Dreame’s Pet-Friendly Air Purifier Collects Fur Before It Clogs Your Filters

Dreame started building vacuum cleaners in 2017. They built motors that spun faster than anyone else’s, wrote algorithms that mapped rooms more efficiently than the competition, and developed bionic robotic arms that could reach where other robot vacuums couldn’t. Nine years later, they’re launching rocket cars at events in San Francisco, announcing electric SUV lineups, teasing smartphones, and showing off water purifiers alongside lawn mowers. If that trajectory feels chaotic, you’re reading it right. What holds it together is the motor technology, the same engineering philosophy that made their vacuums compelling now applied to air purification, personal care devices, and apparently vehicular propulsion systems.

The FP10 air purifier sits somewhere in the middle of this expansion spree, and it’s the first place the company has applied robot vacuum thinking to stationary air cleaning. The core concept borrows directly from their floor-cleaning playbook: a self-cleaning roller brush that actively separates debris instead of waiting for a clogged filter to choke performance. For pet owners who’ve watched traditional purifiers lose suction as fur accumulates on intake grilles, that’s a genuinely useful pivot. The question worth asking is whether Dreame’s computational approach to home appliances translates as well to air purification as it did to floor cleaning.

Designer: Dreame

The roller mechanism operates on two axes, rotating 360 degrees to strip hair and particles from incoming air before they reach the primary filter. A dual-powered system keeps both the roller and filter moving independently, compressing debris into a sealed 460ml collection bin that you empty like you would a vacuum canister. Dreame claims a 99.5 percent hair collection rate based on lab testing with two cats in a 30-square-meter chamber over seven days, which sounds optimistic until you consider that the alternative in most purifiers is zero percent because the hair never makes it past the intake grille in the first place.

What makes this approach legitimately different is the elimination of primary filter maintenance. Traditional purifiers with washable pre-filters require you to pull them out, rinse them, dry them completely, and reinstall them every few weeks if you have shedding pets. Miss a cleaning cycle and airflow degrades fast. The FP10 handles that process autonomously, triggered either by a preset schedule or in response to air quality readings. The machine runs a self-cleaning cycle, the roller dumps collected debris into the bin, and airflow stays consistent without your involvement. Dreame calls this their Filter Maintenance 4.0 era, positioning it as an evolution beyond mesh filters that need constant washing and felt filters that burn through replacement costs.

The air purification stack itself follows convention: HEPA H13 media rated for 99.97 percent filtration of particles down to 0.3 microns, backed by what Dreame calls a CataFresh odor removal system combining 2.5 times more activated carbon than their previous flagship with a metal catalyst layer that chemically decomposes odor molecules rather than just adsorbing them. The unit pushes 350 cubic meters per hour in standard configuration, operates between 32 and 62 decibels depending on mode, and includes the expected smart home integration through the Dreamehome app with Google Assistant and Alexa support.

The pet-specific features extend beyond hair collection. An optional weighing tray sits on top of the unit, tracking weight and activity patterns for multiple pets through the Dreamehome app. When a pet steps onto the tray in Pet Mode, the purifier gradually reduces airflow to avoid startling them. It’s the kind of thoughtful detail that suggests someone on the team actually lives with skittish cats.

The FP10 ships in early May. Pricing hasn’t been announced for most markets yet, but it’s positioned as a premium pet-focused purifier competing against dedicated units from brands that have been in this space far longer. What Dreame brings to the fight is proven self-cleaning technology and a willingness to treat air purifiers as active systems rather than passive filters. For households where pet hair has become the limiting factor in purifier performance, that mechanical preprocessing layer might justify the premium over simpler designs that just throw bigger HEPA filters at the problem.

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This $599 ‘Swiss-Army’ Android Tablet Has a Built-In Projector, Night Vision, and a Laser Rangefinder

At some point in the last decade, the iPad became the default answer to the question of what a tablet should be. Thin, light, polished, dependent on a case ecosystem to survive a one-meter drop onto carpet. It is an extraordinary device for a very specific kind of person living a very specific kind of life. The 8849 Tank Pad Ultra exists in a parallel universe where the design brief started with entirely different questions, ones involving concrete floors, dark confined spaces, and the need to project a floor plan onto a wall without finding an electrical outlet first.

