The Schlage Sense Pro lock, which uses ultrawideband technology and Apple Home Keys in Apple Wallet, has set a benchmark for smart locks. Other manufacturers are adopting the Aliro standard to bring similar functionality to their products. This means that users will be able to enjoy hassle-free access to their homes without having to tap or wave their phones.

The Schlage Sense Pro lock stands out for its ability to unlock doors automatically as the user approaches, using ultrawideband technology to sense their presence and speed. The autolock feature then locks the door again after a minute. This advanced version of Bluetooth is more reliable than older locking systems that require NFC connections or manual unlocking.

The introduction of digital keys in Google Wallet brings Android users on par with Apple device owners, who have had access to similar functionality through Apple Wallet. As more manufacturers adopt the Aliro standard, users can expect increased convenience and flexibility when managing their smart locks at home.

As users of Google Wallet explore its capabilities, they'll discover a range of convenient features when paired with compatible smart locks. This integration enables users to manage their home keys digitally, saving time by eliminating the need to fumble for their phone at the door.

The added benefit of this technology is particularly useful in situations where hands are occupied or attention is focused elsewhere. For instance, users can unlock their doors without needing to physically interact with their device, making it a more seamless and efficient experience.

To date, several smart locks have been certified as compatible with UWB (Ultra-Wideband) technology and the "unlock on approach" feature. These include the Schlage Sense Pro, Aqara u400, and Nuki Keypad 2 NFC lock, among others. More manufacturers are expected to join this list in the coming months.

The Aliro standard, which underpins these advanced capabilities, was officially introduced earlier this year. As it gains broader adoption, users can look forward to further benefits such as improved security through encryption and enhanced battery life for their smart locks.

The benefits of Google's digital wallet keys for home locks extend beyond just unlocking doors on approach. One advantage is the seamless integration with multiple locks, allowing users to easily share and manage access across different devices. This convenience factor is a significant draw for those looking to upgrade their smart lock systems.

According to Google, its own home keys in Wallet will also enable NFC capabilities, eliminating the need for unlocking with just a tap of your phone. Furthermore, these digital keys can be synced across multiple compatible devices, ensuring that users have access to their homes even if they switch between phones or tablets. This level of flexibility is particularly useful for households with multiple occupants.

Google's approach to guest management also differs from Apple's temporary passes. While guests and visitors can still add their own home keys to Wallet, they will need to obtain passcodes instead of being granted digital keys of their own. This added layer of security ensures that only authorized individuals have access to the home, even if a digital key is lost or compromised.

For users who are concerned about the consequences of losing their phone, Google's system has a built-in backup plan. Most UWB locks can be accessed using keypad access codes, providing an alternative entry method in case of an emergency. However, some locks may not have physical key slots, which can limit options for emergency unlocking, as seen with Schlage's lock design that prioritizes security over traditional key-based access.

To unlock the full potential of Google's digital wallet key feature, users need to navigate another layer of complexity beyond finding compatible locks.

In addition to a compatible lock, an NFC-enabled Android phone running Android 9 or later is required, such as the Google Pixel 10 Pro or the more recent Pixel Fold. Furthermore, a Matter-enabled Google Hub with a Thread Border Router must be installed, which typically involves a separate device like a Nest Hub Max or a Nest Wifi Pro system.

A seamless experience requires that all connected devices, including phones and apps, are updated to their latest versions, prompting users to create home keys during lock setup. This process is remarkably quick, taking only a few seconds, and home keys can be easily deleted if needed.

CNET: https://www.cnet.com/home/security/google-aliro-digital-wallet-keys-home-locks/

A new tool has emerged to cater to these enthusiasts: Essentials, a comprehensive collection of mods and tweaks that go beyond what's available in the Settings app. This toolbox includes over 30 features designed to enhance various aspects of the Android experience, such as button remapping, app freezing, and Google Maps battery-saving modes.

To access most Essentials features, users need only have Android 8 or newer installed on their device. A few advanced features do require additional setup, including shell providers like Shizuku or root access, but these are not necessary for the majority of the available options.

