Put the DockOrb A1 on a conference table without context and someone will reach for it expecting a scroll wheel. The gray brushed-aluminum slab, the gently rounded corners, and two physical buttons in familiar left-right symmetry on the top face read entirely as peripheral hardware. What the device actually does is listen, think, and report. Powered by OpenAI GPT-5, Google Gemini 2.5 Pro, and Anthropic Claude Sonnet 4, DockOrb A1 is a professional AI meeting and desktop assistant. The label on the box says meeting assistant; the object in the hand says otherwise.

The category it operates in has been filling up quickly. Plaud built a card-thin wearable that magnetically clips to your phone. HiDock shaped a USB-C hub into a ChatGPT-powered meeting stenographer, and we covered that launch here at YD. DockOrb’s A1 lands somewhere between those two worlds, combining a fully functional multiport dock with a multi-model AI engine, 100W PD, and 4K@60Hz HDMI output. Unlike either of those predecessors, it handles display output and power delivery in the same housing, making the desk real estate argument for a single device considerably more loaded.

Designer: DockOrb

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The mouse silhouette is instantly familiar, and anyone who’s ever used a computer will be able to navigate the DockOrb intuitively. Two buttons arranged horizontally on a flat top surface is the correct solution for a device that needs to be operated with a single press in a meeting context, no fumbling, no menus, no distraction. With a dedicated AI button and real-time processing, DockOrb A1 analyzes ongoing discussions and provides actionable suggestions and insights, helping teams improve collaboration and make decisions more efficiently without interrupting the meeting flow. LED status is handled by a single indicator, white for idle and blue for active capture, readable from across a conference table without breaking eye contact with whoever is speaking. The problem is that all of this correct ergonomic logic is housed inside a form that the product world has spent two decades teaching people to recognize as a pointing device.

Rather than anchoring to a single AI model, the A1 integrates with Esteno, an advanced AI fusion-processing software platform. Esteno integrates multiple advanced AI models, including OpenAI GPT-5, Google Gemini 2.5 Pro, and Anthropic Claude Sonnet 4. Each model is optimized for tasks such as speech-to-text, summarization, contextual reasoning, and insight generation. By intelligently routing tasks to the most suitable model, the system delivers efficient, flexible, and high-quality meeting intelligence across different use cases. That architectural approach is genuinely unusual in this category, where most competitors commit to a single backbone and build their entire brand identity around it.

Plaud’s card-thin approach to meeting intelligence, at 2.9mm thick and MagSafe-compatible, is built on the premise that the recorder travels everywhere with you, riding on the back of your phone. The A1 has no such intention, operating through USB power without a built-in battery, with a compact design, dedicated recording button, and AI activation key for stable and simple meeting operation. In exchange for that fixed-desk commitment, it handles 4K video output at 60Hz over HDMI and 100W power delivery over USB-C, turning the dock into the single device your entire workstation routes through. After transcription and analysis, DockOrb A1 automatically generates structured meeting reports highlighting key decisions, action items, and follow-up tasks, which can be exported directly in PDF, Excel, or PowerPoint formats. Getting a properly formatted, structured report out of a recorded conversation without manual reformatting is a genuine subtraction from the post-meeting to-do list, and it’s the kind of output that separates a real workflow tool from a novelty recorder.

Following ISO and SOC data protection standards, DockOrb A1 secures recorded audio and AI-generated content through encrypted storage and processing, allowing users to export, archive, or delete files at any time while ensuring full control over their data. That’s pointed positioning in a market where corporate IT departments are increasingly skeptical about meeting audio being routed through third-party AI servers without accountability. Recordings, transcripts, summaries, and reports from multiple meetings can be stored and organized within a centralized memory archive, with AI-powered indexing and searchable meeting names, content, or dates, so teams can quickly retrieve past discussions, track long-term decisions, and build a continuously growing knowledge base. Built on a platform-independent architecture, DockOrb A1 processes audio from Zoom, Teams, Google Meet, mobile devices, and more, delivering consistent transcription, analysis, and structured outputs. Retrieving a specific discussion from three months prior becomes a search query rather than a manual scroll through unlabeled audio files.