The Tank Pad Ultra is a 1,345-gram Android tablet with a 260-lumen 1080p DLP projector, a 64MP night vision camera, a 4-meter laser rangefinder, IP68 and IP69K waterproofing, and a 23,400 mAh battery that charges at 66W. It runs on a MediaTek Dimensity 8200 chip with 5G connectivity at up to 4.67 Gbps and up to 32GB of RAM. It costs $599, which is less than a base iPad Pro and considerably less than the sum of its individual parts if you tried to buy each capability as a dedicated tool.

Designer: 8849 Tech

The projector is the headline feature, and 8849 has earned the right to lead with it. They introduced the world’s first 5G rugged tablet with a built-in DLP projector back in 2024, at a modest 100 lumens and 854×480 resolution. Blackview then pushed the category to 1080p. The Tank Pad Ultra answers with 260 lumens and full 1920×1080 resolution, with auto-focus calibrating across a 0.5 to 4-meter throw range. That is a meaningful jump, and for impromptu field presentations, collaborative site reviews, or a legitimate movie night at a remote campsite, it is the kind of feature that collapses several gear bags into one. Whether it holds up in daylight is a harder question. Portable projectors with significantly higher lumen counts routinely struggle against ambient light, and 8849’s own claims here should be treated with the healthy skepticism that any manufacturer’s daylight projection demo deserves.

The night vision camera is the second feature that genuinely earns its place. A 64MP OV64B sensor paired with infrared LEDs means the Tank Pad Ultra can document a dark crawl space, a machinery inspection in a poorly lit industrial unit, or a nighttime search operation without a separate imaging rig. The 50MP Sony IMX766 main camera handles daylight shooting with a sensor large enough to produce genuinely usable imagery, and the 32MP front camera is more than adequate for video calls from the field. Three cameras at these resolutions in a rugged device at this price point is not something the category has managed before, and it matters for the professionals most likely to reach for this thing.

The laser rangefinder and dual-frequency L1/L5 GPS round out what 8849 is calling a field multi-tool, and this is where the Swiss Army Knife analogy earns its keep and also reveals its limits. A Swiss Army Knife is a triumph of consolidation and a set of tools that are each good enough for casual use but rarely the first choice of someone whose livelihood depends on that specific function. The Tank Pad Ultra’s rangefinder tops out at 4 meters, which covers room-scale measurements comfortably but will not satisfy a surveyor. The GPS dual-frequency support is genuinely impressive for a tablet and will outperform most consumer devices in dense urban canyons or tree cover, but dedicated mapping hardware it is not. For the overlander, the small construction crew, or the facilities manager doing rounds, these are additive capabilities that remove friction. For the specialist, they are conversation starters.

Equipped with a 23,400 mAh battery with 66W fast charging, 8849 is offering multi-day endurance on normal usage cycles, with a full charge arriving in around two hours. Reverse charging via USB-C means the Tank Pad Ultra can serve as a power bank for other devices, which on a remote job site is a genuinely practical consideration. Heavy projector use will eat into that endurance significantly, as DLP projection is power-hungry by nature, but 8849’s claim of multi-day field life under standard workloads is credible given the battery capacity. The device also packs more than 20 built-in utility tools, from a bubble level to a pressure gauge to a noise meter, which feel like software cherries on top of a hardware sundae rather than core reasons to buy.

At $599, the Tank Pad Ultra sits in a pricing sweet spot that undercuts the iPad Pro while offering a capability set no iPad would ever pursue. It will not replace a Leica rangefinder, a Fluke thermal camera, or a Panasonic Toughbook in the hands of someone whose professional life depends on that specific tool performing at its absolute ceiling. What it does is give a broad category of field workers, outdoor professionals, and genuinely curious tech enthusiasts a single device that covers an extraordinary amount of ground without requiring a separate bag for the accessories. You can find the Tank Pad Ultra on 8849’s website right now, and the spec sheet alone is worth ten minutes of your afternoon.

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The ‘Keurig’ of Ice Pops: Coolwill’s Automatic Popsicle Maker Delivers Fresh Frozen Pops in 30 Minutes

Nobody plans for the heat. You turn on the air conditioner the moment you feel warm, not four hours before, and yet the homemade popsicle has always demanded exactly that kind of advance thinking. Fill the mold, find the freezer space, commit to checking back the next morning. For a treat that exists purely to cool you down on impulse, that overnight ritual has always sat in strange contrast to why you wanted one in the first place. Coolwill, a Hong Kong startup preparing a Kickstarter launch, seems to have built their entire pitch around this exact tension.

