription glasses.

Morrama Issé is a concept for mixed reality eyewear that takes advantage of such a design by making the lenses and the frame two connected but independent pieces. The lenses are not your average pair and look more like sports visors. The rim of the visor is quite thick which is where all the electronics will be hidden. In other words, the visor can function on its own without the frame, and the frame only provides the structure that will hold the visor up on the wearer’s face.

This means that the frames are interchangeable, letting the wearer choose the style of the frame depending on where they want to wear the mixed reality goggles. These can be rugged or elegant, at least as elegant as possible considering the rather thick frame required to support the weight of the visor part. More importantly, however, the frames can be made using more sustainable and recyclable materials since this part usually has a shorter lifespan.

The Morrama Issé design is no Minority Report or Tony Stark, and you will still look conspicuous if you will be wearing such eyewear in public. Of course, the primary use case for the wearable will be for fitness, where the goggles will provide the relevant biometrics and information that people need when training or exercising. It’s pretty much the same data that your smartwatch would show, except it will always be within your field of vision. Not everyone will find the aesthetic that pleasing, but Issé’s innovation is how it is able to envision a more modular approach to designing mixed reality eyewear, especially with a bent towards more sustainable options.

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Innovative ‘Eye Tracking Spectacles’ may hold the key to building affordable Spatial Computing Headsets

Apple’s Vision Pro costs $3499, Meta’s Quest Pro had a launch price of $1499, and Microsoft’s Hololens 2 as well as the Magic Leap 2 Developer Edition were both priced upward of the $3000 mark. AR headsets aren’t cheap because of all the complex data they’re made to process in a matter of seconds. However, technology like the NEON Eye Tracker may help make the technology a lot more affordable by cutting down research and development costs. Built by the folks at Pupil Labs, Neon is a modular attachment that clips onto the nose-bridge of specialized eyewear. Armed with multiple cameras that point at your eyes as well as the world ahead of you, the Neon helps track your vision as you perform various activities from working to playing sports, traveling, or doing something that requires a specialized skill set. The gathered data helps “power scientific research and enable eye tracking applications beyond the possibilities of today”. In short, better spatial content, and hopefully more affordable VR/AR/XR headsets.

Designer: Hannes Geipel for Pupil Labs

What powers the Neon is that tiny module that fits right in the middle. Designed to conveniently sit right between your eyes without really obstructing your vision or interrupting your ability to engage with the world around you, the Neon’s eye-tracking module helps capture data of what your eyes look at, creating a heat map of the world around you based on regular as well as specialized scenarios.

The tiny modular unit packs all the necessary technical components (such as high-speed eye cameras, a wide-angle PoV camera, stereo microphones, and inertial measurement units) in a very compact space. The inconspicuous module can be inserted into a range of frames, which are tailored to different application scenarios. Contact points on the front connect to the circuitry within Pupil Labs’ frames, which then allow you to connect charging cables through the ear-stems, easily powering the Neon without having any large charging cables obstructing the wearer’s vision.

The Neon starts working the second you wear the glasses. No need to fiddle around with nose pads or camera positions, or even to calibrate the module beforehand. The module begins working the instant it’s powered on, offering crucial, actionable data in all sorts of environments including the sunny outdoors as well as complete darkness. All the technology is encased within water-resistant silicone, making the Neon just about as weatherproof as any existing eyewear.

The module automatically uploads its readings to Pupil Labs’ secure cloud framework, reducing the latency between data gathering and analysis. The cloud dashboard also offers advanced machine-learning tools like gaze mapping and scene understanding algorithms on the data gathered by the Neon module. The hope is that the democratization of these tools and the data gathered from them will help craft better real-life as well as virtual (or spatial as Apple calls it) experiences that put the user front and center.

The beauty of the Neon isn’t just its compact form factor, it’s also the fact that it’s designed with modularity and scalability in mind. While Pupil Labs offers an entire variety of frame types that support the Neon, its geometry is essentially open-source, allowing you to develop your own frames or modify your specialized eyewear/headsets to fit the module. This could be prescription glasses, protective eyewear, sportswear, glasses for children, minimalist frames that just hold the Neon without any lenses, or even AR/VR headsets that can now track the wearer’s gaze for more user-friendly and data-driven metaverse experiences.

