Author: defaultwptest_0plels

The Vision Pro made its splash, earned its headlines, and — for most people — quietly drifted into the “cool, but not $3,500 cool” category. Now, Apple appears to be rethinking its approach to spatial computing, with not one but two new headsets reportedly in the works: a lighter, cheaper version of the Vision Pro and a more powerful model that tethers to a Mac via USB-C. If that feels like a pivot, that’s because it is. After positioning the Vision Pro as a self-contained, all-in-one leap into the post-screen future, Apple seems to be hedging. One model trims features to chase a wider audience. The other leans into performance, even if that means bringing back a cable. The company hasn’t confirmed anything (because of course it hasn’t), but the message is clear: Apple’s spatial road map now forks in two, and both paths lead away from the Vision Pro we know. What we know: Two new headsets are in developmentMultiple reports — originally sparked by Bloomberg’s Mark Gurman and later…more

Picture this: Your AR glasses open apps just by looking at them. Your VR headset adjusts the image based on where your eyes focus. Your car knows when you’re getting drowsy and nudges you awake. These aren’t far-off fantasies — they’re potential real-world uses of eye-tracking tech. And thanks to a new breakthrough at the University of Arizona, we may be a lot closer to all of it. Eye tracking is poised to become the next major interface between humans and machines. But for it to really work, it needs to be fast, accurate, and almost invisible. And as with any technology that tracks our behavior and biology, it also needs to be secure and privacy-conscious. That’s where this new research comes in. Read: AR vs. VR: A Simple Guide to Augmented and Virtual Reality What you need to know about eye trackingToday’s eye tracking tech is limited — most systems only measure around a dozen data points, which isn’t enough for truly precise interaction in VR, AR, or driver-assist systems.…more

How will the new tariffs impact VR and AR? In short, they’ll likely make headsets more expensive, slow down production, and force some serious changes in how these devices are made and sold. What you need to know: VR and tariffsNew tariffs are already active — The US raised tariffs on Chinese imports to 104%, and China responded with 84% tariffs on US goods. Most countries are affected, not just China. Headsets are about to get pricier — Components for VR/AR devices are heavily globalized, and tariffs will likely drive up production costs and retail prices. Mid-tier hardware is most at risk — Budget and premium devices may survive, but the $400–$800 segment could shrink or stall out. Yesterday, the US raised tariffs on Chinese imports to 104%. This morning, China hit back with an 84% tariff on US goods. But this isn’t just a geopolitical chess match — these moves are aimed squarely at the electronics supply chain, and that includes nearly everything inside your favorite immersive…more

When Vivo revealed its new mixed reality headset — simply named Vivo Vision — it didn’t just debut a new device. It kicked open the door to a market that, until now, has been heavily dominated by two tech giants: Apple and Meta. The Vision clearly draws inspiration from Apple’s Vision Pro (very clear, in fact) — right down to its sleek ski-goggle silhouette and gesture-based interface — but it’s more than just a copycat play.As someone who has followed the evolution of AR and VR for years, I can say with confidence that this is a pivotal moment. A third major player entering the MR space signals that things are heating up — and that’s just what the industry needs. Competition is good. It drives innovation, lowers costs, and ultimately gives consumers more choice. But for Apple and Meta? It means there’s another serious contender to worry about — one with strong momentum in Asia’s smartphone market and a reputation for making capable hardware at disruptive price points. Let’s break…more

Virtual reality isn’t just a futuristic dream anymore — it’s a thriving industry on track for massive expansion. According to recent projections, the global VR market is expected to grow by a staggering $339.29 billion between 2025 and 2033, with a compound annual growth rate of 27.3%. That’s not just a small bump — it’s a sign that VR is cementing itself as a major player in gaming, business, healthcare, and beyond. So, what’s fueling this explosive growth? And more importantly, what does it mean for you as a VR enthusiast? Let’s break it down. The VR surge: Where’s the growth coming from?Gaming and entertainment: Bigger, better, more immersiveGaming remains the dominant force in VR’s expansion. What started as a niche market is now attracting major game developers, with more AAA titles and indie innovations pushing the boundaries of immersion. From Meta’s Quest 3 to Sony’s PlayStation VR2, hardware advancements are making high-quality VR gaming more accessible than ever. Beyond…more