Essentials is not available through the Google Play Store; instead, it must be sideloaded from its official GitHub Repository in APK format. Users should note that Google has revised its app sideloading process recently, so it's essential to understand how to do this correctly before proceeding.

Before installing Essentials, users will need to adjust their permissions settings, depending on the specific feature they wish to use. For example, changing lock screen shortcuts requires enabling Accessibility Services.

To access advanced settings in Android, users must first allow restricted settings through the app menu. This involves navigating to Settings > Apps > See all X apps > Essentials and tapping the three-dot menu to select "Allow restricted settings".

Without this permission, the Essentials app is limited by Android's permissions system, preventing it from functioning at its full potential.

Using the Essentials app is relatively straightforward: users simply search for a feature they want to enable and toggle it on. However, enabling features often requires granting additional permissions, which can be time-consuming but offers significant benefits.

One of the most useful features in Essentials is App Lock, which allows users to require authentication for specific apps. This can be particularly helpful if someone gains access to an unlocked phone and attempts to open sensitive apps like banking or financial services.

Enabling App Lock requires navigating to the Security and Privacy section within Essentials, where a toggle switch can be flipped on to activate the feature. Upon activation, users are prompted to grant necessary permissions through Accessibility, which involves granting access to the Essentials app.

To use App Lock effectively, users must authenticate with their chosen method, fingerprint, face, or password/PIN, after enabling the feature. This is a crucial step to ensure that sensitive apps are protected from unauthorized access.

Once authenticated, users can proceed to select locked apps by tapping on the "Select locked apps" option. Here, they can choose which apps require authentication before opening, such as banking and financial services apps or messaging apps.

App Lock allows users to safeguard specific apps from being opened without their knowledge, providing an additional layer of security for sensitive data. By selecting particular apps for lock-down, users can rest assured that their most critical information remains protected.

In addition to App Lock, another useful feature is located within Notifications and Alerts, where users can activate notification lighting, flashlight pulses, and snooze notifications. This allows users to customize their notification settings, including choosing which apps trigger these features.

To access the full range of features offered by Essentials, users must be prepared for a series of permission requests that may be intrusive. Some permissions are contingent upon having root access or using Shizuku, an open-source Android tool that grants system-level APIs and ADB privileges to third-party apps without requiring a full device root.

Shizuku itself requires wireless debugging to be enabled in order to function properly. Once installed from the Play Store, users can find detailed instructions on how to set up wireless debugging, which is necessary for Shizuku's service to begin.

ZDNet: https://www.zdnet.com/tech/essentials-android-app-power-user-settings/

This Developer Options feature is often overlooked by casual Android users but can be extremely useful for those who want to fine-tune their device settings. But what if you're looking for something more comprehensive?

Enter Essentials, an app that serves as a power-user's toolbox with over 30 mods and tweaks. These features range from simple ones like button remapping and wallpaper customization to more complex options such as notification management and Always-On Display.

To use Essentials, your Android device must be running version 8 or newer. Some advanced features may require additional tools or root access, but the majority of users will find that they can enable most features without any extra requirements.

Essentials is not available on the Google Play Store; instead, it can be downloaded from its official GitHub Repository in APK format.

To unlock all of Essentials' features, a crucial step is enabling restricted settings within the app itself. This involves navigating to Settings > Apps > See all X apps > Essentials and tapping the three-dot menu to access additional options.

Upon accessing the restricted settings page, tap "Allow restricted settings" to grant permission for full functionality. Without this feature enabled, Essentials' capabilities will be severely limited by Android's permissions system.

The user interface of Essentials is straightforward: users can search for specific features and toggle them on or off with ease. However, enabling certain features requires granting numerous permissions to the app, which may seem like a chore but ultimately yields significant benefits.

One notable feature within Essentials is App Lock, allowing users to require authentication before accessing specific apps. This functionality is particularly useful when handling sensitive information, such as banking details, and can be enabled by granting Essentials permission for Accessibility features.

Enabling App Lock in Android devices requires navigating to Essentials > Security and Privacy, where the feature can be toggled on by clicking the On/Off slider.

Granting necessary permission for Accessibility features is then required, prompting a request to authenticate with fingerprint, face, or password/PIN.

