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iPhone 18’s Base Design Will Just Be an iPhone 17 in Disguise

For years, a new base iPhone has always looked at least a little different from the one before it. Never a full redesign, just enough to spot from across a room. New colors show up. The camera housing gets nudged, angled differently, or grows by a millimeter nobody asked for. It’s been the quiet ritual of every iPhone cycle since Apple started giving the standard model its own visual identity. You didn’t need a spec sheet to tell an 11 from a 12 from a 13. You just looked at the back.

The standard iPhone 18 is about to break that streak completely. Leaks point to the base model carrying over the iPhone 17’s 6.3-inch display and body with no meaningful design changes at all, landing sometime in spring 2027 wearing essentially the same shell its predecessor has worn since September 2025. No new colorway to speak of yet. No camera shuffle. Just an old design with a new number stapled to it. And that carryover chassis is really just the cover story. Underneath it, leakers say Apple is trimming real specs to protect its margins, which means the laziest looking iPhone in years might be hiding the most calculated one.

Here’s what’s actually locked in, or as locked in as a rumor gets a year out. The base iPhone 18 is expected to run Apple’s A20 chip on a 2-nanometer process, a genuine performance jump, paired with either 9GB or 12GB of RAM depending on which leaker you believe that week. The screen stays at 6.3 inches. The launch window sits somewhere around March, alongside the cheaper iPhone 18e. None of that screams new industrial design. It screams internals refresh, wrapped in last year’s jacket.

Compare that to what’s happening six months earlier. The iPhone 18 Pro lands in September 2026 with a narrower Dynamic Island, a variable aperture camera that can physically stop down like a real lens, and a thicker camera plateau to fit it all in. The base model gets none of it, and it doesn’t even get the same year. For the first time since Apple started launching Pro and standard iPhones together, the base model is sitting out the September event entirely and showing up on its own six months later. Apple is drawing its design line exactly where the price tag splits, then adding a calendar gap on top of it so nobody can even compare the two side by side in a store.

Leakers claim Apple is quietly downgrading the base iPhone 18 to protect its margins as memory prices spike, trimming the display spec and possibly stepping down to a 4-core GPU instead of 5. Reports also say the iPhone 18 and iPhone 18e will share components, blurring the line between Apple’s cheapest phone and its second cheapest. So the identical shell saves on tooling costs, sure, but it also does double duty as a smokescreen for a phone getting quietly cheaper to build while customers still pay Apple’s usual markup for it.

Even the one physical control Apple loves showing off might get simplified, with rumors pointing to a Camera Control button that drops its capacitive layer and runs on pressure sensing alone. Small detail, same story running underneath it. Every corner being cut lives somewhere the eye can’t immediately clock. The real explanation is boring and expensive at the same time. Changing a design costs money, and this time around, the iPhone 18 doesn’t have any walking-around cash to get any of those changes.

The post iPhone 18’s Base Design Will Just Be an iPhone 17 in Disguise first appeared on Yanko Design.

Most Keyboards Pick Typing or Gaming, This One Swaps Its Physical Feel

The mechanical keyboard market has quietly split into two distinct camps. On one side, you’ve got premium enthusiast boards built around sound profiles, gasket mounts, and typing feel. On the other, gaming keyboards chasing faster actuation and competitive response. The trouble is that most people don’t belong exclusively to one camp, and keyboards that try to serve both rarely pull off either particularly well.

GlowHint designed the KT75 around exactly that frustration. It’s a 75% Hall Effect magnetic keyboard with 84 keys, built on the premise that you shouldn’t have to choose between a board that feels great on your desk and one that keeps up in a competitive game. That premise goes beyond marketing language; it’s woven into the keyboard’s physical structure.

Designer: GLowHint

Click Here to Buy Now: $299 $610 (55% off). Hurry, only 88/100 left!

Traditional mechanical switches use metal contacts that only register two states: pressed or not. Hall Effect switches work differently, using magnetic sensors to continuously track a key stem’s exact position throughout its entire travel. The keyboard always knows how far each key has moved, and that continuous awareness is what enables adjustable actuation, a 0.01mm rapid trigger, and a more responsive experience overall.

Where the KT75 gets physically interesting is the Dual Mount Structure. With the gaskets installed, keystrokes feel more supple and forgiving, with a deeper sound character that suits long typing sessions well. Remove those gaskets and the whole feel sharpens, trading comfort for the firmer, more direct response that competitive gaming demands. It’s a physical configuration, not a menu setting.

That design care carries through the rest of the construction. The KT75 uses a CNC aluminum alloy chassis with an FR4 plate and a six-layer acoustic dampening structure that includes PORON foam, a PET sound pad, and bottom dampening. The switches actuate at just 30gf and bottom out at 50gf, keeping effort light without the mushy feel that lighter switches sometimes produce.

On the gaming side, the KT75 scans every key 16,000 times per second and communicates with the computer at 8,000Hz over a wired connection. Rapid Trigger removes the fixed reset point, so movements as small as 0.01mm register as fresh inputs, and Snap Tap handles conflicting directional inputs by prioritizing the most recent one. Both are especially noticeable in fast-paced shooters where every fraction of a second counts.

