Author Archives: Sarang Sheth

This $23 Titanium Carabiner Hides a Secret EDC Knife Inside It And Weighs Next To Nothing

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I don’t sing enough praise of titanium as a material. It’s the strongest metal known to humankind, but at the same time, it’s also anti-corrosive, rust-resistant, and biocompatible (the body doesn’t reject it when used internally for implants/supports in surgery). It’s found in abundance on the moon, it self-heals (forms an oxidized layer if scratched), and is the only element that burns in nitrogen (every other element burns in oxygen). Titanium, aside from being such a weirdly wonderful element, is also a preferred alloy in EDC… and while most makers use titanium for a handle and call it a day, the folks at KeyUnity machined it in a way to give Titanium properties of a carabiner.

The KK08 carabiner from KeyUnity uses a single-piece titanium handle, which houses a 7Cr17Mov steel blade inside it. The handle is carabiner-shaped for a reason – it has this brilliantly machined detail that allows the carabiner arm to spring and bend without using a spring. Relying entirely on Titanium’s own properties, the zigzag machined pattern lets the carabiner work immaculately, providing spring as well as being durable enough to never break. The rest of the handle? Well, it’s cleverly designed to house the knife when not in use, sheathing the blade within its slim but incredibly cool design.

Designer: KeyUnity

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At 2.56″ when closed, this is your average-sized carabiner. It’s compact, weighs a paltry 16 grams, and can punch well above its weight. Titanium’s incredible strength-to-weight ratio means this carabiner can lift keys but even be used to do things like secure your water bottle to your backpack or even your backpack to a railing/fence. The cleverly machined detail on the carabiner arm allows the titanium to flex just like the spring-loaded arm on a regular carabiner. Meanwhile, the KK08 also hides a nifty blade inside it, for when you need a pocket knife.

The hidden blade folds out, revealing a 1.6″ cutting edge which might be on the smaller side, but it certainly gets the job done. The 7Cr17Mov steel build is brilliant on a budget, with high chromium for shine, and vanadium for strength and resilience. The drop-point profile makes it a great knife for all sorts of activities, from benign stuff like opening envelopes and packages, to more rugged activities like sharpening pencils, cutting branches, slicing through fruit/vegetables, or even self defense if push comes to shove.

Given its small size (and its fairly budget $23 price tag), the KK08 integrates everything into a minimal footprint, using a simple pivot for the knife to fold in and out. A frame lock is built into the titanium handle, allowing the blade to click into place while open, holding its position even while you’re working with tough materials like wood. KeyUnity mentions that the KK08 is the perfect hiking companion, although we see it as a brilliant EDC tool that you can carry anywhere – just not an airport or places where knives are considered taboo!

The KK08 comes in two colors – the plain titanium, as well as an anodized space grey finish. It honestly doesn’t need any color or pattern – the simple design language works wonderfully for this form factor, allowing it to also integrate seamlessly into your other EDC (especially your keychain). Both variants cost $23, and KeyUnity provides a 15 day exchange window upon damage or defect, along with a 1-year free maintenance period if your carabiner experiences regular wear and tear. There’s a lifetime warranty available too, although KeyUnity offers it at an added cost. Knowing their track record as well as how robust and durable titanium is, you’ll probably never need it.

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This Retro Arcade Machine Folds Into A Furniture Cabinet Right Out Of Pottery Barn

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You bring home a new piece of furniture. It’s a handsome, mid-century modern style cabinet in a rich walnut finish, and your partner is frankly stunned. They thought your design sensibilities peaked at a framed movie poster, yet here is this sophisticated, adult-looking object that actually complements the living room. They nod, impressed. The next evening, they go to open one of the doors, planning to store some coasters or maybe a few new wine glasses. Except the handle is just for show, and the doors don’t open. The look of confusion on their face is priceless, because they’re about to learn your secret.

That’s because this beautiful cabinet is a beautifully crafted lie. The front panel doesn’t swing open; it unlocks and folds down to reveal a two-player control deck. The entire top half then pivots upward, extending into a full-height marquee that glows with the promise of 8-bit glory. In seconds, the quiet, respectable piece of furniture has undergone a transformation worthy of a Saturday morning cartoon, revealing itself to be the Swap Arcade. It’s the ultimate stealth entertainment system, hiding in plain sight and waiting for your friends to come over.

Designers: Les Cookson & Ken Higginson

The brainchild of Les Cookson and Ken Higginson out of Lincoln, California, the Swap Arcade tackles a very real problem for gaming enthusiasts who happen to live in actual homes with actual partners who have actual opinions about décor. Closed, it sits at a compact 36 inches tall with a footprint slim enough to tuck against any wall. Open, it rises to a full 70 inches with a 27-inch HDMI display, built-in speakers, and a two-player control panel loaded with SANWA joysticks.