The Kickstarter campaign prices the A1 at $89 for the Super Early Bird tier against an MSRP of $149. Shipping is targeted for August 2026, with production beginning the month prior. Plaud’s Note Pro retails at $169 on the market and handles no dock hardware whatsoever, making the A1’s value calculation sharper for anyone already planning to put a USB-C hub on their desk. The Esteno software platform tiers at $8 per month for Basic, covering 600 minutes of monthly transcription, and $15 per month for Pro, which adds 2,400 minutes, unlimited AI features, and priority processing. That’s a fully loaded meeting intelligence setup, dock and display output included, for a first-year cost that lands well under what most enterprise-grade transcription tools charge for software alone.

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The post This $99 USB-C Hub Also Runs GPT-5, Gemini, and Claude at the Same Time to AI Transcribe Your Meetings first appeared on Yanko Design.

Spending a week or a month at length on an expansive Cruise ship is on many people’s wish list. The Royal Caribbean’s Icon of the Seas, having a maximum capacity of 7,600 passengers, is right up there. It is currently the largest cruise you can book for a very long time, if you’ve got money to spare, of course. If you cannot fathom the size of that cruise ship, wait till you hear what this upcoming cruise ship is capable of.

Dubbed the Floating City, the ambitious project by Freedom Ship is destined to haul 80,000 people in total. It’ll be home to 50,000 permanent passengers, 10,000 day visitors, and 20,000 crew members taking care of everything on board. It’ll be powered by nuclear energy and given the colossal size, it will remain in international waters. For now, the Floating City is proposed to circumnavigate the globe every couple of years at a cruise speed of seven knots.

Designer: Freedom Ship

The seed for this nuclear-powered vessel came from American engineer Norman Nixon in 1990. Still, unfortunately, after his demise in 2012, the project was paused for a long period, until it again propped up under the new leadership led by Roger M. Gooch. Measuring almost a mile wide and tall enough to have 30 decks, the cruise ship will be one of the biggest vessels on the open waters by a long stretch. Apart from the living spaces, the ship will have a 15,000-capacity sports stadium, a water park, and two museums. To prevent residents from getting seasick, the vessel will have all the basic amenities, including shops, restaurants, a convention centre, and a symphony hall.

Out of those 30 decks, four will be used for financial branches, retail, banks, and commercial services. Two decks will be designated for a food hall, a shopping mall, a casino, a nightclub, and even a large aquarium. After all, this ship has to feel like a city on its own, which is why it has a 15-mile-long walkway, along with three acres of parks for all onboard to explore. Everything on the decks and the neighbourhoods will be connected in a web of trams and pathways. For emergencies, the city will have eight helipads for quick transfer to land. Basic amenities, including hospital and educational hubs, will facilitate residents in seeing their children pass high school and then opt for further studies in the Floating City bounds.

Given the magnanimity of this larger-than-life project, Gooch has commissioned a 12-person leadership team of designers, architects, and project managers to bring the Floating City to life. Once the required funds are amassed, the vessel is slated to take shape in Indonesia over a period of three to four years. According to Gooch, permanent residents can start living on board mid-way through construction, once the basics are in place. Visionaries can even lease or buy the real estate space on board for a cohesive, self-sustaining economy. As per Kevin Schopfer, the project’s lead, the massive stadium can be used for one-of-a-kind events or concerts. He jokingly said, Taylor Swift was a part of passing discussions, but he wasn’t sure if we could handle that yet!

No matter the scale of the ship, residents are bound to get bored at some point in time. That’s why Floating City will give residents and long-term guests the option to explore various onshore destinations via ferry services, every week or so. Floating City is estimated to be constructed for a total cost of $16 Billion, and construction will commence once the funds are ready at the disposal of the leadership. Till that time, this will remain a visionary concept that’ll have a lot at stake.

The post Floating City by Freedom Ship is destined to be a comprehensive habitat on international waters first appeared on Yanko Design.

There is a particular challenge that confronts any building asked to stand at a prominent corner in one of São Paulo’s most culturally dense neighborhoods: it has to earn its place visually without performing for the street at the expense of the people inside it. The Valente building, completed by FGMF Arquitetos for developer Idea!Zarvos in the Pinheiros district, resolves that tension in a way that is worth paying attention to.

The 21-story mixed-use tower sits at the intersection of Cardeal Arcoverde and Capote Valente streets, right at the heart of a neighborhood known for its historic character, its restaurants, and the particular quality of urban life that makes Pinheiros one of the most sought-after addresses in the city. The building’s façade reads as a pixelated composition of protruding rectangular volumes, white and deliberate, stacked in a configuration that has drawn comparisons to a Jenga tower mid-game. It is immediately recognizable without being theatrical.

