Après avoir secoué Google avec leur moteur de recherche IA qui cartonne (près de 2% du trafic mondial de recherche, quand même), Perplexity débarque maintenant avec Comet, un navigateur qui pourrait bien mettre tout le monde d’accord. En plus, la beta Windows vient tout juste d’être lancée pour quelques chanceux testeurs !

Durant des années, on a tous galéré avec nos navigateurs, à jongler entre 50 onglets ouverts, à chercher ce mail important auquel on a jamais répondu, ou à comparer des prix sur 15 sites différents. Eh bien figurez-vous que les mecs de Perplexity se sont dit “et si on foutait une IA directement dans le navigateur pour que ça fasse tout ça tout seul ?”.

Une IA qui deviendrait meilleure que les meilleurs hackers éthiques de la planète, ce n’est plus de la science-fiction, c’est ce qui vient de se passer vraiment avec XBOW, une intelligence artificielle qui a littéralement explosé le classement mondial du bug bounty. Pour la première fois dans l’histoire, un robot a atteint la première place du leaderboard américain de HackerOne, la seconde plateforme de référence du bug bounty après YesWeHack évidemment ^^.

The Fairphone 6 arrives with a quiet confidence, carrying on the company’s mission to make smartphones that respect both the planet and the people who use them. At first glance, it might look like any other modern device, but every detail tells a different story. This phone is built for those who want more than just the latest specs. It is for anyone who values mindful design and practical longevity, right down to the smallest screw.

One of the most impressive aspects of the Fairphone 6 is the careful choice of materials. Recycled plastics form the backbone of the frame and back cover, while ethically sourced metals like Fairtrade gold and conflict-free tin and tungsten make up the internal circuitry. Even the battery is produced with responsibly sourced cobalt and lithium. By focusing on these thoughtful materials, Fairphone manages to shrink the environmental footprint of each phone, setting an industry example that others will hopefully follow.

Designer: Fairphone

Repairability has always been Fairphone’s hallmark, and the sixth generation stays true to those roots while adding a new layer of durability. The back plate and battery are both removable, not with a quick snap but with a few turns of a screwdriver. It is a subtle shift that gives the phone a more solid feel without locking out the user. If the battery ever fades or a component needs swapping, it is just a matter of unscrewing, replacing, and reassembling; no special tools or trips to a service center required.

Customization is where the Fairphone 6 truly stands apart. The accessory ecosystem is designed with the same sustainable mindset as the phone itself. Instead of relying on sticky adhesives or magnets, everything from cardholders to finger loops and lanyards attaches with sturdy screws. Whether you use them on the bare phone or with the matching protective case, these add-ons are made from recycled materials and built to last through daily use. The result is a phone that feels uniquely yours, down to the smallest accessory.

This screw-based system is more than a clever engineering trick. It ensures that every attachment remains secure and functional over time, avoiding the wear and tear that comes with less robust solutions. It is a design philosophy that values longevity and flexibility, making it easy to update or personalize your phone as your needs change. Each accessory fits neatly into the overall vision of sustainability, blending practical function with an honest, transparent approach to design.

With the Fairphone 6, repairability and sustainability are not just marketing buzzwords: they are woven into every fiber and feature. It is a phone for those who want their technology to reflect their values, proving that innovation does not have to come at the expense of responsibility or individuality.

The post Fairphone 6 Proves Sustainability and Customization Can Go Hand in Hand first appeared on Yanko Design.

Google has released Gemini 2.5 Pro-powered Gemini CLI, which allows you to use Gemini inside your terminal, including Windows Terminal. [...]

It’s become a familiar pattern in the smartphone world as brands now often launch their “Pro” and “Ultra” models before releasing the standard, or “vanilla,” version of a series. This shift can make the regular edition feel like an afterthought and sometimes leaves buyers confused about what really separates each version. The lines between Pro and non-Pro are getting less defined, especially as features and designs often overlap across the whole lineup.

