Category: Technology

We’ve known for a while that the first extended reality (or XR) headset from Samsung and Google would debut in 2025. During an event on Tuesday night, Samsung at long last shared more details about the first Android XR device that you’ll be able to purchase. 

The company got really wild and original with the headset’s name. You’re truly not going to believe what it’s called… Actually, it’s got the most unsurprising name of all time: Galaxy XR. What’s more, you can buy the headset right now in the US and Korea for $1,800. That’s just over half of what the Apple Vision Pro costs.

Aside from an Android-powered headset that looks very much like an Apple Vision Pro, you might be wondering exactly what you’ll be getting in return for forking over 1,800 smackeroos. As expected, Galaxy XR is powered by the Snapdragon XR2+ Gen 2 chipset. Qualcomm worked with Samsung and Google on the headset.

The micro OLED display has 29 million pixels (6 million more than the Apple Vision Pro), a resolution of 3,552 x 3,840 and 96 percent of the DCI‑P3 color gamut — four percent more than the Vision Pro. Where Apple does have Samsung beat on the display front is with the refresh rate: the Galaxy XR tops out at 90Hz and the Vision Pro can hit 120Hz. 

Galaxy XR has dual high-res passthrough cameras to support mixed reality use, six other external cameras for tracking things in the environment and two eye-tracking sensors. The device supports iris recognition for unlocking the headset and entering passwords in some apps. As with the Vision Pro, you can capture 3D photos and video using the headset. 

The cameras allow for hand tracking and gesture control, though it’s possible to operate Galaxy XR with physical controllers as well. If you prefer, you can pair a keyboard and mouse to the headset or link it to your PC and access your desktop that way.

The dual speakers support Dolby Atmos and there are six microphones built in. As for battery life, Samsung says you’ll get up to two hours of general use and 2.5 hours of video playback on a charge. That matches the original battery life promises of the original Vision Pro, but Apple said its latest model (which has the new M5 chipset) offers an extra 30 minutes or so of usage.

The interpupillary distance of the Galaxy XR’s optics is 54~70mm, and it’s possible to buy insertable prescription lenses if needed. As for connectivity, the headset supports Wi-Fi 7 and Bluetooth 5.4. Even with a forehead cushion attached, Galaxy XR weighs 545g (1.2lbs), while the latest Apple Vision Pro has a minimum weight of 750g (1.7lbs). The Galaxy XR’s battery pack — as with competitor’s offerings, the battery is external — weighs 302g (0.7lbs). 

Samsung claims the Galaxy XR was designed with comfort in mind. “The headset’s ergonomically balanced frame distributes pressure across the forehead and the back of the head, minimizing facial discomfort while providing steady support,” the company said in a press release. There’s also a detachable light shield that you can employ to block out external light.

What you can actually do with Galaxy XR

There are no prizes for guessing that Google’s generative AI chatbot Gemini is at the heart of Android XR. “Android XR is the first Android platform built entirely for the Gemini era, and we are incredibly excited to take a significant leap forward today with the launch of Galaxy XR,” Sameer Samat, Google’s president of Android Ecosystem, said.

Every Google Play Store app works out of the box on the headset, though of course Google has reworked some for mixed reality. You can use Gemini to navigate Google Maps and ask for personalized recommendations while checking out 3D visuals with Immersive View. Google Photos can bring an extra dimension to 2D photos and videos via auto spatialization.

On YouTube, you can ask Gemini to find videos and tell you more details about what you’re watching. And, while using the passthrough mode, you can look at any object in your environment and use Circle to Search to look up more info about it. Google has also made new versions of Google TV, Chrome and Meet (because what is mixed reality for if not conference calls?) for Android XR.

Multitasking is a factor here as well. The operating system allows users to have multiple, resizable apps open at once. These can be arranged in a virtual space, or you can simply ask Gemini to do that for you.

