Sure, we could sit and fearmonger about how AI will one day replace designers, but here’s an alternative reality – what if AI didn’t replace us, it just created a parallel reality? Like you’ve got Japanese ceramics, Italian ceramics, and Turkish ceramics, what if you could have AI ceramics? Not a replacement, not a substitute, just another channel. That’s what BKID envisioned with ‘Texture Ware’, a series of cups designed entirely by AI and manufactured using 3D printing. Minimal human intervention, and minimal human cultural input.
The AI feeds itself a vast repository of data and uses its own database to make textural products that humans then use. BKID’s results look nothing like anything we’ve seen before, each cup of the Texture Ware series looks almost alien, an exaggeration of textures found in nature taken to an extreme. You wouldn’t find such cups in a handicrafts bazaar or your local IKEA. They’re so different that they exist as a separate entity within the industry, not a replacement of the industry itself.
Designer: BKID co
The workflow uses different AI services to go from prompt to cup. The only real input is a text prompt from a human specifying what sort of texture they want. The AI generates the texture image using ChatGPT’s Dall-E, creates a cup out of it in Midjourney, and then translates the 2D image of a cup to 3D using Vizcom. The 3D file then gets 3D printed, eliminating pretty much any actual human intervention as the machine models and manufactures the design from start to end.
“What would normally require a considerable amount of time if crafted entirely by hand was instead realized through two to three generative tools and a process of repeated trial and error,” says BKID. “The exaggerated expressions and omitted forms that emerge in each stage invite the audience to experience the subtle differences in sensibility between traditional handcraft and craft shaped by generative software.”
Users can make cups inspired by brutalist textures of concrete, fuzzy textures of moss, rustic textures of wood-bark, wrinkled textures of crumpled paper, raw textures of coal, columnar textures of basalt rock, porous-like textures of coral, or even alien-like textures of fungi. Each cup looks unique and the AI never repeats itself, which means even cups within the same texture category could be wildly different.
The result truly feels alien, because the AI approaches design using an entirely different set of parameters. Their imperfections become design details, their lack of ergonomics or awareness become a unique design DNA. The result isn’t like any cup you’ve ever seen before, and that’s the point – it’s created by an AI that hasn’t ‘seen’ cups, hasn’t used cups, and doesn’t test its output. That being said, the cups are still usable because of the parameters set by the human. The cups don’t have holes, and contain enough volume to hold liquid efficiently. They’re perfect for espresso, saké, or green tea, something that’s savored in tiny quantities in vessels that feel less utilitarian and more ritualistic.
What BKID’s experiment proves is that AI (at least in this case) won’t replace designers, it’ll exist independent of them. Can an AI make a cup exactly like a regular designer would? Absolutely… but there’s a better case to be made to have AI make things beyond human creativity and culture. These cups contort nature and textures into something that feel extremely new, in a way that allows AI-made cups and human-made cups to coexist peacefully.
As Mariah Carey says religiously every single December – “It’s tiiiime!” As we kick off the last month of the year and the holiday season, this LEGO build adds exactly the right spice to everyone’s lives. Why buy a generic snow globe from Hallmark when you could make your own, asks The Brick Artist – the designer behind the Christmas Snow Globe currently gathering momentum on the LEGO Ideas website.
We’ve covered LEGO snow globes before on this website, but none of them designed to be as dynamic as this MOC (My Own Creation). The Brick Artist’s build actually features a rotating element, allowing the globe to spin on its own axis like a tiny fidget toy. Inside, the globe features a decked out Christmas tree complete with baubles, stars, and a shimmering snowflake tree topper. Underneath the tree are the usual suspects, gifts like a wooden train, the nutcracker, a toy rocket, and a remote-controlled airplane.
Designer: The Brick Artist
The build looks fairly simple, with a base decorated with snowflakes and wreaths, capped off with a rotating platform which houses the Christmas tree encased in the clear orb. The Brick Artist hasn’t detailed the part-count, but it’s probably in the 200-400 brick-ballpark, making it easy to assemble and perfect for kids, adults, or even Santa and his elves.
The way the tree rotates is using a rotary crank on the back that probably activates a pair of bevel gears that cause the upper half to spin on a central axis. There’s no music element here, although that would probably seal the deal as a pretty fun Christmas toy. However, the joy of this MOC isn’t in the experience as much as the journey of building your own snow globe from scratch.
The drill with this MOC is like every other one we’ve written about. It’s a fan-made creation that currently exists only on LEGO’s Ideas website – an online forum where people build and share their own LEGO creations and have the broader community vote for them. The only way this build becomes an official LEGO box set is if it crosses the 10,000 vote mark, and then gets approved by LEGO’s internal team after a review period. If you want to see that happen, head down to the LEGO Ideas website and cast your vote for this brickset!