For everyday use, the compact 84-key layout trims hand travel without dropping essential keys, and the macro system lets you assign complex commands to a single keystroke. The more interesting layer is depth-based behavior, where a lighter press and a full press can each trigger different actions. It’s a quietly useful feature that makes the keyboard feel more thoughtful than its key count suggests.

GlowHint built a 1.47-inch OLED smart display into the board, capable of showing status information or custom content including GIFs, pixel art, and logos uploaded through the companion software. All of that, along with per-key RGB across 16.8 million colors, key remapping, switch tuning, and macro configuration, is handled through GlowHint Hub. The switches are also hot-swappable, so the board can grow with your preferences.

The KT75 supports three connection modes: 2.4 GHz wireless, Bluetooth, and USB-C wired. The wired connection unlocks the full 8,000Hz polling rate, while 2.4 GHz handles gaming without Bluetooth latency concerns. The dual 4,000mAh batteries are rated up to 95 hours wirelessly, though that drops to around 13 hours with default RGB on, which is the more realistic figure for most sessions.

The through line across all these choices is consistency. GlowHint didn’t try to make the KT75 do everything at once; each decision, from the swappable gasket layers to the magnetic switch technology to the configurable display, adds a specific kind of flexibility that serves a different part of the same day. It ends up as a keyboard that earns its complexity without making you feel it.

Click Here to Buy Now: $299 $610 (55% off). Hurry, only 88/100 left!

The post Most Keyboards Pick Typing or Gaming, This One Swaps Its Physical Feel first appeared on Yanko Design.

AI Surveillance Cameras Can’t See Through This Jacket

The last time I really thought about what my outfit was doing for me, I was considering whether my summer dress made me look like I was fashionable or it was just perfect for the hot weather. Simon Weckert has me rethinking the question entirely. Do my clothes do something for me other than protect me from the elements or make me look cool? Can they be about something more?

The Berlin-based artist recently unveiled Digital Camouflage, a conceptual garment collection that does one very specific, very remarkable thing: it makes you invisible to AI. Not invisible to the human eye, obviously. You’d still be fully, stylishly present to anyone walking past you. But to the surveillance cameras powered by AI-based person detection systems that increasingly populate airports, streets, and public spaces, you essentially cease to exist. That’s not a metaphor. It’s the engineering.

Designer: Simon Weckert

The collection works through what researchers call an adversarial attack, a method of manipulating visual data so that a machine misreads what it’s looking at. The garments are printed with a continuous, generative pattern that floods AI recognition systems with computational noise. The algorithm looks at you, processes the visual information, and fails to register a person. You’re there. The camera sees you. But the machine watching through it draws a blank.

At first glance, the clothes look like bold graphic fashion. The kind of abstract print that could easily headline a capsule collection or land on an editorial mood board. The technical function is completely hidden in plain sight, which is, when you think about it, a fairly elegant bit of design irony.

Previous anti-recognition designs relied on fixed printed patches, a kind of static visual disruption that quickly lost effectiveness when fabric folded or camera angles shifted. Weckert’s collection uses a continuous adversarial texture across the entire garment surface, designed to hold up against both movement and perspective change. It’s not a sticker. It’s the whole jacket.

The collection is manufactured in Latvia from a blend of 65% recycled polyester and 35% polyester, with the adversarial pattern applied through digital textile printing. For something that sounds like it belongs in a speculative fiction exhibit, it’s a remarkably practical construction.

And yet, the project lives comfortably in conceptual territory. Weckert is not selling these at retail. Digital Camouflage was exhibited at Ars Electronica Festival 2025, which carries a certain kind of cultural weight. Ars Electronica has long been the venue where designers and technologists come to ask uncomfortable questions rather than offer comfortable answers. Showing the work there feels deliberate. This isn’t a product pitch. It’s a provocation.

I think that tension is exactly where the project is most interesting. The garment works, or is designed to work, but its purpose is as much about raising the question as answering it. Who should have the right to walk through a public space without being catalogued? At what point does automated surveillance stop being a security tool and start being a form of ambient control? Weckert isn’t handing out a manifesto. He’s handing out a jacket.

The fact that we even need clothes that hide us from cameras is worth pausing on. Digital surveillance infrastructure has expanded so quietly and so consistently that most of us have simply accepted it as background noise. AI-powered cameras now occupy the same mental category as streetlights: ubiquitous, impersonal, unremarkable. Weckert’s collection interrupts that acceptance, not through argument, but through design.

Fashion has always been a negotiation between the self and the seen. We dress for impressions, for identity, for protection against the cold. Adding protection against algorithmic recognition to that list feels like a genuinely new chapter in a very old human conversation about who gets to see us and on whose terms.

Whether or not Digital Camouflage ever becomes something you can actually buy, it has already done its most important work. It made an abstract threat feel like something you can put on your body. And sometimes that’s all it takes to make people start paying attention.

The post AI Surveillance Cameras Can’t See Through This Jacket first appeared on Yanko Design.

7 Best Tech Gadgets of August 2026

August arrives with a lineup that feels genuinely considered. Not every gadget this month is chasing a headline spec or fighting for shelf space. Some of the most interesting things landing right now are smaller, quieter, and more honest about what they actually do — a folding mouse that disappears into a shirt pocket, a bedside unit that replaces three devices at once, and a dual-screen E Ink tablet that finally treats reading and writing as a single workflow rather than two separate tasks competing for the same screen.

