Meta’s next AI glasses are reportedly designed with prescription lenses in mind

Two new models of Meta Ray-Ban AI glasses are on the way, and they're going to be catered towards those who use prescription lenses, according to a Bloomberg report. While these are supposed to be announced next week, Bloomberg noted that these won't be a "new generation" of Meta's smart glasses.

You can already add prescription lenses to Meta Ray-Ban's AI glasses, but the upcoming models will come in rectangular and rounded styles and will be sold through traditional prescription eyewear channels. Bloomberg didn't specify how these new glasses will differ from existing options, but noted that it's the first time Meta and Ray-Ban are releasing a pair of AI glasses specifically designed for this demographic.

The two models are likely the codenamed products Scriber and Blazer, which were first spotted by The Verge in filings with the Federal Communications Commission. The filings described the devices as production units, meaning Meta could be close to the actual product launch. Looking at the filings, it's unlikely these upcoming prescription AI glasses will have a display like the Meta Ray-Ban Displays.

Meta CEO Mark Zuckerberg has hinted at AI glasses that are meant for prescription glasses wearers in a previous earnings call. As noted by Bloomberg, Zuckerberg previously said that "billions of people wear glasses or contacts for vision correction," adding that, "it's hard to imagine a world in several years where most glasses that people wear aren't AI glasses."

This article originally appeared on Engadget at https://www.engadget.com/wearables/metas-next-ai-glasses-are-reportedly-designed-with-prescription-lenses-in-mind-162730768.html?src=rss

NASA pauses its lunar Gateway plan, a comet reverses its spin and more science news

The first crewed mission of NASA's Artemis moon program may take off in a matter of days, with a launch window that opens on April 1, and as preparations are underway for that, the space agency is refocusing its plan to establish a human presence on the moon. NASA announced major changes to its approach for moon landings that are expected to play out over the coming years, including axing its plan to build an orbiting station called Gateway. Read on to learn more about the agency’s new vision for the moon, along with other interesting science stories from this week. 

Just a few weeks after overhauling its Artemis program, NASA this week announced even more changes to its plans for putting astronauts back on the moon. Most notably, the space agency is abandoning the lunar Gateway project, which was intended to be the first ever space station orbiting the moon. Gateway, an international collaboration, wasn't just going to support exploration of the lunar surface, but deep space missions too. But the writing has been on the wall for some time; in the Trump administration's proposed budget cuts last May, Gateway was among the programs selected for the chopping block. Now, NASA is officially putting it on "pause" and plans to build a $20 billion moon base instead. 

“NASA is committed to achieving the near‑impossible once again, to return to the moon before the end of President Trump’s term, build a moon base, establish an enduring presence, and do the other things needed to ensure American leadership in space," NASA Administrator Jared Isaacman said at the agency's Ignition event on Tuesday. 

There are three phases to the moon base plan, according to NASA: first using contractors to send rovers and instruments to the moon through the Commercial Lunar Payload Services (CLPS) program; next establishing "semi-habitable infrastructure," with astronauts on the ground and collaboration with other space agencies; and finally adding "heavier infrastructure" to support long-term stays on the lunar surface, including the Italian Space Agency's Multi-purpose Habitats and the Canadian Space Agency's Lunar Utility Vehicle. NASA says it's aiming to start this plan off with crewed moon landings every six months following the Artemis V mission, which is currently planned for 2028.

A study published this week in The Astronomical Journal describes what's said to be the first observation of a comet reversing its spin. Observations taken several months apart in 2017 show the comet 41P/Tuttle-Giacobini-Kresák starting to spin more slowly after making a close flyby of the sun, before picking up speed again by December of that year. Its spin period, measured using NASA’s Neil Gehrels Swift Observatory, was about 46-60 hours in May 2017, but later observations by the Hubble Space Telescope showed it was just 14 hours, according to NASA. The researchers say what likely happened is that the heat from the sun caused the comet's ice to sublimate, sending gases spewing off its sides.

“Jets of gas streaming off the surface can act like small thrusters,” author David Jewitt of the University of California at Los Angeles, said in a statement. “If those jets are unevenly distributed, they can dramatically change how a comet, especially a small one, rotates.” Jewitt compares it to pushing a merry-go-round. “If it’s turning in one direction, and then you push against that, you can slow it and reverse it.”

