Author Archives: JC Torres

Stickerbox: Kids Say an Idea, AI Prints It as a Sticker in Seconds

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Smart speakers for kids feel like a gamble most parents would rather skip. The promise is educational content and hands-free help, but the reality often involves screens lighting up at bedtime, algorithms deciding what comes next, and a lingering suspicion that someone is cataloging every question your child shouts into the room. The tension between letting kids explore technology and protecting their attention spans has never felt sharper, and most connected toys lean heavily toward the former without much restraint.

Stickerbox by Hapiko offers a quieter trade. It looks like a bright red cube, measures 3.75 inches on each side, and does one thing when you press its white button. Kids speak an idea out loud, a dragon made of clouds or a broccoli superhero, and the box prints it as a black-and-white sticker within seconds. The interaction feels less like talking to Alexa and more like whispering to a magic printer that happens to understand imagination.

Designer: Hapiko

The design stays deliberately simple. A small screen shows prompts like “press to talk,” while a large white button sits below, easy for small hands to press confidently. Stickers emerge from a slot at the top, fed by thermal paper rolls. The starter bundle includes three BPA-free paper rolls, eight colored pencils, and a wall adapter, turning the cube into a complete creative kit rather than just another gadget waiting for accessory purchases to feel useful.

The magic happens in three beats. A kid presses the button and speaks their prompt, as silly or specific as they want. The box sends audio over Wi-Fi to a generative AI model that turns phrases into line art. Within seconds, a thermal printer traces the image onto sticker paper, and the finished piece emerges from the top, ready to be torn, peeled, and stuck onto notebooks, walls, or comic book pages at home.

What keeps this from feeling like surveillance is the scaffolding Hapiko built around the AI. The microphone only listens when the button is pressed, so there’s no ambient eavesdropping happening in the background. Every prompt runs through filters designed to block inappropriate requests before reaching the image generator. Voice recordings are processed and discarded immediately, not stored for training. The system is kidSAFE COPPA certified, meaning it passed third-party audits for data handling and child privacy standards.

Thermal printing sidesteps ink cartridge mess entirely. Each paper roll holds material for roughly sixty stickers, and refill packs of three cost six dollars. The catch is that Stickerbox only accepts its own branded paper; using generic rolls will damage the mechanism. The bigger design choice is that every sticker is printed in monochrome, which is intentional. It forces kids to pick up pencils and spend time coloring, turning a quick AI trick into a slower, more tactile ritual.

Stickerbox gestures toward a version of AI-infused play that feels less anxious. The algorithm works quietly, translating spoken prompts into something kids can hold, cut, and trade, but the most important part happens after the sticker prints. It ends up taped inside homemade comic books, stuck on bedroom doors, or colored during rainy afternoons. The box becomes forgettable infrastructure, which might be the kindest thing you can say about a piece of children’s technology designed for creative independence.

The post Stickerbox: Kids Say an Idea, AI Prints It as a Sticker in Seconds first appeared on Yanko Design.

UltraBar X Replaces Your Stream Deck, Volume Knob, and Phone Apps

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Most desks accumulate a scattered collection of control devices over time. There’s the keyboard and mouse, maybe a Stream Deck for shortcuts, a volume knob for your speakers, a phone running smart home apps, and a separate remote for the desk lamp. Each solves a specific problem, but together they create a landscape of disconnected gadgets competing for space and attention. The monitor sits above it all, while everything underneath becomes a tangled mess of cables and redundant functions.

UltraBar X tries to consolidate that chaos into a single, modular strip that lives under your monitor. Built around a long, wedge-shaped bar with an ultra-wide display, it acts as a command center for your computer, applications, and even your smart home devices. Instead of a fixed product, it works more like a platform where you snap on magnetic modules to build the exact control surface your desk needs.

Designer: Team UltraBar

Click Here to Buy Now: $289 $429 (33% off). Hurry, only 379/500 left! Raised over $178,000.

The central piece is CoreBar, a low, seven-inch display wedge-shaped bar tilted at forty-five degrees so it’s easy to glance at without adjusting your posture. The screen shows clocks, system stats, app icons, and customizable scenes that change based on what you’re doing. Tap the screen to wake your PC, jump between apps, or trigger macros, all from a touch interface that sits right where your hands naturally rest.

