Published on: April 22, 2025 / Updated on: April 22, 2025 – Author: Konrad Wolfenstein
Google Smart Glasses prototype with Gemini AI presented at the TED conference “Humanity Reimagined” in Vancouver – Image: Xpert.Digital
Google's next-generation smart glasses: A glimpse into the future
Google's smart glasses with display and Gemini features: A new era of augmented reality
Google recently unveiled an advanced prototype of its new smart glasses with an integrated display and Gemini AI capabilities at the TED conference “Humanity Reimagined” in Vancouver, Canada. The TED2025 conference took place from April 7 to 11, 2025. This presentation marks a significant step forward in Google’s AR strategy and could fundamentally change how we interact with digital information in everyday life. Following the commercial failure of the original Google Glass, the company is returning with a more technologically advanced and practical solution that combines impressive AI features with an unobtrusive design.
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Design and hardware of the new smart glasses
The smart glasses presented by Google at the TED conference feature a remarkable, almost conventional eyeglass design. Unlike the striking first generation of Google Glass, the new smart glasses are barely distinguishable from regular glasses at first glance. The glasses have a black frame and are very lightweight despite the integrated technology, suggesting a well-thought-out hardware concept.
A key design feature is the tight integration with the user's smartphone. Shahram Izadi, head of Android XR at Google, explained during the demonstration: “These glasses work together with your smartphone, streaming content back and forth, allowing the glasses to be very lightweight and access all your phone apps.” This architecture represents a fundamental departure from the original Google Glass concept, which attempted to integrate as much hardware as possible into the glasses themselves.
The technical specifications were not revealed in detail during the demonstration. However, it was confirmed that the glasses feature a miniature display onto which information can be projected. They also include an integrated camera used for various functions such as object and environment recognition. A microphone is also present to receive voice commands and enable communication with the Gemini AI assistant.
Technological integration and lightweight design
The crucial technological advancement that enables the compact design lies in the relocation of computing power. Thanks to the constant connection between the smartphone and the glasses, as well as the permanent cloud connection, almost all the technology can be shifted to the smartphone. The glasses themselves primarily require a camera, a microphone, and the display technology, resulting in a significantly lighter and more discreet design than previous attempts in the AR glasses segment.
Gemini AI as the core of smart glasses
The key element that distinguishes the new Google Smart Glasses from previous AR glasses is the integration of Google's advanced AI model, Gemini. The AI capabilities are implemented on the smart glasses under the name "Gemini Live," a version specifically optimized for real-time interaction.
Gemini acts as a constant companion in smart glasses, activated by natural voice commands and accessing visual and auditory contextual information. The AI can "see" and "understand" the user's surroundings, enabling entirely new forms of interaction. With the recent expansion of Gemini Live to include camera and screen sharing capabilities, as well as the "Talk about" feature that facilitates conversations about images or videos, Google has already established the technological foundation for smart glasses on smartphones.
Gemini's integration into the smart glasses is achieved via the Android XR platform, which was specifically designed for XR (Extended Reality) devices. Google describes Android XR as "an open, unified platform for XR headsets and glasses" that aims to give users "more choice of devices and access to apps they already know and love.".
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Demonstrated functions and application areas
During the TED presentation, Shahram Izadi and Nishta Bathia, product manager for Glasses & AI at Google, demonstrated several impressive features of the smart glasses.
Memory function: The digital memory assistant
One particularly highlighted feature is “Memory,” where Gemini uses its integrated camera to track what is happening around the user and remember where everyday objects have been placed. In the demonstration, Bathia asked Gemini, “Do you know where I last put the card?” to which the AI replied, “The hotel card is to the left of the record,” and pointed out the objects on the shelf behind her via the glasses.
This feature uses a “rolling context window where the AI remembers what you see without you having to tell it what to look for.” This represents a significant advancement in the contextual perception of AI systems and could greatly simplify everyday problems such as finding misplaced items.
Real-time translation and text processing
Another demonstrated feature is real-time translation, where the smart glasses can capture, translate, or transcribe conversations in real time. Izadi demonstrated a live translation from Farsi to English, with the translation appearing as subtitles on the glasses' display. Translation into other languages, such as Hindi, was also mentioned.
