Apple’s Smarter Siri Hits a Wall: Why ‘App Intents’ Are Being Pushed to iOS 27

Apple’s Smarter Siri Hits a Wall: Why ‘App Intents’ Are Being Pushed to iOS 27 Apple’s Siri AI upgrade faces delays due to technical challenges

Apple’s ongoing efforts to transform Siri into a next-generation AI assistant are encountering substantial challenges. Initially slated for release with iOS 26.4, the upgraded Siri has faced delays due to internal testing that exposed issues with accuracy, response speed, and reliability. These setbacks have forced Apple to reconsider its rollout strategy, potentially spreading the introduction […]

The post Apple’s Smarter Siri Hits a Wall: Why ‘App Intents’ Are Being Pushed to iOS 27 appeared first on Geeky Gadgets.

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Seattle Ultrasonics C-200 review: This is the future of kitchen knives

There’s a type of knife tech often seen in science fiction that revolves around vibrating a blade to increase its sharpness. We’ve seen examples of this in franchises like Star Wars (vibroblades), Evangelion (the prog knife), Dune (pulse-swords) and the Marvel universe (vibranium), but what might surprise you is that the underlying science is sound. By vibrating a cutting tool at high frequencies, not only do you reduce friction, you essentially turn the blade into a saw, as tiny oscillations enhance the inherent sharpness of a blade. 

However, up until recently, this tech largely only existed in fiction or for large companies that have the money to utilize the tech on an industrial scale. But that's changing in a big way for home cooks this year thanks to Seattle Ultrasonics, which is releasing the world's first ultrasonic chef's knife: the C-200. After chopping, smashing and cooking with it for about a month, I'm convinced that this is the future of kitchen knives.

From afar, the C-200 looks a lot like a regular 8-inch chef's knife, but with a slightly more contemporary design. It features a three-layer san mai blade made from Japanese AUS-10 steel with a 13-degree edge angle per side (26 degrees total). However, upon closer inspection, you'll notice there are some features that seem a bit out of place on a premium knife. 

The first is that the C-200 doesn't have a full tang, which is the back end of a blade that ideally extends into the handle to provide added strength and durability. This is usually a major no-no, particularly on a $400 knife. However, when you consider that Seattle Ultrasonics needed somewhere to put its vibration tech, there really isn't any room for it other than inside the knife's grip. 

You won't be able to feel, but pressing this button allows the C-200's blade to vibrate 30,000 times per second.
You won't be able to feel it, but pressing this button allows the C-200's blade to vibrate 30,000 times per second.
Sam Rutherford for Engadget

The knife's second quirk is that the back of the plastic handle features small indicator lights on either side, which is obviously a bit weird. Furthermore, the entire gray section can be removed to reveal a small 1,100mAh battery with an onboard USB-C port. Frankly, the presence of a battery in a knife is just kind of funky. But hey, the power to vibrate the knife has to come from somewhere because it definitely isn't being generated by your hands. And while Seattle Ultrasonics doesn't include a charging adapter or cable in the box, I don't mind because the company wisely took cues from the larger gadget industry and went with a power spec that's already widely in use. Honestly, I wish more kitchen tech makers would do the same. 

However, the knife's biggest oddity is the big orange button on the bottom of its handle. This is what you use to make the blade vibrate, which it does at 33kHz. It's positioned well so that it's easy to press regardless of whether you do a traditional pinch grip or if you're a bit more casual and prefer to hold the knife only using its handle. In the future, I can see this button becoming a touch-sensitive sensor, but for now, it's simple and effective.

Here's a small selection of knives I own sorted by weight (from top to bottom) compared to the C200: 6-inch Kyocera ceramic knife (97 grams), MAC molybdenum steel chef's knife (110g), Furtif Evercut titanium carbide chef's knife (190g), Seattle Ultrasonics C-200 (328g), Korin carbon steel cleaver (396g).
Here's a small selection of knives I own sorted by weight (from top to bottom) compared to the C200: 6-inch Kyocera ceramic knife (97 grams), MAC molybdenum steel chef's knife (110g), Furtif Evercut titanium carbide chef's knife (190g), Seattle Ultrasonics C-200 (328g), Korin carbon steel cleaver (396g).
Sam Rutherford for Engadget

The main downside to the C-200's design is that at 328 grams (around 0.75 pounds) it's heavier and bulkier than a typical knife. When compared to other knives I own, which are made from a wide variety of materials including, ceramic, molybdenum steel, carbon steel and even titanium carbide, it weighs more than everything else aside from my big Chinese cleaver (396 grams). And while it fits nicely in my hand, my wife said it takes a bit more effort for her to wield. It's not too much to the point where you don't want to use it. But for quick tasks, sometimes I found myself subconsciously reaching for lighter options like my 6-inch ceramic knife, which weighs just 97 grams. 