On the entertainment front, you’ll be able to stream shows and movies in 4K in a virtual theater setting. You’ll have access to a library of 180-degree and 360-degree VR content, and you can view 3D content via a “spatial” tab. Some streaming platforms have reworked their apps for Android XR, including Crunchyroll, HBO Max and Peacock. 

There’s a multi-view option for watching sports, with apps from the likes of MLB and Fox Sports available. With Adobe’s Project Pulsar (an immersive video editing app), you’ll be able to add 3D depth to videos and seemingly place captions behind subjects with ease, if that’s something you’re interested in.

Galaxy XR has games too. NFL Pro Era — an NFL-licensed virtual reality title that’s also on Meta Quest, PlayStation VR and Windows — is available for Android XR. So too is Inside [JOB] by Owlchemy Labs (Vacation Simulator, Job Simulator). For compatible games, Samsung says Gemini can offer real-time coaching, tips and “enhanced gameplay experiences.”

The arrival of Galaxy XR is an important next step for Google and its grand vision of an Android XR ecosystem. But the company isn’t stopping with headsets. It’s also making smart glasses, a product category that Meta has been trying to conquer. Samsung and Google are working with Warby Parker on Android XR smart glasses. At I/O earlier this year, we got some hands-on time with a prototype of Google’s Android XR glasses.

Once again, Galaxy XR will run you $1,800, and Samsung is offering financing options. The Galaxy XR Travel Case and Galaxy XR Controller will each run you $250 — at those prices, they almost need financing options too. Ouch. 

Anyone who buys Galaxy XR by the end of this year will get an Explorer Pack at no extra cost. This includes 12 months of access to Google AI Pro, YouTube Premium and Google Play Pass. The NFL Pro Era, Project Pulsar, Calm and Asteroid apps are bundled in too. You’ll also get NBA League Pass access for the 2025-26 season in the US or 12 months of the Coupang Play Sports Pass in Korea. Charging $1 for each of the first three months of YouTube TV seems a little cheap considering the outlay for Galaxy XR, but it’s still a decent perk. YouTube TV typically costs $83 per month. 

This article originally appeared on Engadget at https://www.engadget.com/ar-vr/google-and-samsungs-first-android-xr-headset-is-the-1800-galaxy-xr-020004449.html?src=rss 

Apple’s Vision Pro was meant to usher in a new era for headsets. However, its high price and somewhat limited utility resulted in what may be the company’s biggest flop in years. Now it’s time for Samsung to give things a go with the Galaxy XR. It’s a fresh take on modern mixed reality goggles developed through deep partnerships with Qualcomm and Google and it attempts to address some of the Vision Pro’s biggest shortcomings.

The hardware

While both Apple and Samsung’s headsets have a lot of similarities (like their basic design and support for features such as hand and eye tracking), there are also some very important differences. First, at $1,800, the Galaxy XR is essentially half the price of the Vision Pro (including the new M5-powered model). Second, instead of Apple’s homegrown OS, Samsung’s headset is the first to run Google’s new Android XR platform, which combines a lot of familiar elements from its mobile counterpart but with a bigger emphasis on AI and Gemini-based voice controls. And third, because Samsung relied more on partners like Google and Qualcomm, the Galaxy XR feels like it’s built around a larger, more open ecosystem that plays nicely with a wider range of third-party devices and software.

The Galaxy XR fundamentally doesn’t look that much different from the Vision Pro. It features a large visor in front with an assortment of 13 different exterior sensors to support inside-out tracking, passthrough vision and hand recognition. There are some additional sensors inside for eye and face tracking. There’s also a connector for the wire that leads to its external clip-on battery pack alongside built-in speakers with spatial audio. The one big departure is that unlike the Vision Pro, the Galaxy XR doesn’t have an outward-facing display, so it won’t be able to project your face onto the outside of the headset, which is just fine by me.