Once authenticated, users can select locked apps from the next page by tapping "Select locked apps" and choosing which applications require authentication before opening.

Apps such as 2FA tools, banking apps, and messaging services are ideal candidates for locking, ensuring sensitive information remains protected.

For instance, Authy, bank apps, and Messages can be set to require authentication each time they're opened.

Essentials offers a wide range of features that can be accessed through its user-friendly interface, providing users with more control over their Android devices than what's available in standard Settings menus.

To unlock these features, users will need to grant numerous permissions, some of which may require root access or the use of Shizuku, an open-source tool that grants third-party apps system-level privileges without fully rooting a device. Additionally, enabling wireless debugging is necessary for Shizuku to function properly.

For those willing to invest time and effort into customizing their Android experience, Essentials offers unparalleled control and flexibility, making it an indispensable tool for power users looking to get the most out of their devices.

ZDNet: https://www.zdnet.com/uncategorized/essentials-android-app-power-user-settings/

The new "Memory summary option provides a comprehensive overview of the details that Gemini has gathered over time, including user-submitted information and insights derived from conversations. This transparency is a significant step towards empowering users to manage their online presence and data.

The Memory summary feature is accessible across all platforms where Gemini is available, including web, mobile (iOS and Android), and desktop apps for Windows and Mac. Users can access it by launching the app or website and navigating to the settings menu.

To view and edit stored data, users must first ensure that the Memory feature is turned on. If the option is grayed out, they need to activate it in the Personal Intelligence section of the settings screen. Once active, users can review and modify their stored information as needed.

The introduction of the Memory summary feature marks a significant development in Gemini's design, highlighting Google's efforts to balance AI-driven personalization with user data protection and control.

The Memory summary feature in Gemini allows users to view their individual details categorized by Essentials, Business & Career, Reading & Interests, and Culinary Preferences. This categorization helps users quickly identify and review the information stored about them. To access a recent history of changes and updates to Gemini's memory, tap the three dot-icon at the top and select Memory history.

Users can edit their personal details in Gemini if they find them too sensitive or incorrect. On the website or desktop apps, clicking the pencil icon at the top allows direct editing of text to add, remove, or revise specific details. After making changes, users simply need to click Save for the updates to sync across all platforms.

In a test scenario, a user's summary incorrectly listed their residence as Madison County when they actually live in New York. To correct this, the user revised the text and saved the changes, which then reflected across both the website and apps seamlessly.

For users without direct editing capabilities on mobile apps, there is an alternative method to make changes that works on both desktop and mobile devices. Users can simply type and speak their request for a change at a prompt, allowing Gemini's AI to carry out the update accordingly.

By offering these features, Google aims to strike a balance between personalization and user data control in its AI-driven search engine, Gemini.

To edit Gemini's Memory feature, users must first log in to their Google account and access the Gemini settings page. From there, they can select Memory" and then click on the three vertical dots next to a specific item, such as a business or hobby.

Once an item is selected, users are presented with options to edit or remove it from Gemini's memory. For example, if a user has previously mentioned running a fictional business called Batter Up selling collectible baseball cards, they can choose to delete that detail and update Gemini's knowledge about them.

By offering this level of control over its memory, Google aims to strike a balance between personalization and user data protection in its AI-driven search engine. This feature allows users to review and correct the information stored by Gemini, ensuring that it accurately reflects their preferences and activities.

Users can now manage what Gemini remembers about them, enabling a more controlled experience with the AI-powered search engine.

ZDNet: https://www.zdnet.com/innovation/google-gemini-memory-summary-user-control/

Gemini Intelligence is a powerful tool that gathers information from various apps and surfaces it to the car's infotainment screen, providing users with a more streamlined driving experience. By leveraging data from emails, texts, and calendar events, Gemini Intelligence can perform complex tasks such as sending reminders or suggesting routes while driving.

To access this feature on Android Auto, Pixel users will need to download the Gemini app and complete subsequent setup procedures. However, it's worth noting that not all countries are eligible for Gemini Intelligence at this time, and users must be at least 18 years old to access the feature.

