Although experiences like Apple’s spatial computing look impressive in demos, their practical use in daily life is hampered by one important consideration. No matter how lightweight you make them, headsets that wrap around your skull and block your vision will always be awkward, isolating, and even hazardous. Ideally, we’ll get our eXtended reality or XR fix through eyewear that doesn’t look any different from the ones you wear, presuming you wear prescription glasses, of course.

Google might finally be changing that status quo with its renewed enthusiasm for AR, VR, MR, XR, and everything in between. Although Samsung’s Project Moohan headset was the focus of much attention when Google announced its new Android XR endeavor, the platform wasn’t meant to stop there. It will also be available in the regular smart glasses design, and Google finally reveals a little bit of what it was working on.

Designer: Google

In a TED 2025 talk, Google’s Shahram Izadi showed off a prototype Android XR device in action. While the demo itself was pretty impressive, especially for having no technical problems during the entire test, most are probably already used to the features that the AI-powered Android XR can bring to the table. What really caught people’s eyes, however, were the glasses used for that demonstration.

They looked pretty discreet, at least as far as very thick glasses are concerned. Unlike specs from Xreal or VITURE, however, the lenses are completely clear and transparent. You can see the world in front of you clearly, and people can see your eyes unobstructed. Despite that simple and relatively slim design, the prototype still had room for a display to let you read text or notifications, though it will be in a small corner or side of your vision rather than in your face.

The smart glasses naturally have cameras, as Gemini, which is the main point for user interaction on Android XR, needs to be able to see the world as you see it. It listens to your voice prompts, of course, but it needs to understand what you’re looking at in order to make sense of your requests. For example, it was able to remember where you last put down your keys, play music based on an album jacket you’re holding, or even explain a diagram from a book you have opened before you.

This “rolling window” AI experience, while powerful, might also raise privacy concerns, seeing as it can remember things it saw even when the wearer wasn’t paying attention or intentionally looking at a thing. And then there’s the style of the glasses themselves, since not everyone will be happy with such thick frames, and it might be a while before we can actually have XR glasses that are really stylish and inconspicuous.

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AI Visualization of Apple Vision Pro 2

Nothing rushes product development more than market uncertainty! Apple usually takes a long time to launch products to the market, but with tariffs almost entirely derailing every single business across the world, the inner workings of Apple have gone through some changes. Recent whispers suggest that Apple may have commenced mass production of the Vision Pro 2, hinting at a possible release later this year or even next year. This development has sparked discussions among enthusiasts and industry insiders alike, given that Apple has very visibly slowed down production of the existing Vision Pro to move onto ‘bigger things’.

According to reports from Chinese outlet IT Home, key components such as display panels, housings, and circuitry for the Vision Pro 2 have entered mass production. Suppliers are reportedly rushing to fulfill orders, indicating that Apple is gearing up for an imminent launch. While IT Home’s track record with Apple rumors is mixed, the specificity of these claims has nonetheless captured attention.

Designer: Apple

AI Visualization of Apple Vision Pro 2

Contrasting perspectives add complexity to the narrative. In October 2024, The Information’s Wayne Ma reported that Apple had significantly reduced production of the original Vision Pro, with plans to halt its manufacturing by the end of that year. This move was interpreted as a strategic shift towards developing a second-generation headset. Analysts like Ming-Chi Kuo and Bloomberg’s Mark Gurman have suggested that this forthcoming model will be an incremental update, potentially featuring the M5 chip and enhanced Apple Intelligence capabilities. Gurman projected a release window between fall 2025 and spring 2026, which aligns with the current buzz surrounding the Vision Pro 2’s production status.

AI Visualization of Apple Vision Pro 2

The anticipated enhancements in the Vision Pro 2 are poised to address some of the critiques faced by its predecessor. The integration of the M5 chip is expected to deliver improved performance, while advancements in hand and eye tracking could offer a more immersive user experience. Additionally, efforts to refine comfort and ergonomics may broaden the device’s appeal. There’s also speculation about a potential price adjustment, making the headset more accessible to a wider audience.

However, it’s essential to approach these reports with a degree of skepticism. The mixed-reality market is notoriously volatile, and production timelines can shift due to various factors, even more so with all the market uncertainty over the past week. Moreover, the reliability of sources like IT Home has been questioned in the past, suggesting that while the information is intriguing, it may not be definitive.

AI Visualization of Apple Vision Pro 2

Although all eyes are on Apple’s movements to get a better understanding of the market moving forward, it’s worth noting that even when the Vision Pro 2 arrives, it’ll probably see a massive price markup, given the new tariff regime. Reports have indicated the iPhone could see a price hike of more than $500 per unit, propelling higher-end models into the $2000 range – a MASSIVE contrast from the iPhone’s humble $99 beginnings in 2007. For now, the tech community remains on alert, awaiting official word from Apple that could either confirm or dispel the swirling rumors.

AI Visualization of Apple Vision Pro 2

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Gaming on the go is getting a major upgrade with the world’s first mobile controller designed specifically for XR glasses users. The Viture x 8BitDo Ultimate Mobile Controller combines the trusted quality of 8BitDo’s gaming peripherals with innovative XR technology, creating a gaming setup that’s both portable and immersive. This groundbreaking collaboration addresses a long-standing pain point for mobile gamers who want the big-screen experience without lugging around bulky equipment.

Imagine playing your favorite AAA titles on what feels like a massive 135-inch display while sitting in a park, on a train, or lounging in bed. That’s the magic this controller brings to the table. Unlike traditional mobile gaming where you’re squinting at a small screen, this setup transforms your gaming sessions into cinematic experiences without sacrificing portability or comfort. The controller seamlessly bridges the gap between convenience and immersion that mobile gamers have been dreaming about.

Designer: Viture x 8BitDo

The standout feature is undoubtedly the dedicated USB-C port built right into the controller, designed specifically for connecting Viture XR glasses. This clever design solves a frustrating problem: when using XR glasses with a phone, you typically can’t use telescopic controllers that sandwich your device. The Viture x 8BitDo controller elegantly addresses this by allowing you to connect both your phone and XR glasses to a single device, keeping everything organized and functional.

Physical controls make a world of difference when gaming with XR glasses. When your vision is partially occupied by the glasses display, touchscreen controls become impractical and frustrating. The controller provides responsive buttons, analog sticks, and triggers that give you precise control without needing to look down at your phone’s screen. This setup creates a more natural gaming experience that feels closer to console gaming than traditional mobile play.

The controller connects to your phone via USB-C, significantly reducing input lag compared to Bluetooth alternatives. This wired connection ensures your button presses translate to on-screen actions almost instantly, which is crucial for competitive games where split-second reactions matter. The familiar layout will feel immediately comfortable to anyone who’s used modern gaming controllers, with no awkward learning curve to overcome before jumping into your favorite games.

Cloud gaming services shine particularly bright with this setup. The controller is optimized for platforms like Xbox Game Pass, NVIDIA GeForce NOW, and Amazon Luna, letting you stream console and PC games directly to your mobile device. The combination of cloud streaming and XR glasses effectively turns your phone into a portable gaming powerhouse without the processing limitations of mobile hardware. It’s like carrying a gaming PC in your pocket, ready to deploy anywhere with an internet connection.

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Digital creation has always been limited by a fundamental disconnect: our inability to physically feel what we design on screen. The MinVerse haptic 3D mouse bridges this gap, bringing a revolutionary tactile dimension to digital interaction. Developed by Haply Robotics, this innovative device lets designers, 3D artists, and gamers experience virtual objects with lifelike textures, weights, and forces, transforming how we interact with digital environments.

