Author Archives: Sarang Sheth

Honor Is Building a 12,000mAh Phone That Proves the Battery-vs-Thinness Tradeoff Was Always a Lie

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Seven years ago, Energizer walked into MWC 2019 with a phone that weighed as much as a small paperback novel and measured 18mm thick, all in service of an 18,000mAh battery. The P18K Pop became a symbol of the era’s battery ceiling: raw capacity was possible, but only at the cost of a device that felt like a punishment to carry. The engineering logic was blunt and honest. Lithium-ion cells have a fixed energy density, so the only way to scale up capacity was to scale up size. Energizer took that math to its logical extreme, produced a certified brick, and quietly cancelled the phone before it ever hit shelves. The tradeoff felt fundamental, almost physical, like a law of nature. Then silicon-carbon chemistry started rewriting the rulebook.

At MWC 2026, we went hands-on with Honor’s Magic V6 foldable and found ourselves staring at battery layers measuring 0.15mm thick, a silicon content of 32%, and a cell that delivered 6,660mAh inside one of the slimmest foldable phones on the market. That same materials platform is reportedly now scaling toward something significantly larger. A new leak on Weibo suggests Honor is testing a phone with a 12,000mAh battery, a figure that would set a new high-water mark for mainstream smartphones, as part of a pipeline that will reportedly expand the company’s 10,000mAh-plus lineup to seven devices total. The Energizer P18K Pop needed 18mm of thickness to reach 18,000mAh. Honor is apparently aiming for 12,000mAh in a phone you would actually want to carry.

Designer: HONOR

Three of the four existing 10,000mAh-class smartphones on the market already belong to Honor, with the only outsider being Vivo’s Y600 Pro at 10,200mAh. The leak doesn’t confirm product names, but rumors point toward the Honor X80, Honor Power 3, and a new WIN 2 series as likely homes for these big-battery ambitions. Oppo, Xiaomi, and Huawei are all reportedly working on their own large-capacity devices, but the approach is measured, one model each, released cautiously to test market appetite. Honor’s strategy reads differently. Seven phones in a single category is a portfolio play, a deliberate push to own the mental real estate around battery life the way Hasselblad owns it around mobile photography.

The 12,000mAh figure carries one genuinely hard engineering question: fast charging. A 10,000mAh cell already strains conventional thermal management at 65W or above, and 120W on a cell that size has historically meant a phone that doubles as a hand warmer. The dual-cell design reportedly being tested on a separate 10,000mAh model in this same pipeline is Honor’s likely answer to that problem, splitting the load across two cells to manage heat and charging efficiency simultaneously. Whether that architecture migrates to the 12,000mAh device as well remains unconfirmed, but the fact that Honor is testing both configurations in parallel suggests the company has thought carefully about the thermal math rather than just chasing the headline number. The Energizer P18K Pop chased the number. Honor appears to be chasing the phone.

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The Artemis II ‘Earthset’ Photo Is Now a LEGO Set and It Looks Incredible

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On Christmas Eve 1968, astronaut Bill Anders looked out of Apollo 8’s window and saw something no human had ever seen before: Earth, whole and luminous, rising above the lunar horizon. He grabbed a camera and took what became arguably the most reproduced environmental photograph in history. That single image reframed humanity’s relationship with our planet, a pale blue marble suspended in the absolute black of space. Fifty-eight years later, the Artemis II crew did something almost identical, pointing their cameras backward as Orion swung behind the Moon and capturing Earth in the act of setting below the lunar limb.

That photograph, taken April 6, 2026, existed for barely nine days before LEGO builder BuildingDreams submitted an Ideas project to immortalize it in brick form. The Earthset mosaic is a 48 by 32 centimeter wall-art panel that translates the soft curves of Earth’s atmosphere, the brown and blue patchwork of continents and ocean, and the pale grey sweep of lunar regolith into a grid of plastic studs with a faithfulness that genuinely stops you mid-scroll.

Designer: BuildingDreams

The build sits in the tradition of LEGO’s own Art series, that line of large-format mosaic panels designed to function as legitimate wall decor rather than shelf clutter. BuildingDreams has clearly studied the format carefully. The panel frame is clean and silver-edged, the depth a slim 2.8 centimeters, and the overall composition respects the original photograph’s balance: vast black space occupying the upper field, the Earth arc sweeping across the middle, and the lunar surface anchoring the bottom in tan and brown. What makes it work as a mosaic is the restraint. The builder resists the temptation to over-detail the Earth itself, letting the contrast between white cloud cover, deep ocean blue, and brown landmass do the compositional heavy lifting.

The detail that elevates this above a flat mosaic exercise is the Orion spacecraft, rendered in three dimensions and mounted to the left edge of the panel, solar panels spread wide, jutting out into the room. It breaks the picture plane in exactly the right way, a reminder that this photograph had a photographer, that four humans were inside that capsule watching Earth disappear below the Moon. Beneath the spacecraft, four minifigures stand on a small stepped platform labeled ARTEMIS II, representing Commander Reid Wiseman, Pilot Victor Glover, and Mission Specialists Christina Koch and Jeremy Hansen. The orange Orion Crew Survival System suits are printed with NASA and CSA mission patches. The minifig work is precise enough that you can tell which figure represents Hansen by the Canadian Space Agency insignia on his chest.

