Supio’s legal AI platform shows why vertical AI built on trusted data and specific workflows may matter more than generic enterprise chatbots.
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SK Hynix crossed a $1 trillion valuation as AI data center demand drives memory chip prices higher and reshapes the semiconductor market.
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China’s missile-armed robot dogs and humanoid systems point to a new phase in military robotics, raising questions about AI warfare.
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Modern desks have never looked better. Sit-stand tables, cable management trays, and ultra-thin laptops have turned the average workspace into something worth showing off. But for all the effort that goes into making a desk look clean and intentional, the accessories that actually power it are often still a mess, and docking stations, in particular, tend to be boxy, generic things that most people try to hide.
That habit of hiding docks makes sense, since most of them aren’t exactly something you’d want on display. The Memdock G3 takes a different approach. It’s a 13-in-1 docking station that doesn’t look the part in the way most docks do, and that’s a compliment. With a rounded aluminum body and a physical volume knob at one end, it’s designed to sit on the desk, not behind it.
Designer: Memdock
Click Here to Buy Now: $89 $189 ($100 off). Hurry, only 135/200 left! Raised over $50,000.
The aluminum shell is both light and sturdy. Weighing just 175g and measuring 17cm in length, it won’t crowd any desk. The silver-white finish sits comfortably alongside a MacBook or a Surface without looking out of place. A one-touch power switch keeps things simple, while the knurled volume knob doubles as a status indicator with a blue ring glowing softly at its base.
Where the G3 separates itself from generic hubs is with its dual HDMI outputs, both capable of 4K at 60Hz. Whether you’re juggling two monitors or spreading your workspace across screens, the setup doesn’t need extra adapters or complicated display routing. It works across Windows and macOS without additional drivers, so plugging in is genuinely all you need to get a full dual-screen arrangement running.
Charging is another area where the G3 keeps things clean. The 100W PD port can keep a laptop topped up while everything else stays connected, which means you don’t need a separate charger taking up another outlet. Pass-through charging also stays active even when the dock is switched off, so your devices keep charging overnight without you having to think about it.
On the data side, the G3 carries multiple 10Gbps connections, including USB-C, which is meaningfully faster than the 5Gbps typical of most docks in its category. Moving a batch of raw photos or offloading footage from an external drive feels noticeably quicker, cutting the time you’d otherwise spend watching a progress bar crawl. Two USB-A ports handle the everyday stuff, from keyboards and mice to thumb drives.
Photographers and video shooters will appreciate having both an SD and a TF slot built in, which removes the hassle of hunting for a separate card reader every time they need to pull files off a camera. Pair that with a Gigabit Ethernet port for a steadier wired connection, and the G3 handles a range of workflows that most hubs can’t without reaching for yet another dongle.
The volume knob deserves a separate mention, not just as a feature, but as a design choice that says something about the G3’s priorities. Instead of digging through a settings panel every time you want to nudge the audio on a call, you just reach over and turn it. It’s a small thing, but it’s the kind of immediate, tactile control that feels obvious once you have it.
Docking stations rarely get treated like products worth designing with real care. They sit at the junction of display, power, data, and audio, making them genuinely central to how a desk functions, yet they’re almost always designed as if nobody will ever look at them. The Memdock G3 is a reminder that the things holding a workspace together can be just as thoughtfully considered as anything else on the desk.
Click Here to Buy Now: $89 $189 ($100 off). Hurry, only 135/200 left! Raised over $50,000.
The post The Memdock G3 Is the 13-Port Dock You Don’t Have to Hide Anymore first appeared on Yanko Design.
The home has become increasingly cluttered with gadgets that need charging, pairing, and their own dedicated spaces. Even something as simple as playing music from a smartphone often involves a Bluetooth speaker sitting on a shelf, waiting for its battery to drain. There’s been a quiet counter-movement in product design, where objects do their jobs without power and sit in a room the way a vase or a mug would.
Kenji Abe’s ECHO is exactly that kind of object. It’s an analog speaker that amplifies smartphone audio simply by being set on top of the phone, requiring no power, no pairing, and no setup beyond placing it down. The concept takes its cues from wind instruments and seashells, two forms that have been shaping and projecting sound for centuries without the help of electricity.
Designer: Kenji Abe
The inside of ECHO works like a chamber, built to catch the phone’s audio and carry it outward in soft, diffused waves rather than projecting it directly. The geometry draws from the same logic as a cupped hand, but with more control over how sound travels. The result isn’t a dramatic volume boost so much as a room-filling quality that feels warmer than a powered speaker on a desk.
The choice of material makes as much of a statement as the form. Abe uses glazed ceramic, the same material found in vases, mugs, and tableware, giving ECHO a texture and presence that belongs in a home rather than on a tech shelf. It doesn’t look like an accessory. It looks like something that was always there, something that simply happened to be placed near a phone.