The transformation is handled by a counterbalanced mechanism that manages the weight as the hideaway arcade moves up and down, keeping the movement smooth and controlled rather than the kind of chaotic reveal that ends with someone’s fingers in the wrong place. Once fully open, front corner locking pins secure the arcade immediately after transformation, with a second redundant set at the rear corners for added stability, keeping everything firmly locked in place before anyone even thinks about touching a joystick.

Running on a Raspberry Pi 4 with Batocera preinstalled and a starter library of 100 games, the machine is ready to play straight out of the box, a self-contained gaming system from day one. From there, thousands of additional retro titles can be loaded, giving access to a huge library of arcade, console, and retro favorites through one clean multicade interface. The controls run through a Brook Zero-Pi Fighting Board encoder, adding compatibility with Nintendo Switch, Switch 2, PS3, PS2, the original PlayStation, and PC via X-Input. Hook up a Nintendo Switch Online subscription and suddenly you have access to classic Nintendo libraries on a proper stand-up cabinet. Connect a PC and play arcade-style games through Steam. The machine evolves with what you already own.

Cookson clearly had no intention of letting the furniture half of the equation slide. The cabinet shell is actual wood, and the unfinished bare wood option means it can be stained or painted to suit any interior. Three finished options are also available, Natural, Walnut, or Dark Tobacco, each looking convincingly like something sourced from a design-forward furniture store. For anyone wanting something completely custom, a graphic designer and printer can create custom vinyl decals using almost any artwork, making the Swap Arcade truly personal. The nostalgia you’re chasing here is entirely your own to define.

The lower section includes built-in storage for game systems, controllers, cables, and accessories, accessible when the Swap Arcade is opened into arcade mode… or maybe some of those wine glasses your partner wanted to originally store. It’s a detail that keeps the illusion perfectly intact. When closed, nothing gives the game away.

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A New Electric Hypercar Just Packed 3,154 HP and a 550km/h Top Speed Into a Prototype GT

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WIRED called them the brands that stole the show, and at CES Las Vegas in January 2026, KOSMERA arrived with a four-door high-performance GT prototype wearing a blue-black finish that New Atlas described as magnificent in person, noting its low-sloping hood, big rear wing, and dual-layer diffuser. SupercarBlondie’s verdict was equally direct: “a race car from the year 2199.” For a company that almost no one in the room had encountered before that week, the response was the kind that established brands spend decades trying to manufacture. KOSMERA’s founders, whose engineering lineage runs from China’s earliest quad-rotor UAV programs through 100,000 RPM-class digital motors and autonomous chassis research, had spent years building toward this moment. The car on the floor was proof that the preparation had translated.

The company calls itself “born global by design,” combining Chinese speed of innovation, American AI ambition, German engineering discipline, and Italian emotional design language into one evolving brand vision. R&D centers sit across Beijing, Suzhou, Shanghai, Shenzhen, and Los Angeles, with the design studio operating out of Turin and manufacturing anchored in Brandenburg, Germany. From hypercars and high-performance GTs to luxury all-terrain SUVs, KOSMERA is building a product portfolio powered by a shared foundation of performance, intelligence, and software-defined mobility. That portfolio breaks down into a collector-series hypercar called The Hypera, a pair of high-performance GTs in the Star Matrix and Star Razer, and a luxury all-terrain SUV called Terra. At the center of every vehicle is a quad-motor AWD system targeting 3,154 horsepower, a 0-100 km/h time of 1.7 seconds, and a top speed of 550 km/h.

Designer: KOSMERA

The Star Matrix is KOSMERA’s interpretation of intelligent performance built around balance, with an aluminum spaceframe wrapped in carbon-fiber panels, starburst rear lighting with a speed-responsive dynamic flow animation, and an acceleration pulse effect that makes the tail of the car feel alive at night. Designed as a next-generation high-performance GT, it combines extreme electric performance with aerodynamic efficiency and driver-focused ergonomics. Physical controls inside are reduced by 80 percent, leaving a driver environment of carbon fiber, aerospace textiles, and Alcantara with an AI Coach display projecting real-time racing lines and blind-spot alerts into the driver’s eyeline. The Star Razer carries the same architecture into wilder territory, arriving in Quantum Violet with frameless doors, a lower and wider stance, a breathing light bar, and a Cd of 0.20 achieved through aero blade lines and rear wheel channels. Where the Star Matrix reads as precision, the Star Razer reads as provocation.

Kosmera Star Matrix

Axial-flux motors redirect magnetic flow along the rotation axis rather than radially, producing a shorter magnetic path and better torque leverage in a far more compact package, and the HyperDrive quad-rotor layout delivers up to 1,578 PS on a single shaft, achieving nearly twice the power density of conventional motors. The quad-rotor configuration targets 1,160 kW per axle, 7,500 Nm of peak wheel torque, and wheel-end speeds above 4,000 rpm. The power electronics use a full silicon-carbide inverter architecture, reducing conduction loss by approximately 40 percent compared to conventional silicon systems. Four independent motors deliver per-wheel torque vectoring, shaping cornering through real-time torque redistribution rather than braking intervention, a more precise and faster-reacting control philosophy. KOSMERA describes each axle as comparable to two Ferrari V12 engines combined, and for once the metaphor and the physics actually align.