From a user standpoint, putting the C-200 to work couldn't be simpler. Just press the button and let the knife do its thing. The big difference from how knives like this work in sci-fi is that there's no audible hum or detectable vibration when it's on. It's practically silent (well, most of the time, but more on that later), so you have to trust that it's on or check the indicator light on the handle. That said, if you still don't believe anything is happening, you can run the edge of the blade under water or scrape it over some cut citrus, at which point the blade's vibration will atomize nearby liquid into a fine mist. It's a cool party trick that also doubles as a way to amp up a cocktail by adding a faint essence of lemon, lime or anything else you can think of.

Pushing the C-200's button is super easy, regardless of what kind of knife grip you prefer.
Pushing the C-200's button is super easy, regardless of what kind of knife grip you prefer.
Sam Rutherford for Engadget

Inside, the knife relies on PZT-8 piezoelectric ceramic crystals to generate up to 30,000 vibrations per second, which propagate down the blade and make the knife function as if it's sharper than it actually is. This all sounds rather fantastic, so how does it function in the real world?

To really put the C-200 through its paces, I cooked over a dozen meals that involved neatly slicing or preparing a wide variety of foods — including Hasselback potatoes, flank steak, pork belly, chives, sushi-grade tuna and all sorts of fruit. 

After prepping four pounds of pork belly with various knives, the C-200 really showed off how much of a difference its vibration tech makes.
After prepping four pounds of pork belly with various knives, the C-200 really showed off how much of a difference its vibration tech makes.
Sam Rutherford for Engadget

In short, the C-200's effectiveness depends a lot on what you're chopping. For soft things like strawberries or a piece of cake, I didn't notice much of a difference. To make things even more difficult, the knife arrived out of the box with an incredibly fine edge — the kind that makes shearing through a sheet of paper child's play. So even though Seattle Ultrasonics says its knife can reduce cutting effort by up to 50 percent, there's not much gain to be had when slicing foods that could just as easily be cut by a butter knife. 

However, as I used it more, I found that the C-200 excels at cutting through delicate items like tomatoes, scallions and fish, where using a dull knife often results in bruising the food as you chop. This was most evident when I made poke at home, where Seattle Ultrasonic's knife delivered cleaner, more precise cuts than anything else I own. 

For me, the C-200's $399 price tag is almost worth it just so I have an an easier time making my one of my all-time favorite dishes (lu rou fan).
For me, the C-200's $399 price tag is almost worth it just so I have an an easier time making my one of my all-time favorite dishes (lu rou fan).
Sam Rutherford for Engadget

When I whipped up some pico de gallo, I distinctly noticed how neatly the C-200 sliced through the skin of a tomato, instead of initially putting a crease in it before cleanly passing through its interior — which often happens when using dull knives. An additional benefit is that because of the vibrations, I found some foods like garlic didn't stick to the side of the blade as much. This made it easier to keep track of how much I chopped while simultaneously reducing the mess from things falling willy-nilly during prep. But perhaps the most obvious demonstration of the knife's prowess was when I diced an onion. When using my other knives or the C-200 without powering it on, I could feel when I tried to cut through thicker, more sturdy layers. But then, at the touch of a button, I was able to slice down with practically no resistance. It's almost shocking because it feels like magic. 

The C-200 truly excels at cutting denser foods like flank steak. Sadly mine ended up closer to medium than medium rare, but that's not the knife's fault.
The C-200 truly excels at cutting denser foods like flank steak. Sadly mine ended up closer to medium than medium rare, but that's not the knife's fault.
Sam Rutherford for Engadget

The C-200 even has the ability to reduce the importance of certain knife techniques. Anyone who's seen all the posts on r/kitchenconfidential about cutting chives will already know what I'm talking about. As J Kenji Lopez-Alt neatly demonstrated, the ideal way to get crisp, clean slices is to do a subtle forward or back cut instead of simply chopping straight down. But with Seattle Ultrasonics' knife, I've found that it's so sharp you can get away with almost any motion and still get good results. And if you do it the right way, things are even better. 

Other types of food that makes the C-200 really shine are denser ingredients like meat and potatoes, where you can really feel the added cutting power. Previously, when I had to break down thick cuts of protein, I sometimes wished I owned a serrated electric knife. You know, the kind you break out once a year on Thanksgiving and then it sits and gathers dust for the other 364 days. But the C-200 made that desire a thing of that past, as it quickly and easily worked through flank steak while once again producing neat, uniform slices. 