That quality matters when the phone is on the kitchen counter and you want music while cooking, or on a desk where you’d rather not have a speaker taking up permanent residence. ECHO doesn’t need to live next to a charging cable or be put away between uses. It sits on the table and becomes part of the room, as unobtrusive as any other ceramic piece nearby.
A guest walking in wouldn’t necessarily clock it as a tech product. That’s partly the point. The glazed surface catches light the way pottery does, and the form is quiet enough to sit beside books or plants without demanding attention. When a phone is slid underneath it, it starts doing its job. When the phone is gone, it just stays there, still looking like it belongs. The same underlying principle runs through the Battery-free Amplifying iSpeakers, where a Duralumin metal enclosure amplifies a smartphone’s audio without any power.
Abe designed ECHO to exist comfortably in a room even when it isn’t doing anything, a goal most speakers never consider. Most audio accessories announce themselves. This one quietly waits, and when a phone is close enough to fill the cavity with sound, the room gets a little warmer and a little fuller without anyone having to reach for a power button.
The post This Ceramic Vase Is Actually a Phone Speaker That Needs No Power first appeared on Yanko Design.
May 2026 is a good time to be paying attention. Gadgets aren’t just getting faster or thinner; the best ones this month are getting more intentional. There’s a shared thread running through every standout: each was built around a real constraint, a real behavior, or a real cultural moment, rather than a spec sheet searching for an audience. Five products rose above the rest, and each earns its spot for a distinctly different reason.
From a foldable phone that demolishes the category’s $800 price floor to a Nintendo Switch add-on that turns a gaming console into a live production rig, the range here is unusually wide. What connects them is the quality of thinking underneath. These aren’t renders looking for investment. They’re real objects designed to change how you work, listen, create, and move through a day. That’s the only brief that actually matters.
NASA’s Artemis II lifted off from Kennedy Space Center on April 1, 2026, carrying four astronauts on humanity’s first crewed lunar journey in over 50 years. CircuitMess timed the NASA Artemis Watch 2.0 directly into that cultural gravity. At $129, it’s a fully assembled, ready-to-use programmable smartwatch built around a dual-core ESP32 microcontroller, with a full-color LCD screen, accelerometer, gyroscope, compass, and temperature sensor packed into a wristband designed for anyone aged nine and up who wants more than a fitness tracker strapped to their wrist.
What makes it worth your attention is the depth it offers without demanding anything upfront. Out of the box, it pairs with iOS and Android over Bluetooth for activity tracking and notifications. When curiosity takes over, the firmware is fully open-source and reprogrammable in Python, CircuitBlocks, or the Arduino IDE. Build custom watch faces, write your own apps, and modify sensor behavior as far down as you want to go. The Artemis Watch 2.0 is one of the rarer gadgets at this price: it genuinely grows with the person wearing it.
Every frequent traveler has made the same quiet compromise: leave the proper mouse at home or carry something too small to work with comfortably for more than an hour. OrigamiSwift was built precisely around that problem. It’s a Bluetooth mouse that folds flat when not in use, weighs just 40 grams, and opens into full working position in under half a second. The origami-inspired form isn’t a styling exercise. It’s a structural answer to the oldest tension in portable peripherals: comfort has always cost you size.
The ergonomic shaping holds up across extended work sessions, which matters more than most product pages acknowledge. Whether you’re finalizing a presentation at an airport gate or editing documents in a co-working space, OrigamiSwift stays comfortable in your hand and disappears into a bag when you’re done. The ultra-thin profile and minimal build weight mean it never adds anything meaningful to your load. For anyone who genuinely works from wherever they happen to be, this is the mouse that finally makes sense to own.
The foldable phone category has spent five years convincing itself that the flip experience carries a natural premium of $800 or more. Ai+ is testing that assumption head-on with the Nova Flip, launched in India at Rs 29,999, roughly $320, making it the most accessible foldable phone on the market. The inner display is a 6.9-inch AMOLED panel resolving at 2790 x 1188 pixels, complemented by a 3.1-inch AMOLED cover screen. MediaTek’s Dimensity 7300 handles processing, paired with 8GB of LPDDR4X RAM and 256GB of internal storage.
The spec list doesn’t read like a budget compromise. A 50-megapixel primary camera, a 32-megapixel front shooter, and a 4325mAh battery with 33W wired charging all hold credibly against devices at double the price. 5G, NFC, and an IP64 dust and splash rating close out a package that would feel serious in any category. The Nova Flip doesn’t just undercut the competition on price. It quietly forces a harder conversation about what the flip form factor has genuinely been worth at $1,000 all along.
Alquemy’s Akai MPC Switch concept asks a question that feels obvious the moment someone finally puts it to you: if laptop-grade software can run on portable hardware, why can’t a capable gaming console handle serious music production? The MPC Switch is a pair of controller units designed to snap directly onto the sides of a Nintendo Switch, replacing the Joy-Cons with MIDI inputs, outputs, and a full DAW running on the console’s own screen. The control layout reflects real production workflows rather than a stylized render built for social media.