The HyperCore battery’s cell-to-pack architecture eliminates the module layer, pushing pack efficiency to 85 percent and enabling peak discharge above 2,500 kW on a 1,200-volt, 6C platform. Charging targets 10 to 80 percent in under seven minutes, a figure that starts collapsing the practical gap between an EV charge stop and a combustion fuel stop. KOSMERA’s HyperPilot Vision-Language-Action stack runs on a 2,000-TOPS compute platform with LiDAR, millimeter-wave radar, cameras, IMU, and HD mapping feeding a physics-based World Model architecture capable of predictive reasoning. The system covers predictive track mapping, an AI racing coach, AR headset integration, highway L3 assisted driving, and urban Navigate-on-Autopilot. The Star Razer extends the ecosystem further, adding an onboard drone interface that deploys autonomous UAVs for last-mile logistics, emergency delivery, and aerial capture, functioning as a mobile mothership for intelligent mobility. That prediction layer shifts the system from reactive driver assistance to genuinely anticipatory control.

FlexBase integrates drive, braking, steering, and suspension into a fully by-wire architecture with a closed-loop response time under 10 milliseconds, a latency figure that approaches the point where human perception cannot distinguish digital from mechanical control feel. A maximum steering angle of 90 degrees enables zero-radius turning and crab-walk capability that conventional suspension geometry cannot approach. Four-wheel independent control includes automatic compensation for single-wheel failure, and the ASIL-D safety certification aligns the platform with L4 autonomy requirements. KOSMERA claims the electrified integration reduces overall system cost and weight by 30 percent by eliminating components rather than replacing them. The modular chassis is designed to scale across the entire vehicle lineup, from The Hypera to Terra, meaning each model shares a validated foundation rather than developing bespoke hardware from scratch.

Kosmera Star Razer

Kosmera Star Razer

AutoEvolution placed KOSMERA’s 1.7-second 0-60 claim squarely in “a league where Rimacs and Koenigseggs have been making the rules for years,” and that is the competitive frame the brand has chosen for itself. The Axion Power propulsion division confirmed in June 2026 that the 3,000-plus horsepower system remains in pre-development and patent application review, a qualifier worth holding onto when reading the headlines. What exists today is a technically serious platform grounded in axial-flux motor engineering, 1,200-volt battery architecture, AI-driven chassis control, and software-defined mobility. The founding team’s background spans decades of experience in AI, robotics, autonomous systems, and high-speed motor engineering, which means the ambition carries real engineering DNA behind it. Whether KOSMERA can close the gap between concept-stage intensity and production-validated performance will be the story worth watching through the rest of the decade.

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A Designer Spent Ten Years Perfecting the Most Beautiful Pill Organizer You’ll Ever See

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About ten years ago, designer Adam C Miller made a pillbox for a close friend living with an invisible illness. The standard option available to her was the familiar hard plastic pharmacy organizer, practical enough, but hardly something anyone would want to carry proudly or leave out in the open. Miller decided she deserved better. Starting with a block of maple, paper templates, a few screws, and a lot of sandpaper, he built a pillbox she would actually want to keep nearby. That first handmade object became the beginning of Helia.

The project stayed with him for years. Miller kept refining the idea, and when he began taking a daily regimen himself, the design took on even more personal weight. About a year ago, he revisited the category and found plenty of pill cases that handled the basics, but very few that felt genuinely beautiful, portable, and display-worthy at the same time. Helia became the answer to that gap, shaped by a decade of iteration and by the simple belief that an object tied to daily care can carry warmth, beauty, and intention.

Designer: Adam C Miller (IDMill)

Click Here to Buy Now: $40 $60 (33% off) Hurry! Only 14 of 100 left.

That mindset allowed Miller to look at Helia and pillboxes very differently. We already reserve beautiful containers for the things we value most. Watches arrive in fitted cases, jewelry rests in lined boxes, and keepsakes are stored in objects designed to honor their presence. Helia brings that same level of consideration to a weekly pill organizer. It treats a daily medical routine as something worth leaving out where you can see it –
personal and dignified instead of something to hide in a drawer.

Seven petal-like compartments radiate from a central axis, forming a circular disc that reads closer to a crafted artifact than a storage device. With beautiful hardwood construction and seven magnetic doors, it is confidence-inspiring and satisfying to use. The primary material is FSC-certified cherry wood, finished with a food-safe, water-resistant mineral oil that brings out the warm reddish tones the species is known for. The wood species were tested one by one until cherry emerged as the clear choice after the finish was applied. Each compartment door turns on solid brass rivets and closes with strong neodymium magnets, adding a material contrast that lifts the object’s visual weight considerably, and the combination of wood, brass, and organic petal geometry gives Helia a design language the category has simply never used.