However, the devil is in the details because while the original Vision Pro weighed between 600 and 650 grams (around 1.3 to 1.4 pounds) depending on the configuration (not including its battery pack), the Galaxy XR is significantly lighter at 545 grams (1.2 pounds). And that’s before you consider the new M5 Vision Pro, which has somehow gone backwards by being even heavier at 750-800 grams (around 1.6 pounds). Furthermore, it seems Samsung learned a lot from its rivals by including a much larger and thicker head cushion that helps distribute the weight of the headset more evenly. Granted, during a longer session, I still noticed a bit of pressure and felt relief after taking off the Galaxy XR, but it’s nothing like the Vision Pro, which in my experience gets uncomfortable almost immediately. Finally, around back, there’s a simple strap with a knob that you can twist to tighten or loosen the headband as necessary. So even without extra support running across the top of your head, getting in and out of the Galaxy XR is much easier and comfier than the Vision Pro.

On the inside, the Galaxy XR is powered by Qualcomm’s Snapdragon XR2+ Gen 2 chip with dual micro OLED displays that deliver 4K resolution (3,552 x 3,840) to each eye at up to 90Hz. I wish Samsung was able to go up to a 120Hz refresh rate like on the Vision Pro, but considering the Galaxy XR’s slightly higher overall resolution, I’m not that bothered. And I must say, the image quality from this headset is seriously sharp. It’s even better than Apple’s goggles and it might be the best I’ve ever used, particularly outside of $10,000+ enterprise-only setups. Once again, when you consider that this thing costs half the price of a Vision Pro, this headset feels like a real accomplishment by Samsung to the point where I wouldn’t be surprised if the company is losing money on every unit it sells.

In terms of longevity, Samsung says that for general use the Galaxy XR should last around two hours. If you’re only watching videos though, that figure is more like two and a half. Thankfully, if you do need to be in mixed reality for longer, you can charge the headset while it’s being used. As for security, the Galaxy XR uses iris recognition to skip traditional passwords, which is nice.

The platform: Android XR

Sometimes, trying out a new software platform can be a little jarring. But that’s not really the case for Android XR, which shouldn’t present much of a learning curve for anyone who has used other headsets or Google’s ubiquitous mobile OS. After putting the goggles on, you can summon a home menu with an app launcher by facing your palm up and touching your index finger and thumb together. From there, you can open apps and menus by moving your hands and pinching icons or rearranging virtual windows by grabbing the anchor point along the bottom and putting them where you want.

Notably, while there is a growing number of new apps made specifically for XR, you still get access to all of your standard Android titles. Those include Google Photos, Google Maps and Youtube, all of which I got a chance to play around with during a 25-minute demo. In Photos, you can browse your pictures normally. However, to take advantage of the Galaxy XR’s hardware, Google created a feature that allows the app to convert standard flat images (with help from the cloud) into immersive ones. While the effect isn’t true 3D, it adds distinct foreground, midground and background layers to images in a way that makes viewing your photo roll just a bit more interesting.

In Maps, you start out with a view of the world before using hand gestures to move and zoom in wherever you want or voice commands to laser in on a specific location. The neat new trick for this app is that if you find bubbles over things like restaurants and stores, you can click those to be transported inside those businesses, where Android XR will stitch together 2D photos to create a simulated 3D environment that you can move and walk around in. Granted, this doesn’t have a ton of practical use for most folks unless you want to take a virtual tour of something like a wedding venue. But, the tech is impressive nonetheless.

Finally in the YouTube app, the Galaxy XR did a great job of making standard 360 videos look even better. While quality will always depend on the gear that captured the content, viewing spatial clips was a great way to show off its resolution and image quality. Google says it will also put a new tab on the app to make finding 360 videos easier, though you can always watch the billions of standard flat videos as well.