The appeal runs deeper than the novelty of the form. The concept treats the Switch as a legitimate interface surface: something you game on when you need to and produce or perform on when the moment calls for it. Swap the Joy-Cons for the MIDI setup, and you’re there. Whether Nintendo or Akai ever moves this into production is a separate question entirely, but Alquemy has made a persuasive case that the idea deserves a real answer. The best concepts don’t just look good. They make you wonder why nobody shipped it first.
Most headphone designs land at one of two poles: the over-ear build that announces itself before you even put it on, and the in-ear solution that disappears but gives nothing back in soundstage. StillFrame lands somewhere more considered than either. At 103 grams, it sits closer to weightless than wearable. The 40mm drivers are tuned for a wide, open soundstage that pulls spatial detail and melodic texture out of tracks that most headphones flatten into undifferentiated background noise.
Active noise cancellation closes you off when focus demands it. Transparency mode reconnects you to the room when the world around you matters more. Battery holds at 24 hours, covering a full workday, an overnight flight, and the morning after with no cable required. Switching between modes takes a single tap. StillFrame was designed around the premise that how you listen should adapt to where you are, not the other way around. That’s a harder brief to execute cleanly than it sounds, and the weight alone suggests it’s been taken seriously.
Click Here to Buy Now: $245.00
May 2026’s strongest gadgets share something harder to write into a spec sheet than battery life or pixel count. Each was designed around a specific friction point and resolved it with a precision that feels purposeful rather than accidental. The Artemis Watch converts a cultural moment into a learning platform. The Nova Flip resets the floor of an entire category. The OrigamiSwift solves a portability problem that dozens of mice before it never genuinely addressed.
StillFrame and the Akai MPC Switch represent opposite ends of the development spectrum, one shipping and one conceptual, but both make the same underlying argument: that considered design changes the terms of what a product is allowed to be. Whether you’re optimizing a travel bag or rethinking a music studio from a gaming console, the standard these five set is worth taking seriously. The best gadgets this month aren’t the loudest ones in the room. They’re the most resolved.
The post The 5 Best Tech Gadgets of May 2026 first appeared on Yanko Design.
Tabletop roleplaying games have an accessory problem. The dice alone can take over a corner of any gaming table, each one representing a different die type that the rules will inevitably call for at the least convenient moment. Tracking down the right d10 mid-session, or explaining to a new player why there are two different ten-sided dice in the bag, is just one of those small but reliable annoyances that experienced players have long since stopped questioning.
The Console’88 from d64Computing is a compact digital dice roller that handles the entire set from d4 through d100 in a single device, the size of a pocket calculator. What makes it genuinely interesting, though, isn’t just the function; it’s that the designer chose to dress it up as a miniature 1980s computer, complete with a CGA color display, vector graphics, boot-screen text, and the kind of visual language that looks like it was pulled straight out of a 1984 computer catalog.
Designer: d64Computing
Selecting a die type is done through a rotary dial and a button underneath the faux keyboard, which fits the era aesthetically and keeps the interaction simple. Spin it to the die you want, and get your result. The randomness runs at microsecond precision, so the results are genuinely unpredictable rather than cycling through a predictable sequence. For anyone who’s ever side-eyed an app-based roller and wondered about its actual randomness, that’s a meaningful detail.
The sounds are what push it over from clever gadget into something with real personality. The Console’88 plays 1980s video game audio when you roll, and it apparently has dedicated sound effects for critical successes and critical failures, which is the kind of contextually appropriate design decision that’s easy to appreciate at an actual gaming table. A crit that’s announced by a triumphant eight-bit jingle lands differently than a number quietly appearing on a phone screen.
There’s an argument to be made for physical dice that has nothing to do with practicality. Rolling actual dice is tactile, dramatic, and central to the experience for a lot of players. But for anyone who travels frequently to gaming sessions, runs games for beginners without their own dice, or simply wants something that takes up less space on an already crowded table, a single device covering every die type is a reasonable swap to make.
The design commitment here is what separates the Console’88 from a generic electronic dice app. This thing looks like it belongs on a desk next to a Commodore 64, and reviews consistently call out the visual quality of the vector graphics and the charm of the retro computer case. It’s a product that clearly started from an aesthetic vision rather than pure function, and the function turned out to be genuinely good on top of it.
The post d64 Just Packed an Entire Dice Collection Into a Tiny 1980s Computer first appeared on Yanko Design.
