Smartphone cameras have gotten quite powerful, that they might have hit a wall when it comes to hardware. Although they have reached mind-blowing 100 megapixels, sensors have also gotten a little too large for the ever-thinning smartphones. To make up for that slump in optical solutions, manufacturers are turning to software, specifically everyone’s favorite AI special sauce, to produce astounding images and experiences that wouldn’t have been possible with hardware alone. That said, AI alone won’t be enough either, so at its AI Imaging Media Preview Event in Bangkok, realme unveiled a new AI photography architecture that harnesses both powerful optics and powerful algorithms to bring mobile photography to the next level.

Designer: realme

realme’s new HYPERIMAGE+ AI photography architecture, which it claims is a first for the industry, leverages three layers to create its seemingly magical imaging feats. It stands on a solid foundation of powerful hardware, delivered by a new Sony LYT-701, a 50MP sensor with OIS, and a 50MP Sony LYT-600 paired with a periscope-style telephoto lens that lets it zoom in up to 3x without any loss in detail. The hardware alone would have been enough to handle any photography task even in challenging lighting situations, so you can imagine how much more impressive the results would be with help from AI.

HYPERIMAGE+ also utilizes both on-device AI imaging algorithms as well as cloud-based AI image editing to go beyond what the hardware is capable of. HyperRAW, for example, brings image processing capabilities to the high-quality RAW domain, boosting image quality and dynamic range to faithfully recreate light and shadows. AI Pure Bokeh helps in the separation of foreground, midground, and background elements, applying pixel-level segmentation and targeted optimization to create realistic portrait photos, all within seconds. An in the event that the cameras weren’t able to capture enough resolution for rich details, AI Ultra Clarity enhances the image to still produce crystal clear and stunning images.

Oplus_131072

Of course, all these benefits of AI would be meaningless if it doesn’t get into the hands of those who need it the most. Young users, in particular, are always craving stunning photos, striking videos, and unforgettable memories, pushing the boundaries of what their smartphones are capable of. They are, therefore, the perfect audience for this ultra clear camera with AI, and are exactly who the upcoming realme 13 Pro+ will be aiming for. realme’s AI-empowered flagship is set to launch soon, though details are still scant and will be provided closer to the launch date.

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This clever little hack basically turns the Rabbit R1 into what it originally was – an Android device – albeit without the limited interface and shoddy AI abilities. YouTuber ‘HowToMen’ showed how he loaded Android 13 onto the R1, and the results are frankly surprising. The touchscreen now works, you can load almost every conceivable app, you can send SMSes, use the camera to take photos/videos or better still, pair it with Google Lens to tap into Google’s AI chops. The scroll wheel now becomes a volume scroller, and heck, the entire device just feels a little more redeemed from its failed past. If you’ve got a Rabbit R1, here’s a clever little trick to make it a little more useful just in case you weren’t happy with its capabilities before.

Designer: HowToMen

After disastrous reviews from the tech community, Humane and Rabbit saw their street cred evaporate almost overnight. Humane ended up folding entirely, trying to sell its entire operation to any buyer. Rabbit, on the other hand, has been a little more steadfast… although people who own the R1 never seem to recommend getting it. The result, dwindling sales and the prospect of a total device failure. For people who already ended up buying the R1, instead of being left with a pretty useless device that doesn’t do half the things it promises, it just makes sense to boot Android onto it. After all, the R1 is basically a highly stripped-down version of Android running just an AI app. Turns out, if you want to jailbreak your Rabbit R1, it isn’t too difficult. You can easily load Android 13 onto the device and use it just the way you would a smartphone.

HowToMen basically jailbroke the Rabbit R1 and installed Android 13 on it. Once done, he installed the Lawnchair launcher to give it a distinct Android-esque aesthetic while adding widgets that he developed himself. The result is basically a tiny Android phone that does everything except make actual calls (although someone on Twitter did demonstrate the ability to call people too). To be honest, it robs the R1 of its Rabbit-esque essence… but then again, I’m an advocate for the ‘if you buy it you own it and you can do whatever you want to it’ school of thought.

What you’re left with is a pretty capable device that lets you do much more than you previously could with the R1. It has every feature you’d expect from the Android OS, including a dropdown control center, a working camera (although the camera’s direction has to be toggled from the dropdown control center). The camera can be made to face forwards, backwards, or even downwards as a privacy filter.

The camera interface isn’t too detailed, and just lets you either click photos or record videos.

The screen regains its touch-ability, something that Rabbit disabled for the most part. You can navigate it the way you would any Android phone. The speakers at the back work just fine, and a built-in microphone lets you record voice notes. Notably, the scroller on the side now becomes a volume wheel, and the lock button works just as advertised. Pop a SIM card in and you can even do things like send SMSes to friends. I’m not sure if WhatsApp would work on the device, but that’s worth a try too.

