Apple is accelerating efforts to embed infrared cameras into future AirPods, targeting a 2026–2027 release to deepen integration with its Vision Pro headset and unreleased smart glasses, according to Bloomberg’s Mark Gurman and analyst Ming-Chi Kuo. The cameras, functioning as environmental sensors rather than photo tools, aim to enable spatial audio personalization, hand-gesture controls, and health tracking—marking AirPods’ evolution from audio accessories to multifunctional wearables.

Infrared sensors target Vision Pro synergy

The redesigned AirPods will incorporate infrared camera modules comparable to Apple’s Face ID system, Kuo confirmed in a June 2024 analysis. When paired with the Vision Pro, these sensors will track head movements to dynamically adjust spatial audio. “If a user turns their head while watching a video, the sound source in that direction is emphasized,” Kuo wrote, enhancing immersion for mixed-reality environments. Gurman’s December 2023 and June 2024 reports add that the cameras could enable “in-air gesture control,” allowing users to scroll menus or adjust volume via hand motions detected by the earbuds.

Apple’s patent filings reveal broader ambitions: a 2020 application describes offloading smart glasses’ camera modules to AirPods to reduce facial wearables’ bulk. Ear-mounted sensors would provide wider environmental data to glasses, while a 2023 internal project (codenamed B796) explores low-resolution cameras for real-time spatial mapping. This aligns with Apple Intelligence’s roadmap—sources note the IR cameras could feed environmental data to on-device AI, enabling context-aware adjustments to Vision Pro’s audio-visual outputs.

Is a budget Vision Pro on the way: Here’s what Apple is planning

Technical hurdles and production timelines

Kuo estimates mass production could begin by 2026, contingent on overcoming miniaturization challenges. Engineers must shrink camera modules without compromising battery life or ergonomics—a hurdle given AirPods’ 5–6-hour active-use window. Apple’s supply chain is reportedly testing infrared components from existing iPhone Face ID suppliers, though Gurman notes the project remains in “exploratory” stages. Delays could push the launch to late 2027, coinciding with the Vision Pro’s second-generation rollout.

Health tracking and patent-pending features

Beyond cameras, Apple plans to integrate heart rate monitors and temperature sensors into AirPods, requiring users to wear both earbuds for accurate readings, per Gurman’s April 2024 leak. Data would sync to the Apple Health app, positioning AirPods as competitors to fitness trackers. Patent filings detail additional sensors: a 2017 application outlines photoplethysmogram sensors for cardiovascular metrics, while a 2020 iteration describes capacitive sensors to detect hand gestures near a user’s ears. A separate filing proposes workout tracking via motion sensors, though sources confirm these features remain in early testing.

Ecosystem strategy and market pressures

Apple’s wearables team, led by COO Jeff Williams, views AirPods as critical to offsetting slowing iPhone sales. Gurman’s February 2024 newsletter emphasized Apple’s “relentless focus” on making AirPods a bridge between Vision Pro, rumored smart glasses, and iPhones. “The ears are a logical place to add sensors that other devices can’t feasibly house,” he wrote, noting Apple’s 2023 hiring spree for optical engineering experts. Analysts speculate camera-equipped AirPods could retail for $349—$100 above the current AirPods Pro—to reflect their expanded capabilities.

Patent wars

Apple faces pressure to outpace rivals like Meta, which debuted camera-equipped Ray-Ban smart glasses in 2023. Patent disputes loom—a 2020 Apple filing for “ear-worn environmental sensors” partially overlaps with a 2018 Amazon patent for gesture-controlled earbuds. Legal experts suggest Apple may license technologies to avoid delays. Meanwhile, supply chain leaks indicate Foxconn will assemble the camera modules, while Sony and LG Innotek vie to supply infrared sensors. Kuo notes Apple has secured “limited component capacity” for late 2026, signaling confidence in the project despite risks.

Featured image credit: Dagny Reese/Unsplash

Blackmagic Design has launched its URSA Cine Immersive camera, priced at $29,995, aimed at capturing high-quality 3D video content compatible with Apple’s Vision Pro headset. Preorders are now open, with the first deliveries expected in early 2025. The camera was first revealed in June 2024.

“We are thrilled to announce the first-ever commercial camera system and post-production software that supports Apple Immersive Video, giving professional filmmakers the tools to create remarkable stories with this powerful new format pioneered by Apple,” said Grant Petty, Blackmagic Design CEO. “Built on the new URSA Cine platform, URSA Cine Immersive features a fixed, custom, stereoscopic 3D lens system with dual 8K image sensors that can capture 16 stops of dynamic range. With this innovative system, filmmakers can record remarkable moments like action-packed scenes, unique perspectives, stunning landscapes, intimate performances, and more, all with incredible fidelity, offering viewers an unparalleled sense of realism and immersion.”

Blackmagic Design launches URSA Cine Immersive camera for 3D video

The URSA Cine Immersive camera features custom stereoscopic 3D lenses and dual 8K sensors, capable of recording video at a resolution of 8160 x 7200 per eye. It can shoot at 90 frames per second and supports spatial audio, with a 180-degree field of view. The device also offers an impressive dynamic range of 16 stops, providing detail and color accuracy throughout each frame.

The camera comes equipped with dual 5-inch HDR touchscreens and an external color status LCD screen. Connectivity options include 12G-SDI out, 10G Ethernet, USB-C, and XLR audio ports, along with an 8-pin Lemo connector for power. To facilitate storage, the URSA Cine Immersive features an 8TB Blackmagic Media Module, capable of storing approximately two hours of 8K stereoscopic video in Blackmagic RAW format. Additionally, Cloud Store support allows for quick media uploads and synchronization.

Cheaper Apple Vision Pro is a long shot

The launch of the URSA Cine Immersive is poised to enhance the quality of immersive video content significantly. Currently, the Vision Pro platform has limited content options outside Apple’s productions, with apps like Amplium or Explore POV offering lower-quality alternatives. Since Apple has been the sole provider of content utilizing its proprietary format, the introduction of Blackmagic’s camera aims to change this landscape by encouraging studios to explore and produce high-quality immersive content.