Designer: FGMF Arquitetos

What makes the design worth examining beyond its silhouette is the logic that produced it. “Valente was designed from the inside out,” said FGMF partner Fernando Forte. The concept, developed with Idea!Zarvos, was built around a three-dimensional occupation of corporate space, using triplex and duplex units to create spatial arrangements that the conventional office tower market rarely offers. Flexible, adaptable, and responsive to the way people actually want to work and live rather than the way developers typically expect them to — that design position shows clearly in the result.

This is the third collaboration between Idea!Zarvos and FGMF, following a 2016 building that explored similarly unconventional office layouts. That prior project directly informed the thinking behind Valente, and the continuity shows. The relationship between developer and architect here is genuinely iterative rather than transactional, which is the kind of condition that produces buildings worth discussing. Each project has pushed the brief further than the previous one.

Pinheiros is a neighborhood that can absorb a bold building without being overwhelmed by it, and Valente reads correctly within that context. The pixelated massing creates a rhythm of light and shadow across the façade that shifts through the day without requiring any moving parts. The protruding volumes that define the exterior also define the interior — each one corresponds to a usable space with a specific relationship to the view and the air around it.

Brazilian architecture has been producing some of the most considered mixed-use buildings of the last decade. Valente is a strong addition to that conversation, built from the inside out and unmistakable from every angle.

The post A Pixelated Tower in One of São Paulo’s Most Beloved Neighborhoods Just Changed What a Mixed-Use Building Can Be first appeared on Yanko Design.

For something built to play vinyl, the PP-1 barely behaves like a turntable at all. There’s no tonearm visually staking its claim across the platter, no exposed hardware reminding you this is an analog ritual machine. Instead, it looks like someone took the clean, self-contained logic of a CD player, scaled it up to 12-inch proportions, and cut a perfect circle into a block of aluminum. The result feels less like retro audio gear and more like a playback object from a timeline where physical media never split into “old” and “new.”

That is what makes the PP-1 so compelling from a design standpoint. Most modern record players still rely on nostalgia, warm wood finishes, visible mechanics, and a kind of ceremonial analog theater. This one strips all of that away and replaces it with something colder, flatter, and far more architectural. The record becomes the only familiar visual cue, while the machine itself recedes into a monolithic slab that feels closer to a giant CD deck than a classic turntable. Instead of celebrating vinyl as a vintage artifact, the PP-1 imagines what the format might have looked like if it had evolved with the same minimalist confidence as the best consumer electronics.

Designer: Waiting For Ideas

The record goes in upside down, and from there the PP-1 takes over entirely. A reading mechanism built into the platter operates from beneath the vinyl surface rather than above it, which is how the tonearm vanishes without taking the music with it. A built-in sensor automatically detects whether the record spins at 33 or 45 RPM and adjusts accordingly, eliminating the last manual decision from the process. An integrated phono preamp and headphone amplifier live inside the body, so headphone listening requires nothing additional. The interaction reduces to its absolute minimum: place the record, press one of two small buttons on the face, and listen.

The body itself is milled from a solid block of aluminum, not pressed or assembled from parts, which gives the PP-1 a physical density that conventionally built decks cannot replicate. That mass serves a genuine acoustic purpose, as solid aluminum controls resonance and vibration more effectively than the hollowed wood plinths that most turntables rely on. The PP-1 can also stand and play upright, the record spinning horizontally against a vertical body, and Waiting For Ideas leans into this configuration in their product photography for obvious reasons. In that orientation, the turntable sheds the last visual connection to hi-fi equipment. It looks like a wall piece, a square of brushed metal with a circle cut into it.

Most of the vinyl revival has traded on nostalgia, warm wood finishes, visible cartridges, and retro typography that signals the ritual of analog listening as much as the listening itself. The PP-1 belongs to a different tradition entirely, closer to the restrained, function-forward product language of Dieter Rams at Braun and Bang & Olufsen at its mid-century peak, where the object earns its presence through formal clarity rather than decorative signaling. It launches at €5,800 (roughly $6,050), made to order, placing it in genuine high-end turntable territory alongside decks from Rega, Pro-Ject, and Clearaudio, all of which look considerably more conventional by comparison. Whether audiophiles make peace with the tonearm-free setup is a legitimate debate. The design argument the PP-1 makes is considerably harder to dismiss.