There’s also something larger worth paying attention to. Samsung is officially pulling back the curtain on the Galaxy Z Fold 8 this month, and what’s shaping up as a tiered foldable lineup could redefine the category’s identity. Meanwhile, Google has quietly slipped a new smart speaker onto store shelves for the first time in six years. August, as it turns out, rewards patience — and knowing exactly where to look.

1. piBrick Pocket-CM5

The piBrick Pocket-CM5 is one of those projects that reads better the longer you spend with the spec sheet. Built by Ahmad Amarullah on a custom PCB designed around the Raspberry Pi Compute Module 5, this open-source handheld costs around $172 in parts and arrives at smartphone proportions — 80 × 145 × 19.6mm. The 3.92-inch AMOLED display runs at 1080 × 1240 and 90Hz with Asahi tempered glass over the top, which is the kind of detail that separates a deliberate design from a prototype that merely happens to work. Full-size and micro-HDMI outputs mean the same pocket device can drive an external display when a larger workspace makes more sense.

The BBQ20 keyboard with its integrated BlackBerry-derived trackpad gives the piBrick a tactile depth that touchscreen-only handhelds cannot match, and side rotary encoders plus five programmable buttons extend the input options further still. A 5,000mAh LiPo keeps everything running, NVMe SSD support in 2230 or 2242 formats handles storage, and USB 3.0 with Type-A and Type-C covers connectivity. The most quietly useful feature is USB-HID mode — plug the piBrick into any external machine and its keyboard and trackpad instantly become a functional input device, independent of the Pi entirely. For a sysadmin who shows up at a server rack without a spare keyboard, that framing changes the device from hobbyist novelty to legitimate daily carry tool.

What we like:

USB-HID mode turns the whole device into a USB keyboard for any external computer
90Hz AMOLED at this price point and form factor is a genuinely rare combination

What we dislike:

Requires hands-on sourcing, PCB manufacturing, and 3D-printed shell assembly
The compact BBQ20 keyboard layout carries a real learning curve for extended typing sessions

2. OrigamiSwift Folding Mouse

The OrigamiSwift is a Bluetooth mouse that folds flat to 0.18 inches — thinner than most notepads — and springs back into a full-size ergonomic form in under half a second. Designed by Horace Lam and built around the geometry of traditional origami folding, it weighs just 40 grams and connects over Bluetooth 5.2, with a 4,000 CPI HD infrared sensor tracking at up to 30 inches per second. For digital nomads and frequent travelers, the appeal is immediate: full-size mousing comfort that compresses to the front pocket of a bag without any structural compromise.

Soft-click buttons and a smooth, consistent glide make it discreet in quiet environments, and the triangular origami structure that enables the folding mechanism also gives the frame enough rigidity to absorb daily use without flex. Battery life is a genuine standout — one USB-C charge lasts up to three months, which removes the disposable battery cycle from the equation entirely. At $85, it sits in a price range where compromises tend to accumulate, and the sensor performance, weight, and build quality keep most of them from appearing. It works across Mac, iPad, Windows, and Android without additional drivers, which keeps the setup frictionless wherever you end up working.

Click Here to Buy Now: $85.00

What we like:

Three-month battery life on a single USB-C charge is genuinely exceptional for a wireless mouse
40 grams means you stop noticing it’s in your bag until the moment you actually need it

What we dislike:

4,000 CPI ceiling may not satisfy users working on high-resolution or multi-monitor setups
Stock is currently very limited, with only a few units available in the shop

3. Divoom FlowToo

The Divoom FlowToo costs $99.99 and replaces three things that have been quietly cluttering nightstands for years — a Bluetooth speaker, a white noise machine, and an alarm clock. It runs through a 10W amplifier with a 45mm full-range driver, which is enough to fill a bedroom at a respectable volume without the sound becoming harsh at the high end. More than 90 built-in sounds cover the categories people actually reach for at night and during focus sessions, from rain and ocean ambience to forest and calming tones, and the Divoom app handles everything from alarm scheduling to sound selection directly from your phone.

The 2.26-inch smart display is the part that makes the FlowToo feel like something designed with some care rather than assembled from a parts list. It cycles between multiple clock faces, music visualizers that react to whatever’s playing, sleep scene animations, and mood lighting depending on the mode and the time of day. The wake-up sequence replaces a jarring alarm tone with natural sounds that build in volume while the display gradually brightens — a small change that makes a real difference to how the first few minutes of a morning feel. Available in White and Black, the form is clean, rounded, and scaled well enough to sit beside most beds without dominating the surface.

What we like:

A 10W full-range driver makes this a real speaker, not just an alarm clock with Bluetooth bolted on
The gradual light-and-sound wake sequence is a meaningfully better way to start the morning

What we dislike:

Dedicated white noise machines and standalone speakers will each outperform the FlowToo in their respective categories
Full feature access requires the Divoom app, which adds dependency to a device built around simplicity

4. Portable CD Cover Player

The Portable CD Cover Player brings album artwork back to the physical center of the listening experience at a time when streaming has reduced most music libraries to a scrollable grid of thumbnails no larger than a postage stamp. The form factor is slim and designed to echo the proportions of a CD sleeve — built for the kind of listening that happens away from a desk, on a commute, in a hotel room, or anywhere else a record player cannot reasonably follow you without significant planning.

