Flock cameras are officially banned on state roads in Florida
Florida joins a growing list of cities and states responding to the license plate reader backlash.
Coffee Grounds and Tea Leaves Finally Become Art
Think about how many cups of coffee or tea you go through in a week. Now multiply that by every coffee shop, office kitchen, and bubble tea counter in a single city. All those spent grounds and soggy leaves go somewhere after the last sip, and that somewhere is almost always a bin, then a landfill, where they sit doing nothing useful at all.
That’s the quiet waste problem three Taiwanese designers decided to tackle, and their answer isn’t a compost bin or a recycling app. It’s furniture, lighting, and sculpture made from the very stuff most of us scrape into the trash without a second thought. The project is called After the Last Sip, and it turns discarded tea leaves from London’s bubble tea shops and used coffee grounds from local cafés into large-scale 3D-printed objects.
Designers: Chao-Chun Kung, Ching-Yu Lin and Chen-Yang
Chang
The team behind it, Chao-Chun Kung, Ching-Yu Lin, and Chen-Yang Chang, worked out of Fab.Pub in East London, where they dried and ground the collected residues, then mixed them with PLA, a biodegradable polymer, to create a printable composite. From there, robotic 3D printers built the material into shapes designed through parametric systems, meaning the geometry itself grows out of code as much as it does out of leftover tea and coffee. The whole thing shows during the London Design Festival, running September 12 through 18.
What I like about this project is that each designer treated the same basic waste stream as a completely different kind of material. Kung’s piece, CHA, leans into Taiwan’s tea culture directly, building its form around a parametric system derived from the Chinese character for tea itself. Lin’s Undetermined Shore uses coffee-ground composites to create layered, sediment-like surfaces that echo Taiwan’s shifting coastline, which is a clever way to make a cup of coffee feel geological. Chang’s Nexus Bloom pushes the tea-waste composite into continuous, flowing parametric forms that feel closer to something grown than something printed.
None of these pieces try to hide what they’re made of. That’s the part that actually sold me on the whole idea. So much sustainable design ends up disguising its origins, smoothing away anything that might remind you it used to be trash. After the Last Sip does the opposite. The printed layers stay visible, the particles show through, the surfaces stay irregular and a little rough in places. You can see the tea leaves and coffee grounds sitting right there in the material, not hidden under a coat of paint or a clever finish.
I think that honesty is actually the point. A lot of us drink our coffee and tea on autopilot, never really registering that we’re generating a small pile of organic waste every single day, forever, without thinking twice about where it lands. Seeing that same waste reappear as a sculptural object or a light fixture forces a tiny recalibration. It’s the same material, just given a second job instead of a one-way trip to landfill.
I won’t pretend every object here looks effortless. Some of the surfaces are clearly still experimental, and you can tell the designers are working through what this composite can and can’t do at scale. But that rough edge is part of what makes the project feel real rather than staged for a trend piece. It reads like genuine material research, not a marketing stunt dressed up as sustainability.
Design festivals produce a lot of noise every year, plenty of it forgettable within a week. This one has staying power because it doesn’t ask you to buy anything or change your habits overnight. It just asks you to look at your empty coffee cup differently for a second, and that’s a small shift I can get behind.
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36 Apartments, Six Clusters, One Printer: Denmark Just Built Europe’s Largest 3D-Printed Village
There’s a moment when a technology stops being a proof of concept and starts being someone’s home. That moment arrived in Holstebro, Denmark, with the completion of Skovsporet — 36 student apartments built almost entirely by a robotic printer, making it one of the largest 3D-printed housing projects in the world.
The project was commissioned by NordVestBO and delivered by 3DCP Group, with architecture from SAGA Space Architects and MS+. It sits close to VIA University College, which makes the location feel intentional rather than incidental — a student village that grew from the ground up, literally. The name Skovsporet translates loosely to “forest track,” and the design leans into that softness. Six low-rise clusters, each holding six apartments, wrap around shared courtyards and landscaped gardens. Walking paths and bicycle parking thread through the site, creating the kind of everyday rhythm that makes a place feel lived-in rather than installed.