Sushi-grade tuna is another food that really shows off how the C-200's increased sharpness is better at preserving the delicate texture of the fish.
Sushi-grade tuna is another food that really shows off how the C-200's increased sharpness is better at preserving the delicate texture of the fish.
Sam Rutherford for Engadget

My favorite application of the C-200 was when I was doing prep for Taiwanese braised pork (aka 滷肉飯). Despite this being one of my most beloved dishes that I taught myself how to cook because I couldn't easily find it from local restaurants, I don't make it very often because it's a lot of work to cut multiple pounds of pork belly into small lardon-shaped pieces. Here, the knife's vibrations made it so much easier to cut through all those layers of meat, fat and skin. If there's any situation where the C-200 makes it 50 percent easier to slice through something, it's this. 

It might be hard to tell, but I was able to cut chives a little finer and more neatly with the C-200 (left) than with my other knives.
It might be hard to tell, but I was able to cut chives a little finer and more neatly with the C-200 (left) than with my other knives.
Sam Rutherford for Engadget

During my testing, two small issues cropped up. While it was quite rare, the knife would sometimes emit a faint high-pitched whine. When I asked Seattle Ultrasonic's founder Scott Heimendinger about this behavior, he was rather frank, saying that this can occur when water or moisture accumulates in just the right spots on the blade. Furthermore, he said this only happens on a small number of V1 models, which the company is working to fix in the future. Thankfully, I don't mind, but if it bothers you, making the noise go away is as easy as wiping down the knife down with a cloth or paper towel. 

The C-200s battery can be easily removed for cleaning and charging.
The C-200s battery can be easily removed for cleaning and charging.
Sam Rutherford for Engadget

The other complication came while I was working through the multiple pounds of pork belly I mentioned earlier. After 10 to 15 minutes of continuous use, the knife beeped and its indicator light turned red. Turns out the knife had overheated, which was something I had not even considered. This led to higher-than-normal temperatures inside the knife's sealed electronics causing it to shut off. But after just 30 seconds, it returned to form. During later uses, I learned that simply taking my finger off the button between tasks, which happens naturally as you prep anyway, was more than enough to stop that situation from happening ever again.

On the flipside, I was happy to discover that despite lacking a full tang, the C-200 can handle fairly rough tasks, including laying the knife on its side to smash garlic or jamming it into an avocado to remove its pit. That said, I would really recommend against doing the latter, because between its inherent sharpness and its vibration tech, this is the first knife I've used that can slice cleanly through an entire avocado with almost no extra effort.

The Seattle Ultrasonics C-200 8-inch chef's knife features an IP65 rating for the whole device, though the front half is actually a bit more resistant thanks to an IP67 rating for its button and bolster.
The Seattle Ultrasonics C-200 8-inch chef's knife features an IP65 rating for the whole device, though the front half is actually a bit more resistant thanks to an IP67 rating for its button and bolster.
Sam Rutherford for Engadget

The last big concern about a knife with built-in electronics is how it handles clean-up. Thankfully, the C-200 features an IP65 rating for dust and water resistance. That means it can withstand rinsing and splashes without issue. And it's actually even tougher than that, because the front of the knife, including its bolster and button, are rated IP67. This means it can take full submersions in water if need be. However, just because you can, doesn't mean you should. Good kitchen protocol says you don't throw knives you care about in the sink and forget them, just like how you wouldn't put one in the dishwasher either.  

But perhaps the greatest advantage of this tech is that it allows you to go longer between needing to get your knives sharpened, which if you're like most home cooks, is probably never. To be clear, I haven't tested this and in some respects I wish I had been able to test out a dull version of the C-200. That said, science dictates that slice for slice, an ultrasonic knife will simply cut better than an equivalent blade without the extra tech. So if you believe in the adage that a dull knife is more dangerous than a sharp one because you need to apply more force to get the same results, this is another bonus for both safety and convenience.

Seattle Ultrasonics' wireless charging tile makes it incredibly easy to forget that the C-200 needs to be topped up between uses.
Seattle Ultrasonics' wireless charging tile makes it incredibly easy to forget that the C-200 needs to be topped up between uses.
Sam Rutherford for Engadget

I fully admit the need to keep a knife charged up is a major annoyance and something I or anyone else probably doesn't want to do. Thankfully, Seattle Ultrasonics thought of that by including support for wireless charging via the C-200's magnetic tile and it's dead simple to use. Just toss it on the charger when you're not using and it will take care of itself, so you never have to worry about how much of its normal 20-minute runtime it may or may not have left. There are also holes around back so you can easily mount the charger on a wall or shelf. In short, the added convenience the charging tile brings is so valuable that I don't really consider it an optional accessory. If you're getting the C-200, you need to buy this too, which sadly means you're looking at an all-in price of $500 for the bundle instead of just $400 for the knife by itself. 

