Block previews Dessa, a voice AI model trained without text. Explore its local hardware claims, safety risks, and what businesses should assess next.

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Checking your sleeve usually means looking for a stain, not opening a calculator. Researchers at the National University of Singapore have given that familiar piece of clothing a rather different purpose, threading a working touchscreen into its fabric. The research prototype displays images, responds to presses, and bends around the forearm without relying on a rigid panel strapped on top of it.

The interesting part is how the screen becomes part of the garment. Each electronic fiber carries a row of LEDs and a touch-sensitive layer beneath them, all within a thread about 0.04 inches thick. Pressing the fiber closes a circuit, allowing the system to locate your finger. You aren’t poking through fabric at a hidden glass screen; the thread itself detects the press.

Designers: Heng Fu, Ziang Li, Swetika Chaturvedi, Xiaoyu Zhang, Xiaolong Li, Qianyi Li & Tural Khudiyev (National University of Singapore)

The sleeve combines 54 of those fibers, each carrying 96 LEDs, into a display roughly 6.6 inches by 4.1 inches. Its 96-by-54-pixel resolution isn’t going to replace your phone’s display, although the prototype can show pictures and play video. Large icons make more sense here than tiny menus, giving the interface a chunky character that suits a screen wrapped around a moving arm.

That placement puts simple tools within reach without fishing through a pocket. The team demonstrated a calculator, compass, photo viewer, and voice commands, along with Bluetooth image transfers. Video runs at 30 frames per second, dropping to 25 with synchronized audio. Those aren’t smartphone specifications to brag about, of course, but checking a direction doesn’t demand a miniature movie theater on your sleeve.

Other fibers carry a microphone, speaker, and sensors for movement, light, direction, and temperature. That lets the interface rotate with the arm and adjust its brightness automatically. A temperature-sensing fiber positioned under the arm can send a reading to the sleeve, suggesting how clothing might eventually make personal measurements easier to check. That doesn’t mean it’s ready to replace your thermometer, though.

Of course, clothing has to survive more than a few demonstrations. NUS reports that light output and touch response barely changed after 50 detergent washes and 1,000 bends. The washing procedure used a laundry bag and a gentle cycle, rather than treating the electronics like gym socks. That’s encouraging, though a laundry test isn’t a promise of surviving years of careless washing.

There’s also a difference between making the display flexible and making the entire computer disappear. Separate controller circuits and battery packs still support this prototype, so the electronics haven’t all become yarn. The researchers report breathability comparable to common fabrics, including cotton and denim, but a wearable system also has to account for where its power supply and other hardware sit during use.

For now, this remains a laboratory garment, with no announced retail price or release date. Higher resolution and more integrated electronics are among the challenges ahead. There’s a practical design question underneath the glowing sleeve, too. If the interface lives in your clothes, charging, repairing, and eventually replacing it become wardrobe decisions, alongside the ordinary matter of choosing something that fits comfortably.

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Microsoft's MAI-DxO AI outperformed generalist doctors on diagnostic benchmarks, but real-world hospital testing is still needed to assess its clinical value.

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A charged drill battery and a dying laptop can sit on the same table and still be useless to each other. That feels like an unnecessarily strict division of labor. DeWalt’s DCB094K USB Charging Kit addresses that disconnect by letting compatible tool batteries power USB devices through an attachable adapter. If you already have spare packs in the garage, the appeal is straightforward: stored energy becomes available to something besides the tool it normally clicks into.

The better detail is that power can travel the other way, too. The kit’s DCB094 adapter has a bidirectional USB-C port, so it can recharge a DeWalt battery from a suitable USB power supply as well as draw from that battery to charge personal electronics. That solves a second annoyance: needing a dedicated tool-battery charging dock when a compatible USB supply could do the job. It’s this return trip that makes the accessory interesting to me.

Designer: DeWalt

Visually, DeWalt hasn’t tried to disguise it as a sleek desk accessory. The yellow-and-black housing sits on the battery like a smaller piece of power-tool equipment, complete with ventilation slots and a metal belt hook. In the product photograph, the attached battery still accounts for much of the assembly’s bulk. I like that lack of pretense. It looks appropriate beside drill bits and a pencil, even when the cable coming out of it leads to a laptop.