The post This Brutalist Vinyl Turntable Hides the Tonearm So Well It Feels Like a Massive CD Deck first appeared on Yanko Design.

Visit the Sagrada Família in person and it overwhelms you in a way that no single photograph or video ever could. I was there in March, and I remember thinking that Gaudí didn’t design a building so much as he composed a three-dimensional argument about what architecture could be, organic, mathematical, spiritual, and completely unlike anything built before or since. The outside alone requires hours: the Nativity façade, which Gaudí himself completed, layered with life and exuberance, versus Subirachs’ stark, geometric Passion façade on the opposite end, two completely different artistic philosophies on the same building. Inside, the columns taper and branch like trees in a forest canopy, and the stained glass floods everything in color that shifts as the sun moves.

Asking LEGO to capture that in plastic bricks is like asking someone to transcribe a symphony into morse code. Something is always going to be lost in translation. What surprises me about the new Architecture Sagrada Família set is how much isn’t. At 12,060 pieces, the largest LEGO building set ever produced, this feels like LEGO swinging for something genuinely historic.

Designer: LEGO

The overall silhouette is unmistakable, that iconic cluster of spires rising in tiers toward the tallest central tower, each one tapering to a decorated finial with the characteristic Gaudí flair. In warm tan and cream tones, the model reads authentically stone-like, and the sheer verticality of the completed build, standing over 24 inches tall and nearly 19 inches wide, gives it a genuine presence on a shelf or table. This isn’t a model you glance at. It’s one you walk around, the same way you would the real thing.

Up close, each tower has its own surface texture, horizontal banding, elongated window openings, and decorative elements rendered at a scale that shouldn’t be possible given the geometry of a standard brick. The finials at the top of the Nativity towers are crowned with crosses assembled from transparent elements that catch light beautifully, flanked by small white dove pieces that perch on the spire tips. These aren’t approximations. They’re genuinely faithful to the real ornamental language Gaudí used, and seeing that level of commitment at minuscule scale is quietly staggering.

The build sequence itself is one of the set’s most thoughtful features, and a detail that LEGO deserves real credit for. Rather than assembling the model in generic stages, the construction follows the actual chronological history of the basilica. You begin with the Apse and Crypt, then build out the Nativity façade, the only section Gaudí lived to complete, before moving to Subirachs’ Passion façade. Then come the naves, the Western Sacristy, all six towers, and finally the Eastern Sacristy and the Glory façade. Building it in that sequence gives the process a narrative weight that most LEGO Architecture sets simply don’t have. You’re not just stacking bricks, you’re tracing 140-plus years of construction history with your hands.

Clusters of dark green tree elements ring the building’s perimeter, tiny but effective, grounding the cathedral in its urban context in a way that gives the completed model a sense of place rather than floating in abstract space. The nameplate on the base is a clean, elegant touch that finishes the presentation without overselling itself.

Then you look inside, and the set shifts registers entirely. The nave interior is genuinely breathtaking for a LEGO build, with rows of white branching columns that replicate Gaudí’s tree-forest structural concept with surprising fidelity. Transparent blue, amber, and red elements fill the window apertures, and when light hits them, the color washes across the interior tiles in a way that mirrors the real cathedral’s most magical quality. My favorite detail, though, is the tiled floor, rendered in warm reddish-brown and cream checker tiles that make the nave feel genuinely inhabited rather than merely constructed. It’s a small thing that makes an enormous difference, and it’s the kind of detail that tells you the designers who worked on this set had actually been inside the real building.

At $799.99 and 12,060 pieces, this is unambiguously a serious investment, the kind you make when you want something on your shelf that earns a second look every single time. LEGO has produced landmark Architecture sets before, the Empire State Building, the Eiffel Tower, the Taj Mahal, but none of them came with this degree of narrative depth or building complexity. The Sagrada Família is a building the world has been watching take shape for over a century, and somehow, LEGO has made a version of it that feels worthy of that legacy. Take a bow.

The post The LEGO Sagrada Familia Is The Biggest Set In History, At Over 12,000 Pieces first appeared on Yanko Design.