As much as I love old-school knives, they'll simply never be as sharp an equivalent blade with this newfound tech.
As much as I love old-school knives, they'll simply never be as sharp an equivalent blade with this newfound tech.
Sam Rutherford for Engadget

After using the C-200, I don't think people need to rush out and throw all their old-school knives in the trash. The beauty of an ultrasonic blade like this is that it can handle everything your old cutlery is meant for, but with the touch of a button, it delivers sharpness unlike anything you've experienced before. And while it has some quirks, they're nothing like the kind you typically encounter on first-gen gadgets. Its biggest drawback is that its magnetic charging tile feels like an essential accessory, but it adds extra cost on top of a product that already has a deservedly premium price tag. 

Even though I'm sure knife makers will continue tweaking blade shapes and alloy mixes from now until the end of time, the addition of ultrasonic vibrations to a chef's knife unlocks a completely new tier of performance. That's because this technology is additive. All it does is enhance what a blade already does best. And when you look at related gadgets in the maker space, I don't think it's a coincidence that there's a similar revolution that resulted in Adam Savage of Mythbusters fame naming a sonic cutter as one of his favorite things of 2025. When viewed that way, it makes me even more confident that the C-200 is the flagbearer for a new breed of kitchen knives. 


This article originally appeared on Engadget at https://www.engadget.com/home/kitchen-tech/seattle-ultrasonics-c-200-review-this-is-the-future-of-kitchen-knives-140000051.html?src=rss

ASUS ROG Flow Z13 Kojima Productions Edition Review: Designed, Not Branded

PROS:


  • CNC machined artwork creates depth that printed graphics can't replicate

  • Carbon fiber and aluminum deliver genuine material contrast

  • Decennium Gold colorway builds a collaboration-specific design language

  • Thermal architecture integrates visibly into the surface composition

  • Multiple configurations give collectors several compositionally distinct angles

  • Shinkawa's design vocabulary translates to hardware without dilution

CONS:


  • Static chassis can't capture the kinetic energy of Shinkawa's illustrations

  • Tablet weight limits comfortable handheld use beyond fifteen minutes

RATINGS:

AESTHETICS
ERGONOMICS
PERFORMANCE
SUSTAINABILITY / REPAIRABILITY
VALUE FOR MONEY

EDITOR'S QUOTE:

Most limited editions wear an artist's name. The Z13 KJP wears an artist's hand.
award-icon

When the artist holds the pen, the object changes at a structural level. ASUS calls the ROG Flow Z13 Kojima Productions Edition a collaboration with Yoji Shinkawa, but the result reflects authorship rather than endorsement. Shinkawa drew the design elements directly. The angular chassis cutouts reference Ludens’ armor, the same character he originally created as Kojima Productions’ icon. The Decennium Gold colorway exists because Shinkawa chose it. The carbon fiber integration, the custom keycap typography, the vent laser etching: these trace back to his visual direction, not ASUS’s interpretation of it. The geometry, materials, and graphic hierarchy don’t feel applied to an existing chassis. They feel drawn into it.

Shinkawa himself described the process as designing a gadget that “belongs to Ludens” and integrating that into the PC design. That framing tells you where creative authority sat. The artist didn’t adapt to the hardware. The hardware adapted to the artist.

Kojima Productions as Design House

Calling Kojima Productions a game studio accounts for what the company ships, not what it builds. The studio’s visual identity, shaped primarily by Shinkawa since its founding, represents one of the most distinctive aesthetic vocabularies in entertainment. Shinkawa’s style blends bold brushwork with intricate mechanical detail: fluid motion rendered with precision, emotion conveyed through futurism. The characters, vehicles, and environments of Metal Gear Solid and Death Stranding share a visual language that’s immediately identifiable: heavy contrast, dynamic composition, mechanical forms that feel organic.

Ludens, the company’s mascot, embodies this philosophy. Designed as a collaboration between Kojima and Shinkawa, Ludens wears an “extravehicular creative activity” suit: part knight armor, part astronaut gear. The character represents “those who play” (Homo Ludens), and the visual design merges protective functionality with exploratory optimism.

The motto: “From Sapiens to Ludens.” The Z13 KJP’s tagline: “For Ludens Who Dare,” combining Kojima Productions’ philosophy with ROG’s established “For Those Who Dare.” Even the marketing language operates as a design decision.

The Chassis as Canvas

The CNC-milled aluminum chassis does something unusual for limited edition hardware: it uses premium manufacturing as the design medium rather than premium materials as decoration.