What makes the system feel different is how the magnetic modules expand it. DotKey snaps onto the side and brings a cluster of Cherry MX mechanical keys for shortcuts and macros. KnobKey adds a precision rotary dial that clicks crisply as you turn it, perfect for adjusting volume, brush size, or timeline scrubbing. VivoCube is a tiny controller with its own AMOLED screen and switches, small enough to hold or dock alongside the bar.

Of course, there’s also SenseCube, the environmental sensing module. Inside its small triangular shell are millimeter-wave radar and sensors for light, temperature, humidity, and vibration. This gives your desk a kind of ambient awareness, letting it detect when you sit down, notice changes in lighting, or respond when the room gets too warm. The workspace starts to feel less static and more responsive without constant input.

A typical morning might look like this. You walk up to your desk and tap CoreBar to wake the PC, which also brings up a layout tuned for writing and email. The mechanical keys are mapped to window management shortcuts, while the knob handles scrolling through long documents. Later, a single press shifts CoreBar into a design layout, and pretty much the same modules now control brush size, zoom, and layers in Photoshop or Illustrator.

The system doesn’t stop at the screen. Through its network connection, CoreBar can talk to Philips Hue lights to adjust the room based on your focus mode, or trigger a Sonos playlist with a single tap on an icon. The same bar that manages your open apps can also dim the lights or change the soundtrack, turning your desktop into a bridge between your computer and the rest of your space.

What keeps the experience from feeling overwhelming is how the software handles it. CoreBar runs a custom system with an app store and a library of templates for different workflows. Programmers get layouts for terminal, debugging, and IDE shortcuts. Designers get knobs and keys for brushes and layers. Streamers get scene controls and quick mutes. These templates bundle icons, animations, and logic, so you can load a complete setup without building from scratch.

That said, the modular approach means the system can grow over time. You can start with just CoreBar and add modules as you figure out what you actually need, swapping them in and out as your workflow shifts. The QuantumLink magnetic protocol means modules snap on, get recognized instantly, and can be reconfigured in seconds without tools or menus.

UltraBar X is made for people who enjoy shaping their tools rather than accepting whatever default interface their operating system provides. It doesn’t replace your keyboard or mouse, but it gives the space under your monitor a clear job beyond collecting dust and cable clutter. For anyone tired of juggling separate devices or hunting through nested menus, a modular bar that can sense, adapt, and consolidate feels like a thoughtful step toward desks that work the way you do.

Click Here to Buy Now: $289 $429 (33% off). Hurry, only 379/500 left! Raised over $178,000.

The post UltraBar X Replaces Your Stream Deck, Volume Knob, and Phone Apps first appeared on Yanko Design.

This Rugged Braille Reader for Kids Has a Built-In Carry Handle

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Blind students often rely on expensive embossers, special paper, and slow production cycles just to get a few Braille books. Most assistive tools are bulky, fragile, or designed for adults sitting at desks, not children carrying them between crowded classrooms and shoving them into backpacks. There is a clear gap between what visually impaired kids actually need and what most assistive hardware looks and feels like on a daily basis.

Vembi Hexis is a Braille reader purpose-built for children by Bengaluru-based Vembi Technologies, with industrial design by Bang Design. It turns digital textbooks, class notes, and stories into lines of Braille on demand across multiple Indian languages and English. The device had to be rugged enough for school bags, affordable enough for institutions to buy in quantity, and portable enough that children would actually want to carry it around.

Designer: Bang Design

The device is a compact, rounded rectangle with softened corners and thick bumpers that make it feel closer to a rugged tablet than a medical device. The front face is dominated by a horizontal Braille display bar, with a small speaker grille and simple control buttons kept out of the way. Branding is minimal, just small HEXIS and VEMBI marks, so the object reads as a tool for kids first rather than a piece of institutional equipment.

A built-in carry handle is carved cleanly through the top of the shell, giving children a clear place to grab and slide their hand into without straps or clip-on parts. The reading surface is sculpted with a gentle slope leading toward the Braille cells in the reading direction and a sharper drop at the far edge. Those height changes quietly guide fingers along each line and signal where to stop without needing any visual feedback at all.