There is something the CD format offers that streaming still hasn’t managed to replicate — intentionality. You chose this album. You put it in. You listened front to back, the way it was meant to be heard. The Portable CD Cover Player leans into that ritual rather than treating it as an inconvenience to be engineered away. At a moment when cassette players and vinyl decks have staged a credible commercial comeback, there is a real and growing audience for physical music hardware that does not apologize for existing in 2026. For anyone rebuilding a CD collection or looking for a reason to use the one they never threw out, this is the device for it.

Click Here to Buy Now: $199.00

What we like:

Restores album artwork as a physical, tactile part of the listening experience rather than a compressed thumbnail
The intentionality of the CD format is something streaming genuinely cannot replicate

What we dislike:

The price requires an existing or rebuilt CD collection to justify the investment
Stock is tight, with only a few units currently available through the Yanko Design shop

5. Samsung Galaxy Z Fold 8

Samsung confirmed the Galaxy Z Fold 8 Unpacked event for July 22 in London, and what’s taking shape is arguably the most architecturally ambitious foldable lineup the company has attempted. Three models appear to be in play — the standard Fold 8 at 4.1mm unfolded, the wide-format Fold 8 Wide at a remarkable 3.9mm, and the Fold 8 Ultra, which is where the S Pen is making its return after being stripped from the Fold 7 to achieve that device’s headline thinness. Reports point to a titanium-plus-carbon-fiber construction for the Ultra, a material combination that works more naturally with the digitizer layer the stylus requires than the pure titanium backplate the Fold 7 used.

The Ultra is the model worth watching most closely. A 5,000mAh battery — the largest in the Fold line since the third generation — marks the first meaningful capacity upgrade the series has seen in years, and the S Pen’s return shifts the Fold 8 Ultra from a premium hardware story into something with actual software depth for power users. Samsung is also reportedly developing a digitizer-free stylus solution for future generations, which would eventually decouple S Pen functionality from physical bulk entirely. If the Ultra ships as the leaks describe, it becomes the first Z Fold that stops treating its own productivity features as a problem to be engineered around, and starts treating them as the reason the device exists.

What we like:

S Pen returns on the Ultra alongside the line’s largest battery to date
A tiered lineup lets buyers choose between thinness-first or capability-first without compromise

What we dislike:

Splitting S Pen support exclusively to the Ultra positions it as a premium within an already premium product line
Three distinct SKUs risk diluting the design identity that made the Fold recognizable in the first place

6. Google Home Speaker

The Google Home Speaker is the company’s first new standalone smart speaker since the Nest Audio launched in September 2020. Nearly six years is a long time to leave a product category untouched in consumer electronics — Apple refreshed AirPods three times in that window, Sonos shipped new hardware, redesigned its app, and broke it, and still found time to come back. Google’s return is framed almost entirely around Gemini, now built directly into the speaker and positioned as the primary reason to put it on your kitchen counter rather than any particular advancement in audio engineering.

The hardware reads clean — small, rounded, and available in the kind of understated colors Google’s design teams have always been good at selecting. It features 360-degree audio, faster processing for more fluid conversational responses, and a new light ring that signals when Gemini is listening, thinking, or responding. Whether this launch represents a genuine recommitment to the smart home category or simply Google finding Gemini another product surface to occupy is a fair question to ask. The speaker is back on the counter after six years. Whether the company chooses to stay in the room this time is the harder and more important question.

What we like:

Gemini integration makes this the most conversationally capable Google speaker the company has ever shipped
Six years of hardware and processing advancement mean the gap over the Nest Audio should be substantial

What we dislike:

Google’s well-documented history of deprioritizing smart home hardware makes long-term software support a legitimate concern
The launch narrative frames the speaker as AI infrastructure first, and as a designed product second

7. Inkleaf Foldable Dual-Screen E Ink Notebook

The Inkleaf is a foldable dual-screen E Ink tablet with two 10.3-inch Carta panels that open side by side — one for reading, one for writing, simultaneously. That single feature solves a problem researchers, students, and writers have been navigating awkwardly for years, usually by propping a tablet next to a paper notebook or toggling between apps and losing their place each time. Designed by Kameron Yu, it closes to 8.4mm and 480 grams, thinner than a standard paperback, and each open panel measures 4.2mm — slimmer than the reMarkable 2 at 4.7mm, the Kindle Scribe at 5.4mm, and the Boox Note Air4 C at 5.8mm. None of those fold.

The cast aluminum body and precision-machined hinge barrel lay perfectly flat at 180 degrees when open, tactile page-turn buttons sit exactly where your thumb expects them, and the pressure-sensitive stylus ships in the box with no subscription fee attached. Android handles the OS with support for PDFs, EPUBs, MOBI, and TXT files, and an AI-powered handwriting search can surface any phrase across every notebook you’ve filled. First units are expected to reach founders in August 2026. At around $450, it is a serious financial commitment, but one the form factor and the problem it actually solves manage to earn.