Angular cutouts carved into the aluminum reference Ludens’ armor plating. These aren’t applied graphics or printed textures. They’re machined into the body with tolerances you can feel with a fingernail. The cutting angles create shadow lines that shift with viewing angle, adding depth that flat surfaces can’t achieve.

The Decennium Gold colorway breaks from gaming hardware convention. ROG products typically live in blacks, dark greys, and aggressive reds. Shinkawa chose a palette that references neither typical gaming aesthetics nor typical Kojima aesthetics. It’s a new color vocabulary specific to this collaboration, one that reads as industrial warmth rather than decorative accent.

Vent laser etching creates a subtle pattern across thermal exhaust areas that reads differently depending on lighting. At a glance, it’s texture. Up close, it’s deliberate patterning that maintains the Ludens visual motif even on functional surfaces.

Surface Detail as System

The rear panel artwork is layered in three visual weights, each serving a distinct compositional role. Fine parallel lines establish a base grid across the aluminum while medium thickness strokes intersect at angles that echo Ludens armor plating. Deep black ventilation apertures anchor the composition as functional shadow fields. Some lines are laser etched while others are machined recesses, and the vents aren’t hidden beneath the artwork but integrated into it.

This is where the detail level becomes clear. The vent field doesn’t interrupt the art but completes it, with perforations radiating in controlled clusters. Horizontal exhaust lines align with printed striations, while thicker strokes deliberately break alignment to preserve composition. It reads less like decoration and more like a technical schematic of something operational.

Micro typography reinforces the illusion. “Ensure lock is tight” sits near the kickstand mechanism. “Do not touch lens surface” frames the rear camera. “Li polymer battery pack here” is printed as if this were an exposed prototype rather than a sealed device. The language mimics field equipment labeling. It creates narrative without becoming parody.

What elevates the rear panel from decoration to design system is physical depth. The CNC bevels catch and redirect light differently depending on the angle of incidence, so the composition’s visual weight shifts throughout the day without any element disappearing. Under diffuse lighting, flat artwork would lose definition. Machined geometry holds contrast even when the room goes dim.

Carbon Fiber as Material Language

The carbon fiber elements operate as material contrast rather than structural marketing.

The weave is visible and directional. Under angled light it shifts between matte absorption and subtle reflection, creating tonal variation that the aluminum can’t replicate. This is real carbon fiber, not printed simulation. It introduces organic texture into an otherwise machined surface vocabulary.

Placed adjacent to CNC milled aluminum, the fiber changes how the entire rear panel reads. Woven composite beside bead blasted metal creates tension between engineered precision and tactile irregularity. That pairing echoes Shinkawa’s broader design instincts. Mechanical forms feel inhabited rather than sterile. Armor suggests use rather than abstraction.

Thermal Architecture Shapes the Exterior

The Z13 KJP’s tablet form forces its cooling system to live within a flat plane rather than a hinged clamshell cavity.

ASUS integrates larger fans and a wider vapor chamber because the device lacks a traditional hinge exhaust path. An airflow channel under the display helps reduce touchscreen surface temperatures. These engineering decisions directly influence vent placement and rear panel geometry.

The diagonal vent cluster embedded in the carbon fiber panel isn’t arbitrary styling. It exists where airflow demands it. The long horizontal vent array on the aluminum side stretches across a composition already defined by linear etching. Function determines location. Design determines how it’s expressed.

The Z13 KJP treats cooling infrastructure as compositional material. The vents, channels, and exhaust geometry participate in the rear panel’s visual rhythm rather than interrupting it, which is why the thermal sections don’t read as engineering compromises from any distance.

Form Factor as Design Statement

The detachable keyboard format makes the Z13 KJP a design outlier among limited edition laptops.

Most collector hardware comes in clamshell form. You see it closed or open. The Z13 KJP presents differently depending on configuration. As a tablet, it’s a slate with the Ludens-inspired chassis as the primary visual element. With the keyboard attached, custom KJP keycaps and typography add detail at interaction distance. On a kickstand at an angle, it shows the chassis rear and carbon fiber panel simultaneously.

This multiplicity matters for display-oriented owners because each configuration foregrounds different design decisions, from the macro geometry of the rear panel to the micro detailing of keycap typography. Most limited edition hardware offers a single hero surface. The Z13 KJP offers several, and they’re compositionally distinct.

At 1.25 kilograms as a tablet and 1.72 kilograms with the keyboard attached, the Z13 KJP balances density with portability. Inside the 300.28 by 204.5 millimeter footprint at 14.56 to 14.99 millimeters thick sits an AMD Ryzen AI Max Plus 395 processor paired with Radeon 8060S graphics up to 80 watts, 128GB of LPDDR5X 8000 quad channel memory, and a 70Wh battery supporting 100 watt USB C charging with a 50 percent charge in 30 minutes claim.