The integration of Gemini Intelligence with Android Auto promises to revolutionize the way users interact with their vehicles while on the road. By providing more context about messages, emails, and calendar events, the AI assistant can complete cross-app tasks that would otherwise require manual input from the user.

One example of Gemini Intelligence's capabilities is its ability to find confirmation emails and offer to send them with a single tap. This feature is particularly useful for users who receive messages asking them to confirm plans or appointments while driving.

As the integration of AI assistants in in-car software continues to evolve, Google's decision to bring Gemini Intelligence to Android Auto marks an important step forward in enhancing the user experience on the road.

Google's AI assistant is set to offer personalized travel advice in a major update to its Android Auto software for Pixel users.

The new feature, called Gemini Intelligence, will provide drivers with timely suggestions on when to leave their house for upcoming events based on traffic conditions. This means that users can plan their journeys more efficiently and avoid getting stuck in heavy traffic. The AI assistant's recommendations are likely to be especially useful during peak travel times or in congested areas.

In addition to providing travel advice, Gemini Intelligence will also help drivers navigate unfamiliar locations by offering information about meeting points and streets. This feature is particularly valuable for those who often need to meet up with others while on the go but struggle to remember specific details such as location names or street addresses.

Non-Pixel Android phone users can still access a similar AI assistant through Personal Intelligence, which integrates Gemini capabilities across Google Maps, Photos, and Gmail data.

Google's Gemini AI assistant is expanding its capabilities in Android Auto, allowing users to access more features without needing to interact with the digital assistant explicitly. With this update, users can ask Gemini to navigate to a specific restaurant based on cuisine or atmosphere, or even search their photos for something they previously captured.

Gemini Intelligence now draws on data from various phone sources, including messages, whereas Personal Intelligence relies only on Google services like Maps, Photos, and Gmail. This integration enhances the user experience with more proactive suggestions and capabilities.

ZDNet: https://www.zdnet.com/tech/android-auto-gemini-intelligence-update/

This microscopic structure, the HoloCoder, sits directly on top of the image sensor in a smartphone's camera and works differently from traditional Bayer filters. Unlike these filters, which absorb and waste around 60 percent of light before it reaches the sensor, the HoloCoder diffracts light, bending its waves rather than absorbing them. This leads to a substantial increase in the amount of light that can be captured.

With the HoloCoder layer, smartphone cameras could potentially gather five times more light than they do currently. Such a leap in light-gathering ability would likely lead to dramatic improvements in low-light photography and dynamic range. This means better overall image quality and reduced noise in dimly lit environments.

The HoloCoder technology also has an unexpected secondary benefit: it can capture 3D depth information simultaneously with regular images. Unlike most smartphones, which rely on secondary cameras or AI processing to estimate the distance between the camera and subject, the HoloCoder uses its unique properties to directly measure depth. This could enable more sophisticated features like advanced portrait mode capabilities in the future.

The integration of light sensing and depth sensing into a single layer is expected to simplify the design of smartphone cameras, reducing both space requirements and processing power demands.

This development aligns with Metalenz's business strategy, which has led to the acquisition of another company without disclosed financial terms. The move aims to further streamline camera technology for widespread adoption in consumer devices.

Metalenz has already made significant strides in this area since its public launch in 2021, pioneering metasurface optics that minimize the need for multiple lens elements and increase light capture over traditional camera sensors. To date, the company has supplied over 300 million of these innovative optical components to various consumer products.

The technology also enables the collection of polarization data, a feature being leveraged by Metalenz in collaboration with Qualcomm to develop an advanced facial biometric authentication system called Polar ID. This secure identification method is anticipated for release on Android devices at the end of 2027.

The HoloCoder system developed by PxE has the potential to significantly enhance low-light photography and nighttime video capture capabilities on smartphones. According to Devlin, high-contrast scenes such as selfies taken in front of a bright window could be captured more accurately without overexposing highlights or underexposing shadows.

In these challenging lighting conditions, the HoloCoder system can collect more light and better recreate the scene. This is achieved through the sensor's ability to capture additional data streams, including polarization, color information without filtering, and depth channels. The result is a more detailed and nuanced image that closely resembles reality.

