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WATCHING FILMS IN VR: DRAYMOND GREEN & IMMERSIVE STORYTELLING Thomas Riedel and Thomas Bedenk checked out Meta Quest’s new docuseries Open Season featuring NBA bad boy Draymond Green, and they’re definitely digging the 180-degree stereoscopic setup shot on Blackmagic Ursa cams. You genuinely feel like you're riding shotgun in his Porsche, but whether this kind of expensive, subsidized storytelling will ever turn a real profit remains a big question mark. FOV DRAMA: THE NEW META VR GLASSES VR enthusiasts are already whining about the rumored 70-degree field of view and Meta’s 54-degree dev safe zone, but the hosts aren't sweating it. Sure, following a fast-moving ball in sports might suck with a narrower view, but paired with crisp OLEDs, it’s more than enough screen real estate to chill on the couch and binge movies. HARDWARE LEAKS: SAMSUNG'S INCOMING SMART GLASSES Spotted FCC filings hint that Samsung is finally getting ready to drop its own displayless AI glasses, teaming up with Warby Parker and Gentle Monster for a bunch of frame styles. As an Android fanboy, Thomas is hyped to get proper ecosystem integration and give Meta some much-needed competition in the wearable game. LASERS TO THE EYE: TDK’S DIRECT RETINAL PROJECTION TDK showed off a wild new setup that bounces lasers straight onto your retina via meta-optic mirrors, neatly killing the annoying vergence-accommodation conflict. It could pave the way for super slim, normal-looking frames, but with monochrome green visuals and the nightmare of needing pinpoint eye tracking, it’s not taking over the world just yet.

Is Meta serious about confidential VMs for Muse? Is Charm targeted at kids? Are Meta VR Glasses the best VR glasses yet? In this episode Thomas and Thomas are discussing Meta Connect revelations of 2026! PARTNER OF THE EPISODE: https://immersive-x.de Five years after the metaverse hype, we find ourselves in an era defined by smart glasses and compute pucks. That is the central takeaway from this Meta Connect special of Spatial Realities, where Thomas Bedenk and I sat down right after the keynote to analyze Meta’s latest announcements and what they mean for the XR landscape. The clear centerpiece of Meta's strategy is AI, spearheaded by Meta Muse—an autonomous agent running in private virtual machines designed to plan, purchase, and manage everyday digital life. Alongside Muse came an unexpected hardware companion: the Muse Charm. Shaped like a Tamagotchi with a display, camera, and 5G connectivity, it strips the assistant down into a standalone, approachable physical token. But while it feels accessible, it also raises immediate questions about target audiences, privacy boundaries, and how comfortable we truly are handing over our digital routines to an AI ecosystem. On the glasses front, Meta expanded its hardware lineup across multiple tiers. Most notable is the move into pure audio glasses without cameras, trading optical data capture for privacy-conscious users, lighter weight, and extended battery life. Meanwhile, the flagship Ray-Ban Meta line received a Gen 3 upgrade featuring slimmer frames, improved battery life, six microphones, and Dolby Atmos spatial audio capture, accompanied by new frame styles and software-driven hearing corrections. The most discussed hardware of the night, however, was the new Meta VR glasses. Positioned with the tri-part marketing pitch "cinema, computer, console," the device weighs roughly 100 grams on the face by offloading its processing and battery into a wired pocket puck. With micro-OLED displays running at 120 Hz, downward-facing cameras for hand tracking, and integrated eye tracking, Meta aims to deliver a high-clarity spatial viewer rather than an ultra-wide FOV headset. It serves as a spiritual successor to the Quest Pro line, sacrificing peripheral immersion for portability, high PPD sharpness, and lighter wear. At $1,299, the VR glasses mark a distinct shift toward portable media consumption and lightweight computing. Yet, as we examine in our discussion, Meta’s recurring bottleneck remains unchanged: while hardware form factors are shrinking into practical devices, the ecosystem still lacks dedicated, mature productivity software to turn spatial computing into an indispensable everyday tool.