Poco has built its reputation on delivering high-performance phones for gaming enthusiasts and power users, usually at aggressive price points. The new Poco F7 follows that tradition, arriving after its Ultra and Pro siblings launched in March but bringing its own bold style and focus on speed. With performance front and center, the Poco F7 aims to give gamers and demanding users something special, even as the competition between models gets more crowded and complicated. After spending time with all three color variants, here’s how the Poco F7 delivers on that promise.

Designer: POCO

Aesthetics

The Poco F7 looks nothing like the Poco F7 Ultra or Poco F7 Pro, giving it a distinct presence in this year’s F7 series lineup. The Poco F7 is available in three color options, Black, White, and Cyber Silver, all featuring a two-tone design, glass back panels, and metal frames, but with very different visual impact.

The Black and White variants offer a more subtle two-tone effect. On the Black model, the glossy finish is paired with a slightly darker accent, creating a sleek look that feels refined and understated, though it does show fingerprints easily. The White variant features a matte finish that resists smudges and pairs a crisp main shade with a softer, almost pearlescent accent for extra depth.

The Cyber Silver edition is the most distinctive of the three. It features a bold, high-contrast two-tone design, with a glossy metallic lower half and a mechanics-inspired upper section covered in geometric overlays and a prominent Snapdragon logo. This version is unapologetically retro-futuristic and expressive, sure to draw attention, though its dramatic look may not appeal to everyone.

A key visual highlight on all three variants is the camera module. It is an elongated vertical oval set in the upper left corner, with a diagonal divider seamlessly integrated into the frame. This divider, flanked by two vivid green lines, separates the dual camera lenses and injects a pop of unexpected color.

While the green accent adds an energetic, gaming-inspired touch, its purpose is somewhat mysterious and may not fit everyone’s taste. Still, this camera island ensures the Poco F7 is instantly recognizable and reinforces its bold personality.

Ergonomics

The Poco F7’s completely flat display, flat side frame, and curved corners give it an iPhone-like impression at first glance. At 163.1 x 77.9 x 8.2mm and 215.7g, it is a large and fairly hefty phone, which makes one-handed use a challenge, especially for those with smaller hands.

That said, the build quality is nothing to scoff at, with a glass back panel and metal side frame that feel solid and premium in the hand. This sturdy construction not only looks refined but also gives the phone a reassuring sense of durability. The IP68 rating adds peace of mind for accidental splashes or brief drops in water, but the device’s overall heft is always present in daily use.

Both the power and volume buttons are placed on the right side and are easily accessible, though the sheer size of the device may require a stretch for some. The fingerprint scanner sits close to the bottom edge of the display, and while it unlocks quickly, transitioning from unlocking to navigating the interface can feel a bit awkward due to its low placement.

USB-C port and speaker placement are standard at the bottom. The dual-SIM tray, USB-C port, and main speaker are located at the bottom, while the top houses a microphone that also serves as a secondary speaker. The phone wobbles when used on a flat surface because of its camera bump, which can be distracting when tapping or typing on a desk.

Performance

The Poco F7 is powered by the Snapdragon 8s Gen 4 processor, which delivers consistently fast and fluid performance for everyday tasks. This chip is part of Qualcomm’s top-tier 8-series family, but it’s designed to make flagship-level speed and efficiency more accessible. In simple terms, the Snapdragon 8s Gen 4 gives you nearly all the power you’d find in the most expensive Android phones, but at a much friendlier price. Whether you’re gaming, streaming, or multitasking, the F7 keeps up without missing a beat.

The 6.83-inch 1.5K AMOLED display is vivid and exceptionally bright, with a tall aspect ratio that is ideal for video streaming, browsing, and gaming. Its impressive color range, up to 120Hz refresh rate, and 3200 nits peak brightness ensure content looks sharp and immersive, even outdoors. TÜV Rheinland certifications and high-frequency PWM dimming help reduce eye fatigue during long viewing sessions. Audio performance is also solid, with the dual speaker system producing clear and well-balanced sound with good volume for games, movies, and music.

