Do you remember the last time music actually demanded something of you? Not just your attention while you scrolled, but your hands. The deliberate pull of a record from its sleeve. The small, mechanical click of a CD case. The unhurried ritual that came before every song, every mood shift, every late-night session on the floor with the volume just loud enough. Vladimir Dubrovin remembers. The California-based multidisciplinary designer has been quietly building a case for returning physicality to the act of listening, and with the ENSA T1, his latest concept design, the argument gets considerably harder to dismiss.

The T1 is the newest addition to Dubrovin’s ENSA line, an evolving design series that began with the ENSA P1, a portable audio player concept that reimagined what a music device could look and feel like in the post-streaming era. The P1 introduced Dubrovin’s concept of C-NAND cartridges: small, disc-shaped, solid-state storage units where each cartridge holds one complete album. There are no moving parts, no spinning mechanisms. They’re fully digital in how they handle audio, but they exist in the physical world the way vinyl does. You pick one up, turn it over, look at it, choose it. The act of choosing your music becomes deliberate again, and that matters more than it sounds.

Designer: Vladimir Dubrovin

Where the P1 was built for portability and kept its design trim and pocketable, the T1 feels like the next chapter. Visually and conceptually, it carries the same DNA: clean, considered industrial design with an aluminum body and restrained detailing. But the T1 reads as something more anchored, a device you set somewhere permanent and return to, rather than slip into a bag. It’s a design that seems to understand the difference between music you consume and music you actually sit down for.

Aesthetically, Dubrovin’s approach has always felt less like tech product design and more like furniture-level thinking. The ENSA devices belong to the same visual conversation as early Braun electronics or a Dieter Rams concept sketch, where every detail either earns its place or gets removed entirely. The T1 continues that restraint. Its form doesn’t shout, which is precisely why it catches your eye. In a market saturated with speakers shaped like pebbles and smart displays with glowing rings, an audio device that looks like it was designed by someone who genuinely thought about what it means to own a piece of music is genuinely refreshing.

The broader question Dubrovin keeps posing with the ENSA project is one worth sitting with: what did we actually lose when music went weightless? Streaming solved convenience so completely that most of us never stopped to notice what the tradeoff cost. We gained access to everything and lost the kind of focus that comes from committing to a single album, from having music you could see, hold, or lend to a friend. The ENSA T1 is not trying to compete with Spotify. It’s asking whether the experience of music could mean something again, even if you have to build an entirely new format to get there.

It’s a concept project, not a product you can buy, and the realist in me knows that’s a significant caveat. Building out a new physical media format in 2026 is an uphill proposition at best. The infrastructure alone, manufacturing cartridges, convincing labels, and getting devices into homes, would require a level of industry commitment that’s difficult to imagine right now. But design concepts don’t have to ship to matter. The best ones articulate a desire most people feel but haven’t named yet, and the ENSA T1 does exactly that. The desire for music that has weight, that takes up space, that gives you something to do with your hands before the first note plays.

That’s why Dubrovin’s work keeps getting attention. The ENSA line isn’t nostalgic in the way that feels defensive or retrograde. It’s just honest about the fact that we traded something real for something convenient, and it’s asking, politely but persistently, if we’d like it back.

The post Streaming Took Something From Us. The ENSA T1 Wants It Back first appeared on Yanko Design.

After many teasers and demos, the Honor Robot Phone has finally and officially launched in China. It is also staying exclusive to the Chinese market for now, with Honor not planning an international release at this stage. That alone will make it a frustratingly out-of-reach device for many, because this is one of the rare smartphones that feels genuinely different at first glance.

Part of the reason the launch has drawn so much interest is that Honor first revealed the Robot Phone at MWC earlier this year, where it quickly became one of the event’s biggest conversation pieces. Even in a show packed with concept hardware and camera claims, this was the device that made people stop, stare, and ask how it actually worked. Now that it has moved from trade show reveal to commercial launch, the Robot Phone still feels just as unusual.

Designer: HONOR

Rather than chasing attention with another familiar camera bump or an incremental spec upgrade, Honor has built a robotic gimbal directly into the phone itself. The result is a camera system that can physically move, track, tilt, and stabilize in ways a conventional flagship simply cannot. After spending time with the device, it is clear the Robot Phone is not just trying to be another premium handset with a long feature list. It is trying to pitch a new idea for what a creator-focused smartphone can be.

