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Tag: Smartglasses

  • Lumus brought a massively wider FOV to smartglasses at CES 2026

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    Lumus got a major boost in brand recognition when one of its waveguides was selected for use in the Meta Ray-Ban Display glasses. But that already feels like old tech now because at CES 2026, the company brought some of its latest components to the show and based on what I saw, they seem poised to seriously elevate the optical quality of the next wave of high-end smartglasses.

    When the Meta Ray-Ban Displays glasses came out, they wowed users as they were (and still are) one of a handful of smartglassess to feature a full-color in-lens display with at least a 20-degree field of view. But going by the specs on Lumus’ newest waveguides, we’re set for a major upgrade in terms of future capabilities.

    If you look closely, you can see where light from the waveguide propagates into the one of the smartglasses’ lenses. (Sam Rutherford for Engadget)

    The first model I tried featured Lumus’ optimized Z-30 waveguides, which not only offer a much wider 30-degree FOV, they are also 30 percent lighter and 40 percent thinner than previous generations. On top of that, Lumus says they are also more power efficient with the waveguides capable of hitting more than 8,000 nits per watt. This is a big deal because smartglasses are currently quite limited by the size of batteries they can use, especially if you want to make them small and light enough to wear all day. When I tried them on, I was dazzled by both the brightness and sharpness I saw from the Z-30s despite them being limited to 720 x 720 resolution. Not only did the increase in FOV feel much larger than 10 degrees, colors were very rich, including white, which is often one of the most difficult shades to properly reproduce.

    I had to take a photo of one of Lumus' non-functioning smartglasses with the company's 70-degree FOV waveguide, because two out of three of the working ones had already broke and the last one that I used was being held together by tape.

    I had to take a photo of one of Lumus’ non-functioning smartglasses with the company’s 70-degree FOV waveguide, because two out of three of the working ones had already broke and the last one that I used was being held together by tape. (Sam Rutherford for Engadget)

    However, even after seeing how good that first model was, I was totally not prepared for Lumus’ 70-degree FOV waveguides. I was able to view some videos and a handful of test images and I was completely blown away with how much area they covered. It was basically the entire center portion of the lens, with only small unused areas around the corners. And while I did notice some pincushion distortion along the sides of the waveguide’s display, a Lumus representative told me that it will be possible to correct for that in final retail units. But make no mistake, these waveguides undoubtedly produced some of the sharpest, brightest and best-looking optics I’ve seen from any smartglasses, from either retail models or prototypes or. It almost made me question how much wider FOV these types of gadgets really need, though to be clear, I don’t think we’ve hit the point of diminishing returns yet.

    This is one of Lumus' thinnest waveguides measuring in at just 0.8mm.

    This is one of Lumus’ thinnest waveguides measuring in at just 0.8mm. (Sam Rutherford for Engadget)

    Other advantages of Lumus’ geometric reflective waveguides include better overall efficiency than their refractive counterparts along with the ability to optically bond the displays to smartglasses lenses. That means unlike a lot of rivals, Lumus’ waveguides can be paired with transitions lenses instead of needing to resort to clip-on sunglass attachments when you go outside. Lumus also claims its designs also simplifies the manufacturing process, resulting in thinner waveguides (as small as 0.8mm) and generally higher yields.

    Unfortunately, taking high-quality photos of content from smartglasses displays is incredibly challenging, especially when you’re using extremely delicate prototypes, so you’ll just have to take my word for now. But with Lumus in the process of ramping up production of its new waveguides with help from partners including Quanta and SCHOTT, it feels like there will be a ton of smartglasses makers clamoring for these components as momentum continues to build around the industry’s pick for the next “big” thing.

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    Sam Rutherford

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  • Terrifying Watch Dogs-Like Smart Glasses Make It Possible To Dox Strangers On The Street

    Terrifying Watch Dogs-Like Smart Glasses Make It Possible To Dox Strangers On The Street

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    In Ubisoft’s open-world game Watch Dogs (and its sequels), you can quickly scan any NPC you meet and discover facts about them, including their name, address, criminal record, and so on. And now two people have essentially created this tech in real life using Meta’s smart glasses and mostly off-the-shelf tech and software, providing a scary glimpse at our future.

    As reported by 404 Media, two Harvard students have built working smart glasses that use facial recognition technology to automatically identify someone via their face. Not only that, but the glasses then use that information to track down other details about the stranger including their address, phone number, past photos, and family members. According to the two students, AnhPhu Nguyen and Caine Ardayfio, they did this to raise awareness of what is possible with current tech and they have no plans to release it publicly.