BuildingDreams has noted that Earthset is designed as a companion to their previous Earthrise project, the two panels intended to hang side by side as a kind of 58-year conversation between Apollo 8 and Artemis II. That framing is genuinely compelling, and for anyone who has the wall space, the pair would be remarkable.

LEGO Ideas is the community platform where fan-designed builds gather votes toward a 10,000-supporter threshold, at which point LEGO’s internal team formally reviews the submission for potential production as a retail set. Earthset is currently sitting at just over 530 supporters with nearly 586 days left on the clock. If you want to see this one make it to store shelves, head to the LEGO Ideas page and cast your vote.

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Pixel 11 Leak: Tensor G6, 50MP Base Cam, and Nothing-inspired “Pixel Glow”

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Every year, without fail, Google’s flagship Pixel arrives in the public consciousness twice. Once through leaks, and once through an official keynote that a significant portion of the audience has already mentally attended. The Pixel 6 visor design was circulating months early. The Pixel 9’s departure from that visor was thoroughly documented before Google said a word. The Pixel 10 landed in spec sheets and renders well ahead of August 2025. The Pixel 11 is maintaining that proud tradition, with MysticLeaks dropping what the Telegram channel itself called a “nuke” of information on May 4th, roughly three months before Google’s expected announcement window. Either Google’s operational security is genuinely, historically bad, or someone in Mountain View has decided that pre-launch visibility is worth more than surprise.

What makes the Pixel 11 leak particularly interesting is that the most compelling detail has nothing to do with raw specs. Tensor G6, fabbed on TSMC’s 2nm N2 node with a 7-core ARM configuration and a MediaTek M90 modem finally replacing the Exynos hardware, is a meaningful generational step. A 50MP main sensor reaching the base model is overdue and welcome. A 5,000mAh battery in the Pro XL closes a gap that Pixel critics have cited for years. But the feature generating the most discussion is Pixel Glow, an RGB LED array occupying the camera bar space where the IR thermometer used to live, and its relationship to what Nothing has spent four years building is worth unpacking properly.

Image Credits: Sarang Sheth

The IR thermometer that debuted on the Pixel 9 Pro was one of those features that made complete sense in a press deck and considerably less sense in a pocket. Google positioned it as a health and home utility tool, useful for checking a fever or testing whether your coffee had cooled enough to drink. Most owners used it a handful of times before forgetting it existed, and the Pixel 10 Pro kept it anyway out of what felt like hardware inertia rather than genuine user demand. Pixel Glow is what fills that space on the Pixel 11 Pro, and based on current renders, it displays the Google “G” in the brand’s four-color palette rendered through an RGB LED array sitting flush inside the camera bar’s pill-shaped housing.

Looking at the Pixel Glow, you can’t help but compare it to Nothing’s Glyph Matrix from last year. Carl Pei’s team spent four years evolving their Glyph interface from simple notification strips on the Phone 1 into the Phone 3’s Glyph Matrix, a 489-LED monochrome micro-display with a dedicated hardware button, its own widget ecosystem, and enough programmability that Nothing shipped a public SDK alongside the phone. Seeing a similar feature on Google’s phones does beg a direct comparison because it feels inspired (a lot like how Qi2’s magnetic system feels inspired by Apple’s MagSafe). The only discerning difference right now seems to be the fact that the renders show an RGB pixel array, which means colorful widgets as opposed to Nothing’s white Glyphs.

The rest of the Pixel 11’s spec picture rounds out a phone that is upgrading in all the right places simultaneously. Tensor G6’s move to TSMC’s 2nm process brings better thermals and clock speeds hitting 4.11GHz on the lead ARM C1-Ultra core, and swapping the MediaTek M90 modem in for the long-criticized Exynos hardware is a change that efficiency-conscious Pixel users have wanted since Tensor’s inception. The standard Pixel 11 carries a 6.3-inch OLED at 2,200 nits, while the Pro XL steps up to a 6.8-inch panel at 2,450 nits with 240Hz PWM dimming and that 5,000mAh cell. Bear-themed internal codenames, Cubs for the base model, Grizzly for the Pro, Kodiak for the Pro XL, and Yogi for the Pro Fold, suggest Google’s engineers at least have a sense of humor about the annual leak tradition they seem constitutionally unable to stop.

August will fill in the software story, the pricing, and whatever Google has planned for Pixel Glow beyond what a leaked render can show. Given how completely the rest of the phone has already been mapped, that might end up being the only genuine surprise left on the table. Aside from, obviously, a few AI features that Google is surely working on.