IFA BERLIN RECAP In this Episode Thomas Riedel and Thomas Bedenk share their takeaways from IFA Berlin, balancing stage debates on the societal impact and privacy of smart glasses with hands-on tests of new hardware from RayNeo, Rokid and Meta. Cutting through the show floor’s generic gadget noise, they highlight Android XR as a much-needed unifying layer to standardize development across fragmented wearable form factors. HARDWARE NEWS & INDUSTRY ANNOUNCEMENTS HTC is doubling down on smart glasses as traditional revenue streams decline, expanding the Vive Eagle into North America, Europe, and Australia. The hosts examine its rounded Panto design, slow-motion capture, and snap-on magnetic battery, alongside the viability of its post-trial AI subscriptions. They also look ahead to Meta’s newly announced workflow tool Muse and its upcoming glasses integration, followed by expectations for Apple’s imminent product event. Because if the ApirPod Cameras are coming that is Spatial Computing! FEATURE: NEXTAPP DEVCON & BRIDGING MOBILE, GAMING, AND XR Where will the developer base for mass-market XR originate? NextApp CEO Greg Fawson traces the event’s journey from Berlin’s 2009 Android meetups to a cross-platform summit, arguing that mainstream mobile engineers hold the real key to scaling spatial software. Previewing the upcoming three-day conference, the discussion covers dedicated tracks for XR, mobile gaming, and agentic AI coding, emphasizing the need for open community exchange to solve shared platform bottlenecks. Get your tickets for NextAppCon here: - Get one of 10 free ticket with the code spatialfree - Get one of 100 tickets for 50% with the code spatial50 GenAI transparency notification: For this episode the audio of Greg has been optimized using the speach improvement tool of Adobe Podcast. No edits have been made with GenAI and no additional content was generated. All edits are made by hand with Adobe Audition.

INTERVIEW What do you do when you meet somebody at a hackathon you work really well with? You found a new company! That is exactly what Ines Hilz and Andrew Douglas did after teaming up at a Meta Hackathon in London, going on to launch Sunflower VR and develop their new AI-driven AR try-on mirror, Aeva Display. In the interview, they delve into developing within Snap’s ecosystem, highlighting how Lens Studio’s AI-assisted toolset, agentic workflows, and environmental tracking features empower creators. Finally, they share crucial advice for hackathon participants developing for Snap Spectacles, emphasizing the necessity of testing frequently on-device to properly calibrate typography, color palettes, and transparency for additive holographic displays. NEWS - The Headset-Price Guess game! Featuring: Pico Space Pro, Steam Frame, Project Phoenix, Meta Ray-Ban Display 2 - Reading Suggestion: Smart Glasses: Why a Ban Is the Wrong Approach - The representative poll of the day by Bitkom: How do you feel about smart glasses? - Link-Tipp: “Harm Through the “#RizzCam”: Smart Glasses, Ambient Capture and Invisible Harassment” - Apples iPhone-Event (September 9): AirPods with cameras!