The big story is movement, not just megapixels

The core pitch behind the Honor Robot Phone is easy to understand once you see it in person. Honor has integrated what it calls a 4DoF Titanium Agile Gimbal into the phone, effectively turning the camera into an active moving system rather than a static sensor setup. The company says the module is 65 percent smaller than traditional gimbal solutions while also offering a 200 percent increase in structural strength, allowing it to fit inside a premium smartphone body without turning the device into a bulky experiment.

That change in hardware philosophy is what makes the Robot Phone immediately stand out. In practice, the moving camera module is meant to deliver smoother stabilization and more dynamic motion than a normal smartphone can manage on its own. Honor is also building in multiple movement modes, including Tilt Lock, First Person View, FPV Vertical, and AI SpinShot, all of which are designed to make mobile footage look more deliberate and more cinematic.

Honor is aiming this squarely at creators

The second half of the launch story is imaging. Honor says the Robot Phone is the first major product from its Cinematic Imaging Partnership with ARRI, bringing selected elements of ARRI Image Science and professional cinema workflow ideas into a smartphone. That includes ARRI LogC3 recording in ARRI CINEMA mode on the main gimbal camera, alongside ARRI Wide Gamut 3 and ARRI Looks.

On paper, the camera hardware is also extremely ambitious. The rear setup pairs a 200MP Agile Gimbal Main Camera with a 1/1.28-inch sensor and F1.6 aperture with a 200MP periscope telephoto camera using a 1/1.4-inch sensor and 2.7x optical zoom. A 50MP ultra-wide camera completes the setup. Honor is also claiming AI noise reduction improvements, up to 14 stops of dynamic range, and a video pipeline designed to preserve more usable information for post-production.

That is a lot of technical language, but the broader message is straightforward. Honor does not want the Robot Phone to be seen as a novelty. It wants this to be taken seriously as a compact filmmaking and creator tool.

Hands-on: The Honor Robot Phone feels different right away

The most striking thing about the Robot Phone in person is that its main feature is visible. So many smartphone launches revolve around internal improvements that are difficult to appreciate without extensive testing. Here, the big idea is immediately obvious. The camera module moves. It tracks. It gives the phone a sense of physical intention that most handsets simply do not have.

That makes the Robot Phone more memorable than most new flagships before you even get into image quality. Instead of relying entirely on software stabilization and fixed hardware, Honor is trying to introduce actual camera movement into the smartphone experience. In a short hands-on session, that makes the device feel less like a standard phone with a flashy camera and more like a compact production tool that happens to fit in your pocket.

The tracking and movement features are also easier to appreciate in person than they are on a spec sheet. AI Live-Tracking, gesture controls, and voice-directed movement all sound abstract on paper. Once you see the phone physically following a subject or repositioning itself, the concept becomes much easier to understand. Whether that turns into something essential in everyday use is a bigger question, but as a first impression, the idea lands more convincingly than I expected.

Using the on-screen virtual joystick, I was able to adjust the gimbal with surprising precision. The interface crams in a lot of features, so it does take some time to learn. Even so, the gimbal feels very responsive, which helps the controls feel more intuitive once you settle in.

There is still a full flagship wrapped around the concept

Outside the headline camera hardware, Honor is still treating the Robot Phone like a proper premium device. It is powered by the Snapdragon 8 Elite Gen 5, backed by a custom cooling system that is meant to keep performance stable during longer recording sessions. There is also a 7060mAh silicon-carbon battery, with support for 120W wired charging and 50W wireless charging.

The rest of the hardware sounds suitably high-end too. Honor is using an all-metal unibody design paired with a 6.31-inch LTPO OLED display, an adaptive 1 to 120Hz refresh rate, and a claimed peak brightness of 6800 nits. On paper at least, this is not a concept phone built around one attention-grabbing trick. Honor is trying to package an experimental camera idea inside a full flagship experience.

China-only for now, and that is a shame

For now, the Honor Robot Phone is launching only in China, where it might be staying indefinitely. Honor is not planning to release the device outside China at this stage, which means this unusually creator-focused phone is set to remain a domestic-market curiosity rather than a broader global play.

That is disappointing, because the Robot Phone feels like exactly the kind of launch the smartphone market needs more of. It may not be for everyone, and there are obvious questions about durability, long-term usefulness, and whether creators will trust a built-in robotic camera system over dedicated gear. Even so, it is difficult to dismiss because the concept is so easy to understand once you see it in action.