Metalenz has already replicated the technology using its own metasurface optics in laboratory settings. With this replication, it is likely that HoloCoder will seamlessly integrate into Metalenz's existing platform and disrupt the visible sensing market.

The integration of Metalenz's metasurface optics and PxE's HoloCoder technology will initially be separate products catering to different markets, but could eventually merge into a unified system.

As part of this development, Metalenz anticipates the introduction of HoloCoder in consumer electronics by late 2027 or early 2028. This integration is expected to bring about significant improvements in visible sensing capabilities.

The metasurface optics technology has already achieved its initial goal of simplifying and miniaturizing hardware, but the real objective was always to unlock a new information channel that could revolutionize various industries, including autonomous robots and vehicles.

The metasurface optics technology has shown significant promise in enhancing smartphone camera capabilities, particularly in low-light conditions. However, its potential to transform industries like robotics and self-driving cars is uncertain.

While vehicles have ample space for mounting multiple cameras or lidar systems, the real challenge lies not in image quality but in processing power, the ability to make rapid decisions based on vast amounts of data.

Wired: https://www.wired.com/story/your-smartphone-camera-could-get-a-big-upgrade-with-this-tech/

This issue has been a persistent problem for me, particularly when using the Google News app. My eyes are not always ready to tackle the day, and tiny text only exacerbates the situation. It's not just limited to reading text either; sometimes images need to be enlarged as well, but pinch-to-zoom doesn't seem to work on certain screens.

Fortunately, there is a solution to this problem. An often-overlooked feature in Android devices can be enabled to ensure that users can zoom in on their screens at all times. This feature is called Magnification and can be found within the device's Accessibility settings.

The Magnification feature has been available since Android 15, but it was discovered by accident during a routine exploration of the Settings page. Since then, it has become a valuable tool for users who frequently encounter small text or images that require enlargement.

Once enabled, the Magnification feature provides a simple shortcut on the screen that can be tapped to instantly enlarge any content. The button can be moved around the display, but it must remain visible as long as the feature is active.

As with many features in Android, there are some caveats to consider when using Magnification. One of these is that the magnifier shortcut will remain on the screen as long as the feature is enabled.

The Android Magnification feature is designed to be minimally intrusive while still providing assistance for users who struggle with small text.

To access this feature, navigate to Settings by sliding down twice from the Notification Shade and tapping the gear icon or searching for "Settings in the App Drawer. The location of this option varies depending on your device's Android version; it can be found under Settings > Accessibility > Magnification on some devices, while others have it listed as Settings > Features > Accessibility.

Once you've located the Magnification option, toggle the On/Off slider to enable the feature, and a magnifier button will appear on your screen. This button allows you to instantly enlarge any text or image displayed on your device, making it easier to read without straining your eyes.

When using the Magnification feature, you may notice that scrolling is limited to vertical movement only; however, there's a workaround for this limitation.

To access more advanced options, tap the gear icon at the bottom right of the display to open the pop-up menu. From here, select the Magnifier size" option located second from the right, which will enable a movable magnification tool that can be placed anywhere on your screen.

The movable magnifier allows you to zoom in on specific areas of text or images and adjust its size as needed by tapping one of the available options. You can also customize the magnified text size by dragging the slider at the bottom of the menu, giving you greater control over how much of a text is enlarged.

Having access to this hidden tool has greatly reduced my morning struggles with reading news sites on my Android device, even when wearing glasses. The feature allows me to zoom in on text without having to navigate through multiple menus or settings.

This functionality has made a significant difference in my daily routine, and I recommend giving it a try to see if it can improve your own Android experience as well.

ZDNet: https://www.zdnet.com/tech/android-display-help-magnification/

The platform has unveiled a new feature called Reddit Reviews, which aggregates conversations from various subreddits to create comprehensive summaries of products through artificial intelligence. This move appears to be an effort by Reddit to compete more effectively with other services that offer similar features.

When searching for a specific product on the site, users will now see a concise summary in an easy-to-read format, providing a quick overview of what people are saying about it. The feature also includes a visual breakdown of user sentiment, categorizing conversations as positive, mixed, or negative, and highlighting common themes among users who have discussed the product.

