Withings has introduced its visionary Omnia mirror, a groundbreaking device that provides a detailed health analysis with just a glance. By standing in front of it, users can access a wealth of personalized health insights, integrating data from Withings’ suite of connected devices, like the Withings ScanWatch 2. The Omnia promises a “360-degree view of vital indicators,” delivering an unprecedented level of health awareness.
The Omnia collects and interprets data from 60 distinct health and fitness parameters, consolidating information from its connected base, other Withings products, and third-party sources. Metrics analyzed include:
This data is presented directly on the mirror, making it easy to visualize and understand. Unlike relying on multiple devices or apps, the Omnia streamlines the process, combining data from various sources into a single, comprehensive health report.
What sets the Omnia apart is its ability to analyze trends and detect potential health concerns. Beyond simply presenting numbers, it connects the dots to alert users to meaningful changes in areas like:
The Omnia is equipped with an AI voice assistant, which takes the device’s functionality a step further by:
This makes health monitoring proactive, helping users address concerns before they become significant.
Withings aims to transform the Omnia into more than a personal health device. Plans are underway to integrate it with telemedicine services, enabling users to connect with healthcare professionals for virtual consultations. Unlike traditional video calls, these sessions would incorporate the mirror’s robust health data, offering a richer and more informed experience for both patients and providers.
Eric Carreel, Withings’ founder, highlights the vision behind the Omnia:
“By seamlessly analyzing a wide array of vital health parameters, Omnia provides an unparalleled understanding of how the body’s systems interact. This holistic perspective enables users to proactively maintain their health while identifying subtle anomalies early, often before they escalate into larger concerns.”
The Omnia is still a concept device and not yet ready for consumer purchase. Withings has stated that it’s “in development,” with a release unlikely before 2025. However, the technology provides a glimpse into the company’s plans for expanding AI-driven health guidance and telemedicine capabilities.
For now, users can achieve much of what the Omnia promises through Withings’ existing products, including:
These devices already offer insights into body composition, sleep quality, and cardiovascular health, making them valuable tools for proactive health management.
Withings will showcase a prototype of the Omnia at CES 2025, where it will join a lineup of innovative health technologies. While CES has featured other smart mirrors and fitness displays — like the NuraLogix Anura MagicMirror and Amazfit HomeStudio — the Omnia stands out with its focus on holistic health monitoring and AI integration.
Samsung and Google have officially announced the rollout of Eclipsa Audio, a revolutionary three-dimensional audio format aimed at competing with Dolby Atmos, the current leader in spatial audio for consumer devices. The collaboration, first revealed in 2023, seeks to democratize high-quality 3D audio through an open-source platform accessible to a broader audience.
Eclipsa Audio is the name of Samsung and Google’s joint 3D audio innovation. The technology aims to deliver immersive sound experiences without the licensing fees associated with Dolby Atmos. However, its availability remains limited—currently restricted to Samsung's 2025 Crystal UHD and Neo QLED 8K TVs and the 2025 lineup of Samsung soundbars.
YouTube, owned by Google, is also onboard. Creators can upload content in the Eclipsa Audio format, but only users with compatible Samsung devices will experience the enhanced sound.
To guarantee a consistent playback experience, Samsung and Google are collaborating with the Telecommunications Technology Association (TTA) to establish certification standards for Eclipsa-compatible devices.
While the companies haven’t disclosed technical specifications for Eclipsa Audio yet, they are expected to showcase the technology at CES 2025, where attendees can experience it firsthand through Samsung's latest home audio products. This strategic move allows the format to build momentum ahead of its public release.
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One of the most significant distinctions of Eclipsa Audio is its free and open-source nature. Unlike Dolby Atmos—which requires manufacturers to pay licensing fees—Eclipsa Audio aims to level the playing field for audio innovation. By removing licensing barriers, Samsung and Google hope to encourage broader adoption across the industry, from hardware developers to content creators.
Dolby Atmos has become the gold standard for spatial audio in consumer electronics, particularly for home theater systems. However, it has faced criticism for its high licensing costs, which can limit accessibility for budget-conscious manufacturers and consumers.
Eclipsa Audio’s open-source nature positions it as a compelling alternative for manufacturers looking to reduce costs while delivering premium sound quality. This approach contrasts sharply with Dolby's business model, which dominates the home theater and spatial audio markets.
Samsung and Google’s decision to make Eclipsa Audio open-source marks a bold step in reshaping the consumer audio landscape. However, the success of the format depends on several key factors:
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Eclipsa Audio has the potential to disrupt the spatial audio industry by offering an accessible and open-source alternative to Dolby Atmos. While the technology is still in its infancy, its ambitious goals and backing by industry giants Samsung and Google give it a strong foundation. CES 2025 will be a crucial moment for Eclipsa Audio to demonstrate its capabilities and convince the world of its promise.
It’s no small feat to stay updated on all that Google offers, from artificial intelligence to navigation services to the latest innovations like foldable phones. One lesser-known yet highly practical tool in Google's arsenal is Google Saved, a bookmarking feature that you might not even realize you’ve used. Previously called Google Collections, this tool allows you to save and organize locations, web links, movies, shows, and more, serving as a convenient digital repository for items you want to revisit later.