The procedure is pretty simple, from what HowToMen describes. It involves installing Android onto the device from a GitHub repository, and then you can add launchers to your device to customize its appearance. There are, however, two caveats – for starters, that 2-inch screen feels like a massive downgrade, giving you an Android experience that feels like something from 2014. The second, is the massive reduction in battery life. Instead of running just the Rabbit AI app, you’re now running Android 13, with all its apps, a colorful interface, and 128 gigs of storage that let you really use the R1 like a phone – that takes a toll on the battery life of the device, making it last significantly less than the R1 originally would. That being said, it’s still a bit of a win, given that you can do much more with the device than you previously could. For a $199 device, it’s quite an achievement, isn’t it?! Even budget Android phones aren’t that cheap!

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Video streaming has become its own entertainment category and industry, allowing almost anyone to reach out to millions across the world and maybe even make some money while doing so. The barrier to entry is quite low, at least when it comes to equipment, as long as you have a smartphone or even a computer with a webcam. As you grow your content and your audience, however, you will eventually find yourself looking for tools that are made to support such activities, like a webcam that can help bring out the best in your video content and presentations. Of course, webcams are a dime a dozen, especially if you consider the cheap and unsurprisingly basic options out there. You might think you need to spend big bucks for a really good webcam, but the new OBSBOT Tiny 2 Lite says otherwise. Compact yet packing quite a punch, the 4K PTZ webcam promises AI-powered features at an affordable price, and that naturally piqued our curiosity to see if it’s really good as it sounds.

Designer: OBSBOT

Aesthetics

Webcam designs are myriad and varied, and most of them are meant to sit on top of computer monitors or laptop lids for use in video chats. That often means using clips or, worse, adhesives, and they take on shapes that are designed to blend in with the monitor, leading to rather uninspiring designs. It might be called a webcam, but the OBSBOT Tiny 2 Lite is really a versatile gimbal camera that can be used for almost any purpose and in almost any setting as long as you’re connected to a computer, of course.

As such, it’s no surprise that the OBSBOT Tiny 2 Lite looks more like one of those gimbal cameras than a webcam, and for good reason. It’s a PTZ or “pan, tilt, zoom” camera, after all, and its base and arm work to move the camera as needed. Yes, you don’t have to position the camera yourself, but more on that later. What this means is that this webcam hardly looks like a webcam at all. Its rounded square base and the square camera hanging from its arm make it resemble a miniature professional video camera, and that’s a comparison that’s more than just skin deep.

All in all, the OBSBOT Tiny 2 Lite has a compact and minimalist design that is distinctive but not distracting. It’s small enough to take with you anywhere your laptop and your work need to go, while still packing quite a collection of powerful features. The camera itself barely has any physical controls, creating a clean and professional-looking aesthetic. That means you’ll have to rely on indirect methods of control, like the OBSBOT App, hand gestures, or the optional remote control.

Ergonomics

You won’t be holding the OBSBOT Tiny 2 Lite in your hand, not unless you put it on a selfie stick or handle. It’s meant to either mount on top of you a monitor, stand on a desk, or attach to a tripod, and the camera’s design supports all three. Rather than relying on a separate clip that you might lose, the Tiny 2 Lite features a built-in stand that unfolds from the bottom, forming a simple cantilever-like mechanism that uses gravity and physics to stick to the top of a computer screen. It is, however, a very simple mechanism, and it might struggle to support older, thicker monitors as well as very slim laptop lids.

When in use, you won’t be touching the camera directly either, since there are no buttons in the first place, other than turning the camera down to activate its privacy mode. Your primary control method will be through the computer app that configures the camera’s settings, but OBSBOT really wants you to rely on automatic operations powered by its AI. For more precise control from a distance, however, you might prefer to spend an extra $49 for the optional remote control slash presentation clicker. Depending on your workflow, you might find this absence of direct control liberating or extra work.

Performance

OBSBOT made a name for itself with 4K webcams packed in tiny designs, and the Tiny 2 Lite is no different. What is different, however, is that it selects only the hardware and features that deliver the best possible experience without asking too much from the consumer’s finances. For example, the 1/2-inch CMOS sensor is quite capable, enabling 4K 30fps as well as 1080p 60fps video recording with crisp and clear details. It supports HDR, though not the PixGain HDR that the more expensive non-Lite OBSBOT Tiny 2 boasts of, and it only has a single ISO for all kinds of lighting conditions.

While the video quality that the Tiny 2 Lite produces is already good, the camera’s real selling point is its intelligent hands-free controls. Of course, this newer model leverages plenty of AI so that you can leave it to decide what it thinks is the best shot, whether it’s zooming up close or using a more panoramic shot. The camera tracks you as you go around, making presentations and demonstrations look more dynamic and natural. It also supports auto framing, where it pans or zooms to adjust to the number of people going in and out of view. If you need more direct control, you don’t have to reach for the remote and just use hand gestures to adjust the camera to your liking. As for that movement, it’s pretty smooth and quick, easily adjusting to your own movement as if you have a human behind the camera.