Comet 41P is thought to have come from the Kuiper Belt and passes through the inner solar system every 5.4 years. It's small, with a nucleus of just around .6 miles, and the researchers found it's become less active over recent years, indicating that there are changes taking place on the surface. While it's thought to have been in this orbit for about 1,500 years, it now appears to be rapidly evolving, and the rotational changes — which could cause structural instability if it continues — could mark the beginning of the end for it. “I expect this nucleus will very quickly self-destruct,” said Jewitt.

A side-by-side-comparison of photos captured of Saturn from the Webb telescope and the Hubble telescope.
A side-by-side-comparison of photos captured of Saturn from the Webb telescope and the Hubble telescope.
NASA/ESA/CSA

Stunning images of Saturn released this week by NASA, ESA and CSA provide a more detailed look at the many layers of the ringed planet's "busy" atmosphere. The images, which show storms, clouds at different depths, Saturn's "ribbon wave" jet stream and so much more were taken by the Hubble Space Telescope and the James Webb Space Telescope in 2024. Read more about it here.

This article originally appeared on Engadget at https://www.engadget.com/science/space/nasa-pauses-its-lunar-gateway-plan-a-comet-reverses-its-spin-and-more-science-news-160000163.html?src=rss

Wanderstop developer Ivy Road is shutting down

Ivy Road, the video game developer behind Annapurna-published cozy game Wanderstop, is shutting down on March 31. While Wanderstop was well-received and even critically acclaimed, it seems like it wasn’t enough of a hit to sustain the studio while it develops a new game without getting investors involved. In its announcement, the Ivy Road team said the company failed to land a funding and publishing deal for its new project, Engine Angel. The studio’s problems securing funding for its new game first came to light back in January when it laid off five team members.

Even though the studio is shutting down soon, the team said it has one last surprise that will help Wanderstop reach new players. It didn’t say what the surprise was, but the team said Annapurna Interactive will share more news about it in the future. Wanderstop revolves around a former fighter, Alta, who manages a tea shop in a magical forest. In the game, you can gather ingredients and concoct tea, tidy up, talk to customers and learn their stories or just sit on a bench to think and relax. The game will still be available to play and purchase even after Ivy Road shuts down.

This article originally appeared on Engadget at https://www.engadget.com/gaming/wanderstop-developer-ivy-road-is-shutting-down-153655278.html?src=rss

Xiaomi 17 Review: The Compact Flagship With a 6330mAh Battery

PROS:


  • Compact flagship design

  • Bright 6.3-inch LTPO AMOLED display

  • Strong all-around camera system

  • Excellent battery capacity for its size

CONS:


  • Global version gets a smaller battery than the Chinese version

  • Haptic rattles a little in some apps and games

  • Camera is a slight step down compared to the Ultra, especially the telephoto

RATINGS:

AESTHETICS
ERGONOMICS
PERFORMANCE
SUSTAINABILITY / REPAIRABILITY
VALUE FOR MONEY

EDITOR'S QUOTE:

The Xiaomi 17 gets a lot right by knowing exactly what it wants to be.

The Xiaomi 17 is a rare thing in 2026. It is a genuinely compact Android flagship that still throws around huge‑phone specs. You get a 6.3‑inch LTPO AMOLED display, a Snapdragon 8 Elite Gen 5 chipset, a Leica‑branded triple camera, and a battery that is bigger than many tablets at up to 7000 mAh in the Chinese version and 6330mAh in the global version.

Unlike its louder siblings, the Xiaomi 17 Pro, 17 Pro Max, or 17 Ultra, the standard Xiaomi 17 skips the rear secondary screen and wild camera modules. That makes it the most understated member of the family, but also the one that will fit most hands and pockets, while still behaving like a no‑compromise flagship.

Designer: Xiaomi

Aesthetics

The Xiaomi 17 is the quietest looking member of the 17 family, yet it still feels unmistakably premium. Xiaomi leans into clean lines and soft geometry rather than aggressive angles, which gives the phone a calm, almost minimalist presence. The side frame is color-matched to the back, so the whole device reads as a single block, which gives it an almost monolith-like feel in the hand and on the desk. From the back, the design is deliberately restrained and avoids the visual noise you see on many flagships today.