Grant Petty, CEO of Blackmagic Design, stated that a forthcoming update to DaVinci Resolve Studio would complement the camera, enabling a complete workflow for Apple Immersive Video. The update is expected early next year, as Blackmagic Design collaborates with filmmakers to explore the capabilities of immersive video creation ahead of the camera’s full release in 2025.

Visual representations of the URSA Cine Immersive have been shared by Blackmagic, showcasing the device’s sleek design. Such imagery aims to illustrate its professional appeal and technical prowess to potential users and filmmakers.

Featured image credit: Blackmagic Design

Apple has partnered with Sony to integrate PlayStation VR controllers with its Vision Pro headset, likely aiming to enhance gaming support. This collaboration signals a potential shift for Apple, which has primarily emphasized immersive content and productivity over gaming. The discussions between the two companies commenced earlier this year and led to a report from Bloomberg’s Mark Gurman outlining the agreement. Presently, Vision Pro supports third-party controllers, but lacks the specific functionality required for true VR gaming.

Apple partners with Sony to enhance Vision Pro gaming

Currently, PlayStation 5 and Xbox controllers are compatible with Vision Pro, but they do not possess the six degrees of freedom essential for precise VR experiences. If Apple’s partnership with Sony proceeds, it would enable the Vision Pro to offer advanced VR gaming capabilities that go beyond gesture control.

The Vision Pro headset, priced at $3,500, has faced challenges in consumer uptake, with fewer than half a million units sold. Reports indicate many customers are returning the device or using it less than expected. Tim Cook, Apple’s CEO, acknowledged the headset’s high price, stating that “it’s not a mass-market product. Right now, it’s an early-adopter product.” Amid this context, Apple is also considering a more budget-friendly version of the headset, potentially leveraging iPhone’s computing power to appeal to a broader market.

Despite limited sales, the Vision Pro has received positive reviews for its technological capabilities. However, it has yet to gain traction against competitors like Meta’s Quest series, which thrive on exclusive gaming content. Apple has not announced plans to release a dedicated controller, although its previous development of a “wand” tool aimed at enhancing user control was abandoned due to concerns about developer confusion and costs.

Cheaper Apple Vision Pro is a long shot

The effectiveness of adding PSVR2 controller support will largely depend on the availability of games specifically developed for the Vision Pro. Developers appear hesitant to invest in creating titles for the platform, given its unproven gaming viability. Currently, the Vision Pro’s game offerings are quite limited, and although some players can access games through compatible controllers, the lack of dedicated gaming experiences continues to hinder its appeal. Sony does not sell PSVR2 controllers separately, meaning that only those who own both the PSVR2 and Vision Pro could fully benefit from this potential integration.

Investigations into the partnership’s timing also highlight uncertainties. Gurman disclosed that an announcement regarding controller support was anticipated weeks ago but has since been delayed, raising questions about the status and future of this integration. The Vision Pro remains a product with an unclear trajectory in the gaming landscape, as the focus on gesture interaction has not established it firmly as a gaming device. The success of any VR gaming strategy will depend on sufficient demand for compatible gaming experiences.

Featured image credit: Apple

Apple has delayed the release of a more affordable version of its Apple Vision headset, pushing the potential launch to beyond 2027, according to analyst Ming-Chi Kuo. The company had previously planned to bring a less expensive model to market in 2025, but it appears those ambitions have been put on hold.

The company has not provided a clear explanation for the delay, but it seems they are reconsidering the market’s readiness for a lower-priced headset. Apple is known for its meticulous approach to product quality and market timing, and this delay could reflect an effort to perfect the experience before offering a less expensive model.

As I understand it, production of the cheaper Vision Pro has been delayed beyond 2027 for a while now. This means Apple’s only new head-mounted display device in 2025 will be the Vision Pro with an upgraded M5 processor.

I think what really drove Apple to delay the cheaper…

— 郭明錤 (Ming-Chi Kuo) (@mingchikuo) November 3, 2024

Original plans for a cheaper Apple Vision headset

Earlier reports had suggested Apple was working on a cheaper Apple Vision headset, with a price point of around $2000, aiming to make spatial computing more accessible. The more affordable model was expected to feature cheaper materials, a lower-resolution display, and exclude the EyeSight feature—a visual element that lets others see the wearer’s eyes.

The EyeSight feature was initially introduced with the Vision Pro to create a more immersive experience by allowing those around the user to maintain a sense of connection. However, the cheaper version was set to do away with this costly feature to keep the price down. The plan was to offer a headset that would still deliver powerful augmented and virtual reality capabilities without some of the more premium features. However, those plans have shifted, and the timeline for making this technology available to more people has been extended.

Comparison to HomePod Mini and caution in market expansion

Kuo compared the delay to Apple’s earlier experience with the HomePod mini, explaining, “Even after launching the cheaper HomePod mini, Apple’s smart speakers failed to become mainstream products.” This comparison highlights Apple’s caution in launching lower-priced versions of its premium products. The HomePod mini was intended to bring smart speaker technology to a wider audience, but despite its lower price, it did not achieve widespread adoption.

Apple appears cautious about repeating this pattern with a $2000 headset, questioning whether the price reduction alone would attract enough buyers. The company seems to believe that simply lowering the price may not be enough to create the kind of market impact they are aiming for. Instead, Apple may be focusing on ensuring that the cheaper version, if it ever launches, offers compelling use cases that justify its existence beyond just being a cost-reduced alternative.

Best Vision Pro apps so far

Upcoming Vision Pro release in 2025 with upgraded M5 chip

While the cheaper version remains uncertain, Apple will still be releasing a new iteration of the Vision Pro in 2025. This version will include an upgraded M5 chip, but further hardware details are not yet clear. The new Vision Pro model is expected to enhance performance and potentially introduce new features that improve the overall user experience.