The Poco F7 is a strong pick for gamers, handling demanding titles like Genshin Impact and Call of Duty without any stutter or lag. WildBoost Optimization 4.0 is Poco’s dedicated gaming mode that maximizes performance and helps keep gameplay smooth. Visual enhancement features are also available, allowing you to boost frame rates and resolution. This combination means you can play games like Genshin Impact, which are usually limited to 60 frames per second (FPS) on other Android phones, at up to 120 FPS on the F7.

High performance does create heat, especially during long gaming sessions, but Poco addresses this with an advanced cooling system. The F7 includes a 6,000 mm2 3D Dual-Channel IceLoop system, which is the largest Poco has ever used. In real-world use, the phone can still get uncomfortably hot if you are gaming for a long time, although the performance remains stable and responsive without major slowdowns.

Battery life is a strong point, thanks to the 6500mAh cell, and the 90W fast charging means you can get back to 80% in just 30 minutes. Reverse charging at 22.5W is handy for powering up accessories or other devices. As expecged but still disappointing, there is no wireless charging to be found.

The 50MP Sony IMX882 main camera with OIS performs well in good lighting, capturing images with pleasing dynamic range and solid detail at 1x. It can digitally zoom up to 10x, and photos at higher zoom levels look surprisingly natural, with restrained processing that avoids the overly sharpened look some rivals produce.

The 8MP ultra-wide camera creates cooler-toned photos with good dynamic range, but distortion is noticeable at the edges. The 20MP front camera is decent for selfies, though it tends to make reds look a bit too saturated, sometimes resulting in an orangish skin tone.

As for video capabilities, the main camera supports up to 4K recording at 60 FPS, delivering sharp and fluid footage suitable for casual clips. In contrast, both the ultra-wide and front-facing cameras are limited to 1080p at 30 FPS, which is serviceable for basic video needs.

The new camera UI makes it easier to access advanced features. Swiping up now reveals modes like Slow motion and Long exposure, which is more convenient than the old side-swiping method. However, the main photo and video interface only provides quick access up to 2x magnification, despite supporting up to 10x for photos and 6x for video. To access higher zoom levels, you need to use the on-screen zoom dial, which can be less intuitive in fast-paced situations.

It would be more user-friendly if dedicated buttons for higher magnifications were available by default. For video specifically, you can initially zoom in up to 2x before hitting the record button, but once recording starts, you can continue zooming up to 6x. This approach may slow you down if you want to quickly capture distant subjects, and a more streamlined zoom interface would benefit users who frequently switch between focal lengths during recording. Hopefully, these interface limitations will be addressed in a future update.

Unfortunately, Poco is also known for including a lot of bloatware, and the F7 is no exception. During the setup process, you are presented with a list of recommended apps, which are selected by default. You have to manually uncheck these recommendations before proceeding, which can be annoying if you prefer a clean start.

Sustainability

Sustainability isn’t a headline feature for the Poco F7, but there are a few things here that help the phone last. Poco doesn’t mention using any recycled or eco-friendly materials in the phone’s build, so if you’re looking for a “green” smartphone, this might not be your top pick.

Where the F7 does shine is in durability and long-term support. It’s rated IP68 for water and dust resistance, so you don’t have to stress about everyday spills or a quick splash at the pool. The display is protected by Gorilla Glass 7i, which means it’s built to handle bumps, drops, and scratches better than many budget phones out there.

Perhaps best of all, Poco is promising four years of major Android updates and six years of security patches. This kind of long-term software support is fantastic for a phone in the mid-range category, and it means you can keep your device updated and secure for far longer than most competitors. Even if sustainability isn’t front and center, the F7’s durability and software longevity help it stay out of the landfill for years to come.