Each of the seven doors snaps open and closed with a satisfying click, held in place by four magnets each. They hold open while you load your medicine for the week, and when they snap closed, they hold your medication safe and secure. The door mechanism alone went through half a dozen iterations before it felt exactly right. Each daily pocket is about 0.9 inches across and roughly 0.5 inches deep, with room for a realistic daily mix, such as one large pill, three medium ones, and four small ones in a single compartment. It holds a week’s worth of medicine, while being compact enough to slip into a bag, and beautiful enough to leave on your counter.

Through his consulting firm IDMill, Miller has developed products spanning consumer electronics, furniture, RC vehicles, home goods, and tattoo machines, from initial sketch to production, for organizations ranging from thirty to thirty thousand employees. Within that range, his design work received a 2025 Silver A’Design Award for accessible design. He is also not new to Kickstarter, having co-founded the successfully funded ChargeCard and Snactiv campaigns before arriving at Helia.

The pharmacy pillbox has remained essentially unchanged for decades, and we are all familiar with the utilitarian rectangular plastic pill cases. These medicine organizers are designed to be used, then forgotten, out of sight in a drawer or buried in a bag. Everything about them reads clinical. Helia borrows from the same design playbook that transformed reading glasses into eyewear, orthopedic footwear into lifestyle sneakers, and fitness trackers into jewelry-grade wearables. In each of those cases, the category shifted when designers gave as much thought to the person using the object as to the function it performed. Helia frames itself as the shift from “clinical medicating” to “a daily ritual of taking care of you,” drawing on how spectacles evolved into eyewear and elevating the feeling of self-care through an object with genuine warmth, presence, and polish.

Helia is live on Kickstarter, where the standard cherry wood version starts at $40 for the early bird tier, limited to 100 pieces, before moving to a $45 campaign price, with retail planned at $60. The campaign also includes a Day and Night set that pairs a light maple Helia with a dark walnut one, engraved with a sun and moon respectively, along with personalized options, downloadable DIY files, and other extras worth exploring on the project page linked below. Shipping is expected in late 2026.

Click Here to Buy Now: $40 $60 (33% off) Hurry! Only 14 of 100 left.

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An Ex-Alibaba Exec Spent 12 Years Building the Smart Glasses that Google Couldn’t

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The story of Google Glass is a well-worn legend in Silicon Valley. It was a product so far ahead of its time that it became a cultural phenomenon and then a punchline, a symbol of technological overreach and social awkwardness. The project was ultimately shelved, a high-profile monument to a future that arrived too early. It was a public retreat, an admission that the world was not ready for a computer on its face, or perhaps that the computer was not ready for the world.

As that chapter closed, another one was just beginning, thousands of miles away. An executive from Alibaba, inspired by the initial audacity of Google’s idea, decided to take a different approach. Instead of chasing hype, he would chase utility. Instead of prioritizing features, he would prioritize weight and comfort. For twelve years, his company, Rokid, worked to solve the very human problems that Google had overlooked, and in 2026 that long bet looks less like a moonshot and more like a roadmap.

Designer: Rokid

That roadmap now has a new center of gravity. Following Google’s latest Gemini updates at I/O, Rokid says it is bringing Gemini Flash 3.5 to its smart glasses, pushing the company deeper into what it calls agentic AI. The phrase matters because it signals a shift away from voice assistants that answer one question at a time and toward systems that can hold context, respond faster, and handle more layered tasks through simple voice commands. Rokid is framing the glasses as a place where conversational AI can stay present, useful, and continuous rather than trapped inside a phone screen.

That ambition sits on top of an unusually broad AI strategy. Rokid has spent the last year positioning its glasses as an open ecosystem rather than a single-model device, supporting ChatGPT, Qwen, DeepSeek, and Gemini across different products and regions. In Asia, the company has already built an AI Agent Store and says it has received more than 3,000 submissions for agentic workflows, with over 400 approved and published. The international push comes next, and that is where the latest Gemini integration becomes more than a feature update. It becomes a bridge between Rokid’s regional momentum and its global pitch.

The hardware story still matters because smart glasses live or die by whether people will actually wear them. Rokid’s 2025 display-equipped glasses carried one of the most memorable specs in the category: 49 grams for a full-function AI and AR device with display. That number gave the company a clean answer to the oldest question in wearable tech, which is how much computation can disappear into something that still feels like eyewear. According to Rokid’s own materials, that product also helped it raise more than $6 million and move into global mass production by December, giving the company proof that its ideas could leave the demo stage.

