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Apple Is Officially Coming for Meta’s Privacy-Invading Lunch With Its Own Smart Glasses in Late 2027



While checking out of a recent medical appointment, I was suddenly horrified to realize the front desk receptionist I was speaking with had on a pair of Meta x Ray Ban smart glasses.“Those aren’t filming, right” I asked, mentally pre-filing my HIPAA violation suit. She seemed surprised to even receive such a question, taking a moment to clock that I was referring to the recording device on her face that has been embroiled in controversies. No, she assured me, once it clicked, the camera wasn’t on. She was only using them to listen to music. Resisting the urge to suggest that the AirPods lying on her desk might better serve that purpose, I opted to leave the convo there, further surrendering myself to the idea that I am part of a dying breed who actually cares about the existential privacy invasions presented by a population paying to be walking panopticons.

Despite complaints from women recorded without their knowledge and consent by creeps sporting them—who are then extorted for money when they ask for the published video to be taken down—wearing smart glasses in public is not (yet) being treated like the breach of social contract it inherently is, in or out of doctors offices. In fact, the number of units sold just keeps going up. A Q4 earnings report from Ray-Ban’s parent company, EssilorLuxottica, showed that sales for the wearables had tripled in 2025 over the previous year. It will come as no surprise to anyone that one of the biggest names in consumer tech is planning to carve out a big slice of that market for themselves.Recent reporting by Bloomberg’s Mark Gurman confirms what we all knew was coming—Apple’s got their own smart glasses in the works and hopes to disrupt that wearable market similarly to how they did with smartwatches, which now generate an estimated $17 billion annually for the company.Rumors have been swirling about the tech giant’s inevitable foray into the smart glasses space for years, the most recent of those suggesting their first-gen specs, internally code-named “N50,” would be revealed to customers by the end of 2026 and sold early the next year. But developmental delays, a perennial hindrance for Apple, have officially pushed their planned release date back to later in 2027, presumably just in time for the holiday gift season.Sources told Gurman that current CEO Tim Apple (a.k.a. Tim Cook) is making development of these wearables his “top priority” before passing the company reins over to his successor John Ternus on September 1st. Fittingly, Ternus has been leading Apple’s Vision Products Group (VPG) for the past two years while they’ve been developing the product. However, this is the same group who’ve also been working on the forthcoming AirPod Pros with built-in infrared cameras, the announcement of which generated dread from segments of the internet wondering why such an upgrade was necessary, even if they won’t enable full-on scumbag behavior.The proposed glasses, on the other hand, explicitly seek to compete with Meta’s wearables and everything they’re used for. Priced in the $200 to $500 range, Apple’s glasses will come in a number of popular styles, have built-in cameras, speakers, and mics for taking videos, pics, and calls or playing music, podcasts, and Siri announcements. The main aesthetic difference between these and Meta’s current glasses roster is that Apple’s cameras will be ovular rather than circles. Gurman also believes that Apple’s glasses won’t have in-screen AR display capabilities like the latest Ray-Bans for at least a few years.It remains to be seen if these products are on track to become their next ubiquitous hit à la AirPods or will flop like the prohibitively expensive Vision Pro. But if those price points and society’s increasing indifference to the surveillance state are any indicators, it might be prudent to start polishing your Computer Vision Dazzle makeup skills just in case.



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Xiaomi Claims Watch S5 Has 21 Days of Battery Life



Charging up a smartwatch every night is a pain in the ass. But what if you only needed to charge it once every 21 days? Enter the 46mm Xiaomi Watch S5. Xiaomi first released the Watch S5 in China back in March, but the company launched it internationally this week, with global availability starting in late May and early June depending on the region. While the Watch S5 hasn’t been announced for the U.S., the European pricing (€179.99 or €199.99 depending on the color and strap style) gives us an idea of what to expect should you want to import one. You’re looking at somewhere around $210 to $233.

How exactly does Xiaomi’s Watch S5 get up to 21 hours of battery life when competitors like the Apple Watch Series 11 ($400) and Samsung’s Galaxy Watch 8 ($350) can only muster around a day? There’s always a big asterisk next to battery life, but in this case, it seems pretty reasonable. Light use of the Watch S5 allows the 815mAh battery to last up to 21 days. Xiaomi defines light use as receiving up to 100 messages per day with up to six daily incoming call alerts, three alarms per day, 30 minutes of Bluetooth calls per week, 30 minutes of music playback per week, and 90 minutes of exercise recording. Normal use will drop the battery life down to 14 days and using the always-on display will reduce it to about 9 days. © Xiaomi Other smartwatches that offer days of battery life don’t seem to come close to the Watch S5, either. The OnePlus Watch 3 ($350) and Amazfit Active 3 Premium ($170) provide around 3 days and up to 12 days, respectively. If you want truly “unlimited” battery life, you’ll need to consider a solar-powered watch like the Garmin Instinct series (starting at $300).

Other than its long battery life, the rest of the Watch S5 looks solid. Highlights include a 5-system dual-band GNSS (Global Navigation Satellite System), over 150 sport modes, heart rate monitoring, sleep tracking, and an enhanced cycling mode that turns your phone into a bike computer. Of course, there are some features the Xiaomi Watch S5 lacks compared to its flagship competition, like an EKG sensor and depth gauge functionality. However, the Watch S5 includes professional skiing and cycling modes among its more than 150 sports.

The Watch S5 works best with a Xiaomi phone for shared ecosystem quality-of-life features, but it can connect to any smartphone via the Mi Fitness app for deeper sport mode tracking and health data storage. As with all Xiaomi product launches, the main downside is that the company isn’t officially selling the Watch S5 in the U.S. Third-party sellers might stock it, but you may end up paying more than international MSRPs.  



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Health Trackers Are Finally Outgrowing Their Battery Problem



One of the biggest challenges for health-tracking devices is battery life. Even if a product delivers fantastic health and sleep insights, the inevitable charge time will always leave users with a gap in their data, which can skew data trends, lead to inaccurate diagnoses, or fail to predict emergencies. As smart health tech moves from post-detection to prediction models, the need for complete tracking data becomes more crucial than ever.

A new idea just might solve any problems related to data gaps in health trackers: charging through body heat. Texas A&M University researchers found a way to power a small electronic fever detector with body heat without requiring a massive amount of heat, a backup battery, or a large chassis to house the sensor. While the project from Texas A&M University’s Department of Mechanical Engineering aims to improve public health by rapidly scanning large crowds for fevers, the potential applications of the technology go well beyond a simple fever detector, as it could even function as an energy harvesting device. Additionally, the battery technology could lower costs compared to existing health monitoring sensors. The concept isn’t new—there was the Matrix PowerWatch charged by body heat back in 2017—but this new project offers significantly longer battery life with a much smaller footprint than traditional health tracking solutions. Standard smartwatch displays and touchscreens require a massive amount of power, and that would require much more heat than the human body can easily put off in order to run, and thus PowerWatch had to make significant compromises to usability in order to be charged by body heat, resulting in a dim display and lack of touch functionality.

Texas A&M University’s project leverages steel electrodes to harness the thermal energy a user dissipates. Given the typical corrosion rate of carbon steel, such a battery could last for more than a decade. Granted, a decade isn’t “unkillable.” And the project is still focused on a very small, single-purpose tracker, not on multiuse or consumer-facing devices like smart rings and fitness bands. But it’s still a step in the right direction and an indication of where wearable technology can go in the future. After all, an unkillable health tracker could certainly be more useful than our current, limited-life models.



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