The durability details acknowledge that classrooms are not gentle places. Corner bumpers extend slightly beyond the body to absorb drops from school desks, the shell is thick enough to shrug off everyday knocks, and charging ports are recessed and shielded to resist spills. This is a device meant to survive water bottles, lunch boxes, crowded bags, and everything else that happens in a normal school day without feeling like a heavy brick.

Bang Design studied how children read Braille in real schools and designed every surface with heightened touch in mind. The soft geometry avoids sharp edges that could become uncomfortable during long reading sessions, while the slope and drop around the display give constant orientation feedback. For kids who navigate the world through their fingers, those subtle contours become part of the interface just as much as the moving dots themselves.

Hexis connects over Wi-Fi to Vembi’s Antara cloud platform so teachers and foundations can push textbooks, notes, and stories directly to devices. It supports multiple Indian languages and has been widely adopted across schools and NGOs, picking up recognition from programs like Microsoft’s AI for Accessibility Grant and Elevate 100. Those signals show that the design is not just elegant on paper but is actually working in classrooms and special education centers.

Assistive technology for children rarely gets the same design attention as mainstream classroom tools, but Hexis treats ruggedness, affordability, and friendly form as equally important constraints. For blind students, having a Braille reader that feels like a normal classroom companion rather than an exception is a quiet but meaningful shift. Hexis sits in school bags next to pencil cases and notebooks, looking and feeling like it belongs there instead of standing out as something separate or clinical.

The post This Rugged Braille Reader for Kids Has a Built-In Carry Handle first appeared on Yanko Design.

Momcozy Just Made Baby Gear That Doesn’t Look Like Baby Gear

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Baby gear used to mean loud colors and chunky plastic that demanded its own corner of the living room. Most swings looked like they belonged in pediatrician waiting rooms, and breast pumps came with tubes and bottles that made discretion impossible. For parents trying to maintain some semblance of style in their homes, it meant choosing between function and aesthetics, rarely getting both in the same product.

Momcozy approaches parenting products differently, with a design philosophy they call Cozy Tech that blends performance with calm, contemporary aesthetics. Loved by over 4.5 million moms globally, the brand starts from the reality of modern parenting: hybrid work schedules, small urban apartments, and the need for tools that integrate into existing routines without demanding wholesale lifestyle adjustments or visual compromises that most baby gear traditionally required.

Designer: Momcozy

Engineering Meets Empathy

The gap Momcozy noticed was straightforward. Traditional baby swings assumed parents had unlimited space and patience for bulky furniture, while breast pumps were designed as if mothers had all day to sit in private rooms. The disconnect was obvious once you looked at it from the parents’ side: why couldn’t products work beautifully and look beautiful at the same time, especially when those products occupy your home for years?

Cozy Tech is the answer that emerged from that question. It is a design language that prioritizes both powerful performance and restraint. Soft forms, neutral tones, and quiet operation let the products blend into design-conscious homes rather than standing out as medical equipment. The hardware still does serious work, but the presence is gentle enough that you do not feel the need to stash things in closets when people visit.

Momcozy S12 Pro Wearable Breast Pump

Picture a mother pumping in a parked car between meetings, or quietly at her desk during a video call. The Momcozy S12 Pro Wearable Breast Pump sits inside a standard nursing bra, disappearing under clothing so there are no tubes or external bottles to manage. From the outside, it looks like any other workday, not a carefully orchestrated routine built around pumping schedules.

The S12 Pro is shaped to mold to the body for comfortable all-day wear, offering multiple modes and adjustable suction to match different stages of expression. The internal battery supports seven to eight sessions on a single charge, reducing the mental load of planning around power outlets. It is the kind of device that quietly acknowledges mothers have careers, meetings, and social commitments, building around that reality instead of ignoring it.

Click Here to Buy Now: $139.99.

Momcozy M9 Mobile Flow Hands-Free Breast Pump

The M9 Mobile Flow Hands-Free Breast Pump is designed for parents who need flexibility without compromising comfort. Imagine someone folding laundry or prepping dinner while the pump works quietly in the background, tucked inside a bra and barely noticeable. The soft, rounded shape and pink finish make it feel closer to a personal wellness device than clinical equipment, blending into the flow of a busy day.