Ports and Edge Composition

Edge design is where themed hardware often collapses into generic product. The Z13 KJP maintains consistency.

HDMI 2.1 FRL sits alongside dual USB4 ports supporting DisplayPort 2.1 and Power Delivery 3.0. A USB A 3.2 Gen 2 port anchors legacy connectivity. The microSD UHS II slot hides beneath the kickstand, an industrial design decision that preserves side silhouette integrity. Even the Command Center button is placed without disrupting the visual rhythm of the edge.

The port cutouts are clean and deliberate, preserving the angular language established on the rear panel rather than fracturing it. Negative space between each cutout prevents the edge from reading as a fragmented utility strip. Black rubberized edge guards introduce a darker boundary layer that frames the Decennium Gold aluminum, visually grounding the device while protecting high contact surfaces.

On a device this compact at 300.28 by 204.5 millimeters and under 15 millimeters thick, edge discipline determines whether the hardware reads as composed or cluttered. The Z13 KJP maintains its visual argument all the way to the perimeter.

Display as Primary Surface

As a tablet first device, the display isn’t a spec line but the dominant interaction surface and the largest uninterrupted plane on the hardware. Everything else on the Z13 KJP supports or counterbalances what happens on this 13.4 inches of glass.

The ROG Nebula Display runs at 2560 by 1600 resolution across a 16:10 WQXGA panel, 180Hz with 3ms response time and 500 nits of brightness, covering 100 percent of the DCI P3 color space. Gorilla Glass DXC provides the protective layer, which ASUS positions as glare resistant. In a tablet configuration where the screen faces ambient light directly, glare resistance becomes a design-critical material choice rather than a spec sheet footnote.

The glass side operates as deliberate counterweight to the rear panel’s visual density. Where the aluminum layers machined geometry, etched lines, carbon fiber, and micro typography into a complex composition, the display presents smooth, unbroken optical neutrality. That restraint is functional. The front surface stays quiet so it doesn’t compete with whatever content the owner puts on screen.

Ergonomically, the 16:10 aspect ratio provides vertical space for document work and browsing without forcing a width that compromises single-handed grip. When held as a tablet, the device balances expressive density on one side with functional clarity on the other, each surface serving a role the opposite can’t.

The Unboxing as Ritual

Limited edition hardware typically includes printed documentation and perhaps a numbered certificate. The Z13 KJP bundle creates a curated experience.

The carrying case uses the same Decennium Gold design language as the laptop. A flight tag bears ROG × KJP dual branding. A sticker sheet includes “For Ludens Who Dare” and branded designs that extend the aesthetic to wherever the owner applies them.

The centerpiece is the thank-you card. Front: Yoji Shinkawa’s original early sketches of the Z13 KJP, developmental drawings that preceded the final product. Back: personal messages from Hideo Kojima and Yoji Shinkawa with their signatures.

For a collector, this card may become the most valued item in the box. Original Shinkawa sketches of any kind command significant prices. Printed reproductions on a thank-you card aren’t originals, but they’re the closest most people will get to Shinkawa’s developmental process for this specific product.

The peripheral ecosystem extends the language: ROG Delta II-KJP headset, ROG Keris II Origin-KJP mouse, ROG Scabbard II XXL-KJP mousepad. All three bear Shinkawa-illustrated design elements. Sold separately, they allow the aesthetic to extend from the laptop to the entire workspace.

Living With the Design

Design analysis happens at arm’s length. Living with hardware happens at fingertip distance, and the Z13 KJP reveals different priorities depending on which distance you’re evaluating from.

The Decennium Gold finish reads as muted industrial alloy rather than jewelry. Under warm lighting it deepens slightly without turning brassy, and under cooler overhead light it holds its tone without washing out. That tonal stability means the device doesn’t shift personality depending on where you set it down. It looks the same on a coffee shop table as it does on a studio desk, which is rarer than it should be for hardware at this price point.

Fingerprints are the inevitable test. The bead blasted aluminum shows contact marks under direct light, particularly on the flatter surfaces between CNC channels. The machined geometry helps break up the visual uniformity that makes prints obvious on polished metal: shadow lines and textured transitions camouflage minor contact marks rather than highlighting them. The carbon fiber panel resists prints more effectively because the woven texture absorbs oils differently than the metal. Over a work session, the aluminum side shows use while the carbon fiber side stays visually cleaner.