Early thoughts

After a brief hands-on, my early take is that the Honor Robot Phone feels niche but genuinely fresh. The robotic gimbal is not just a visual gimmick for launch-day headlines. It changes the way the device presents itself, and potentially the way some people shoot with it. Whether that translates into a truly great camera phone will need more time to answer, but as a statement of intent, Honor has made one of the boldest smartphone moves of the year.

The bigger frustration is that, for now, it is a bold move that most of the world will only be able to watch from a distance. First teased at MWC earlier this year and now officially on sale in China for 9,999 yuan (roughly $1,483) for the 12GB+512GB variant and 12,999 yuan (around $1,928) for the 16GB+1TB variant, the Robot Phone is not about to become the next mainstream global flagship. Still, even as a limited-market release, it stands out as one of the most unusual and ambitious smartphones to arrive this year.

The post Honor Robot Phone Hands-on: Bold Phone With A Moving Camera Few Can Buy first appeared on Yanko Design.

ChatGPT Atlas is scheduled to stop working Aug. 9, 2026. Users should export browser data, verify account access, and test replacement workflows before uninstalling it.

The post ChatGPT Atlas Shuts Down Aug. 9: What Users Must Save Before Migrating appeared first on TechRepublic.

Samsung’s Galaxy Z Fold8 leads record foldable preorders in the US and South Korea as more buyers move from Flip models to the larger Fold lineup before launch.

The post Samsung: New Galaxy Foldables Beat Previous Preorder Record by 30% appeared first on TechRepublic.

OpenAI’s three education plugins help teachers and college students create lessons, quizzes, study plans, and other materials with ChatGPT.

The post OpenAI Launches 3 ChatGPT Education Plugins for Teachers and College Students appeared first on TechRepublic.

Apple plans an iOS framework for iPhone-to-Windows clipboard sharing after Microsoft’s EU request, but users face a wait until at least late 2027.

The post Apple Plans iPhone-to-Windows Clipboard Support After Microsoft DMA Request appeared first on TechRepublic.

Motorola patented a smartwatch that could one day transform into a phone. See how it works, who might use it, and what could keep it from reaching stores.

The post Motorola Patents a Wearable that Could Transform From Watch to Phone appeared first on TechRepublic.

The Steam Machine has swappable faceplates, which is a genuinely good idea that Valve doesn’t appear to have fully exploited. The concept is essentially that the front panel of the console is a blank cosmetic slate, open to third parties and hobbyists to design around. So far, most of what’s been proposed has leaned on that word: cosmetic. Different textures, different graphics, different visual personalities for what is otherwise a matte black gaming cube.

This faceplate mod takes a different approach by asking what the panel could actually do. The result is a replacement front cover that integrates a charging cradle for the Steam Controller directly into the face of the console, turning what would normally be dead real estate into a functional docking station. Set the controller down, it charges. Pick it up, it’s ready. No separate charging puck dangling off to the side.

Designer: NefariousnessWhole25

The charging mechanism uses the Steam Controller’s own wireless puck seated inside the faceplate cradle, with a USB cable routed discreetly around the inside edge of the panel and into one of the Steam Machine’s existing USB ports. It’s a routing solution rather than a rewiring one, which keeps the electrical side simple and reversible. The puck sits in the cradle, the controller sits on the puck, and the whole arrangement slots onto the front of the machine like any other faceplate.

What makes it more than a wall mount with ambition is the kickstand built into the rear of the panel. It folds out from the back of the faceplate, propping the cradle up at an angle, turning the entire assembly into a standalone desk dock that works independently from the Steam Machine. Take the faceplate off the console and prop it up on a table, and it functions as a charging stand on its own terms.

The inspiration came partly from Valve’s own demonstration of an e-ink faceplate, which showed that the panel slot was capable of doing more than holding a decorative cover in place. That demonstration didn’t ship as a product, but it established the idea that the faceplate system had functional potential beyond aesthetics. This mod picks up that thread and takes it somewhere more immediately useful for anyone who has both pieces of Valve’s current hardware sitting on the same desk.

Design files haven’t been released yet, and there are no confirmed plans to sell finished units. The prototype is out, it works, and it raises a question worth asking about Valve’s approach to the faceplate ecosystem: if a single modder can turn the front panel into a functioning charging dock over a weekend, what would a dedicated accessory program actually look like at scale?