Interview Christoph Spinger is an XR Expert Engineer at Telekom MMS. When he isn’t leading teams and building cutting-edge products for clients, he regularly takes home prizes at contests and hackathons. Most recently, he won the XRCC Hackathon, currently the most important XR hackathon in Germany. His winning entry, "Handslation", translates any object you hold in your hand to help you learn a new language. In his case: Korean. He built the app for both the Pico 4 Ultra and the Rokid AI glasses. Another highlight from his portfolio is Ballee, an experimental project exploring real-time object detection by bringing physical balls into interactive mixed reality scenarios. As one of the most active XR developers in the scene today, Christoph will be joining the upcoming AI Hackathon at STARTPLATZ (Sept 4–6 in Cologne) as a mentor and jury member for the "Contextual AI Challenge" track. So you can really profit from his experience and excellence! Join the challenge now: https://metaverse-podcast.de/contextual-ai-track-2026/ To get participants hyped and prepared, Christoph sits down with us to share his personal hackathon playbook and insider dev tips: - App Inspiration: One fascinating "True Crime" app concept for location-based AI glasses that Kristoff hasn't built yet—and wants you to steal for the hackathon! - The 48-Hour Hardware Playbook: What is the exact step-by-step strategy when building for AI & AR glasses under time pressure? - Time Allocation: Why half of your hackathon time shouldn't be spent on coding at all—and what you should do instead to impress the jury. - Team Dynamics: How to find the right teammates on-site in under 10 seconds. - Dev Workflow & AI Tooling: Why you don't need to be a full game developer or native engineer anymore to build smart glasses apps, and how AI code editors like Cursor change the game. Hardware Realities: The hidden technical bottlenecks (like Bluetooth speeds) you must consider when connecting smart glasses to a phone. We also discussed these news: - Samsung unveils more Smart Glasses designs at Samsung Unwrapped, July 22nd - OpenAI interested in Smart Glasses, says OpenAI President Greg Brockman. But makes that sense? - Essilor Luxottica, which is partnering with Meta to manufacture the most successful Ai glasses of all times the Meta Ray-Ban, is talking sales numbers: exponential and almost double than comparable time last year.

With the summer holidays just around the corner, we gather for one last comprehensive round of XR news before the seasonal slowdown. → Inspired by Josef Erl’s latest newsletter on heise.de — where he declares the end of all-rounder headsets and proposes four new VR categories — Thomas and I discuss what the upcoming autumn hardware wave will actually deliver. → We also untangle the latest rumors surrounding Meta's smart glasses: from "supersensing" devices without privacy LEDs switched on to Meta's aggressive countermeasures against hardware tampering. Plus: Meta is testing paid AI subscriptions. Meanwhile, Illinois has banned smart glasses behind the wheel entirely—we analyze the reasoning behind this drastic move. → In financial news, Even Realities has officially reached unicorn status with a new $150 million investment round. We look at why their camera-free, monochrome display approach is winning over investors. → Furthermore, the first dedicated Metaverse browser has launched, Thomas is explaining what it can actually do and we share our initial impressions. → Finally, we look at UBTECH's new U1 companion. Is this humanoid robot genuinely the future of home assistance, or is it just a highly uncanny, overly flexible smart speaker on legs?

The strategy to go with an already well-established brand has been contested by its own creator: Meta introduced Meta Ray-Ban glasses three years ago and created a blueprint which was supposed to explain why suddenly a lot of normal, non-XR people were buying AI glasses. Now, Meta has announced Meta Glasses; their own "store brand," cheaper but supposedly as good as the branded version, which challenges that blueprint. Thomas Bedenk and I, as well as many of you out there, have been asking why Meta is doing that. Sure, cheaper might always be better for wider adoption. Removing a designer glasses brand can make a product cheaper. But will it also remove the appeal? Will people wear glasses with a Meta logo on them? Was Meta forced to go cheaper because the trajectory already showed signs of slowing down? And what role does EssilorLuxottica play in this? The long-time partner, which is 3% owned by Meta and has a 10-year deal signed up to 2034, is not only profiting hugely from that cooperation. It is also in a situation where it could put pressure on its partner. The Italian-French corporation EssilorLuxottica might even be concerned about its own brand integrity regarding what Meta is doing concerning privacy and AI. Maybe EssilorLuxottica halted further brand cooperation without retracting access to its production facilities, we speculate. In this episode, we are analyzing Meta's newest attempt in the smart glasses industry it created, and we share a clear position on whether you should buy these now-cheapest, but still great-looking, smart glasses.

And here they are! In this special episode of Spatial Realities we dive into the highly anticipated reveal of the new Snap Specs at the AWE 2026 conference. We take a close look at the hardware of this new AR device, exploring how its weight, display technology, and pricing compare to previous generations and competitors on the market. We also discuss the newly introduced AI-driven Lens Studio tools and what they mean for the developer ecosystem. Join us as we evaluate the real-world implications of its battery life, discuss the availability of compelling consumer use cases, and analyze Snap's privacy concepts. Tune in to hear our views on whether these glasses are poised to become finally a mainstream success we all have been waiting for.