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Absolutely stunning sunglasses created using Stratasys’ cutting-edge 3D printing technology are sadly not for sale

Constraints form a major part of a designer’s process. Whether it’s constraints based on materials, manufacturing capabilities, technology, or even just budget constraints, designers work well within those boundaries to create the best solutions possible… but what if there were absolutely no constraints? What if everything was left open to possibility? That’s what designer and educator John Mauriello shows with this video, where the sky is practically the limit. Relying on $200,000 printers from Stratasys, and technology that’s so cutting edge that consumers can barely afford it, Mauriello created the wildest set of sunglasses we’ve ever seen. Ergonomics, aesthetics, and design guidelines be damned, Mauriello’s sunglasses are absolute statement pieces, showcasing the themes of earth, wind, fire, and water. Moreover, they explore a set of circumstances that most designers don’t get to explore – a highly elusive ‘what-if’ scenario where money, material, and manufacturing are all open-ended.

Designer: John Mauriello
Prototyper: Stratasys

Before we begin, none of these glasses are designed for the mass market. In fact, they’re experiments that aren’t for sale… but instead, form a core part of Mauriello’s design exploration and education approach. You can follow John’s YouTube page “Design Theory” to learn more… and if you want to design and print your own frames without shelling out $20,000 for a fancy top-of-the-line printer, scroll to the bottom of the article to learn more about Xometry – a website that 3D prints your designs and delivers them to your doorstep.

A lot of a person’s emotions get expressed through their eyes, and sunglasses hide that. It’s why people wearing sunglasses look mysterious to the extent of appearing ‘cool’. That became the starting point for Mauriello’s ideation. “That’s actually why I came up with the four elements idea,” he said. “I liked the idea of a natural disaster happening around your face, but you still look cool and calm and collected to the outside world. Plus I really liked Captain Planet as a kid…”

To design these outlandish sunglasses, Mauriello resorted to an unconventional design direction that he just wouldn’t get to explore with a paying client. It involved a lot of sketching directly in VR using Gravity Sketch, before taking the templates into Houdini to actually simulate effects like fire, wind, water, and earth. For Fire, Mauriello experimented with flames, embers, and sparks before settling on a combination of red flames encased within clear flames. It honestly looks like a fire inside the clear spectacles is causing them to melt.

The Earth sunglasses are pretty self-explanatory, and come with a cracked surface that looks like chiseled rock formations. Unlike the Fire sunglasses that have an almost sinister aesthetic (the kind you’d see on a supervillain), the Earth glasses have a stable, grounded, rectangular form factor that’s made a tad bit more interesting by the cracks in its surface.

The Water sunglasses have a bubble-like aesthetic to them, with liberal rounded edges and forms; and instead of relying only on simulations, they use a bit of AI-generated art too. The splashes inside the clear frames were made in Houdini itself, but the colors and textures on the splashes were generated using OpenAI’s DALL-E 2. Rather than taking stock images, Mauriello sought to create his own, giving the glasses an added layer of uniqueness.

The Wind sunglasses too use AI-generated textures in the colored elements of the frames. The colored elements, designed to look like wisps of smoke, are trapped in a clear frame that has an aerodynamic shape, with ribs running along the front that looks like a wind-tunnel test come to life. Look inside and you see these incredible wispy forms inside, looking like the glass marbles we played with as kids. Creating this without 3D printing seems downright impossible.

Mauriello was approached by Stratasys, who let him use their J55 printers to build out designs. The J55 is the company’s high-end full-color multi-material printer that prints in ‘voxels’ instead of sliced layers. This allows the printers to meticulously build designs with multiple materials, finishes, textures, and colors all in one stretch – a feature that was integral to Mauriello’s project.

The J55 also allowed Mauriello to build out multiple samples in one stretch, giving him the ability to test out colors, finishes, and other details. Mauriello printed multiple variations of each element, looking at colors, transparency, and overall finish to help him tweak his own models. “You can experiment with a huge range of ideas and one of them is likely to be what you want,” he explained.

Once the samples were ready, Mauriello had them fitted with lenses to complete each sunglass. The glasses don’t have hinges on them, and are unibody (so they can’t be folded), but they are absolutely wearable, and Mauriello even got feedback from a pro eyewear designer on the forms and the overall design language of each elemental sunglass.