Traditional input devices restrict creative potential by limiting our physical connection to digital work. The MinVerse changes everything by delivering precise haptic feedback directly to your fingertips. Users can now physically feel resistance when sculpting digital clay, experience the texture of virtual surfaces, and perceive the weight of objects in games, all through a compact device that fits comfortably on any desk, making digital creation more intuitive and immersive than ever before.

Designers: Romain Bursi, Felix Desourdy (Haply Robotics)

Click Here to Buy Now: $1050 $1500 ($450 off). Hurry, only a few left! Raised over $120,000.

The MinVerse stands out with its remarkable versatility, featuring interchangeable “handle” attachments that transform its functionality. Switch effortlessly between a precision stylus for detailed 3D modeling, a traditional mouse for everyday tasks, or a VR controller for immersive experiences. This adaptability makes it an essential tool for professionals who regularly transition between different creative workflows, eliminating the need for multiple specialized devices and streamlining the creative process.

Force feedback capabilities ranging from 2N to 4N allow users to physically interact with digital objects in ways previously impossible. When sculpting in Blender, artists feel genuine resistance as they shape virtual clay. Game developers experience the weight and physical properties of in-game assets while positioning them. Mechanical designers sense how components interact, bringing an unprecedented level of physical awareness to digital design that dramatically improves precision and creative intuition.

The ergonomic design prioritizes comfort during extended creative sessions. Unlike conventional input devices that can cause strain during long work periods, the MinVerse includes integrated wrist support similar to a traditional mouse. This thoughtful design element prevents fatigue even during marathon creative sessions, allowing designers and artists to maintain focus on their work rather than physical discomfort.

Compatibility with industry-standard software makes the MinVerse immediately valuable. The device integrates seamlessly with Blender, RoboDK, HARP, and more coming soon, ensuring that creative professionals can incorporate the MinVerse into existing workflows without disruption. Gamers will benefit from the unprecedented immersion by adding physical sensation to virtual worlds. Feel the tension of drawing a bowstring, the recoil of weapons, or the texture of different terrains as you explore game environments.

Community-driven development ensures that MinVerse will continue to evolve. With open-source APIs, developers can create custom integrations for specific applications, expanding the device’s capabilities beyond its initial release. The compact, lightweight design makes the MinVerse ideal for creators who work across multiple locations. Despite its sophisticated technology, the device is portable enough to fit easily into a laptop bag, allowing professionals to maintain a consistent workflow whether at home, in the studio, or on the road.

The MinVerse haptic 3D mouse is the tactile revolution your creative workflow has been waiting for. Imagine sculpting digital clay that pushes back against your touch, feeling the texture of game environments, or manipulating 3D models with unprecedented precision. This groundbreaking technology represents the future of human-computer interaction, promising to transform how we create, design, and play in digital spaces for years to come.

Click Here to Buy Now: $1050 $1500 ($450 off). Hurry, only a few left! Raised over $120,000.

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From the moment you lay eyes on it, the resemblance is uncanny. There’s the same sweeping glass front, wrapping around the face like a cyberpunk visor. The headband mimics the Apple solo loop with a ridged, adjustable design. Even the external battery puck, tethered by a cable to the left temple, echoes Apple’s approach almost to the millimeter. The only think I hope vivo doesn’t copy here is Apple’s eye-watering $3,400 price tag.

Designer: vivo

Of course, a convergence of hardware design isn’t new. The smartphone industry practically runs on it. But there’s something oddly direct about the vivo Vision. Even the name feels lifted—Vision. It’s not bad branding, just… familiar. And in a product category trying to define a future beyond the screen, it’s hard not to notice when that future looks a lot like something we already saw last year.

Apple’s Vision Pro set a high bar last year, and if you’re entering the MR arena in 2025, you may as well study the playbook that got the most applause. What vivo seems to be doing here is anchoring its device in something familiar before it defines what makes its own vision different. That’s not a bad move, especially when the MR category is still waiting for its iPhone moment—the point where things shift from intriguing to essential.

So far, vivo’s headset is still playing the mystery card. There are no confirmed specs yet—no word on resolution, field of view, processor, or refresh rate. What we do have is a glimpse of its hardware choices: a visor-style front shielded in glass, several front-facing and downward-pointing cameras (likely for passthrough and gesture tracking), and a two-button interface on the right temple. There’s also a crown-style dial, which may control volume, zoom, or spatial navigation, depending on the software.

And that brings us to the real question: what software, exactly? If vivo’s planning to run Android XR—the platform Google’s been quietly building as the backbone for spatial computing—it would slot the Vision right into the growing Android MR ecosystem. With Samsung’s Project Moohan headset expected later this year, the timing here gets interesting. vivo could be positioning itself as an early Android XR player, or it may be building something more proprietary. We’ve seen OEMs go both routes, and neither guarantees a smooth experience. The difference lies in how well the ecosystem supports it—and who shows up to build for it.

Design-wise, the vivo Vision does a lot to suggest it’s more than a prototype, even if it’s not quite ready for shelves yet. The overall finish looks polished, and the blue colorway adds a bit of personality to an otherwise familiar silhouette. Whether it’s intended for mass market release or more of a flagship concept to generate buzz, it’s clear vivo wants to be part of the larger MR conversation. And with big names like Meta, Apple, Google, and Samsung all in the room, the more voices in that conversation, the better.

Of course, styling alone won’t carry the Vision. Apple’s Vision Pro wasn’t just a headset—it was a platform wrapped in silicon muscle, running an M2 chip, backed by 16GB of RAM, and packing dual micro-OLED displays with eye-tracking and spatial audio. If vivo wants to stand toe-to-toe, it’ll need comparable specs and a frictionless experience to match. That’s the hard part—the part we haven’t seen yet.

Still, there’s something refreshingly direct about vivo’s approach. Instead of reinventing the headset form, they’ve leaned into what works. Now the question is whether they’ll bring enough under the hood to move the category forward. Hardware is the handshake; software is the conversation. And right now, we’re still waiting for vivo to say more than hello.

So no, the vivo Vision isn’t pretending to be radically different—and that’s fine. Sometimes, evolution starts by borrowing familiar shapes before carving out new ones. If the final product delivers a great experience and opens up the space for more accessible mixed reality, then who really minds if the crown looks a little familiar?

The post Vivo’s New Headset Basically Feels Like the Apple Vision Pro’s Android Doppelganger first appeared on Yanko Design.

VR headsets have come a long way in terms of visual realism but still are a handful when it comes to weight and compact form factor. Take for example the Meta Quest 3 headset, HTC Vive Pro 2, or Apple Vision Pro which are the best VR headsets out there but still have a lot left to be desired. Wearing them for longer durations is still a challenge, hence, barring you from the desired seamless experience in virtual worlds. To end this debacle, Bigscreen has launched its latest and greatest VR headset, developed after years of research.

The next-generation headset is a perfect daily driver for applications, designed keeping in mind the positive input received from users of the first-generation Beyond 1 VR headset. The focal point is to keep the size compact, weight down to the minimum, and engineer an eye-tracking system that’s no bigger than a grain of sand. The wearable has a 116-degree diagonal field of view, beating even the Meta Quest 3 or Pimax Crystal, despite being a fraction of the size and a weight of just 107 grams. That’s roughly 15 percent less than the first-generation headset and comparable to the weight of four AA batteries.