Seven years is a strange unit of time. Long enough to finish a PhD, short enough to remember an event vividly, and apparently, exactly long enough for Sony to build, test, manufacture, and ship a new generation of PlayStation hardware. PS3 to PS4, PS4 to PS5: seven years, twice, with the precision of a Swiss movement. The console industry built its entire release calendar ecosystem around that cadence. Publishers scheduled their biggest titles around it. Retailers planned inventory cycles for it. Analysts forecast revenue curves based on it. So the news that Sony has not yet decided when the PS6 will launch, with Bloomberg and MST International both pointing toward 2028 at the earliest (if not 2029), carries weight well beyond a single product launch.
The culprit is DDR7 memory, or more precisely, the catastrophic shortage of it, as AI data centers absorb the global supply of high-bandwidth RAM faster than Samsung, SK Hynix, and Micron can produce it. One year of delay sounds manageable until you zoom out. GTA6, announced in December 2023 for a 2025 launch, has been publicly delayed three separate times and is currently targeting November 2026, with bettors still skeptical. Beyond the Spider-Verse slipped from March 2024 to June 2027, a three-year crater in the release calendar of one of the most acclaimed animated franchises in history. Apple is formally retiring the single annual iPhone event in favor of a split premium-then-standard cadence. The PS6 delay is a symptom of something structural, and the structure is bending.
Image Credits: Latif Ghouali
The memory crisis at the root of Sony’s problem is unlike previous supply chain disruptions in one important way: it is being driven by a competitor class that simply outclasses consumer electronics on every financial dimension. Samsung, SK Hynix, and Micron have made a calculated pivot toward high-bandwidth memory for AI accelerators, with demand expected to grow 70 percent year-over-year in 2026 alone. Meanwhile, Alphabet and Amazon have announced capital expenditure plans of roughly $185 billion and $200 billion respectively this year, among the largest in corporate history, further intensifying competition for advanced memory. Sony is not losing a bidding war. It is sitting in a market that has structurally reorganized around different priorities, and the PS6 is waiting at the back of a very long, very expensive queue.
Sony President and CEO Hiroki Totoki addressed the uncertainty directly at the FY2025 earnings briefing, saying through a translator: “We have not yet decided on at what timing we will launch the new console, or at what prices. So we would like to really observe and follow the situation.” That is an extraordinary statement from the head of one of the most strategically disciplined hardware companies on the planet. Sony does not typically observe and follow. It plans, announces, and executes. The fact that Totoki’s language sounds more like a macroeconomist reading a volatile market than a product chief managing a launch calendar tells you everything about how abnormal this moment is.
The hardware itself, when it arrives, looks genuinely transformative. Leakers and supply chain sources indicate Sony awarded the PS6 chip contract to AMD back in 2022, with the console expected to feature a custom Zen 6 CPU and RDNA 5 GPU architecture, targeting roughly triple the PS5’s rasterization performance with 4K gaming at 120 frames per second and advanced ray tracing. A companion handheld codenamed Project Canis is reportedly riding alongside the main console as part of a unified two-device platform strategy, which would represent the most significant structural shift in PlayStation’s hardware philosophy since the PS3’s disastrous Cell processor gamble. The specs, in other words, are not the problem. The atoms are.
The delay also arrives at a peculiar competitive moment. If supply chains stabilize by 2027, Sony could target a late 2028 launch with multiple SKUs and the handheld companion. If shortages persist, the PS6 could slip to 2029 or beyond, risking market momentum loss to rivals. Microsoft has been conspicuously quiet about its own next-generation plans, and a scenario where Xbox gets to market first, even with a smaller install base, would hand the competition a narrative advantage that Sony has not faced since the PS3 era. As of early April 2026, prediction markets showed only about 25 percent probability that Sony would announce the PS6 before 2027. The crowd is not optimistic.
What the PS6 situation actually exposes is the fragility of product cycles that have been treated as laws of nature rather than engineered outcomes. GTA6 has been delayed not once or twice but three times since its December 2023 reveal, bouncing from a 2025 window to May 2026, then to its current November 19, 2026 target, with Take-Two CEO Strauss Zelnick deploying identical “we feel really good about it” language each time a new date was announced. Beyond the Spider-Verse, a sequel to a film that grossed $690 million and earned a near-universal critical consensus as a generational achievement in animation, has been pushed from March 2024 to June 2027, a three-year gap that would have been unthinkable for a franchise at that level of commercial and artistic momentum. And Apple, the company that arguably invented the modern product launch as cultural event, is now formally splitting its iPhone releases across a fall premium window and a spring standard window, with Mark Gurman reporting the expectation that this pattern continues for years to come. Clockwork, everywhere, is slipping.
Sony will ship the PS6. The hardware is real, the AMD partnership is locked, and the performance targets are serious enough to make the wait feel justified when the box finally lands on a shelf. But the seven-year cycle, that beautiful, reliable, industry-organizing drumbeat, is not coming back on its original terms. The PS6 will arrive when the memory market allows it, which is to say when AI infrastructure spending pauses long enough for consumer electronics to get a turn. That is a sentence that would have read like science fiction in 2020, when the PS5 launched on schedule into a pandemic and sold out globally within minutes. The world has reorganized itself around different priorities. The PlayStation, for the first time in a long time, has to wait in line like everyone else.