This year’s bigger mainstream play is Rokid AI Glasses Style, a different kind of product aimed at lowering the barriers that have kept smart eyewear niche for so long. Style is display-free, voice-centric, and starts at $299. At 38.5 grams, it is even lighter than the 49-gram model, and Rokid presents that reduction as part of a larger balancing act between comfort, battery life, and functionality. The frame is designed like premium eyewear, with titanium alloy hinges, liquid-silicone nose pads, and a classic D-shaped silhouette. Underneath that familiar form is a dual-chip architecture, with one chip handling low-power always-on tasks and another managing AI and imaging workloads.

Rokid clearly wants to win on openness, but it also wants to win on practicality. One of the strongest parts of the press material is its prescription-first approach, which treats vision correction as core infrastructure rather than a niche add-on. Style supports prescriptions up to ±15.00D, covering myopia, astigmatism, presbyopia, progressives, and functional lens options like photochromic and blue-light filtering. Users can upload prescriptions online and receive custom lenses in about 7 to 10 days. That sounds mundane compared to AI buzzwords, but it may be one of the most important adoption levers in the entire category. Smart glasses cannot become everyday objects if they still behave like specialty gadgets.

The other major throughline is accessibility. Rokid has been consistent here, both in the visit materials and in the press kit. The company is working with Google on accessibility-focused solutions for users with vision and hearing impairments, and its broader messaging keeps returning to a principle it phrases simply: leave nobody behind. For blind and low-vision users, Rokid positions audio-based AI glasses as digital eyes, and it has attached a small subsidy to purchases made for visually impaired users. That choice gives the company a more grounded social purpose than most wearable launches, which often stop at lifestyle language and creator features.

Those creator features are still part of the package. Style includes a 12MP Sony sensor, 4K capture, open-ear audio, and a triple-format imaging system designed for 3:4, 4:3, and 9:16 shooting. Rokid’s pitch is obvious and smart: content should be ready for Instagram, TikTok, or YouTube the moment it is captured, without cropping or post-editing. The glasses also support voice interaction in 12 languages and translation in 89, while adding head gestures and AI shortcuts for hands-free control. Nod to answer a call, shake your head to end it, ask for help in your own language, and keep moving.

All of this adds up to a company trying to define smart glasses less as a futuristic accessory and more as the next natural interface for AI. That is the real continuation of the Google Glass story. Google proved the cultural shock of putting a computer on your face. Rokid is trying to prove the quieter part, that wearability, prescription support, open AI access, and contextual software are what turn a provocative idea into a daily habit. The original dream never disappeared. It just needed lighter frames, better timing, and a company patient enough to spend twelve years building the version people might finally keep on.

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Every Robot You’ll Ever Own Has 3 Separate Brains: Nvidia VP explains how AI Thinks at BEYOND Expo 2026

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A robot on a factory floor may look self-contained, but Deepu Talla says its intelligence is distributed across a hidden chain of machines. At BEYOND Expo 2026, the NVIDIA executive broke robotics down into a deceptively simple formula: three computers. One handles the heavy lifting of training the robot brain, another tests that brain in simulation, and a third lives inside the physical robot, making decisions in real time.

It is a framework that helps explain why robotics has moved so slowly, and why the field suddenly feels ready to accelerate. In language that cut through the usual keynote fog, Talla argued that AI in the physical world plays by harsher rules than chatbots or image tools. A text model can be 95 percent right and still be useful. A robot moving through a warehouse, a street, or a hospital has to perform with a completely different standard. In human terms, it is a little like splitting intelligence into learning, dreaming, and reacting, then assigning each function to a different machine.

That first machine is where the robot’s intelligence is forged. Talla described it as the computer used to train the robot brain, the heavy compute layer where models absorb data, patterns, and behaviors at massive scale. This is where a machine learns how the physical world works, long before it ever enters one. If that sounds abstract, the second computer makes it easier to picture. This is the simulation layer, the place where a robot rehearses reality in a safer, faster, cheaper environment, running through scenarios again and again until its behavior becomes reliable enough to trust.

The third computer is the one that actually lives inside the robot. It is the real-time brain, the system that has to perceive the world, make sense of it, and respond instantly. This is where Talla’s argument becomes especially sharp. In digital AI, a model can get close and still be useful because a human can smooth over the rough edges. In robotics, the rough edges are where accidents happen. A machine moving through a factory, a roadway, or a hospital has to work with a far tighter tolerance for error, because the physical world offers fewer second chances.

That is also why NVIDIA sees robotics as far bigger than a niche category. Talla pointed out that almost 80 percent of the world’s GDP sits in physical industries like manufacturing, logistics, retail, and transportation. These are sectors where intelligence has to leave the screen and interact with objects, spaces, and people. NVIDIA’s role, in his telling, is to provide the underlying architecture for that shift. The company may not build robots itself, but it wants to supply the stack beneath them, from training infrastructure and simulation tools to the compute that powers action on the edge.