The camera island is compact and neatly integrated, without the oversized rings or dramatic steps used on some rivals and on Xiaomi’s own Pro and Ultra models. The color-matched square camera bump has a reflective finish and houses three cameras and an LED flash, each framed by its own ring.

The Xiaomi logo is treated almost like a subtle cutout in the glass, using the same base color as the back but with a glossy finish, so it only really pops when light hits it at the right angle. Matte glass finishes soften reflections across the rest of the panel and help the phone catch light in a more diffuse, satin way rather than a mirror-like glare.

Color choices reinforce this subtle aesthetic. Global versions come in black, blue, pink, and green, which gives a mix of classic and slightly playful options without drifting into toy-like territory.

Overall, the Xiaomi 17’s aesthetic is about understatement and quiet confidence. It looks like a high-end object, but it doesn’t shout about it or demand attention. If you are tired of oversized camera bump theatrics or overly glossy finishes, this is a design that blends into your everyday environment in a very good way.

Ergonomics

The Xiaomi 17 sits in a sweet spot at about 151.1 × 71.8 × 8.1 mm and 191 g, which makes it noticeably more compact than the typical 6.7‑inch flagship while still feeling dense and substantial. In daily use, that translates into easier one‑hand reach, less finger gymnastics for the notification shade, and a more secure grip when you are walking or commuting.

Corner radius and gently curved edges help the phone nestle into the palm without sharp pressure points, so the 191 g weight feels planted rather than fatiguing. The matte glass back adds a touch of grip compared with glossy finishes, and the relatively modest camera bump means the phone rocks less on a table when you tap the upper corners.

The fingerprint scanner is positioned well enough that you can unlock the phone and continue using it in one smooth motion, which adds to the sense that the Xiaomi 17 was designed around everyday comfort rather than just visual appeal. At the same time, its compact proportions are what really make the phone stand out. It is easier to live with than most modern flagships, especially for users who still value one-handed usability.

Performance

The Xiaomi 17 features a 6.3-inch LTPO AMOLED panel that runs at up to 120 Hz. Resolution is around 2656 × 1220, which Xiaomi positions as a 1.5K-class display. That gives a high pixel density without the power draw of a full 4K panel. According to Xiaomi, it can reach around 3500 nits of peak brightness.

The display looks vibrant and gets bright enough to stay comfortable in most lighting conditions. Dual speakers deliver clear sound with enough volume for videos, games, and casual listening. The only drawback is the haptic feedback, which feels a little too strong and gives the phone a faint rattling sensation that I found slightly distracting during longer sessions.

Under the hood, the Xiaomi 17 debuts Qualcomm’s Snapdragon 8 Elite Gen 5 chipset in Xiaomi’s flagship line. Configurations start at 12 GB of LPDDR5X RAM with 256 GB of UFS 4.1 storage and go up to 16 GB of RAM and 512 GB of storage for the global version.

On the software side, the phone ships with HyperOS 3 based on Android 16. HyperOS is Xiaomi’s unified platform that aims to tie together phones, tablets, TVs, smart home devices, and even vehicles under a single ecosystem. The Xiaomi 17 benefits from this through features like cross-device clipboard, multi-screen collaboration, and tighter integration with Xiaomi’s smart home products.

Xiaomi continues its partnership with Leica on the Xiaomi 17. The base model gets a triple rear camera setup, with all three modules using 50 MP sensors. The main camera is a 50 MP wide unit at about 23 mm equivalent, with an f/1.7 aperture, optical image stabilization, and a relatively large sensor around the 1/1.3 inch class. This is the primary workhorse for most shots, combining high resolution with good light-gathering ability. The telephoto camera is a 50 MP module around 60 mm equivalent with an f/2.0 aperture, OIS, and roughly 2.6× optical zoom. Xiaomi advertises close focus capability down to around 10 cm, which lets this lens double as a pseudo macro option.

The third camera is a 50 MP ultrawide unit at about 17 mm equivalent with an f/2.4 aperture and around a 102 degree field of view. This keeps detail relatively high for landscape and architecture shots compared to the 8 MP or 12 MP ultrawides found on many mid-range phones.