What sets the M9 apart is the combination of smart control and efficiency. The DoubleFit Flange improves fit and reduces leakage, while the app lets parents choose from three modes and fifteen customizable settings to match their rhythm. The eighteen hundred milliampere-hour battery supports up to six sessions per charge, and the upgraded third-generation motor delivers hospital-grade suction without the noise or bulk of traditional pumps.

Click Here to Buy Now: $269.99.

Momcozy 2-in-1 Electric Baby Swing

Shift to a different scene: a parent working from home in a small apartment, laptop open at the dining table while the baby rests in the Momcozy 2-in-1 Electric Baby Swing a few feet away. The swing’s neutral tones and clean lines blend into the living room rather than dominating it. Dual arms and a sturdy base keep everything steady, so there is no nervous checking every time the baby shifts position.

The swing mimics the natural soothing motions of a parent’s arms with four swing patterns and four speeds, helping babies stay calm outside of a caregiver’s embrace. The breathable seat adjusts to two recline positions, the cover zips off for machine washing, and when the baby outgrows the swing mode, it converts into a stationary seat that supports kids up to sixty-six pounds, turning it into furniture that lasts years instead of months.

Instead of asking parents to hide the tools that make their days possible, Momcozy designs swings and pumps that can live in the open, both visually and practically. They respect the spaces parents have built for themselves and the complex routines that run through them, showing that parenting gear can be gentle on the eyes while still doing serious work beneath the surface.

Click Here to Buy Now: $159.99.

The post Momcozy Just Made Baby Gear That Doesn’t Look Like Baby Gear first appeared on Yanko Design.

GaN Charger Lets You Swap Plugs, Stack Blocks, Pick Your Wattage

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GaN chargers have gotten smaller and more efficient over the years, but they still look like anonymous black or white bricks. Most people toss them in a bag and forget about them, and if you travel frequently, you end up carrying a separate adapter for different plug types. It’s functional but incredibly boring, and the whole category feels like it stopped trying once the engineers got the size and wattage right.

Bang Design’s LEGO-inspired GaN charger is an intern project that tries to make chargers fun and modular instead. The concept treats the charger as a colorful block system, with different cubes for different wattages and swappable plug modules for different countries. It’s patent-pending but still just a concept, though it looks polished enough that you could imagine buying a set off a shelf and arranging them on your desk like tiny toys.

Designer: Bang Design

Every module is a perfect cube or tall cuboid with sharp edges and flat faces that instantly read as building blocks. The 65 W version has a red top half, white bottom half, and large “65 W” printed on one side in light gray type. A subtle asterisk mark on the top hints at a LEGO stud without copying it directly. The rest of the family uses green, blue, yellow, and pastel beige blocks with the same bold geometry.

One green cube houses a sliding plug carriage with metal prongs that can be removed and replaced with different pin standards for US, Indian, or European outlets. A rectangular recess on one face holds the carriage, and gold contacts inside suggest a cartridge-style electrical connection. The plug becomes just another swappable piece of the system rather than something permanently wired to the charger, which is the whole point.

Different wattage blocks have different port configurations. The blue 30 W cube has one USB-C port, the yellow 120 W block has three outputs, and the beige version mixes USB-A and USB-C. Users could pick the block that matches their device or build a small family that shares the same plug module. The big printed wattage numbers make it easy to grab the right cube without squinting at tiny labels.

One cube plugs into the wall while the other blocks sit on the desk like small sculptures. The chargers stop being clutter to hide and start looking like a collection you might actually enjoy arranging. The LEGO reference makes the whole setup feel approachable and almost toy-like, especially compared to the usual tangle of anonymous black bricks and bulky travel adapters that most people carry around.

Turning this into a real product would mean solving serious issues around safety certifications, heat dissipation, and mechanical durability for those swappable parts. But the concept is still valuable because it shows how even a commodity accessory can carry personality and systems thinking. The LEGO-inspired GaN charger hints at a future where chargers are not just smaller and faster, but also more playful and easier to live with.

The post GaN Charger Lets You Swap Plugs, Stack Blocks, Pick Your Wattage first appeared on Yanko Design.