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The $899 Desktop CNC That Impressed Asia’s Biggest Tech Expo

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The guiding idea at BEYOND Expo 2026 was that AI software has finished its warm-up, and the main event is technology that acts in the physical world. Humanoid robots, intelligent wearables, and autonomous vehicles all made that case. So when the Makera Z1, a compact desktop CNC machine, won a Best of Innovation award, it felt less like a surprise and more like a statement.

This recognition was a direct nod to the expo’s central theme, “AI: Digital to Physical.” The Z1 is a tool of physicalization, a machine that takes a digital file and gives it mass, texture, and function by milling aluminium or wood. In a showcase built around moving intelligence beyond the screen, Makera’s device provided a clear, powerful example of what that transition looks like at a human scale.

Designer: Makera

Four days at The Venetian Macao’s Cotai Expo brought together nearly 800 exhibitors, over 400 speakers, and more than 30,000 attendees from 120 countries and regions. Opening keynotes featured senior figures from NVIDIA, XREAL, Pudu Robotics, and the Linux Foundation, setting a tone built around industry direction rather than individual product announcements. Summits ran across seven main stages and covered embodied intelligence, spatial computing, AI agents, global capital flows, and cross-regional developer ecosystems. BEYOND co-founder Dr. Lu Gang described it as a moment where Asia is producing companies with real depth and global relevance, and the expo exists to show that to the world.

Over $10.2 million from nearly 7,000 backers is what the Z1’s Kickstarter campaign produced before closing in December 2025, a number that sits well above the typical ceiling for desktop hardware crowdfunding. IFA 2025 had already given the machine a “Best in Content Creation” Innovation Award before units shipped. The BEYOND recognition completes a three-stop credibility arc across Kickstarter, IFA, and Asia’s largest tech expo, a run few products in the desktop maker category have managed with this kind of consistency. As Makera’s third CNC machine, following the Carvera in 2021 and the Carvera Air in 2024, it carries a company track record behind it.

At $899 during its crowdfunding run, the Z1 targets a gap in desktop CNC that has historically been hard to fill. The machine carries a 200 x 200mm cutting area, a 100mm working depth, and a 150W spindle running at 13,000 RPM, handling materials from aluminium, brass, and copper to wood, PCBs, acrylic, and carbon fiber. With a claimed accuracy of 0.02mm, it sits in territory more commonly associated with machines priced two to three times higher. Automatic probing, levelling, a quick tool change system, and a built-in camera for real-time monitoring come standard, with an optional fourth axis, laser attachments, and dust collection available as add-ons.

Makera Studio handles toolpath generation automatically, and an AI-powered feature converts hand-drawn sketches or reference images into machinable 3D models, significantly lowering the barrier for anyone without a background in CAD software. A companion platform called Makerables extends this further, giving users access to a shared library of designs they can download, modify, and machine immediately. That full workflow, from a rough idea to a digital design to a finished physical object on a workbench, maps directly onto what “AI: Digital to Physical” was built to celebrate. Where many exhibitors at BEYOND demonstrated digital intelligence or physical hardware in isolation, the Z1 brought both into a single, compact package.

The Best of Innovation list at BEYOND 2026 included DEEPRobotics, Engine AI, iFLYTEK, Pudu Robotics, and AEROFUGIA alongside Makera, placing a sub-$1,000 desktop fabrication tool in the same frame as some of Asia’s most heavily funded hardware and AI companies. That company says something about where innovation appetite is moving at Asia’s largest tech gathering: toward tools that extend precision manufacturing beyond factory floors and into the hands of individual creators and small workshops. Whether the Z1 delivers fully on that promise across its growing user base is still being tested, but the BEYOND stage gave Makera a much bigger conversation to build from.

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XREAL Just Partnered With Google to Build the Smart Glasses Apple Can’t

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BEYOND Expo 2026 had no shortage of AI talk, but one of its most compelling hardware stories came in the shape of a pair of glasses. On stage in Macau, XREAL CEO Xu Chi laid out a vision for AI glasses as the next major personal computing device and revealed that XREAL is working with Google on a new product built around Android XR and Gemini, with a global launch expected later this year.

That announcement landed at a moment when BEYOND Expo was already showing how crowded and competitive the smart glasses field has become. XREAL shared the wider conversation with companies like iFlyTek, METLEN, and Even Realities, all pointing to a fast-moving shift in wearable tech. The thread running through all of it is industrial design, platform strategy, and the race to make AI hardware people might actually want to wear every day.

Designer: XREAL

Apple Vision Pro generated enormous attention when it launched, but the market’s response to its weight, price, and the physical effort of wearing it for extended periods made clear that the premium immersive headset route has a real ceiling. Xu Chi acknowledged this directly at BEYOND Expo, framing it as a hard lesson the entire industry absorbed. The opportunity XREAL and Google are now chasing is the one Vision Pro left open: a wearable that feels closer to a regular pair of glasses than a piece of lab equipment.