    Nguyen and Ardayfio call the project I-XRAY and showed a demo of it in action earlier this week on social media. In the video posted to Twitter, the pair were able to identify multiple strangers without asking them for any details, though some of the data proved to be inaccurate when the duo talked to the people.

    “The motivation for this was mainly because we thought it was interesting, it was cool,” Nguyen told 404 Media. Apparently, other people they showed it to also thought it was “really cool” and some suggested it could be used for “networking” or to “make funny videos.” However, thankfully, someone also mentioned to them how incredibly dangerous this tech could be in the wrong hands. “Some dude could just find some girl’s home address on the train and just follow them home,” said Nguyen.

    As pointed out by 404 Media, this kind of smart-glasses-facial-scanning tech has been around for a few years now. But Google and Facebook, two companies who were working on it, eventually decided to not release their software.

    But you don’t need big tech resources and money to build your own Watch Dogs super glasses that can instantly dox anyone you meet on the street. Nguyen and Ardayfio’s I-XRAY uses Meta’s Ray Bans and the publicly available face recognition service Pimeyes to scan someone’s face with hidden cameras in the glasses and then identify them. That info is then used to scrape the web for phone numbers, other photos, family information, and addresses.

    “We would show people photos of them from kindergarten, and they had never even seen the photo before,” said Ardayfio. “Most people were surprised by how much data they have online.” One time, they were able to show a stranger their mom’s phone number after simply scanning their face.

    “I think people could definitely take [the idea of I-XRAY] and run with it,” Ardayfio said. “If people do run with this idea, I think that’s really bad. I would hope that awareness that we’ve spread on how to protect your data would outweigh any of the negative impacts this could have.” The duo has included information on how to protect yourself in a large document about the project that is freely available online.

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    Zack Zwiezen

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  • Amazon’s new Echo Frames can’t touch the Ray-Ban Meta | TechCrunch

    Amazon’s new Echo Frames can’t touch the Ray-Ban Meta | TechCrunch

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    This April marked the 10th anniversary since Google released the first generation of Glass. It may be difficult to believe with a decade of hindsight, but the limited release “Explorer’s Edition” were coveted objects. For a little while, at least, they felt like the future.

    The last 10 years of smartglasses has, however, been an extremely mixed bag. There have been more misses than hits, and it feels like we’re still years out from reaching any sort of consensus on form and functionality.

    Google Glass never reached the kind of critical mass required to launch a commercial product, though the company seems content to give things another shot every couple of years.

    The success of AR, meanwhile, has largely been confined to smartphone screens — though not for lack of trying. Magic Leap, Microsoft and Meta have all launched AR products with varying degrees of success, and next year’s Apple Vision Pro release is sure to move the needle on…something. But technical limitations have confined these solutions to significantly larger form factors.

    Shrinking that sort of technology down to regular glasses size is a nice goal, but one that is a ways off. It’s telling that Meta’s recent hardware event saw the release of two head-worn devices. The first was the Quest 3, a VR headset that offers an AR experience courtesy of passthrough technology. The other, the Ray-Ban Meta, has no pretense of offering augmented reality, but it does manage to fit things into the standard glasses form factor.

    Image Credits: Brian Heater

    Like the Snapchat Spectacles before them, the Ray-Ban Meta are all about content capture. A camera built into the frame lets the wearer shoot quick videos and livestream for social media. As far as content consumption goes, speakers are built into the temples, directing music or podcast audio toward the wearer’s ear.

    Unlike the Ray-Bans, however, Amazon’s Echo Frames 3 don’t do video capture (you can practically hear the collective sigh of relief from privacy advocates across the globe). They do, however, offer a similar audio set up. The speakers are located in the temples, just ahead of the temple tips. The company has opted against bone conduction here, which is probably for the best (while neat, the technology is generally passable, at best).

    Unlike most headphones and earbuds, they don’t cover the entrance to the ear canal. That’s great for situational awareness and less than great for immersive sound. If you want to stay focused on the world around you while you walk down the street or ride a bike listening to music, it’s not a bad option.

    Image Credits: Brian Heater

    Given their proximity to the ear, they get plenty loud, and due to their directional nature, they’re hard to hear if you’re not wearing them (though not totally silent to others). The actual audio quality, on the other hand, leaves much to be desired. They do in a pinch for music, but I’d rather not rely on them as a daily driver of any sort.

    As their name implies, however, the real centerpiece here is Echo functionality. The Frames are yet another form factor for summoning Alexa. This makes enough sense on the face of it, a hands-free voice assistant you can take anywhere your phone gets a decent connection. You can play/pause, make calls and set reminders, for starters — all things you can do on a pair of earbuds with a connected voice assistant.