The post This Mod Made a Steam Machine Faceplate Charge Your Steam Controller first appeared on Yanko Design.

Smartphones have made information permanently accessible, but that accessibility comes at a price. The same device that shows you a reminder also delivers a notification for something unrelated, which leads to one more app opened, one more five-minute detour, and one more afternoon where the task you meant to remember sits unfinished somewhere in a mental stack. The problem isn’t access to information. It’s the medium through which it arrives.

The ZecTrix Note 4 approaches that with a different premise: what if the display that shows your tasks doesn’t connect to your attention the same way a phone screen does? It’s a 4.2-inch e-paper smart display, about the size of a palm, that attaches magnetically to a metal surface and stays there showing whatever you most need to remember, using almost no power to do it.

Designer: ZecTrix

The interaction model is deliberately minimal. Press the physical button, speak your task or reminder, and the device converts that into text and adds it to the display. The built-in AI voice assistant handles the transcription and task management, and the e-paper screen holds whatever it’s showing without any power draw between updates. The display also handles weather, clocks, focus timers, handwritten notes, images, and custom templates.

Hardware underneath is solid for something this compact. An ESP32-S3 dual-core processor with 8 MB of PSRAM and 16 MB of flash handles the AI processing and connectivity, backed by a 2,000 mAh battery, 2.4 GHz Wi-Fi, Bluetooth 5.0, NFC, a speaker, a microphone, and a USB Type-C port for charging. GPIO expansion is also available, which opens the platform to custom hardware additions.

The 97mm x 97mm x 8.75mm square chassis comes in three enclosure variants: an injection-molded Minimal Premium Edition designed for clean desk or kitchen wall placement, a standard Everyday Edition for DIY-minded users, and a Color Edition with open-source 3D model files for those who want to print their own. The magnetic backplate sticks firmly to any suitable metal surface without adhesive or mounting hardware.

For users who want more than a black-and-white display, there’s the Note 4C, which replaces the monochrome panel with a four-color E Ink screen that adds red and yellow to the palette. It runs on the same hardware platform but ships without the consumer AI firmware, positioning it instead as an open development device for people with ESP32 experience. The color panel is slower to refresh, typically over ten seconds per full update, making it better suited to status labels, family photo cards, or API dashboards that update occasionally rather than continuously.

The two products are deliberately distinct rather than tiered versions of the same thing. The Note 4 is a finished product with a lifetime AI voice service included; the Note 4C is an open starting point for a custom build. Both share the same physical form, so the choice comes down to how much of the software someone wants to supply themselves.

The post Phones Turn Reminders Into Distractions, This Magnetic Display Won’t first appeared on Yanko Design.

The idea of merging a smartwatch and a smartphone into a single device has been floating around the industry for years, mostly because the obvious inconvenience is right there: two screens on two separate devices, one tiny and worn on the wrist, the other large and kept in a pocket, each doing essentially half the job the other can’t. The logical question is whether one of those devices could do both jobs depending on the situation.

Motorola’s latest patent, officially registered as US12,693,705 under the title “Pivoting wearable reconfigurable screen,” proposes exactly that. The device starts on the wrist as a conventional smartwatch, its flexible display curved around the band. When more screen real estate is needed, the strap pivots and unfolds, flattening into a short, wide display format that functions as a handheld device. A third configuration folds the bottom quarter into an “L” shape, turning the unit into a self-standing desk display.

Designer: Motorola (via Burnplate, David Kowalski/xeaks7)

The mechanism that makes it possible is the strap itself. Rather than housing a traditional watch face with a fixed display, almost the entire outer surface of the band carries a flexible screen. Worn, it reads like a standard wearable. Removed and unfolded, that same surface becomes the display area of a compact, landscape-oriented device. The pivot point is what separates this from simply being a wrist-wrap phone like earlier concepts.

That distinction matters because Nubia tried the wrist-phone idea back in 2018 with the Alpha, and the result was a fascinating but limited object. The Alpha wrapped a 4.01-inch OLED display around the upper wrist, delivering more screen real estate than any smartwatch before it, but the display stayed wrapped. It curved beautifully, could make calls, take photos, and run apps, but it never transformed into anything. The watch was the watch, full stop.