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This $214 Modular Backpack System Zips Apart Into 3 Separate Bags You’ll Actually Want to Use

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Everyone knows the problems a single travel pack brings. If you get one that will work for an epic around-the-world adventure, it’s too big for the 3-to-5 day trips you take most of the time. If you get a smaller bag, you’re stuck with not enough space if you pick up things along the way. And, the one bag has only one mode of carry, and has to double as both a carry-everything pack on the plane (where it may not meet carry-on requirements if it’s too big) and at your destination, where you’d really like to be able to explore with a lighter weight daypack. Modular bag systems try to address these problems; however, most modular bags optimize for the combined state and treat separation as an afterthought. You could get a brilliant 65-liter travel beast that zips apart into a couple of mediocre bags you would never choose to carry on their own.

Enter Onli Travel’s Modevo Modular Travel Pack: a unique three-bag system, composed of the Core Pack travel backpack at the rear, the Link (an expandable shoulder bag/brief) in the middle, and the expandable Go Daypack on the front. Modevo takes the opposite approach, designing each of it’s three components as a fully functional standalone bag first, then engineering the connection points to make the combined configurations work without compromising the individual pieces. The Core Pack needs to work as a real 28-liter travel backpack with proper suspension. The Link needs to function as a usable briefcase or messenger bag. The Go Daypack needs to stand on its own for day trips or quick errands. Only after those requirements get satisfied in an appealing way does the design consider how they zip together.

Designer: Onli Travel

Click Here to Buy Now: $174 $259 ($85 off). Hurry, only 5/20 left! Raised over $45,000.

Man in a beige jacket and sunglasses walks along a sunlit urban street, carrying a large blue-and-black hiking backpack.

This philosophy shows up in details like the Core Pack’s suspension system, which includes load lifters, a padded and vented back panel, and a removable hip belt that actually transfers weight to your hips rather than acting as decorative webbing. The Link has retractable handles and a shoulder strap with quick-release buckles, making it genuinely useful as a standalone carry for laptops and documents, or when you need extra space. The Go Daypack expands from 12 to 27 liters and includes a luggage pass-through strap, giving it real utility beyond just being the third piece of a modular system. When you zip all three together, you get a 58 to 73-liter travel system that works great as a unitary backpack, but the crucial bit is that you can separate them mid-trip and actually want to use the individual components.

At 28 liters, the Core Pack sits in that sweet spot where you can carry a week’s worth of clothes plus a laptop without the bag feeling oversized for daily use. The clamshell opening makes packing straightforward, and the dedicated laptop pocket fits screens up to 17 inches. Onli included compression straps on the sides that do double duty securing tall items such as tripods or walking sticks in the side pockets, along with a hidden pocket on the back panel for passports or valuables. The suspension system uses contoured shoulder straps with enough padding to handle weight comfortably, and the removable hip belt actually does something useful when you load the pack heavy, and has vertical adjustment to fit your torso. Side stretch pockets accommodate water bottles or umbrellas without eating into the main compartment space. The vented back panel helps with airflow, which matters when you are wearing the pack for extended periods or in warm climates. Discreet cord loops allow you to add on extra items if needed.

The 18-liter Link zips onto the front of the Core Pack when you need extra space or organization, but it works independently as a briefcase, shoulder bag, or crossbody carry. Retractable handles let you grab it like a briefcase when you are heading into a meeting, and the adjustable shoulder strap with quick-release buckles converts it into a messenger bag for commuting. Inside, there is an internal laptop sleeve that runs the length of the bag to handle over size laptops, a quick-stash front pocket for things you need to grab frequently, and enough room for documents, chargers, and the other miscellaneous items that usually end up loose in the bottom of a backpack. The design is clean enough that you could carry it into a professional setting without looking like you are lugging around camping gear. When attached to the Core Pack, it acts as a front organizer panel with easy access to essentials without needing to open the main compartment.

The Go Daypack adds 12 to 27 liters depending on whether you expand it, and it zips onto the front of the Core Pack or the Link (yes, you can configure it both ways depending on the needs of your trip!) to create the full travel configuration. On its own, it functions as a compact daypack with top-loading laptop access, dual front organizer pockets, and a grab handle for quick carry. The expandable design means you can keep it compressed for light days and open it up when you need to haul groceries or souvenirs back from a market. A pass-through strap on the back lets you slide it onto rolling luggage handles, which is genuinely useful when you are navigating airports and want to consolidate your carry. The expansion zipper runs around the perimeter, adding 15 liters of capacity when you need it without making the bag look bloated when compressed.

Put all three together and you get a system that adapts to your journey, and gives you the flexible capacity and carrying options that make travel fun. . The combined configuration reaches 58 liters unexpanded or 73 liters when you open up the Go Daypack’s expansion zipper, giving you enough capacity for extended trips without needing to check a bag. The attachment system uses YKK zippers running around the perimeter of each bag, creating a mechanical connection that distributes load across the entire interface instead of relying on clips or straps that create stress points. When you want to separate the bags mid-trip, you just unzip the connections and each piece comes away ready to use independently.