This interview was originally sourced during my coverage of XR Expo. Frédéric is always wearing two hats, he repeats whenever he can. One is as the head of the XR Division at Collabora. The other is the hat of an Outreach Officer for OpenXR. When you work with him as a journalist, you recognize that immediately. He is always aware of what he can and cannot say, driven by the politics within his organizations. That includes negotiations about which passages stay in the podcast and which do not. Only three small parts were removed from our original recording due to that process. None of them are important for normal people, but very important for people within the OpenXR cosmos, it seems. Why do I mention this? Working on standards like OpenXR is a matter of politics—between big corps, open-source evangelists, and XR enthusiasts. That is what I learned after the podcast recording. In this interview, Thomas Bedenk and I try to get a feeling of where OpenXR stands, how it has developed over the last couple of years, and where it is heading. OpenXR was built in 2017 with the vision to clean up a landscape of messy SDKs. In 2019, version 1.0 was released. But it has only been within the last 18 months that OpenXR has become the quasi-standard for XR development. The reason behind this is not only the existence of standards, but that major stakeholders committed to OpenXR. Google, Meta, Valve, and Pico recognized the necessity of common ground for development. Unity and Unreal committed to OpenXR as their primary interface. But standards alone are not enough if you really want to develop effectively. Monado delivers an open-source runtime which is used throughout the industry. As head of XR, Frédéric and his team are responsible for Monado. Monado is a cross-platform, open-source runtime that implements the OpenXR API to communicate directly with XR hardware like headsets, displays, and trackers. Unlike proprietary systems, its code is fully accessible to the public and is used by major tech companies as the foundational layer for their own XR ecosystems. Although many of the organization's current projects are restricted by NDAs, Frédéric shared insights into a major upcoming feature called multi-app support. This feature will provide a standardized way for multiple independent XR applications to coexist and interact realistically in the same physical space, enabling scenarios like a virtual Pokémon from one app correctly occluding a floating calendar from another.

Podcast for XR, AI Glasses, Smart Glasses, Spatial Computing and the Metaverse since 2021, hosted by German tech-journalist Thomas Riedel.

Not much is known about Snap’s next device, except what CEO Evan Spiegel shared last year during their annual Lens Fest. The device promises to be better, smaller, more beautiful, and so on. Sure :-) If there is one person outside of Snap who is best positioned to know what’s going on at the company and how they work, it might be Kanzul Fatima Arif. As the Head of Innovation at Headraft, she worked closely with Snap to develop Cookmate, a hero project for the American social media and XR leader, which is showcased whenever possible. That is because the app truly impresses with its stellar user interface on the 5th generation Snap Spectacles. While developing Cookmate, Kanzul and her team worked so closely with Snap that she was actually able to influence their development. For example, how pinned objects behave, how fonts are readable best of the Spectacles or how face tracking works for diverse skin tones. At the beginning of this episode, Kanzul tells us her personal XR story: the moving and empowering journey of an Afghan woman who discovers the power of AR to process her own history. She also provides a deep dive into how Headraft handled the shutdown of Spark AR and the situation with 8th Wall and what the agency's strategy looks like now. Finally, she describes in great detail how the team developed Cookmate, which meant stepping away from traditional game development methodologies.

Today, we are heading to Brussels. At the premiere of UnitedXR (YouTube →), I sat down with an absolute heavyweight of the industry: Neil Trevett. If you work in graphics, you know Neil. He is the VP of Developer Ecosystems at NVIDIA, President of the Khronos Group, and Chair of the Metaverse Standards Forum. In this conversation, we dive deep into three key topics: First, the current state of the Metaverse Standards Forum. Second, Apple’s role in XR—and specifically the tension between the USD and glTF file formats. And finally, how standard organizations are handling the explosion of AI assets and new tech like Gaussian Splatting. This interview is essential listening if you want to understand the strategic side of XR and how to navigate the competing narratives in our industry.