Designer: Bigscreen

A major chunk of the VR headset-loving community wishes there is a wearable that fits their face for better comfort and visual clarity when spending a number of hours in the VR world. Bigscreen solves this with an adjustable interpupillary distance (IPD) mechanism for each eye. The adjustments (ranging from 48mm to 75mm) can be made using a specialized tool so that it fits a wide range of users. To minimize headaches and strain, the VR headset has two redesigned micro OLED pancake lenses with each a resolution of 2560×2560 and a native refresh rate of 75 Hz that can be scaled up to 90 Hz. Most importantly, the edge-to-edge clarity on these is amazing, reduced artifacts, and blur is non-existent. This ensures a massive sweet spot that will make you indulge in virtual worlds for hours at end. The headset comes with an integrated audio strap for clear sound during stationary VR activities like playing racing sims.

The advanced eye tracking tech employs AI-powered computer vision for low latency tracking that is completely private. This brings natural avatar interactions on platforms like SteamVR, OpenVR and even VRChat. Bigscreen will sell this variant separately with an added $200 price over the standard model which costs $1,049. The latter will arrive in April, while the Beyond 2e will ship in May. The maker will also offer a halo-strap version that will be released in Q3. Beyond 2 and 2e will be offered in Black, Crystal Clear, and Nuclear Orange color options. Bigscreen is also offering a free upgrade to Beyond 2 for users who have placed an order of Beyond 1 in the last few weeks.

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Technology moves really fast until it doesn’t. Facebook rebranded to Meta in 2021, and we’ve had a grand total of 3 companies actually occupy the metaverse space in 4 years. It’s honestly embarrassing that the only mainstream companies to really embrace AR and VR since 2021 were Meta itself, Apple with the Vision Pro, and now Samsung, with the Project Moohan headset they showcased at MWC 2025.

Although just a concept, the Nothing VR (1) would theoretically be a big move for the AR/VR or metaverse industry. Nothing’s developed this uncanny ability to make every product so much fun that it lifts the entire industry up. It debuted transparency as a design aesthetic and now has multiple larger companies playing copycat. Dbrand even debuted the ‘Something’ skins that emulate transparent backplates found on Nothing phones, allowing you to customize your Samsung or Apple mobile with a transparent-inspired skin. Designer Priyankar Saha hopes to do the same for the VR industry by making its most fun headset yet…

Designer: Priyankar Saha

The headset’s design is best described as functional minimalism. Unlike Nothing’s budget smartphones that use fake ribbon cables to create an industrial-teardown-like aesthetic, every component on the VR (1) is meaningfully placed. From its circular elements on the front (that look like eyes), serving as an indication screen as well as a cooling fan, to the glyph interface around the eyes that give them added character.

Up until the Vision Pro, AR/VR headsets looked like toasters strapped to your face and that was perhaps the singlemost detrimental part of the VR headsets. Sure, a lot of people experienced nausea while strapped in, but if there was a bigger deterrent to the popularity of said headsets, it was the fact that they looked hideous. The VR Pro changed that by anthropomorphizing the headset, adding a display with eyes on the front – and who knew that was all it would take to make the headsets look less awkward and more meaningful again. The Nothing VR (1) does the same, through its anthropomorphized components. The circular display and the fan both look like eyes, reminding me vaguely of the Clockwork Orange logo.

The display, directly above the left eye, plays a pretty important role. You see, traditionally, the only display ever on a VR headset has been the one inside it, so for anyone not wearing the headset, it’s nearly impossible to get any status information or visual cues at all. With this display, the VR (1) informs people around it of notifications without needing to be worn. Charging it? The display tells you how much it’s got in the tank. Wearing it? It’ll inform others whether you’re busy or whether you’re in passthrough mode.

Meanwhile, the fan above your right eye draws air away from the VR headset’s processor, keeping the device cool and running smoothly. Both the fan and the display are flanked by cameras that help track the headset’s movement while also offering passthrough, or the ability for the headset wearer to see the world around them. Along with the cameras are also Glyph lights, which really serve more of an ‘infotainment’ purpose by lighting up in fun patterns while you’re strapped in and gaming.

Audio units on the side sport glyph lights too, as they fire audio directly into the wearer’s ears, eliminating the need for headphones or TWS earbuds. The VR (1) is a pretty all-rounded device, being about as good as say a Quest 3 or a Quest Pro, but with the added beauty of a design that’s fun, functional, and gorgeously transparent as opposed to the white blob that the folks at Meta keep designing every couple of years.

For now the Nothing VR (1) is just a fan-made concept, but it comes at a time when spatial computing or the metaverse is on life support. Apple’s done nothing since the Vision Pro (and it doesn’t seem like they’re keen on launching that budget headset like they initially planned), and Meta’s pivoted to other things like Project Orion and its collab with Ray-Ban. Sure, Samsung debuted a headset just this year, but that was purely to demonstrate Google’s new virtual-reality-ready Android operating system. VR’s living on borrowed time as the metaverse got almost instantly obliterated by the AI wave… but this Nothing VR (1) concept still gives me hope.

The post Forget Samsung, We Need A Nothing VR Headset Running Android XR Right NOW! first appeared on Yanko Design.

The tech world in the past months have all been abuzz about AI, both the good and the bad. Although the technology does have a lot of potential to improve our lives, we may have become too obsessed with it to realize that there are more opportunities for growth, especially when it comes to product design in tech. We have barely touched the tip of the iceberg of foldables, and there is still plenty of room for improvement when it comes to mobile photography.

At this year’s Mobile World Congress, we definitely saw a lot of designs and experiences enhanced by AI, but there was thankfully a lot more than that. We witnessed a blossoming of concepts and prototypes that challenged stereotypes and broke free of conventions. Whether they’re foldable phones, solar-powered laptops, or even augmented contact lenses, the floor was full of ideas that demonstrated not only the convergence of mobile technologies but also the power of innovation. Without further ado, here are our top picks for MWC 2025 that highlight the best not just in the mobile tech industry but also in product design.

Huawei Mate 70 Pro: The Ultimate Flagship Experience

The Huawei Mate 70 Pro, unveiled at Mobile World Congress 2025, pushes flagship smartphone innovation with its cutting-edge camera system, AI-enhanced performance, and rugged yet elegant design. As a premium device, it combines high-end materials with powerful hardware, making it a compelling choice for professionals and tech enthusiasts alike. Huawei’s latest advancements in display technology, computational photography, and battery efficiency ensure that the Mate 70 Pro remains a leader in the competitive smartphone market.

Featuring a 6.9-inch LTPO OLED display with 1316 x 2832 resolution, the Mate 70 Pro delivers a stunning visual experience with a 1–120Hz adaptive refresh rate and peak brightness of 2,500 nits. Huawei’s Kunlun Glass 2, reinforced with basalt fiber, provides five times the drop resistance of conventional glass, while IP68/IP69 certification ensures protection against high-pressure water jets and submersion. The device’s sleek aluminum alloy frame, available in Black, Purple, White, and Green, balances durability with an ergonomic feel.

The Ultra Chroma Camera system redefines mobile photography, headlined by a 50MP main sensor with an adjustable f/1.4–f/4.0 aperture for dynamic lighting control. A 48MP periscope telephoto lens supports 3.5x optical zoom with OIS, while a 40MP ultra-wide lens offers distortion-free landscapes. A 1.5MP multi-spectral sensor enhances color accuracy, refining details for lifelike image reproduction. AI-powered features, such as AI Movement Trajectory and AI Heroic Moment, introduce creative tools for capturing dynamic moments with precision.