The post Sony’s PS6 Could Triple the PS5’s Power. It Could Also Cost $800 and Land in 2029 first appeared on Yanko Design.
Every major tech conference eventually finds its thesis statement. CES landed on “everything is connected.” SXSW staked out culture-meets-technology. BEYOND Expo‘s thesis for 2026 is more specific, and honestly more timely: AI has spent years proving itself in software, and the interesting question now is what happens when it leaves the screen. The official theme, “AI: Digital to Physical,” takes over from last year’s theme of Transforming Uncertainty into a Trigger for Innovation. Timed perfectly around the global speculation that AI’s a bubble, it’s a genuine reflection of where the most consequential AI work is actually happening right now, in robotics labs, automotive platforms, wearables, and manufacturing floors across the Greater Bay Area.
BEYOND has been building toward this moment since Dr. Lu Gang launched it during a global lockdown in 2021, a decision he’s called delusional in hindsight during an interview with Yanko Design, but with the kind of grin that says he’d do it again. The original problem he was solving was simpler than people realize: Asia’s most interesting founders kept showing up at CES and Web Summit as attendees rather than headliners. A hardware startup out of Shenzhen with genuinely world-class AI chops would get a 3×3 booth on a back wall while the stage went to the usual suspects. BEYOND was built to fix that imbalance, and five years in, it’s working.
Click Here to know more about the BEYOND Expo 2026
The 2026 edition is aiming for 30,000 attendees, a significant jump from 2024’s 20,000, and the programming reflects a maturing event that knows its own strengths. The summit lineup spans Humanoid Robotics and Embodied AI, Enterprise Agentic Workflows, Autonomous Driving, AI-Integrated Wearables, and a PayFi and Decentralized AI track that will either feel prescient or premature depending on your priors. What ties all of it together is the through-line of AI becoming something you interact with physically, not just through a chat interface. That’s a meaningful editorial choice, and one that puts BEYOND in a different conversation than conferences still treating large language models as the whole story.
The most interesting addition this year is the GBA Innovation Tour, which gives international attendees direct access to Greater Bay Area manufacturing infrastructure. This matters more than it might sound. Lu Gang has argued for years that what makes Asia’s tech ecosystem genuinely different isn’t just the innovation pipeline, it’s the compression of the distance between idea and physical product. Watching an AI concept move from prototype to production in a Shenzhen facility in weeks rather than months is something you can describe in a keynote, but apparently you need to see it to really understand the scale and speed involved. The tour is BEYOND’s way of making that argument visceral rather than theoretical.
Last year’s theme, “Unveiling Possibilities,” was about reframing uncertainty as creative fuel, which was the right message for a chaotic moment. “AI: Digital to Physical” is more declarative, more confident. It names a specific transition that the industry is mid-stride through, and plants BEYOND squarely in the middle of it. Registration and exhibition details are live at beyondexpo.com.
Click Here to know more about the BEYOND Expo 2026
The post BEYOND Expo 2026: Asia’s Biggest Tech Event Just Told the World That AI Software Was Only the Warm-Up first appeared on Yanko Design.
Apple’s camera-equipped AirPods have reportedly reached advanced testing, but Siri readiness and privacy concerns could affect the launch.
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Phone cases have largely settled into two camps: the ones that protect your phone without anyone noticing they exist, and the ones that make a statement with printed graphics, colors, or textures. Neither approach has found a way to make the back of a phone genuinely interesting rather than just decorated. Designer Daniel Idle found a third option that neither camp seems to have considered.
The Terrarium Phone Case is a clear resin case for the iPhone 16 Pro Max with an actual planted environment sealed inside the back cavity. Moss, small-leafed plants, and a stabilized soil substrate are embedded within the transparent shell, creating a thin cross-section of living terrain that you carry around with you wherever the phone goes. It’s a working phone case, a functional terrarium, and an oddly calming thing to have in your pocket all at once.
Designer: Daniel Idle
The construction involved 3D modeling and fabrication in clear resin, producing a case with enough depth in the back wall to house soil, roots, and plant matter. The plants are packed using a stabilized substrate that keeps the arrangement intact when the phone is picked up, rotated, tilted, or slipped into a bag. The camera cutout is fully preserved; the charging port at the bottom remains accessible; the phone continues to work exactly as it always did.
What keeps everything alive inside the sealed cavity is a closed-loop moisture system. The plants and soil generate humidity, which evaporates toward the inner surface of the resin, condenses back into droplets, and cycles down again. Light passing through the clear shell feeds the plants from outside, while the substrate provides gradual nutrient release. The whole thing is, in a fairly literal sense, a miniature ecosystem that sustains itself without any intervention from the person carrying it.