At 1.25 kilograms in tablet mode, the Z13 KJP is honest about what it is. Extended handheld use past ten or fifteen minutes reminds you that there’s an AMD Ryzen AI Max Plus 395 and 128GB of memory packed inside a 14.56 millimeter chassis. The angular cutouts on the rear don’t create sharp pressure points against the palm because the CNC beveling rounds the internal edges enough to prevent digging. But the density concentrates in a footprint compact enough that you feel the weight per square centimeter more than you would on a larger device. The carbon fiber section provides a subtle grip advantage over the aluminum, with the woven texture catching skin differently at reading angles where hold confidence matters.

The CNC channels and etched line work invite a question most design pieces avoid: does precision age well? The machined recesses are shallow enough that casual dust isn’t immediately visible, but deep enough that compressed air works more effectively than a cloth for thorough cleaning. The vent apertures, which serve as compositional anchors from a design perspective, become maintenance zones from a use perspective. The rubberized edge guards show no visible wear patterns at high contact points, and their slightly softer surface provides meaningful grip improvement along the edges where you naturally hold the device when repositioning.

The kickstand deploys with firm, deliberate resistance that holds angles confidently. The hinge mechanism doesn’t feel fragile or provisional. When the device sits on its stand with the rear panel facing outward, the visual density of the artwork becomes ambient rather than demanding. You stop reading individual design decisions and start seeing a unified surface that happens to be more interesting than anything else on your desk.

Where the Translation Lands

What the hardware can’t fully capture is the kinetic energy of Shinkawa’s original illustrations. His drawings imply velocity and force through brushstroke dynamism, qualities that a static consumer electronics chassis isn’t built to reproduce. The etched line work creates layered visual complexity, but complexity isn’t motion. The silhouette doesn’t shift with posture. The energy remains implied rather than kinetic, frozen into surface detail rather than expressed through form.

Where the translation succeeds is in its commitment to depth. The design vocabulary lives inside the hardware’s structure rather than on its surface, which is why scrutiny rewards rather than punishes. Move closer and the layering intensifies. Change the lighting and the composition shifts weight without losing coherence. That durability under inspection is rare for any consumer electronics product, let alone one bearing an artist’s name.

A design theme needs its best angle and its ideal lighting. The Z13 KJP doesn’t have a weak configuration or a viewing distance where the intent falls apart, because the intent is embedded in the object itself. Whether the price premium over the standard Z13 is justified depends on how you value that kind of manufacturing commitment. But as a precedent for what artist collaborations in hardware can actually achieve, nothing in the laptop category has come this close to letting the original vision survive production intact. Pre-order starts today at ASUS Store.

The post ASUS ROG Flow Z13 Kojima Productions Edition Review: Designed, Not Branded first appeared on Yanko Design.

Skills Al Can’t Replace : Judgment, Process, Storytelling & Critical Thinking

Skills Al Can’t Replace : Judgment, Process, Storytelling & Critical Thinking A simple chart showing the Cockpit Rule with delegate, collaborate, and manual choices for common work tasks.

Artificial intelligence is reshaping how tasks are completed, excelling at automating processes and analyzing data with speed and precision. However, as Jeff Su explains, there are key human skills that AI cannot replicate, such as judgment, creativity, and adaptability. For example, decision-making frameworks like the Cockpit Rule provide a structured way to determine when human […]

The post Skills Al Can’t Replace : Judgment, Process, Storytelling & Critical Thinking appeared first on Geeky Gadgets.

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Meta may trade AI chips for shares in its latest AMD deal

Meta has struck a deal with AMD to buy up to six gigawatts worth of AI chips, both companies announced. The agreement is structured in a way that could see AMD issue Meta up to 160 million shares of its common stock provided GPU shipment milestones are achieved — meaning Meta could own up to 10 percent of AMD if the deal fully completes. 

Meta plans to purchase six gigawatts of AMD's Instinct GPUs based on the MI450 architecture and optimized for Meta's workloads, with the first gigawatt deployment set to begin in the second half of 2026. AMD and Meta will also expand on their EPYC CPU partnership, with Meta deploying "millions" of AMD EPYC CPUs and become a launch customer for its sixth-generation EPYC CPUs. 

The tranche of AMD common stock will vest with the first one gigawatt of shipments, with additional tranches vesting as Meta scales to 6 gigawatts. Vesting is tied to AMD hitting certain stock price thresholds and Meta achieving certain technical and commercial milestones. The deal is very similar to one that AMD structured with OpenAI last year, with AMD obtaining up to a 10 percent stake in AMD in exchange for six gigawatts of Instinct GPUs. 

Such deals are being likened to circular transactions that have created a tangle of interconnected dependencies between AI companies and chip manufacturers. Analysts have observed that such deals may magnify losses if demand for AI doesn't match the sky-high market expectations. 