Pantone has officially called it: the prevailing mood for 2026 is exhaustion. This marks a sharp departure from recent years, when the annual announcement felt like a conversation happening in a different room. The world was navigating a pandemic hangover and digital burnout, while Pantone was prescribing electric purples for creativity and defiant magentas for bravery. Each choice, while commercially friendly, felt like a wellness influencer telling a tired person to simply manifest more energy.
This year, however, their choice of Cloud Dancer, a soft, billowy white, functions less like a statement and more like a surrender. It is the color of a blank page, an empty inbox, a quiet sky, a white flag, if you will. By choosing a hue defined by its peaceful lack of saturation, Pantone is finally acknowledging the dominant cultural mood – burnout. They are admitting that the most aspirational feeling right now is not vigor or joy, but rest.
Designer: Pantone
To understand why this feels so significant, you have to look at the recent track record. The disconnect between Pantone’s narrative and the world’s reality has been the core of the critique, which I made back in 2022, calling Pantone’s Very Peri an exercise in blind futility. The argument was that Pantone was no longer reading culture but trying to write it, pushing a top-down color prophecy that served its own marketing ecosystem more than it reflected any genuine grassroots sentiment. This critique felt especially potent with the last two selections, Peach Fuzz and Mocha Mousse.
Peach Fuzz, the choice for 2024, was sold with a story of tenderness, community, and tactile comfort. It was a lovely, gentle shade, but it landed in a year defined by rising inflation, geopolitical instability, and a pervasive anxiety about the acceleration of artificial intelligence. The narrative felt like a beautifully packaged lie of omission. Then came Mocha Mousse for 2025, a comforting brown meant to evoke groundedness and stability. It was a safe, aesthetically pleasing choice that aligned perfectly with coffee-shop interior trends, but it felt more like an algorithmic pick from a Pinterest board labeled “cozy” than a meaningful cultural statement. It was a color for a lifestyle, not for a life.
Which brings us to Cloud Dancer. On the surface, choosing white seems like the ultimate cop-out. It is the absence, the default, the non-choice. But Pantone’s justification is, for the first time in a long while, deeply resonant. Leatrice Eiseman, the executive director of the Pantone Color Institute, describes it as a “conscious statement of simplification” meant to provide “release from the distraction of external influences.” Laurie Pressman, the vice president, is even more direct, stating, “We’re looking for respite, looking for relief… we just want to step back.”
This is not the language of aspirational marketing; it is the language of burnout. Pantone is explicitly naming the problem: overstimulation, digital noise, and the overwhelming “cacophony that surrounds us.” Cloud Dancer is positioned as the visual antidote, a quiet space in a world that refuses to shut up. It is a breath of fresh air, a lofty vantage point above the chaos. By framing the color as a tool for focus and a symbol of a much-needed pause, Pantone has shifted from prescribing an emotion to validating one. It feels less like they are telling us how to feel and more like they are saying, “We hear you. You’re tired.”
Of course, we should not mistake this newfound self-awareness for a complete abandonment of the marketing machine. The Color of the Year is, and always will be, a commercial enterprise. But the choice of Cloud Dancer is a savvier, more sophisticated move. Choosing white cleverly sidesteps the pressure to project forced optimism. It aligns perfectly with existing design trends like soft minimalism and quiet luxury, making it an easy sell to brands. Most importantly, it allows Pantone to craft a story about retreat and renewal, a narrative that feels both authentic and highly marketable in a wellness-obsessed culture.
So, is the ‘marketing fluff’ gone? Not entirely. But it has been supplemented with something much more compelling. Instead of a tone-deaf declaration, we have a confession that feels a little more aware of a global sentiment. Cloud Dancer works because it is an admission of defeat. It is a white flag, a symbol of surrender to the relentless pace of modern life. In a world saturated with color, demanding our attention at every turn, the most radical and desired hue might just be the one that asks for nothing. Pantone did not just pick a color for 2026; it picked a feeling, and for the first time in a long time, it feels like our own.
Starbucks wants you to photograph your coffee so badly that they’ve started selling you the camera to do it with. The Seattle coffee chain has ventured into digital imaging with a retro-styled camera that’s generating buzz for being surprisingly functional rather than just another piece of logo-plastered merchandise.
Released in China for the 2025 holiday season, the Starbucks Retro Digital Camera comes with dual sensors, vintage filters, and a design aesthetic borrowed from classic rangefinder cameras. At 198 yuan (roughly $28), it undercuts almost every digital camera on the market while offering features like proper selfie framing through its rear sensor and Y2K photo overlays. The metal-and-leather construction in burgundy-gold or green-silver colorways suggests Starbucks contracted with an established camera manufacturer rather than creating novelty electronics from scratch.
Designer: Starbucks
Look, Starbucks absolutely did not design this camera from the ground up. That $28 price point screams white-label collaboration with one of China’s numerous budget camera OEMs, and honestly, why wouldn’t they? The country has an entire ecosystem of manufacturers churning out retro-inspired digital cameras for the nostalgia market. You’d be an idiot to build camera R&D infrastructure when you’re a coffee company. Slap your logo on proven hardware, customize the leather colors, engrave “EVERY MOMENT MATTERS” around the lens ring, and call it a day. Starbucks already did this dance with LOMO on an instant camera in 2024, so they know the playbook. Partner with people who actually understand imaging sensors and leave the coffee roasting to yourself.