The condensation that forms on the inside of the shell during high-humidity moments is part of the visual appeal rather than a flaw to be engineered away. Seeing that vapor cycle through the case is a reminder that something in there is alive, actively breathing and responding to its environment, in the same pocket or bag as a device specifically engineered to minimize all biological interference.
There’s a running thread through design culture about bringing nature back into objects and spaces that have drifted too far from it. Biophilic design has become a recognizable term for everything from moss walls in offices to plant-filled shelving in apartments. Most of those applications treat plants as decoration layered on top of an existing design. Idle’s approach is different because the plant system isn’t decoration; it’s structural, sealed directly into the object’s body as a core component rather than an afterthought.
Of course, there will be some reservations about putting moisture and soil so close to your phone, which might be resistant to water and dust, but only from brief encounters. Good thing, then, that it’s still a concept project right now. But as a thought experiment about what a phone case could reasonably contain, it lands somewhere between genuinely novel and gently absurd, which is probably the most honest place for a good idea to start.
The post Phone Cases Are Boring, This One Puts a Living Terrarium Inside first appeared on Yanko Design.
If you’ve ever watched your Roomba bump helplessly into a chair leg for the third time and thought, “I deserve better from my robots,” you’re not alone. And apparently, neither did Colin Angle. The co-founder of iRobot, the man who essentially put a hockey puck-shaped vacuum in millions of homes, left the company in 2024 with a new question rattling around in his head: what if a robot could actually feel like it cares about you? The answer is the Familiar, the first prototype from his new startup, Familiar Machines & Magic. And it is not your average robot.
Picture a creature somewhere between a soft-eared dog and a round, slightly abstract bear. It has four legs, huge paws, and doe eyes that make it immediately charming in a way that no Roomba ever attempted to be. It’s furry, expressive, and was designed with the help of former Disney Imagineers, which explains why it looks like it belongs in an animated feature rather than a tech showcase. The Familiar has 23 degrees of freedom, meaning it can wiggle its ears, tilt its head, and wag a small nub of a tail with the kind of fluidity that feels less mechanical and more… alive. Its coat is touch-sensitive, built specifically to encourage physical interaction between you and it.
Designer: Familiar Machines & Magic
It also doesn’t talk. That detail feels deliberate and, to me, very smart. Voice assistants have trained us to think of robots as tools we command. The Familiar is going for something completely different. It’s designed to read your tone of voice, your body language, your overall energy, and respond accordingly. Angle calls it “Consumer Physical AI,” and while the label sounds like something off a product white paper, the idea behind it is genuinely compelling.
The name itself is worth noting. A “familiar” in folklore refers to the supernatural animal companion of a witch or magical figure, a creature bonded to a person not through ownership but through genuine connection. Angle’s team chose that name deliberately, and I think it sets the tone for what they’re trying to build. The goal isn’t to sell you a novelty gadget. It’s to create a new kind of relationship between humans and machines, one built on trust, attentiveness, and something approaching care.
Now, I’ll be upfront: I have feelings about this. Part of me finds it genuinely beautiful as a design concept. The Familiar was clearly approached the way good industrial design should be, with deep thought about how an object makes you feel, not just what it does. The choice to make it animal-like rather than humanoid is interesting, too. There’s far less of the uncanny valley unease that tends to follow humanoid robots around, and more of the universal warmth that most people already extend toward animals.
But another part of me wonders about the emotional stakes here. We’re already watching people form attachments to AI chatbots. A touch-sensitive, furry, expressive robot that mirrors your emotional state is a much more potent version of that. Angle has said he wants it to feel like the machine actually cares about him. That’s a lovely vision. It’s also a design brief that puts enormous responsibility on the creators to get it right, because the flip side of emotional bonding is emotional dependence.
Still, I’d be lying if I said the Familiar didn’t make me curious in the best possible way. The prototype images are almost disarmingly sweet. It looks like something you’d want sitting on the couch next to you while you read, or settled quietly in the corner while you work. If any robot was ever designed to move through your life rather than just function within it, this might be it.
The Familiar is still in the prototype stage, with no confirmed price or release date. But as debut concepts go, it’s a strong one. Whether or not it ever makes it into our homes, it raises questions about what we actually want from the machines we live with. And those questions feel well overdue.
The post The Roomba Guy Just Built a Robot Pet You Might Actually Love first appeared on Yanko Design.
The split air conditioner is one of the least loved objects in any home, which is a strange thing to say about something most people couldn’t live without. It works, technically, but it tends to make its presence known in all the wrong ways. The air is too direct, the noise is a constant background irritant, and the plastic box on the wall rarely belongs in any thoughtfully designed interior.
From that frustration comes WellFlow, a concept that reframes what air conditioning is supposed to do for the people living around it. Rather than engineering a better cooling box, the designers built something closer to a wellness device. It’s a concept that received validation through the iF Design Award in 2026 and was first revealed at IFA Berlin 2025.