The machine runs on a real compressor and direct-cooling system, producing a finished, demolded ice pop in roughly 30 minutes, with no freezer space required and no pre-freezing involved. Six smart preset modes handle everything from fruity popsicles to creamy sorbet-style treats, with the machine managing cooling, freezing, and demolding entirely on its own. Three interchangeable mold types keep the output varied without any extra effort. The touchscreen keeps operation to a single tap, and the compact form factor is designed to fit even small kitchen countertops.

Designer:  Coolwill

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Bypassing the household freezer entirely is the technical decision that makes the 30-minute claim credible rather than aspirational. Powered by a real compressor and direct-cooling system, the machine freezes juice, yogurt, or smoothies into solid pops in just 30 minutes, operating independently without pre-freezing bowls or clearing space in the freezer. Traditional mold-based popsicle making is entirely dependent on your freezer’s ambient conditions, which vary by load, door frequency, and room temperature, and Coolwill’s compressor bypasses all of that variability by chilling and freezing the contents directly. The brand claims intelligent insulation keeps pops fresh after the freeze cycle completes, which matters on a countertop in a warm kitchen in a way it simply wouldn’t inside a sealed freezer compartment. The prelaunch materials make a point of distinguishing this from cold-plate-based systems, framing the compressor as the category differentiator.

Six preset modes sit on the touchscreen, and the names visible on the display, Popsicle, Ice Cream, Spiked, Chocolate, Sorbet, and Mini, suggest the programs are calibrated around ingredient categories rather than simple time variations. Each mode automates the full sequence, and each is tuned for a different texture profile, from the cleaner icy bite of a fruit pop to the denser body of something creamy or chocolate-based. That distinction matters because dairy-forward and juice-based mixtures respond differently to the same freezing duration and rate. Having the machine make those calibrations automatically, without user input, is a meaningful layer of automation that moves the appliance beyond a glorified cold-timer. The process closes with the machine cooling, freezing, and demolding automatically, delivering a finished ice pop in about 30 minutes.

The three mold formats, classic popsicles, standard ice cubes, and cute cat paw shapes, cover a deliberately broad range of output types. The everyday utility of ice cubes and standard pops anchors the machine as a practical appliance, while the cat paw format leans into a novelty visual language that has proven durable in the food and beverage space. The stated ingredient range spans fresh juice, yogurt, smoothies, or any mixture, so the output can be as health-focused or as indulgent as the user decides. Families can make healthy, additive-free popsicles for kids, health enthusiasts can control every ingredient from fruit to protein, and party hosts can turn out custom shapes and flavors in 30 minutes. That breadth of use case, packed into a single compact appliance, makes a reasonable argument for a permanent countertop spot rather than a seasonal one.

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DREAME, the Robot Vacuum Company, Just Launched a Rocket Car and 20 Smart Home Products in One Week

San Francisco just witnessed something wild. Dreame Technology, the company you probably know from robot vacuums that actually work, took over the Palace of Fine Arts for four days and unveiled a product lineup so sprawling it felt like watching a tech conglomerate speedrun a decade of ambition. DREAME NEXT wasn’t a launch event. It was a statement of intent, wrapped in smoke and mirrors and one very literal rocket car.

The Nebula NEXT 01 JET Edition kicked things off on April 27th with dual solid-fuel rocket boosters delivering 0-to-100 km/h in 0.9 seconds. Sebastian Thrun showed up to co-present. Steve Wozniak appeared on day three for the smartphone launch. Dwyane Wade demoed cleaning tech on day two. But here’s the thing about this spectacle: buried underneath the celebrity cameos and rocket-powered stunts, Dreame actually showed off some genuinely clever engineering in the categories where they’ve already proven themselves.

Designer: DREAME

The X60 Pro Ultra Complete introduced Dreame’s second-generation Dual UltraExtend Arm, which is exactly what it sounds like: a robotic vacuum with extending appendages that reach into corners and edges. The mop extends 18 centimeters out from the body, the side brush goes 12 centimeters. The fan motor hits 42 kilopascals at 150,000 RPM, which is absurd suction for a robot this size. It climbs 10-centimeter steps, which means double-layer staircases are no longer a dealbreaker. The stereo vision obstacle avoidance keeps it from ramming into furniture, and the runtime is unlimited because it auto-docks and recharges. This addresses the single biggest frustration with robot vacuums: they miss spots. The extending arms mean actual edge-to-edge coverage without manual cleanup afterward.