What actually matters here is that dual-sensor setup, because it solves a problem that every budget camera has ignored for decades. Taking selfies with a traditional camera means holding it at arm’s length, pressing the shutter, and praying you’re somewhere in the frame. Maybe your face is cut off. Maybe you captured mostly ceiling. Who knows? Starbucks stuck a second sensor where the viewfinder would normally sit, turning decorative nonsense into a functional front-facing camera. You frame yourself on the rear LCD exactly like using a smartphone, which means the target audience (people who want filtered photos for Instagram) can actually use this thing without wanting to throw it against a wall. Those nine Y2K photo frame overlays and retro filters are pure nostalgia bait, but we’re drowning in millennium aesthetics right now anyway. Fashion’s doing it, UI design’s doing it, why shouldn’t cameras?
Resale prices jumped to $72 almost immediately, which tells you everything about actual demand. Triple the original price means people want these as functional devices, not just collectors hoarding Starbucks merch. The lychee leather texture and metal construction feel surprisingly premium when you hold one. Those decorative dials on top are completely useless, sure, but they nail the vintage rangefinder look well enough that you’d need to inspect closely to realize this costs less than a week of lattes. At some point, perceived quality matters as much as actual specs, especially when you’re targeting casual photographers who care more about vibes than aperture settings.
Ten years ago, Fender and Signal put out a cardboard Stratocaster that made the rounds online and promptly disappeared into the “cool but impractical” category of guitar experiments. Burls Art saw it and had a different reaction: he wanted to build his own. Not as a replica, but as a legitimate exploration of what corrugated cardboard could do as a guitar-building material. The result is a 4.42-pound fully functional electric guitar that sounds surprisingly good and raises some interesting questions about material choices in instrument design.
The concept isn’t about gimmickry or standard internet clout-chasing, it’s about pushing cardboard to its structural limits while keeping the guitar genuinely playable. Burls Art started with recycled corrugated cardboard sheets, laminating them with resin into blanks thick enough to shape into a body and neck. The key was saturating each piece thoroughly while letting excess resin drain through runners, leaving the corrugated channels mostly hollow. This gave him blanks that were roughly 70% air but rigid enough to route and carve like traditional tonewoods.
Designer: Burls Arts
The body came together relatively smoothly. He used a router sled instead of risking the planer, carving in standard contours – a belly carve on the back, an arm bevel on top – that wouldn’t look out of place on any conventional Strat-style build. The visual effect is unexpectedly compelling: from up close, the corrugation creates a textured, almost screen-like appearance, but step back and align your sight line just right, and the guitar becomes nearly transparent, with just the outline visible through thousands of tiny cardboard channels.
The neck presented a more complex engineering challenge. String tension on a guitar neck isn’t trivial, we’re talking about roughly 100-150 pounds of force depending on string gauge and tuning. Cardboard, even laminated cardboard, doesn’t immediately inspire confidence in this application. Burls Art’s first approach drew inspiration from an unexpected source: the Wiggle Side Chair he’d seen at the London Design Museum, which alternates the grain orientation of its cardboard layers for added strength. He tested two lamination methods – one with consistent orientation, another alternating… and the results were dramatic. The alternated pattern withstood 125 pounds of force before breaking, compared to just 37 pounds for the standard orientation.
The first neck, despite being theoretically strong enough, had a fatal flaw: the edges kept peeling and creating rough, jagged surfaces that would be uncomfortable to play. This is where real-world application diverges from lab testing, a neck that can withstand string tension in theory still needs to feel right in your hands. Rather than continuing to troubleshoot the alternating pattern, he pivoted to a fully resin-saturated approach, essentially creating a cardboard-epoxy composite. It’s heavier, sure, but the cardboard fibers act like fiberglass reinforcement, preventing the cracking issues you’d see in a pure resin neck while giving him a surface that could be carved smooth and fretted without delamination issues.
Weight became the next puzzle. That resin-saturated neck was too heavy for the ultra-light body, creating the dreaded neck dive – where the headstock droops toward the floor when you’re wearing the guitar on a strap. He carved aggressively, removing as much material as possible without compromising structural integrity, using the balance point at the neck plate as his target. The final setup required dropping down to Super Slinky strings to reduce the tension demands on the truss rod, which makes sense when you’re working at the edge of a material’s capabilities.
Hardware mounting in corrugated cardboard requires creative problem-solving. You can’t just screw into hollow channels and expect it to hold. For the bridge, he fabricated a resin-saturated cardboard backplate that gets inset into the body, creating a clamping system with the cardboard sandwiched between the bridge and plate. The electronics cavity cover uses magnets paired with screw heads hot-glued into the corrugation – a cleaner solution than trying to thread screws into this material.