Under the hood, the Kirin 9020 chipset powers the Mate 70 Pro, delivering a 40% performance boost over its predecessor. With 12GB of LPDDR5 RAM and up to 1TB of UFS 4.0 storage, the device ensures seamless multitasking and fluid gaming performance. Connectivity is bolstered by Beidou satellite messaging, Wi-Fi 7, and NearLink technology, allowing users to stay connected in any scenario. The Premium Edition offers a slightly underclocked chipset at a lower price, catering to budget-conscious buyers in select regions.

The 5,500 mAh battery supports 100W wired charging, reaching 50% in just 18 minutes, 80W wireless charging, and 20W reverse wireless power sharing. HarmonyOS NEXT introduces new AI-driven features, such as real-time translation, gesture-based file sharing, and enhanced multi-device collaboration. With strong pre-order numbers and a competitive price point, the Mate 70 Pro stands as one of Huawei’s most ambitious flagships, combining top-tier performance with a refined user experience.

Lenovo ThinkBook Flip AI PC Concept: A Paradigm Shift in Mobile Computing

The Lenovo ThinkBook Flip AI PC Concept, unveiled at MWC 2025, reimagines the modern laptop with an 18.1-inch flexible OLED display that folds outward. This allows for seamless transitions between a compact 13-inch clamshell and an expansive vertical workspace. Built on the same advanced panel technology as Lenovo’s upcoming ThinkBook Gen 6, the Flip features a Z-shaped chassis that maximizes screen utility. Its 2000 x 2664 OLED display delivers vibrant colors and sharp details, enhancing both productivity and creative work. Unlike rollable designs that compromise screen space, the Flip bends behind itself, eliminating wasted surface area. This engineering approach enables new multitasking and collaboration possibilities without requiring external peripherals. By addressing the durability concerns that have historically plagued foldable devices, Lenovo positions the Flip as a serious contender in the future of mobile computing.

The ThinkBook Flip introduces five distinct operational modes, each optimized for professional and creative tasks. In its clamshell form, it functions as a traditional 13.1-inch laptop, while the vertical configuration unfolds to its full 18.1-inch display for document review, coding, or immersive research. A split-screen mode divides the display into 13.1-inch and 12.9-inch sections, making real-time collaboration seamless, ideal for client presentations or team brainstorming. For creative professionals, the device transforms into a 12.9-inch tablet, offering a responsive canvas for digital pen input, while a reading mode optimizes the display for extended research sessions. A dual-hinge system ensures screen integrity across thousands of folds, eliminating wear and tear issues that have hindered earlier foldable designs. By allowing users to share screen space without disrupting their workflow, the Flip presents a significant advantage in hybrid work environments where in-person collaboration remains essential.

Beyond its innovative display, the ThinkBook Flip integrates a Smart ForcePad, a three-layer touchpad that adapts dynamically to different tasks. This illuminated surface transitions between numeric keypads, media controls, and customizable shortcuts through pressure-sensitive layers. Engineers demonstrated its ability to switch from calculator functions to presentation tools with a single tap, reducing dependence on external peripherals. Under the hood, the Flip is powered by an Intel Core Ultra 7 processor, 32GB LPDDR5X RAM, and PCIe SSD storage, delivering smooth performance for AI-enhanced workflows. Connectivity is supported by Thunderbolt 4 ports, while a built-in fingerprint reader ensures security without compromising convenience. Early prototypes exhibited minor fragility, but later iterations unveiled in Barcelona showcased improved structural rigidity while maintaining a lightweight 1.22kg design.

Lenovo’s software advancements take the Flip beyond hardware innovation. The Workspace Split Screen feature uses machine learning to arrange applications intelligently across the expanded display, adjusting window sizes based on content type. AI-powered prompts during screen sharing help prevent accidental data exposure by keeping users aware of what’s displayed externally. A fold-aware interface introduces a swipeable control bar at the display’s midpoint, ensuring smooth transitions between modes while preserving active applications. These capabilities integrate with Lenovo’s broader AI ecosystem, including Smart Connect features that facilitate cross-device file management and voice-controlled workflows. When paired with optional Magic Bay accessories like secondary displays or AI companion modules, the Flip transforms into a hub for 3D modeling and real-time data visualization.

The ThinkBook Flip’s debut at MWC 2025 marks a pivotal moment in laptop design. It expands screen real estate without requiring bulky external monitors, incorporates AI-optimized tools that improve real-world productivity, and demonstrates that foldable laptops can achieve professional-grade durability. Lenovo’s engineers have addressed the fragility concerns of flexible OLED panels through advanced hinge design and protective material layering. Unlike conceptual devices that remain theoretical, the Flip’s multiple functional models suggest that commercialization is well within reach. For professionals seeking a future-ready device that enhances both portability and workspace efficiency, the ThinkBook Flip AI PC Concept represents a bold step toward the evolution of mobile computing.

Huawei MatePad Pro 13.2 (2025): A Lightweight Tablet Built for Power and Productivity

The Huawei MatePad Pro 13.2 (2025), introduced at MWC 2025, pushes the limits of tablet technology with a focus on professionals and creatives. With a 5.5mm ultra-thin profile and 580g weight, it remains one of the lightest large-screen tablets while offering IP68/IP69 dust and water resistance for durability. The 13.2-inch OLED display delivers a 2,880 x 1,920 resolution, 144Hz adaptive refresh rate, and HUAWEI PaperMatte technology, reducing glare and improving visibility. 1,000 nits peak brightness ensures clarity even in sunlight, while TÜV Rheinland-certified low blue light emission helps reduce eye strain.

Performance varies by region, with the Kirin 9000S in global models and the Kirin 9020 in China, delivering a 30% multi-threaded boost over the previous generation. Paired with 12GB LPDDR5X RAM and 512GB/1TB UFS 3.1 storage, the tablet handles demanding tasks like 4K video editing and 3D rendering with sustained performance. A 3D graphene cooling system keeps thermals in check, ensuring smooth operation under heavy workloads.

Unlike most tablets, the MatePad Pro 13.2 includes a 50MP main sensor (global) or a 13MP + 8MP ultra-wide setup (China), making it useful for scanning, document processing, and augmented reality applications. A 16MP front camera with ToF 3D sensing enhances security and facial recognition. The 10,100mAh silicon-carbon battery provides up to 18 hours of 4K playback, while 100W wired charging restores 60% in 30 minutes and 50W wireless charging supports seamless docking.

HarmonyOS 4.3 (global) and 5.0 (China) improve productivity, featuring PC-level WPS Office, Multi-Screen Collaboration 4.0, and GoPaint Pro with 120+ brush presets for designers. Some Android apps remain unoptimized for the 3:2 aspect ratio, but Huawei’s software ecosystem continues to mature. Accessories like the Smart Magnetic Keyboard and M-Pencil 3 enhance workflow, with 16K pressure sensitivity and tilt recognition for precise input.

Priced at €999 in Europe and CN¥6,199 in China, the MatePad Pro 13.2 positions itself as a laptop alternative with a 40% lower total cost of ownership than the Surface Pro 10 over three years. With 500,000 pre-orders in 72 hours, it’s clear demand remains strong despite U.S. trade restrictions. The combination of a glare-free display, professional-grade performance, and deep HarmonyOS integration makes this one of the most capable tablets available for those seeking a powerful, lightweight productivity tool.

