Google is reportedly testing a new ‘Listening area’ mode for Google Live Translate on Android XR, something that sounds like a headlining feature for the company’s upcoming fleet of smart glasses.
Google has always said it’s bringing real-time translations to its Android XR, so no surprise there, as the company promises its slate of smart glasses will serve up both translated audio matching the tone and pitch of the speaker’s voice as well as the ability to translate text from things like menus and signs.
Now, digging into the 10.32.66 version of the Google Translate app, Android Authorityhas discovered Google Live Translate is reportedly being developed to offer two distinct listening modes: ‘Front only’, which translates speech directly in front of the wearer for one-on-one conversations, and ‘Surrounding area’, which translates speech throughout the nearby area, potentially using the glasses’ full microphone array.
Granted, the feature was found in apk code, which means there’s no guarantee it will ship. It does however seem to fit into Google’s broader effort to expand Android XR ahead of upcoming smart glasses, which thus far include a variety of frames shipping this fall from Gentle Monster and Warby Parker. Additionally, frames from Gucci parent company Kering are also reportedly in development.
Considering Google’s strength in live translation, it’s a good bet the company will be looking to pack in every bit of functionality as it seeks to compete with Meta’s fleet of smart glasses, which also feature a live translation feature.
Notably, live translation on Meta’s smart glasses is more akin to the ‘Front only’ one-on-one interactions described above, which work by serving up translated speech to the user through the glasses’ open-ear speakers as the other participant can see translated transcript on a user’s smartphone.
Meta has introduced Meta XR Operator, an experimental tool designed to let AI coding agents autonomously build, test, debug, and visually verify VR apps.
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Using AI agents, developers have been able to speed up code-reading and writing in addition to running tests and fixing bugs, although verifying that all of it actually works has been a missing step.
Now, Meta announced it’s introducing Meta XR Operator, an OpenXR API layer that is now available as an experimental component in the Meta XR SDK (v205).
XR Operator lets any Model Context Protocol (MCP) compatible AI agent see, navigate, and interact with running VR apps in Meta XR Simulator, letting agents autonomously build Unity scenes, launch, screenshot, identify issues, fix them, and verify the fix is accurate, Meta says.
Beyond rapid iteration and debugging, Meta says XR Operator includes natural-language testing so developers can describe a test scenario and the agent executes it, returning pass/fail evidence with screenshots.
Meta says it did early testing with Beat Saber team Beat Games as well as others building on the Meta XR SDK. Some of its earliest tests (seen below) included building an interactive Tic-Tac-Toe app in VR, wherein the agent wrote the game logic, aimed the virtual controller at cells, pressed “A” to place pieces, and played through to a complete win/lose state.
It’s not a ‘complete’ verification solution just yet, as there are still a few major caveats. Operator XR can’t hear audio, properly evaluate animation/motion, use individual finger tracking, or reliably catch subtle visual defects. Moving interactions are also difficult since it operates too slowly for real-time interaction, as Meta says it works best with “static, deterministic scenarios.”
It also only works in Meta XR Core SDK for Unity, although Meta says if you are using another game engine backed by OpenXR, including Godot and Unreal Engine, you can download the standalone package and do your own integration.
As much I hate AI for slop-ifying almost every creative realm, we’re still not at the ‘one prompt game generation’ era just yet, which I imagine will come with a new phase of shovelware capable of eclipsing the already dizzying number of Gorilla Tag-based content on the Horizon Store currently. Tools like Google’s Genie 3 world model developed by DeepMind can AI-generate limited game scenes right now, which seems fairly prophetic.
For now though, Meta is focusing on building AI tools so developers can automate the more mechanistic parts of game development, as it seems the company is focusing more on “building better shovels” rather than attempting to mine gold directly like it did when it started buying up VR studios and tossing out multi-million dollar development budgets for exclusive content, starting with Rift in 2016 and ending with Quest earlier this year.
The dream scenario: a small developer will use these AI tools to produce something quickly, cheaply, and at very high quality, thereby stocking the Horizon Store with the sort of content that Meta didn’t want to directly pay for. I’m hoping to learn more about these sorts of initiatives at Meta Connect 2026, which ought to packed with AI-related game dev sessions when it kicks off September 22nd.
That said, you don’t have to wait to see some of the early positives of AI-assisted game development. Indie modders have been using AI to great effect to port flatscreen PC games to VR, with the list growing rapidly day-to-day, as it seems to be lowering the barrier of entry so mods come out better and faster than ever before. That, at least to me, is a clear win-win for both consumers and game studios, which are either unwilling to provide native VR support or otherwise license studios like Flat2VR to retroactive do so.
CM Games announced its survival shooter Into the Radius 2 is finally coming to PSVR 2 next month.
Into the Radius 2 is slated to arrive on PSVR 2 on September 24th, which is set to include the full single-player campaign at launch. The studio says the game’s planned two-player co-op should arrive sometime in Q4 2026, letting players explore the Radius with a buddy later this year.