Nubia Alpha

Motorola’s patent reverses the logic. Rather than making a phone you can wear, it proposes a watch you can unfold. The distinction isn’t purely semantic. A device that starts as a watch and transforms into a handheld is solving a different problem than one that starts as a phone and straps to your wrist. The first carries a reasonable identity in both states; the second always feels like a compromise in one of them.

Nubia Alpha

The Nubia Alpha’s sticking point wasn’t the display, which was genuinely impressive and ahead of its time. It was the software, the battery, and the form factor’s limits in practice. Nubia never took the concept further after the original and a 2020 follow-up. The flexible display remained horizontal and wrist-bound, never taking the step toward becoming a genuinely detachable, self-sufficient screen.

Whether Motorola’s patented concept eventually ships as a real device is a separate question entirely. Patents are filed routinely without becoming products, and this one would require flexible display technology durable enough to handle daily wrist bending and regular unfolding, a battery that fits within strap dimensions, and software that transitions cleanly between modes. None of those are trivial problems.

Still, the direction of thinking has clearly shifted since 2018. Nubia asked what happens when a smartphone lives on your wrist. Motorola is asking what happens when a watch becomes a screen the moment you need one.

The post Motorola’s Patent Isn’t a Phone You Wear, It’s a Watch You Unfold first appeared on Yanko Design.

Let’s talk about the math for starting a small apparel brand. You have the designs, the drive, and a growing list of people who want to buy your stuff. Then you look up the gear. Aside from the thousands in hardware, materials, and a good air-purification system (because breathing is generally a good thing), you’re also looking at a massive space investment. Suddenly, you’re nearly $10k in, and need an entire garage for something the XtraMaker M1 Series offers in a tabletop format for a fraction of the price. With a modular printhead design no less, allowing for customization all within the form factor of a large microwave oven.

This is where the XtraMaker M1 Series finally brings apparel creation into the desktop factory era. It takes that sprawling, expensive production line and collapses it into a single, self-contained unit for $2,999. This is the micro-factory for fabric we’ve been waiting for, handling everything from printing the transfer to curing the adhesive inside a fume-filtered system that fits on a desk. It’s the machine that makes the business plan finally make sense, shrinking the startup cost by two-thirds and proving that the next big apparel brand doesn’t need an industrial loan to get started; it just needs a desktop.

Designer: XtraMaker

Click Here to Buy Now: $2999 $6499 ($3500 off). Hurry, only 38/50 left! Raised over $331,000.

The M1’s core innovation is condensing the entire five-step DTF relay race into a single, autonomous sprint. It prints, powders, shakes, cures, and purifies its own air without any manual handoff between stages. This integrated workflow is critical for a desktop machine, as it eliminates the mess and fumes that make traditional DTF printing impossible in a home or small studio. The enclosed system uses a multi-layer filter to capture stray adhesive powder and neutralize the chemical smell from the curing process, keeping the workspace clean and breathable. This turns what was once a multi-machine, garage-only operation into a clean, one-click process you can run from a spare room.

Print quality is anchored to commercial standards, with G7 Master-certified color accuracy ensuring that on-screen RGB designs translate faithfully to the final CMYK print. At a resolution of 1440×1440 DPI, the M1 Series produces sharp, detailed transfers where fine lines and photo-realistic gradients come through cleanly. The resulting prints are just 0.5mm thick, allowing them to blend seamlessly with the fabric’s texture rather than sitting on top like a stiff, plastic patch. This professional-grade output works across a huge range of materials, from cotton, denim, and polyester to more delicate fabrics like silk, giving creators a massive canvas for their ideas.

XtraMaker’s engineers clearly obsessed over reliability, building in a suite of defensive systems to prevent common failures. The most notorious issue in DTF printing, white ink clogging, is addressed by the LoopMaster system, which uses automatic 15-minute circulation cycles and continuous cartridge stirring to keep the dense ink from settling and drying in the lines (the white ink circulation system operates with zero ink consumption too). Even more impressive is the built-in UPS battery. If power cuts out, the battery instantly triggers a flush, replacing the ink with a protective fluid to save the printhead from drying out. The UPS battery also powers the printer’s auto-maintenance system while the machine is on standby or powered off. This enables the machine to automatically fill the ink channels with moisturizing liquid and keep the white ink stirring continuously for up to 30 days. Combined with over 20 sensors that monitor the machine’s health and ink levels in real-time, all this creates a system that actively works to prevent the most expensive and frustrating problems before they happen.