The headline specification deserves a closer look, though. DeWalt rates the USB-C connection for up to 100 watts in either direction, but the kit includes a 65-watt wall supply. You also get a 100-watt-rated USB cable and the belt hook, but no battery. In other words, the adapter’s maximum capability and the supplied wall charger’s output are different numbers. The included charger cannot deliver a 100-watt input simply because the port can accept it. That distinction matters more than the big number on the listing.

Compatibility also needs a little attention. DeWalt lists support for its 20V MAX and FLEXVOLT batteries, while the adapter provides a USB-A output rated at up to 12 watts alongside USB-C. The latter is the connection to consider for a compatible laptop, but check the computer’s charging requirements first. A USB-C socket alone doesn’t establish that a laptop accepts charging through it, and this adapter isn’t a universal substitute for every computer’s power brick.

One interface choice feels less intuitive than the overall idea. The adapter’s indicator lights report charging activity for the DeWalt battery, not the phone or laptop receiving power. DeWalt’s manual specifically notes that the LEDs won’t illuminate while charging personal devices. I’d prefer an obvious output indicator, particularly on an accessory that changes roles depending on what’s connected. As designed, you’ll need to look at the receiving device to confirm that it’s getting power.

The workbench appearance shouldn’t be mistaken for permission to leave it in the weather, either. The manual says to keep the charger out of rain and snow and provide a dry location outdoors. It also instructs owners to detach the battery when the adapter isn’t being used to avoid draining the pack in storage.

Runnings currently lists the kit at $119, which makes this a considered accessory purchase rather than an automatic addition to the cart. I’d find it easier to justify with compatible batteries already on hand. Buying a battery as well would mean paying for an entire setup when the actual need might simply be keeping a phone charged. The useful question is how often those existing packs could cover a charging need away from an outlet.

For someone who moves between DIY projects and laptop work, the two-way charging is the strongest argument. I’d rather add a useful connection to equipment I already own than collect another battery solely for occasional backup duty. The DCB094K makes that possible, provided its price and your device’s requirements line up.

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WHOOP plans to test whether wearable coaching can help improve blood sugar and blood pressure. See how its Abu Dhabi study could affect future health wearables.

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A phone charging flat on a desk isn’t particularly useful when you want to follow a recipe or join a video call. Statik’s PowerStand gives that familiar cable an extra job, building a folding stand directly into its USB-C connector. The $19.99 retail accessory lets your phone stay propped up while plugged in, without adding a separate cradle to the table.

Most of the work happens in a broad connector housing that sits across the phone’s bottom edge. Two legs pivot out from its ends, turning the plug into a little support structure for portrait or landscape viewing. Fold those legs back against the housing when you’re finished, and the stand travels with the cable rather than becoming another loose accessory to forget.

Designer: Statik

That arrangement makes particular sense beside a laptop, where a phone can sit upright for calls while the computer handles everything else. Turn it sideways, and the same support becomes useful for watching a video over lunch. There’s no magnetic ring or special case to attach first, although you do have to plug the stand end into the phone to use it.

The connector’s shape matters even when you aren’t using the stand. Its right-angle layout sends the cord along the phone’s edge instead of straight out into your hand, a useful distinction when holding it horizontally for a game. Statik also extends the plug’s shaft to reach through most cases, though that isn’t a promise that every bulky protective cover will fit.

Putting a wide piece of hardware underneath a phone creates another problem, since that space often contains speakers and microphones. PowerStand’s housing includes molded channels that Statik says direct sound toward the listener while keeping those openings clear. It’s a thoughtful response to the connector’s added width, although the available evidence doesn’t establish a measurable improvement in volume or call quality.

Statik rates the cable for up to 240W using USB Power Delivery 3.1, allowing it to serve compatible laptops when paired with an appropriate charger. That figure describes the cable’s capacity, not what every connected device will receive. Data transfers are limited to USB 2.0’s 480Mbps, making this a charging-first accessory rather than a particularly speedy file-transfer cable for large video projects and backups.

At 6.6 feet, the cord gives you some room between the outlet and whatever patch of desk or kitchen counter you’re using. It has a braided nylon jacket and reinforced strain relief, while the connector combines TPE plastic and aluminum. The rest of the lead remains a conventional cable, with a standard USB-C plug at the opposite end rather than another folding mechanism.