Designer: Merve Nur Sökmen, Zehra Sarıarslan
The most immediate shift is in how air actually moves. Conventional units push output in one direction, landing directly on whoever is in the room. WellFlow uses four-way diffusion to spread conditioned air from all sides without targeting anyone in particular. Sensors also monitor occupancy and steer airflow accordingly, so the unit quietly adapts to the room rather than expecting the room to tolerate it.
Beyond airflow, the system also handles humidity, air purity, ambient lighting, and sound. A built-in humidifier balances moisture levels rather than leaving the air artificially dry, which is one of the most common complaints about running a conventional unit through the night. Circadian lighting and integrated speakers complete the picture, creating conditions that support sleeping, concentrating, or quietly winding down, depending on what the moment calls for.
All of this adjusts automatically. The system continuously monitors temperature, humidity, and air quality, then fine-tunes its output without any manual input. A baby’s room needs different conditions than a home office or a gym corner, and WellFlow is designed to recognize those differences. Its behavior was shaped through user research spanning new parents, older adults, and people with respiratory sensitivities, groups that conventional air conditioners routinely fail to address.
The physical form is just as deliberate as the behavior. Most air conditioners are conspicuously technical, with plastic housings that fight against any interior aesthetic. WellFlow uses a woven textile front panel with rounded corners and a matte finish, giving it a material quality far more associated with furniture than appliances. An ambient light halo behind the unit softly signals its presence on the wall without demanding any attention.
A pull-out front filter makes maintenance visible and intuitive, addressing something the design team identified as a recurring trust issue with conventional units. People often aren’t sure when or how to clean their filters, and that uncertainty quietly chips away at confidence in the device. WellFlow removes that ambiguity. For a machine designed around human comfort, even that seemingly small detail ends up mattering quite a lot.
The post This AC Does 5 Jobs at Once and Looks Like Furniture on Your Wall first appeared on Yanko Design.
Apple’s proposed $250M Siri settlement could pay eligible iPhone buyers. See who qualifies, how much they could receive, and what comes next.
The post Apple’s $250M Siri Settlement Could Pay Eligible iPhone Buyers appeared first on TechRepublic.
The rise of AI must be supported by Wi-Fi networking that can deliver next-generation services in real time.
The post Cisco: AI Growth Is Turning Wi-Fi Into Enterprise Infrastructure appeared first on TechRepublic.
Waiting in line at a theme park is one of those unavoidable experiences that nobody designs for enthusiastically. The physical infrastructure exists, the rope lines are laid out, and in the best-case scenario, there’s some signage or ambient music to occupy the time. But the queue is fundamentally dead space, a stretch of minutes that happens before the experience begins rather than as part of it. That’s a design problem, and most parks accept it as one that can’t really be solved.
Samsung’s Spatial Signage installation at Everland in South Korea offers a different answer. At the newly renovated Safari World: The Wild attraction in Yongin, the company installed its glasses-free 3D display directly in the queue area, where life-scale tigers and lions appear to surge toward visitors without so much as a pair of 3D glasses required. The wait effectively becomes the opening act.
Designer: Samsung
The technology making that possible is Samsung’s patented 3D Plate system, which uses binocular parallax to deliver separate images to each eye, tricking the brain into perceiving depth the same way it does when looking at real objects at real distances. Unlike the boxy, space-hungry installations that most 3D signage has historically required, the Spatial Signage display slots into the queue corridor in an 85-inch, portrait-oriented panel with a 52 mm profile. There’s nothing protruding into the space, and no hardware for visitors to interact with.
The content for the Everland installation was developed by Klleon, whose team prioritized capturing the natural movement rhythms of the animals rather than exaggerated cinematic effects. The result is a quality of realism that works specifically because of the environment: a queue is typically a narrow, enclosed space where visitors are already looking forward and standing relatively still, which happens to be exactly the viewing geometry where the 3D depth effect lands best.
What that means practically is that the queue line stops being something guests endure and starts being something they talk about. Anticipation for an attraction is one of the least exploited moments in the theme park visit. Visitors heading toward Safari World already have the right frame of mind for a wildlife encounter, and the display capitalizes on that readiness by delivering a preview of that encounter before anyone boards a vehicle or rounds a corner.
The broader implication is about how display technology fits into destination entertainment design. For years, attractions have used projection mapping, animatronics, and theatrical sets to build immersion during rides and shows, but the queue almost always remains a visual afterthought. A display that can occupy a narrow corridor at wall depth, require no headgear, and show content at true-to-life scale without any spatial awkwardness changes what’s possible in that format.
Everland isn’t a retail shelf or a shopping center atrium. The animals aren’t selling anything. They’re there because a flat screen in that corridor would register as background noise, and a three-dimensional tiger at eye level does not. That distinction, between content that is present and content that actually commands attention, is the problem Spatial Signage was built to solve, and the queue turned out to be a rather fitting test.