Meta is doubling down on augmented reality (AR) and artificial intelligence (AI) with the launch of Aria Gen 2. Unlike consumer-focused models such as the Ray-Ban Meta smart glasses, Aria Gen 2 is designed for AI research, robotics, and machine perception. The glasses offer a glimpse into the future of AR-powered assistance. With upgraded sensors, real-time AI processing, and a heart rate tracking feature, these glasses could play a crucial role in future accessibility solutions. The potential is there to help users with visual or hearing impairments navigate the world more independently. Although it remains a research tool, Aria Gen 2 serves as a stepping stone toward truly intelligent AR wearables. So, what makes these glasses different, and why should we pay attention? Let’s break it down. What’s new in Aria Gen 2?Meta’s Aria Gen 2 smart glasses significantly upgraded the original Project Aria research device from 2020. While it may look like a standard pair of glasses, it packs a…more

Virtual reality (VR) is no longer just for gaming — it’s becoming a powerful tool in sports science to evaluate athlete performance. A new study by a group of scientists in Germany has validated a VR-based test battery that can reliably measure key athletic skills, such as reaction time, jumping ability, and complex movement execution. What you need to know about the VR athlete studyVR tests are highly reliable: Reaction time and jump height measurements in VR closely match real-world data. Parkour performance varies: Athletes initially struggle with VR navigation, but a virtual opponent improves results. Future potential: VR could revolutionize sports training, talent identification, and rehab with further advancements. This breakthrough suggests VR could revolutionize sports training, making assessments safer, more accessible, cost-effective, and data-driven. Why this matters for sports science and trainingFor years, VR has been explored as a training tool in sports, but its…more

As conversations about artificial intelligence (AI) grow, a new concept — augmented intelligence — is taking shape as a more human-focused way of using technology. While AI often evokes visions of automation and machine-driven decision-making, augmented intelligence focuses on collaboration, where machines enhance rather than replace human capabilities. This concept is increasingly relevant as businesses, healthcare providers, and financial institutions integrate AI-powered tools to improve efficiency and decision-making. Unlike traditional AI, which often operates independently, augmented intelligence keeps human expertise at the core. AI acts as a supportive tool, refining judgment, offering insights, and simplifying complex tasks rather than taking over entirely. Augmented intelligence helps people make better decisions by providing AI-driven insights while keeping humans in control. Unlike traditional AI, which automates tasks, augmented intelligence works alongside humans to…more

Augmented reality (AR) and virtual reality (VR) redefine how we interact with digital spaces. AR layers computer-generated content onto the physical world, seamlessly merging digital elements with real environments. VR, on the other hand, creates entirely synthetic worlds, transporting users into fully immersive digital experiences.  Knowing the distinctions between AR and VR isn’t just about terminology — it’s about understanding how these technologies shape industries, from gaming and enterprise solutions to healthcare and beyond. What is augmented reality?Augmented reality seamlessly blends digital elements with the real world, enhancing what we see, hear, and interact with. Unlike virtual reality, which immerses users in a fully digital space, AR keeps users anchored in their physical environment while adding interactive digital layers. This can range from simple overlays, like navigation prompts in Google Maps Live View, to more advanced apps, such as AR-powered remote…more

Ray-Ban’s partnership with Meta keeps getting smarter — literally. The latest Ray-Ban Meta smart glasses aren’t just about looking cool — they’re packing upgraded tech, including the Meta glasses v12 update, faster performance, and surprisingly solid battery life. But do these smart Wayfarers live up to the hype, or are they just another overpriced gadget? After five months of daily use, I’m ready to share what I’ve learned about the trendiest AI glasses to hit the market since Google Glass (anyone remember that?). Let’s break it down. Classic look, smarter functionalityFirst off, these are real Wayfarers. They’re not awkward, thick, clunky, or any of the other negative adjectives. They’re normal Wayfarers. If you’ve ever hesitated to wear smart glasses because they looked like something out of a bad sci-fi movie, rest easy — you will not look like Max Headroom. PRO TIP: If you spring for the matte black version, keep its cleaning cloth handy. They get a bit shiny with use, but…more