The Aqua20 Pro Ultra Roller Complete takes a different approach to the same problem. Instead of extending arms, it brings 160-degree Celsius steam directly to the floor. The built-in steam generator reaches temperature in eight seconds, and the steam loosens dirt before the hot water mop follows through. It’s a multi-dimensional attack on kitchen grease and dried pet paw prints, the kind of stuck-on mess that normal robot mops just smear around. The combination of heat, water, and pressure means fewer passes and cleaner floors.

Then there’s the Aero Ultra Steam wet-dry vacuum, which introduces what Dreame calls a Tri-Force Cleaning Solution: 200-degree Celsius steam wash, 194-degree Fahrenheit hot water mopping, and targeted foam wash for pet odors. The suction hits 30 kilopascals, and the body is slim enough at 3.88 inches to slide under most furniture. The runtime goes up to 100 minutes. Wet-dry vacuums have always been finicky because you’re dealing with both dry debris and liquid spills in the same cleaning session, and the separation between air and water matters. Dreame’s using what they call AirHydro Separation technology, an air-shield system that keeps the airflow path isolated from the water recovery path. It means you can switch between vacuuming crumbs and mopping spills without clogging the motor or diluting suction.

Group of diverse attendees at a DreamE booth, a man in a blue shirt points toward the camera while others smile nearby; a robotic vacuum sits on the table in front of them.

The outdoor lineup got similar treatment. The A3 AWD roboticmower uses LiDAR and binocular AI vision for autonomous mapping with no perimeter wires. Four-wheel drive handles 5.5-centimeter obstacles and 80 percent slopes. The cutting height adjusts from 3 to 10 centimeters, and the EdgeMaster system gets within 5 centimeters of boundaries. The All-in Center is what makes this actually hands-off: the mower returns to the base for automatic charging, cleaning, and weatherproof storage. It handles rain, heat, and freezing temps without manual intervention. Most robotic mowers still require you to babysit the charging process or bring them indoors during bad weather. This one just docks and waits.

What Dreame is doing here comes down to three core technologies they’ve been refining since 2015: high-speed digital motors, intelligent algorithms, and bionic robotic arms. The motors hit 200,000 RPM in lab conditions and mass-produce at 160,000 RPM. That’s aerospace-grade engineering applied to household appliances. The robotic arm platform, which started in vacuums, now scales across dishwashers, range hoods, and air conditioners. The AI perception stack learns from 4.05 million datasets across 35 algorithm versions, enabling real-time object detection and scene understanding.

Man in a maroon hoodie leans over a display table to inspect a round robot vacuum while holding a smartphone at a tech expo booth.

The guest list told the story. When Sebastian Thrun, Steve Wozniak, and Dwyane Wade show up for a cleaning appliance company’s launch event, you’re watching category boundaries dissolve. William Fong put it plainly during the opening forum: “Dreame has the foundational OS for reality.” Julie Zhuo noted that Dreame delivers the kind of freedom people actually want. Sebastian Thrun closed with this: “Dreame is positioned to move from AI software into the physical world.”

Crowded technology expo with multiple vendor booths and the word DREAME on signage, people chatting and exploring displays at a dark, industrial venue.

Whether refrigerators with hyperspectral sensors and smartphones with modular satellite attachments actually land remains to be seen. But the cleaning tech works because Dreame stayed focused on solving real problems: edges that don’t get cleaned, grease that doesn’t lift, lawns that require constant manual oversight. The rocket car got the headlines. The robot vacuums earned them.

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This Porsche 918 Successor Concept Looks More Aggressive Than Anything Stuttgart Would Actually Build

Porsche retired the 918 Spyder nameplate in 2015 after producing exactly 918 examples of their hybrid hypercar flagship, a vehicle that proved electric motors could enhance rather than dilute the driving experience at the absolute top of the performance spectrum. The car’s legacy persists in how thoroughly it shifted the conversation around electrification in high-performance vehicles, making battery packs and regenerative braking legitimate tools for lap time destruction rather than merely fuel economy optimization. Since then, Porsche’s halo vehicle strategy has fragmented across the electric Taycan range and increasingly extreme 911 GT variants, but nothing has directly replaced the 918’s specific combination of hybrid technology and hypercar theater. Independent designer Franklin decided that gap needed filling.