Of course, putting a stand inside a connector means accepting a much wider plug, even on days when you only want to charge. There’s no getting around that tradeoff by folding the feet away. But for someone who regularly props a phone beside a keyboard or hotel bed, though, that extra width buys a more useful resting place than the nearest coffee mug on the nightstand.

The post Statik PowerStand turns a USB-C cable into a folding phone stand first appeared on Yanko Design.

The Slurptop borrows its battery from the toolbox, and its body doesn’t bother pretending otherwise. This homemade cyberdeck wraps mini PC hardware in a chunky yellow-and-black clamshell, complete with an integrated carry handle and mechanical keys. It’s a completed personal project rather than a retail laptop, designed around coding, light design work, and controls that don’t apologize for taking up some extra space.

The angular, 3D-printed enclosure takes its cues from power tools, with similarly conspicuous controls. The yellow frame uses glass-fiber-filled plastic, while black components use carbon-fiber-filled filaments. An aluminum bar reinforces the hinge area, with shared bolts securing several structural layers. The handle fits between sections of the case, so assembling the housing locks it into position before its own mounting screws are added.

Designer: Slurpburgers

Open the lid, and the keyboard immediately takes over. Its 82 mechanical keys sit in angled groups rather than the straight rows you’d expect on a laptop, leaving a green trackball near the front center. That ball runs on three ceramic bearings above a sensor salvaged from a gaming mouse. You can move the pointer without clearing desk space for a separate mouse.

The display keeps things relatively conventional, pairing a 14-inch panel with a 1920-by-1200 resolution and a 16:10 aspect ratio. Behind the custom shell is hardware from a GMKtec M5 Ultra mini PC, including an AMD Ryzen 7 7730U processor, 64GB of RAM, and a 500GB SSD. CachyOS supplies the familiar Linux desktop, so there’s a recognizable computing environment beneath all that workshop character.

An XP-Pen drawing tablet also gets its own holder behind the display, adding pen input without displacing the keyboard or trackball. Connected beside the laptop, it provides a separate surface for sketching or editing artwork, leaving the main display free to show what you’re working on. That keeps everything together for travel, although actually drawing still calls for some extra desk space.

The power arrangement follows the same willingness to borrow useful parts. A 24V Kobalt tool battery supplies the machine through a converter that adjusts its output to the PC’s required 19V. A separate cutoff board guards against draining the pack too far. The battery remains an obvious external attachment, making its removal part of the operating routine instead of a repair procedure.

That decision comes with a catch, naturally. The Slurptop doesn’t charge the battery itself, so the pack has to visit its tool charger. Wall power can run the computer independently, and a switching module transfers between the adapter and battery. Keeping it plugged in lets the owner change packs without shutting down, but there’s no uninterrupted battery swap away from an outlet.

The builder reports more than four hours of writing and coding on a 4Ah battery, with some charge remaining. That’s a useful reference, not an independently measured endurance rating. The power-tool styling doesn’t come with a documented weatherproofing or drop rating, either. You can carry this homemade workstation by its handle, but treating it like a drill would be an unfortunate misunderstanding.

The post The Slurptop DIY Laptop Pairs Power-Tool Styling With a Swappable Battery first appeared on Yanko Design.

Making a phone call shouldn’t feel like learning a new piece of software. The HMD 2660 Flip Senior Edition responds to that familiar frustration with big buttons, a folding body, and an unexpected addition called Mary. This AI companion from inTouch brings conversation to a basic phone, letting older adults try the technology without trading their keypad for a touchscreen full of apps.

The hardware doesn’t stray far from the regular HMD 2660 Flip introduced in 2025. Open the clamshell, and there’s a 2.8-inch screen above a generously sized number pad, with a navigation control separating the two. Answering or ending a call can be tied to opening or closing the phone, giving those actions a physical beginning and end that a touchscreen doesn’t quite offer.

Designer: HMD Global

The outside gets its own smaller display, so checking the time doesn’t require unfolding the whole thing. Its dark body and rounded corners stick to the recognizable flip-phone formula rather than dressing the device up as medical equipment. That restraint matters here. The phone offers an alternative way to stay in touch, without announcing that its owner needs an entirely different category of gadget.