The new feature allows users to delve deeper into discussions by browsing comments, applying topic filters, reading original posts from other users, asking follow-up questions, or exploring related products that are commonly compared.

The AI-powered Reviews feature on Reddit uses a combination of generative AI and in-house technology to analyze user comments and summarize key themes.

To ensure that reviews remain organic, companies are not allowed to pay for product features or manipulate user opinions, which is crucial given the platform's sensitivity to commercialization.

Reddit has taken steps to address concerns about fake reviews, including labeling apps and prompting accounts suspected of being run by automation to verify human presence. This involves identifying registered API clients that interact with the platform in ways that mimic human behavior.

In addition, Reddit uses defined rules to help its Large Language Models (LLMs) identify review conversations based on context, which helps to provide a more nuanced understanding of user experiences with specific products.

Reddit is rolling out its AI-powered Reviews feature across the US in the coming weeks. This new feature will be available on iOS, Android, and browser versions of the site. It will cover around 10,000 products from various categories, including electronics, health and beauty, home and garden, and fashion and apparel.

The Reviews feature aims to simplify user experience by aggregating relevant information from multiple threads into a single overview. This can be particularly helpful for users who struggle to navigate through numerous discussions on the platform. By providing a concise summary of user sentiments, Reddit hopes to make it easier for users to find trustworthy advice on specific products.

As the Reviews feature becomes available, users will have access to comprehensive information on various products, helping them make informed decisions. This development marks an exciting step forward in Reddit's efforts to provide valuable resources to its community and enhance user engagement.

ZDNet: https://www.zdnet.com/innovation/reddit-reviews-feature/

One such standard that is best avoided is micro USB, despite its widespread adoption in the past. Introduced after mini USB, micro USB proved more resilient and became a staple on smaller devices, enabling data transfer and charging capabilities.

However, with the industry's shift towards newer standards like USB-C, it has become clear that investing in micro USB products or accessories may not be the wisest decision. The widespread availability of new cables and adapters for micro USB is a testament to its lingering presence in the market.

Despite this, consumers should exercise caution when choosing products with micro USB ports. This older standard can limit the performance and compatibility of devices, making it less desirable than newer alternatives.

As a result, it is advisable to opt out of products featuring micro USB if possible, prioritizing those with more modern charging ports that offer greater flexibility and convenience.

The use of micro USB ports on gadgets has become a telltale sign that a product is either outdated or trying to cut costs. The format itself dates back to 2007, when the first iPhone was released and technology was still in its relative infancy.

Manufacturing costs for USB-C, which was introduced over a decade ago in 2014, are only relatively higher than those of micro USB. Despite this, even budget-friendly products such as fans have largely abandoned the outdated format.

One significant limitation of micro USB is its inability to support modern data and power specifications. Data transfer speeds typically cap out at 480 Mbps, which is significantly lower than what can be achieved with newer standards like USB 3.0 and USB 4.

The power delivery capabilities of micro USB are also woefully inadequate, with wall chargers often only capable of providing up to 7.5W. In contrast, some laptops and Android phones can take advantage of modern fast charging standards that allow for significantly higher power transfer rates, such as 100W or even 240W when using the USB PD standard.

The reduced convenience caused by micro USB's lack of popularity is another major drawback. With multiple devices now using USB-C, it can be a hassle to keep track of different cables and find space in your bag for them all.

Using adapters to bridge the gap between micro USB and USB-C can be cumbersome, taking up valuable outlet slots and adding bulk to your luggage. The non-reversible design of micro USB also means you'll often have to fumble around to get the orientation right, increasing the risk of damaging the port with bent pins.

As the technology landscape continues to evolve, it's becoming increasingly difficult to find new gadgets equipped with micro USB ports. This is similar to how composite cables for old VCRs have become a rarity in local big-box retailers.

For certain types of devices, such as wireless earbuds, micro USB may not be a significant drawback. These devices typically don't require large battery capacities, so even lower power charging speeds like 7.5W can be sufficient to provide quick top-ups.

In fact, some users have reported decent performance from micro USB-based headphones, with short charging times and acceptable data transfer speeds. For example, certain wireless earbuds were able to charge for an hour of listening in just five minutes using a micro USB connection.