Onli Travel has been refining this concept since 2018 across multiple product iterations. This is their fourth campaign, and the design language suggests they have learned from previous versions. The bags use water-resistant fabric with Bluesign and OEKO-TEX certifications, which means the materials meet environmental and safety standards for manufacturing. YKK zippers and hardware throughout indicate attention to durability, and the construction quality reflects years of user feedback from earlier models. The system also works as a two-bag setup if you skip the Link and pair the Core Pack directly with the Go Daypack (a feature only Onli Travel offers). This “Duo configuration” pairs the Core Pack with the Go Daypack, gives you 40 to 55 liters of capacity and covers most travel scenarios without the additional briefcase component. This makes sense if your trips tend to be shorter or more casual or if you already have a dedicated work bag you prefer.

For people who want overflow capacity without committing to the full three-bag system, Onli also offers the Penta 5-in-1 packable duffel separately. It functions as a duffel, backpack, shoulder bag, belt bag, or crossbody, and it packs down small enough to stuff into the Core Pack until you need the extra space. The Penta works particularly well for those unexpected situations where you buy more than you planned or need a separate bag for dirty laundry or beach gear. It adds 27 liters of capacity when deployed but weighs almost nothing and takes up minimal space when packed.

Woman helps man adjust a large teal hiking backpack outdoors on a wooden railing overlook.

The Modevo Trio is available now for $224 through the pre-order window, with the Duo configuration running $174, if you skip the Link. Adding the Penta duffel to the Duo brings the total to $249, while the full Trio plus Penta bundle sits at $299. Colors come in black or teal, with selection happening after the campaign closes. Delivery is scheduled for June 2026, with domestic and international shipping available.

Click Here to Buy Now: $174 $259 ($85 off). Hurry, only 5/20 left! Raised over $45,000.

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DJI FPV Goggles Concept Uses Foldable Antenna Panels to Fix Signal Reception

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FPV flying is phenomenally fun and almost completely non-transferable. You’re seeing through the aircraft’s perspective, feeling every input through the video lag, reading the environment in ways that only make sense when you’re in the feed. But to everyone around you, you’ve just put on a box that makes you unavailable for the next however-long. They can’t see what you’re seeing unless you’ve brought extra gear specifically for that purpose. Flying becomes this weirdly solitary activity even when you’re surrounded by people, which is partly why FPV remains niche despite being objectively amazing.

This concept headset tackles radio frequency challenges first and foremost. Those fold-out panels house high-gain antennas that deploy for better signal reception and fold flush for transport, following DJI’s industrial design language closely enough to suggest these could be internal explorations for future Goggles iterations. But one variant shown in the forest shots takes things further: outward-facing displays embedded in those same antenna panels, broadcasting the pilot’s FPV feed to anyone standing nearby. It’s the kind of feature that transforms the headset wearer from someone who’s checked out into the center of a shared experience, addressing one of FPV’s biggest adoption barriers while solving legitimate antenna placement problems.

Designer: Baozi Brother

Radio frequency propagation operates on physics that industrial designers can’t negotiate with. The 5.8GHz band used for FPV video transmission behaves predictably but unforgivingly. Obstacles attenuate signal. Distance degrades quality. Antenna polarization and orientation determine whether you get clean video or digital snow. DJI’s early FPV Goggles buried antennas inside the housing for clean aesthetics and struggled with reception compared to competitors running external stick antennas that looked awkward but performed better. The Goggles V2 improved things. The Goggles 2 and Integra finally achieved competitive range by respecting rather than fighting antenna requirements, but they still used conventional mounting approaches that pilots have relied on for years.

Baozi Brother’s concept makes antenna placement the core organizing principle rather than a constraint to work around. Those wing-like panels extending from either side create physical separation between antenna elements, which matters tremendously for diversity reception. When one antenna’s signal weakens due to aircraft orientation or obstacles, the receiver switches to whichever antenna currently has the stronger feed. Spacing them wide apart on opposite sides of the headset maximizes the likelihood that at least one maintains clean line of sight to the aircraft, even during aggressive maneuvers or when flying behind structures.

The mechanical deployment system uses what appears to be a friction hinge with detents, letting pilots snap the panels into position without tools or fumbling with locks. When folded, the headset’s profile stays compact enough for standard gear bags. When deployed, the panels extend at roughly 45 degrees, positioning antennas away from the head and creating better unobstructed reception angles than current goggles achieve. DJI’s design vocabulary runs throughout: gunmetal gray housing, matte black elastomer padding, sculpted ventilation channels. A BOA-style micro-adjustment dial handles head strap tension at the rear. Port placement on the right side shows USB-C, likely HDMI, and what might be an audio jack.

Now about those screens. The variant shown in the forest environment embeds displays on the outward-facing surfaces of the antenna panels. When deployed, they broadcast the pilot’s FPV feed to spectators, instructors, or anyone nearby. Your instructor watches your training flight without needing separate gear. Your friends see why you’re excited about that gap you just threaded. Content creators capture genuine reactions without additional equipment. Whether PUXIANG moves this beyond rendering remains unclear, but as far as rethinking FPV headset architecture around actual RF performance while making the experience more accessible, this gets closer than most attempts at reinventing goggles.