This Episode contains a recording of a panel I moderated at the second nextReality.Festival in Hamburg. The Festival is framing Germanys oldest XR prize, the nextReality.Contest. Transparency annotation: Spatial Realities is a media partner of the nextReality.Festival. Although travelcosts have been covered by nextReality Hamburg e.V., my opinion and this reporting still remails independent. The Guests: Antony Vitillo (LI →), XR Developer and owner of the famous blog "The Ghost Howls" — one of the most popular international XR bloggers — and Jan-Keno Jansen (LI →), Editor at German c't magazine since 2007, an XR reporter since the early Oculus days, and since 2021 host of c't's YouTube Channel 3003, one of the most successful tech channels in Germany. About the Panel "Look Behind the Goggles: XR Journalism in the Crossfire of Hype and Reality" we discussed how reporting about XR has changed over the last ten years. Both Jan-Keno and Antony can tell different storys. Jen-Kenos XR-journey started when he tried one of the first prototypes meeting Palmer Luckey in the US and how he was trying to write about how it feels to be in VR. For Antony the story started with his Blog, which was originaly a marketing blog, but quickly adressed a community which was developer-heavy and craving for facts and numbers. Learn how the panelists handle the growing pressure from US-BigTech in this episode!

This is the ignite episode of "XR in Space", a Spatial Realities podcast-special. Imagine a shadow so black, it could be a hole. And if you drop something into it, it's practical gone. That's a realistic scenario for future moon missions. As the moon has no atmosphere, light is not dispersed nor weekend at air molecules leading to brutal light conditions you can not imagine as an earthling. Starting 2030 we build the Artemis moon base from where we might conduct complex missions not only on the surface of the moon itself but also to start our journey to Mars. And so that astronauts do not step into a shadow which is actually a hole in the ground, stumble and damage their spacesuit or instruments, an augmented reality interface could be helpful. Leonie Bensch, Doctoral Candidate at the European Space Agency, researches exactly that. In her research she develops AR scenarios in Virtual Reality (VR) to test designs and gather feedback before developing costly physical prototypes. For Example she examines how a grid might help to understand the topographical feature of the moon surface or how far an object is away. No easy task as safety and reliability has top priority in space. Leonie is not only a researcher at ESA. As one of three conference chairs she organized the Space CHI 4.0 conference which took place June 23-24, 2025 at the European Astronaut Center in Cologne. This podcast-special was mainly inspired by that conference, as there were many inspiring talks and keynotes and even two ESA Astronauts taking part.

This Episode is part of the "XR in Space" Series. There was one moment in Felix' keynote, where everybody was thinking the same: How can I get this insanely detailed model of the ISS onto my headset? No wonder that this was the first question asked after the keynote. And funnily enough it was even the question of co-host Thomas Bedenk, when Felix talks about the ISS model in this episode. The Keynote was hold at the Space CHI 4.0 Conference (→) back in June 23-24 at the European Astronaut Centre in Cologne. Our recording takes place a month later. Felix Gorbatsevich is the CEO and co-founder of the Norwegian company Pale Blue, which is specialized in simulation and training simulators for various industries, including human spaceflight and subsea operations. In this episode we are particularely discussing how they were involved in a couple of experiments involving parabolic flights. Felix explains how they used them to find out how XR headsets can work in zero gravity and micro gravity as well as scanning how astronauts actually move in Zero G on a space spation. These information were than used to make training on their virtual reality model of the ISS even more realistic. Pale Blue is particularly known for its highly detailed digital twin of the International Space Station (ISS), which models the station down to individual screws and stickers for realistic astronaut training. This simulator is crucial for helping astronauts become resilient to zero-gravity sickness by creating a disconnect between visual and physical sensation. Pale Blue also applies its simulation technology to validate new spacecraft designs, such as the Luna Gateway, and participates in the SpaceXR Consortium to develop robust XR solutions for actual space missions, including intra-vehicular (IVA) and extra-vehicular (EVA) activities. At the end of the episode Felix is asked to articulate his expert opinion about the XR industry, with over 10 years of experience. And how he thinks how XR and the space industry is connected.