On the front, there is a 50 MP selfie camera with an f/2.2 lens around 21 mm equivalent and phase detect autofocus. That autofocus support is still not universal on front cameras, so it is a noteworthy inclusion for vloggers and selfie-heavy users.

Video capture on the rear camera supports up to 8K at 30 fps and 4K at up to 60 fps, with HDR10 plus and 10-bit recording modes including Dolby Vision and log profiles. Slow motion options go up to very high frame rates at 1080p and even 720p, assisted by gyro-based electronic stabilization.

For global markets, the Xiaomi 17 packs a 6330 mAh battery, which is roughly 10 percent smaller than the 7000 mAh pack in the Chinese version. Even so, it is still impressive to see such a large battery in a compact body, and that capacity can translate to multi-day light use or very comfortable single-day heavy use. The Xiaomi 17 supports 100 W wired charging, 50 W wireless charging, and 22.5 W reverse wireless charging.

Sustainability

The Xiaomi 17 does not make sustainability a headline feature, but it does include a few things that matter for long-term ownership. It carries an IP68 rating, meaning it is dust-tight and water-resistant for immersion in up to 1.5 meters of water for 30 minutes. The display is also protected by Xiaomi Shield Glass, which should add another layer of durability against everyday wear. That kind of protection helps the phone better survive spills, rain, and minor accidents, which can reduce the risk of early replacement.

Xiaomi also promises five major Android upgrades and six years of security patches for the Xiaomi 17, which gives it a solid software support window for an Android flagship. That should help the device stay secure and usable for longer, even if Xiaomi still does not push sustainability as strongly as some rivals through repairability programs or detailed environmental claims.

Value

The Xiaomi 17 starts at €999 for the 12GB/256GB configuration, which works out to roughly $1,080 at current exchange rates. For that money, you are getting a compact flagship with a 6.3-inch LTPO AMOLED display, a Snapdragon 8 Elite Gen 5 chip, a Leica-tuned triple camera system, and a battery that is unusually large for a phone of this size.

What makes the Xiaomi 17 feel competitive is how complete the package is. The hardware feels premium, the charging speeds are still among the best in the class, and Xiaomi’s promise of 5 major Android upgrades and 6 years of security patches adds more long-term value than older Xiaomi flagships offered. It is an expensive phone, but it still makes a strong case for buyers who want top-tier specs in a smaller body without stepping into Ultra-level pricing.

Verdict

The Xiaomi 17 gets a lot right by knowing exactly what it wants to be. Instead of chasing gimmicks or trying to outdo its siblings with louder hardware, it focuses on delivering a compact flagship experience that still feels complete. The understated design, comfortable in-hand feel, strong display, capable Leica camera system, and unusually large battery all come together in a package that feels thoughtfully balanced rather than compromised.

It is not perfect. The haptics can feel a little too aggressive, and at €999, it is clearly a premium purchase rather than an easy impulse buy. Still, the Xiaomi 17 makes a convincing case for itself by offering top-tier performance, long software support, and excellent battery life in a size that is becoming increasingly rare. For anyone who wants a flagship Android phone without moving up to a much larger Pro, Max, or Ultra device, the Xiaomi 17 is one of the most appealing options in its class.

The post Xiaomi 17 Review: The Compact Flagship With a 6330mAh Battery first appeared on Yanko Design.

This Raspberry Pi Camera Looks Like It Was Made in the 80s for 2050

There’s a particular visual language that 1980s science fiction used for technology. It was chunky, industrial, and slightly alien in form, the kind of hardware that felt like it belonged on a spaceship more than in a pocket. That aesthetic has been largely absent from consumer electronics for decades, replaced by sleek glass rectangles and matte aluminum that all end up looking roughly the same.

A maker going by Yutani on Reddit has built something that resurrects that forgotten design language in the form of a functional digital camera. It’s called the Saturnix, and the concept is simple but strange: what would a camera look like if it were designed in the 1980s, not to look like what cameras looked like then, but to look like what cameras were imagined to eventually become?

Designer: Sf140/Yutani

The body is 3D printed and draws clear inspiration from the science fiction hardware of that era, specifically the industrial aesthetic of films like Alien. It’s chunky and deliberate by design. The five control buttons use mechanical Kailh switches, a choice the creator was specific about: “a camera should feel like a real tool, not a touchscreen.” The tactile feedback from each press reinforces exactly that.