The entire project was a collaborative effort between Mauriello and Stratasys, who were kind enough to loan their state-of-the-art multi-material printers to him to showcase their overall capabilities. If you want to make designs just like these, Stratasys does offer a ‘Manufacturing On-Demand’ option that lets you generate an instant quote based on your parts. Alternatively, companies like Xometry have a global network of over 10,000 CNC manufacturers, 3D printers, molders, and other equipment that you can access, for everything from 3D printing to CNC machining and even mold-making. Envisioned to be just as easy as ordering a product online, Xometry lets you upload your model onto their Instant Quoting Engine and have the part delivered to your doorstep in a matter of days. Click here to know more!

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ZTE nubia NeoVision Glass AR eyewear hides in plain sight as oversized sunglasses

Although it does have the word “mobile” in it, MWC has long ceased to just be about smartphones and tablets. These days, anything you can pick up and use on the go is labeled as mobile, sometimes including laptops. When it comes to portability, however, wearables have become quite the fad, and this category isn’t just limited to smartwatches or “hearables” like earbuds and hearing aids. One strong presence at MWC 2023 this year seems to be headsets and eyewear, particularly those designed for augmented and virtual reality applications. Not to be left behind, ZTE’s nubia is showcasing its first-ever AR eyewear, and it seems to be trying to be a bit more fashionable at the expense of a bit of freedom of movement.

Designer: ZTE

As far as mixed reality headgear and eyewear are concerned, the trend seems to be going in the direction of cramming all the necessary hardware inside the device, unlike the first-gen Oculus Quest and HTC Vive headsets that needed to be connected to a powerful PC with a cable. A standalone headset does have tradeoffs, though, especially when you consider the weight of the hardware and the built-in battery. That’s why some devices still try to aim for a completely lightweight and comfortable design, even if it means offloading the brunt of the work to external devices.

The new ZTE nubia NeoVision Glass is one such type of device. It’s incredibly lightweight at 79g, but it’s not lacking when it comes to display quality. It boasts Micro-OLED screens with 3500 PPI and a binocular resolution of 1080p, giving the wearer the equivalent of a 120-inch screen floating before their eyes. It doesn’t skimp on the audio either, with two omnidirectional speakers and a cyclonic sound tank. All in all, it promises a full range of multimedia experiences for both your ears and your eyes.

The nubia NeoVision Glass also advertises high compatibility with a wide range of devices, including phones, computers, and consoles. It’s “plug and play,” which suggests that it doesn’t come with its own computer inside, though ZTE wasn’t exactly clear on that part. It does mean that you can use any device or platform you want, though it also means you’ll be rooted on the spot near that device unless it’s something you can carry around.

ZTE does, however, pay special attention to both the looks of the eyewear as well as its accessibility. Magnetic lenses make it trivial to swap out different sunglasses designs, and it supports zero to 500-degree myopic adjustment for those that need to wear prescription glasses. It’s still relatively bulky compared to typical sunglasses, but few will realize that you’re viewing the world through a different set of lenses, figuratively and literally.

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DIY AR glasses get a bit geekier with this monocle clip-on

Hollywood had us dreaming about augmented reality way before “metaverse” became an overhyped buzzword. Of course, fiction and reality don’t always see eye-to-eye, pun intended, and experiencing this augmented reality has been less than ideal, if not unreachable, for most people. The problem has been making AR hardware available and accessible to more people, not to mention comfortable to wear, unlike your typical helmet-like headsets. AR glasses are the ideal solution, but the technology just isn’t completely there yet to make that happen. In the meantime, creative and adventurous people are making their own designs and interpretations of this largely unexplored territory, and this open source device turns any eyewear into AR glasses, though with a very distinct aesthetic that might look a tad ridiculous to some.

Designer: Brilliant Labs

The AR hardware problem has always been a matter of size. While gear like the Microsoft HoloLens or even the new Meta Quest Pro is powerful, they’re also bulky and heavy. AR glasses, on the other hand, not only have significantly limited hardware but also have to make sure that the wearer’s line of sight is still clear. Putting a display in front of both eyes might seem ideal, but just having the screen on one or the other eye is more realistic.

This is the kind of design that the defunct Google Glass adopted, and Monocle has taken it to the extreme. Just like its namesake, it’s a circular device that goes over just one eye, leaving the other free of any obstruction. Unlike existing AR glasses today, though, it doesn’t come as a complete eyewear product. Instead, you clip the Monocle onto any pair of glasses, which is especially useful if you wear a prescription.