In the age of artificial intelligence, when you can tell the computer what you want, and it builds it for you, something seems missing. Maybe a wearable input device that would let you interact, code and build using AI, and you wouldn’t even have to move a muscle. Introducing the Monako Glass, the world’s first heads-up display smart glasses designed for vibe coding. It comes with wave guide display, camera, speakers, and bone conduction microphone.

Human and AI interaction is taking new turns with every passing day. Nothing is constant, it seems. In this overly paced world, the possibility of coding on a pair of glasses while walking around in the lab or sitting at home preparing a project for class sounds futuristic in the best way possible.

Designer: Monako Glass

The 48g Monako Glass – a nicely developed Buildroot Linux computer in a pair of glasses – can run Claude Code, Codex and even allow you, as a creator, to run AI coding agents you’ve trained to your liking. The glasses feature all its electronics – including an ARM Cortex A7 chipset – on the right temple tip. A 300mAh battery, providing the power backup to all the vibe coding you’re going to do on these glasses, rests in the left temple tip. This positioning, Monako CTO informs, allows the glasses to feel light on the nose, making them wearable for long periods of time during the workday.

If you think it’s straight-up out of a sci-fi flick, this is not even the start. Inspired by Apple Vision Pro (which apparently takes a back seat in favor of AR glasses), Monako uses something called the Vision Engine (in the integrated camera), to translate finger and palm gestures into precise digital commands. For instance, raising the hand opens up the apps on the glass’s display, while pinch and slight back and forth drags of the forefinger and thumb can help scroll through the generated code or toggle volume in the music app.

With the apps like “Claude Code, Codex, Unreal Engine, Blender and After Effects” on board, Monako Glass can be a single tool for all your needs. But still, you have the choice to “wipe the bundled apps clean, and replace all code with your own,” company CEO Candy informs. “The onboard Linux is fully open to you and your Claude,” she adds, so running full Linux, Claude Code, and your AI agents hands-free can be as smooth and fun as you like with the Monako Glass.

What really impresses me more than the gestural input system is the bone conduction microphone placed on the nose (bridge). The mic is strategically placed that it listens to the vibrations coming from your nasal bone. For instance, you’re in a busy café, the AI (courtesy the microphone) will listen to you alone and execute your input as a prompt to get the next computation of the code done on Monako’s monochrome screen.

Monako Glass is still in the preproduction stage, but the company is hopeful of getting this first-ever wearable Linux computer to the market by August this year. It is for now available on preorder on Monako’s official website for $19, which should reserve a unit for you. Candy says, “early supporters will get Monako Glass for $399.”

The post This 48g Monako Glass puts Claude Code in front of your eyes so you can vibe code anywhere first appeared on Yanko Design.

When Apple priced the MacBook Neo at $599 earlier this year, the reaction from the Windows side of the industry was roughly equivalent to a student showing up to a spelling bee having never studied. Manufacturers who had been selling mediocre plastic laptops at $700 and $800 suddenly had a very visible, very beautiful problem: a computer with premium aluminum construction, Apple Silicon efficiency, and a brand name that makes people line up outside stores, available for less than most of them were charging for hardware that couldn’t compete on any meaningful dimension. The demand that followed was so staggering that, as we covered recently, Tim Cook himself admitted Apple fundamentally misjudged how many people were waiting for exactly this moment, with production targets doubling and shipping estimates stretching to weeks. The scramble across the Windows world was predictable in direction if not in execution. What nobody quite predicted was that Dell, of all companies, would be the first to show up with a credible answer, and that it would look this good.

The new XPS 13, announced at Computex 2026, starts at $699 for general buyers and $599 for students, making it a direct price competitor to the Neo, and it arrives throwing considerably more hardware at the comparison. The display alone reframes the conversation: a 2.5K touchscreen running at up to 120Hz with HDR and Dolby Vision support, against the Neo’s non-touch panel that tops out at 60Hz. The chassis is CNC aluminum, the keyboard is backlit with chiclet keys, and the whole machine weighs 2.2 pounds at 12.7mm thin, lighter and slimmer than the Neo by a meaningful margin. Dell COO Jeff Clarke told journalists the company wasn’t chasing a pricing war but a value argument, and through the lens of pure hardware, that argument holds up convincingly right up until you hit the one decision that threatens to unravel all of it.