However, it's generally not worth purchasing new gadgets that rely on micro USB ports. Instead, consumers should consider holding onto their existing devices and simply keeping a dedicated charging cable handy for older products like e-readers or game controllers.

When shopping for new gadgets, opting for devices with USB-C ports is likely to provide superior performance and potentially save money in the long run by avoiding premature product obsolescence due to micro USB's limitations.

The benefits of USB-C extend even to areas where micro USB is still relevant. This can be seen in the comparison between two Beats by Dre products, the Powerbeats3 and the Powerbeats Pro 2.

While the older model managed up to 12 hours of playback without a protective case, its newer counterpart boasts a USB-C charging case that significantly boosts total playback time to 45 hours.

Engadget: https://www.engadget.com/2307748/why-avoid-buying-micro-usb-gadgets/

This premium controller is packed with features that will delight competitive gamers, including a staggering number of customizable shortcut buttons and control profiles. The interactive control screen allows users to easily navigate through the plethora of options available, making it easier than ever to tailor their gaming experience.

The Revolution 5 Unlimited is priced at $230, placing it firmly in the high-end category of gaming controllers. Its impressive specs include TMR (tunneling magnetoresistance) technology for its joysticks, which uses less power while reducing physical wear and tear.

One notable design change on this controller is the asymmetric stick layout, swapping the traditional placement of the joystick and D-pad on the left side. This unconventional design may take some getting used to, but it offers a more comfortable gaming experience for those who adapt to it.

The R5U also features trigger blockers, which can be toggled to reduce trigger travel. This is particularly useful in games that require quick actions, such as racing or fighting games. Additionally, there are four custom shortcut buttons below the trigger toggles and two more between the L and R trigger pairs.

The Revolution 5 Unlimited's design may take some time to get accustomed to, especially for those familiar with traditional controller layouts. However, its innovative features and high-end specs make it an intriguing option for competitive gamers looking to upgrade their gaming experience.

The Nacon Revolution 5 Unlimited controller offers a high level of customization that may be overwhelming for some users. The controller's D-pad can be swapped out for one with an 8-way layout, ideal for fighting game enthusiasts who need precise control over their characters' movements.

In addition to the D-pad swap, the joystick heads are also interchangeable, providing three different profiles to suit various hand shapes and sizes. These profiles range from a concave shape that fits snugly in the palm to a high concave design for those with larger hands.

The controller's weight can be customized as well, with adjustable weights ranging from 10 to 16 grams that can be embedded into each grip. This feature allows users to tailor the feel of the controller to their liking and may appeal to gamers who prefer a more substantial build in their hands.

A dedicated charging dock is included with the R5U, which features a pogo pin connection for easy charging and a USB pass-through port that connects to both the console and wireless dongle. However, this controller lacks one feature found on some other gaming controllers: remote-start capabilities.

The wireless connection requires a USB dongle that can be plugged into either the console or the companion dock, although it uses USB-A ports rather than the newer USB-C standard used by the PS5. This means users will need to use an additional cable if they want to connect their controller via wire.

The Nacon Revolution 5 Unlimited (R5U) controller offers a range of customization options that can be accessed through its built-in screen or the companion mobile app. The app allows users to apply complex button setups and key bindings to the controller's numerous buttons, as well as display the pad's battery level and current connectivity status.

In addition to these features, the R5U also includes a "Shooter Pro" mode that can be activated through the app. This mode removes the dead zone on the joystick, allowing for even more precise control when shooting. Users can adjust the dead zone or invert the joysticks in the companion app.

The built-in screen of the R5U provides a convenient way to customize settings locally without needing to use the app. I found it useful to remap the shortcut buttons on the rear of the pad to avoid accidentally triggering them, and also mapped L3 and R3 inputs for quicker triggering.

Users can switch between the controller's various modes, including PC mode, which offers 1000Hz polling rates on a wired connection and up to 500Hz wirelessly.

The Nacon Revolution 5 Unlimited controller offers an unprecedented level of customization through its companion app, available on both iOS and Android devices. This app allows users to fine-tune various aspects of their gaming experience, including response curves, audio equalizers, and even the RGB light ring's color scheme.