His Next 918 concept, rendered in meticulous detail and shared on Behance, reimagines what a modern Porsche hypercar could look like if the company stopped playing nice and went full gladiator mode against the current generation of track-focused exotics. Where the original 918 balanced supercar aggression with enough civility for real-world usability, Franklin’s interpretation commits entirely to the hypercar brief with a fixed-roof fastback body, massive wheel arches, and surfacing complexity that would require Porsche’s designers to abandon their typical restraint. The renders communicate serious 3D modeling craft, the kind of surface definition and lighting work that separates thoughtful design exploration from quick Photoshop fantasies. This concept asks whether Porsche’s next flagship should evolve the 918’s hybrid philosophy or just embrace pure, uncompromising speed.

Designer: Franklin 郭

The most dramatic departure from the original 918 is the roofline, which Franklin has transformed from a removable targa configuration into a fixed fastback canopy that accelerates rearward with genuine aerodynamic intent. The greenhouse wraps around the cockpit in one continuous sweep of glass, providing massive visibility while compressing the rear deck into a truncated Kamm-tail form that would generate serious downforce at speed. This design choice alone signals a philosophical shift, the original 918 let you pull the roof panels and enjoy open-air motoring on a coastal highway, but Franklin’s version looks like it would protest anything slower than a flat-out Autobahn run. The fastback terminates in an integrated spoiler element that bridges seamlessly into the tail, below which sits a full-width light bar with layered elements that give it architectural depth rather than the thin LED strip Porsche has been using lately. The diffuser treatment underneath is pure carbon fiber aggression, a multi-element structure with vertical fins that would channel underbody airflow with the kind of efficiency you’d expect from a car engineered to hunt lap records rather than pose in Monaco.

The front fascia borrows Porsche’s current four-point LED signature but expands it into something more architectural, with vertical DRL elements that aren’t just lighting theater but structural dividers segmenting the nose into distinct functional zones. The hood is long and domed slightly at the center, completely free of vents or scoops, a deliberate choice that keeps visual weight low and the proportions classic mid-engine GT. Franklin’s surfacing work is where the concept demonstrates genuine design maturity, the body isn’t cluttered with unnecessary creases or vents, instead relying on a single character line that runs from the front wheel arch through the door shut line and terminates at the rear fender. The wheel arches themselves are sculptural events, three-dimensional forms that bulge outward from the body with sharp, almost origami-like edge treatments where the bodywork folds inward to meet the wheel openings. This creates tension across the entire surface, preventing the forms from reading as soft or generic. The stance is weaponized, no lift, no ride height concession to real-world usability, just a car sitting exactly where it would need to be for maximum aerodynamic performance.

What makes this concept compelling beyond its visual aggression is how it forces the question of what a modern 918 successor should actually be. The original car’s hybrid powertrain made sense in 2013 when proving electrification could work at the hypercar level was still a radical statement, but the landscape has shifted dramatically. Rimac, Pininfarina, Lotus, and even Gordon Murray have all built hybrid or fully electric hypercars that make the 918’s 887 horsepower look almost quaint. If Porsche were to build a Next 918 today, would they chase four-figure horsepower with a tri-motor electric setup, or would they lean into what makes Porsche fundamentally different and build something around a screaming naturally aspirated flat-six paired with electric torque fill? Franklin’s concept doesn’t answer that question because it can’t, the design language works equally well wrapped around either powertrain philosophy. What it does communicate clearly is that the next 918, if it ever exists, would need to compete directly with the Valkyrie, the Senna, the AMG One, machines that have raised the hypercar performance ceiling so high that the original 918’s 6:57 Nürburgring time now sits outside the top ten fastest production car laps. The visual aggression Franklin’s baked into this concept acknowledges that reality.

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A “Social Only” Smartphone inspired by the iPod lets you like, share, and scroll using hardware buttons

Go ahead and open your screen-time and see what the most-used apps are. Mine, by far, are Instagram and YouTube. Tik-tok’s blocked where I live, so that’s probably the only reason I don’t have it there, but I log in at least 4-5 hours of scrolling and videos every day on my phone. I’m not saying it’s healthy, I don’t even recommend it. But it’s the reality and I’m sure there are a bunch of people just like me who use their phone predominantly for staying connected, and secondarily for productivity.