As many AI features that OBSBOT crammed in such a small and accessible device, it also had to leave out quite a number of them that you’d see on the OBSBOT Tiny 2. It doesn’t have voice control, for example, which might actually be a good thing for more privacy-concerned users, but neither does it have a desktop mode where the camera swings down to capture, rotate, and frame what you’re doing on the desk, which could be your notes or instructions for some process. The biggest “downgrade,” however, is using a slower USB 2.0 connection only, a decision that’s sure to become a bottleneck when you need fast video transfers from camera to computer. Fortunately, most of these features can be considered “extras” from a content creator’s point of view, allowing the OBSBOT Tiny 2 Lite to still deliver a solid performance at almost half the price of its older sibling.

Sustainability

One of the reasons why webcams are so ubiquitous is because of how easy and cheap it is to get the materials needed to make them. That means a load of plastic, which is admittedly lighter and more resilient than a premium but hefty aluminum chassis. Unfortunately, that doesn’t bode well for the sustainability of these products, especially the ones that feel and look cheap and are more likely to be thrown out the moment they start malfunctioning.

The OBSBOT Tiny 2 Lite thankfully doesn’t look cheap nor feel like a throwaway product, but it’s still not something that will last you a long time if you aren’t careful. You won’t want to take it on daring adventures, especially in extreme conditions. This isn’t an action cam anyway, but it could still let you do some outdoor streaming if the weather allows it.

Value

OBSBOT launched the Tiny 2 last year to much applause for the wide array of smart features packed in a compact and stylish design. The one complaint has been its rather steep price tag, and the new Tiny 2 Lite finally addresses that. For only $179, it crams many of those AI features, particularly the core functions that truly define the Tiny 2. Naturally, it had to leave some out, but did OBSBOT cut off too much?

That’s hardly the case, as the Tiny 2 Lite delivers a solid PTZ webcam experience. Admittedly, that price tag might still look a bit too high, and not all features will appeal to everyone who needs a webcam. Those who mainly use webcams for meetings will find little reason to spend more on such a camera, though there are options like sleep mode made for those times when you need to briefly step away from a meeting.

Verdict

Being stuck at home doing video meetings and chats has made us realize how webcams seem to have been stuck in the early 2000s. A whole new crop of more powerful cameras has grown from this need, some going beyond just making you look presentable for a meeting. The OBSBOT Tiny 2 Lite is designed for budding creators who need to focus on the content they’re recording instead of having to fiddle with camera controls. More than just high-quality 4K video, this small yet powerful PTZ webcam leverages AI to do the heavy lifting of framing the perfect shot to captivate your audience, clearly get your point across, or simply have fun. Best of all, you won’t have to break the bank just to get your hands on a tool that looks so simple yet packs quite a punch, helping you look professional in any video.

The post OBSBOT Tiny 2 Lite 4K PTZ Webcam Review: Budget-Friendly AI Camera Crew first appeared on Yanko Design.

AI is the buzzword in the tech industry, with mainstream media picking up on it and sometimes not in a good way. All the benefits that the technology brings, however, are for naught if only a select few can afford to use it. AI on smartphones promises quality-of-life improvements and exciting creative features, but only if you have the latest and greatest models with powerful specs and matching high prices. Fortunately, AI on mobile is such a hot topic that manufacturers are bringing those features to almost any new device. That’s pretty much the premise of the OPPO Reno 12 Pro, specifically the global edition that the brand just launched, one of the first few to advertise these AI benefits on what some would consider a mid-range model. But is it a potent combination or is the experience hampered by the Reno 12 Pro’s hardware? We take the phone for a spin to bring you the answers.

Designer: OPPO

Aesthetics

Companies avoid using the label “mid-range” or “mid-tier” for good reason. They often come with the connotation of lacking quality and appeal, which is definitely not something that can be said for the Reno 12 Pro. Right off the bat, you’ll be surprised by how enchanting the phone is, especially the Nebula Silver colorway we received for this review. OPPO utilizes what it calls Fluid Ripple Texture that gives the phone’s back a 3D visual effect of liquid gently moving underneath the glass. It even has something like a parallax effect that gives the illusion that there’s truly some solid mass despite having a completely flat surface. The play of light, shadow, and colors has a mesmerizing effect that gives the phone a more stylish and elegant air.

The other two color options, Sunset Gold and Space Brown, are no less attractive but have a different approach. They use a two-tone design that combines a matte section and a smaller glossy area separated by a chic metal-like ribbon running across the width of the phone. It’s a familiar composition, only arranged upside-down, giving the Reno 12 Pro a distinctive look. Unfortunately, this design has one rather critical flaw, the glossy part will always be where your palm rests, which means it will always have oils and smudges whenever you hold it.

The phone’s flat edges give it a modern look and its reflective surface gives the impression of a metallic nature. It is, however, a sleight of hand, given how the material is actually a new proprietary alloy that OPPO promises has the same durability but with less weight. All in all, the OPPO Reno 12 Pro definitely has a striking presence that’s almost on par with more expensive flagships.

Ergonomics

Given the phone’s large size, it’s almost shocking that the OPPO Reno 12 Pro weighs only 180g. Part of that is probably thanks to the absence of “real” metal in the frame, utilizing OPPO’s High-Strength Alloy Framework instead. On the one hand, this gives the phone a lightweight body that lessens the strain on your hand. On the other hand, no pun intended, it sometimes makes the phone feel a bit flimsy, lacking the substance you’d find on premium handsets.