Lenovo Yoga Solar PC Concept: Pioneering Sustainable Computing at MWC 2025

The Lenovo Yoga Solar PC Concept, unveiled at MWC 2025, redefines sustainable mobile computing by integrating photovoltaic technology directly into its chassis. This ultra-slim 14-inch laptop features an 84-cell Back Contact Cell (BCC) panel capable of converting 24% of captured light into usable energy. At just 1.22kg and 15mm thick, the device balances portability with an intelligent solar charging system that draws power from both direct sunlight and ambient indoor lighting. Lenovo’s Dynamic Solar Tracking system optimizes energy capture in real-time, with 20 minutes of sunlight generating an hour of video playback. Still in the prototype stage, the Yoga Solar PC Concept pushes renewable energy integration forward, offering a glimpse into a future where mobile computing requires minimal reliance on traditional power sources.

At the core of its design is the Back Contact Cell technology, which relocates mounting brackets and gridlines to the rear of the photovoltaic cells, increasing active light absorption by 15%. This allows Lenovo to integrate 84 solar cells into the laptop lid without compromising its sleek form. During MWC demonstrations, the panel remained functional under varying lighting conditions, from bright outdoor environments to dimly lit offices. The Solar-First Energy system prioritizes harvested power for immediate use while intelligently managing battery cycles, extending the overall lifespan of the device’s energy storage components.

Beyond hardware, Lenovo’s Dynamic Solar Tracking system refines energy efficiency through real-time photovoltaic output monitoring. By analyzing light intensity and angle, machine learning algorithms optimize power allocation, achieving 18% greater efficiency compared to static solar panels. A dedicated companion app visualizes energy intake and usage, helping users maximize solar exposure during work sessions. More importantly, the system ensures consistent performance even during sudden transitions between indoor and outdoor lighting—critical for professionals who require uninterrupted computing power throughout the day.

Despite its sustainability focus, the Yoga Solar PC Concept doesn’t compromise on performance. It runs on Intel’s Lunar Lake Core Ultra 200 platform, paired with 32GB LPDDR5X RAM and PCIe 5.0 SSD storage. The 14-inch 2.8K OLED display consumes 22% less power than previous Yoga models through adaptive refresh rate technology. Lenovo has also ensured full connectivity, including dual Thunderbolt 4 ports and Wi-Fi 7 support. The 50.2Wh battery provides up to 8 hours of standalone use, which can be indefinitely extended under optimal solar conditions. Crucially, the solar integration does not add weight, debunking the assumption that renewable technology must come at the cost of mobility.

The Yoga Solar PC Concept introduces use cases that redefine mobile computing. For field researchers, its continuous solar charging enables week-long deployments without grid access, a breakthrough for ecological studies and disaster response teams. Urban professionals benefit from passive charging during commutes, with 15 minutes of balcony sunlight offsetting a coffee shop work session. In education, the built-in energy tracking app serves as a real-time sustainability learning tool. Lenovo also envisions corporate environments utilizing solar-charging workstations, potentially reducing energy consumption on a large scale. While commercialization remains a challenge due to high manufacturing costs, Lenovo anticipates price parity with conventional laptops by 2027, signaling a realistic pathway for solar-powered computing to transition from concept to consumer reality.

Huawei Watch GT5 Pro Ceramic Edition: A Study in Material Innovation and Timeless Design

Showcased at MWC 2025, the Huawei Watch GT5 Pro Ceramic Edition elevates smartwatch craftsmanship with its 42mm nanocrystalline ceramic body, combining resilience with an unmistakably refined aesthetic. Designed for those who value both precision engineering and longevity, it resists scratches, oxidation, and UV discoloration while maintaining a polished finish. The sapphire crystal AMOLED display, reaching 1,200 nits brightness, ensures durability and clarity in any setting. At 9.6mm thick and weighing 44g, it offers a more streamlined profile than the titanium variant, making it a wearable that merges elegance with all-day comfort.

Huawei’s expertise in materials extends to durability, with IP69K/IP68 + 5ATM certification, making the watch resistant to 40-meter free diving and high-pressure water jets. The EasyFit 3.0 quick-release mechanism allows for seamless strap swaps, including a ceramic link bracelet engineered to prevent loosening over time. The octagonal bezel, framed in polished ceramic, reinforces the watch’s minimalist design while protecting the sapphire crystal display, which retains sharp visibility under direct sunlight.

More than a statement in design, the GT5 Pro delivers advanced health tracking through TruSense 5.0, offering 12-channel SpO2 monitoring, ECG arrhythmia detection, and arterial stiffness analysis. Pulse wave velocity (PWV) sensors introduce a rare capability in consumer wearables, providing real-time cardiovascular assessments. The ceramic backplate incorporates glass-darkening technology, improving sensor accuracy by 18% compared to the titanium model, enhancing the watch’s ability to function as a precise health companion.

Powered by HarmonyOS 5.0, the watch functions independently with eSIM support for calls and messaging, while AI-driven workout coaching adapts to the user’s heart rate variability. Specialized features, including Golf Mode with 40,000+ mapped courses and WPS Office Lite for document previews, further integrate the watch into Huawei’s growing ecosystem. A 440mAh battery provides up to 14 days of use, with wireless charging completing a full cycle in 90 minutes, ensuring longevity without performance trade-offs.

Priced at €449 with a ceramic strap and €379 with a fluoroelastomer band, the GT5 Pro Ceramic Edition challenges the Apple Watch Ultra 2 and Samsung Galaxy Watch 7 Classic, offering premium materials and extended battery life at a more accessible price. Pre-orders surpassed 50,000 units in 72 hours, with strong interest from female professionals. Huawei’s partnership with Tag Heuer for co-branded ceramic straps hints at ambitions beyond the smartwatch market, reinforcing the idea that fine craftsmanship and intelligent engineering belong in the same conversation.

Lenovo Magic Bay Display System: Redefining Mobile Workspace Expansion at MWC 2025

The Lenovo Magic Bay Display System, unveiled at MWC 2025, redefines laptop extensibility with its magnetic modular display concepts. At its core are two innovations: the Magic Bay Dual Display Concept, featuring dual 13.3-inch screens, and the Magic Bay 2nd Display Concept, an 8-inch vertical panel. These displays attach seamlessly to compatible ThinkBook laptops via Lenovo’s proprietary magnetic pogo-pin connector, eliminating the need for cables or external power. Unlike traditional portable monitors, they sync automatically with Windows’ multi-display support, offering near-zero latency cursor transitions and adaptive resolution scaling up to 2880×1920 at 120Hz. Lenovo’s approach streamlines multi-screen workflows, making mobile workstations more efficient and compact.

The engineering behind the Magic Bay system centers on its Zero-Compromise Attachment Mechanism. Using neodymium magnets and a 48-pin connector, displays instantly integrate with ThinkBook 16P Gen 6 laptops, drawing power and data without USB-C or HDMI cables. The Dual Display’s folding hinge design collapses into a 1.2kg bundle thinner than a standard notebook, while the 2nd Display weighs just 300g. Rigorous stress tests confirm that the magnetic attachment withstands 5kg of lateral force, ensuring stability during transport. These refinements eliminate the bulk and setup complexity typically associated with portable monitors.

Both displays push visual performance forward. The Dual Display’s twin 13.3-inch IPS panels achieve a 2880×1920 resolution with a 1500:1 contrast ratio and 120Hz refresh rate, delivering professional-grade accuracy for video editing and 3D modeling. The 2nd Display’s 9:16 aspect ratio optimizes your workspace for messaging apps, coding, and social feeds, replacing the need for portrait-oriented external monitors. Integrated ambient light sensors adjust brightness automatically across all screens, ensuring visual consistency in changing environments. These features elevate productivity without adding unnecessary complexity to the user experience.