According to Mark Gurman, the cheaper headset could have featured the A18 Pro processor, a downgrade compared to the M2 chip in the current Vision Pro. This would have allowed Apple to cut costs while still delivering a capable device. Materials like plastic were expected to replace the aluminum and glass used in the premium version, making it a more affordable but less luxurious option. The Vision Pro with the M5 chip may also come with software enhancements that take advantage of the improved hardware, potentially positioning it as a significant step forward in Apple’s vision for spatial computing.

Vision Pro remains the premium offering in spatial computing

Apple’s Vision Pro debuted earlier this year at $3499, putting it out of reach for many consumers. The high price tag reflects the advanced technology and premium materials used in the device, including high-resolution displays, powerful processors, and the innovative EyeSight feature. With the cheaper model off the table for now, the Vision Pro remains Apple’s flagship spatial computing device, as the company focuses on refining its premium offering.

Apple seems committed to ensuring that the Vision Pro delivers a best-in-class experience, which may be why they are not rushing to release a less expensive version. The Vision Pro represents Apple’s vision for the future of computing, and by focusing on the high-end model, they can continue to innovate and set a high standard for what spatial computing can achieve. As Apple continues to iterate on the Vision Pro, it will be interesting to see how they address the challenges of making this technology more accessible without compromising on quality.

Summary of Apple’s Vision Pro strategy

To recap, Apple has delayed the release of the cheaper Apple Vision headset beyond 2027, opting to focus on improving the Vision Pro with an upgraded M5 chip in 2025. The delay suggests Apple is wary of repeating past experiences with lower-priced products like the HomePod mini, which failed to gain mainstream traction.

The company remains committed to delivering a premium spatial computing experience with the Vision Pro, while the possibility of a more affordable version remains uncertain. Apple’s strategy appears focused on ensuring that any new release—whether premium or budget—offers strong use cases and value to its users.

Image credits: Apple

Apple Immersive Video has arrived, ready to redefine your entertainment experience. Available exclusively on the Apple Vision Pro headset, with the release of the VisionOS 2, this groundbreaking format combines 180-degree 3D video, 8K resolution, and Spatial Audio to create an unparalleled sense of presence and immersion.

Just imagine being transported to the heart of the action, surrounded by stunning visuals and soundscapes that blur the lines between reality and the virtual world. That’s what Apple Immersive Video format offers!

What is Apple Immersive Video format?

Apple Immersive Video is a proprietary video format designed to deliver the most immersive viewing experience possible. It combines high-resolution 8K footage with a wide 180-degree field of view, capturing a vast expanse of visual information.

This means you can look around the scene as if you were actually there, exploring every detail and nuance. To further enhance the experience, Apple Immersive Video incorporates Spatial Audio, a cutting-edge audio technology that creates a realistic and dynamic soundscape that moves with you as you turn your head.

How does Apple Immersive Video work?

The magic of Apple Immersive Video lies in its ability to capture and reproduce a wide field of view in 3D. Specialized cameras are used to record the scene from multiple angles, capturing a 180-degree panorama. This footage is then processed and encoded into the Apple Immersive Video format, preserving the depth and spatial information.

When played back on the Apple Vision Pro, the headset’s advanced display technology and tracking sensors work together to render the 3D video in real time, adjusting the perspective based on your head movements. The result is a seamless and immersive viewing experience that makes you feel like you’re part of the action.

How to use Apple Immersive Video

Accessing Apple Immersive Video on the Apple Vision Pro is a breeze.

Simply open the Apple TV app and browse the selection of immersive content. You can choose from a variety of genres, including documentaries, sports, music videos, and more. Once you’ve selected a video, put on your headset and prepare to be transported to a new world of immersive entertainment.

You can control the playback using the Vision Pro’s intuitive interface, adjusting the volume, pausing, and even rewinding to relive your favorite moments.

Apple TV+ is now offering the following immersive shows for Apple Vision Pro:

• Alicia Keys: Rehearsal Room
• Adventure
• Wild Life
• Prehistoric Planet Immersive

How to film an Apple Immersive Video?

Creating Apple Immersive Video content requires specialized equipment and software. Apple has partnered with leading camera manufacturers and software developers to provide the tools needed to capture and produce high-quality immersive videos.

These tools include professional-grade cameras with multiple lenses and sensors, as well as powerful software that can stitch together the footage and apply the necessary processing to create the final Apple Immersive Video file.

While creating immersive video content may require a higher level of technical expertise, the results are truly awe-inspiring, opening up new possibilities for storytelling and entertainment.

Does Apple TV have a monthly fee?

Yes, Apple TV+ does have a monthly fee. It currently costs $9.99 per month after a 7-day free trial. However, there are other options for accessing Apple TV+:

• Free trial: New subscribers can try Apple TV+ for free for 7 days.
• Apple One bundle: Apple TV+ is included in the Apple One bundle, which also includes other Apple services like Apple Music, Apple Arcade, iCloud+, and more.
• Apple device purchase: Apple TV+ is often included free for a limited time with the purchase of a new Apple device.
• Apple Music Student Plan: The Apple Music Student Plan includes a free subscription to Apple TV+.

You can find more information about Apple TV+ pricing and subscription options on the Apple TV+ website.

Featured image credit: Freepik

New Apple VisionOS 2 features are here! Here’s a quick look at them and the answer to an important question:

• 3D Memories Transformation
• Intuitive Hand Gestures
• Enhanced Mac Virtual Display (including virtual ultrawide display)
• Expanded Travel Mode (now includes train support)
• SharePlay in Photos App
• Apple Immersive Video
• Canon EOS Spatial Lens Support
• First Scripted Immersive Video
• Spatial Personas for collaborative experiences
• New capabilities for Mac Virtual Display

Good news: So why should you care about these? Because Vision Pro can come to your country soon! Apple VisionOS 2 coincides with the global rollout of the Vision Pro. Starting June 28, the headset will be available in Hong Kong, Japan, and Singapore, followed by Australia, Canada, France, Germany, and the United Kingdom on July 12. This expansion ensures that more users around the world can experience the innovative features and capabilities of Vision Pro and VisionOS 2.  Want a detailed look at them? Keep reading!