The device isn’t exactly the sleekest way to get an AR experience with your regular glasses. It has to be thick to hold all the electronics in a single piece, including a 720p camera, a 640×400 OLED display, Bluetooth, and a battery. It’s pretty much a small, partly transparent puck that you attach to your glasses, ensuring that everyone will know you’re looking at them with more than just your human eyes.

What makes Monocle different from commercial AR gear is that both its software and its design are open source. Anyone with enough knowledge, experience, and patience could, in theory, do their own thing, perhaps tweaking the design to make it perhaps a bit less conspicuous. For the rest of us, however, Brilliant Labs is selling the finished product for $349, which includes a charging case in the box.

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HUAWEI Eyewear Review: AirPods for your eyes??

PROS:


  • Slick design that cleverly hides tech

  • Lightweight and comfortable

  • Great Bluetooth range (20+ feet)

CONS:


  • Missing the lower-end bass notes

  • Audio leakage means others can hear you

  • Lack of outlined touch-sensitive area

  • Limited global availability

RATINGS:

AESTHETICS
ERGONOMICS
PERFORMANCE
SUSTAINABILITY / REPAIRABILITY
VALUE FOR MONEY

EDITOR'S QUOTE:

The HUAWEI Eyewear are a pretty good solution in search for a problem. In a world where tech-infused eyewear just hasn’t caught on (with Google, Snap, Facebook, and Bose all trying and relenting), Huawei is taking on a fashion-first approach with stylish, sleek eyewear that just happen to also function as personal audio gear.

While the landscape for smartphones, tablets, and laptops gets increasingly competitive with legacy and new brands all fighting for eyeballs, Huawei’s always focused on its own trajectory towards innovation and cutting-edge tech. There’s a lot Huawei can offer beyond the everyday smartphone or laptop, with the company foraying comfortably into smart home audio and now even smart glasses. The tech giant announced the HUAWEI Eyewear, a hybrid pair of stylish spectacles that house some impressive tech underneath. No, these aren’t AR glasses, but are rather audio devices disguised as eyewear. Pop them on and you don’t need earbuds, or that’s at least what Huawei wants you to believe. We managed to get our hands on a pair to test them out. Chances are you won’t be able to buy them anytime soon if you’re in the USA, Canada, or the EU (they’re slated to be available in China, Japan, and Malaysia)… but it’s important to look at it as a milestone of what’s capable in the tech world, and also as a proof of concept for a new idea – the idea being, “Can spectacles replace AirPods? And should they?”

The Eyewear comes with a contact-point charging cable that plugs into the base of the stems

In theory, this means it’s somewhat possible (although not advisable) to charge these while you’re wearing them

First Impressions

If there’s one thing I give major props to Huawei for, it’s the fact that they take design incredibly seriously. I don’t think I’ve come across a single Huawei product that’s had a boring, lackluster design. Their MateBook X Pro was easily one of the most spectacular MacBook competitors on the market, the Sound X saw Huawei partner with Devialet to create a magical speaker that looked as powerful as it sounded, and perhaps my personal favorite, the P50 Pocket really pushed the boundaries of what a luxury foldable phone could look like. Similarly, the HUAWEI Eyewear look incredibly stylish – but more importantly, they look like stylish glasses, not stylish tech wearables. Huawei’s been incredibly careful in ensuring that its spectacles are slim, lightweight, and fashionable. One could argue that the spectacles feel a little TOO lightweight, although that might sound a little pedantic. The temple stems house “ultra-thin 128 mm² large amplitude speakers” that beam-form the audio right into your ear when you’re wearing the spectacles. You don’t need earpieces, and these aren’t bone-conducting spectacles either. The audio drivers are designed to channel the audio waves right to your ear (somewhat similar to the ones found on VR headsets), giving you a bespoke listening experience while you have the glasses on. It’s a clever idea but it begs the question – why?