Smartphone designs these days either go for flat edges or the more traditional curved screens, but the OPPO Reno 12 Pro finds a rather curious middle ground. Its sides are quite flat, but the screen isn’t exactly the same. It has a very minimal curvature not only on the left and right sides but also top and bottom but never goes over the edges. OPPO says this design delivers that same immersive viewing experience without the accidental touches that curved screens are notorious for. Along with more rounded corners, this design offers comfort and confidence in your grip, making for a more pleasurable smartphone experience.

Performance

The OPPO Reno 12 Pro isn’t exactly new but it is only now making its way to global markets. That journey, however, seems to have taken a toll on the handset, and OPPO decided to use a custom MediaTek Dimensity 7300-Energy. This variant of the processor is geared towards more efficient battery use, but it’s still based on a rather mid-range silicon line. Fortunately, the phone still performs admirably, especially with 12GB of RAM, though you might see some stuttering or dropped frames in more intensive games. In exchange, however, OPPO gives the Reno 12 Pro a feature that’s all but gone from smartphones these days: a microSD card slot sharing space with the second SIM card slot.

Like any other smartphone these days, OPPO takes great pride in the Reno 12 Pro’s imaging system, and for good reason. It boasts two 50MP sensors, one for the main wide shooter and another for telephoto. These high-performance cameras produce impressive images, even on overcast days, bringing rich detail and accurate colors to every shot. These two cameras also work together to deliver beautiful bokeh effects in portrait mode, creating an accurate separation of foreground and background and giving the latter a pleasant blur. Sadly, the 8MP ultra-wide camera barely holds a candle to these two, but it thankfully still gets the basics right. Even more impressive, however, is the 50MP front-facing camera that not only has autofocus but can even take videos in 4K UHD quality.

Given that the main selling point of this generation of the Reno family is AI, we definitely have to say a few words about it. At the time of this writing, the rollout of some of the features is still ongoing or scheduled, but the complete set is definitely something worth waiting for. You have a combination of generative AI features across the board, from intelligently handling the performance of the phone to tweaking your photos to match a certain appearance with the AI Studio. Leveraging the power of Google Gemini, The Reno 12 Pro features an AI sidebar that can analyze the content displayed on the screen and offer relevant tools for it. It can, for example, summarize a long article into a few bullet points, recommend a text to post on social media, or even speak out the contents of a website. This is just the tip of the iceberg for the AI features that OPPO is bringing to everyone who can afford it, and the Reno 12 Pro’s price point makes sure of that.

Sustainability

While OPPO has had strong advocacy for the use of sustainable processes and materials on its phones, it’s not easy to see that on the OPPO Reno 12 Pro, at least not directly. It doesn’t mention any use of recycled materials, for one, and its new alloy material is unsurprisingly a big secret. It wouldn’t be surprising, however, if it had a considerable amount of plastic in the mix, which would be on par with most mid-range phones.

Instead, the company focuses more on the durability and longevity of its design, ensuring that the phone won’t meet an untimely end that quickly. It uses the latest Corning Gorilla Glass Victus 2 protection for the screen and boasts an IP65 dust and water resistance rating. Curiously, OPPO also talks about a biomimetic cushion for internal parts inspired by the structure of a sponge, further protecting sensitive components from bumps and falls. That said, only a proper teardown will reveal the true nature of that new protective layer.

Value

The OPPO Reno 12 Pro is quite a looker and it boasts plenty of AI features you’d only hear about on premium flagships. At the same time, it delivers a decent performance, especially for one that has the marks of a mid-tier market smartphone. The question, however, is whether all of these are worth the price OPPO is asking for.

To be fair, it isn’t asking for much, depending on the market. The Pro model goes for 599 EUR, roughly $650, which is far below the latest high-end offerings. That said, it isn’t the only player in this particular field, and OPPO is even up against the venerable Google Pixel 8a. The question then becomes one of availability as well as preferences, especially when it comes to the custom OPPO ColorOS Android experience. At the moment, though, the Reno 12 Pro is one of the few mid-range phones to offer such a variety of AI-powered features, but that number will only grow in the months ahead, giving OPPO plenty of competition in this space.

Verdict

There’s no escaping AI, at least for now, and it isn’t just in powerful PCs or the Web. Smartphones are the next arena for AI, whether you like it or not, but only if it’s something that more people can obtain and, more importantly, enjoy. Phone and chip manufacturers are naturally more interested in flexing their muscles to showcase powerful hardware to support advanced AI processes, but these won’t land in most people’s hands that easily.

The OPPO Reno 12 Pro represents a new breed of smartphones that is making AI more accessible to the masses with more wallet-friendly options. But it isn’t just its AI prowess that sets this phone apart. Its striking design is definitely a head-turner, and its promise of durability increases trust not only in the phone but also in OPPO’s brand. It definitely has some tough competition ahead, but at least for now, it is leading the pack with its combination of power, gracefulness, and, more importantly, price.

The post OPPO Reno 12 Pro Review: Making AI Affordable in a Stylish Design first appeared on Yanko Design.