The “Threads Phone” by NARZ dives headfirst into that logic, offering a phone tailor-made to the social experience. Designed mainly for browsing, it borrows from another device that was tailor-made for browsing – the iPod. As much as the iPod was a music player, it was also insanely good at letting you browse through a massive collection of music. Thousands of songs in your pocket was quite literally Steve Jobs’ pitch, so it was important for the iPod to let you toggle through those songs effectively. NARZ simply took that logic and applied it to all of Social Media.

Designer: NARZ

The phone comes with a screen, but also sports actual controls to let you access and interact with social media posts. A jogwheel enables scrolling, the like and comment buttons are self-explanatory, and a repost button works best within Threads, X, Bluesky, or the Fediverse. There’s also an easy to access Back button so you aren’t reaching for the top of the screen like you would on most phones.

NARZ designed the phone especially for Threads use, which is a fairly non-confrontational way of saying it’s for X users too. Plus, given Threads is literally Instagram’s little sibling, the phone works fairly well with IG’s interface, allowing you to scroll using the jogwheel, while also tap on directions to slide between the different sections of the app, and click the center button to do things like open DMs, etc.

That doesn’t mean the touchscreen doesn’t work. It’s still a touch phone the way Blackberries are touch phones. However, the added benefit of social-ready hardware controls make the phone a breeze to use if you’re a bit of a social media junkie like I am. The concept doesn’t detail out the back of the phone, but it’s safe to assume that there’s a camera on there, making the Threads Phone just like your standard smartphone, just optimized for a certain type of use.

NARZ doesn’t stop there, though. On their Instagram, the designer also describes as the phone working as a Chromecast remote – an odd choice, but given that the jogwheels and buttons are already there, adding a set of features to the existing hardware sounds, well, deliberate. The device is currently in a concept stage, but it does make the case for hardware buttons on phones. Sure, we’ve seen companies go the Blackberry route by reviving QWERTY keyboards on devices (a la Clicks Communicator and Unihertz Titan 2 Elite), but I could see a device like this working too. After all, only a fraction of your time spent online actually involves typing text. The rest is still browsing and non-verbal interactions – so why not do what the iPod did so well? Browse?!

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Keen’s Zero-Glue Shoe Uses A Cord-Cage To Hold Itself Together, And Can Be Repaired By Swapping Parts

The footwear industry runs on glue. Something like 30 billion pairs of shoes get manufactured globally each year, and nearly all of them rely on industrial adhesives to bond uppers to soles. Those adhesives contain solvents that create toxic fumes in factories, complicate recycling at end of life, and introduce a whole class of chemicals that workers and the environment would be better off without. It’s a manufacturing reality so fundamental that most people never think about it, which makes it a perfect target for redesign if you can figure out the engineering.

Keen just launched the Uneek 360, and the Portland-based brand is calling it their first solvent-free shoe. The design breaks down into four separate pieces: a knit upper made from recycled plastic bottles, an external cord cage that wraps around the structure, a drop-in footbed, and a hybrid rubber-foam outsole. Nothing is glued. The cords loop through the sole unit and lock with a toggle, creating a mechanical connection where adhesive would normally live. It’s a modular build that extends Keen’s decade-long Detox the Planet initiative from chemistry into construction itself, and it arrives with a $190 price tag and enough design confidence to make you wonder why this approach took so long to reach production.

Designer: Keen Footwear

The cord cage is downright clever. Keen has been refining cord-based construction since the original Uneek sandal launched back in 2014, a polarizing design that used two interwoven cords as the entire upper. That silhouette took three years to develop and became a cult favorite despite looking like something between a huarache and a fishing net. The 360 repurposes that cord expertise into structural engineering rather than aesthetics. The articulated cording moves on multiple axes, which means it adapts to foot shape dynamically while maintaining enough tension to hold the four components together under walking loads. Pull the locking toggle and the whole assembly comes apart in seconds, with each material cleanly separated for recycling.