Also, here are the new iOS 18 features, so be sure to check them out!

Deep dive into the new Apple VisionOS 2 features

Apple’s VisionOS 2 is the latest iteration of the software powering the innovative Apple Vision Pro virtual reality headset. Set to release as a free update this fall, VisionOS 2 introduces a host of new features and enhancements designed to improve the user experience and expand the headset’s capabilities. Here’s a detailed look at what VisionOS 2 has to offer:

3D memories transformation

One of the standout features of VisionOS 2 is the ability to transform regular photos into 3D memories. This feature leverages advanced algorithms to add depth and spatial context to existing images, allowing users to experience their photo collections in an immersive, three-dimensional environment. This not only brings old photos to life but also provides a new way to relive memories with greater realism.

Intuitive hand gestures

Apple VisionOS 2 introduces more intuitive hand gestures that enhance the way users interact with the Vision Pro. These gestures allow for seamless navigation of the Home View and quick access to important information at a glance. This makes the overall user interface more natural and fluid, reducing the learning curve and making the device more accessible.

Enhanced Mac virtual display

The Mac virtual display feature receives a significant upgrade in VisionOS 2. Users can now enjoy the equivalent of two 4K displays with the new virtual ultrawide display option. This feature spreads the display out in front of users like a curved ultrawide monitor, providing an expansive workspace that is ideal for multitasking and immersive work environments.

Travel Mode enhancements

Previously limited to airplane use, the Travel Mode in Apple VisionOS 2 now includes support for trains. This expanded functionality ensures that users can maintain a seamless and comfortable virtual experience in various travel environments, making the Vision Pro a more versatile companion for frequent travelers.

SharePlay in Photos App

The updated Photos app in Apple VisionOS 2 introduces SharePlay, allowing users to share their photo experiences with other Vision Pro owners. Using Spatial Personas, a feature that creates a ghostly bust of your friends in the room with you, users can view and interact with photos together in real-time 3D space. This collaborative feature is perfect for shared experiences, such as family photo albums or group memories.

Apple Immersive Video

VisionOS 2 debuts Apple Immersive Video, a new storytelling format that utilizes 3D 8K video with a 180-degree field of view and Spatial Audio. This format places viewers at the center of the action, offering an unparalleled immersive experience for watching movies, documentaries, and other content.

App Store expansion

The App Store for Vision Pro continues to grow, now featuring over 2,000 apps specifically designed for the headset. Additionally, more than 1.5 million iOS and iPadOS apps are compatible with Vision Pro, providing users with a vast library of applications to enhance their virtual reality experience. Check out the Best Vision Pro apps so far.

Gaming enhancements

Gamers will find much to love in Apple VisionOS 2. The platform supports thousands of games, including over 250 titles on Apple Arcade. Users can enjoy popular immersive games like Job Simulator, which utilizes eye and hand tracking to create a realistic simulation of various professions. The Vision Pro also supports iPad and iPhone games, PC and console games via apps like Steam Link, and more, all compatible with PlayStation DualSense and Xbox Wireless controllers.

Real life Apple Vision Pro examples

Canon EOS Spatial Lens

Canon is set to release a new EOS spatial lens specifically designed for creating content for the Vision Pro. This lens will enable creators to produce high-quality spatial content, further enriching the Vision Pro’s ecosystem and offering users more engaging and immersive media.

First scripted immersive video

In a move to push the boundaries of virtual reality content, Apple announced its first scripted immersive video for the Vision Pro platform. This venture into immersive storytelling aims to provide users with unique, high-quality content that leverages the full capabilities of the Vision Pro and VisionOS 2.

From transforming photos into 3D memories to expanding the capabilities of the Mac virtual display and introducing immersive storytelling formats, Aooke VisionOS 2 wants to silence bad thoughts about itself. So can it make it? We will have to wait for the answer.

This is a developing story. For the latest info, please refresh the page.

Featured image credit: Apple

All right, buckle up! Get ready to explore the best Vision Pro apps so far. Apple’s fancy new VR/AR headset is making some serious waves and a serious cut in your wallet at $3,500. So, what exactly can this bad boy do? Well, hold onto your hats because we’re about to find out! From sucking up virtual dust bunnies with spatial vacuuming to shredding on an AR skateboard with Rodney Mullen’s Skatrix, the Vision Pro isn’t just your average piece of tech – it’s a whole dang experience! But wait, there’s more! Get ready to rock out with spatial guitar lessons, solve mind-bending puzzles in photorealistic 3D, and even chill with some virtual dinosaurs in the Dinosaur Experience (because who wouldn’t want a T-Rex as a pet, am I right?).

So, is dropping $3,500 on Vision Pro worth it? With apps like these, you might find yourself saying, “Take my money!”

Best Vision Pro apps: Gaming, productivity, entertainment, and more

Hold onto your hats because we’re about to dive deeper into the rabbit hole of spatial computing madness:

• Microsoft Office Apps: Includes Word, Excel, PowerPoint, Outlook, OneNote, and Loop, optimized for the Vision Pro with unique features like focus mode and immersive environments.

• Disney+: Offers streaming of Disney+ content in 3D virtual environments, enhancing the viewing experience with immersive settings inspired by popular franchises.

• Zoom: Provides immersive meetings with support for 3D avatars and spatial setup adjustments, enhancing the communication experience on the Vision Pro.

• Lowe’s Style Studio: Allows users to step into immersive, interactive 3D kitchen scenes curated by Lowe’s professional designers, inspiring creative home improvement projects.

• Game Room: Developed by Resolution Games, offers tabletop classics in mixed reality or fully virtual environments, supporting multiplayer gameplay and providing a variety of games like chess, solitaire, and more.

• Synth Riders: A rhythm game ported from Meta Quest, providing immersive gameplay experience by turning hands into instruments and colliding with orbs in a synth-based environment.