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This Sculptural Lamp Treats Light as Secondary and its Decorative Shell as Primary

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Floor lamps typically exist in your peripheral vision. They illuminate a corner, frame a reading chair, or cast ambient light from behind the couch, and beyond choosing between brass or matte black, their design language is predictable. You get a pole, a shade, maybe a tripod base if the designer is feeling mid-century. Lacuna flips that entire playbook by treating the lamp as a sculptural centerpiece first and a lighting instrument second.

Designed by Kenji Abe, this large-scale floor lamp takes its name from the Latin word for cavity or void, drawing direct inspiration from the porous structures found in skeletons, honeycombs, coral reefs, and foraminifera. The result is a lighting object that feels simultaneously organic and architectural, as if someone carved a lamp out of petrified bone.

Designer: Kenji Abe

The hexagonal lattice structure that defines Lacuna is where the design earns its sculptural credibility. Most floor lamps hide their light source behind fabric or frosted glass, treating the shade as a functional diffuser. Lacuna does the opposite. The perforated shell becomes the entire visual identity, a rust-toned exoskeleton that exposes the warm glow radiating from within. Light escapes through the voids in the structure, casting intricate shadows across surrounding surfaces and creating a layered interplay between solid and negative space. The design feels intentionally unfinished, weathered in a way that bridges natural erosion and deliberate craft. That rust-like coating gives the lamp a presence that reads more like an artifact than a consumer product, something that could belong in a contemporary art gallery as easily as a living room.

Abe’s material choice reinforces the organic narrative. The structure appears to be manufactured through some form of additive process, given the continuous, flowing geometry and the lack of visible seams or fasteners. The surface texture has a granular, almost sintered quality that enhances the weathered aesthetic. This is a lamp that wants you to notice it when it is off, which is a rare ambition in lighting design. The scale pushes it into statement-piece territory. This is a floor lamp with genuine heft and visual mass, portable enough to relocate but substantial enough to anchor a space.

The warm internal light source, visible through the hexagonal voids, provides ambient illumination rather than focused task lighting. You are not reading by this lamp. You are setting a mood with it, using the interplay of light and shadow to transform how a room feels at night. The honeycomb geometry creates a diffuse glow that softens as it filters through the lattice, avoiding the harsh directional quality of exposed bulbs while maintaining enough warmth to feel inviting. Lacuna proves that floor lamps can be sculptural without sacrificing their functional purpose, turning an often-overlooked category into an opportunity for genuine artistic expression.

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Apple Wants To Put A Camera In Your AirPods… To Improve Siri’s Visual Intelligence

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Your earbud can read your body temperature, heart rate variability, and sleep quality. No, I’m not joking, there are TWS earbuds on the market that can gather medical-grade data aside from playing music or your favorite podcast. Now, Apple wants to put a camera on them too. The AirPods Pro 3 already ships with a heart rate sensor. Brands like Amazfit and Soundcore have been quietly building health-monitoring earbuds for a couple of years now. The earbud has become a sensing platform in its own right, and Apple’s next move is to take that considerably further with infrared cameras baked into a premium new model, reportedly called the AirPods Ultra, that would sit above the existing AirPods Pro lineup and bring computer vision to the most personal wearable most people actually wear every day.

According to Bloomberg’s Mark Gurman, who has been tracking this story for months, the cameras won’t capture photos or video. They are infrared sensors, closer in nature to the Face ID array on iPhone, designed to scan the environment around the wearer and feed contextual data to Siri in real time. The goal is a smarter assistant that knows what you’re looking at and what’s happening around you, without you having to describe any of it. Gurman has described the product as a “major new product category,” and the branding alone tells you something: AirPods Ultra would sit above the AirPods Pro 3, which currently retails at $249, making it the most expensive AirPods Apple has ever sold. The concept has been circulating since Ming-Chi Kuo first floated it in mid-2024, but the story has crystallized considerably in recent weeks, with multiple sources converging on an expected September 2026 launch window.

Image Credits: Sarang Sheth

The Apple Watch Ultra and the M-series Ultra chips established “Ultra” as Apple’s signal for extreme capability and premium positioning within a product family, and the AirPods Ultra branding carries exactly that weight. 9to5Mac noted that what was previously reported as a high-end AirPods Pro variant has shifted in the rumor landscape toward a genuinely new product tier. The reported pricing reflects that: these will cost more than the AirPods Pro 3, which sits at $249. Apple is also reportedly developing an iPhone Ultra and MacBook Ultra for 2026, meaning the earbuds would join a broader product family refresh built around the tier. Apple is constructing a new ceiling for its entire hardware lineup, and the AirPods Ultra sits at an intersection of audio, AI, and ambient sensing that no earbud has occupied before.