The Idea

Quite a few questions come to mind with this device. For starters, why does such a device even need to exist? Will the average Joe and Jane ditch their TWS earbuds for it… and more importantly, will people actually go through the hassle of getting their prescription lenses fitted into this ‘audio eyewear’? The answers I personally have don’t give much clarity either. The eyewear are tech accessories, designed to support your existing gadgets, be it the phone, laptop, or tablet. The eyewear itself doesn’t rely on any OS or cooperation from a third-party company that may be restricted from working with Huawei. It’s an easy win for the tech conglomerate, and shows their ability to innovate beyond your ‘run of the mill’ products. Audio eyewear is a niche not many companies have explored. Bose tried making something similar and abandoned the project almost immediately. Aftershokz and Zungle have created audio glasses in the past too, but they rely on bone conduction – an audio technology I personally detest and wouldn’t consider a replacement for traditional in-ear audio devices. Facebook went as far as partnering with Ray-Ban to create glasses with cameras built into them, although I don’t remember anyone being excited or optimistic about those. In fact, it’s been over a year and Facebook (sorry, Meta) has been suspiciously quiet on sales and whether the product’s been a commercial success. My gut feeling is that it hasn’t. Here’s what my thoughts are with the HUAWEI Eyewear (and they’re solely my personal opinions) – people like glasses the way they are. They’re a hybrid fashion/medical device (given that they correct vision), so there’s a reticence when it comes to injecting consumer tech into them. My specs sit on my face nearly 17-18 hours a day, so having speakers that close to my ear for those prolonged periods of time just feels like something I wouldn’t want. Besides, the fact that I’d have to take my specs off to charge my earphones seems incredibly counterintuitive because I’m practically blind without my specs. Am I the HUAWEI Eyewear’s intended audience, though? Probably not. So let’s just put a pin in that and take a gander at how they work and how they sound.

A comparison between the temple stems on a regular pair of acetate glasses and the HUAWEI Eyewear

The Device

The HUAWEI Eyewear, objectively, are incredibly stylish spectacles with an open acoustic design that delivers audio straight to your ear without blocking them – this means you can listen to music and calls while still hearing the world around you. It’s impressive on paper, but not as impressive as the fact that the eyewear look deceptively like regular eyewear. They come in a variety of styles and formats, from wayfarers to aviators to rectangular and round frames in full-rimmed and half-rimmed varieties. The tech fits in the spectacles’ stems, which are, impressively enough, not too thick and don’t add too much weight to the frames either. While wearing them, they didn’t feel too heavy, and more importantly, they stayed in place without slipping off. The spectacles grip the face pretty well, thanks to the arc-shaped stems and the elastic hinges that flex comfortably as you wear them. The HUAWEI Eyewear comes with an all-day battery, supports connections with multiple devices (up to 2 devices simultaneously), and just like your TWS earbuds, comes with touch input on the side that lets you tap, slide, press, and pinch to control playback and answer/reject calls. Huawei touts the Eyewear’s Reverse Sound Field Acoustic System which allegedly provides a private listening experience, and a hydrodynamic wind-proof microphone design that reduces noise during calls… so we decided to put the Eyewear to the test to see how good it was.

The Audio

Ultimately, the true value of Huawei’s audio-glasses comes from exactly how good (or bad) the audio is… and the verdict isn’t particularly rosy. Here’s where things work in favor of the glasses – the audio isn’t bad. It doesn’t really compare to having actual AirPods in your ears, obviously… but then again, what it attempts is completely different from your average earphones. The sound is clear and distinct, but lacks detail, especially in the lower frequencies. I tried wearing a hoodie to see if it affected the audio and surprisingly, it enhanced my listening experience. The hoodie contained the sound waves, amplifying them and making my audio louder and more discernible. However, the claim that the HUAWEI Eyewear provides a private listening experience falls a little flat on its face. There’s a significant amount of audio leakage, and anyone sitting/standing within 3 feet from you will most likely be able to hear what you’re hearing. It almost seems like ‘open ear design’ and ‘private listening experience’ don’t ever go hand in hand, because even bone-conducting earphones have the same problem. A hoodie might help prevent excess sound leakage, but that seems like a rather odd way to enforce privacy, in my opinion.

The Eyewear comes along with a solf microfiber-lined fabric case that makes it easy to carry around