The post Samsung Just Turned a Theme Park Queue Into a 3D Safari, No Glasses first appeared on Yanko Design.
Headphones and earbuds have, over the last couple of years, become staples of this fast-paced world for good reason. The little audio gear essentials can do a multitude of tasks with just the push of a tactile button or pinch gesture. They can trigger smart assistant support for a smarter you, and if this concept were to be imagined, they can give you a pair of smart eyes, too.
The idea of a pair of earbuds with integrated cameras is not new, as Emil Lukas imagined, and now another concept reinforces the merit in having a pair of lenses on earbuds. Dubbed Lightwear, the earbuds look something straight out of a sci-fi flick, but underneath, they are a pair of smart assistant earphones that enhance your environmental perception in real time.
Designer: Suosi Design
Touted as the world’s first AI-powered earphones, Lightwear comes with a set of HD camera lenses to expand the sense perception as a vision module to interpret the surroundings and deliver the desired result. One can detail them via voice command about any information required in real time, and the buds respond with a detailed set of instructions or navigation guidance. Having gesture control support, the buds can control the connected home devices remotely using just gesture commands. All the data fed into the smart data system is end-to-end encrypted and stored locally. For enhanced privacy and protection, the sensitive data is automatically cleared on a scheduled cycle.
Compared to Emil’s version, these earbuds have a very downplayed camera presence, which I prefer. They look and feel just like any normal earbud, but have a function that makes them stand out from most pairs of earbuds that have the predictable features. Unlike other AI-powered earbuds, these stand true to their name as they come with the added visual apparatus to put forth better results. The use of AI functions is not limited to the earbuds, since the charging case does the same. This removes the use-case scenario to just when the earbuds are being worn. Loaded with highly sensitive microphones, the AI features can be triggered anytime the user wants. Privacy is also taken care of, as the user can opt to activate the fingerprint unlock module to prevent any unauthorized use.
These have an over-the-ear design, reminiscent of the way IEMs sit flush on the ears. The battery resides in those lobes, and although the designers don’t specifically talk about the usage time, these should last longer than TWS earbuds. Nor is there a specific word about the sound quality, ANC levels, or the app features. But then it’s just a concept centred on the form factor and usability.
The post AI-powered earbuds with built-in camera expand your capabilities in the real world first appeared on Yanko Design.
The pointing stick is one of the more divisive input devices in computing history. Lenovo’s TrackPoint has a devoted following, built around people who never want to lift their hands off the keyboard home row just to move a cursor. Everyone else finds the red nub somewhere between baffling and genuinely annoying. Either way, it has stayed locked to laptop keyboards for decades, with essentially no standalone options available.
Ploopy, the Canadian open-source hardware company known for its lineup of trackballs and trackpads, has changed that with the Bean. It’s a standalone external pointing stick that connects over USB-C and sits flat on a desk. Think of it as a TrackPoint you don’t have to buy a ThinkPad to access, with a few deliberate improvements added to address the weaknesses that nub has always had.
Designer: Ploopy
The Bean measures 84mm x 64mm x 16mm and houses a red pointing nub near the center of its flat, 3D printed case. Unlike the fixed nubs built into laptop keyboards, this one has additional travel in its movement, which Ploopy says helps reduce fatigue from pushing a stiffer stick over long sessions. Four buttons flank the nub, covering the standard left, right, middle click, and scroll by default.
None of those defaults is locked in. The Bean runs QMK open-source firmware on a Raspberry Pi RP2040 microcontroller, and remapping any of the four Omron D2LS-21 buttons takes just a few minutes using the free VIA web app. There are no drivers to install and no proprietary software to deal with, just a browser-based tool that reads the device and lets you assign functions however you like.
For anyone who finds the conventional mouse hard on their wrist, or simply prefers keeping their hands positioned in front of them rather than reaching out to one side constantly, a pointing stick can make a noticeable difference over long sessions. You nudge the nub, and the cursor moves without your palm going anywhere. It’s a small thing until it isn’t, especially for people managing repetitive strain concerns.
Like everything else Ploopy makes, the Bean is completely open source. Hardware design files and firmware are both on GitHub, so anyone who wants to print their own case, modify the button layout, or write custom firmware from scratch has everything they need to do it. That kind of transparency is unusual for any consumer input device and puts Ploopy in a different category from virtually every competitor.
The Bean is available now for $70 CAD (around $52 USD), which is reasonable for a device with this much flexibility built in. It isn’t going to pull in anyone who has never thought about pointing sticks before, but for the enthusiast crowd that has been waiting for a standalone option this customizable and this open, it’s about as close to a purpose-built answer as anyone has delivered.
The post The TrackPoint Was Always Laptop-Only, This $52 Bean Changes That first appeared on Yanko Design.
See what you missed in Daily Tech Insider from April 27–May 1.
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