Interestingly, you can use and navigate the Galaxy XR entirely with hand gestures, but voice commands (via Gemini) are also a major part of the Android XR platform. Because the goggles sit on your head, unlike with mobile devices, there’s no need to use a wake word every time you want to do something. You just talk and Gemini listens (though you can choose to disable this behavior if you prefer), so this makes voice interactions feel a lot more natural. Because Gemini can also do things like adjust settings or organize all the apps you have open, in addition to answering questions, it feels like Google is starting to deliver on some of those Star Trek moments where you can simply ask the computer to do something and it just happens. Yes, it’s still very early, but as a platform, Android XR feels much more like a virtual playground than VisionOS does at the moment.

Other features

While I didn’t get to test these out myself, there are some other important features worth mentioning. In addition to apps, you can also play your standard selection of Android games like Stardew Valley or connect the headset to your PC (like with Steam Link) to play full desktop titles. Furthermore, I was told that the Galaxy XR can be tethered to a computer and used like a traditional VR headset. And while Samsung is making optional wireless controllers for the Galaxy XR (and a big carrying case), you may not need them at all as you’ll also have the ability to pair the goggles with typical Bluetooth-based gamepads along with wireless mice and keyboards.

Google also says it’s working on a new system called Likenesses that can create personalized avatars for use in video calls and meetings that use data from interior sensors to deliver more realistic expressions. Additionally, you’ll be able to use tools like Veo3 to make AI-generated videos while providing prompts using your voice. But this is just scratching the surface of the Galaxy XR’s capabilities and I want to use this thing more before offering a final verdict.

Early thoughts

In many ways, the Galaxy XR looks and feels like a flagship mixed reality headset in the same vein as the Vision Pro, but for the Android crowd (and Windows users to some extent as well). On top of that, Google has done some interesting things with Android XR to make it feel like there’s a much wider range of content and software to view and use. In many ways, the addition of a dedicated AI assistant in Gemini and voice controls feels much more impactful on goggles than a phone because you can’t always count on having physical inputs like a mouse or keyboard. And with the Galaxy XR being half the price of the Vision Pro, Samsung and Google have done a lot to address some of the most glaring issues with Apple’s rival.

In case the price drop wasn’t enough, it feels like all the companies involved are doing as much as possible to sweeten the deal. I actually started laughing when I first heard all the discounts and free subscriptions that come with the headset. That’s because in addition to the goggles themselves, every Galaxy XR will come with what’s being called the Explorer Pack: 12 months of access to Google AI Pro, 12 months of YouTube Premium (which itself includes YouTube Music), 12 months of Google Play Pass, 12 Months of NBA League Pass and a bundle of other custom XR content and apps. So on top of a slick design, top-tier optics and a new platform, Google and Samsung are basically tossing a kitchen sink of apps and memberships in with the headset.

My only reservation is that when it comes to mass adoption, I think smartglasses have supplanted headsets as the next big mainstream play. Granted, there is a lot of technology and software shared between both categories of devices (Google has already teased upcoming Android XR smartglasses) that should allow Samsung or Google to pivot more easily down the line. But the idea that in the future there will be a headset in every home seems less likely every day. Still, as a showcase for the potential of mixed reality and high-end optics, the Galaxy XR is an exciting piece of tech.

The Samsung Galaxy XR is available now for $1,800 on Samsung.com.

This article originally appeared on Engadget at https://www.engadget.com/ar-vr/samsung-galaxy-xr-hands-on-a-smarter-more-open-take-on-apples-vision-pro-for-half-the-price-020044642.html?src=rss 

Brian Haidet, a scientist creating videos on YouTube under the handle AlphaPhoenix, showed off a camera in a new video that can capture footage of a laser pointer at the speed of light. The camera is an update on a previous design that could capture footage at one billion frames per second, but it comes with a major caveat: it can only shoot one pixel at a time.