Inside, the Saturnix runs on a Raspberry Pi Zero 2W paired with a 16-megapixel Arducam IMX519 autofocus sensor and a 2-inch IPS LCD viewfinder. It captures RAW and JPG simultaneously, with full manual controls covering shutter speeds from 30 seconds to 1/4000, ISO from 100 to 3200, and white balance and exposure compensation adjustments. Three autofocus modes round out the shooting options.

The film simulation engine is what separates the Saturnix from other DIY camera builds. Six presets are available, all processed on-device with no apps or cloud services involved. You can shoot with profiles mimicking Kodak Gold’s warm analog tones, the hyper-saturated punch of Kodak Ektar 100, the cool greens of Fujifilm 400, and the rich grain of Kodak Tri-X 400 black and white.

Filter: Kodak Gold

Filter: Fujifilm 400

Photo transfers happen via a built-in Wi-Fi hotspot, keeping the entire process completely self-contained. The entire project is open source. The code, STL files for the 3D-printed case, and sample outputs from each film simulator are all available on the Saturnix GitHub page under MIT and Creative Commons licenses, meaning anyone with a printer and the right components can build one. A firmware release hasn’t shipped yet, but the creator is actively developing it.

Filter: None

The Saturnix doesn’t compete with commercial cameras on paper, and it doesn’t try to. What it does is offer something most cameras, cheap or expensive, don’t bother with anymore: a strong point of view about what a camera should feel like to hold, use, and look at, from a set of aesthetics that mainstream design long since walked away from.

The post This Raspberry Pi Camera Looks Like It Was Made in the 80s for 2050 first appeared on Yanko Design.

Anthropic Claude Mythos AI World’s Newest Obsession a 10-Trillion Parameter

Anthropic Claude Mythos AI World’s Newest Obsession a 10-Trillion Parameter Release card for GLM 5.1 open source agent model noting stronger instruction following but slower execution speed.

The latest developments in artificial intelligence showcase a dynamic landscape of innovation, with Anthropic’s newly unveiled Claude Mythos 5 standing out as a major highlight. This advanced AI model, with its staggering 10-trillion parameters, is designed to excel in areas such as cybersecurity, coding, and academic reasoning, making it a versatile solution for high-stakes applications. […]

The post Anthropic Claude Mythos AI World’s Newest Obsession a 10-Trillion Parameter appeared first on Geeky Gadgets.

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FlexClip AI PPT to Video: Faster Content Creation

FlexClip is pushing further into AI-powered content tools with its latest feature, the AI PPT to Video Converter. Designed to eliminate the usual friction in video creation, the tool transforms PowerPoint presentations into complete videos with scripts, voiceovers, and transitions in just seconds. Instead of manually rebuilding slides into video timelines, users can upload a […]
Posted in Uncategorized | Tagged

Apple’s New Two-Phase Launch: Is the iPhone 18 Plus the Spring Surprise?

Apple’s New Two-Phase Launch: Is the iPhone 18 Plus the Spring Surprise? Concept render showing an iPhone 18 Plus label next to a larger display outline and a standard iPhone silhouette.

Apple appears to be exploring the reintroduction of the “Plus” model with its anticipated iPhone 18 lineup, signaling a potential shift in its mid-tier smartphone strategy. Reports suggest that Apple may adopt a split launch approach for the iPhone 18 series, with Pro models expected to debut in September and other variants, including the rumored […]

The post Apple’s New Two-Phase Launch: Is the iPhone 18 Plus the Spring Surprise? appeared first on Geeky Gadgets.

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5 Best Spring Gadgets That Are Taking Over Every Tech-Savvy Student’s Wishlist

Spring changes the way students think about their tools. The semester finds its stride, the days stretch longer, and the quiet audit of what is actually working versus what has simply been tolerated becomes impossible to defer. For tech-savvy students, this impulse is never casual. It turns into a deliberate reckoning with every device in the bag, every cable on the desk, and every piece of hardware that earns or fails to earn its place in a schedule already running at capacity.

Most gadget guides aim too low. They recycle the same categories, suggest the predictable safe picks, and miss the specific texture of what a tech-savvy student’s day actually looks like in spring. Tools that genuinely serve that day are portable without sacrifice, precisely designed, and specific enough in their purpose to feel built for the exact problem they solve. The wishlists circulating among students who think carefully about design land on exactly that — and every product here was chosen to reflect it.