Like the full version coming to Quest on Aug 27th, the PSVR 2 release is set to feature a fully voiced story campaign with 10 main quests, 178 side missions, and five Security Levels.
Set across three main locations and two sub-locations, the latter of which become available as players progress, users take on the game’s most frightening (and deadly) anomalies with over 50 firearms across 25 weapon types, letting you also customize your equipment with attachments, spray paint, and stencils. Like the original, you’ll need to maintain your weapons in the field though, requiring cleaning and servicing so the front end always goes bang.
Outside of the world’s ghostly anomalies, you’ll need to navigate distortion zones, hunt artifacts, manage scarce resources, and even your own hunger as you go on dangerous night expeditions. Night vision devices, flare rockets, and dual-mode IR lasers can help, but the threat of 12 different enemy types will keep you on your toes any time of day.
Notably, CM Games says the PSVR 2 version has been adapted specifically for PSVR 2 Sense controller haptics, making weapon handling, reloads, and misfires feel more tactile, while headset feedback “brings the dangers of the Radius closer than ever.”
Pico was set to debut its next flagship standalone XR headset early next month, however now the ByteDance subsidiary says it’s postponing the reveal and release date of its long-awaited Apple Vision Pro competitor.
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Initially teased earlier this year as ‘Project Swan’, Pico announced last week it was putting on a big product launch event for the newly-named Pico Space Pro, which was set to take place in Beijing on September 2nd.
There, we expected Pico to fill in the gaps of the headset’s spec sheet, global release plans, and pricing for what is surely one of the company’s most expensive XR headset’s to date.
Now Pico says it’s adjusting the product release date to sometime in Q4 2026, citing the need for more time to push a “major upgrade” to the software experience.
Here’s Pico’s announcement below, machine translated below from the original Chinese, courtesy Antony ‘Skarred Ghost’ Vitillo:
PICO Space Pro Release Date Adjusted
Hello everyone, to allow PICO Space Pro to be presented to you in a more complete state, we have decided to adjust the product release date to the fourth quarter of this year. Over the past period, the hardware and software of PICO Space Pro have reached a high level of completion, but during the final stage of experience verification, we saw an exciting new opportunity and wanted to bring it to everyone in the initial release. Therefore, we decided to spend more time on a major upgrade to the software experience. We hope these investments will ultimately lead to a better product experience and look forward to bringing you some new surprises. We sincerely apologize for this adjustment to the release date and for the wait it has caused, and thank you for your continued attention and patience. In the coming months, we will expand our Pioneer Experience Program, inviting more users to experience PICO Space Pro early and work with us to refine the product.
In the meantime, Pico is expanding its ‘Global Early Access Program’ closed beta test, which includes sending pre-production units and software to applicants for external testing.
As the company’s next flagship, Pico Space Pro is the slated to arrive with microOLED displays boasting 4,000 pixels per inch (PPI), an average ~40 pixels per degree (PPD), and a dual-chip architecture: a custom XR silicon for perception and imaging (claimed ~12 ms perception latency) and separate flagship SoC with “more than 2× CPU and GPU performance vs XR2 Gen 2.”
Pico Space Pro is set to not only compete against Apple Vision Pro, but also Samsung’s Galaxy XR headset which released late last year as the first to run Google’s Android XR processing system, both of which largely appeal to prosumers and enterprise.
My Take
While Pico is undoubtedly going to focus on the Chinese domestic market with Space Pro, the device is also launching globally. I’ve always thought of it primarily as a Vision Pro/Galaxy XR competitor, but it’s also set to be a direct competitor to Steam Frame across a number of regions too. That’s not a comfortable spot to be in if you can’t go toe-to-toe in the software department, which Valve has in spades, as it’s delivering a native Steam user experience on standalone for the first time.
That said, I don’t know if I entirely buy the company’s supposed launch day software woes as the full reasoning behind the delay, as Pico could simply release updates post-launch to literally no one’s surprise.
Leaked ‘Project Swan’ render | Courtesy Luna
I think it has more to due with actively avoiding the very present risk of being upset by Steam Frame’s launch, which is due any day now. Imports of literal tons of units into the US, FCC certification, a constant influx of the best Frame-compatible games via Valve’s ‘Great on Frame’ page, and now a number of leaked Steam Frame unboxing and user setup videos all point to Valve’s long-awaited reveal of both the release date and price of one of the most-anticipated VR headsets in recent memory.
And at least from the limited spec sheet mentioned above, Pico Space Pro sounds like it will be a very capable device. Still, it’s competing against Valve, which has more good will stored up among consumers than almost any other company in the space right now. Stepping aside and regrouping as the market digests Steam Frame (for good or ill) may just be the best move Pico can make right now.
A newly granted patent from Arm describes a head-mounted system that analyzes motion in the images headed to a display, then sends control signals to ultrasonic transducers intended to stimulate the wearer’s vestibular system and control their sense of balance. The basic aim is to reduce the discomfort, dizziness, and motion sickness that the application associates with a mismatch between what a wearer sees and what their balance system reports.