Haidet’s camera is made from a gimbal-mounted mirror, two tubes, a simple lens, a light sensor and some Python code to tie it all together. Pointed at a laser pointer, the camera’s able to capture a beam of light at two billion frames per second, showing it smoothly traveling between mirrors, with speeds that vary depending on where the camera is in relation to the laser pointer. “Light moves about six inches, or 15 centimeters, per frame of this video,” Haidet says. “This beam of light is traveling at the Universe’s speed limit. Light in any reference frame will never move any faster or any slower than this speed.”

Pixels had to be tiled together to create what looks like normal video footage.

While it’s theoretically possible to create a more traditional camera that can capture footage at two billion frames per second, as Haidet explains, you can’t do it with the tools most people have in their garage. His solution was to capture one pixel at a time, and then tile that footage together to create something viewable. According to Haidet, “if all these videos are synchronized and we take many, many, many, one pixel videos, we can tile these videos next to each other and play them all back at the exact same moment and give something that looks like a video.” 

While it’s not the same thing as a true two billion frames-per-second camera, “that’s just a significantly more expensive way to do it,” Haidet says, “and it really wouldn’t get us any better of a result.”

This article originally appeared on Engadget at https://www.engadget.com/science/someone-made-a-camera-that-can-shoot-at-two-billion-frames-per-second-202259391.html?src=rss 

Netflix, no stranger to adapting games into streaming hits, has announced that it’s partnering with game publisher Asmodee to create new TV shows and films based on the board game Catan, with multiple projects already in development. While the streamer has primarily specialized video game adaptations, the belief in post-Barbie Hollywood is that any recognizable IP could be the source of a future TV show or movie.

In Catan, players are tasked with collecting resources and building out a civilization on a remote island, with multiple ways to win or obstruct fellow players from doing the same. It’s not too hard to imagine the game being converted into some kind of competitive reality TV show, though apparently animated and live-action narrative projects are also on the table. “Anyone who has played Catan knows [that] the intense strategy and negotiation at the core of the game has endless opportunities for some serious drama,” Jinny Howe, Netflix’s head of scripted series for the US and Canada, shared in the press release announcing the deal.

Whichever Catan project ultimately heads into production, Netflix says it’ll be produced by Darren Kyman from Asmodee, Pete Fenlon from Catan Studio, and Guido and Benjamin Teuber, the sons of Catan creator Klaus Teuber. If Asmodee sounds familiar, it might be because Netflix has partnered with the publisher in the past. Exploding Kittens, another Asmodee published game, was adapted into both a mobile game for Netflix Games and an animated series with the help of its original creators.

Catan joins a Monopoly adaptation and several shows based on video games at Netflix, including the recently released Splinter Cell: Deathwatch and an upcoming series based on the Assassin’s Creed franchise.

This article originally appeared on Engadget at https://www.engadget.com/entertainment/streaming/netflix-is-adapting-catan-into-movies-and-tv-shows-185133712.html?src=rss 

When AI tools first began proliferating around the web, worries about deepfakes quickly rose alongside them. And now that tech such as OpenAI’s recently released Sora 2 is getting more capable and more widely available (and being used exactly as irresponsibly as you might have guessed), both famous and ordinary people may want more control over protecting their likenesses. After teasing the feature last year, YouTube is starting to launch a likeness detection tool to combat unwanted deepfakes and have them removed from the video platform. 

Likeness detection is currently being rolled out to members of the YouTube Partner Program. It’s also only able to cover instances where an individual’s face has been modified with AI; cases where a person’s voice has been changed by AI without their consent may not be caught by this feature. To participate, people will need to submit a government ID and a brief video selfie to YouTube to ensure they are who they say they are and give the feature source material to draw from in its review. From there, it works similarly to YouTube’s Content ID feature for finding copyrighted audio, scanning uploaded videos for possible matches that the person can then review and flag infringing videos for removal.

This article originally appeared on Engadget at https://www.engadget.com/entertainment/youtube/youtube-is-rolling-out-likeness-detection-tool-to-combat-deepfakes-175917315.html?src=rss