Value

The Poco F7 is priced competitively at $399 for the 12GB+256GB model and $449 for the 12GB+512GB version, with early bird deals bringing these down to $339 and $399. At this price point, you get a flagship-level Snapdragon 8s Gen 4 chip, a large 6.83-inch AMOLED display, IP68 water resistance, fast charging, and class-leading software support. It’s rare to find this combination of features bundled together in the global mid-range market.

Notable competitors include the iQoo Neo 10, though it is only available in select markets. If wireless charging or top-tier camera performance is your main priority, you might want to look elsewhere. However, for pure performance and features per dollar, the Poco F7 is tough to beat in the mid-range segment.

Verdict

The Poco F7 stands out by blending flagship-grade performance, a vibrant and expansive display, and reliable battery stamina within a bold, modern design. Its powerful performance, massive display, big battery, and solid build make it a compelling choice for anyone seeking a premium experience without the typical flagship price tag.

While there are a few minor drawbacks, such as the weight and some software quirks, the overall package is hard to beat in its segment. If you value speed, all-day power, and a futuristic look, the Poco F7 deserves your attention.

The post Poco F7 Review: Flagship Power, Big AMOLED Display, and Bold Design for Under $400 first appeared on Yanko Design.

Google confirmed that Imagen 4, which is the company's state-of-the-art text-to-image, is rolling out for free, but only on AI Studio. [...]

AI startup Anthorpic is planning to add a memory feature to Claude in a bid to take on ChatGPT, which has an advanced memory feature. [...]

Google Cloud has donated its Agent2Agent (A2A) protocol to the Linux Foundation, which has now announced a new community-driven project called the Agent2Agent Project. [...]

En 2005, quand j’ai mis en place Google Adsense, c’était magique. Sans rien faire, je gagnais quelques euros par mois avec mon site et pour la première fois, je me suis dit que je pourrais peut-être un jour en vivre. Ces bannières pub, ça a ouvert beaucoup de possibilités à pas mal de monde, car on pouvait enfin vivre (ou arrondir les fins de mois) grâce à son site web sans que ce soit compliqué.

J’étais tranquillement en train de lire le dernier papier d’Anthropic avec mon café quand mon chat (Percy) m’a regardé avec son regard de psychopathe, semblant me demander pourquoi j’avais l’air de quelqu’un qui venait de voir un fantôme. La vraie raison, c’est que je viens de découvrir qu’Anthropic testait maintenant comment les IA pouvaient nous mentir en pleine face au travers de leur projet SHADE-Arena. Derrière ce nom un peu barbare se cache en réalité un laboratoire secret pour mesurer les capacités de sabotage de nos assistants virtuels préférés.

Vous pensiez que sauvegarder vos propres jeux était légal ? Que nenni car Nintendo a décidé que non, et maintenant ils peuvent carrément détruire votre Switch 2 à distance si vous utilisez une MIG flash cart.

Bienvenue dans le nouvelle ère du gaming totalitaire les amis ! Nintendo vient en effet de franchir une ligne rouge que même Sony ou Microsoft n’avaient jamais osé traverser : ils se donnent maintenant le droit de bricker définitivement votre console si vous ne respectez pas leurs règles. Et le plus fou dans l’histoire, c’est qu’ils peuvent le faire même si vous ne faites que jouer à VOS PROPRES jeux sauvegardés.

ChatGPT's Codex, which is an AI agent that lets you code and delegate programming tasks, is now testing a new feature that lets you choose the best solution. [...]

On June 13, OpenAI began rolling out a new ChatGPT Search update to improve quality as the AI startup challenges Google's dominance. [...]

Vous savez ce qui est formidable avec l’intelligence artificielle ? C’est qu’elle va peut-être réussir à faire quelque chose que même les pires virus ou nos députés n’ont jamais réussir à accomplir depuis toutes ces années : Tuer Internet de l’intérieur.