The finished instrument plays better than you’d expect. Action is solid, intonation holds, and the sound quality is legitimately good with its pair of lipstick single-coils. There’s an interesting side effect from the flexible body: it’s exceptionally responsive to vibrato from arm pressure. Apply a bit of force with your forearm and you get pronounced pitch modulation, far more than you’d get from a traditional solid-body design. Whether that’s a feature or a bug depends on your playing style, but it’s the kind of unexpected behavior that makes alternative materials interesting.
The tactile experience is admittedly different from your standard Stratocaster. The surface has a sticky quality against fabric, and the edges are intentionally rough – he could have added wood binding to smooth them out but chose to keep it authentically cardboard. At 4.42 pounds, it’s 3-4 pounds lighter than a typical electric guitar, which puts it closer to laptop weight than instrument weight. That’s legitimately remarkable when you consider it’s holding tune under full string tension.
This isn’t going to replace your main gigging guitar, and Burls Art isn’t suggesting it should. But it’s a genuine exploration of material science applied to lutherie (the craft of making stringed instruments), the kind of project that answers questions nobody was asking but everyone’s curious about once they see the results. The original Fender collaboration was proof of concept. This is proof that with enough ingenuity and willingness to iterate past initial failures, cardboard can be a legitimate choice for guitar-building… after all IKEA’s made tables out of the same material too.
Design Mindset, Yanko Design’s weekly podcast powered by KeyShot, is quickly becoming a space where designers unpack how ideas actually move from gut feeling to shipped product. Episode 13 zeroes in on something every creative feels but rarely names clearly: that inner voice that pulls you toward a risky idea long before the data looks friendly. Host Radhika Singh calls it “that mysterious inner voice that guides our best work,” the sensation when “data says one thing but something deeper says let’s try something else instead.” A new episode drops every week, and this one sits right at the intersection of intuition, taboo, and cultural change.
This time, Radhika speaks with industrial designer and entrepreneur Ti Chang, Co Founder and Chief Design Officer at CRAVE, the San Francisco company behind design led vibrators and “pleasure jewelry” for women. Ti has spent her career trusting her creative compass in one of the most stigmatized consumer categories. From Duet, an early crowdfunded USB rechargeable vibrator, to necklaces that double as vibrators, she keeps making moves that look commercially reckless on paper and then quietly create new product categories. The episode becomes a compact playbook for using intuition without abandoning rigor.
Trusting your inner compass when no one else sees it
Ti does not treat intuition as a vague vibe. It is the core of how she decides what to make. “Intuition is something that have guided me throughout my process,” she says. Her first filter is simple: if a concept does not resonate deeply with her, it is unlikely to resonate with others. “If you follow your intuition to create something that resonates with you, there’s a much higher chance that you’ll resonate with somebody else.” She borrows that framing from Rick Rubin’s The Creative Act, but applies it in a very concrete way to industrial design.
Her career choices follow a three part test. “I’ve been able to find something that serves people and that I’m interested in and I have the skill set to do, and the marriage of these three is what has allowed me to I think have a quite a fulfilling life so far.” Intuition, for her, is not anti research. It is what tells you which questions to ask, which users to serve, and which ideas deserve the grind of engineering and validation. When Radhika asks what trusting that compass feels like, Ti is blunt: “It feels scary. It feels scary and it feels isolating because you’re the only person who sees it and nobody else quite understands it. And so for a long time, you’re going to just be in a scary kind of alone, a lonely spot.” Being early, she suggests, comes with that loneliness baked in.
Nudging culture from the middle, not the extremes
Designing for intimate wellness means walking a tightrope between too safe and too provocative. Ti describes her job as knowing her “playground.” On one edge are clinical, anonymous forms that keep taboos intact. On the other are objects so polarizing that they scare off the very people she wants to reach. Her goal is to live in the middle, where aesthetics are aspirational enough to move culture, but digestible enough that people actually buy and use them.
“You want to be able to nudge people along, bring them along with an aesthetic that they find acceptable and that they can digest, while all the while pushing, you know, aspirational and also creating room for a little more edginess, you know, without completely polarizing them.” She is clear about the commercial reality too. “If I created something that was just so polarizing, I’m sorry, like I would probably sell three a year, you know?” That is not just bad business, it is misaligned with her mission. “I know my playground. I know what will work for the agenda that I am trying to help people have a more open conversation about pleasure.” That agenda shapes choices around materials, silhouettes, and how proudly a product can sit on a bedside table without broadcasting its function.
Duet and pleasure jewelry, when “crazy” ideas become categories
CRAVE’s Duet is a neat case study in how Ti blends intuition with hard engineering. Long before USB everything became standard, she and her team asked why intimate products still relied on disposable batteries and clumsy chargers. The answer became a slim metal vibrator that plugged directly into a USB port, with the motor and electronics separated for safety and durability. This was 2008, pre Kickstarter playbook. Ti self funded prototypes, sourced metal work in China, and took early units to an adult products trade show. Instead of over indexing on focus groups, she watched buyer behavior. Immediate purchase orders were her market validation that the gut call was reading the culture correctly.