• Puzzling Places: Offers photorealistic 3D puzzles, showcasing the power of the Vision Pro’s 3D modeling capabilities with UNESCO World Heritage sites and iconic landmarks.

• Rodney Mullen’s Skatrix: Developed by Niantic, this app brings virtual skateboarding to life, leveraging the Vision Pro’s tracking abilities for an immersive experience.

• Navi: Provides real-time translation with live captions, making it useful for video calls and communication, leveraging the Vision Pro’s capabilities as a communication device.

• JigSpace: A professional tool for 3D rendering and visualization, offering interactive presentations and educational content, highlighting the Vision Pro’s potential impact on various industries.

• Endel Realms: Offers calming or energizing environments for meditation and relaxation, leveraging algorithmically produced music to create immersive experiences.

• Dinosaur Experience: Provides interactive experiences with scientifically accurate dinosaur models, showcasing the potential of immersive technology in education and entertainment.

• Builder’s Journey: Offers an interactive LEGO building experience with virtual bricks and storytelling, demonstrating the capabilities of the Vision Pro for creative exploration.

• SkyGuide: Provides immersive stargazing experiences with detailed simulations of stars, constellations, and planets, offering different environments for exploration.

• WISP: An AI companion and game that showcases the Vision Pro’s volumetric capabilities, offering immersive augmented reality experiences.

• Spatial Vacuuming: Developed by AR/VR engineer Daniel Beauchamp, this app gamifies cleaning tasks, making them more engaging and fun.

• Spatial Guitar: Created by mixed reality designer Sergei Galkin, this app gamifies music lessons, providing interactive visualizations and empowering users to learn guitar skills in an immersive way.

Why do we only play piano in MR?

I think it’s the perfect tool to learn to play guitar👇🏻 pic.twitter.com/zf3Xu11uqx

— Sergei Galkin (@sergeyglkn) November 14, 2023

These apps collectively showcase the diverse range of experiences available on the Vision Pro, highlighting its versatility and potential across various domains, from entertainment and education to productivity and relaxation. However, if you think it’s still too much pricey, you can wait for Apple Vision Air.

Featured image credit: Apple

It’s time to talk about the Apple Vision Air. Yes, Apple’s new gadget, the Vision Pro, has amazed everyone. It’s all about this thing called augmented reality (AR), or what Apple wants to call it, spatial computing, where digital stuff blends with real life. Sounds awesome, right? Well, it is, but there’s a catch: the price. At $3,500, it’s way too expensive for most of us. That’s why we’re excited about the rumors swirling around its more affordable sibling, the Apple Vision Air.

What we want from the Apple Vision Air

Meet the Apple Vision Air, a rumored sibling to the Vision Pro that promises to bridge the gap in AR accessibility. While details remain limited, what we do know about the Apple Vision Air and what we want from it is worth discussing.

• It will be cheaper: The best part? It’s going to be way cheaper than the Vision Pro. We’re talking somewhere between $1,500 and $2,500. Finally, AR might be something we can actually afford!
• It still does cool stuff: Even though it’s probably not as fancy as the Vision Pro, the Vision Air still does some pretty neat things. You can still watch your favourite series and do work stuff, just like with the Pro. You can still control it with your eyes, hands, and voice.

ok this demo is better than apple's actual ads for vision pro 🤯 pic.twitter.com/DE9IGdGCcG

— kitze 🚀 (@thekitze) February 4, 2024

• Coming one day, we hope: We don’t know exactly when the Vision Air will hit the shelves, but we’re hoping it’s soon. With more people able to afford it, AR could become a part of our everyday lives sooner than we think.

Considering we know almost nothing about the Apple Vision Air, it sounds like at least we could make a wishlist to Apple about it:

• Affordable price: We hope the Vision Air is priced so that more people can afford it, making AR accessible to everyone.
• Comfortable design: The Vision Air should be lightweight and comfortable to wear for long periods compared to the Vision Pro.
• Durable build: We want it to be sturdy and able to handle everyday use without breaking.

• Versatile: It should work well for different things like gaming, work, and communication, giving us lots of options for how to use it.
• Long battery life: We need it to have a battery that lasts a long time so we can use it all day without worrying about running out of power. We need more than 2–3 hours in this futuristic world!
• Exciting features: We’re excited to see what cool new things the Vision Air can do, like new ways to interact with AR content and fun applications to try out—at least Netflix, YouTube, and more.

Vision Air promises to make it more fun without emptying your wallet, whether you’re into the experience or getting stuff done.

So, why do we need the Apple Vision Air ASAP? Everyone deserves a chance to experience augmented reality’s magic without breaking the bank. Let’s cross our fingers and hope that Apple delivers on this promise of making cool tech accessible to all of us.

Meta Quest 3 vs Apple Vision Pro: Which one to choose?

Why is the Apple Vision Pro so expensive?

The Apple Vision Pro has a high price tag because it incorporates cutting-edge technology and premium materials. Here’s why it’s expensive:

The device features top-of-the-line components such as powerful processors and high-resolution displays, contributing significantly to its production costs.

Apple invests heavily in research and development to pioneer innovative technologies like augmented reality (AR) capabilities and advanced eye-tracking systems, which require substantial investments.

Manufacturing the Vision Pro involves intricate processes and tight quality control standards, adding to the production costs due to its complexity.

Apple’s brand reputation for quality, design, and user experience also contributes to the high price, as consumers are often willing to pay a premium for Apple products.

The market for AR devices like the Vision Pro is still relatively small compared to other consumer electronics, leading to higher per-unit costs due to the lack of economies of scale.

In summary, the Vision Pro’s price reflects the investment required to develop and manufacture a cutting-edge AR device with premium features and uncompromising quality.

Featured image credit: Apple

Since its debut last week, the inability to access VR porn on Apple Vision Pro has been a glaring limitation that users quickly identified, despite the device captivating audiences worldwide with its sophisticated technology and sleek design. This restriction stands out, especially considering the Apple Vision Pro’s potential for immersive virtual reality experiences, where it vastly outpaces traditional “flat” pornography in terms of user expectations for such advanced hardware.