Google Saved operates across platforms, syncing seamlessly with your Google account. Accessible on the web, within Google apps, and even through Google TV interfaces, it centralizes the content you save, helping you stay organized. Whether it’s a restaurant from Google Maps, an intriguing article, or a movie to watch, Google Saved offers an intuitive way to manage your interests.
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Google Saved integrates with several Google services, making it easy to bookmark items from a variety of sources:
When performing a search on the web, click the three dots next to a result and select Save from the dropdown menu. The same feature is available during a Google Image Search—click the three dots in the upper-right corner of an image and select Save.
After selecting Save, a pop-up allows you to choose a collection where the item will be stored. Collections act as folders to organize your saved items by topics, projects, or any categories you prefer. You can use existing collections or create new ones on the spot.
Google Maps makes saving places simple. Click on a location or landmark, then select the Save button from the details panel. These saved locations integrate with Google Maps’ Lists feature, allowing you to curate public or private lists that also appear in your Google Saved page.
Looking up movies or TV shows on Google Search often displays a Want to watch button. Clicking it saves the title to your collection. Similarly, when browsing on Google TV, holding down on a title from the carousel and selecting Add to watchlist saves it directly to Google Saved.
Google Saved is available on mobile devices, with the Save buttons located in slightly different places depending on the app or browser. Just ensure you’re signed in to your Google account, as that’s what links all saved content across platforms.
The quickest way to find your saved items is to visit the Google Saved page on the web. Often referred to as your “interests page,” this hub displays everything you’ve saved across services like Google Maps, Google TV, and Google Search.
On mobile, the Saved tab in the Google app mirrors the web interface. Here, you can view, edit, share, and organize collections, making it a versatile tool whether you're at your desk or on the go.
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While it might not replace dedicated bookmarking apps or advanced note-taking tools, Google Saved excels in simplicity and integration. Its close ties to Google’s ecosystem mean it’s always handy, whether you’re searching for inspiration, planning trips, or keeping track of entertainment.
Google Saved is a practical yet understated tool that can streamline how you manage and revisit important content. With its intuitive design and deep integration into Google services, it provides a user-friendly way to keep track of your interests.
Samsung first introduced the Galaxy A16 5G in October, and today, the company has revealed its release plans for the US market. The device will be available starting January 9, on Samsung.com, as well as through various unnamed national retailers and carriers.
Priced at $199.99, the A16 5G will be offered in two color options: Blue Black and Light Gray. This version of the phone for the US is powered by Samsung's Exynos 1330 SoC.
In addition to the A16 5G, Samsung is also launching the Galaxy Fit3 in the US, priced at $59.99, which will also be available starting January 9 in gray, silver, and Pink Gold colors. If you purchase the A16 5G from Samsung.com by February 9, you can snag the Galaxy Fit3 at 50% off.
Apple's recent updates through Apple Intelligence have significantly improved the camera and image features on iPhones, such as generating movies from your photos and offering generative image editing. One of the most exciting features for many users is natural language search, which lets you find photos simply by describing them in plain language.
However, a blog post by developer Jeff Johnson has revealed serious privacy concerns regarding this feature, designed to make it easier to search for landmarks and points of interest. Many iPhone users have already updated to iOS 18 without fully understanding that a feature called Enhanced Visual Search is now built into their devices.
This feature works by detecting a point of interest within a photo. A commonly cited example is the Eiffel Tower. On-device artificial intelligence (AI) creates a mathematical "fingerprint" of the specific area of the image, referred to by Apple as a “vector embedding.” This vector is then sent to Apple’s servers for further processing, with a privacy layer in place that includes fake queries to prevent the server from identifying the real ones. In return, Apple's servers send back encrypted potential matches.
While Apple claims that the process protects users' privacy, Johnson argues that this behavior constitutes a privacy violation. He explains in his blog, "I never requested that my on-device experiences be ‘enriched’ by phoning home to Cupertino… If something happens entirely on my device, it’s private. But if my device sends data to the manufacturer, then it’s not entirely private."
The Enhanced Visual Search feature debuted as part of iOS 18 and macOS 15 on September 16, 2024. However, Apple’s initial announcements about these releases mentioned only “natural language queries” and an “expanded understanding” of search, without clarifying that photo data would be sent to Apple's servers by default.
On October 24th, Apple did provide a brief explanation about the feature in a technical document discussing machine learning and homomorphic encryption. This document mentioned Enhanced Visual Search and its role in identifying landmarks or points of interest. Additionally, Apple released a legal document detailing more privacy information. However, most users are unaware of these documents, and even fewer understand their implications.
Apple’s new feature might improve search functionality, but the lack of transparency regarding data transmission raises valid privacy concerns. Many users have unknowingly opted into sharing their photos with Apple’s servers as part of the Enhanced Visual Search experience. As this feature continues to roll out, it’s crucial for users to stay informed and consider the potential privacy trade-offs involved.
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