The infrared camera’s job description, as currently understood from Gurman’s reporting, is to make Siri situationally aware. Visual Intelligence on iPhone 15 Pro and newer already allows the camera to identify objects, read menus, and pull up contextual information about whatever it points at. Moving that capability to an earbud means the system could, in theory, understand your environment passively, without you reaching for your phone or issuing a voice command first. Apple’s next-generation Siri, expected to arrive alongside iOS 27, is reportedly being rebuilt around exactly this kind of ambient, context-first intelligence. The AirPods Ultra cameras would feed that system continuous environmental data, turning a passive audio device into something closer to a spatial awareness layer running alongside your daily life.

Kuo’s original 2024 report framed the camera feature around in-air gesture control, the idea that waving a hand near your head could manage calls or control playback without touching the earbuds. It was a compelling angle, and it made for a more immediately legible pitch than “cameras for Siri.” Gurman has since walked it back, stating he does not expect the AirPods to support hand gestures at launch. A 2025 Apple patent did explore gesture recognition through the earbud camera system, so the underlying research exists even if the shipping product won’t lead with it. The gap between what Apple patents and what it actually ships in a first-generation product is well-established history, and gesture control reads like a capability that may surface in a second-generation AirPods Ultra rather than the first.

Visual Intelligence on iPhone has proven genuinely useful in contained scenarios, but earbuds introduce a layer of ambient, always-on sensing that is harder to control and considerably harder to explain to the person standing next to you. The privacy implications are real, and the design challenge of making an IR camera in your ear feel considered rather than intrusive is one Apple will have to solve in both hardware and communication. The AirPods Ultra, if it lands in September 2026, will be one of the more consequential product launches Apple has attempted in years, because it represents the company’s clearest statement yet about what a wearable is actually for. The earbud went from audio device to health monitor quietly enough that most people barely noticed. Adding computer vision to the mix is considerably harder to ignore.

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Meet Ultrahuman Ring Pro: Up to 15 Days Battery, No Subscription, and a Dual-Core Processor

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Charging wearables has become muscle memory for many of us, and most people have accepted that their smartwatch requires almost nightly charging. But the best health tracking is done while we sleep. First, good sleep is foundational to our health. But it’s also where heart rate signals are stable and constant, making for insightful analysis. But many people don’t wear their smartwatches to sleep, partly due to comfort, but also because their watch won’t make it through the next day. Ultrahuman’s Ring Pro doesn’t ask you to accept that compromise anymore – and is designed for truly continuous health insights, with battery life so long, the biggest challenge will be remembering where you put your charger.

The Ring Pro delivers up to 15 days of battery life on a single charge, and holds 250 days of on-device data without needing a phone connection, making it fairly independent as a wearable, rather than a phone-bound tech accessory. Add a dual-core processor with on-chip machine learning, a redesigned PPG sensor, and a real-time biointelligence AI called Jade, and you’re looking at the most technically coherent argument the smart ring category has put forward.

Designer: Ultrahuman

Click Here to Buy Now: $299 $530 ($231 off). Hurry, only a few left!

The Ring Pro is built on a unibody titanium architecture, with the same fighter jet-grade material that has defined the Ultrahuman Ring from the beginning. It is crafted to be worn 24/7 through every condition life throws at you. It comes in four finishes: Raw Titanium, Aster Black, Bionic Gold, and Space Silver, all of which lean into a restrained, utilitarian premium rather than flashy lifestyle aesthetics.

Ring PRO is built for it all. Sizes range from 5 to 14, with a free sizing kit dispatched before your Ring PRO ships. ProRelease Technology enables Ring PRO to be cut apart in the event of swelling or injury to the finger, a safety feature that reflects thoughtful long-term wearability engineering. Water resistance holds at 100 meters, from swimming to surfing to showers.

The battery architecture operates in two modes: Turbo Mode delivers approximately 12 days, and Chill Mode offers up to 15 days. Ultrahuman CEO Mohit Kumar called the battery performance “3 to 4 times that of the competition,” framing it as a fundamental breakthrough rather than an incremental spec bump.

The Ring Pro achieves this without trimming features. The sensor array includes a redesigned PPG for heart rate, HRV, and blood oxygen; a non-contact skin temperature sensor; and a 6-axis IMU for motion tracking, all rebuilt specifically for improved signal quality during sleep and recovery.

A dual-core processor with on-chip machine learning replaces the single-core processor from the Ring AIR, with on-chip ML enabling complex health algorithms to run directly on the ring, delivering faster results with greater precision.

For everyday use, the Mini Charger is all you need. The Mini-Charger is Ring PRO’s compact everyday charging companion. Lightweight and pocket-friendly, it is designed to go wherever you go, your gym bag, your carry-on, your desk, without taking up space or adding weight. Simply plug it in via the Type-C cable included in the box, place your Ring PRO on the dock, and you’re charging. No fuss, no complexity.

The Ring Pro comes with Jade, Ultrahuman’s biointelligence AI platform, described as the world’s first real-time health AI .Jade pulls live biomarker data from the ring and acts on it (like triggering breathwork sessions based on current HRV readings).