If Duet was bold, pleasure jewelry was the move that really made people think she had lost it. In the rapid fire round, when Radhika asks for “one decision you made on pure intuition that everyone thought was crazy,” Ti answers instantly: “Pleasure jewelry.” Turning necklaces and bracelets into fully functional vibrators that can be worn in public contradicted every convention in the category. Investors struggled to imagine why anyone would want their vibrator around their neck. Only once the pieces existed, and early adopters responded emotionally, did the idea begin to make sense to the market. Ti is careful not to claim that empowerment lives in the object. She rejects the notion that women must wear pleasure jewelry to feel powerful, framing empowerment as internal, with products as optional tools that some people find resonant and others simply do not.
Selling intuition to data driven stakeholders
A big chunk of value in this episode lies in how Ti translates a private hunch into something investors, engineers, and retailers can actually work with. Stakeholders do not fund “I have a feeling.” They fund roadmaps and artifacts. Visualization tools sit at the center of that bridge. KeyShot, the episode’s sponsor, is part of her daily workflow, letting her explore materials, textures, and finishes in real time. Those renders are not just for pitch decks. They help her test her own instinctive reaction to an object’s presence. In intimate categories, she often finds those visceral responses more useful than sanitized focus group quotes.
At the same time, she respects data enough to let it overrule her when the stakes are commercial rather than artistic. She laughs about being wrong on colors. “I’ve seen myself thinking like this color is going to be amazing. I’ve been wrong many times. And when you’re wrong with something as, like, in product, when it comes to color, you’re stuck with a lot of inventory and you do not want that. That is not good for business.” In a hypothetical startup challenge, where user testing clearly favors a more clinical aesthetic over a playful one the designer loves, she is clear. If this is not an art project, you ship what users are ready for. Yet she refuses to let numbers become the only voice. Asked what designers who only trust data are missing, her answer is sharp and short: “Missing their heart and soul.”
Prototyping life, not just products
Later in the conversation, Ti talks about being diagnosed with ADHD and autism as an adult. Hyperfocus on topics like gender equality, pleasure activism, and emotional design has been a quiet engine behind her work, letting her stay with difficult ideas long after others would have moved on. The flip side is that when she is not deeply interested, progress stalls. Instead of fighting this, she now uses it as part of her compass, choosing projects she knows she can stay obsessed with for years.
Underneath all the specifics of sex tech and crowdfunding, the operating system stays the same. When you cannot see the full path, you prototype. Ti treats “try, learn, iterate” as both a design tactic and a way to navigate an unconventional career. When Radhika asks if she would still design something her intuition loves even if she knows it will not sell, Ti says yes, “if I think it’s going to be a fun journey.” Some ideas exist to move markets. Some exist to keep the creative self alive. Episode 12 of Design Mindset captures that balance cleanly, showing intuition not as the opposite of research, but as the spark that tells you which risks are worth taking in the first place.
Listen to the full conversation on Design Mindset (powered by KeyShot), available every week on YouTube, to hear more insights from one of the industry’s most decorated design leaders.
The first Move+ made a bold promise: what if your “painkiller” was a band of light instead of a bottle of pills? By wrapping medical-grade red and near-infrared LEDs around your joints, it tried to tackle the inflammation at the source, not just blur it out. Move+ 2.0 arrives as the next pass at that concept, with a more polished chassis, smarter ergonomics, and a clearer pitch that this is not a gadget for your shelf, but a piece of recovery infrastructure you actually wear.
The real story behind the 2.0 update is a shift in how the device delivers light. Pain, after all, is rarely skin deep. Kineon’s answer was to build a hybrid system, pairing 660nm red LEDs with 808nm near-infrared lasers. While LEDs are great for surface-level recovery, the focused, coherent light from the lasers is engineered to penetrate several centimeters deeper, reaching the actual joint capsules, cartilage, and muscle tissue where chronic inflammation hides. It’s a clever engineering choice that directly addresses the limits of LED-only panels, aiming to deliver a therapeutic dose where it truly matters, whether that’s inside a shoulder with tendinitis or a knee struggling with arthritis.
The new adjustable strap is noticeably slimmer and more pliable, designed to solve the ergonomic puzzle of wrapping something securely around tricky areas like the shoulders or glutes. With reinforced stitching, premium materials, and a quick-release function, it feels less like a medical brace and more like a piece of high-end athletic gear. Kineon also includes bridging clips to connect the modules closer together and a separate extender strap. These simple but practical additions ensure the device can comfortably fit both on smaller treatment areas and larger body types or span across the lower back, making the entire system more versatile out of the box.