The agreement also shows that AI companies are keen to diversify away from NVIDIA, with AMD being a key alternative. "By diversifying our partnerships and technology stack, we’re building a more resilient and flexible infrastructure," Meta wrote in its news release. 

This article originally appeared on Engadget at https://www.engadget.com/ai/meta-may-trade-ai-chips-for-shares-in-its-latest-amd-deal-134259842.html?src=rss

Apple’s $599 MacBook SE Leak: Why It’s Swapping M-Series for the A18 Pro Chip

Apple’s $599 MacBook SE Leak: Why It’s Swapping M-Series for the A18 Pro Chip Budget MacBook SE leaks reveal affordable design and features

Apple is reportedly working on a new entry-level MacBook, potentially named the MacBook SE, designed to meet the needs of students and casual users. This device is expected to combine affordability with essential functionality, positioning itself as a strong competitor to Chromebooks in the education sector. By focusing on streamlined hardware and energy efficiency, the […]

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Tactical Gear Spotlight: Modern Airsoft Masks Designed for Performance

Tactical Gear Spotlight: Modern Airsoft Masks Designed for Performance Airsoft Masks.

Airsoft, a popular recreational activity, has seen significant advances in recent years. Technology plays a vital role in enhancing the equipment used by enthusiasts, making the sport more engaging. This article explores how tech innovations are transforming airsoft gear, from materials to smart features. As airsoft continues to grow in popularity, players are increasingly seeking […]

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Anthropic Tool Calling Updates Cut Tokens 30–50% in Multi-Step Agent Tasks

Anthropic Tool Calling Updates Cut Tokens 30–50% in Multi-Step Agent Tasks Diagram showing Anthropic programmatic tool calling with loops and batch steps replacing large JSON tool outputs.

Anthropic recently discontinued a feature that allowed large language models (LLMs) to perform external API interactions. AI Jason investigates how this decision impacts workflows that relied on programmatic task execution, dynamic filtering, and other mechanisms designed to streamline multi-step operations. By removing this capability, Anthropic shifts focus away from certain advanced use cases that previously […]

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Samsung Galaxy S26 Ultra vs iPhone 17 Pro Max: Which Flagship Reigns Supreme?

Samsung Galaxy S26 Ultra vs iPhone 17 Pro Max: Which Flagship Reigns Supreme? Samsung Galaxy S26 Ultra and iPhone 17 Pro Max side-by-side comparison

The Samsung Galaxy S26 Ultra and iPhone 17 Pro Max stand as the epitome of smartphone excellence in 2026, showcasing the best of Samsung and Apple’s engineering prowess. These flagship devices embody distinct philosophies, offering users a choice between Samsung’s hardware versatility and Apple’s ecosystem-driven refinement. Deciding between them depends on your individual priorities, whether […]

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Samsung Galaxy Book 6 series will be available in the US starting on March 11

You can get any of the Samsung Galaxy Book 6 models in the US, starting on March 11. In fact, you can make a reservation right now through Samsung’s website and its experience stores. The company launched the Book 6 series of laptops, namely the basic Book 6, the Book 6 Pro and the Book 6 Ultra, at CES earlier this year. They’re powered by Intel’s new Core Ultra Series 3 processors, which were also announced at CES and which promise great graphics and battery life.

All three models come in grey and with AI features, such as AI Select and Search that you can use to look for information using natural language. The basic Book 6 laptop will set you back at least $1,050, while the Book 6 Pro’s prices start at $1,600. The Book 6 Ultra will cost you at least $2,450. The Galaxy Book 6 Pro will be available in 14- and 16-inch versions and will come equipped with up to Core Ultra X7 processors and Intel Arc graphics. Meanwhile, you can equip the 16-inch Galaxy Book 6 Ultra with up to Core Ultra X9 processors. The most expensive Book 6 promises significant performance improvements, thanks to its new 5th-generation MPU, Intel Arc graphics and NVIDIA’s RTX 50 series GPUs.

The Book 6 Ultra and the 16-inch Pro have slimmer profiles than their predecessors, though the former has a more traditional laptop shape and the latter looks more like the MacBook Air. It’s worth noting that Samsung redesigned the Ultra’s components across a larger surface area so that it can distribute heat more evenly. Both the Book 6 Pro and Ultra can last for up to 30 hours of video playback, since they feature Samsung’s longest-lasting batteries yet. Both models also come with AMOLED 2X (2,880 x 1,800) displays with refresh rates going up to 120Hz.

This article originally appeared on Engadget at https://www.engadget.com/computing/laptops/samsung-galaxy-book-6-series-will-be-available-in-the-us-starting-on-march-11-125140613.html?src=rss