Lenovo enhances the system further with AI-powered workflow optimizations. The 2nd Display’s Smart Taskbar anticipates frequently used applications based on time-of-day patterns, offering instant access to essential tools. The Dual Display benefits from an Eye Tracking Mode that dims unused panels, reducing power consumption by up to 37% over extended sessions. Automated window management improves efficiency, allowing users to drag files to specific screens and trigger preloaded software configurations. These AI-driven enhancements move beyond conventional multi-display setups by actively adapting to user habits.

The Magic Bay system solves key industry pain points—setup complexity, power management, and ergonomic limitations—while offering a forward-thinking approach to modular computing. Early prototypes faced battery life challenges, with both Dual Display panels running at 120Hz halving the ThinkBook’s runtime to 4.2 hours, but future PCIe 5.0 integration is expected to reduce power draw by 18%. Lenovo’s roadmap suggests a commercial release in Q4 2026, with a developer SDK launching in late 2025 to support third-party software optimization. By making multi-screen expansion a native laptop function rather than an add-on, the Magic Bay Display System represents a fundamental shift in mobile workstation design.

Xiaomi Modular Optical System Concept

Smartphone cameras may have gotten really powerful these days, but limitations of size mean that they still fall short of challenging actual cameras. This is especially true when optics or lenses are concerned, as there isn’t enough room for better but bulkier components. Lens attachments like those from Moment solve only one part of the problem, but Xiaomi’s concept is selling a whole package that is as easy as sticking a magnetic accessory to the back of the phone.

The Xiaomi Modular Optic System or MOS Concept is basically a camera lens with a built-in imaging sensor. It boasts a precision-engineered 35mm f/1.4 lens paired with a powerful 100MP Light Fusion X Type 4/3 sensor that’s almost twice the size of the largest smartphone sensor in the market today. That means better image quality overall, but the real clincher is how it magnetically attaches to the back of the phone and works in the same way as the phone’s built-in cameras. You can even use the native camera app!

This seemingly magical feat is made possible by a new Xiaomi LaserLink technology that allows ultra-fast 10Gbps wireless data transfer between the MOS and a Xiaomi phone. The module also gets its power from the phone wirelessly, making the experience effortless. Simply snap the MOS on the phone’s back and start shooting. As a bonus, it attaches to the middle of the phone’s back, making you look and feel like you’re actually using a professional digital camera, complete with a cylindrical lens.

Tecno Spark Slim Concept: Ultra-Thin Design Meets Premium

DurabilityThe Tecno Spark Slim concept takes smartphone design in a bold direction, embracing a ceramic and stainless steel unibody construction that delivers a premium feel while maintaining an ultra-thin profile. At just 5.75mm thick, it stands among the slimmest smartphone concepts, yet it houses a 5200mAh battery—an impressive feat of engineering that prioritizes both aesthetics and practicality. The use of ceramic provides a smooth, polished surface that resists scratches and fingerprints, while stainless steel reinforces the frame, ensuring durability without adding unnecessary weight. This combination strikes a balance between refinement and structural integrity, making the device feel robust despite its minimal thickness.

The design language follows a minimalist approach, with a pill-shaped horizontal camera module that deviates from most smartphones’ standard vertical or square layouts. The glossy back panel enhances its refined look, while subtle curves along the edges improve grip and comfort. This attention to symmetry and balance results in a clean, modern aesthetic that aligns with contemporary premium smartphone trends. The seamless integration of materials and the precise craftsmanship create a device that looks as sophisticated as it feels in hand.

Despite ultra-thin smartphones’ challenges in heat dissipation and battery capacity, Tecno has implemented a design that optimizes both. The ceramic back aids in thermal management, preventing excessive heat buildup during extended use, while the stainless steel frame enhances rigidity, ensuring the device does not feel fragile. The internal structure accommodates a large-capacity battery without compromising overall durability, showcasing smart engineering choices that make the Spark Slim concept practical for everyday use.

Tecno has created a concept device that redefines expectations for budget-friendly smartphones by focusing on both practicality and aesthetics. The Spark Slim’s materials and construction elevate it beyond conventional thin smartphones, offering a combination of durability, comfort, and sleek design. Unlike many devices that rely on flashy design elements to stand out, this model achieves distinction through its refined material choices and careful attention to detail.

Tecno’s approach with the Spark Slim concept demonstrates that ultra-thin smartphones don’t have to sacrifice functionality for design. By integrating premium materials with an impressively slim form factor, the brand has introduced a concept that is as stylish as it is durable. With a large battery, a thoughtfully designed frame, and a focus on ergonomics, the Spark Slim sets a new benchmark for sleek yet practical smartphone concepts in its category.

Xiaomi 15 Ultra

Smartphones these days have always made the camera a focal point, pun totally intended, but Xiaomi really took that to the next level in its most powerful flagship yet. It completely embraced the image of a smartphone camera by making the smartphone look like a camera. This can be clearly seen in the special Silver Chrome edition that mimics the appearance of a classic camera, faux leather and all.

This isn’t the first time this design has been tried (anyone remember the Samsung Galaxy Zoom?), but we’re finally at a point where you don’t need an obnoxious camera lens to get the same quality. The Xiaomi 15 Ultra’s design still works even with the other two colorways, but you might want to slap on the Photography Kit to really get that camera feel, including an ergonomic grip, a dedicated shutter button, and a battery pack that will keep you clicking and clicking.

The Xiaomi 15 Ultra isn’t just about look, though. We found it to be quite the impressive smartphone for tasks that go beyond photography. Those looking for a premium smartphone with all the bells and whistles, this should definitely be among your options. And if you do decide on it, try grabbing that Silver Chrome version to really give you that pro photographer feeling.

TECNO AI Glasses Pro: Lightweight AR Innovation with Hybrid AI and High-Resolution Optics

The TECNO AI Glasses Pro, unveiled at MWC 2025, pushes the boundaries of consumer-grade augmented reality. Weighing just 48g, these wearables integrate a 50MP imaging system with WaveGuide-enhanced MicroLED optics, delivering enterprise-grade AR functionality in a lightweight form. The device offers a 30-degree field of view and 1,500-nit brightness for seamless indoor and outdoor use, featuring real-time translation, object recognition, and AI-driven navigation through TECNO’s Ella AI assistant. The translation system operates on a hybrid AI architecture, leveraging on-device large language models (LLMs) for immediate tasks while utilizing cloud-based machine learning for complex queries, ensuring efficient and responsive performance.

The optical system is built around a 7th-generation resin WaveGuide display, co-developed with Meta-Bounds, ensuring crisp 720p visuals without obstructing environmental awareness. Unlike earlier AR wearables with floating screen effects, TECNO employs dichroic mirrors and multi-layer coatings to enhance light transmission efficiency. The result is a thinner WaveGuide stack that maintains durability using aerospace-grade aluminum alloy and graphene composites, reducing temple width to just 6.8mm. The Snapdragon AR1 Gen 2 chipset powers the device’s SLAM tracking at 60fps, delivering real-time navigation overlays with sub-2ms latency, providing an intuitive AR experience for contextual guidance.

A 50MP main camera with a custom 6P lens and OV50D sensor matches the imaging capabilities of TECNO’s CAMON 40 Premier smartphone. The SmartSnap feature automatically adjusts settings for social media-ready shots, while AI HDR dynamically optimizes video contrast. With a 12MP depth sensor, the device delivers millimeter-precise object recognition, enhancing AR overlays for industries like logistics and healthcare. These imaging advancements allow users to capture high-quality content while interacting with their surroundings in real time.