    Image Credits: Brian Heater

    There are five different styles: black square, black rectangle, blue round, brown cat eye and grey rectangle. Amazon sent the first, which look like your average pair of Buddy Holly/Elvis Costello glasses, albeit with a plasticky design and larger temples, owing to the electronics contained inside. They fit me well enough, and while they’re not exactly what I would have picked out at, say, Warby Parker, I don’t feel embarrassed wearing them publicly.

    You can further customize the Frames with prescription lenses, blue light filtering or go in for sunglasses. All nice options to have, certainly.

    The battery life is stated at 14 hours of “moderate” usage. With a standard amount of music listening, you should be able to get through a day on a single charge. That’s especially nice given that the charging dock is big and awkward relative to the glasses themselves. Included in the packaging are charging instructions (along with some short braille instructions — a nice touch on the accessibility front), which are necessary as the design isn’t intuitive.

    Image Credits: Brian Heater

    You fold the glasses and face the lenses up, so the charging points on the temples contact the charger. It’s a far cry from the Ray-Ban Meta’s extremely convenient and well-designed charging case. Amazon’s case, on the other hand, is collapsible. It’s not nice, but there’s definitely an added convenience in being able to fold it flat while wearing the glasses.

    My feelings about the latest Echo Frames may well have been different had I not recently tested the Ray-Ban Meta. At $270, they’re $30 cheaper than the Meta glasses. If you’re attempting to decide between the two, I would say bite the bullet and spend the extra $30. Of course, it’s also worth factoring in that — as I write this — Amazon is currently offering the new Echo Frames for a deeply discounted $200.

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    Brian Heater

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  • Mount Vernon Launches Groundbreaking Smartglasses Augmented Reality Tour

    Mount Vernon Launches Groundbreaking Smartglasses Augmented Reality Tour

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    First US President’s Estate Gets First Major US Deployment by Wearable AR Pioneer ARtGlass

    Press Release



    updated: Nov 20, 2018

    ​Mount Vernon today became the world’s first historic site of its scale to integrate augmented reality tours on smartglasses into its standard visitor offerings. The “Mount Vernon in AR” tour invites guests to enjoy lesser-known stories of the first president’s estate revealed by immersive 3D imagery layered over their view of the real landscape. Holograms of George and Martha Washington, 360-degree recreations of former buildings and gardens, and images of artifacts placed in their original context, are among the many tools used in the one-of-a-kind storytelling.

    “The augmented reality tour enables us to do things we cannot do every day: show primary sources next to places and objects, do large-scale reenactments of key events, and take guests back through time to show them what Mount Vernon looked like throughout Washington’s entire lifetime,” said Mount Vernon’s vice president of new media, Matt Briney.

    The augmented reality tour enables us to do things we cannot do every day: show primary sources next to places and objects, do large-scale reenactments of key events, and take guests back through time to show them what Mount Vernon looked like throughout Washington’s entire lifetime.

    Matt Briney, Mount Vernon’s Vice President of New Media

    The tour begins in the Ford Orientation Center, where the first U.S. president, who loved the emerging technologies of his time, invites visitors to tour the modern landscape of his beloved home enhanced by “augmented reality inside your spectacles.” At stops throughout the estate, guests see and hear moments from the lives of Mount Vernon’s residents come to life, such as young Washington playing an 18th-century lawn game or George, the enslaved gardener, describing the role of the greenhouse.

    While guests overlook the Potomac River, they will learn little-known facts about the estate’s fishing operation and see the HMS Savage anchoring threateningly offshore during the Revolutionary War. AR magic shows the deterioration of the estate as it passed from owner to owner until the Mount Vernon Ladies’ Association saved it from ruin.

    Mount Vernon staff wrote and produced original content for the tour, which uses the technology platform developed by ARtGlass. ARtGlass is the first company in the world to bring wearable augmented reality at scale to the arts and cultural sector. Their technology has been used by over 700,000 visitors at iconic museums and archaeological sites in Europe and earlier this year the company announced its expansion to North America with Mount Vernon as one of its flagship U.S. sites.

    “ARtGlass is passionate about cultural storytelling with technological innovation and is excited to partner with forward-thinking sites like Mount Vernon to create new and memorable experiences for their guests,” said ARtGlass CEO and Founder, Greg Werkheiser.

    A preview of the tour is now available to all visitors for $12.50 in addition to general admission. A formal public launch of the AR tour will occur on the celebration of George Washington’s birthday on February 22, 2019. This experience is weather dependent.

    Media Contact:
    Greg Werkheiser
    Phone: 703.408.2002
    Email: greg@artglassus.com

    Source: George Washington’s Mount Vernon

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