Et oui, alors que Google AI Overviews et Perplexity prétendent nous faciliter la vie en résumant absolument tout, ils viennent de signer (encore une fois) l’arrêt de mort de milliers de sites web qui nourrissaient justement leur IA sans contrepartie.

Franchement, voir des animés pixellisés en 2025, c’est un peu comme écouter des MP3 à 96 kbps… ça fait mal aux yeux et surtout ça fait mal au coeur ! Heureusement, Video2X vient de sortir en version 6.4 avec sa dose d’intelligence artificielle pour transformer vos vidéos dégeu en chef-d’oeuvre 4K, et en plus c’est gratuit !

Après des années de galère avec la version 5.0.0 beta qui plantait plus souvent qu’elle ne fonctionnait, cette réécriture complète en C/C++ marque enfin l’avènement de l’upscaling vidéo accessible à tous ! Et ça c’est cool, vous allez voir !

Hey, bonne nouvelle, Microsoft s’apprête à ajouter sa propre version du “Handoff” d’Apple à Windows 11, et je suis sûr que vous allez adorer, surtout si vous êtes du genre à jongler entre plusieurs appareils, genre un PC et un smartphone.

En effet, lors du récent Microsoft Build 2025 qu’Akash Varshney, Senior Product Manager de l’équipe Windows Cross-Devices and Experiences, a dévoilé ces nouvelles fonctionnalités qui vont enfin connecter nos appareils de façon intelligente. Et contrairement à ce qu’on pourrait croire, Microsoft ne se contente pas de copier Apple puisqu’ils poussent le concept encore plus loin.

Vous êtes vieux, je suis vieux et on a tous connu Internet à ses débuts. Mais on a tendance à oublier certains petits détails. Comme le son hypnotique du modem 56k qui tentait désespérément de se connecter pendant que vos parents hurlaient qu’ils attendaient un appel important. Ou ces magnifiques pages perso Geocities avec leurs fonds étoilés et leurs compteurs de visites.

C’est pourquoi aujourd’hui, je vous propose de vous rafraîchir la mémoire avec cette archive mise en ligne par Neal Agarwal qui présente une collection chronologique des “artefacts” qui ont marqué l’histoire d’Internet, depuis les premiers jours d’ARPANET jusqu’à la présentation de l’iPhone en 2007.

Let’s be honest, the tech world hasn’t felt this electric since Steve Jobs pulled the original iPhone from his pocket. Sure, we felt a few sparks fly in 2024 when Rabbit and Humane announced their AI devices, but that died down pretty quickly post-launch. However, when news broke that OpenAI had acquired Jony Ive’s mysterious startup “io” for a staggering $6.5 billion, the speculation machine kicked into overdrive. What exactly are the legendary Apple designer and ChatGPT’s creators cooking up together? The official announcement speaks vaguely of “a new family of products” and moving beyond traditional interfaces, but the details remain frustratingly sparse.

What we do know with certainty is limited. OpenAI and Ive’s company, io, are building something that’s reportedly “screen-free,” pocket-sized, and designed to bring AI into the physical world in a way that feels natural and ambient. The founding team includes Apple veterans Scott Cannon, Evans Hankey, and Tang Tan, essentially the hardware dream team that shaped the devices in your pocket and on your wrist. Beyond these confirmed facts lies a vast expanse of rumors, educated guesses, and wishful thinking. So let’s dive into what this device might be, with the appropriate grains of salt at the ready.

The Design: Ive’s Aesthetic Philosophy Reimagined

If there’s one thing we can reasonably predict, it’s that whatever emerges from Ive’s studio will be obsessively considered down to the micron. His design language at Apple prioritized simplicity, honest materials, and what he often called “inevitable” solutions, designs that feel so right they couldn’t possibly be any other way. A screen-free AI device presents a fascinating challenge: how do you create something tactile and intuitive without the crutch of a display?