Even the travel case gets a thoughtful overhaul. Finished in vegan leather with a redesigned interior, it treats the Move+ 2.0 like a piece of premium electronics, not a clunky medical aid. The new layout, with dedicated bridge holders and a simplified charging tray, is about removing the small points of friction that often lead to expensive recovery tools being left at home. It affirms the idea that for a device like this to be effective, it has to be with you when you need it, whether that’s at the gym, in a hotel room, or after a long flight.
By combining LEDs and lasers, the Move+ 2.0 is positioned to address a whole spectrum of common complaints that live deep in the body’s machinery. The issues it targets, from frozen shoulder and carpal tunnel to gout and cartilage damage, are the kind of stubborn problems that often resist simple surface treatments. The device is not just for post-workout soreness; it is designed as a tool for managing the kind of chronic, nagging conditions that can disrupt daily life.
Beyond the hardware, Kineon is building out the digital side of the recovery equation. The new companion app acts as a logbook and a coach, letting you track sessions, monitor progress, and access a library of educational videos and guided recovery programs. This turns the Move+ 2.0 from a purely physical tool into a smarter system. Instead of just treating a sore spot ad hoc, the app provides a framework for managing chronic conditions over time, offering insights and guidance that help connect the daily sessions to a longer-term healing strategy.
At just $399, the entire package feels cohesive, including not just the 3 light modules and adjustable strap, but also the travel case, a charging dock, and a USB-C charging cable. Kineon is clearly positioning the Move+ 2.0 as a serious piece of performance and recovery gear, designed to sit comfortably alongside a high-end smartwatch or a percussion massager. It’s a tool built for a wide spectrum of nagging, persistent issues, from the athlete’s case of tennis elbow to the office worker’s carpal tunnel. By wrapping sophisticated medical technology in a thoughtfully designed, user-friendly package, Kineon is making a strong argument that the future of pain management might look a lot less like a pill and a lot more like a piece of well-designed hardware.
Smartphones were never really meant to be your AI sidekick. They juggle notifications, social feeds, and a dozen background services before they ever get around to being “smart.” Meanwhile, the first wave of dedicated AI gadgets from companies like Humane and Rabbit showed up with big promises, closed ecosystems, and short lifespans. When the money dried up, so did the hardware. A little Raspberry Pi Zero 2 W with a Whisplay HAT quietly sidesteps all of that. It is a DIY AI chat device that you own outright, that you can fix, reflash, or repurpose, and that can talk to Gemini, Claude, or ChatGPT without caring which startup is still solvent this quarter.
Instead of betting on a single company’s cloud, Whisplay treats AI as a replaceable part. The hardware gives you a screen, mic, speaker, and buttons, and leaves the “brain” up to you. If Gemini changes pricing, Claude adds features, or ChatGPT pulls ahead again, you can swap backends with a config file or a bit of code, not a new gadget. In a landscape where AI hardware keeps arriving as disposable, subscription-tethered experiments, this little open, modular box feels like the first honest attempt at a personal AI terminal that will not vanish the moment a runway spreadsheet turns red.
At its very core, the Whisplay HAT is a clever little I/O board designed to give a Pi a face and a voice… simply put. It bolts directly onto the 40-pin GPIO header and provides everything needed for a conversational interface. You get a surprisingly crisp 1.96-inch color LCD for displaying text or animations, a WM8960 audio codec driving an onboard microphone and speaker, an RGB status LED, and a few programmable buttons for user input. It is not a standalone computer, but a purpose-built terminal that turns the Pi Zero into something you can actually talk to. The entire package matches the Pi Zero’s footprint, making for a compact and tidy build that feels intentional, not like a messy science fair project.
The choice of the Raspberry Pi Zero 2 W as the platform is telling. With its quad-core 1 GHz ARM Cortex-A53 CPU and just 512MB of RAM, it is nobody’s idea of a powerhouse. That is precisely the point. The Pi is not running the large language model; it is just a client. Its job is to capture audio, send a request over Wi-Fi, and then play back the response. This thin-client architecture is incredibly efficient, requiring minimal power and processing, which is perfect for an always-on desk companion. The heavy lifting is outsourced to the cloud API of your choice, leaving the Pi to handle the simple, tangible task of being the physical interface between you and the AI.
The actual magic is a simple, elegant pipeline that you control completely. Your code on the Pi captures audio from the Whisplay’s microphone, uses a speech-to-text engine to transcribe it, and then packages that text into an API call to Gemini or another LLM. When the response comes back, a text-to-speech engine converts it back into audio and plays it through the onboard speaker, while the LCD can show the text or a thinking animation. You can point it at Google’s Gemini API today and switch to a local Ollama server running on a spare Raspberry Pi 5 tomorrow if you feel like it. What’s so perfect about the Whisplay HAT is that it assumes companies and models will come and go, so it treats the LLM as a pluggable component. Today, that might be Gemini, Claude, or ChatGPT. Tomorrow, it might be some open model running on your own server. Either way, the little chatting device on your desk stays the same, happily piping audio in and out while you swap brains on the backend.