Many of the devices that exist today were, at some point in time, inspired by science fiction, from personal computers to smartphones to tablets. Smartwatches, in particular, may have partly been imagined after seeing wrist-worn communication devices in some sci-fi shows and flicks. Of course, today’s smartwatches are more practical and less sensational, even as they demonstrate the marvels of technology squeezed in such a small space. But smartwatches aren’t the booming business that manufacturers hoped they would be, at least not compared to smartwatches, and every year brings doubts about this product category’s future. This year is no different, especially with new technologies like smart rings and especially AI trying to take center stage, even when it comes to health and fitness.

Designer: Apple

What Are Smartwatches For?

Defining smartwatches has never been easy. Simply saying that they are watches that can mirror notifications from your phone and track your activity is both a disservice and an oversimplification. Given all that they can do these days, seeing them as miniature smartphones on your wrist isn’t exactly inaccurate, though the user experience is significantly limited due to the small screen and feeble hardware. In fact, the very first batch of smartwatches from smartphone makers pretty much tried to sell that image with little success.

Designer: Google

It wasn’t until the Apple Watch and anecdotes of its life-saving features that this wearable really defined its identity in the market. It was, for all intents and purposes, a wearable health tracker masquerading as a timepiece. And depending on the brand and style of the smartwatch, it may or may not pass for a luxury watch, at least from a distance. It basically pushed fitness trackers out of the scene, with more advanced sensors, a more flexible user experience, and connectivity to a smartphone. Over time, however, people and even companies have also started to wonder why they still have a smartwatch, especially with upcoming technologies and designs that offer more choices especially when it comes to aesthetics and style.

True Wearables

Smartwatches are perhaps the world’s first taste of wearable technologies, but that’s hardly the only incarnation possible. Ideally, true wearables will be something you can, well, wear, including clothing, footwear, and especially jewelry. These weren’t possible years ago, but technology and manufacturing are thankfully catching up and, soon, people won’t have to ditch their heirloom mechanical watches just because they want to monitor their health 24/7.

Smart rings, for example, try to offer at least the basics of activity tracking and health monitoring but in a more discreet form that doesn’t get in the way, at least if you’re used to wearing rings all day. A ring would let you wear your favorite timepiece, or wear a different watch for any occasion, all without losing those important health stats. There are also attempts at developing other kinds of smart jewelry that also have health sensors or apparel that let you control your phone or other devices. These are wearables in the truest sense of the term, and they won’t be just science fiction soon.

AI Craze

Another trend gripping the tech industry as a whole is also putting the usefulness of smartwatches into question. AI can be found anywhere these days, from image generators to note-taking apps. Of course, tech companies have long been touting AI-powered services via cloud-based personal assistants, but the trend these days is moving the bulk of the work to the device itself. Smartphones might be powerful enough to support this kind of AI, but smartwatches don’t have that much silicon muscle, at least not without burning through their already meager battery lives.

Designer: Google

It’s actually curious that both Apple and Google have been rather silent about their latest AI features when it comes to their own smartwatches, possibly hinting they won’t be coming any time soon. It’s certainly possible for smartwatches to offload the work to the smartphones they’re connected to, but the latency might be too much to ask as well. It could still be good for the occasional verbal question to AI services, but nothing that actually makes a smartwatch a must-have for this purpose.

Distraction Station

If health monitoring and AI won’t be the exclusive domain of smartwatches, then one must wonder what other unique experiences they offer. Unlike a smart ring or even a fitness tracker, a smartwatch offers more advanced features related to a smartphone, like reading notifications in full, replying to messages, or even viewing some apps in a smaller form. But are these actually advantages or are they merely showing off feats of technology that actually become detrimental to users in the end?

Designer: Samsung

Smartphones are notorious for being sources of distractions, which is why there is a counter-movement of phones espousing minimalism or devices with distraction-free experiences. You can, of course, select only the notifications you really need to see on your wrist, but even smartphones have that same function anyway. In reality, smartwatches make it too easy to be distracted by those notifications without even pulling out your phone, and you spend more time looking at your smartwatch than you would a regular watch. Funnily enough, the people around you wouldn’t even have a clue that you’re wearing a smartwatch and would simply presume you’re being impatient.

Fringe Benefits

That said, there are definitely things that only a smartwatch can offer, at least for now. Smart rings, due to their size, can only offer a small selection of sensors to monitor your health. For more advanced biometrics, you’ll need a larger device to wear, like a smartwatch or a fitness band. There are also still some discussions on whether a ring or a watch is more accurate, though both naturally pale in comparison to medical equipment.

Designer: Apple

Unlike a fitness band, a smartwatch also offers more flexibility when it comes to aesthetics. After all, it can masquerade as a traditional watch given the right band and watch face. More active people might also want a fuller activity-tracking experience without having to wear a watch and a fitness tracker at the same time, and a smartwatch definitely bridges the gap between the two.