Designer: 3DCP Group, SAGA Space Architects & MS+
At 1,650 square meters across 36 units ranging from 39 to 50 square meters, the scale is modest by development standards. But that restraint is the point. Each apartment is self-contained — full kitchen, study area, sofa lounge, bathroom with shower, and a proper double bed. It’s everything a student actually needs, without excess. The architecture doesn’t perform ambition; it delivers it quietly.
The structural walls were printed on-site using a COBOD BOD3 printer operated by a three-person team, achieving millimeter-level accuracy across the entire build. The concrete mix, D.fab, contains FUTURECEM — a lower-carbon cement developed by Aalborg Portland — reducing the environmental footprint without compromising structural integrity. The bicycle shed pushed things further, using 3D-printed elements containing zero cement, achieving an 84% reduction in CO₂ emissions compared to traditional concrete. That’s not a marketing footnote. That’s a material shift.
“We have gone from printing small prototypes to creating 36 real homes and an entire community. That is the scale where technology starts to matter as a serious tool for architecture,” – Sebastian Aristotelis, Co-Founder and Lead Architect of SAGA Space Architects, said it plainly. The technical breakthrough wasn’t a single successful print. It was repeating that success 36 times over 12 months without losing control of the outcome.
Construction is now complete, with students set to move in. 3DCP Group and SAGA are already researching new material configurations for future projects, treating Skovsporet not as a destination but as a baseline. That’s the right instinct. When a neighborhood built by robots starts to feel normal, you know the technology has finally grown up.
The post 36 Apartments, Six Clusters, One Printer: Denmark Just Built Europe’s Largest 3D-Printed Village first appeared on Yanko Design.
The Price Tag Secretly Built to Outlive the Item It Priced
When you buy something new, the first thing you probably do before you start using it is remove the price tag. Unless you’re a pack rat or a junk journaler, it’s something you’ll most likely toss in the trash without a second thought. But what if the price tag itself was the design object, crafted with enough intention that you’d actually want to keep it, or even wear it?
That’s exactly what Precious Price Tag Pins brings to your jewelry box or your shirt collar. It’s a collection of hand-crafted wearable art that mimics the ordinary price tags we’re used to seeing on books, clothing, accessories, and just about everything else we buy. Each piece is a cute, unique bit of jewelry and approachable wearable art that’s guaranteed to spark conversation with friends and strangers alike.
Designer: Lucie Davis
Working at a womenswear shop during her university days is what inspired this collection from London-based jewelry artist Lucie Davis. The design brief she set for herself was deceptively simple: take the most disposable object in retail and rebuild it using techniques usually reserved for fine jewelry.
Each pin measures about 21.5mm x 12mm, small enough to sit unassumingly on a lapel yet substantial enough to hold real presence up close. The construction pairs two very different processes. First, the numbers and text are laser-engraved with crisp, precise lines that replicate the printed look of a real price sticker. Then that engraving is layered with kiln-fired porcelain enamel and cold enamel, giving the surface a glossy, almost glassy depth that flat paper or vinyl could never achieve. The base metal body is finished with a tie-pin back and clutch fastening, the same sturdy hardware you’d expect from a well-made brooch, not a sticker. That contrast between old and new methods is really the heart of the design. Laser engraving is fast, exacting, and thoroughly modern. Hand-enameling is slow, meticulous, and centuries old. Davis fuses both into a single small object, and the result reads like a miniature study in how craftsmanship and technology can work together instead of competing.
The visual trick is what makes the design so satisfying. At first glance, these pins really do look like paper price tags about to be tossed in the trash, right down to the typeface and the slightly curled corner detail some versions include. But once you pick one up and hold it in your palm, you feel the weight and the smooth, cool enamel surface, and the illusion breaks in the best possible way. It’s a sturdy little pin you can attach to your shirt, bag, or cork board, built to last decades rather than seconds.
Because every pin is hand-finished, no two are ever perfectly identical, which gives each piece a slightly different personality even within the same design family. There’s also a bespoke engraving option, so you can decide exactly what number and text the “price” displays. Some collectors choose meaningful figures, like a birth year or a favorite number, while others simply pick something absurd for the humor of it. Either way, that customization turns the design from a fixed product into something closer to a small collaborative art piece between the wearer and the artist.