What we like:

Dual-screen setup genuinely resolves the read-and-write-simultaneously problem that every comparable single-screen device ignores
4.2mm per panel open is thinner than any single-screen E Ink device currently on the market

What we dislike:

The price point requires a real commitment to the E Ink workflow to justify
Android on an E Ink display still carries limitations in app responsiveness and screen refresh speed

August Belongs to the Gadgets That Get Out of the Way

August’s lineup doesn’t follow a single theme, which is part of what makes it worth paying attention to. The piBrick and the Inkleaf both treat computing as something that should fit your actual workflow rather than just your desk. The OrigamiSwift and the FlowToo make the case that the best everyday tech is the kind that removes something from your bag or your nightstand rather than quietly adding to it. The Portable CD Cover Player is a reminder that intentional listening never actually went away — it just needed hardware worth using again.

The bigger stories — Samsung’s Fold 8 and Google’s long-overdue speaker — tell you something meaningful about where two of the industry’s largest companies have landed on the question of what smart hardware is actually for. One is restoring capability it arguably should never have removed. The other is making up for six years of silence with an AI pitch and hoping nobody checks the calendar. Both are worth watching this month, for very different reasons.

The post 7 Best Tech Gadgets of August 2026 first appeared on Yanko Design.

The Steel-Scaled Pavilion Pointing at China’s Future

The first thing you notice is the skin. Tessellated stainless-steel panels wrap the Chengdu Pavilion like the hide of something alive, catching light in fractured planes, opening and closing through small apertures that pull the outside in without fully committing to it. San Francisco-based IwamotoScott Architecture completed the building in 2025, and calling it an “exhibition pavilion” feels almost too modest for what it actually is.

The pavilion sits on the outskirts of Chengdu, the capital of China’s Sichuan Province, in the early stages of what will become the Chengdu Future Science and Technology City, a 1,200-acre master-planned district designed by OMA and Gerkan, Marg and Partners. It was commissioned in 2020 to serve as an information and learning center for that district, which means it was asked to represent a future that didn’t exist yet when it was being built. That’s a strange brief to be handed, and IwamotoScott responded to it the only way that makes sense: by designing a building that seems to already be in dialogue with what’s coming.

Designer: IwamotoScott Architecture

The structure is composed of three intersecting triangular volumes, each one pointing outward in a different direction. That’s not arbitrary. Each wing orients toward one of three nearby infrastructure projects: the Tianfu International Airport to the east, the developing Future City to the south, and the new Jiangxi River Park to the west. It’s a building that physically maps its own context, literally pointing at the forces shaping the land around it. I appreciate that kind of architectural candor. Most buildings just exist in a place; this one acknowledges the place.

Inside, the three wings radiate from a shared crystalline atrium where the geometry of all three volumes collides and resolves into one shared space. Apertures cut into the lofted roof surfaces let in soft, directional bands of natural light without flooding the interior. It’s controlled, atmospheric, and intentional in a way that feels rare in a building designed primarily to function as an information center. At its base, a breezeway cuts beneath the pavilion entirely, creating a through-passage at plaza level that keeps the building from becoming a wall between the public and the landscape. That detail matters more than it sounds. It keeps the pavilion civic.

The reptilian stainless-steel exterior is the element that makes people stop scrolling. The tessellated panels open selectively in localized clusters, each small aperture mediating between interior and exterior in a way that reads almost like the building is breathing. IwamotoScott traces this approach back to their 2006 speculative project, the Jellyfish House, where they imagined an adaptive, organism-like facade capable of achieving a symbiotic relationship with its environment. Two decades later, that idea has finally landed in built form, in a real city, for a real public. That kind of consistency, following a speculative idea through to actual built form, is rare and it shows.

The pavilion is also accompanied by a lookout tower clad in the same metallic language, one that torques as it rises, which, admittedly, could read as slightly too much. But I think it earns it. The tower reads as an extension of the pavilion’s logic rather than a separate gesture, and in the context of a district still mid-construction, having a vertical landmark that draws the eye upward instead of outward makes spatial sense.

The broader question the Chengdu Pavilion raises is one architecture rarely has the courage to ask so directly: what does it mean to build a gateway to something that doesn’t exist yet? City-scale development projects often drop buildings into neighborhoods that haven’t formed, and the result is usually a structure that looks provisional, a placeholder waiting for its context. This building does the opposite. It arrives as if it already knows what it’s part of. Whether the Future Science and Technology City lives up to the ambition the pavilion projects onto it is a separate conversation, but as a piece of design, the building does exactly what ambitious architecture should do. It makes the future feel specific.

The post The Steel-Scaled Pavilion Pointing at China’s Future first appeared on Yanko Design.

Starbucks x Traveler’s Company Made a Collab Worth Flying to Tokyo For

As a stationery fiend, I always look forward to the second half of the year because most brands announce their lineups for the next year. I also look forward to the collaborations they create with other related (and sometimes completely unrelated) companies, the kind that make me want to support either brand, depending on how I’ll be able to get my hands on the often limited-edition products.

Some collaborations exist purely for hype. They look good in a press release, generate the right amount of social media noise, and then quietly disappear from shelves and memory. The new Starbucks Reserve Roastery Tokyo x Traveler’s Company collection is not that. It’s the kind of collab that makes sense on paper, and even more sense when you actually hold the pieces in your hands.