Galaxy Z TriFold Fits a 10-Inch Screen Into a 12.9mm Phone

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Foldables promised to squeeze tablet screens into pocketable phones, but most of them still feel like a compromise. You get one big crease down the middle and an aspect ratio that makes everything look stretched or squashed, depending on what you’re doing. The real challenge isn’t just adding more screen, it’s getting enough space to actually work like a small laptop instead of a phone that got wider and heavier.

Samsung’s Galaxy Z TriFold tries to solve that by folding twice instead of once. Open it fully, and you’re holding a 10-inch Dynamic AMOLED 2X display that measures 3.9 mm thick at its thinnest point, basically three 6.5-inch phone screens laid side by side. Fold it back up, and the whole thing collapses to 12.9 mm thick, which is about as thick as a regular phone in a case, except this one weighs 309 grams and hides a full-sized tablet inside.

Designer: Samsung

The device is aggressively thin when open. It looks like three glass sheets joined by two subtle hinge bumps, thin enough to hold between fingertips without much visual mass. The frame uses Advanced Armor Aluminum for rigidity, the hinge housing is titanium, and the back panel is a ceramic-glass reinforced polymer that resists cracks. The camera bump and hinges interrupt the silhouette slightly, but the overall impression is of a very thin, very dense slab of screen.

Samsung reworked its hinge system into two differently sized Armor FlexHinges with dual-rail structures that let the three panels close with minimal gaps between them. The display stack includes a new shock-absorbing layer and reinforced overcoat designed for a screen that folds twice instead of once. Samsung CT scans flexible circuit boards and uses laser height checks for internal components, unusual quality control steps that suggest the company knows people are worried about reliability with this many moving parts.

The 10-inch QXGA+ main screen behaves like three portrait phones across, giving you room for three apps side by side without everything feeling cramped. Samsung’s examples show an architect running blueprints, notes, and a calculator at once, or a music producer editing audio while browsing references and messaging. The crease is minimized, the panel runs at 1 to 120 Hz adaptive refresh, and brightness hits 1600 nits to make it feel more like a small monitor than a tablet.

Standalone Samsung DeX turns the TriFold into a tiny multi-desktop machine, with up to four virtual workspaces each running five apps simultaneously. Add an external monitor in Extended Mode, and you can drag windows between screens like a laptop setup. Galaxy AI features adapt to the larger canvas too, with Photo Assist, Browsing Assist, and Gemini Live that can summarize pages, edit images side by side, or give design advice when you show it a room and a shopping site at the same time.

For entertainment, the 10-inch screen works well for films, comics, or YouTube with comments running alongside the video. The 6.5-inch cover screen hits 2600 nits and 120 Hz for quick tasks when you don’t want to unfold everything. Vision Booster keeps content readable in bright light, and the minimized crease tries to keep everything smooth, whether you’re indoors or outside.

Inside there’s a Snapdragon 8 Elite for Galaxy, 16 GB RAM, up to 1 TB storage, and a 200 MP main camera with 3x telephoto and 12 MP ultra-wide. The 5,600 mAh three-cell battery spreads across the panels for balanced weight, charges at 45 W wired or 15 W wireless, and supports reverse wireless charging. The Galaxy Z TriFold launches in Korea on December 12, 2025, with other markets including China, Taiwan, Singapore, the UAE, and the U.S. following after.

The trade-offs are obvious, though. At 309 grams with two hinges, this will feel heavy and complex for anyone who just wants a phone that fits in their pocket and works. Samsung doesn’t mention S Pen support, which seems like a missed opportunity for artists and designers who’d want to use this 10-inch canvas for sketching or illustration in a device that still fits in a bag.

Long-term durability remains an open question, even with IP48 and all the quality control Samsung mentions. But for people who already push their phones into laptop territory and want the biggest possible screen in the smallest possible folded size, the TriFold makes a clear statement about where high-end mobile is heading. It’s excessive, complicated, and not for everyone, but that seems to be the whole point.

The post Galaxy Z TriFold Fits a 10-Inch Screen Into a 12.9mm Phone first appeared on Yanko Design.