Called Project Aura, the product is being developed on Google’s Android XR platform with Gemini AI integrated at the core. It is a pair of lightweight extended-reality glasses featuring a 70-degree field of view and an optical see-through display. Processing is split between an X1S chip in the glasses frame and a Snapdragon XR2+ Gen 2 processor in a separate external compute puck, keeping weight off the face while retaining the muscle needed for 6DoF tracking, hand tracking, eye tracking, and continuous Gemini AI assistance.

Splitting compute between the frame and a pocketable external puck is the kind of constraint-led industrial design thinking that tends to produce genuinely useful hardware. Every previous attempt to pack full AR processing into a glasses frame has produced something that looks ungainly, runs hot, or drains its battery in under two hours. Project Aura sidesteps that compromise, and the fact that it took a Chinese hardware company partnering with Google to land on this solution says something interesting about where design ambition in this category currently lives.

Smart glasses have struggled for years to answer a simple question: what are they actually for? At BEYOND Expo, Xu Chi’s answer was the clearest the category has produced in some time. The true killer app, in his view, is a continuous all-day AI assistant that sees the world from the wearer’s perspective; navigation and translation are table stakes, not destinations. What he is describing is closer to ambient intelligence that understands context and responds usefully across the full span of a person’s day, and Gemini’s multimodal capabilities give that vision real technical grounding.

Global smart glasses shipments hit nearly 14.8 million units in 2025, a 44.2% year-on-year increase. Chinese hardware vendors held 23.3% of global shipments overall and an 87.4% share of the AR and extended reality segment specifically. These are the companies that have been quietly iterating on form factor and optics while the Western tech press kept its attention on headsets. BEYOND Expo’s smart glasses floor this year was, in a sense, the moment that iteration became difficult to overlook.

Even Realities, which picked up a BEYOND Best of Innovation award at the expo, represents the sharpest design-philosophy contrast to XREAL’s approach. Their glasses carry no camera and no microphone, a deliberate choice built around privacy concerns that have slowed wearable AI adoption in several markets. METLEN and iFlyTek each showed their own AI smart glasses interpretations on the same floor. Four distinct companies arriving at one event with serious smart glasses products, each solving the form factor problem from a different angle, signals something well beyond a routine product cycle.

Xu Chi used the phrase “iPhone moment” during his BEYOND Expo address, and it is a comparison that usually ages badly. But the conditions that made the iPhone’s arrival feel defining were a convergence of hardware maturity, software readiness, and a platform worth building for. Android XR with Gemini is a credible attempt at the third element. Project Aura handles the first two more convincingly than anything the category has previously produced. Whether 2026 turns out to be the year that proved Xu Chi right is a question the market will answer, but BEYOND Expo made clear that the companies trying to get there are no longer on the fringes of the industry.

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Four Print Heads, One Machine, No Belts. The LightMake L4 is your Desktop 3D Printer on Steroids

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For years, one of the biggest tradeoffs in desktop 3D printing has been clear. You could chase larger builds, faster motion, or multi-color capability, but combining all three in a way that also supports smoother workflow has remained a tougher challenge. As more creators use 3D printers for batch production, prototyping, and short-run manufacturing, the machines drawing attention are the ones rethinking the print head itself.

LightMake is preparing to enter that conversation with the LightMake L4. Set for a Kickstarter debut, the machine centers on an independent 4-head architecture designed to deliver 4X productivity by printing four identical models simultaneously, while enabling seamless multi-color/material printing on a single object. All while its beltless linear motor system targets ±1μm closed-loop motion precision and 50,000-plus hours of stable operation (for the linear motors). Taken together, those details position the L4 as a highly ambitious new entry in the premium desktop 3D printing space.

Designer: LightMake

Click Here to Sign Up for Early Access

The L4’s most defining characteristic is its independent 4-head system, which allows four separate print heads to operate simultaneously within a single build volume. The four heads can print identical or mirrored models simultaneously, or all four can contribute materials or colors to a single complex print without the purge waste typical of single-nozzle multi-material systems. LightMake claims this architecture delivers a 4x efficiency increase when printing four identical single-color models at once, turning one machine into the functional equivalent of four printing machines. The system also supports mixing up to four materials in a single print, enabling multi-material assemblies that would otherwise require post-print bonding or fastening. For studios running repeat batches or prototyping multiple variants at once, that kind of parallel throughput changes the math around machine utilization and turnaround time.

The machine’s motion system abandons belts entirely in favor of linear motors, a shift that brings both precision and longevity benefits. Linear motors use electromagnetic force to drive motion directly, eliminating the wear, stretch, and maintenance associated with tensioned belts. LightMake reports that the L4 achieves ±1μm closed-loop precision, a figure that places it well into the territory of machines designed for repeatable, high-tolerance work. The contactless driving mechanism also contributes to the company’s claim of 50,000-plus hours of stable printing, a lifespan target that suggests the L4 is being designed with print farm durability in mind. Travel speed is rated at up to 1,000 mm per second, and the system’s rigidity comes from a one-piece die-cast metal frame paired with a vibration cancellation algorithm that mirrors toolhead movement to reduce print artifacts during high-speed operation.