Why can’t you watch VR porn on Apple Vision Pro?

The first to highlight this user dissatisfaction was 404 Media, which reported on the frustration evident across discussions in the Reddit community regarding the Vision Pro’s conservative stance on adult content. Despite high hopes for the device to revolutionize the consumption of adult content, the reality has been underwhelming.

On the day of its release, a Reddit post in the r/oculusnsfw subreddit—a hub for VR adult content enthusiasts and industry insiders—asked, “Anyone figured out porn on the Vision Pro? Dying to get this to work haha, if anyone has a success story please tell me how.” This was met with humorous disappointment, evidenced by a top comment labeling the device as a “$3500 chastity belt.” Subsequent threads with titles like “No porn?,” “Us WebXR folks want porn,” and “So uhh.. where is all the 3d porn?” reflect the disillusionment of Vision Pro buyers, who had anticipated a more permissive approach to content.

The question of whether the capability to watch porn, a common use case with new technologies, extends to the Apple Vision Pro is a nuanced one.

Best Vision Pro apps so far

Apple’s long-standing prohibition against pornographic apps is well-documented, tracing back to the company’s co-founder, Steve Jobs, who deemed the exclusion a moral imperative. Although Tim Cook, Apple’s current CEO, has adopted a less vocal stance on the matter, the ban remains firmly in effect, as evidenced within the App Store’s developer guidelines under “objectionable content.”

However, accessing adult content via Apple devices like the iPhone or iPad circumvents the app ban through web browsers, a method that will also be available on the Vision Pro. This workaround suggests that while official apps from platforms like Netflix or YouTube may not be developed for the Vision Pro, users will still have access to such content via the device’s web browser.

The inherent difference, though, lies in the consumption experience. Viewing standard adult videos on the Vision Pro’s web browser will resemble the experience on any other device, not fully utilizing the immersive capabilities that VR and mixed reality headsets promise.

Meta Quest 3 vs. Apple Vision Pro: Which one to choose?

The adult entertainment industry has shown significant interest in VR technologies, producing content designed for immersive experiences on other devices. However, expectations for VR porn on Apple Vision Pro exploiting its full potential should be tempered for the foreseeable future, given Apple’s current content restrictions.

Indeed, the frustration among users is palpable. Apple’s decision to position the device primarily as a professional tool likely influences its reluctance to facilitate access to VR porn on Apple Vision Pro. The prospect of sharing an office space with colleagues who are potentially engaged in explicit virtual experiences via their Vision Pro units raises concerns about appropriateness and professionalism in the workplace.

However, the tech community’s ingenuity and desire for unrestricted content suggest it’s only a matter of time before a workaround emerges. The Vision Pro, targeted at the technologically savvy demographic, inherently appeals to individuals with both the knowledge and motivation to bypass limitations.

The anticipation grows for a tech enthusiast to eventually develop a method for sideloading adult VR porn on Apple Vision Pro, thereby meeting the demands of users seeking a more comprehensive range of virtual experiences. This potential development underscores the ongoing tug-of-war between manufacturer restrictions and consumer desires for freedom in content consumption.

Featured image credit: Guido Fuà/Unsplash

Apple unveils its latest advancement in security technology: Apple Optic ID. Designed specifically for devices like the Apple Vision Pro, Optic ID harnesses the power of iris recognition to provide a secure and intuitive authentication experience.

Gone are the days of cumbersome passwords and PINs; with Optic ID, a simple glance is all it takes to unlock your device, authorize purchases, and authenticate within apps. By leveraging the unique patterns found in the iris, Optic ID ensures that only you have access to your device, providing peace of mind in an ever-evolving digital landscape.

What is Apple Optic ID?

Apple Optic ID represents a cutting-edge biometric authentication technology developed by Apple specifically for use with its devices, particularly the Apple Vision Pro. It utilizes iris recognition to securely authenticate users and provide access to various features and functionalities on compatible devices. Optic ID is designed to offer a seamless and intuitive user experience while prioritizing privacy, security, and accessibility. Here is how it works:

Optic ID relies on the unique patterns found in the iris of the eye for authentication. When a user sets up Optic ID on their device, the system captures detailed images of their iris using near-infrared light emitted by the device’s eye-tracking system.

The captured iris images are processed locally on the device, specifically within the Secure Enclave and the neural engine of the device’s chip. This processing converts the iris data into a mathematical representation that serves as the user’s biometric template for authentication.

When a user attempts to unlock their device or access secured features, Optic ID compares the live iris image captured in real-time with the stored biometric template. The device grants access if there’s a match; otherwise, access is denied.

We need an Apple Vision Air ASAP: Here is why

How to use Apple Optic ID

Setting up Optic ID on your Apple Vision Pro is easy:

• Open Settings.
• Tap “Optic ID & Passcode.”
• Select “Set Up Optic ID.”
• Follow on-screen instructions to scan your iris.
• Complete the setup and adjust settings if needed.
• Test Optic ID by unlocking your device.

That’s it! Enjoy the convenience of secure authentication with Optic ID.

Is Apple Optic ID secure?

Optic ID offers high security by utilizing encryption and machine learning algorithms to protect biometric data. The probability of unauthorized access is significantly reduced, providing users with peace of mind.

With Optic ID, users can unlock their devices, authorize purchases, and authenticate within apps with just a glance. This streamlined authentication process eliminates the need for passwords or PINs, enhancing convenience and user experience.

Apple prioritizes user privacy, and Optic ID is no exception. Biometric data, including iris images and mathematical representations, remains stored locally on the device and is never shared with Apple or third-party apps. Additionally, eye-tracking information is kept private.

Optic ID is designed to be inclusive, catering to a wide range of users. It supports customization options for users with different needs, such as controlling the device with a single eye or alternative authentication methods for those unable to use Optic ID.