Designer: Dell

Let’s address the naming first, because it tells you everything about Dell’s thinking here. XPS stands for Xtreme Performance System, a designation Dell has historically reserved for its most capable consumer hardware, machines that justified the premium with raw processing muscle and build quality that could take on Apple’s best. Dropping that badge on a $699 laptop with a cut-down Intel Wildcat Lake processor and entry-level specs represents a deliberate repositioning of what the XPS identity means. Dell is essentially retiring the “extreme performance” promise and replacing it with “extreme value,” which is either a bold strategic pivot or a quiet brand dilution, depending on how the product actually performs in the real world. The hardware design team clearly delivered. The question is whether the product team followed through with the same conviction.

The base model ships with Intel’s new Wildcat Lake Core 5 320, a chip that shares its architecture with the Panther Lake lineup but is trimmed specifically for efficiency and lower price points. Paired to that processor is where the baffling decision lives: 8GB of LPDDR5x RAM in single-channel configuration, with 16GB as the upgrade option. On macOS, 8GB is a workable baseline, because Apple’s unified memory architecture and the efficiency of Apple Silicon mean the system manages that headroom with genuine intelligence. Windows in 2026 operates under an entirely different reality. Microsoft itself has publicly stated that 16GB is the recommended baseline for Windows going forward, and anyone who has watched a single Chrome tab push a Windows machine toward its memory ceiling knows this concern is grounded in daily experience. The XPS 13 can be configured up to 32GB, which is a meaningful long-term advantage over the Neo’s fixed 8GB ceiling, but that flexibility means very little if the entry configuration ships users straight into a frustrating afternoon.

One other cut worth flagging: there is no headphone jack on the XPS 13, while the cheaper MacBook Neo actually keeps one. In isolation this would barely register as a footnote, but alongside the RAM situation it starts to sketch a picture of a product team that obsessed over every physical surface while trimming in places that affect daily use. The build quality is genuinely exceptional, the display beats the Neo’s on paper in almost every measurable way, and the backlit keyboard is something Neo owners have been asking Apple to include since launch. These are real advantages. They just deserve a foundation that doesn’t wobble under the weight of a normal workday.

The broader industry moment here is genuinely exciting, and the XPS 13 deserves credit for existing at all. We’ve also been watching with cautious optimism (and maybe some slop-skepticism) the rumors around Google’s Googlebook, and which could represent Google finally waking up to the fact that the MacBook Neo is eating the lunch that Chromebooks spent a decade carefully building. Google essentially invented the affordable premium laptop category for education and casual users, then wandered away from it, and Apple walked straight through the door they left open. If the Googlebook turns out to be a real product with genuine ambition, this sub-$700 category suddenly has three serious players fighting for the same buyer, and that competition is exactly what consumers at this price point have deserved for years.

For now, the XPS 13 is the most compelling Windows laptop at this price in years, possibly ever. Spec up to 16GB of RAM and the value argument becomes genuinely hard to refute: a superior display, a backlit keyboard, Windows Hello biometrics, and CNC aluminum construction for the same money as a fully optioned Neo. But the base configuration, the one that captures the headline price and draws the comparison, asks buyers to trust that 8GB on Windows will be fine in 2026. That is a considerable ask, and Dell knew it when they made the call. The XPS may stand for Xtreme Performance System, but right now its most extreme feature is the optimism it takes to ship that memory configuration and call it done.

The post Dell Finally Built a MacBook Neo Rival for $700 – Then Made One Baffling Decision first appeared on Yanko Design.

Product design has always been part craft, part communication. Getting a concept from sketch to client approval demands a level of visual storytelling that most designers simply haven’t had the budget or tools to manage on their own. Video production, in particular, has long been the step that gets quietly skipped, not because the ideas aren’t there, but because the process is expensive, slow, and complicated.

That’s a gap PixVerse has been working to close. Founded in 2023, the platform has grown to over 100 million users across 177 countries, powered entirely by proprietary models it builds in-house. At the iMpact Global Connect Show 2026, the company’s team walked through three distinct products that together make a compelling case for AI-generated video as a practical part of the design process.

Designer: PixVerse

The most immediately useful of the three, at least for most designers, is V6. It’s the platform’s flagship model, and the latest update improves camera movement, character performance across scenes, and physical object interaction in noticeable ways. More significantly, V6 can now generate a complete multi-shot short film with native audio from a single prompt, without any separate editing or sound production steps involved.

Think about what that actually means for a product designer. A 30-second product video typically means writing a brief, hiring a videographer, sourcing music, shooting, and editing over several days or weeks. With V6, a designer who can clearly articulate how a product should look, move, and feel in context can produce that same result from a prompt and a reference image in considerably less time.