Galaxy Z TriFold Fits a 10-Inch Screen Into a 12.9mm Phone

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Foldables promised to squeeze tablet screens into pocketable phones, but most of them still feel like a compromise. You get one big crease down the middle and an aspect ratio that makes everything look stretched or squashed, depending on what you’re doing. The real challenge isn’t just adding more screen, it’s getting enough space to actually work like a small laptop instead of a phone that got wider and heavier.

Samsung’s Galaxy Z TriFold tries to solve that by folding twice instead of once. Open it fully, and you’re holding a 10-inch Dynamic AMOLED 2X display that measures 3.9 mm thick at its thinnest point, basically three 6.5-inch phone screens laid side by side. Fold it back up, and the whole thing collapses to 12.9 mm thick, which is about as thick as a regular phone in a case, except this one weighs 309 grams and hides a full-sized tablet inside.

Designer: Samsung

The device is aggressively thin when open. It looks like three glass sheets joined by two subtle hinge bumps, thin enough to hold between fingertips without much visual mass. The frame uses Advanced Armor Aluminum for rigidity, the hinge housing is titanium, and the back panel is a ceramic-glass reinforced polymer that resists cracks. The camera bump and hinges interrupt the silhouette slightly, but the overall impression is of a very thin, very dense slab of screen.

Samsung reworked its hinge system into two differently sized Armor FlexHinges with dual-rail structures that let the three panels close with minimal gaps between them. The display stack includes a new shock-absorbing layer and reinforced overcoat designed for a screen that folds twice instead of once. Samsung CT scans flexible circuit boards and uses laser height checks for internal components, unusual quality control steps that suggest the company knows people are worried about reliability with this many moving parts.

The 10-inch QXGA+ main screen behaves like three portrait phones across, giving you room for three apps side by side without everything feeling cramped. Samsung’s examples show an architect running blueprints, notes, and a calculator at once, or a music producer editing audio while browsing references and messaging. The crease is minimized, the panel runs at 1 to 120 Hz adaptive refresh, and brightness hits 1600 nits to make it feel more like a small monitor than a tablet.

Standalone Samsung DeX turns the TriFold into a tiny multi-desktop machine, with up to four virtual workspaces each running five apps simultaneously. Add an external monitor in Extended Mode, and you can drag windows between screens like a laptop setup. Galaxy AI features adapt to the larger canvas too, with Photo Assist, Browsing Assist, and Gemini Live that can summarize pages, edit images side by side, or give design advice when you show it a room and a shopping site at the same time.

For entertainment, the 10-inch screen works well for films, comics, or YouTube with comments running alongside the video. The 6.5-inch cover screen hits 2600 nits and 120 Hz for quick tasks when you don’t want to unfold everything. Vision Booster keeps content readable in bright light, and the minimized crease tries to keep everything smooth, whether you’re indoors or outside.

Inside there’s a Snapdragon 8 Elite for Galaxy, 16 GB RAM, up to 1 TB storage, and a 200 MP main camera with 3x telephoto and 12 MP ultra-wide. The 5,600 mAh three-cell battery spreads across the panels for balanced weight, charges at 45 W wired or 15 W wireless, and supports reverse wireless charging. The Galaxy Z TriFold launches in Korea on December 12, 2025, with other markets including China, Taiwan, Singapore, the UAE, and the U.S. following after.

The trade-offs are obvious, though. At 309 grams with two hinges, this will feel heavy and complex for anyone who just wants a phone that fits in their pocket and works. Samsung doesn’t mention S Pen support, which seems like a missed opportunity for artists and designers who’d want to use this 10-inch canvas for sketching or illustration in a device that still fits in a bag.

Long-term durability remains an open question, even with IP48 and all the quality control Samsung mentions. But for people who already push their phones into laptop territory and want the biggest possible screen in the smallest possible folded size, the TriFold makes a clear statement about where high-end mobile is heading. It’s excessive, complicated, and not for everyone, but that seems to be the whole point.

The post Galaxy Z TriFold Fits a 10-Inch Screen Into a 12.9mm Phone first appeared on Yanko Design.