This fits into Keen’s broader chemistry work, which has been unusually transparent for a footwear brand. Since starting their Detox the Planet program in 2014, they’ve invested over 11,000 hours and $1.2 million eliminating toxic chemical classes from their supply chain. They went fully PFAS-free in 2018, removing those forever chemicals from over 100 different shoe components, then open-sourced the process so competitors could follow the same path. Five of six targeted chemical classes are gone. Solvents, the ones embedded in adhesives, are the final holdout. The Uneek 360 represents a different approach to that problem: instead of reformulating the glue, eliminate the need for it entirely.

The modular construction creates some really smart end-of-life options. Most shoes become landfill material because you can’t separate bonded composites without industrial shredding, and even then the mixed materials have limited recycling value. A shoe you can disassemble by hand into distinct material streams (knit fabric, rubber, foam, synthetic cord) actually stands a chance of getting processed properly. Whether that happens depends on infrastructure and consumer behavior, but at least the design removes a fundamental barrier.

Keen launched the Uneek 360 in Black/Magnet and Vapor/Star White colorways, with men’s and women’s sizing available through their site and select retailers. At $190, it sits at the premium end of the casual sneaker market, which reflects both the recycled materials and the engineering required to make cord-based mechanical locking work at production scale. It’s proof that footwear assembly without solvents is manufacturable, not just a concept sketch, which matters if the industry is serious about moving beyond adhesive dependency.

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This Wireless Gaming Controller Splits Apart To Reveal Its Cartridge Slot

Imagine a Nintendo Switch without a screen. Just two Joy-Cons that click together for wireless gaming. Now imagine that was it. That was the product. That’s what the Clicon gaming controller/console is pitching itself has. Handheld wireless gaming with anything you want as the screen. Split the controller apart and a cartridge fits into it, sandwiched between the two halves. Click the halves shut and you’ve effectively ‘loaded’ a game. Now pick a screen and game on it.

Spiritually, it feels exactly like what I’d expect from an indie company trying to be the next Nintendo. Out-lite the Switch Lite by ditching the screen altogether. The 2-part controller looks gorgeous, is portable, and ends up acting as a cartridge holder just by virtue of its design. Plus, the Duracell colorway definitely gives it a funky touch that’s hard to ignore!

Designers: Yasuaki Iijima & Jason Chen

This format is easily the first in the handheld gaming segment and that’s perhaps the one thing that excites me the most. Seeing a design so fairly radical it grabs your attention for a second, making you question how it works, and whether it would work, plausibly. The Clicon is still conceptual, obviously, but the designers are apparently working on a prototype.

The renders show a basic arcade-style cartridge that is housed inside the controllers, sitting just within their parting line and jutting out the middle the way your AirPods jut out when you flip the lid. This means no mano-a-mano gaming the way you would on a Switch. This entire thing is just one console, and doesn’t work when split apart. Lock it together and you’ve got something akin to the SNES controller with a pill-shaped design that feels decent enough to hold for hours at a stretch.

Meanwhile, as controls go, the Clicon packs them all, action buttons, arrow keys, two sets of shoulder buttons, the works. A home button and +/- buttons on the front, another transparent button on the top, and a USB-C port to charge the device as well as potentially stream content via cable. It would also make sense to assume that wireless streaming is a possibility.

Designers Yasuaki Iijima & Jason Chen are apparently working on a prototype. Their instagrams show 3D prints of mock-ups, even with bare-basics circuitry. It’s way too early to even ask for things like a timeline, specs, pricing, etc. but what we can do is judge the design for what it is. And hope that a feasibility run doesn’t result in too much of the design changing in the process! Heck, is it possible we see a ‘Nintendo Switch Lite Lite’ before GTA 6?

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Someone Finally Built the Hollywood Sign Out of LEGO and It Actually Slaps

Every year, roughly ten million tourists visit Los Angeles specifically to photograph a sign they will never get closer than a few hundred meters to. There are no public trails to the Hollywood Sign’s base. The entire surrounding area is fenced, monitored, and actively defended against the kinds of people who once scaled those letters for a prank or a protest or a particularly committed selfie (remember the Hollyweed prank from 2017?) It is, by design, a landmark you admire from a distance. Which makes a LEGO version of it feel surprisingly appropriate.

Builder imaxedlp has rendered the sign and its Mount Lee surroundings in 496 pieces, and the result is genuinely charming. The build captures the hillside as a full landscape: tiered sandy slopes, clusters of miniature palms, a clapperboard lying open mid-scene, a vintage camera set up as if waiting for action. The broadcast tower rising behind the letters is an accurate detail that most people probably forget exists. All of it lands on a compact diorama footprint that earns its shelf space.