The glasses can also scan and process text, as demonstrated during the presentation by scanning a book. These features could be particularly useful for international travel, multilingual work environments, or when studying texts in foreign languages.
Creative and practical everyday functions
The presentation also included a demonstration of how to compose a haiku poem, highlighting the creative possibilities of AI integration. Furthermore, the glasses can function as a navigation aid, as Google demonstrates in its blog. The Gemini AI can display route suggestions directly in the user's field of vision, thus facilitating navigation in unfamiliar environments.
The Gemini Sight Glasses are designed to automate numerous everyday tasks via simple voice commands – from managing the calendar and sending emails to writing documents or reserving a table at a nearby restaurant.
Android XR: The new operating system for XR devices
The smart glasses presented are based on Android XR, a new operating system announced by Google in December 2024. Android XR was specifically developed for XR devices and is intended to provide a unified platform for different types of AR and VR hardware.
Collaboration with Samsung and expansion of the XR ecosystem
Google is developing Android XR in collaboration with Samsung, suggesting broader industry support for the new ecosystem. In addition to smart glasses, a mixed-reality headset called “Project Moohan,” also based on Android XR and developed in partnership with Samsung, was also unveiled at the TED conference.
The mixed-reality headset uses passthrough video technology “to create a seamless overlay of the real and virtual worlds.” It is significantly bulkier than the smart glasses and aims for more immersive mixed-reality experiences, while the glasses are designed for all-day use.
Developer platform and app ecosystem
Android XR is designed to allow developers to create applications for various XR devices using familiar Android tools. It aims to provide developers with a unified platform, enabling them to "build experiences for a wide range of devices using familiar Android tools and frameworks." This strategy could allow Google to quickly build a large app ecosystem for its XR devices, as developers can leverage their existing Android expertise.
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Market perspectives and future prospects
Although Google did not announce an official release date for its smart glasses during the TED presentation, various indications suggest that a market launch may be imminent. The South Korean news portal ETNews recently reported that a product codenamed “Haean” is slated for release this year and that its features and specifications are currently being finalized.
Media reactions and hands-on experiences
The fact that Google has already given selected media representatives a 20-minute hands-on session with the new glasses suggests an advanced stage of development. Initial reactions have been positive, and there seems to be a certain amount of enthusiasm for the technology. Reading between the lines, it can be inferred that Google has already unofficially announced the product and that the official presentation is likely imminent.
Positioning in the growing AR market
Compared to the competition, especially the Ray-Ban Meta smart glasses already on the market, Google appears to be aiming for a technological edge with the integration of advanced AI features and a display. The Ray-Ban Meta smart glasses lack a display, which limits interaction possibilities.
The combination of discreet design, powerful AI, and practical everyday features could give Google a competitive edge and redefine the AR glasses market. The deep integration with the Android ecosystem and Google services, in particular, could be a compelling argument for many users.
Google Gemini features: A milestone for augmented reality
The unveiling of the new Google Smart Glasses with display and Gemini features at the TED conference marks a significant milestone in the development of augmented reality technologies. After the failed first attempt with Google Glass, the company seems to have learned from the past and is now presenting a product that is technologically more mature and, at the same time, more socially acceptable.
The discreet design, seamless integration with smartphones, and powerful AI features could contribute to the widespread acceptance of this new generation of smart glasses. Features such as memory, real-time translation, and navigation offer particularly tangible benefits in everyday life.
The development of Android XR as a unified platform for various XR devices and the collaboration with Samsung point to Google's long-term strategy of building a comprehensive augmented reality ecosystem. Within this ecosystem, different types of devices—from lightweight glasses to powerful headsets—could work together seamlessly, enabling entirely new ways of interacting with digital content.
Although questions remain regarding the exact market launch, price, and battery life, the progress shown so far suggests that Google has taken a significant step toward the future of augmented reality with these smart glasses. It remains to be seen how this technology will develop further and what new applications will emerge.
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