I suspect we’ll see a device that feels substantial yet effortless in the hand, perhaps with a unibody construction milled from a single piece of material. Aluminum seems likely given Ive’s history, though ceramic would offer an interesting premium alternative with its warm, almost organic feel. The absence of a screen suggests the device might rely on subtle surface textures, perhaps with areas that respond to touch or pressure. Ive’s obsession with reducing visual complexity, eliminating unnecessary seams, screws, and buttons, will likely reach its logical conclusion here, resulting in something that looks deceptively simple but contains remarkable complexity.

Color choices will probably be restrained and sophisticated, think the elegant neutrals of Apple’s “Pro” lineup rather than the playful hues of consumer devices. I’d wager on a palette of silver, space gray, and possibly a deep blue, with surface finishes that resist fingerprints and wear gracefully over time. The environmental considerations that have increasingly influenced Ive’s work will likely play a role too, with recycled materials and sustainable manufacturing processes featured prominently in the eventual marketing narrative.

Technical Possibilities: AI in Your Pocket

The technical challenge of creating a screen-free AI device is immense. Without a display, every interaction becomes an exercise in invisible design, the device must understand context, anticipate needs, and communicate through means other than visual interfaces. This suggests an array of sophisticated sensors and input methods working in concert.

Voice recognition seems an obvious inclusion, likely using multiple microphones for spatial awareness and noise cancellation. Haptic feedback, perhaps using Apple-like Taptic Engine technology or something even more advanced, could provide subtle physical responses to commands or notifications. The device might incorporate motion sensors to detect when it’s being handled or carried, automatically waking from low-power states. Some reports hint at environmental awareness capabilities, suggesting cameras or LiDAR might be included.

The processing requirements for a standalone AI device are substantial. Running large language models locally requires significant computational power and memory, all while maintaining reasonable battery life. This points to custom silicon, possibly developed with TSMC or another major foundry, optimized specifically for AI workloads. Whether OpenAI has the hardware expertise to develop such chips in-house remains an open question, though their Microsoft partnership might provide access to specialized hardware expertise. Battery technology will be crucial; a device that needs charging multiple times daily would severely limit its utility as an always-available AI companion.

The User Experience: Beyond Screens and Apps

The most intriguing aspect of this rumored device is how we’ll actually use it. Without a screen, traditional app paradigms become irrelevant. Instead, we might see a return to conversational computing, speaking naturally to an assistant that understands context and remembers previous interactions. The “ambient computing” vision that’s been promised for years might finally materialize.

I imagine a device that feels less like a gadget and more like a presence, something that fades into the background until needed, then responds with uncanny intelligence. Perhaps it will use subtle audio cues or haptic patterns to indicate different states or notifications. The lack of a visual interface could actually enhance privacy; without a screen displaying potentially sensitive information, the device becomes more discreet in public settings. Of course, this also raises questions about accessibility, how will deaf users interact with a primarily audio-based device?

Integration with existing ecosystems will be crucial for adoption. Will it work seamlessly with your iPhone, Android device, or Windows PC? Can it control your smart home devices or integrate with your calendar and messaging apps? The answers remain unknown, but OpenAI’s increasingly broad partnerships suggest they understand the importance of playing nicely with others. The real magic might come from its predictive capabilities, anticipating your needs based on time, location, and past behavior, then proactively offering assistance without explicit commands.

Market Positioning and Price Speculation

How much would you pay for an AI companion designed by the man behind the iPhone? The pricing question looms large over this project. Premium design and cutting-edge AI technology don’t come cheap, suggesting this will be positioned as a high-end device. Looking at adjacent markets provides some clues, Humane’s AI Pin launched at $699, while Rabbit’s R1 came in at $199, though both offer significantly less sophisticated experiences than what we might expect from OpenAI and Ive.

My educated guess places the device somewhere between $499 and $799, depending on capabilities and materials. A lower entry point might be possible if OpenAI adopts a subscription model for premium AI features, subsidizing hardware costs through recurring revenue. The target market initially appears to be tech enthusiasts and professionals, people willing to pay a premium for cutting-edge technology and design, before potentially expanding to broader consumer segments as costs decrease and capabilities improve.