That kind of speed has obvious advantages for solo designers and small studios. A freelancer can arrive at a pitch with three distinct video directions instead of three mood boards. A startup preparing a crowdfunding campaign doesn’t need a separate production budget for a launch video. An in-house team can test how a product reads in a real context before committing to a full-scale shoot.

The second product, C1, goes further by targeting actual film production pipelines. It combines a cinematic visual effects system, an industrial-grade action engine, and a storyboard-to-video feature in a single workflow, letting production teams convert static panel layouts directly into continuous video sequences. Reference-guided generation also keeps characters and scenes consistent across shots, which has historically been one of the harder problems for AI video to solve.

For designers, that matters most when a concept already lives as a sequence of moments rather than a single frame. A transportation designer communicating a user journey, a consumer electronics team mapping how a device gets picked up, handled, and put down, or a lifestyle brand building a product narrative around daily routines, all of them are telling stories that C1 is built to handle.

Then there’s R1, which doesn’t behave quite like any other AI video tool currently available. Rather than producing a fixed clip with a clear beginning and end, R1 generates a continuous, interactive visual environment that responds to user input as it runs. It’s less like watching a video and more like navigating a space that exists, evolves, and reacts, one that you can steer and share.

Users can build a personalized digital avatar from photos and enter these generated worlds alongside others in real time. During the demo, a shared environment called “Cat Takes Charge” had 118 users inside it at the same time, running continuously for over nine hours. Each participant could submit prompts into a live feed, with the AI realizing them as video within the shared space as they appeared.

For product designers, R1 opens up possibilities that a rendered video simply can’t replicate. Imagine walking a client through a simulated retail environment built around a new appliance, or letting a stakeholder explore a furniture concept in a living, reactive interior before a prototype even exists. It’s the kind of tool that starts to make spatial storytelling feel accessible at the concept stage, not just post-production.

What all three tools share is that they reward the same skill designers already rely on: clarity of intent. A well-constructed prompt isn’t a technical exercise; it’s a creative direction, not unlike a solid design brief. Companies integrating PixVerse into their workflows reportedly cut costs by 68% and finish work 57% faster than conventional production methods, a significant gain for teams of any size.

None of that requires a production background, and it doesn’t even require familiarity with video editing software. What it does require is the ability to describe a vision precisely, which is something designers do every single day across briefs, sketches, and presentations. PixVerse just moved video closer to the beginning of that process, somewhere between the first concept and the final approval, rather than as an afterthought at the very end.

The post PixVerse Just Made Product Videos as Easy as Writing a Brief first appeared on Yanko Design.

Smart speakers have become some of the most visually forgettable objects in modern homes. A cylinder, a puck, a fabric-wrapped drum, placed wherever the Wi-Fi is strong and largely invisible once the novelty wears off. They do their jobs well enough, but none of them look like they belong in a collection or on a desk that someone cares about. The hardware has always been purely functional, and the design has always shown it.

Alisher Ashimov approached the idea of a desk-based AI assistant from a completely different direction. Kira, his open-source project, takes its visual cues directly from the original 1984 Macintosh, a machine whose beige monolith silhouette is arguably the most iconic in personal computing history. The result is a voice-activated AI companion that looks more like a cherished collectible than a utility device.

Designer: Alisher Ashimov

The enclosure is 3D printed in a single recommended filament color: Light Khaki matte PLA, the closest approximation of that distinctive Apple beige. Rounded top corners, a recessed front panel, horizontal side vents, and a decorative floppy-drive-style slot below the display all reproduce the original’s proportions at pocket scale, somewhere around 80mm wide. A small four-color badge on the lower front panel adds the final recognizable touch.

Where the original Macintosh showed a desktop environment, Kira shows a face. The 1.5-inch OLED display renders two rectangular eyes and a small dash mouth, animating expressively in response to interaction. The wake word is “Hey, Kira,” and from there, a built-in microphone picks up questions while a 4Ω, 3W speaker delivers spoken answers through the sculpted housing. It handles everyday voice queries the same way any smart assistant does, just with considerably more personality sitting on the shelf.