That brings us to the real kicker. The Whisplay HAT costs about thirty-five dollars. Paired with a fifteen-dollar Pi Zero 2 W, you have the core of a highly capable, endlessly customizable AI device for fifty bucks. Compare that to the seven-hundred-dollar Humane Ai Pin or the two-hundred-dollar Rabbit R1, both of which are functionally just API clients tied to a single, proprietary service. This DIY approach is not just cheaper; it represents a fundamentally different, more sustainable philosophy. It is a platform for tinkering and ownership, not a sealed product designed to be consumed and eventually discarded. It is a starting point, and in a field moving this fast, a good starting point is infinitely more valuable than a dead end.
In Stranger Things, victims trapped in Vecna’s curse describe the Creel House as a place where reality fractures and splinters around them, rooms shifting into impossible geometries. LEGO has somehow captured that exact horror in brick form. Their new 2,593-piece Creel House literally transforms with a lever pull, walls splitting apart to reveal Vecna’s cursed mind lair within. It’s launching January 1st at $299.99, and after six years without a proper Stranger Things LEGO set, fans won’t want to escape this one.
Stranger Things Season 5 wraps up on New Year’s Eve at 5 p.m. PST. LEGO Insiders get early access to the set that same day before general release on January 4th. You’ll have processed the finale’s emotional damage and immediately have 2,593 pieces of therapeutic building to work through your feelings. I can’t decide if this is brilliant marketing or deliberately sadistic.
Designer: LEGO
LEGO calls it their first ever transforming house. Pull the corners and the entire structure reconfigures itself: some rooms split in two, others rotate 45 degrees, one wall drops into place, and the central spire rises up to reveal that infamous grandfather clock. Most LEGO sets with transformation gimmicks feel like compromises, sacrificing detail in one mode to accommodate the other. You get a decent robot or a passable vehicle, never both. This thing maintains a 20-inch-wide, nearly 12-inch-tall facade in both states, which means someone on the engineering team actually gave a shit about making both configurations work properly instead of treating one as an afterthought.
Open up the back and you’ve got seven distinct rooms: hallway, dining room, sitting room, Alice’s and Henry’s bedrooms, an upstairs landing, and two attic spaces. You can build it boarded-up or with the boards removed, which matters because the boarded version captures that abandoned murder house aesthetic from earlier seasons while the clean version works better as Vecna’s active lair. That’s not just aesthetic choice for its own sake. Anyone who’s watched the show knows the house exists in multiple states across different timelines, and giving builders the option to represent that shows someone actually paid attention to the source material instead of skimming a wiki for reference images.
Thirteen minifigures come with the set: Will, Mike, Lucas, Dustin, Vecna, Mr. Whatsit (Henry in his Season 5 human disguise), Holly, Steve, Nancy, Robin, Jonathan, Max, and Eleven. For $300, that’s a solid roster. The Mr. Whatsit to Vecna transformation happens through a hideaway feature built into the set, letting you physically swap between Henry’s boring normal kid persona and his full monster form. It works better in LEGO than it would in most other collectible formats because the medium already asks you to suspend disbelief about scale and realism. A transforming minifigure compartment feels natural here in a way it wouldn’t in, say, a high-end statue.
Buy during the first week and you’ll get the 40891 WSQK Radio Station gift, a 234-piece bonus set with Joyce Byers and a magnificently bearded Sheriff Hopper. Given their absence from the main set’s roster, this feels mandatory rather than optional. That rubber chicken printed tile though? Absolute deep cut for fans who’ve been paying attention to Season 5’s marketing. Stock runs out fast on these gift-with-purchase promotions, so waiting for a sale means missing Joyce and Hopper entirely unless you want to pay scalper prices on BrickLink later.
Steve’s car and the WSQK radio van both use six-wide construction with complicated techniques for tight angles and small offsets. Will’s bicycle rounds out the vehicle collection. None of these are throwaway builds to pad the piece count. LEGO City vehicles typically phone it in with basic stud-and-plate construction, but these use the kind of techniques you’d expect from Creator Expert or Speed Champions sets. Small details like that separate a licensed cash grab from a set that actually respects the builder’s time and money.
LEGO’s pricing sits at $299.99 US, £249.99 UK, €279.99 EU, and AU$449.99 Australia. That works out to roughly 11.5 cents per piece, above standard LEGO pricing but expected for licensed sets. Add in the transformation mechanism’s manufacturing complexity and you can justify the premium. Whether 2,593 pieces and 13 minifigures actually justify three hundred dollars depends on how much you care about Stranger Things specifically. If you’re ambivalent about the show, this is an expensive shelf decoration. If you’ve been waiting since 2019 for another proper set, it’s basically a bargain.