Toolhead changing happens in one second, a spec that directly addresses one of the most time-consuming aspects of multi-material or multi-color printing. Conventional systems that feed multiple filaments through a single nozzle spend significant time purging old material, which slows down the job and generates waste. By swapping between independent heads almost instantly, the L4 cuts that delay to nearly nothing. LightMake is designed to significantly reduce operational costs and maximize efficiency for professional studios, achieved through its independent 4-head system and minimized material waste. The four toolheads are also described as independently liftable, with 5mm of height adjustment to improve first-layer adhesion success rates and reduce early-stage print failures.

The L4’s build volume measures 354 x 370 x 386mm for single-color prints and 354 x 350 x 386mm for multi-color work, placing it in the large-format desktop category. The machine includes dual HD cameras, a 6.5-inch touchscreen, and RFID material recognition. It supports PLA, ABS, PETG, TPU, ASA, PVA, PET, and carbon-fiber composites, with a maximum nozzle temperature of 320°C. Software features include fleet management tools that LightMake says can dispatch tasks to over 1,000 machines simultaneously, as well as an AutoQueue system that analyzes real-time printer status to allocate the right number of machines for each order deadline.

LightMake will debut the L4 on Kickstarter. With its combination of independent multi-head architecture, linear motor precision, and print farm automation features, the L4 represents a clear bet that the next wave of desktop 3D printing will be defined by batch manufacturing efficiency as much as by speed or build size alone.

Click Here to Sign Up for Early Access

The post Four Print Heads, One Machine, No Belts. The LightMake L4 is your Desktop 3D Printer on Steroids first appeared on Yanko Design.

These Actual Ammonite Fossil Keycaps Put 200 Million Years of Natural History on Your Keyboard

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Your keyboard connects to your computer via a 2.4GHz wireless dongle. This keycap designed to slot onto your keyboard was formed at the bottom of a Jurassic sea roughly 200 million years ago. Both of these facts are simultaneously true, and together they produce one of the more pleasingly absurd objects in recent design memory. These might be the only keycaps on Earth that existed before the dinosaurs did…

Keycap Quarry’s ammonite fossil keycaps are Carter Stay’s answer to the question nobody thought to ask: what happens when lapidary craft meets keyboard modding? Stay sources actual prehistoric ammonite specimens from England’s Jurassic Coast and the fossil-dense limestone beds of Somerset, then cuts, grinds, and polishes each one down to a functional keycap with a Cherry MX stem. The Marston Marble pieces carry clusters of tiny spiral fossils embedded in dark stone. The Charmouth calcite pieces are translucent enough that Stay hollows them from behind, letting the keyboard’s backlight pour straight through 200 million years of geological history.

Designer: Carter Stay (Keycap Quarry)

Quarried from Marston Magna in Somerset, Marston Marble is a fossiliferous limestone dense with Promicroceras marstonense ammonites from the Lower Jurassic, roughly 195 to 200 million years old. When polished, the dark grey matrix throws the cream and amber fossil spirals into sharp relief, producing a surface that looks simultaneously geological and deliberate, like a texture a product designer might spend weeks trying to simulate in resin and never quite nail. Each slab is unique because the distribution of fossils across the stone is entirely nature’s doing, meaning two Marston Marble keycaps will never look the same. The material is also becoming increasingly rare at the source, which gives these pieces a provenance weight that purely manufactured artisan caps simply cannot claim.

The Charmouth calcite ammonites come from the Black Ven Marls along the Jurassic Coast in Dorset, where mineral-rich water has replaced the original shell material with translucent calcite over geological time. Stay carves out the rear of each fossil to exploit that translucency, turning the keyboard’s own RGB into a light source that illuminates the internal chamber structure of a 200-million-year-old cephalopod. Under UV, the calcite glows with a cold blue-white that makes each keycap look less like a desk accessory and more like a biopsy slide from a natural history museum. It is the same optical trick that makes backlit calcite specimens prized in the collector market, now deployed on a 1U footprint between your F-row keys.

Dwarf Factory and the wider resin artisan world build narrative through sculpting and hand-painting, layering fiction onto a manufactured substrate. Stay works in the opposite direction, subtracting everything unnecessary from a material that already contains the narrative. No manufacturing process replicates what 200 million years of geological compression and mineralization produces, and no hand-painter can fake the variance in a Marston Marble slab or the internal chamber glow of a backlit calcite fossil.

Unlike most keycaps we’ve covered on this site, these Ammonite ones aren’t easy to replicate. They’re difficult to come across, and every single one looks different, so images don’t really reflect what newer stock will look like. Keycap Quarry’s been selling these (along with a bunch of other) keycaps on their website, and while the ammonite ones are sold out, they’re roughly in the $180 range per cap, making them fairly expensive but equally elusive and priceless.

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