TECNO’s Ella AI assistant transforms the Glasses Pro into a proactive productivity tool. Real-time translation covers over 100 languages, while contextual navigation projects directional overlays via Snapdragon’s AR1 Gen 2 chipset. The AI Info feature streamlines notifications, condensing messages, calendar alerts, and updates into brief summaries. Combined with seamless device syncing across TECNO’s AI ecosystem, the Glasses Pro enhances collaboration and efficiency.

Designed for all-day wear, the Glasses Pro features a magnesium alloy frame and graphene-reinforced hinges, ensuring comfort and durability. A 250mAh graphene battery powers up to eight hours of AR use, with a 30-minute quick charge restoring 50% capacity. TECNO emphasizes sustainability through mercury-free displays and the use of recycled materials, though no official solar-powered accessories have been confirmed. While pricing details remain undisclosed, the AI Glasses Pro represents TECNO’s push to democratize AR by making advanced features more accessible to a wider audience.

Realme Interchangeable-Lens Concept

One of the biggest problems with smartphone photography is the fixed lens design: you can only use the kind of lens that comes with the sensor inside the phone. Accessories like Moment Lenses try to overcome that limitation but stops short of delivering the flexibility and quality that pro photographers really need. For that, you’ll need the same kind of lenses that they use, and Realme is proposing exactly that.

The Interchangeable-Lens Concept is a device that practically lets you attach DSLR lenses directly to the phone. The phone has a large proprietary lens mount system around a 1-inch customized Sony sensor, a setup that will be familiar to many DSLR owners. With the included 73mm portrait and 234mm telephoto lenses, users will be able to pull off beautiful, creamy bokehs and actual lossless 10x zooms without breaking a sweat.

The concept phone is, of course, still just that, and the company will still have to iron out a few details, like how to makes sure that the sensor doesn’t get smudged without those DSLR lenses attached. Still, Realme definitely deserves credit for thinking outside the box to solve one of the biggest puzzles in smartphone camera design.

Samsung Moohan XR Headset

Apple definitely wowed the crowd with its Vision Pro demo, but the fact is that very few people will switch allegiances just for it. Especially if they can’t even afford to experience the beauty and power of spatial computing. Thankfully, it isn’t the only game in town, and we definitely can’t wait for Samsung’s Project Moohan XR headset to leave the woodwork and finally break the tie between Apple and Meta.

What we’re seeing here at MWC 2025 is definitely getting our hopes up, showing off a sleek design that, while still undeniably a headset, doesn’t scream the geek or gamer aesthetic of the Meta Quest. Although Samsung held off the MWC crowd at arm’s length, we can already make out a few key details, such as the four cameras in the corners of the front frame. Like the Vision Pro, the design wraps around the head, and both the light seal and the back cushion seem to be covered with fabric reminiscent of Google’s Home speakers.

The appeal of Project Moohan, however, goes beyond its stylish and lightweight design. Made in collaboration with both Qualcomm and Google, the device will most likely be the first to demonstrate the Android XR, a more open mixed reality platform that is the product of industry collaboration rather than a single company. It has the potential to open the floodgates of the XR market once again, and we can only cross our fingers at this design’s immediate release.

OPPO Find N5 Foldable

The idea of a foldable phone, one that can expand to double its size or fold in half, is easy enough to understand in principle. The implementation, however, is anything but. In addition to ensuring the durability of the flexible screen and the hinge, there is also one other factor that has to be considered. If the folded phone is literally the thickness of two phones stacked on top of each other, the appeal of putting such a device in your pocket instantly evaporates.

Thus there’s this obsession with bringing out the thinnest foldable smartphone in the market, mirroring a similar trend in regular smartphones a few years back. It’s bound to be a volatile segment, considering how we haven’t yet reached peak thinness, but the current crown belongs to the OPPO Find N5, at least among the book-style foldables. Only 8.93mm thin when folded, it’s not that much thicker than a normal non-foldable phone. It’s pretty light, too, at only 229g.

Best of all, it works as well as it looks, delivering topnotch performance in such a beautiful package. It truly demonstrates what this device segment is capable of, and the potential that can still be unlocked through smart design. If bulk and heft were the major reasons you held off from foldable phones, the OPPO Find N5 would make that hesitation vanish.

RedMagic 10 Pro Golden Saga

Although every high-end premium phone is technically capable of heavy mobile gaming, there is still a rather niche market that tries to really squeeze out every ounce of performance possible with over-the-top cooling, specialized performance modes, and invisible buttons. While these factors might sing to the hearts of hardcore gamers, some people shy away from these gaming smartphones for one rather simple reason: their aesthetics. Contrary to stereotypes, not all gamers subscribe to dark color schemes and neon RGB highlights that dominate the market.

The RedMagic 10 Pro Golden Saga Limited Edition tries to shatter that stereotype with a design that can be best described as posh and luxurious, words you’d definitely not associate with common gamer aesthetics. It still has a predominantly black hue but also makes generous use of silver and gold, both inside and outside. You might not believe the marketing and you might not see it for yourself, but simply knowing that there’s a gold vapor chamber inside rather than copper and that it uses a silver alloy air duct is probably enough to make you feel special.

Although only a limited few will actually enjoy that feeling, the RedMagic 10 Pro Golden Saga at least proves that gaming smartphones don’t have to look like cyberpunk props. Gamers, after all, are not a homogeneous group, and some will definitely dig the style of a phone that not only makes them stand out from their gaming peers but also allows them to blend with the high-profile crowds.

XPANCEO Smart Contact Lenses: The Future of AR and Health Tech in Your Eyes

XPANCEO’s smart contact lens prototypes, unveiled at Mobile World Congress 2025, bring the future of wearable technology closer to everyday life. These five experimental lenses go beyond vision correction, offering real-time health tracking, AR displays, and seamless digital interaction—all in a form as comfortable as regular contact lenses. From monitoring eye pressure for glaucoma detection to displaying augmented reality overlays without bulky headsets, XPANCEO is turning science fiction into reality, making smart lenses a potential game-changer for consumers.

One of the biggest innovations is the Smart Contact Lens with Wireless Powering Companion, which solves the issue of keeping electronics running in such a tiny form. Instead of using a battery, the lens wirelessly receives power from a small portable case, similar to an earbud charger. This breakthrough keeps the lens ultra-thin and breathable while providing hours of use for AR visuals or health monitoring features. It also ensures safe energy transfer, with radiation levels comparable to common wearable devices like wireless headphones.

XPANCEO’s Biosensing Smart Contact Lens acts like a personal health assistant, analyzing tear fluid to provide real-time insights into glucose levels, stress hormones, and vitamin deficiencies. This could be a game-changer for people with diabetes or those looking for a simple way to track their well-being. The Smart Contact Lens with IOP Sensor continuously measures eye pressure, helping detect early signs of glaucoma, one of the leading causes of blindness. The companion app even uses AI to predict risks and suggest lifestyle adjustments to improve eye health.

For those interested in AR without the bulk of glasses or headsets, the AR Vision Smart Contact Lens projects digital information directly onto the retina, creating a screen that only the wearer can see. It automatically adjusts brightness for outdoor and indoor settings and allows hands-free control through eye movements. The display delivers high-resolution visuals while drawing minimal power through wireless charging. The Smart Contact Lens for Data Reading adds connectivity features, syncing health data to cloud platforms and electronic health records for easier access and tracking.

XPANCEO’s prototypes are still in development, with medical versions expected to take longer due to regulatory approvals. Consumer AR models designed for entertainment, navigation, and fitness tracking may hit the market sooner. While challenges remain in bringing this technology to everyday users, XPANCEO’s vision is clear: smart contact lenses could soon replace screens and wearables, offering an effortless way to stay connected, healthy, and informed—all without anyone knowing you’re wearing the future.