The near-infrared illumination system used in Optic ID adheres to international safety standards to ensure it poses no harm to users’ eyes or skin. In the event of any issues with Optic ID, users are advised to seek assistance from trained technicians to ensure proper maintenance and safety compliance.

Is it the solution?

Apple Optic ID represents a significant leap forward in biometric authentication technology, offering users a secure and user-friendly method of accessing their devices and sensitive information. With its focus on privacy, security, and accessibility, Optic ID provides peace of mind to users while ensuring a seamless authentication experience. As technology continues to evolve, Optic ID will be better.

Spatial computing represents a technological advancement where computers seamlessly integrate with the physical environment. While Apple isn’t pioneering this field, it anticipates that this will be a significant leap forward in computing. The company is staking its claim in this domain with the launch of its new AR/VR headset, the Apple Vision Pro. This approach aligns with the growing interest in what is spatial computing and its potential impact on future technology.

Meta and other tech giants are leading the way with the release of advanced headsets, and Apple is joining this trend with its Vision Pro headsets. However, Apple is keen to differentiate its product by branding it with the term “spatial reality” rather than the usual descriptors.

Describing the Vision Pro, priced from $3,500, is a challenge, as its groundbreaking technology is best experienced firsthand. Those who have tried the Vision Pro often struggle to find the right words to convey its impact.

Apple is actively promoting “spatial computing” as the go-to term for this experience. This terminology is prominently featured on Apple’s website and is the recommended descriptor for developers creating apps for the Vision Pro, as outlined in Apple’s online guidelines.

Don’t describe your app experience as augmented reality (AR), virtual reality (VR), extended reality (XR), or mixed reality (MR).

-Apple

What is spatial computing?

Spatial computing involves the integration of digital processes with activities involving humans, machines, objects, and their environments. This technology is changing the way industrial companies enhance operations for frontline workers in various settings such as factories and warehouses, offering a digitally enhanced, three-dimensional context for enterprise activities and interactions.

How does spatial computing work?

Spatial computing merges the real and virtual realms effortlessly. Devices like the Apple Vision Pro, Microsoft HoloLens, Meta Quest Pro, and Magic Leap epitomize this technology. These headsets not only display the physical world but also incorporate digital objects into it, creating a three-dimensional effect. For instance, one can virtually place furniture in a room to preview its appearance before purchase, or workers can project technical manuals directly onto the machinery they are working on.

These devices employ a range of technologies to blend digital and physical realities. Computer vision, for example, interprets data from cameras and sensors, capturing details about the environment, including the positioning and movement of objects. Sensor fusion integrates data from various sources, like cameras and LiDARs, to generate a detailed and comprehensive environmental view. Spatial mapping then constructs a 3D model of the surroundings, enhancing the accuracy of digital content placement and interaction.

A significant benefit of this technology is its depth perception capability, which enables realistic interactions with virtual objects. These objects can be positioned, moved, or concealed behind physical objects, mirroring interactions in the real world, thus making the experience more natural and intuitive.

Devices utilizing spatial computing are equipped with features that facilitate interaction with virtual objects. For instance, eye-tracking technology allows the device to follow your gaze, while handheld controllers and motion sensors enable manipulation of these virtual elements. Take the Apple Vision Pro, equipped with a sophisticated eye-tracking system and sensors for hand-gesture detection, allowing users to activate or move items with simple gestures like pinching fingers or flicking wrists.

These devices also often incorporate speech recognition to accommodate voice commands, particularly useful in environments like manufacturing where hand gestures may not be feasible. Devices such as the Vision Pro, HoloLens, and Magic Leap all support this functionality.

Spatial computing is closely linked with augmented reality (AR) and virtual reality (VR). AR involves superimposing digital content onto the real world, often through smartphones or smart glasses, enhancing the user’s environmental perception without embedding digital content in 3D space or offering depth perception. VR, in contrast, creates an entirely immersive digital experience, substituting the user’s physical environment. Mixed reality (MR) merges elements of both AR and VR, offering a more integrated digital and physical experience.

What are the examples of spatial computing?

Spatial computing is poised to transform various sectors by enabling previously unattainable experiences and applications. It finds relevance in several fields, such as:

Architecture and design aspects

Spatial computing allows architects to craft, visualize, and adjust designs in a real-world context without needing physical models. This not only cuts down time and costs but also facilitates more dynamic design processes. Designers can leverage this technology to develop virtual prototypes of products, assessing their functionality and ergonomics in diverse physical environments.

Education and training applications

For education, spatial computing offers an interactive and engaging learning experience, bolstering both knowledge retention and skill development. Medical students, for example, can practice surgical techniques in a virtual setting that replicates real-life conditions. Similarly, in science and engineering disciplines, students can use this technology to construct and evaluate virtual prototypes or conduct experiments.

Gaming technology

Spatial computing has revolutionized gaming and entertainment, offering immersive experiences that allow natural and intuitive interactions with virtual objects and characters. Instead of traditional controls like keyboards or joysticks, players can use hand gestures or eye movements to navigate avatars and interact with game elements.

The technology extends to reimagining real-world events; for instance, with devices like the Apple Vision Pro, one could experience an NBA game as if seated courtside. Additionally, spatial computing enables recording and reliving memories in a three-dimensional format, adding a new dimension to personal experiences.

Better healthcare

Spatial computing is set to revolutionize healthcare by offering innovative ways to diagnose, treat, and monitor patients. Doctors, for instance, could use spatial computing to superimpose virtual screens and diagnostic data onto the real world, enhancing their decision-making capabilities.

During surgeries, surgeons might view a patient’s medical imaging scans through headsets, thereby enriching their operational precision. Moreover, this technology could aid patients with physical or cognitive disabilities, providing them with custom virtual assistants or rehabilitation exercises designed for their specific needs.

Beyond these areas, spatial computing has potential applications in retail, manufacturing, and transportation. In manufacturing, for example, this technology could be used to enhance assembly lines with virtual aids and information, optimizing production processes.