What ties the whole design together is restraint. Davis didn’t try to disguise the price tag reference or dress it up with excess ornamentation. She kept the proportions, the layout, and the plain honesty of a real tag, then simply swapped the materials for ones built to endure. That’s a much harder design challenge than it looks, since the object has to stay instantly recognizable while feeling completely reinvented in the hand. Wear a price tag on your person, and people will do a double take, maybe even strike up a conversation about the design itself, the materials, or why you’re sporting a price on your chest in the first place. It’s a small object, but it carries a genuinely thoughtful piece of design thinking, and that’s exactly what makes it worth a second look.
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Nintendo just announced two Direct livestream events for next week
Zelda takes center stage on September 8 and everything else is being saved for September 9.
Rogue OpenAI agents took over a German coding forum in a previously undisclosed hijacking
OpenAI says it's investigating the incident after a group of researchers disclosed their findings.
Tesla’s Cybercab is under federal investigation almost immediately after hitting the streets
Regulators will review the process and data Tesla used to self-certify the vehicle.
Microsoft announces Project Zenith, a clutter-free Windows experience meant to entice developers
But you'll need a powerful system with 64GB of RAM to use it.
Samsung Galaxy S27 Ultra Leak: is Samsung Copying Apple?
The Samsung Galaxy S27 series is set to redefine the competitive smartphone landscape with a bold redesign that draws clear inspiration from Apple’s recent aesthetic choices. Scheduled for a February 2027 release, the lineup introduces significant changes in size, camera configurations, and overall design philosophy. These updates highlight a blend of innovation and external influence, […]
The post Samsung Galaxy S27 Ultra Leak: is Samsung Copying Apple? appeared first on Geeky Gadgets.
Perlegear AX1 TV Mount Knows You’re Sitting, Standing, or Lying Down
Anyone who has mounted a TV at a fixed height knows the compromise that follows. What works perfectly from the couch turns into a neck strain when standing at the kitchen counter, and a mount set for family movie night rarely suits solo reading in bed. Perlegear’s AX1 Smart Adaptive Mount, unveiled at IFA 2026, treats that mismatch as solvable, building a wall mount that repositions itself instead of asking people to keep adjusting around it.
The AX1 relies on viewing-position sensing to figure out where someone actually is in the room, then shifts the screen’s height through a motorized lift to match. Sitting on the couch, standing near the doorway, or reclining flat on the floor all call for a different sightline, and the mount recalculates rather than leaving the screen locked in one static position that only serves one posture.
Designer: Perlegear
Multi-posture recognition sits at the center of how the AX1 behaves once it is installed. The system distinguishes between sitting, standing, and reclining, adjusting the screen height for each without requiring someone to fumble with a remote or manually crank a lever. It is the kind of adjustment that used to require moving furniture or squinting at an awkward angle, now handled quietly by the mount itself.
Multiple people sharing one living room rarely share the same ideal viewing height, and the AX1 accounts for that through custom user profiles. Each person can save their preferred height setting, so the mount remembers whether someone prefers the screen slightly lower for reading subtitles or raised higher for movie night on the couch. It turns a shared TV into something closer to a personalized display, without anyone needing to remount hardware.
Control options extend beyond the mount itself, reaching into the smart home setups already running in most living rooms. The AX1 responds to a companion app, voice commands, and gestures, with compatibility built in for Alexa and Google Assistant. Someone lounging under a blanket can adjust the screen without standing up, treating the mount like any other connected device on the network.
On the hardware side, Perlegear built the AX1 to fit TVs between 50 and 90 inches, pairing its motorized lift with a 10-degree tilt range and plus-or-minus three degrees of leveling after installation. That leveling detail matters more than it sounds, since most mounts get slightly thrown off during drilling and mounting, leaving screens tilted just enough to notice during a long viewing session.
None of this changes what people watch, but it quietly removes one more obstacle standing between a person and a comfortable view. A mount that moves with the room, rather than forcing the room to work around it, treats posture and viewing comfort as part of the actual design brief instead of an afterthought solved by a thicker cushion or a taller side table.
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