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Wear OS Smartwatches May Soon Gain AI-Powered Query Responses and Enhanced Gemini Features

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Google’s Gemini AI Set to Enhance Wear OS Smartwatches with Smarter Task Management

After confirming plans to extend its Gemini AI beyond smartphones, Google appears ready to bring these smart capabilities to Wear OS-powered smartwatches, including Samsung’s Galaxy Watch line. Recent leaks suggest that Samsung’s upcoming One UI 8 update will integrate Gemini Actions, enabling smartwatch users to get intelligent responses to queries, summarize emails, and perform various automated tasks right from their wrist. This expansion aims to boost the productivity and convenience of smartwatches by leveraging the same AI-driven automation features already found on smartphones.

The discovery comes from a detailed teardown of leaked One UI 8 APK files by Android Authority, in collaboration with AssembleDebug. Inside the Google Assistant app’s code, references to Gemini Actions hint at a range of new functionalities in development. These features include managing calendar events, summarizing emails, and answering general questions—functions that transform the smartwatch from a simple notification device into a more proactive assistant capable of handling everyday tasks on the go.

According to the code, users may also be able to interact with Gemini through customizable tiles, allowing quick access to specific AI-powered actions like rescheduling meetings or checking the weather. Additionally, there are indications that the smartwatch interface will provide easy controls to mute the AI’s voice feedback, giving users flexible options for interaction depending on their environment. This combination of voice and touch controls aims to make the AI assistant more intuitive and less intrusive during use.

While the leaked code strongly suggests these features will debut on Samsung Galaxy Watches with One UI 8, industry insiders speculate that the Gemini AI rollout could extend to other Wear OS smartwatches as well. Notably, Samsung might skip the intermediate One UI 7 update entirely and move directly to One UI 8 for its wearables, signaling a significant leap in software capabilities. This development reflects Google and Samsung’s commitment to making smartwatches smarter and more helpful through AI innovation.

Samsung Set to Enhance Battery Technology in Upcoming Galaxy Ring and Galaxy Watch Models

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Samsung Set to Revolutionize Wearable Devices with All-Solid-State “Dream Battery” Technology

Samsung is reportedly working on a breakthrough upgrade for its wearable devices, with a new all-solid-state battery technology, often referred to as the company’s “dream battery.” According to sources, this new battery will be incorporated into future models of the Galaxy Ring, Galaxy Buds true wireless stereo (TWS) earphones, and the Galaxy Watch. The solid-state batteries promise significant improvements in energy density and durability, enabling Samsung to enhance the battery life of these devices without increasing their size.

The “dream battery” uses solid electrolytes instead of the conventional liquid electrolytes found in current lithium-ion batteries. This innovation is expected to yield substantial benefits, especially for wearables, where battery life is a key concern for users. Samsung is reportedly targeting the next-generation Galaxy Ring as the first device to feature this new technology. Prototypes of the updated Galaxy Ring, equipped with all-solid-state batteries, are expected to be ready by the fourth quarter of 2025.

One of the major advantages of the solid-state battery is its improved energy density, which could translate to longer battery life for the Galaxy Ring and other devices without the need to make them bulkier. For example, the current Galaxy Ring lasts about a week on a single charge, but the new battery technology could extend this duration significantly, providing users with even better endurance. Additionally, Samsung is working on increasing the capacity of its all-solid-state battery from 200Wh/L to 360Wh/L, further enhancing its performance.

Samsung’s focus on all-solid-state battery technology could potentially set a new standard for wearables in terms of both performance and safety. Solid-state batteries are known for being more stable and less prone to issues like overheating, which makes them a promising option for portable devices. As Samsung continues to refine this technology, its future wearables could offer not only longer-lasting power but also a more reliable and durable user experience.

Samsung Galaxy Watch Could Soon Support TV Control via Air Gestures: Report

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Samsung is reportedly working on a new feature for its Galaxy Watch lineup that could enable users to control supported TVs using air gestures. Known as “Pointer Mode,” this functionality was discovered through an APK teardown of the SmartThings app for Wear OS, as reported by Android Authority. While still in development, Pointer Mode appears to draw inspiration from the seamless cross-functionality between the Apple Watch and Apple Vision Pro, aiming to enhance integration across Samsung’s ecosystem.

Details of Pointer Mode suggest that it could allow Galaxy Watch users to interact with TVs, but only those compatible with the feature. Android Authority’s report, which analyzed the code of the SmartThings app version 1.3.12.9 for Wear OS, indicates several references to this upcoming functionality. However, it is worth noting that not all apps or TV models may support this feature, which is likely to remain exclusive to Samsung’s Galaxy smartwatches.

According to the code strings uncovered, users may activate Pointer Mode by shaking the hand wearing the Galaxy Watch. This gesture would require the prior deactivation of Universal Gesture, an accessibility feature that lets users control the smartwatch without touching its screen. Once Universal Gesture is disabled, shaking the watch hand would enable Pointer Mode, allowing users to perform specific actions on their TVs without physically interacting with the devices.

If fully implemented, Pointer Mode could become a significant addition to Samsung’s wearable devices, enhancing their utility in smart home settings. By allowing users to control TVs with a simple gesture, the feature promises to streamline the viewing experience and reinforce Samsung’s position as a leader in interconnected devices. However, further details, including supported devices and release timelines, are yet to be revealed as the feature remains in the developmental phase.