Final Thoughts: Smartwatches Today and Tomorrow

Just when the smartwatch market seems to have secured its footing, its future comes into question once again. Luxury brands that once tried to portray smartwatches as fashionable accessories have now pulled back from the market, leaving only tech companies to do the heavy lifting. Some of these tech companies, however, are looking into smart rings as well, and their AI endeavors don’t seem to have a place on smartwatches either. Smartwatches aren’t going to disappear immediately, and they might finally be able to have enough processing power and battery capacity to support even the most basic on-device AI features, but it might be time to again rethink what role smartwatches play in our modern world.

The post Are Smartwatches Becoming Obsolete? A Look at AI and Smart Rings first appeared on Yanko Design.

A rising tide lifts all boats, they say… and it seems like the AI tide is finally coming to help smaller creators harness the power of new technologies. The Raspberry Pi Foundation just unveiled their latest AI Kit that works with the Pi 5, bringing AI capabilities to hundreds of thousands of creators using the tiny computers to build their own hobby projects or even retail products. The versatile single-board computer has seen seismic growth since it was first introduced in 2012, more than a decade ago. As trends go, Raspberry Pi has also ensured its computers stay relevant, introducing features, capabilities, and modules that keep it on the cutting-edge of budget computer-building.

Developed in collaboration with Hailo, a leader in AI acceleration technology, the Raspberry Pi AI Kit is all about empowering users to build intelligent applications directly on their Raspberry Pi. Imagine creating real-time AI vision applications – object detection, facial recognition, pose estimation, and more – without relying on cloud processing.

Designer: Raspberry Pi Foundation

At the heart of the AI Kit lies the Hailo-8L AI accelerator module. This tiny powerhouse boasts a whopping 13 tera-operations per second (TOPS) of inferencing performance. That translates to real-time processing of complex AI tasks, with minimal power consumption – perfect for battery-powered projects or those seeking eco-friendly solutions.

One of the biggest challenges in AI development can be the complex software integration between cameras and AI frameworks. The Raspberry Pi team has addressed this head-on by simplifying the process. Their rpicam-apps suite now features a post-processing template specifically designed for integrating AI inferencing within the camera pipeline. With the pre-installed Hailo Tappas libraries, crafting advanced AI applications becomes achievable with just a few hundred lines of C++ code.

The Raspberry Pi AI Kit isn’t limited to rpicam-apps. The kit also includes an API that integrates with the GStreamer framework, allowing you to run inference on pre-recorded videos or build custom Python or C/C++ applications. This opens doors for a wider range of AI projects beyond camera-based solutions.

Installing the AI Kit software is a breeze. With just a few package installations through apt and a reboot, you’ll be ready to explore the exciting world of on-device AI within minutes. Their comprehensive getting started guide walks you through the entire process. The Raspberry Pi AI Kit is priced at $70, allowing all creators to tinker with artificial intelligence, building new products and helping grow the small creator community in lock-step with global innovation.

The post Raspberry Pi Foundation Launches $70 AI Kit for Pi 5 first appeared on Yanko Design.

Like it or not, and some definitely don’t, AI is the current buzz in the tech industry, and it will still be for quite a while. But as impressive and sometimes frightening as the advanced features of AI may be, the truth is that these features are only available to a very select few people who either have the high-end hardware to support them or the resources to maintain monthly subscriptions to services. For AI to truly become life-changing, it has to become available to everyone, even those with less expensive phones and computers. That’s the new commitment that OPPO is making, to bring generative AI features to as many as 50 million phones in an effort to make AI accessible to everyone.

Designer: OPPO

Up until recently, most of the talk about AI revolved around powerful computers and cloud-based solutions. After all, AI needs very capable hardware and loads of data to perform its magic. That said, making AI relevant to ordinary people requires actually putting the technology into their hands, and there is no better device for that purpose than one that they literally hold in their hands: their smartphones. It’s no surprise, then, that Google’s recent developer event focused on making AI features available not only through its Search engine but on smartphones as well.

That has generated quite a lot of buzz on AI-powered features on the latest and greatest handsets, but that leaves the majority of the world’s population out in the cold. With dozens of millions of smartphones out in the market across all tiers, OPPO is in a unique position to change that situation, and it’s doing exactly that. It’s making a promise to push its generative AI features to all its smartphone product lines, from the flagship Find series to the camera-centric Reno to the mass market OPPO F and A lines.

In fact, it has already started that change by bringing features like AI Eraser, object recognition, and advanced image processing to many of its smartphones already out in the wild today. Granted, most of these focus on the photography side of the AI, but that’s just the beginning. Collaborating with key industry players like Google, MediaTek, and Microsoft, OPPO will be bringing smarter features across the board. The OPPO Reno 12, for example, will be able to harness the power of Google Gemini’s Large Language Models or LLMs for features like AI Writer and AI Recording Summary. Its collaboration with Microsoft, on the other hand, will bring more natural voice and text conversions to next-gen OPPO phones, as well as more seamless connectivity between phone AI and desktop AI, a.k.a. Microsoft Co-pilot.

Smartphones are already very powerful computers in our pockets, devices that are used not just for entertainment but also for work, education, and health. These are the very same areas where AI can shine best, making sense of large quantities of data to bring us the answers and information we need. Harnessing the growing power of on-device hardware as well as secure cloud services, OPPO envisions a future where everyone will be able to enjoy the benefits of AI, preferably on an OPPO phone, of course.