The entire package is tailored for small business growth, from the software to the hardware options. The XtraMaker Studios app includes a cost estimation tool that calculates ink and film usage, giving you a precise per-print cost so you can price your products profitably. A 3D preview feature also lets you see how a design will look on a finished garment, saving time and materials. The M1 itself comes in two sizes: the standard M1 for A4-sized prints, perfect for logos and chest graphics, and the larger M1 Pro, which handles A3+ prints for full-back designs on hoodies and jackets. This gives a growing brand a clear upgrade path as their product line and ambitions expand.

XtraMaker’s M1 Series is aimed squarely at the new wave of creators: Etsy sellers, independent streetwear labels, and craft fair operators who need professional output without the industrial overhead. While other desktop DTF printers exist, none integrate the entire five-step workflow, the advanced anti-clog and power-loss protection, and the built-in air purification into a single unit at this price. It’s a machine that understands that for a small business, the real costs are complexity, downtime, and mess.

Click Here to Buy Now: $2999 $6499 ($3500 off). Hurry, only 38/50 left! Raised over $331,000.

The post This $2,999 Device Turns Your Desktop Into A Custom Apparel Printing Factory (With Air Purification) first appeared on Yanko Design.

Samsung’s Galaxy S26 FE could cost more than its predecessor, raising questions about whether the Fan Edition still offers strong value.

The post Galaxy S26 FE Price Leak Follows Samsung’s Mobile Profit Slide appeared first on TechRepublic.

Apple could launch camera-equipped AirPods before the end of 2026, using visual sensors to give Siri greater awareness of a user’s surroundings.

The post Apple Could Launch Camera-Equipped AirPods Before the End of 2026 appeared first on TechRepublic.

MacBook Air delays are turning Apple’s everyday laptop into a planning issue for buyers counting on quick delivery.

The post MacBook Air Delays Could Complicate Laptop Rollouts appeared first on TechRepublic.

Camera batteries are one of those accessories that photographers never think about until something goes wrong. They’re small enough to vanish into the bottom of a bag or a jacket pocket, common enough to own several of and regularly mix up, and important enough that losing one mid-trip can force an early stop to a shoot. The solution most people reach for is buying more of them, which only increases the number of things to keep track of.

The FALCAM TagBatt addresses the problem from inside the battery itself. Compatible with Sony’s NP-FZ100 form factor, it integrates Apple’s Find My tracking technology directly into the cell, so the battery carries its own location data wherever it goes. If it ends up left behind at a studio, a venue, or the seat pocket of a flight, the Find My app will flag it and show its last known position.

Designer: FALCAM

Because the tracker lives inside the battery rather than clipped to a camera strap or screwed into a cage mount, it’s considerably harder to spot. An opportunistic thief who grabs a camera bag and removes any obvious Bluetooth puck from the outside can’t strip out what’s already built into the power source. It’s the kind of discreet integration that external trackers can’t quite replicate, no matter how small they get.

The tracking isn’t the only thing the TagBatt changes about how a camera battery behaves. A built-in USB-C port lets it charge directly from any standard USB-C source, including a power bank or a travel adapter, without needing the dedicated Sony battery charger that typically takes up its own space in a kit bag. Pop it out of the camera, plug it in overnight, and it’s ready in the morning without routing around a charger at all.

Capacity comes in at 2,600mAh against the OEM Sony NP-FZ100’s 2,280mAh, which translates to a modest but real advantage per charge. An advanced decoding chip handles the communication with the camera’s internal systems so the body treats it as it would any genuine battery, with accurate charge-level reporting and none of the “non-genuine battery” warning messages that typically accompany third-party cells.

Compatibility covers a wide sweep of Sony’s current lineup, including the Alpha 7 series through the Alpha 7 V, the Alpha 9 series, the Alpha 6700, the FX3 and FX30, and the ZV-E1, among others. A Canon LP-E6 version is also available now, with Nikon EN-EL15 and Fujifilm NP-W235 versions confirmed to be in development.

At $69.99, the TagBatt costs more than a standard third-party replacement but considerably less than the Sony original, and it comes with two capabilities that the original simply doesn’t offer. For photographers who travel frequently, work in locations where gear occasionally goes astray, or are just tired of carrying a charger they’d rather leave at home, the trade-off makes a fairly straightforward case.