Mary adds a different kind of contact to the phone, one that’s available for a casual conversation around the clock. HMD says the companion speaks slowly, leaves room for replies, and remembers earlier conversations. A chat might involve history, a favorite memory, or a game. The interesting choice is delivering those interactions through speech, instead of asking someone to type their thoughts.

Of course, an AI feature can easily complicate a supposedly simple phone. Here, Mary appears in the main menu, and selecting her icon before pressing the call button starts the conversation. There’s no separate app to install or number to memorize. Activation still involves a website or QR code, though, so the simplest experience comes after someone has handled that initial setup.

The less glamorous details haven’t disappeared beneath the AI pitch. A removable 1,450mAh battery and USB-C charging keep the basics familiar, while HMD rates the body IP54 for protection against dust and splashes. A replaceable battery also means you can swap a worn component, rather than treating the whole phone as something that has reached retirement age.

The UK listing puts the phone at £79.99 (about $107), including a five-hour trial of Mary. Continuing the service costs £16.90 (about $23) monthly, with carrier charges potentially adding to that. The trial doesn’t automatically become a paid plan, but inTouch’s general terms say paid subscriptions renew automatically. It can be canceled, but ongoing conversations introduce another expense alongside ordinary phone service.

There’s an important distinction between making conversation easier to access and replacing human company. Mary is software, and her availability shouldn’t be confused with evidence that she reduces loneliness. The change here is how someone reaches that software. They can keep the familiar ritual of opening a phone and making a call, and still use their handset after the AI subscription ends.

The post HMD 2660 Flip Senior Edition Brings AI Conversations to an Old-School Phone first appeared on Yanko Design.

Fitting a computer into a pair of glasses creates an awkward design problem: the electronics need room, but the result still has to belong on someone’s face. Povilas Grigas approaches that tension without pretending it can disappear. His Glasses concept gives the hardware a deliberately different silhouette, treating smart eyewear as its own design category rather than ordinary frames with a technological secret. I like that starting point.

Developed for his 2024 design BA thesis, the mixed-reality concept imagines an alternative to being tethered to a phone or desktop screen. The ambition is to make computing available through something worn rather than something you continually look down at or sit in front of. That’s an appealing proposition, although moving digital information closer to your eyes doesn’t automatically make it less demanding of your attention.

Designer: Povilas Grigas

Visually, these glasses have enough personality to carry that discussion. The broad, rounded lens openings sit within a flowing silver-colored frame, while the bridge has two dark circular elements above an oval opening. In the front view, that arrangement almost resembles a tiny surprised face. It’s an unexpectedly playful detail in an otherwise polished object. To my eye, the overall effect lands somewhere between sculptural eyewear and a science-fiction costume department with unusually good taste.

Grigas specifies CNC-milled, polished grade 5 titanium for the frame and optically polished sapphire crystal for the lenses. Those are proposed material choices, not evidence that the finished glasses would feel featherlight or survive everyday abuse. Still, I appreciate the intention behind them. A computer worn this prominently deserves the material attention we give a watch or a favorite pair of glasses, especially if the expectation is that it becomes part of someone’s daily appearance.

The frame’s outline follows the bones around the eyes, according to Grigas, and the vision sensors occupy the bridge for a centered point of view. That placement gives the front a clear organizing feature. Rather than scattering visually competing details across the brow and corners, the design concentrates its most conspicuous technology near the middle. It’s a convincing composition, even if a convincing composition is only one part of making wearable computing practical.

From the side, the arms look substantial, with long, smooth surfaces that curve downward behind the ears. Their thickness is part of the visual identity rather than a detail the presentation tries to conceal. I’d rather see that volume handled deliberately than watch a designer chase thinness at the expense of the overall shape. Here, the broad arms and generous front feel like parts of the same object.

The personal question is whether I’d want such a distinctive object defining my face every day. I’m not sure, and that uncertainty is worth keeping in the conversation. Glasses are unusually intimate technology because people look through them while other people look at them. A frame can be beautifully resolved and still feel wrong for an individual wearer. I’d want more than an impressive image before deciding these belonged in my routine.