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Of all the things I’d want an AI to help me with, this might just be the most useful. While companies like Google and OpenAI have been showing their AI’s multimodal capabilities at identifying the color of objects, or human expressions, an AI hardware company is putting the power of LLMs to good use by having them identify trash. Binit, a Finnish startup, has developed a tiny hardware device that scans your trash and then tells you how to accurately dispose of it. It doesn’t just identify objects like coffee cups and vegetable peels, it tries to analyze materials, looks at brands to identify their manufacturing techniques to determine the best ways to dispose of trash, and effectively tells you (with 98% accuracy) how to segregate your household waste so that the wrong items don’t get disposed of in the wrong channels.

Binit’s core technology is a dedicated AI-powered hardware device designed for the kitchen. Mounted conveniently near your bin, this gadget uses camera vision and sensor technology to identify items before they’re tossed. The system integrates with powerful large language models (LLMs) like OpenAI’s GPT-3, enabling highly accurate image recognition of everyday household waste objects.

Designer: Binit

Binit’s secret weapon? Rather than training their own AI model from scratch, they capitalize on the vast knowledge base of pre-trained LLMs. This approach has yielded impressive results – Binit claims near 98% accuracy in trash recognition. The system can even distinguish nuances – like whether a coffee cup has a lining based on brand recognition.

But Binit isn’t just about identifying your trash. The system analyzes the data it collects, generating insightful feedback through a companion app. This app provides users with a weekly “rubbish score” and gamified elements to motivate positive behavioral changes. Imagine a friendly nudge reminding you that you’ve been discarding a lot of plastic lately, along with suggestions for sustainable alternatives.

The free tier of the Binit app offers basic analytics, while a premium subscription unlocks additional features. The company also envisions itself as a potential data provider – offering anonymized insights on consumer waste habits to entities like packaging manufacturers. This data could be invaluable for businesses aiming to reduce their environmental footprint.

One might wonder – isn’t environmental awareness enough? Binit argues that while most people acknowledge the importance of waste reduction, ingrained habits are hard to break. They liken their approach to sleep trackers – providing data-driven insights that can empower users to make positive changes, even if they’re aware of the general principles.

Binit’s pilot programs across the US and Europe have shown promise. Users reportedly reduced mixed waste by around 40% after engaging with the system’s transparent feedback loop. The company plans to launch commercially this fall, likely in the US, offering both a dedicated AI hardware device and a free app-based scanning option.

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Although Windows on ARM has existed before, the latest iteration of Qualcomm’s Snapdragon X processors is coming out in full force to redeem the platform’s previous image. Part of that means having more PC makers on board who are willing to dive head-on into the arena, branding not just more capable silicon but, more importantly, AI-powered features that are all the buzz these days. ASUS, unsurprisingly, isn’t going to be left behind, and it’s bringing all that goodness into the new ProArt PZ13 detachable laptop that offers an ultra-portable form factor aimed to give creators an edge to let their creative juices flow whenever and wherever inspiration strikes them, even if it’s just on their living room couch.

Designer: ASUS

Given the uninspiring legacy of previous Windows on ARM attempts, it’s quite a bold move for ASUS to pitch the platform to one of the most discerning audiences in the market. Artists, designers, and content creators need more than just light, portable devices or long-lasting batteries, they need the performance that will be able to meet the demands of the software they use. At only 9mm thin, weighing only 1.87 lbs, and carrying a large 70Wh battery, the ASUS ProArt PZ13 definitely gets the first two aspects right. The new AI-enabled Qualcomm Snapdragon X processor promises to deliver that last and most critical part.

If it wasn’t painfully obvious yet, this processor harnesses the power of AI to boost its performance, particularly with paired with the Windows 11 operating system. It isn’t just your run-of-the-mill AI voice assistant that answers your search queries but a deeper, more encompassing tool that optimizes the system’s operation to save time, power, effort, and other resources. ASUS is also throwing its own AI-powered creation tools, like a StoryCube media hub for organizing digital assets, and a subscription-based CapCut for dynamic video editing. And, yes, Microsoft’s CoPilot is also onboard to make the other menial tasks more efficient as well.

The ASUS ProArt PZ13 comes in a 2-in-1 detachable design that is reminiscent of the Microsoft Surface, complete with a full-width kickstand and a keyboard cover. The 13.3-inch 3K ASUS Lumina OLED touch screen promises to meet the demanding requirements of creators when it comes to brightness, color accuracy, and precision, supporting an optional ASUS Pen 2.0 stylus for creating digital masterpieces. Unlike the existing line of ASUS ProArt laptops, this tablet and laptop in one is clearly designed for mobility, and the IP52 dust and water resistance rating, along with MIL-STD-810H certification, offer some peace of mind when you need to take the device places.

Of course, the real question will be whether Windows 11 on this new Snapdragon platform will perform just as well as on Intel and AMD processors. Early reviews seem to be promising, but the final judgment will really depend on the compatibility of creators’ tools on this still rare combination. The ASUS ProArt PZ13 AI-powered detachable laptop will go on sale sometime in the third quarter of the year, with pricing details to be released closer to the product’s launch.