Designer: Starbucks x Traveler’s Company

For those not already deep in the cult of Traveler’s Company, let me make the introduction. Founded in Tokyo, Traveler’s Company makes handcrafted leather notebooks and stationery that have earned a devoted following among journalers, designers, travelers, and the kind of people who still believe that writing by hand is an act worth protecting. Their flagship Traveler’s Notebook has become iconic in its own quiet way, a slim leather cover held together by an elastic band, designed to age beautifully and accumulate memories over time. It’s the opposite of disposable. Their annual theme for 2026 is fittingly called “Spirit,” inspired by the excitement of when a journey begins and the pleasure of setting off somewhere completely new.

Then there’s the Starbucks Reserve Roastery Tokyo. Tucked into the leafy streets of Nakameguro, it isn’t your average Starbucks. It’s a flagship experience space housed in a building by renowned architect Kengo Kuma, where the coffee is treated more like a craft than a morning routine. Both brands are, at their core, about the experience of being fully present in a moment. So the partnership makes complete sense.

The 2026 collection arrives with a handful of pieces that feel considered rather than rushed. The canvas tote bag is the showstopper. Designed to mimic the look of a well-traveled suitcase covered in destination stickers, with Roastery Tokyo and Nakameguro as the featured stops, it carries the whole spirit of the collab on its exterior. Inside, there’s a pocket sized specifically to hold a Traveler’s Notebook, plus room for a tumbler or bottle and the rest of your everyday essentials. At 5,000 yen, it’s the kind of bag you’d actually reach for daily without feeling like a walking advertisement. It just looks like you’ve been somewhere interesting.

The cotton drawstring bag at 1,800 yen is smaller in scale but just as thoughtful. Designed to hold a bag of coffee beans, it sounds specific until you realize how often people buy coffee as a souvenir and then have absolutely nothing appropriate to carry it home in. It also doubles as an inner bag organizer, which is the kind of practical thinking that elevates a piece from cute to genuinely useful.

The postcard set is a quiet standout. Six cards featuring original Traveler’s Company illustrations of Roastery Tokyo icons, each printed on a different textured paper. In a moment when even birthday greetings arrive as voice memos, sending something handwritten on paper that was clearly chosen with care feels like a small, intentional act. The collection also includes a notebook set complete with a matching pen, pen loop, and zipper case, the kind of cohesive little kit that looks like it belongs in the bag of someone who has their life meaningfully together.

What makes this collaboration feel different from the average branded merchandise drop is that both parties seem to genuinely understand what the other is about. Traveler’s Company didn’t just place a Starbucks logo on a notebook. The design language is rooted in travel, in coffee as ritual, in the beauty of slow and deliberate moments. Every piece in the collection tells the same story without having to say it outright.

The collection is exclusive to the Starbucks Reserve Roastery Tokyo in Nakameguro, which makes it inherently precious for anyone outside of Japan. The fact that resellers have already picked it up on platforms like Etsy says everything about the demand. For those who can make the trip, the Nakameguro store is worth visiting on its own. That you can leave with a limited-edition collab bag full of coffee and a new notebook is simply a bonus. Some things are made to be used, loved, and carried forward. This collection is exactly that kind of thing.

The post Starbucks x Traveler’s Company Made a Collab Worth Flying to Tokyo For first appeared on Yanko Design.

Most Laptops Mute Your Camera in Software, This One Cuts the Wire

The privacy conversation around laptops tends to happen entirely in software. Operating systems add permissions dialogs, apps get granted or denied microphone access, and browsers warn about tracking cookies. All of that matters, but it operates in a layer that can be undermined by the hardware underneath it. A microphone that’s turned off in software is still physically connected to a circuit that could, under the right conditions, be activated without the user’s knowledge.

The Purism Librem 16 treats that gap as the actual problem worth solving. It’s a 16-inch Linux laptop built around the premise that hardware security has to be literal, not just promised. Two physical kill switches on the body electrically disconnect the camera and microphone as one group and the Wi-Fi and Bluetooth radio as another. Not toggled in software, not muted through the operating system, but physically disconnected from the board.

Designer: Purism

The machine runs Intel’s 13th-generation Core i7-13620H, with ten cores, 16 threads, and a peak frequency of 4.9GHz. Two DDR4 RAM slots support up to 64GB, and two M.2 slots can take the storage configuration all the way up to 16TB. Four USB ports cover the connectivity side, split evenly between two USB-C ports running USB4 with DisplayPort alternate mode and two Type-A USB 3.2 ports, alongside HDMI, Ethernet, a headphone jack, and a microSD reader.

The Intel Management Engine, a separate embedded processor that runs independently of the main CPU and operating system, is disabled. This component exists on most Intel-based systems and can operate even while the machine is off, a characteristic that privacy-focused hardware communities have objected to for years. Disabling it removes the most significant piece of hardware the owner never had direct control over.

Firmware comes in the form of PureBoot, Purism’s implementation of Coreboot combined with the Heads open-source security framework. This replaces the conventional UEFI BIOS with a verified boot process that can detect whether the firmware has been tampered with since the last known-good state. An optional Librem Key USB token works alongside PureBoot to verify that nothing has changed between sessions, providing tamper detection at startup.

The operating system is PureOS, a Debian-based GNU/Linux distribution that ships with only free and open-source software. Purism also offers an optional anti-interdiction service, a supply chain inspection process that adds physical tamper-evidence measures before the laptop ships, for buyers who want assurance that the hardware hasn’t been compromised in transit.