The potential of spatial computing

Despite its promising applications, spatial computing has experienced varied success. A major hurdle is the cost of hardware; top-tier spatial computing devices are expensive, limiting their accessibility and thus their impact in the consumer market. To date, their success has been confined mostly to niche enterprise applications where the productivity gains justify the investment.

Other challenges include the weight and comfort of the headsets, which can cause fatigue and motion sickness, particularly during prolonged use. Additionally, the resolution of these devices and battery life, which often lasts only a few hours, are concerns that need addressing. However, advancements are being made in these areas, and as the industry evolves and becomes more competitive, the costs of sensors, displays, and other hardware components are expected to decrease.

As for Apple’s foray into spatial computing with the Vision Pro, it remains to be seen whether it will be a pivotal or unsuccessful endeavor. Apple has a history of pioneering and setting industry standards in various technology sectors. Though currently expensive, the Vision Pro might catalyze the development of innovative applications and devices in the spatial computing field, similar to the impact of Apple’s previous groundbreaking products like the mouse, the graphical user interface, the iPod, and the iPhone.

FAQs

What is the basic principle of spatial computing?

Spatial computing is characterized by interactions occurring within real three-dimensional spaces rather than on a flat 2D screen. This technology leverages sensors that track movements in these spaces, seamlessly integrating both virtual/digital elements and physical, real-world elements.

Is spatial computing the same as IoT?

While spatial computing and IoT share some commonalities, they are not the same. Spatial computing enhances the vision of IoT for industrial companies by adding a layer of physical interaction with the data gathered by IoT sensors. IoT has enabled industrial environments to generate and utilize vast data sets for maximizing revenue, reducing costs, and improving quality. However, this technology provides a more immersive and interactive dimension to these operations.

What is the difference between spatial computing and metaverse?

The metaverse represents the ultimate experience or product, where spatial computing is a technology that enables some of these experiences. However, not all metaverse experiences use this technology, and not every experience enabled by spatial computing constitutes a metaverse experience.

Is spatial computing the same as XR?

XR, encompassing augmented reality (overlaying digital content into physical spaces) and virtual reality (fully immersive virtual environments), is part of the spatial computing spectrum. However, this technology is not limited to XR technologies; it encompasses a broader range of technologies and applications.

How big is the spatial computing market?

As of 2023, the spatial computing market was valued at approximately USD 97.9 billion. According to marketsandmarkets.com, it is projected to grow at a compound annual growth rate (CAGR) of 23.4%, potentially reaching around USD 280.5 billion by 2028, according to marketsandmarkets.com.

Where did the term spatial computing come from?

The term “spatial computing” was coined in 2003 by Simon Greenwold, a graduate researcher at MIT. His early contributions to the field included developing early augmented reality prototypes, input devices for computer control through real-world actions, and an affordable 3D scanner.

Featured image credit: Kerem Gülen/DALL-E 3 

Apple unveiled the Apple R1 chip, aka Vision Pro chip, a dedicated CPU built for their groundbreaking mixed-reality headset, the Apple Vision Pro. Because of its advanced features and ability to work in tandem with the M2 chip, the R1 processor is destined to revolutionize the immersive experience.

The Vision Pro chip shines as an example of a customized microprocessor carefully designed to fulfill the needs of mixed-reality headsets like the Vision Pro. When combined with Apple’s M2 microprocessor, found in their popular MacBook Air, the R1 CPU enables a whole new dimension of sensory immersion and user interaction. Let’s take a closer look at what the Apple R1 chip is capable of.

Apple R1 chip (Vision Pro chip) is the heart of the mixed-reality headset

Apple recently announced its new mixed-reality headset, the Vision Pro. The headset is powered by a dual-chip system consisting of the M2 processor and the R1 chip. The M2 processor is responsible for running the headset’s operating system and applications, while the R1 chip is responsible for processing data from the headset’s sensors.

Is Apple Vision Pro the “iPhone moment” for mixed reality?

The Vision Pro chip is a custom-designed chip that is specifically optimized for augmented reality (AR) applications. It features a number of features that are essential for a smooth and immersive AR experience, including:

• High-speed sensor processing: The R1 chip is able to process data from the headset’s sensors at a very high speed. This is essential for keeping the AR experience smooth and responsive.
• Low latency: The R1 chip has very low latency, which means that there is very little delay between the time that an event is detected by the headset’s sensors and the time that it is displayed on the headset’s display. This is important for providing a realistic and immersive AR experience.
• Power efficiency: The R1 chip is power efficient, which is important for extending the battery life of the headset.

The R1 chip is a key component of the Vision Pro headset. It is responsible for providing a smooth and immersive AR experience. The R1 chip is a powerful and versatile chip that is well-suited for AR applications. It is likely to play a major role in the development of AR technology in the years to come.

The Vision Pro chip offers various cutting-edge features, such as:

• Smooth and immersive AR experience: The R1 chip’s high-speed sensor processing, low latency, and power efficiency all contribute to a smooth and immersive AR experience.
• Wide range of applications: The R1 chip is designed for a wide range of AR applications, including gaming, education, and enterprise.

Apple R1 chip is one of the reasons for Vision Pro’s $3499 price tag

The Vision Pro headset’s high price tag is a direct result of the cutting-edge technology and creative design that went into creating the Apple R1 chip. The headgear is a big investment at $3499. The Vision Pro’s premium price tag may be somewhat explained by the fact that it has not one but two processors (the R1 and the M2), but it is also important to recognize the extensive set of innovative features and capabilities at your disposal.

Apple’s goal is to provide its discriminating customers with the highest degree of technology, complexity, and immersion possible, and the price reflects that.

The Apple Vision Pro headset, powered by the M2 CPU and Apple’s proprietary R1 chip, is in a class of its own. Apple has solved the problems associated with motion sickness by using the Vision Pro chip’s super-fast processing capabilities, making for a more pleasant and immersive mixed-reality experience. However, we have to admit that the Vision Pro may be more expensive and have a smaller battery life than other mixed reality headsets, but its cutting-edge technology and unparalleled performance make it well worth the investment.

Image courtesy: Apple

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