Jade connects ring data across Ultrahuman’s broad health ecosystem, blending lifestyle data with 120+ Blood Vision biomarkers, M1 CGM glucose trends, and even Ultrahuman Home environmental data..

Use Standard mode for quick answers on your data, such as how long you slept or recent trends,, or flip to Research mode for comprehensive analysis that connects the dots across complex health data.

Jade’s capabilities extend through PowerPlugs, a platform for individual apps and plugins built on top of Ultrahuman’s health and wellness data stack, designed for highly personalized health insights. You can tailor health tracking to your unique needs and goals, supercharging your Ring PRO experience with a library of micro-tools.

The Ring Pro is available in multiple configurations, starting at $299 for the Super Early Bird tier and ranging up to $699 for the Couples Pack (which includes two rings and three Powerplugs each). Each package includes the Ring PRO itself, a charging case, and three Powerplugs (worth $150, free for one year): Respiratory Health (detects snoring, coughing, and irregular breathing via smartphone audio), Cycle & Ovulation Pro (advanced fertility tracking with 90%+ ovulation accuracy), and Cardio Adaptability (analyzes overnight heart rate variability using tachograms and Lorenz plots).

A lifetime subscription to all Ultrahuman Ring PRO features and content is included with no hidden fees or recurring charges. Shipping is free worldwide, with estimated delivery beginning in June 2026 for early configurations and July 2026 for later tiers. A sizing kit ships before the ring itself to ensure the right fit, and the Ring Pro is available in Raw Titanium, Aster Black, Bionic Gold, and Space Silver finishes.

Click Here to Buy Now: $299 $530 ($231 off). Hurry, only a few left!

The post Meet Ultrahuman Ring Pro: Up to 15 Days Battery, No Subscription, and a Dual-Core Processor first appeared on Yanko Design.

Meet Ultrahuman Ring Pro: Up to 15 Days Battery, No Subscription, and a Dual-Core Processor

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Charging wearables has become muscle memory for many of us, and most people have accepted that their smartwatch requires almost nightly charging. But the best health tracking is done while we sleep. First, good sleep is foundational to our health. But it’s also where heart rate signals are stable and constant, making for insightful analysis. But many people don’t wear their smartwatches to sleep, partly due to comfort, but also because their watch won’t make it through the next day. Ultrahuman’s Ring Pro doesn’t ask you to accept that compromise anymore – and is designed for truly continuous health insights, with battery life so long, the biggest challenge will be remembering where you put your charger.

The Ring Pro delivers up to 15 days of battery life on a single charge, and holds 250 days of on-device data without needing a phone connection, making it fairly independent as a wearable, rather than a phone-bound tech accessory. Add a dual-core processor with on-chip machine learning, a redesigned PPG sensor, and a real-time biointelligence AI called Jade, and you’re looking at the most technically coherent argument the smart ring category has put forward.

Designer: Ultrahuman

Click Here to Buy Now: $299 $530 ($231 off). Hurry, only a few left!

The Ring Pro is built on a unibody titanium architecture, with the same fighter jet-grade material that has defined the Ultrahuman Ring from the beginning. It is crafted to be worn 24/7 through every condition life throws at you. It comes in four finishes: Raw Titanium, Aster Black, Bionic Gold, and Space Silver, all of which lean into a restrained, utilitarian premium rather than flashy lifestyle aesthetics.

Ring PRO is built for it all. Sizes range from 5 to 14, with a free sizing kit dispatched before your Ring PRO ships. ProRelease Technology enables Ring PRO to be cut apart in the event of swelling or injury to the finger, a safety feature that reflects thoughtful long-term wearability engineering. Water resistance holds at 100 meters, from swimming to surfing to showers.

The battery architecture operates in two modes: Turbo Mode delivers approximately 12 days, and Chill Mode offers up to 15 days. Ultrahuman CEO Mohit Kumar called the battery performance “3 to 4 times that of the competition,” framing it as a fundamental breakthrough rather than an incremental spec bump.

The Ring Pro achieves this without trimming features. The sensor array includes a redesigned PPG for heart rate, HRV, and blood oxygen; a non-contact skin temperature sensor; and a 6-axis IMU for motion tracking, all rebuilt specifically for improved signal quality during sleep and recovery.

A dual-core processor with on-chip machine learning replaces the single-core processor from the Ring AIR, with on-chip ML enabling complex health algorithms to run directly on the ring, delivering faster results with greater precision.

For everyday use, the Mini Charger is all you need. The Mini-Charger is Ring PRO’s compact everyday charging companion. Lightweight and pocket-friendly, it is designed to go wherever you go, your gym bag, your carry-on, your desk, without taking up space or adding weight. Simply plug it in via the Type-C cable included in the box, place your Ring PRO on the dock, and you’re charging. No fuss, no complexity.

The Ring Pro comes with Jade, Ultrahuman’s biointelligence AI platform, described as the world’s first real-time health AI .Jade pulls live biomarker data from the ring and acts on it (like triggering breathwork sessions based on current HRV readings).