Designer: imaxedlp

The terraced hillside, built up in warm tan with angled slope bricks stepping from the base to the letter line, gives the model genuine topographic depth from every viewing angle. The nine letters are rendered in light gray with visible stud detailing and subtle column supports underneath, closely echoing the real sign’s steel-frame mounting system. A couple lean at a slight angle, mirroring how the actual letters sit unevenly on the hillside. The clapperboard lying open on the slope, mid-scene, as if a crew just called cut and walked away, is my favorite detail. Small, but it does a lot of narrative work.

The vintage film camera on the right flank, built from dark gray cylindrical pieces with a twin-lens silhouette, grounds the whole scene in old Hollywood specifically. The popcorn bucket on the left pulls in the audience side of the equation. The broadcast antenna tower rising above the D at the far right is the detail that will genuinely surprise people who have only ever seen the sign in photographs cropped to exclude everything but the letters.

imaxedlp’s Hollywood Sign is currently sitting just under 1,000 supporters on LEGO Ideas, where fan-designed builds need 10,000 votes to trigger an official LEGO review for potential production as a retail set. You can head to the LEGO Ideas page here and cast your vote.

The post Someone Finally Built the Hollywood Sign Out of LEGO and It Actually Slaps first appeared on Yanko Design.

Three Buttons, Infinite Functions: Inside the Agentic AI Keypad That Adapts To Your Workflow

Here’s what happens when you join a Zoom call right now: you click the link, wait for the app to launch, find the mute button, realize your camera is on when you’re still in pajamas, hunt for that toggle, then minimize the window to keep working. Six actions, multiple windows, all muscle memory you’ve built up because this is just how it works. We’ve accepted the friction.

Project Mirage looked at that friction and built Dune. Three physical keys that sync with your calendar, know when your next meeting is, and give you one-button join, instant mic control, camera toggle that brings the window forward when you need it. Then you switch to your code editor and those same three buttons become the shortcuts you actually use in that tool. Open your browser, they adapt to the tab. The hardware reads context, talks to AI, morphs based on what you’re doing. It’s 50 grams of machined aluminum that finally acts like it knows what year it is.

Designer: Project Mirage

The core idea is simple but meaningful. Dune monitors your Mac, detects which application is in the foreground, and automatically reconfigures what its three keys do. In GitHub, they handle pull requests and code reviews. In VS Code or Claude, they surface the commands you reach for constantly. The device integrates with Openclaw to trigger AI agents you’ve already built, so that email sorting routine you automated can fire with a physical button press instead of hunting through menus. In Photoshop, you can map them to copy/duplicate layers, increase or decrease brush sizes, or flatten/export images. The best part, however, is using the Dune on your browser, where the hardware detects which tab you’re on, changing controls/maps based on whether you’re on a Gmail tab, a Google Meet tab, an Instagram tab, or even scrolling through your inspiration on Pinterest. The on-screen display shows you what each key does at any moment, removing the need to memorize complex shortcuts or maintain mental maps of what Button 2 does in seventeen different apps.

What separates Dune from traditional macro pads is that layer of intelligence. Stream Decks and programmable keypads give you power, but they demand upfront investment. You configure profiles for every app, remember which layer you’re on, maintain the whole system yourself. Dune comes preconfigured with workflows for common tools and adapts automatically. You can still write custom scripts, assign URLs, build your own automations (I built mine using AI and they work like a charm). The difference is the device does the heavy lifting of context switching for you.

The hardware itself is straightforward. CNC-machined anodized aluminum body, USB-C connection that powers the device directly without needing a battery, 40mm × 10mm × 10mm dimensions that sit comfortably next to your keyboard without dominating desk space. It’s macOS only for now, which makes sense given the tight system integration required to read active applications and browser tabs in real time. The packaging ships each unit embedded in actual river sand, a physical callback to the name and the metaphor of something that shifts and adapts constantly.

Dune is available for pre-order now at $119, with the price moving to $149 after launch. Ships in May 2026 from the Project Mirage website, where you can also find setup guides and documentation on building custom automations.

The post Three Buttons, Infinite Functions: Inside the Agentic AI Keypad That Adapts To Your Workflow first appeared on Yanko Design.