Arm, a subsidiary of SoftBank, is a semiconductor design company whose technology is the essential foundation for processors used in most modern mobile devices like smartphones and XR headsets, including processor brands like Snapdragon and even Apple Silicon. When you hear a CPU being described as “Arm-based,” it’s this company the phrase refers to.
In Arm’s newly granted patent, a head-mounted device compares visual motion in a sequence of displayed images against a threshold. When that comparison calls for it, processing and control circuitry generate signals for multiple transducers that stimulate the wearer’s vestibular system. Put less formally: if the virtual world appears to move in a way that might conflict with the wearer’s felt movement, the system is designed to respond through the sensory system involved in balance.
The application specifically discusses low-intensity focused ultrasound, or LiFU, and ultrasonic transducers. One described scenario maps a small visual movement to the left to a corresponding physical feeling of leftward movement; a larger visual motion would use greater acoustic radiation force to stimulate the vestibular system to match. The patent also describes arrays with one or more transducers per ear, potentially using beamforming to target specific parts of the inner-ear.
Vestibular stimulation is not the filing’s only proposed response. The system described could also ask the XR application to reduce visual motion, fade the displayed image, introduce a vignette, or align displayed motion with the wearer’s sensed movement. The patent also describes basing stimulation on the wearer’s pose or motion, configured preferences, and sensor-derived signals; it proposes recalibration if sensed user movement does not align with the expected visual motion.
That combination suggests the patent is concerned with an adaptive form of comfort management rather than a single solution; one that could adjust either the visual content, the physical balance cue, or both. The important open question is whether a headset-based ultrasonic system could deliver that kind of precise, comfortable vestibular response across different wearers and real XR experiences.
This isn’t the first time we’ve seen vestibular stimulation proposed as a method for combating motion sickness. Other approaches have considered using electrical stimulation rather than ultrasound. But to date, no commercially available XR device has included any kind of direct vestibular stimulation.
A patent application shows what a company has sought to protect, but it is not proof that the described technology will appear in a product.
XREAL today announced that XREAL AURA, the first AR glasses running Google’s Android XR operating system, has now surpassed 10,000 global reservations.
Xreal says the reservation milestone for the company’s latest flagship AR glasses has shown “strong early demand across consumers, developers, and enterprise customers,” as the initial $99 reservation offer for a $199 launch credit has now sold out.
That said, Aura still doesn’t have final pricing, which could affect some of those 10,000+ refundable reservations when all is said and done. The company has said however Aura will “not exceed $1,500, excluding applicable taxes.”
Like all of Xreal’s XR glasses up to this point, Aura is based on birdbath optics, which feature a fairly large 70-degree field-of-view (FOV) in a package that weighs less than 95 grams of on-head weight.
XREAL AURA | Courtesy XREAL
Notably, that on-head weight is offset by a pocketable compute unit, which tethers to the glasses’ via cable; Aura features a split-compute architecture, including both Qualcomm’s Snapdragon Reality Elite chipset for XR processing and AI workloads, and Xreal’s in-house X1S Spatial Coprocessor for managing display and sensor processing.
And unlike some birdbath-based AR glasses that focus on displaying traditional content on a virtual screen, Aura supports six degrees of freedom (6DOF) tracking, hand tracking, and multimodal AI experiences, all of which run on Google’s Android XR operating system, giving users access to existing Android applications via the Play Store as well as a growing catalog of XR applications.
While Aura is slated to launch sometime in Fall 2026, Xreal says we’ll learn more about pricing and availability in the coming weeks, as $199 refundable deposits are still open.
In the meantime, check out out initial hands-on with Aura from December where we discuss field of view, sharpness, brightness, electronic lens dimming and more.
It looks as though Valve is actually gearing up to release Steam Frame, as user setup videos have leaked showing off unboxing and first-time user experience with Valve’s first standalone VR headset.
As first reported by Steam Hardware Updates on X, the ARM Steam Client got an update this week that contained a number of videos, including an unboxing, sign-in, and setup video of Steam Frame.
Although Valve immediately pulled the videos in a subsequent update, all three video has been reuploaded multiple times by now; here’s one such compilation from YouTube channel VRelity that includes all three:
And however patently Valve the long wait for Frame’s release might be, you can blame the ongoing memory and storage crisis, which Valve confirmed earlier this year would affect Steam Frame in addition to its console-style mini-PC, Steam Machine, the latter of which launched in June for the not-so-friendly price of $1,050.
But now with chipmaker Qualcomm noting it has to raise prices of mobile chips too, it has likely thrown a second (or third) monkey wrench in Valve’s release plans for Frame, as the headset is centered around a Qualcomm Snapdragon 8 Gen 3 chipset.
Still, with the new fleet of leaked videos in hand, we’re surely closer than ever to learning the most important information left: price and release date.