We’re in the great age of unbundling. We’ve unbundled our power grids with solar panels, our entertainment with streaming, and our communication with the internet. We’re systematically severing the cords that tie us to centralized, aging systems. But what about the most essential utility of all – the water pipe? For decades, that’s been the one connection we couldn’t cut. You could go off-grid with power, but you were still tethered to the municipal water main. Until now. What if your home could perform a little bit of everyday alchemy? What if it could breathe in the invisible humidity hanging in the air and exhale pure, rich drinking water? This isn’t a far-future concept; it’s the game-changing revolution happening inside the all-new Kara Pure 2. This sleek, stainless steel tower isn’t just a water dispenser; it’s your home’s personal atmospheric hotspot. The award-winning technology doesn’t filter water from the grid; it creates the water instead, offering a glimpse into a future where the most precious resource on earth is no longer piped in, but simply harvested on demand.
At first glance, the Kara Pure 2 is a study in minimal-yet-effective industrial design. Standing at a confident 44 inches tall, its brushed stainless steel body feels both substantial and elegant, designed to complement a modern kitchen rather than dominate it. Its upgraded internal copper piping and five-stage water filtration signal a commitment to quality, suggesting this is a permanent fixture, not a temporary solution. The front is punctuated by a clean, 40% larger touchscreen and a gracefully curved dispensing area. There are no awkward plastic jugs, no complex pipework, no visible signs of the powerful process happening within. This deliberate minimalism is central to its appeal; it domesticates an industrial-grade technology, making the extraordinary feel approachable. The magic trick is only impressive if the magician makes it look easy, and the Kara Pure 2 looks effortless. Its only demand is a standard power outlet, and in return, it offers a bottomless well of 9.2 pH-balanced Alkaline water.
Kara Pure 2’s Patented AirDrive technology uses a clever desiccant material that acts like a super-sponge, aggressively grabbing water molecules from the air. Once saturated, the machine gently heats the desiccant, forcing it to release the captured moisture as perfectly pure water vapor, leaving dust and other airborne gunk behind. It’s an elegant and efficient method of harvesting, allowing the machine to perform even when the air feels less than tropical. This isn’t merely condensation; it’s a targeted extraction.
Once the water is harvested, it begins a journey through a multi-stage purification gauntlet. The process starts before the air even enters the machine, with a commercial-grade EPA air filter that scrubs the intake air, providing the side benefit of purifying about 200 cubic feet of room air per minute. After the water is condensed, it passes through a system that includes an advanced ultrafiltration (UF) membrane. With a pore size of just 0.01 microns, this stage is designed to physically block contaminants like bacteria, viruses, and microplastics. Finally, the water is exposed to a medical-grade UV-C sterilizer, which neutralizes any remaining microorganisms to ensure the final product is 99.99% pure.
But anyone who has tasted distilled water knows that “pure” can be boring. The filtration process strips out everything, good and bad, leaving a flat, lifeless liquid. Kara brings the water back to life in the final step by enhancing it with a carefully balanced cocktail of essential minerals like calcium and magnesium. This not only gives the water its clean, crisp taste but also nudges the pH up to an alkaline 9.2+, a nod to the modern wellness enthusiast. It even gets an antioxidant boost, completing its journey from humble humidity to what you might call high-performance hydration.
That whole process nets you up to 10 liters (or about 2.6 gallons) of water a day, storing it in an 11.5-liter reservoir so it’s always ready. Standing 44 inches tall and weighing a hefty 70 pounds, the Kara Pure 2 is a stainless steel monolith that feels more like a piece of modern sculpture than a kitchen appliance. The premium feel extends to the internals, with upgrades like 99% pure copper piping that signal this is a forever-appliance, not a disposable gizmo. The user experience gets the same love, with a spout moved forward for easy access and a pouring area now 20% larger, big enough to fit that ridiculously oversized 64-ounce water bottle you carry around.
The day-to-day command center is a 40% larger touchscreen that lets you dial in everything, including instant hot and cold water. But the most impressive feature might be what you don’t notice. At just 32 decibels, the Kara Pure 2 is quieter than your fridge’s late-night humming. This is the critical detail that makes it a viable housemate, allowing it to quietly perform its magic in the background of your life without driving you insane. It’s a testament to the engineering that went into making this complex process feel effortless and unobtrusive.
Naturally, a device this forward-thinking is making its debut on Kickstarter, the go-to platform for launching category-defining hardware. This is where early adopters can secure the Kara Pure 2 before it hits the broader market. The super early bird pricing is set at $3,899, which feels like a pretty good investment considering the average family spends upwards of $1,350 a year on bottled water (even more for 9.2pH+ alkaline water)… And after all, it’s an investment in a new kind of infrastructure for your home. I mean, you’re literally turning air into alkaline drinking water. Rumor has it that Kara’s next appliance will turn that water into wine!
technology uses a clever desiccant material that acts like a super-sponge, aggressively grabbing water molecules from the air. Once saturated, the machine gently heats the desiccant, forcing it to release the captured moisture as perfectly pure water vapor, leaving dust and other airborne gunk behind. It’s an elegant and efficient method of harvesting, allowing the machine to perform even when the air feels less than tropical. This isn’t merely condensation; it’s a targeted extraction.