The post Camera Batteries Go Missing, So This $70 One Tracks Itself first appeared on Yanko Design.

Cables are the dirty secret of PC building. No matter how carefully chosen the components are, or how expensive the case gets, the tangle of power, data, and fan connectors that crisscross the interior of most gaming desktops eventually undermines every effort at a clean aesthetic. The glass side panel that was supposed to show off the build ends up framing a web of wires that even the most diligent cable manager struggles to fully tame.

The Maingear Zero treats that problem as the actual design brief. Its patented MG-RC, or Rear Connection, system moves every motherboard connector to the back and underside of the board, clearing the visible interior of cables entirely. Paired with a single, seamless 4 mm tempered glass curve that wraps the front and side of the chassis without a single seam or pillar, the result is a desktop that looks like it has nothing to hide, because it genuinely doesn’t.

Designer: Maingear

Seven fans work to keep the hardware running at full performance without drawing much attention to themselves. A mix of standard and reverse-blade units pushes cool air in through the front and exhausts it out through a 360mm AIO liquid cooler at the top, all following a single front-to-back airflow path. The reverse-blade intakes are specifically designed so the fan blades themselves don’t interrupt the view through the glass, which is a level of detail that most cases simply don’t think to address.

All RGB lighting inside the Zero is diffused rather than sourced from visible diodes, meaning the light saturates the interior without any glowing point of origin to break the illusion. The whole package measures 236mm wide, 421mm tall, and 460mm deep, which is more compact than a traditional mid-tower while still accommodating a full-sized GPU and the 360mm cooler overhead. It doesn’t look like a PC that compromised on size to achieve the aesthetic.

The hardware ceiling is genuinely high. Configurations top out at an NVIDIA GeForce RTX 5090 paired with an AMD Ryzen 7 9850X3D or Intel Core Ultra 7 270K Plus, 32GB of DDR5 memory, and a 2TB NVMe SSD. The chassis uses standardized mATX components throughout, with no proprietary parts, so future upgrades don’t require a trip back to the manufacturer.

Beyond the hardware, the Launch Edition adds a pair of tool-free snap-in display stands inside the chassis, one for figurines and one for brick builds. The stands sit inside the case floor where passive airflow keeps whatever’s displayed inside dust-free. It’s the kind of feature that turns the interior from a hardware showcase into something closer to a display cabinet, which only makes sense given how much effort went into eliminating everything else that wasn’t worth looking at.

Every system is hand-built in New Jersey and ships with no bloatware pre-installed. Pricing starts at $2,699 for the base configuration, with the top-end Launch Edition Champion reaching $6,799. Built around the premise that nothing inside should be hidden, the Zero demonstrates how the best-looking gaming PC doesn’t have to sacrifice anything to get there.

The post A $2,699 Gaming PC That Doubles as a Display Case for Figurines first appeared on Yanko Design.

Working parents of school-age children face a particular kind of worry during the hours between the end of the school day and the end of the workday. Phone calls get missed, text messages go unread, and the ones that do get through usually carry just enough information to confirm a child made it home. What they rarely carry is any sense of how the child is actually doing, and that gap tends to get filled with parental anxiety rather than reassurance.

Keylo is a conceptual companion device designed around that specific gap. Rather than giving children another screen to manage or another app to navigate, it offers a single, tactile interaction: a tap that lets them express how they’re feeling. No typing, no calling, no notification chain. The child touches the device, cycles through a color to represent their emotional state, and the parent’s app receives it.

Designer: Miaonan Li

The system consists of three physical parts. The main companion unit sits on a home dock, usually somewhere a child passes when they get home. A smaller key fob clips to a backpack and travels with the child throughout the day. Both are made from soft matte silicone and deliberately avoid any screen or complex interface, giving the object a quality that’s closer to a familiar household item than a piece of consumer electronics.

The four emotional states Keylo recognizes are kept intentionally broad. A soft orange glow indicates the child feels relaxed; bright yellow signals something more playful or energetic; a neutral white tone signals a preference for quiet or personal space; and a calm blue light carries a specific message from child to parent: I’m thinking of you. Each one is simple enough for a young child to understand and expressive enough to actually mean something when it arrives on a parent’s phone.