The User Experience

My overall impression of the UX can be boiled down to two simple words – needs work. Just like any first-iteration product ever made, whether it’s the first MotoRAZR, the first Pixel Watch, or even the first Nothing phone, I have a principle that I often encourage everyone to live by – The first iteration will always have a few flaws. If you want to avoid early adopters’ remorse, buy the second iteration. Design is an iterative process, and you can only solve problems after you identify them. The job of the first product, in a lot of ways, is to help identify those problems. Users express their concerns, and it’s only after they do that companies can build a second, better, more user-friendly product. To that end, it seems like HUAWEI’s Eyewear (given that it’s the company’s first independently-made smart glasses) needs a little fine-tuning. As far as its tech goes, it works rather well. The Bluetooth connection feels incredibly seamless and works up to 20 feet comfortably. The battery life is good, although I don’t know what the battery’s overall lifespan will be. The audio quality is acceptable, but the low-end frequencies need work, and the wind-canceling on the microphone needs a little reconsideration too. The lack of private listening honestly feels like a given at this point, and I don’t see it as something that’s realistically achievable, although I’m probably the harsh skeptic here. There are, however, a few rather glaring concerns I have. For starters, the glasses boast swappable front halves, but this seems easier said than done. At the risk of breaking the hardware, I decided not to apply too much pressure to decouple the front from the temple stems. The second problem I have is with the temple stems themselves. There’s no physical/visual/tactile demarcation that tells you where the touch-sensitive area on the temple stems lies. I found myself struggling to find the right place to tap, swipe, pinch to input my gestures, and it feels like something that will require a long, arduous learning process. A simple matte patch on the glossy plastic temple stems could have easily solved this problem. Finally, and perhaps my biggest concern yet, is the fact that this product brings planned obsolescence to eyewear. When I buy a new pair of spectacles, I wear them for nothing less than 5 years… although my gut tells me the battery on these temple stems don’t have a lifespan that long. This effectively means I have to replace my temple stems every 2-3 years to retain my spectacles – a feature that I personally don’t see myself doing. If it’s any consolation, I don’t really consider myself being the target audience for this eyewear anyway, because Huawei’s website doesn’t indicate whether I can get prescription lenses fitted into these spectacles. For other people who just like the idea of having spectacles/sunglasses with audio devices built into them, I’d say it’s worth a shot. It’s priced at roughly $240 too (converted from its Malaysian price), which places it somewhere in the mid-range tier. Don’t expect it to blow your mind, but if you’re open to pleasant surprises, the HUAWEI Eyewear will certainly deliver.

The post HUAWEI Eyewear Review: AirPods for your eyes?? first appeared on Yanko Design.

This AR glasses concept tries to make smart glasses more practical and less geeky

Our current civilization lives and thrives on information. Although there’s no escaping physical reality, much of this information is now stored and transmitted digitally. And it’s not just the usual culprits like emails, messages, videos, and photos. Even locations and physical objects can sometimes have digital information attached to them, information that we can’t see with just our naked eyes. Augmented or mixed reality is one of the technologies that try to bridge the worlds of physical and digital, but experiencing it in real life isn’t as magical as it may sound or look. Headgear and eyewear designed for XR use have yet to become practical for everyday use, and this concept design tries to find a compromise between form and function for smart glasses that won’t make you look like a Borg.

Designer: Philipp Pisarevskiy

There have been various attempts at designing AR glasses that can be worn by normal people, and Google Glass may have been the most popular attempt. Its popularity, however, comes not just from the brand but also from how it failed. While the second-gen Glass still exists for some enterprise customers, the consumer version’s chances for success have pretty much died by now. And it’s probably for the best, considering the first Google Glass’ design was rather uninspiring and its functionality severely limited.

There have been many attempts since then to come up with the perfect design for AR-powered smart glasses. Some look like overgrown shades, while others were more promising as traditional-looking eyewear, albeit with thick frames and arms. The latter, however, is still limited because comfort and aesthetic might become compromised as you try to cram more electronics into its body.

The One-Week AR glasses try to solve that problem by moving all electronics, lenses, and projectors to modules on each side of the glasses close to a wearer’s temples. Yes, they do look like big plastic clips hanging off your glasses’ arms or temples, but their shape also follows what would have been the form of regular eyewear with thick frames. Despite the unconventional appearance, this design actually brings some advantages over designs like the Focals North, especially in terms of flexibility.

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For one, you can have two displays, one on each side, if you can sync the displays to work together. Alternatively, you can split the electronics between the two sides, leaving the left or the right as the sole projector and controller. The top edge of the module has a long strip that can be used for touch gestures like tapping, sliding, or even pinching. The modules can have a wireless charging coil so that the glasses themselves can be charged without a cable.

Although it’s not explicitly stated in the design, it seems that it’s possible for the One-Week AR Glasses to be modular, mixing and matching parts and designs to taste. It might need to have extensive use of wireless technologies or at least have conduits inside the frame of the glasses, but it would definitely be doable from a technology standpoint. Such a design could open the market of smart eyewear to more people, particularly those who view glasses both as functional tools as well as fashion accessories.

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