Aesthetically, the Librem 16 carries the understated design language that runs across the Librem lineup. The lid has no branding, the ports have no identifying icons, and the only visible label appears above the keyboard indicating the model. The aluminum chassis keeps the profile clean, matching the design intent of a machine meant to disappear into its owner’s workflow rather than announce itself.

The base model starts at $2,899, with a 32GB/2TB configuration at $4,199 and a fully maxed-out 64GB/16TB version at $9,799. Given that the premium is paid for hardware-level privacy architecture rather than raw performance specs, that price range is exactly what the machine’s philosophy leads to.

The post Most Laptops Mute Your Camera in Software, This One Cuts the Wire first appeared on Yanko Design.

Humanoid Robots Don’t Fit in Store Aisles, So Robbyant Fixed That

Service robots have been making steady progress in controlled environments, but deploying them in real commercial spaces has always come down to one stubborn problem: most indoor spaces weren’t built with them in mind. Supermarket aisles, retail corridors, and home hallways run narrow, and rebuilding or widening them to accommodate a humanoid robot isn’t a cost that any business would willingly absorb just to install one.

The Robbyant R2 approaches that problem from the chassis up. Built on a 455 mm rectangular base with a body width equal to human shoulder span, it can navigate 650mm aisles smoothly, making it the first wheeled humanoid robot to clear that threshold. Its 360° omnidirectional mobility and precise obstacle avoidance mean it can operate in tight commercial and residential spaces without any layout changes to the space itself.

Designers: Yupeng Hu, Mingwei Zhang, Qi Huang, Yuxuan Liu, Zhewen Wu

The arm system is where that compact footprint pays off most concretely. Dual arms with seven degrees of freedom, each capable of lifting up to 5kg, give R2 enough reach and dexterity for sorting stock, moving items between locations, and handling everyday objects that typically require human hands. The range of motion this unlocks is considerably closer to a natural human arm than a conventional industrial manipulator.

Working alongside people in a shared space also means communicating in ways that don’t make them uncomfortable. R2 does this through a binocular depth camera, a 360° microphone array, a speaker, and dynamic lighting that shifts in sync with its movement. Facial expressions and coordinated body language allow it to signal intent in real time, giving people around it the kind of readable cues that make shared spaces feel manageable.

Safety is built into the physical structure rather than treated as an add-on. Flexible anti-pinch joints along the body and arms prevent fingers or objects from getting caught in moving parts without slowing autonomous operation. A honeycomb structure across the chassis handles impact buffering and heat dissipation simultaneously, and automatic locking brakes engage in emergencies to stop the robot before a situation can escalate into something worse.

The chest houses a modular interaction platform that changes R2’s function depending on where it’s deployed. Slotting in screens, NFC readers, barcode scanners, or lighting modules lets the same hardware shift between home service, retail, and industrial settings without structural changes. Replacing individual modules instead of the entire unit keeps ownership costs lower over time and reduces the amount of electronics that gets discarded when requirements change.

The structural logic extends to manufacturing efficiency. A symmetrical body design cuts the number of molds required in half, reducing material waste and production overhead from the start. The signature Mocha Whisper finish, soft fabric accents, and warm CMF palette give R2 a noticeably different presence from the plain white industrial shells that most service robots wear, making it less intrusive in home and retail environments where aesthetics matter.

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DIY Writing Devices Get Expensive Fast, So This One Costs Almost Nothing

The writerdeck movement has one recurring irony: devices built specifically to cut through digital distraction have a tendency to get expensive. Custom keyboards, purpose-built screens, and precision-machined enclosures can push a DIY writing build well past the cost of a regular laptop, which rather defeats the point. The more interesting entries in the space tend to be the ones that solve the accessibility problem, not just the distraction one.

The Whale Writer is an open-source, foldable, DIY writing device designed to be as cheap and portable as possible. It’s the second writerdeck design from its creator, after Bee Write Back, built specifically to address the two most common criticisms of the first: it didn’t fold, and it cost too much. Both problems are solved here through a combination of 3D-printed parts and off-the-shelf electronics.

Designer: Simon Shimel

Folding is what separates this from most of the writerdeck category, where non-folding chassis designs are common. When closed, the Whale Writer flattens into a form that can travel in a bag without a full keyboard and screen sticking out at different angles. A device that sits on a café table can fold up and slide into a jacket pocket for the commute.

Central to the hardware is an unusual display choice. Rather than a backlit LCD, the Whale Writer uses a Waveshare RLCD, a reflective liquid crystal display that reads using ambient light instead of a power-hungry internal backlight. The result is a screen that mimics paper readability and extends battery life considerably, with an ESP32-S3 microcontroller already built into the module so no separate computing board is required.

The keyboard is the most accessible component here: a standard cheap Bluetooth keyboard is fully disassembled, and its PCB, key matrix, and flex cable are repurposed inside a custom 3D-printed chassis. Four printed parts complete the build: a base plate with a print-in-place hinge, a locking plate that holds the keyboard in position, a battery cover, and a screen bezel with three button cutouts.

Power runs from an 18650 battery cell, and builders have two configurations to choose from. The simpler path keeps the keyboard’s original battery running independently from the main cell, requiring no soldering. The more involved route splices the keyboard’s power input directly to the RLCD board’s output, running everything off a single 18650, which means one battery to charge instead of two.