1. OrigamiSwift Folding Mouse

The mouse is the peripheral that students consistently overlook until a trackpad fails them mid-session. The OrigamiSwift changes that calculation. Drawing on origami’s structural logic, this Bluetooth 5.2 mouse collapses flat and springs into a full-sized ergonomic device in under 0.5 seconds. At 40 grams and 0.18 inches thin when folded, it disappears into a jacket pocket without adding noticeable weight. Soft-click buttons suit shared study spaces, and a USB-C battery sustains three months on a single charge.

For students moving between a library desk, a café table, and a campus bench in one afternoon, this is the mouse that travels without being noticed until needed. Compatible across Mac, Windows, Android, and iPadOS, it works equally on a personal laptop and a shared lab machine with no additional setup. The ergonomic form handles extended sessions without fatiguing the wrist, turning a recurring compromise into a peripheral that finally earns its place.

Click Here to Buy Now: $85.00

What We Like:

  • Folds to 0.18 inches and 40 grams, fitting into a jacket pocket without adding meaningful bulk to the daily carry
  • Three-month USB-C battery life removes it entirely from the weekly charging routine, so one less thing to think about

What We Dislike:

  • Bluetooth-only connectivity limits use on older shared desktops or lab machines that lack wireless support
  • The folding mechanism takes a brief adjustment period for students accustomed to the immediate grip of a conventional fixed-body mouse

2. Xiaomi UltraThin Magnetic Power Bank 5000 15W

Power banks occupy a strange design dead zone. Most work as promised and are forgotten the moment they enter a bag. The Xiaomi UltraThin Magnetic Power Bank 5000 15W reframes the category. At 6mm thin — slimmer than any current smartphone — it holds 5,000mAh inside an aluminum alloy shell. Silicon-carbon battery chemistry with 16% silicon content enables higher energy density without expanding the footprint, and a fire-resistant fiberglass rear surface manages heat during wireless charging.

This solves the persistent problem of the charging backup that stays home because it feels too heavy to justify. At 6mm, it sits magnetically against a compatible phone and delivers 15W wirelessly while moving between buildings, sitting through a lecture, or waiting at a transit platform. No cable between bank and phone, no rummaging for the right end. It sits in a pocket as an extension of the device rather than a separate burden to manage throughout the day.

What We Like:

  • Silicon-carbon chemistry achieves 5,000mAh within a 6mm profile, making it the thinnest power bank available at this capacity tier
  • Magnetic cable-free attachment delivers 15W wirelessly while the phone stays pocketed between classes, with zero management required

What We Dislike:

  • 5,000mAh covers roughly one full smartphone charge, which falls short on heavy-use days involving continuous navigation, recording, and streaming
  • Magnetic wireless charging is limited to compatible phone models, restricting the cable-free feature for students outside that ecosystem

3. HubKey Gen2

The average student laptop setup involves a quiet accumulation of compromises: a dongle for the display, a separate hub for ports, a cable for audio, and none of it cohering. The HubKey Gen2 addresses this from a single USB-C connection. An 11-in-1 hub in a compact cube, it adds two HDMI ports, each capable of driving a 4K display at 60Hz, four fully customizable physical shortcut keys, and a central control knob that handles everyday actions without navigating software menus.

Spreading a research document across two 4K panels changes the quality of a work session in ways only understood from the inside. Reference material stays open while the draft stays active. Code and documentation share the same eyeline. The shortcut keys reduce the cognitive overhead of memorizing keyboard combinations, and the central knob delivers volume control with tactile immediacy that no software slider replicates. For students working across design, development, or video, this cube earns its place on day one.