That arrival is handled by the companion app, which mirrors the same color language as the physical device. The distinction the project draws between this and conventional parental monitoring is deliberate. Rather than showing parents a location, a screen time report, or a camera feed, the app delivers a single emotional moment. A notification that says a child is feeling calm and playful carries a different quality of information than a location ping, and it asks for a different kind of response.

The device is designed to work without any input from the child beyond that single tap. There are no prompts to answer, no questions to read, and no follow-up required. For a child who has just walked in the door after school, the low threshold is significant; the gesture stays small enough that it doesn’t feel like a chore, which is probably the main reason most family communication apps get abandoned within a few weeks of being set up.

What Keylo explores through its design is how much emotional information can be conveyed through the simplest possible interaction. A color chosen by a child carries less data than a voice call but far more than no contact at all, and it arrives without interrupting anyone’s afternoon in the way a ringing phone does. The project makes a case for the idea that the volume of communication matters less than whether it happens at all, and on terms that feel natural to the person sending it.

The post Forget Tracking Kids After School, This Cute Device Lets Them Check In first appeared on Yanko Design.

Most speakers are designed to disappear. They sit on a shelf, blend into a bookcase, or hide in a cabinet, quietly doing their job until you need them and then fading back into the background. Mårten Malmnäs, a graduate from the Umeå Institute of Design, designed something that pushes back against all of that.

The Beosound Tableau is a wall-mounted audio object developed in collaboration with Bang & Olufsen. Malmnäs calls it “a fireplace for music,” an instrument not just for listening, but for living. The moment I read that, I had to stop. Because I’ve never heard a speaker described that way before, and suddenly, I couldn’t think of a more fitting comparison.

Designer: Mårten Malmnäs

Think about what a fireplace actually does. Yes, it produces heat, but that’s almost beside the point. A fireplace creates presence. It becomes the thing a room organizes itself around. People pull their chairs toward it, conversations happen because of it, and its absence is genuinely felt. That’s a completely different design brief than “fits on your desk” or “connects to your phone.”

Malmnäs started the project with a design probe, a research method that explores the relationships people have with their homes, and from that came a set of experiments around values and behaviors. Eight experimental directions emerged from the ideation phase, spanning different input and output formats. Three of those directions clearly answered the design responsibilities he’d set for the project, and their shared qualities pointed toward one resolved object.

Here’s where it gets interesting. The original concept for the Tableau was screen-based, but a method called Wizard of Oz testing, where a human simulates the system to observe how people actually interact with it, pushed the design somewhere more honest. The interaction model shifted from screens to navigation by sound. And the principle that came out of it became the foundation of the whole concept: the most honest interface for a music object is music itself.

That’s a provocative idea. We’ve spent years layering more and more visual UI on top of audio experiences. Every streaming service competes on the complexity of its recommendation algorithm, the visual polish of its playlist covers, the grid of album art. Malmnäs argued the opposite, that sound should speak for sound. The result is the Sonic Token, a physical object that mediates between the listener and the Tableau. Tactile, intentional, and completely different from scrolling a touchscreen.

The Tableau is positioned as a focal thing for the home. An object to gather around and tend to. That language is deliberate, and it’s also a little radical. “Tending” to an audio object implies care and attention, a relationship rather than a transaction. You don’t tend to a Bluetooth speaker. You don’t gather around an app.

Bang & Olufsen has always occupied a rare space in the audio world, where design and sound hold equal weight, and where a product can belong in a design museum and still deliver extraordinary sound. But even by B&O’s standards, the Tableau concept asks a genuinely new question: what if the speaker were the focal point of the room, rather than just a feature of it?

There are fair questions about how a concept like this survives beyond a graduate show. The hands-on, material-driven process Malmnäs used, with 1:1 mock-ups and rigorous testing of the Sonic Token’s form and function, suggests this isn’t a vague idea dressed up in renders. It was built and tested as a real object. Whether it eventually reaches production or stays as a collaborative concept between a student designer and one of the world’s most revered audio brands is another matter.

But the value of the Beosound Tableau isn’t only in whether it ships. It’s in the question it refuses to let go of: why have we settled for speakers that ask nothing of us? The alternative, a speaker that earns its place on the wall, makes music feel like a gathering, and treats sound like something worth being present for, sounds like exactly what the living room has been missing.

The post Bang & Olufsen’s New Speaker Concept Is a Ritual, Not a Device first appeared on Yanko Design.