This Square Player Refuses to Stream Music, and That’s the Point

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Streaming services turned album covers into tiny squares you scroll past on your way to something else. Phones made music convenient, but also turned it into background noise competing with notifications, emails, and every app demanding attention at once. You used to hold a record sleeve and feel like you owned something specific. Now your entire library is just files in a folder somewhere, and nothing about that experience feels remotely special or worth paying attention to.

Sleevenote is musician Tom Vek’s attempt to give digital albums their own object again. It’s a square music player with a 4-inch screen that matches the shape of album artwork, designed to show covers, back sleeves, and booklet pages without any other interface getting in the way. The device only plays music you actually buy and download from places like Bandcamp, deliberately skipping Spotify and Apple Music to keep ownership separate from the endless scroll.

Designers: Tom Vek, Chris Hipgrave (Sleevenote)

The hardware is a black square that’s mostly screen from the front, with a thick body and rounded edges that make it feel more like a handheld picture frame than a phone. Physical playback buttons sit along one side so you can skip tracks without touching the screen. When you hold it, the weight and thickness are noticeable. This isn’t trying to slip into a pocket; it’s trying to sit on your desk or rest in your hand like a miniature album sleeve.

The screen shows high-resolution artwork, back covers, lyrics, and credits supplied through the Sleevenote platform. You swipe through booklet pages while listening, and the interface stays out of the way so the album art fills the entire square without overlays or buttons. The whole point is that the device becomes the album cover while music plays, which works better in practice than it sounds on paper when you describe it.

Sleevenote won’t let you stream anything. It encourages you to “audition” music on your phone and only put albums you truly love on the player, treating it more like a curated shelf than a jukebox with everything. This sounds good in theory, but means carrying a second device that can’t do anything except play the files you’ve already bought, which feels like a lot of friction for album art, no matter how nice the screen looks.

Sleevenote works as a small act of resistance against music as disposable content. For people who miss having a physical relationship with albums, a square player that only does one thing might feel like a shrine worth keeping. Whether that’s worth the price for a device with a screen barely bigger than your phone is a different question, but the idea that digital music deserves its own object makes more sense than cramming everything into the same distracted rectangle.

The post This Square Player Refuses to Stream Music, and That’s the Point first appeared on Yanko Design.

Bene Just Built Office Furniture You Can Reconfigure Without Any Tools

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Offices keep buying furniture that looks permanent, which works fine until someone needs the room to do something different. A workshop space becomes a presentation area, a meeting room needs to turn into individual work zones, and nobody wants to wait three days for facilities to show up with screwdrivers. The furniture just sits there looking expensive and immovable while everyone works around it instead of with it.

PIXEL by Bene is designer Didi Lenz’s answer, and it looks almost suspiciously simple. Each piece is a 36 x 36 cm cube made from raw pine plywood with visible grain and knots all over the surface. Lenz says it isn’t really furniture, which makes sense when you see people stacking them into benches, flipping them into tables, or just using one as a side storage box with a handle cut into the side.

Designer: Didi Lenze (Bene)

The wood is completely untreated, so every cube looks slightly different depending on which part of the tree it came from. Some have dark knots near the corners, others show lighter grain patterns, and the plywood edges are exposed instead of hidden under veneer. It definitely reads as workshop material rather than corporate office product, which seems to be the whole point. You can see the screws holding the corners together.

The cubes stack easily because they’re all the same size, and the cutout handles on two sides let you carry them around or fold them over to connect boxes side by side. Add a white laminate top and a stack becomes a work table. Add casters to the bottom, and it rolls wherever you need it. PIXEL Rack adds metal frames that turn stacks into proper shelving or room dividers with slots for whiteboards and plants.

Bene shows photos of teams building entire project rooms by hand. Boxes stacked three high become benches for workshops, racks filled with boxes create semi-transparent walls between work zones, and tops laid across stacks turn into standing height tables. The setups look intentionally unfinished, like someone is still building them, which is probably the aesthetic Lenz wanted. Nothing looks bolted down or precious.

The system works because it assumes people will move things around themselves without asking permission. You need more seating for a presentation, so you grab some boxes from the storage wall and stack them into rows. The presentation ends, and those same boxes become side tables or go back to holding supplies. Heck, they can turn into a bar for an event if you add the right tops.