The electronics are deliberately approachable. The core is a Seeed Studio XIAO ESP32-S3 Sense, a capable and compact microcontroller with built-in Wi-Fi, Bluetooth, and a microphone. The rest of the bill of materials, a speaker, amplifier, SH1107 OLED module, mini breadboard, and jumper wires, are available on Amazon for modest amounts. The 3D-printed enclosure is optimized to print in about three hours across two plates with minimal support material, and an assembly guide walks builders through wiring, assembly, and firmware flashing.

The software carries the same open-ended spirit as the hardware. Voice, language, the assistant’s character, and memory settings are all user-definable, which means Kira isn’t locked into a single personality or a single cloud service. Tinkerers can tune the firmware directly. Ashimov has published the files freely, with no commercial barriers between the design and anyone with a printer and an afternoon to spare.

The objects people choose to keep on their desks tend to say something about them. A tiny Macintosh-shaped AI assistant that you built yourself and tuned to your own preferences says rather a lot. It combines a piece of design history, a genuinely capable voice interface, and an honest invitation to understand exactly how the thing works, all in a form that most people will stop and ask about the moment they see it.

The post This 3D-Printed Macintosh Replica Is Actually a Voice AI Assistant first appeared on Yanko Design.

When Japanese designer Muto Yumi set out to make furniture from paper, the result was not what most people would imagine. No papier-mâché. No origami-inspired folding. No cardboard box aesthetics salvaged and called art. What she produced is a modular furniture system so structurally sound and visually precise that it makes you question almost everything you assume about material strength and decorative surface.

The project is called Pattern as Structure, and the name is not just poetic framing. It is literally the concept. Muto starts with flat sheets of paper pre-cut with holes arranged in a specific pattern. Roll that sheet tightly around itself, layer upon layer, and the paper transforms from something limp and delicate into a dense, rigid rod capable of bearing real weight. The physics of it are intuitive once explained, but watching it happen feels like a magic trick. A single sheet does nothing. Rolled and compressed, it becomes architecture.

Designer: Muto Yumi

Here is where it gets more interesting. Those pre-cut holes that look like a graphic pattern on the flat sheet? Once the paper is rolled into a rod, those holes become tunnels running through its body. They are the connection points of the whole system. Other paper rods slot through them, linking one piece to the next without glue or hardware. The pattern was never just decoration. It was always the joint, the connector, the system’s logic. The aesthetics and the engineering are the exact same thing.

That kind of design clarity is genuinely rare. Most furniture design separates surface from structure, treating them as two different problems to solve. A frame holds the load; a finish makes it beautiful. Pattern as Structure collapses that division entirely. The surface IS the structure. The decoration IS the joint. You cannot take one away without destroying the other, and that coherence is what makes the project feel so resolved.

What Muto has produced so far is a family of open shelves in varying sizes. They look clean and slightly architectural, like something you would expect to find in a gallery or a well-curated apartment. But the real achievement here is not the object itself. It is the proof of concept. Because the rods are made from printed paper sheets, the color and graphics on the surface can change infinitely without altering the construction method at all. Want a shelf in deep terracotta? Stripe patterns? Illustrated surfaces? Print the sheet differently and roll it the same way. The structural logic stays identical. The visual language can do whatever it wants.

For anyone paying attention to design right now, this matters. The conversation around sustainable materials has become crowded with beautiful ideas that fall apart under practical conditions. Paper furniture is not new, but paper furniture that is also modular, reconfigurable, and visually customizable without requiring any change to its fabrication process? That is a more sophisticated argument. It asks whether we really need virgin timber, powder-coated steel, or injection-molded plastic to make things that last and look good. Muto’s answer is apparently no.

I keep returning to the honesty of the material choice too. Paper does not pretend to be something else. It does not mimic wood grain or stone texture or metal sheen. It is exactly what it is, and somehow that straightforwardness makes the furniture more interesting, not less. The pattern on each rod is visible. You can see the rolled layers at the cut ends. The making is part of the looking.

Design that is this conceptually tight often sacrifices warmth or approachability in the process. Pattern as Structure avoids that trap. The pieces feel considered without being cold. They feel experimental without being precious. And for a project made from something as unassuming as a sheet of paper with holes punched through it, that balance is quietly remarkable. Muto Yumi is someone worth watching. Not because she is working with expensive materials or chasing spectacle. But because she is asking better questions about what furniture is actually made of, and why.

The post Japanese Designer Just Built a Real Shelf From Rolled Paper Sheets first appeared on Yanko Design.