As for timing, the supply chain whispers and regulatory tea leaves suggest we’re looking at late 2025 at the earliest, with full availability more likely in 2026. Hardware development cycles are notoriously unpredictable, especially for first-generation products from newly formed teams. The $6.5 billion acquisition price suggests OpenAI sees enormous potential in this collaboration, but also creates substantial pressure to deliver something truly revolutionary.

The Competitive Landscape: A New Category Emerges

The AI hardware space is still in its infancy. Early entrants like Humane have struggled with fundamental questions about utility and user experience. What makes a dedicated AI device compelling when smartphones already offer capable assistants? The answer likely lies in specialized capabilities that phones can’t match, perhaps always-on contextual awareness without battery drain, or privacy guarantees impossible on multipurpose devices.

OpenAI and Ive are betting they can define a new product category, much as Apple did with the iPhone and iPad. Success will require not just technical excellence but a compelling narrative about why this device deserves space in your life. The competition won’t stand still either, Apple’s rumored AI initiatives, Google’s hardware ambitions, and countless startups will ensure a crowded marketplace by the time this device launches.

The most fascinating aspect might be how this hardware play fits into OpenAI’s broader strategy. Does physical embodiment make AI more trustworthy, useful, or personable? Will dedicated devices provide capabilities impossible through software alone? These philosophical questions underpin the entire project, suggesting that Ive and Altman share a vision that extends beyond quarterly profits to how humans and AI will coexist in the coming decades.

What This Could Mean for the Future of Computing

If successful, this collaboration could fundamentally reshape our relationship with technology. The screen addiction that defines contemporary digital life might give way to something more ambient and less demanding of our visual attention. AI could become a constant companion rather than an app we occasionally summon, always listening, learning, and assisting without requiring explicit commands for every action.

The privacy implications are both promising and concerning. A device designed from the ground up for AI interaction could incorporate sophisticated on-device processing, keeping sensitive data local rather than sending everything to the cloud. Conversely, an always-listening companion raises obvious surveillance concerns, requiring thoughtful design and transparent policies to earn user trust.

For Jony Ive, this represents a chance to define the post-smartphone era, potentially creating his third revolutionary product category after the iPod and iPhone. For OpenAI, hardware provides a direct channel to users, bypassing platform gatekeepers like Apple and Google. The stakes couldn’t be higher for both parties, and for us, the potential users of whatever emerges from this collaboration.

Waiting for the Next Big Thing

The partnership between OpenAI and Jony Ive represents the most intriguing collision of AI and design talent we’ve seen yet. While concrete details remain scarce, the ambition is clear: to create a new kind of computing device that brings artificial intelligence into our physical world in a way that feels natural, beautiful, and essential.

Will they succeed? History suggests caution; creating new product categories is extraordinarily difficult, and first-generation devices often disappoint (raise your hands if you own a bricked Humane AI Pin or Rabbit R1. Yet the combination of OpenAI’s technical prowess and Ive’s design sensibility offers reason for optimism. Whatever emerges will undoubtedly be thoughtfully designed and technically impressive. Whether it finds a permanent place in our lives depends on whether it solves real problems in ways our existing devices cannot.

For now, we wait, analyzing every patent filing, supply chain rumor, and cryptic statement for clues about what’s coming. The anticipation itself speaks volumes about the state of consumer technology: in an era of incremental smartphone updates and me-too products, we’re hungry for something genuinely new. Jony Ive and Sam Altman just might deliver it.

The post Everything We Know About Jony Ive’s $6.5 Billion Dollar ‘Secret’ AI Gadget first appeared on Yanko Design.

OpenAI is planning to ship a new ChatGPT-powered product by 2026, but we aren't looking at yet another model. [...]