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AI in the design process reshapes the industry, and BMW’s Designworks studio leads this transformation. AI tools like MidJourney, Runway, and Kaiber enhance how designers generate images, create animations, and develop textures inspired by nature and existing designs. This shift streamlines workflows and democratizes creativity, making it easier for designers to visualize and iterate on ideas quickly.

Designer: BMW Designworks

Revolutionizing Workflow and Democratizing Creativity

These AI tools have become essential in BMW’s Designworks studio. They allow the generation of images, animations, and textures that would otherwise require labor-intensive traditional methods. By leveraging AI, designers can explore creative possibilities quickly and efficiently, significantly reducing the time and effort needed to bring concepts to life.

Traditionally, creating a new design involves numerous steps: sketching, modeling, rendering, and iterating based on feedback. Each of these steps can be time-consuming and resource-intensive. However, with AI, designers can input parameters or a simple sketch and receive multiple fully realized design options within minutes. This rapid iteration capability allows for more experimentation and refinement, leading to higher quality and more innovative designs.

AI democratizes creativity by enabling designers with varying skill sets to contribute effectively to projects. Even those without extensive experience in animation or 3D modeling can produce compelling visual content. This inclusivity fosters a more collaborative environment where team members can present fully visualized ideas during brainstorming sessions, resulting in a more productive and innovative development process.

At BMW’s Designworks, this collaborative spirit is evident. Team members from different disciplines—industrial design, UI/UX, and creative consulting—can all contribute to the design process. AI tools bridge the gap between these disciplines, allowing for a unified creative vision. During brainstorming sessions, designers can bring AI-generated visuals to the table, enabling more effective communication and collaboration. This speeds up decision-making and ensures that the final design is holistic and well-rounded.

Inspiration, Innovation, and Practical Applications

AI-generated content provides unique sources of inspiration that traditional methods often miss. This capability helps designers think outside the box and push the boundaries of conventional design. For instance, AI can blend textures, materials, and shapes in ways that might not occur to a human designer, leading to innovative and unexpected results.

While AI tools are powerful, human designers’ creative input and oversight remain essential. AI serves to augment human creativity, not replace it. Designers at BMW’s Designworks use AI as a starting point, a source of inspiration that can be further refined and developed. This synergy between AI and human creativity ensures the final product is technologically advanced and artistically inspired.

One illustrative example is the use of AI in automotive design. AI tools are employed to design various aspects of BMW vehicles, including both interiors and exteriors, emphasizing the integration of all elements. By visualizing how different materials and textures can be blended, AI helps create cohesive and aesthetically pleasing designs. This approach enhances the vehicle’s visual appeal and aligns with BMW’s commitment to sustainability and innovation.

The practical application of AI tools is evident in various projects at BMW’s Designworks. For example, the design team often demonstrates how tools like MidJourney and Runway create design elements. They might show how an AI-generated texture can be applied to a vehicle interior or how an animated sequence can bring a design concept to life. These demonstrations provide tangible insight into AI’s capabilities and how it enhances the design process.

Technological Advancements, Competitive Advantage, and Future Outlook

AI development is rapid, with new tools and updates released frequently. This requires designers to continually update and integrate these new capabilities into their workflows. Designworks continuously explores and adopts the latest AI technologies to maintain a competitive edge.

The competitive advantage that AI provides BMW is multifaceted. First, the ability to rapidly generate and iterate on design ideas allows BMW to stay ahead of market trends and respond quickly to changing consumer preferences. This agility is crucial in the highly competitive automotive industry, where innovation and timely market entry can be decisive success factors.

Second, the democratization of creativity means that BMW can leverage the full potential of its design team, harnessing diverse perspectives and talents to create more innovative and appealing designs. This inclusive approach fosters a more dynamic and creative work environment and leads to designs that resonate more deeply with a broader range of customers.

Third, integrating AI in the design process enhances the quality and precision of BMW’s vehicles. AI tools can analyze vast amounts of data and generate optimized performance, aesthetics, and sustainability designs. This results in cars that are not only visually stunning but also technically superior, reinforcing BMW’s reputation for excellence and innovation.

The future outlook for AI in design is promising. As AI tools become more sophisticated, their integration into the design process will become even more seamless. Designers will have access to more advanced capabilities to create more complex and refined designs. This evolution will likely lead to even greater innovation and efficiency in the design process.

BMW’s Designworks studio illustrates how AI can transform the design process. By leveraging advanced tools like MidJourney, Runway, and Kaiber, the studio has improved its workflows, democratized creativity, and fostered a more collaborative environment. AI-generated content provides unique sources of inspiration, while the rapid development of AI technologies ensures that designers can continue to innovate and push the boundaries of conventional design. As AI tools become more integrated into the design process, the future of design at BMW’s Designworks looks brighter and more exciting than ever.

In embracing AI, BMW stays at the cutting edge of automotive design and secures its position as a leader in innovation, creativity, and excellence in the automotive industry.

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