Raw plywood has obvious trade-offs. It’ll get dinged and stained over time, the surface isn’t smooth enough for detailed work, and the workshop look won’t suit every office brand. The fixed 36 cm dimension means everything is the same height whether you’re sitting, standing, or storing things, which can feel awkward. Some people will look at PIXEL and just see fancy storage crates, which isn’t entirely wrong.

But the system makes sense for spaces that need to change shape constantly. Co-working areas, design studios, classrooms, and pop-up shops can rebuild their layout between sessions without calling anyone. The wood looks honest and approachable instead of intimidating, and you don’t need instructions to figure out that boxes stack. PIXEL by Bene basically gives you building blocks that happen to be office furniture, or maybe it’s the other way around.

The post Bene Just Built Office Furniture You Can Reconfigure Without Any Tools first appeared on Yanko Design.

AYANEO Just Built a 115Wh Strix Halo Handheld and Killed Portability

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Gaming handhelds are supposed to fit in your hands, but AMD’s new Strix Halo processors generate serious heat and drain batteries faster than you can finish a boss fight. The GPD Win 5 and OneXFly Apex responded by strapping external battery packs to their backs, which works, but looks like your handheld is wearing a fanny pack in the wrong spot. It’s practical but awkward, and it raises an obvious question: if you’re adding external batteries anyway, why not just make the whole device bigger?

AYANEO apparently asked that same question and decided to run with it. The AYANEO NEXT II skips external packs entirely, hiding a massive 115Wh battery and a 9.06-inch OLED inside a thick, sculpted body that feels more like a portable gaming monitor with grips than something you’d slip into a backpack. It’s AYANEO’s answer to Strix Halo’s power demands, and the solution involves simply accepting that this thing was never going to be pocketable in the first place.

Designer: AYANEO

The design doesn’t apologize for its size. Deep grips flare outward like a proper gamepad, and the body is thick enough to house dual cooling fans without turning into a space heater. Hall effect sticks sit where your thumbs expect them, surrounded by a floating D-pad, dual touchpads, and speakers that actually face you instead of firing sound into your lap. It looks less like a Switch rival and more like someone decided gaming monitors needed handles attached.

That 9.06-inch screen uses an unusual 3:2 aspect ratio instead of the typical widescreen shape most games expect. You get a gorgeous OLED panel with refresh rates up to 165Hz and brightness that peaks at 1100 nits, which sounds fantastic until you realize most games will either add black bars or run nowhere near 165 frames per second at this resolution anyway. Still, it’s lovely for desktop windows and emulators that appreciate the extra vertical space.

The 115Wh battery is where things get complicated. Everything stays hidden inside for a cleaner look and more console-like feel, but that capacity might cause questions at airport security since many airlines cap carry-on batteries at 100Wh. You also can’t swap batteries when one dies, and constantly feeding an 85-watt processor means faster charge cycles and potential long-term wear. You’re looking at two to three hours of heavy gaming before hunting for an outlet.

The dual cooling fans work hard to keep Strix Halo from overheating, and you’ll definitely hear them during intense sessions. AYANEO claims it can sustain up to 85 watts, which should let the integrated Radeon graphics handle modern games at respectable settings, though you’ll also feel warmth radiating from the vents. This is less a grab-and-go portable and more something you carry from the couch to the desk when you need a scenery change.

AYANEO loaded the NEXT II with premium controls that enthusiasts will genuinely appreciate. Hall effect sticks and triggers promise zero drift, dual-stage trigger locks switch between smooth analog and clicky digital modes, and rear buttons plus dual touchpads give you more inputs than a standard controller. A magnetic haptic motor adds feedback that tries to mimic console vibration, and the AYASpace software hides Windows behind a console-style launcher with performance tuning options built in.

The AYANEO NEXT II essentially stops pretending to be portable. It won’t fit in a jacket pocket, might get flagged at airport security, and is almost certainly too heavy for comfortable one-handed play in bed. But if you want something that feels more like a small gaming monitor with built-in controls rather than a device you’d actually carry around town, this oversized approach makes a strange kind of sense. You just have to accept that portability took a back seat to screen size and battery capacity.

The post AYANEO Just Built a 115Wh Strix Halo Handheld and Killed Portability first appeared on Yanko Design.