Software is deliberately left open. A basic word processor was built as a functionality test using an AI coding assistant, but the creator frames the Whale Writer as a hardware platform, not a finished product. The ESP32’s onboard Wi-Fi and Bluetooth leave the door open for everything from a minimal plain-text editor to a wireless draft-syncing terminal, depending on what firmware the community eventually writes.

None of what the Whale Writer does is entirely new, and it doesn’t try to suggest otherwise. The category already knows what it’s supposed to be: a device that only lets you write, without anything else competing for the same moment. What this build adds to that premise is a sincere attempt to make the experience available to people who want it but have been priced out of building one.

The post DIY Writing Devices Get Expensive Fast, So This One Costs Almost Nothing first appeared on Yanko Design.

A $69 Pen-Shaped Electric Screwdriver Just Might Save Your Laptop’s $1000 Repair Bill

Have you noticed everything wants to rent itself to you now? Your car has a subscription for heated seats, your printer snitches on you for buying off brand ink, and your phone battery is glued in so tight that replacing it feels like defusing a bomb. Somewhere along the way “buying” a gadget quietly turned into “borrowing it under manufacturer supervision,” and it’s kind of exhausting when you sit with it for more than five seconds.

One small, unglamorous way to push back is just learning to open your own stuff again. Which brings us to the Cladist Titan, a pen sized electric screwdriver that treats torque control like a religion. Sixteen calibrated settings take you from featherlight to seized bolt strong, plus a manual mode for when you want to feel every last millimeter of that final turn yourself. Not a revolution. Just a screwdriver that respects what you’re working on.

Designer: Cladist

Click Here to Buy Now: $69 $119 (42% off) Hurry! Only 219 of 2100 left. Raised over $393,700 USD.

None of this would matter as much if new gear were still cheap, but it isn’t, and it’s getting worse on purpose. AI data centers have been eating up memory chips so aggressively that analysts at Gartner are projecting combined DRAM and SSD prices could climb roughly 130 percent by the end of 2026, dragging PC prices up around 17 percent and phones around 13 percent. IDC has phones rising about 14 percent on average this year. Nintendo raised the Switch 2’s US price by fifty dollars and pointed straight at memory costs as the reason. Where sticker prices have stayed flat, plenty of manufacturers have just quietly shipped less RAM and worse cameras instead. So the device you already own is doing more financial work for you than it used to, whether you asked it to or not.

The whole point of the Titan’s torque system is that it stops when it should, not when you notice. Fifteen numbered gears run from 0.05 to 0.65 N·m in small, even steps, each one governed by a mechanical clutch that physically disengages the moment the preset resistance hits. There’s a sixteenth mode too, a dedicated high torque setting that runs continuously up to 0.8 N·m for the stuff that’s actually seized shut, using an electronic cutoff instead of a clutch because that job needs sustained force rather than a polite click. Two different problems, two different solutions, which is honestly more thought than most tools in this price range put into the question at all.

What that range actually buys you is coverage across an absurd spread of stuff you own. The gentlest settings handle eyeglass hinges, watches, and AirPods, the sort of screws that strip if you so much as think about them too hard. Step up and you’re in Switch Joy-Con and SSD territory, then camera bodies and MacBooks, then full PC builds and mechanical keyboards, then small appliances that just need a firm hand. It’s one tool quietly pretending to be six.

Torque means nothing if the bit slips, so there’s a low runout chuck keeping everything centered through 230 RPM of steady electric spin. Wobble is the actual villain in most botched repairs, not lack of power, and a bit that drifts off center is how you turn a clean fix into a scratched housing.

For the moments electric power isn’t the answer, the drivetrain switches over to manual, giving you up to 3 N·m of hand torque and the kind of tactile feedback you genuinely want on that last careful quarter turn. There’s also a separate manual rod tucked into the kit, with its own magnetic bit holder, for angles the powered body simply can’t reach.

The 48 piece bit set is where this starts to feel a little pointed. Alongside the usual Phillips and hex sizes sit pentalobe, tri point, and security Torx down to T6, the exact screw shapes companies use specifically to keep casual owners out of their own devices. Handing you those bits, color coded and organized in a pop up aluminum case, is a small but deliberate act of putting the lock pick back in your hands.

Four LEDs ring the tip for shadow free light in tight enclosures, and a 500mAh battery gets you 700 to 1,000 screws per charge over USB-C, rated for 500 full cycles before it drops to 80 percent capacity, which is a long runway for something the size of a pen.

The Titan itself is currently listed at $69 as an early bird pledge, 42% off a $119 MSRP, and comes with just the screwdriver and 48 bit set. Step up to the $109 Ultimate Kit, 47% off a $206 MSRP, and you add a carbon fiber pry set, a camera care kit, and a magnetic repair mat. Estimated delivery is September 2026, shipping is available worldwide, and Cladist backs the Titan with a one year limited warranty.

Click Here to Buy Now: $69 $119 (42% off) Hurry! Only 219 of 2100 left. Raised over $393,700 USD.

The post A $69 Pen-Shaped Electric Screwdriver Just Might Save Your Laptop’s $1000 Repair Bill first appeared on Yanko Design.