The post Yanko Design Best of MWC 2025: Envisioning the Future of Communication and Creativity first appeared on Yanko Design.

The recently published patent application US 2025/0060618 A1, filed by Samsung Electronics under the names of LEE et al., provides a detailed look at the company’s approach to smart glasses. Released on February 20, 2025, the filing focuses on audio technology and how it integrates with wearable displays, positioning Samsung to compete in this expanding market.

Designer: Samsung

Advanced Audio Technology

Samsung’s documentation outlines a specialized speaker system designed to reduce electromagnetic interference, a common issue that affects sound quality in wearable audio devices. Engineers have developed a noise-reducing speaker design that maintains clear audio without increasing power consumption, an essential factor for extending battery life in a compact form.

The filing describes bone conduction as a key method for delivering audio, transmitting sound vibrations through the bones of the skull to the inner ear. This approach allows users to hear their surroundings while listening to audio, improving situational awareness and reducing sound leakage. By bypassing the eardrum, this method also enhances audio clarity, particularly in noisy environments.

AI Integration and User Interaction

Beyond audio, the application suggests AI-based processing for both sound and visual data, which may enable applications like real-time translation and voice control. The design appears optimized for on-device computation, reducing reliance on cloud-based processing and improving response times.

Interaction methods are a key focus, with descriptions of controls responding to voice, gestures, and possibly eye tracking. Integrated sensors and cameras could detect specific gestures to execute commands, while eye-tracking technology might allow users to select and interact with virtual elements simply by looking at them. This multi-modal interface would make the glasses intuitive in both professional and everyday settings.

Design and Wearability

Balancing functionality with aesthetics, Samsung’s patent emphasizes a sleek and lightweight design that allows the smart glasses to be worn comfortably throughout the day. The frame is structured to house various electronic components, including processors, sensors, microphones, and power sources while maintaining a streamlined profile. Samsung’s approach suggests that these components will be distributed in a way that preserves the natural balance of the glasses, preventing unnecessary weight distribution that could cause discomfort during extended wear.

The filing proposes using lightweight metals and reinforced polymers to maintain durability without adding bulk. These materials are selected not only for their strength but also for their ability to integrate seamlessly with internal circuitry and wireless connectivity components. The documentation suggests a modular frame structure where certain internal elements could be housed within replaceable or removable sections, allowing for potential future upgrades or easier maintenance.

Samsung also considers fit adjustability in the frame’s structure, which could enhance usability for different wearers. The patent references flexible hinges or temples that adapt to varying head shapes while securing the glasses in place. This could be particularly useful for users engaging in physical activities, where stability is a key concern.

Thermal regulation is another crucial aspect of the design. The placement of electronic components within the frame necessitates passive heat management to ensure comfort. The patent outlines the use of heat-dissipating materials to channel excess heat away from sensitive areas, while specific sections of the glasses—such as the temples or bridge—may incorporate micro-ventilation channels that improve airflow. Rather than relying on active cooling methods that could drain battery life, these passive design choices aim to regulate temperature efficiently.

The document also explores ways to minimize external bulk, ensuring the glasses retain a low-profile aesthetic. Unlike early smart glasses concepts that featured protruding camera modules or visible processing units, Samsung’s design approach seeks to embed technology within the structure, making the device visually indistinguishable from traditional eyewear.

To enhance user comfort, the patent describes coatings and surface treatments that could improve durability while maintaining a premium feel. Anti-reflective and anti-smudge coatings on the lenses help maintain visibility, while skin-friendly materials on contact points, such as nose pads and temples, reduce irritation during prolonged wear.

By addressing weight distribution, material selection, passive heat dissipation, and ergonomic considerations, Samsung aims to design smart glasses that balance technological sophistication with everyday usability.

Market Positioning

This patent aligns with industry speculation about Samsung’s interest in the XR and smart glasses market. With Apple’s Vision Pro and Meta’s smart glasses gaining traction, a focus on audio quality and AI integration could serve as a key differentiator in this competitive space.

The company’s expertise in display technology, semiconductors, and AI development positions it well for wearables. By addressing the limitations of previous attempts in this category, Samsung is developing a product that could appeal to users looking for a device that enhances everyday interactions.

Technical Considerations

The filing highlights several engineering challenges and the solutions being developed to address them:

• Power Efficiency: The noise-reducing speaker system operates with minimal power, preserving battery life for extended use.
• Component Integration: Internal electronics are embedded in a way that preserves comfort while maintaining functionality.
• Heat Management: Structural design choices facilitate passive cooling, preventing overheating without relying on power-draining cooling mechanisms.
• Durability: The choice of reinforced materials ensures longevity while maintaining a lightweight and ergonomic structure.

A Step Toward Smart Glasses Adoption

While this application provides insight into Samsung’s direction, it is part of a larger effort to refine smart glasses technology into a practical consumer product. The transition from concept to production will involve adjustments based on technical feasibility, market demand, and competition.

Samsung’s investment in this space suggests a strong focus on wearable displays that integrate AI and audio in a way that enhances usability. The company’s approach addresses challenges that have limited smart glasses adoption, prioritizing clear audio, efficient power use, and an intuitive interface.

With the industry moving toward more immersive digital experiences, Samsung’s work in smart glasses could be an early step toward making wearable displays a part of everyday life.

The post The Future is Clear: Samsung’s Smart Glasses Patent Leaps Ahead with AI and Audio Tech first appeared on Yanko Design.

There’s really no argument that all of the eXtended reality experiences available to us now are nothing but illusions. As believable as the visuals might be, it all breaks down when you try to take into account the other sense of the body. It isn’t just the sense of touch either, which is often what designers and inventors try to immediately address. Other senses, however, are even harder to recreate or fool.

Our sense of taste, for example, is very complex and sophisticated, even if we try to distill them down to basic groups like sweet, sour, salty, etc. Virtual reality makes that even harder because you don’t have the real thing in front of you to put in your mouth. In the future, however, that might not be much of a problem, at least if this rather odd-looking device becomes the standard for VR tasting.

Designers: Liu Yiming et al (City University of Hong Kong)

The idea of licking a device, much less putting one in your mouth, might sound not only weird but also unsettling, but short of having real food in your hand all the time, that’s the only compromise you can get in mixed reality environments. At the same time, however, it will be difficult to deliver every single flavor you might be able to taste in such an experience, but biomedical engineers from the City University of Hong Kong have designed a rather curious way of doing just that.

Shaped like very thick lollipops, the devices are meant to be licked and, depending on the scenario, induce a certain flavor in the person’s mouth. The secret, in a nutshell, is special tiny gels that get activated by a very low voltage of electricity. When the gel interacts with saliva, it produces an intended flavor, depending on the composition of the gel.

With the current form of this “VR Lollipop,” there are 9 gel pouches that each reproduce distinct flavors, including salt, sugar, milk, cherry, citric acid, green tea, passion fruit, grapefruit, and, strangest of all, durian. The intensity of these flavors depends on how much voltage is used to activate the substance, but the size of the lollipop limits each flavor to only one hour. Covering other flavors will probably depend on how well they can be recreated by these red algae gels.

That said, taste isn’t actually a solitary sense and is largely impacted by our sense of smell. A runny nose, for example, could throw our sense of taste off, and a foul odor can very well ruin our appetite. The next step, then, would be to recreate and deliver the scents associated with these flavors, which would probably be an interesting exercise with durian involved.

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