The proposed leather charging case helps make that routine easier to imagine. The glasses fold flat inside it, and the presentation shows a dark, textured exterior with visible stitching and a circular metal closure. It reads as an eyeglass accessory rather than a miniature electronics bag. More importantly, putting the glasses away feels like a recognizable action. I find that more reassuring than an expectation that a wearable computer should remain on your body indefinitely.

For now, this is an academic design proposal, not a demonstrated replacement for your laptop. Its presentation doesn’t establish battery endurance, display quality, or long-term comfort, so those questions remain open. What earns my interest is the willingness to give computing a visible presence without making the frame look apologetic. I wouldn’t ask these glasses to pass as ordinary eyewear. I would ask whether their eventual usefulness could earn the space they occupy on my face.

The post Titanium Smart Glasses Concept Refuses to Hide Its Tech first appeared on Yanko Design.

Copying customer details from a message into a spreadsheet probably isn’t anyone’s idea of a good afternoon. Unfortunately, even a perfectly capable computer still leaves plenty of that work to you. Bvio’s Violoop is a plug-in AI operator designed to handle those repetitive steps, giving your existing computer an assistant without asking you to replace the machine you’re already comfortable using.

You can tell Violoop what you need in ordinary language, such as finding customer information in a WhatsApp conversation and entering it into a customer relationship management (CRM) system. That might sound like a small convenience, until you’ve spent an afternoon repeating the same routine. The aim is to let you explain the task instead of manually carrying every detail from one window to another.

Designer: Team Violoop

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To do that, Violoop interprets what’s on the screen and interacts with applications through keyboard and mouse controls. Its companion software supports Windows, macOS, and Linux, while the screen-based approach means it doesn’t need a dedicated integration for each application. You’re still working with familiar programs, only with assistance intended to bridge the gaps between them, and without the need to learn programming to give it instructions.

Of course, customer records are only part of the paperwork that follows a small business around. Invoice details need entering into spreadsheets, documents need organizing, and files rarely end up where they belong without some encouragement. Violoop is designed to help with that preparation, taking on the repetitive handling while leaving you to check the information and decide what to do with it.

Email offers another familiar example. Having something sensible to edit can be easier than staring at an empty reply box, especially when several messages need similar responses. Violoop can prepare replies as drafts for review, giving you a starting point while keeping the final wording in your hands. You can add the context that a customer relationship or a delicate conversation actually needs.

There’s also a reason this assistant takes up physical space on your desk. Its compact enclosure and angled touchscreen give ongoing tasks a place of their own, rather than burying everything in another software window. Inside, the tiny device packs a punch of up to 26 trillion operations per second (TOPS) of AI processing. That hardware is intended to support local screen understanding and other AI work on Violoop itself.

That local processing also supports a more personal approach to recurring work. Violoop keeps personal memory on the device, retaining preferences and context so you don’t have to explain the same habits every time. Local memory doesn’t mean every task stays offline, however. Depending on the selected mode, Violoop can also connect to cloud services or larger AI models when additional help is needed.

The most interesting control might be the button on top. Violoop separates AI processing from a dedicated security controller, with an approval step for sensitive actions. The physical confirmation button gives that pause a tangible form. Preparing information and committing to an action are different responsibilities, after all, and the design puts a deliberate checkpoint between what the AI proposes and what happens next.

You don’t have to stay beside it to keep an eye on progress, either. Phone access lets you check tasks, send further instructions, and approve sensitive actions while you’re away from the desk, provided the computer remains on and connected. That’s useful when you need to step out but still want to see how things are going, without returning to the keyboard for every update.

An organized spreadsheet won’t decide which project you should take on next, and a drafted reply doesn’t know everything about the person receiving it. Those parts still belong to you. Violoop’s role is to help get the surrounding work ready, using a device that keeps progress visible and approval close at hand. That leaves the final email waiting for something decidedly familiar: your own words.

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The post This AI Assistant Looks Like a Tiny Monitor but Actually Operates Your Computer first appeared on Yanko Design.

Barclays plans 5,000 job cuts in 2026 as AI and restructuring improve efficiency. Learn what the changes mean for developers, IT staffing, and budgets.

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