Jade connects ring data across Ultrahuman’s broad health ecosystem, blending lifestyle data with 120+ Blood Vision biomarkers, M1 CGM glucose trends, and even Ultrahuman Home environmental data..

Use Standard mode for quick answers on your data, such as how long you slept or recent trends,, or flip to Research mode for comprehensive analysis that connects the dots across complex health data.

Jade’s capabilities extend through PowerPlugs, a platform for individual apps and plugins built on top of Ultrahuman’s health and wellness data stack, designed for highly personalized health insights. You can tailor health tracking to your unique needs and goals, supercharging your Ring PRO experience with a library of micro-tools.

The Ring Pro is available in multiple configurations, starting at $299 for the Super Early Bird tier and ranging up to $699 for the Couples Pack (which includes two rings and three Powerplugs each). Each package includes the Ring PRO itself, a charging case, and three Powerplugs (worth $150, free for one year): Respiratory Health (detects snoring, coughing, and irregular breathing via smartphone audio), Cycle & Ovulation Pro (advanced fertility tracking with 90%+ ovulation accuracy), and Cardio Adaptability (analyzes overnight heart rate variability using tachograms and Lorenz plots).

A lifetime subscription to all Ultrahuman Ring PRO features and content is included with no hidden fees or recurring charges. Shipping is free worldwide, with estimated delivery beginning in June 2026 for early configurations and July 2026 for later tiers. A sizing kit ships before the ring itself to ensure the right fit, and the Ring Pro is available in Raw Titanium, Aster Black, Bionic Gold, and Space Silver finishes.

Click Here to Buy Now: $299 $530 ($231 off). Hurry, only a few left!

The post Meet Ultrahuman Ring Pro: Up to 15 Days Battery, No Subscription, and a Dual-Core Processor first appeared on Yanko Design.

This Tiny Sunrise Alarm Clock Replaced My Phone, My Lamp, and My White Noise Machine

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Imagine a small coastal diorama sitting on your nightstand, a sculpted seascape of rocky shores and a lone sailboat frozen in miniature, and then imagine it coming to life every morning as warm amber light builds from nothing inside it, flooding the scene like a real sun cresting the horizon. That single image is enough to explain why the sunrise alarm clock category has been waiting for something like the SOLUME Sunrise Wake Light for a long time. The science behind it has been settled for decades: circadian rhythm research consistently shows that graduated light exposure at dawn regulates cortisol and melatonin in a way that leaves you alert without the cortisol spike of an acoustic alarm, the kind evolution wired us to associate with immediate physical threat. SOLUME takes that research and builds a product around it that you actually want on your nightstand.

The enclosure uses a wood-grain finish with a wedge-shaped profile, housing that sculpted coastal scene behind an angled opening that glows through warm amber and orange during the sunrise sequence. A fabric-wrapped base below carries a clean LED clock display, a Bluetooth speaker, and controls for 12 built-in nature sounds and programmable sunset timers at 45 or 90 minutes, handling both ends of the sleep equation in a single object. Designed in the United States and grounded in over 35 years of phototherapy research, the SOLUME packages serious sleep science into something that reads, at a glance, more like a piece of tabletop art than a wellness gadget. The Philips Wake-Up Light held this category for two decades on function alone; SOLUME is making the same argument with considerably better aesthetics.

Designer: Solume

Traditional sunrise clocks solve the light therapy problem with a bare bulb behind a diffuser panel, which works but leaves nothing interesting to look at during the wind-down phase. SOLUME’s sculpted seascape gives the light somewhere to live, so as the sunset timer counts down in the evening, the amber glow retreating across those miniature rock formations actually mimics the quality of late golden-hour light in a way a flat panel never could. It turns a passive light source into something with depth, shadow, and a bit of theatre, which matters more than it sounds when you’re staring at it from a pillow for 45 minutes waiting to fall asleep.

Pairing your phone over Bluetooth means your usual sleep playlist or podcast winds down alongside the fading light, both cues working together rather than competing. The 12 built-in nature sounds cover the expected ground, rain, ocean, forest, and serve well enough for nights when reaching for your phone feels like too much friction. The fabric grille housing the speaker also does quiet acoustic work, softening the clock display’s LED glow so it reads cleanly without punching through a dark room at 3am.

Most sleep gadgets optimize for one end of the night or the other, a sunrise clock wakes you up, a sound machine helps you fall asleep, and never quite reckon with the fact that these are two halves of the same problem. SOLUME treats the full cycle as a single design brief, which is the right call, and the hardware reflects that clarity. The Classic and Pro versions sit at $68 and $75 respectively, with the Pro adding a handful of premium features for the small premium. For a device that credibly replaces your alarm clock, your bedside lamp, and your white noise machine simultaneously, that math works out fairly cleanly.

The post This Tiny Sunrise Alarm Clock Replaced My Phone, My Lamp, and My White Noise Machine first appeared on Yanko Design.