Based on Google’s recent showcase of “AI Glasses”, this article explores the new Android XR-powered smart glasses and their key features. These glasses integrate Google Gemini AI and include memory-based functionalities, Raxium micro-LED displays, live translation, and more. The review also covers important aspects like the device’s weight, battery life, connectivity with smartphones, and real-time information delivery capabilities.
XR, or Extended Reality—which includes Virtual Reality (VR), Augmented Reality (AR), and Mixed Reality (MR)—was once considered a technology of the future. However, with recent advancements, XR is now ready for practical, real-world applications.
Table of Contents
1.Google’s New Move: Android XR and Gemini
Few days ago, Google surprised everyone with the launch of Gemini 2.5 Pro. Now, the company has announced a new platform called Android XR, specifically designed for headsets and smart glasses. This isn’t just about adapting the Android operating system to headsets; it’s a complete redesign that allows users to interact with information without screens, keyboards, or touch.
Here, Google’s AI, Gemini, plays a crucial role. With Gemini, XR devices can understand human language, track eye movements and gestures, and respond in real-time based on user behavior.
These smart glasses are designed to work seamlessly with your phone, and Google even previewed a mixed reality headset that bears a striking resemblance to Apple’s Vision Pro. It uses pass-through video to merge the physical and digital worlds.
In that demo, Google showcased the ability to overlay multiple windows, view an immersive scene of Cape Town, South Africa, and play a 360-degree snowboarding video.
Samsung had also previewed a similar headset under the codename “Project Moohan” during their Unpacked event in January.
Last year, Meta showcased a similar concept with its Orion glasses. Demos from both Google and Meta indicate that the technology has now been miniaturized enough to make augmented reality within glasses a technical reality.
2.Project Moohan: Google’s XR Headset
Google has named its first XR headset Project Moohan. This device is built entirely for an extended reality (XR) experience, where both software and hardware work in seamless harmony. It moves beyond the traditional app layout concept, offering users a new, immersive, and realistic three-dimensional interface. Instead of clicking buttons or scrolling, users will simply look or speak, and the device will respond naturally. Project Moohan is Google’s first Android XR headset, focused on enabling intuitive and natural interactions powered by artificial intelligence.
Features of Smart Glasses
1) Design & Display: Features a single-lens display using Raxium Micro-LED technology, delivering bright visuals with low power consumption.
2) AI Integration: Utilizes Google Gemini AI to understand voice and visual input, displaying relevant information directly in front of the eyes.
3) Connectivity: Supports data streaming via smartphone, access to phone apps, navigation, and viewing notifications.
4) Special Memory Demo: Showcased a demo of recalling the last known location of a lost hotel key card, demonstrating memory-based AI capabilities.
5) Live Translation: Displays real-time translation from Farsi to English on the lens, breaking language barriers and easing communication.
6) Circle to Search & Real-Time Tutorials: With a simple hand gesture, users can access information about objects in front of them and view step-by-step tutorials.
Future Directions
Google aims to make XR a part of everyday life for all users, not just gamers or tech enthusiasts. They are building a platform that allows other developers to create new XR apps and experiences, expanding the ecosystem.
3.How AI is Transforming XR
Previously, XR devices required many manual inputs, but now AI-especially Google’s Gemini-can understand user speech, environment, and even intent. You can simply say, “Show last year’s sales data” or “Translate this sign,” and the device instantly comprehends and responds accordingly.
AI enables XR devices to process not just voice but also images, text, and objects, making them smarter and more personalized assistants. This shift is driven by remarkable advances in AI, hardware, and software, turning XR from a futuristic idea into a practical reality. Google’s Android XR platform and Samsung’s Project Muhan headset are key examples of this progress.
4.Challenges and Opportunities
The success of XR depends on user adoption and its ability to solve real-world problems. Questions remain about how quickly people will embrace this technology and whether it will become essential or remain a novelty. Google views XR as a core part of its future strategy. Upcoming challenges include improving battery life and reducing costs.
5.Market Timeline
• Prototype Testing: Early glasses will be tested soon with select users.
• First Devices: Samsung’s Project HAEAN (Code name: Moohan) is expected to launch as an Android XR device in the end of 2025.
6.Conclusion
In the future, our surrounding environment could become our computer interface, eliminating the need for screens, keyboards, and mice—relying instead on eyes, speech, and gestures. Google’s AI-powered smart glasses are opening a new chapter on the technological frontier, combining AR/VR and AI to assist in everyday life. We can expect more advanced devices, better batteries, and stylish designs that will be seen as the next step in AI-enabled innovation.
Google believes that XR technology will redefine how we interact with technology, transforming computing into an immersive and ubiquitous experience. This technology undoubtedly has the potential to revolutionize how we engage with the digital world. Google’s initiatives clearly point toward that future.
Several factors have converged to make this the ideal time for XR technology, including technological maturity, genuine user needs, and the rise of context-aware artificial intelligence. The shift from touchscreen-based to presence-based interaction is also a crucial development in this transformation.
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