What We Like:

  • Dual 4K HDMI outputs at 60Hz each simultaneously expand a laptop into a proper two-monitor workstation from a single connection
  • Physical shortcut keys and a central control knob bring immediate, tactile control to routine tasks that software menus handle more slowly

What We Dislike:

  • Cube form factor suits a stationary desk, but does not pack into a travel bag as cleanly as a flat or cable-style hub alternative
  • Full 11-in-1 performance depends on the connected laptop’s USB-C port supporting the required power delivery and data bandwidth specifications

4. BraX open_slate

Almost every tablet arrives sealed, with decisions already made inside the chassis: fixed storage, an inaccessible battery, a software support window that closes on the manufacturer’s schedule. The BraX open_slate rejects that model. This 12-inch 2-in-1 includes an M.2 2280 slot for user-swappable storage, a replaceable 8,000mAh battery rated at 20 hours of runtime, and a 120Hz display driven by a MediaTek Genio 720 chip paired with either 8GB or 16GB of RAM.

The open_slate removes the most predictable frustration of the tablet ownership cycle: the moment a device slows enough to become an obstacle, and the only available response is full replacement. Swappable storage means a capacity upgrade takes an afternoon. A user-replaceable battery means two years of student use does not write off the entire device. For students making a deliberate, multi-year investment in one tablet, this is currently the only option making that argument with hardware to back it.

What We Like:

  • User-replaceable M.2 storage and battery extend the device’s usable lifespan well beyond the typical two-to-three year sealed-tablet replacement cycle
  • A 20-hour claimed battery runtime on a 120Hz display covers a full academic day without requiring a charge mid-session

What We Dislike:

  • MediaTek Genio 720 is a capable mid-range chip, but it is not suited for students with intensive video rendering or compute-heavy creative workloads
  • The open modular hardware requires a degree of technical confidence that students coming from fully managed, sealed device ecosystems may need time to build

5. Battery-Free Amplifying iSpeakers

The Battery-Free Amplifying iSpeakers operate on a principle that is easy to underestimate until the sound fills the room. A smartphone sits in the machined Duralumin cradle, and sound waves are directed and amplified through the chamber without any electrical input. The body is the same aluminum alloy used in aircraft construction, chosen for its vibration resistance and acoustic properties. Chamber proportions were developed using the golden ratio, a structural decision that shapes the internal acoustic geometry deliberately.

No charging reminder, no Bluetooth pairing, no firmware update mid-session. A phone in the cradle and the room shifts immediately, audio gaining presence and warmth that a phone speaker lying flat on a desk cannot approach. For study sessions running on focus music, ambient sound, or a lecture replay, the difference registers in seconds. Duralumin handles daily movement without showing wear, and because it operates entirely outside the electrical ecosystem, it performs identically in ten years as it does today.

Click Here to Buy Now: $179.00

What We Like:

  • Zero power requirement means no charging, no battery degradation, and no dependency on any cable or power source at any point
  • Aircraft-grade Duralumin construction delivers acoustic quality and physical durability that holds across years of regular daily use without deterioration

What We Dislike:

  • Passive acoustic amplification improves meaningfully on bare phone speaker output, but cannot match the volume or bass depth of even entry-level powered speakers
  • Cradle sizing is optimized for specific smartphone dimensions, and compatibility may vary with larger phones or thick protective cases

The Setup That Actually Works for You

The five products here do not share a category, price point, or use case. What they share is design precision that addresses real daily friction rather than just performing a feature list. A wishlist built on that standard holds up across the full stretch of any semester. These are tools chosen because someone thought carefully about the problem first, and that clarity comes through every time you reach for one.

Spring is short. It moves quickly from the first warm afternoon to the last exam, and the tools you work with shape how much of that time goes toward actual output. The difference between owning something well-considered and tolerating what came with freshman year becomes obvious around week ten. Choosing now means spending the rest of the semester working with something that performs exactly the way a well-chosen tool should.

The post 5 Best Spring Gadgets That Are Taking Over Every Tech-Savvy Student’s Wishlist first appeared on Yanko Design.

The Secret Espionage Tech Hidden Inside Your Credit Card

The Secret Espionage Tech Hidden Inside Your Credit Card A close view of a card skimmer attached to an ATM slot, highlighting how theft devices are hidden.

Credit cards are more than just convenient payment methods, they’re a culmination of decades of technological innovation, some of which have surprising origins. As Veritasium explores, the magnetic stripe, EMV chip and NFC systems that power modern transactions owe their existence, in part, to espionage breakthroughs during the Cold War. For instance, the Soviet-engineered listening […]

The post The Secret Espionage Tech Hidden Inside Your Credit Card appeared first on Geeky Gadgets.

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