However, it appears that this extensive customization capability comes with some trade-offs. The controller's interactive screen is not touch-sensitive, forcing users to navigate through menus using the D-pad instead. This design choice has a notable impact on compatibility, as certain PS5 games that rely heavily on touchpad controls are no longer accessible.

One such game is Ghost of Yotei, which utilizes advanced touchpad motions beyond simple tapping as core gameplay mechanics. Reviewing the controller with this game was particularly frustrating due to its limited compatibility. Additionally, the Nacon Revolution 5 Unlimited lacks another key feature found in some PS5 controllers: adaptive triggers.

In comparison to other premium gaming pads on the market, the DualSense Edge from Sony stands out as a major competitor to the Nacon Revolution 5 Unlimited. With features like replaceable sticks, customizable button profiles, and adjustable stick sensitivity, it offers an impressive level of versatility that is unmatched by most other controllers.

Ultimately, the Nacon Revolution 5 Unlimited's unique blend of customization options and PC compatibility makes it an attractive choice for gamers seeking a highly adaptable controller experience.

Engadget: https://www.engadget.com/2308886/nacon-revolution-5-unlimited-controller-review/

The service allows users to sign in with their Apple Account and access their music library across different devices, such as smart TVs and other non-Apple gadgets. However, if you've recently signed into a new device and notice that your music library isn't synced, don't worry - it's an easy fix.

To prompt Apple Music to sync your music across all your devices, there's one crucial setting you need to change. This single adjustment will ensure that you don't have to manually manage your library on each device, making the experience much more seamless.

The primary reason for the lack of syncing is often due to using different accounts on each device. To check which account you're signed in with, open the Apple Music app and tap on your profile picture on the Home tab. If the email address doesn't match on an unsynced device, it's likely that you've logged in with a different account.

If this is the case, simply sign out of the incorrect account and log back in using your primary Apple Account. This should resolve any syncing issues and ensure that your music library is accessible across all your devices.

To ensure seamless syncing of Apple Music across all your devices, it's essential to enable Sync Library on each one. On an iPhone or iPad, navigate to Settings > Apps and locate the Music app in the list. From there, toggle the switch next to Sync Library to enable the feature.

The process is slightly different on a Mac. Open the Music app and click the "Music" menu at the top of the screen. Then, select Settings from the dropdown menu and ensure that Sync Library is enabled under the General tab. Click OK to save your settings and confirm the change.

For Windows users, the steps are similar. Open the Music app and click the three-dot button in the top-right corner to access Settings. Scroll down to the General section and toggle the switch next to Sync Library to enable it.

If you're using an Android phone, don't worry, Sync Library is enabled by default on these devices. As a result, you won't need to make any adjustments to get your music library syncing across all your devices.

The first sync process can take some time, especially if you have a large music collection. If you don't see your songs immediately after enabling syncing, try leaving the Music app open for a few minutes and wait patiently.

To successfully sync your Apple Music library across devices, ensure that your mobile devices are connected to a Wi-Fi network and not in Low Power Mode. This setting can hinder syncing capabilities and prevent your music from being updated.

If you've tried the above steps but still encounter issues, try resetting the Sync Library feature by turning it off and then back on through the Settings menu. Alternatively, signing out of your Apple account and logging back in may also resolve any syncing problems.

Additionally, if you're using a Mac or PC without an active Apple Music subscription, manually transferring the Music folder via iTunes or other Apple devices is currently the only method for syncing your library.

Engadget: https://www.engadget.com/2307469/how-to-sync-apple-music-across-devices/

This is typically the final step before a beta program is launched, suggesting that a One UI 9.5 beta release is imminent. The last time Samsung rolled out a point-five update was with One UI 8.5 on December 8, 2025, and given that One UI 9.5 is expected to debut alongside the Galaxy S27 in early 2027, it's likely that we'll see the beta program open up soon.

Samsung hasn't made any official announcements about the beta or its launch date, but based on past experience, interested users can expect to sign up through the Samsung Members app and then download the beta from their phone's settings once it becomes available. However, eligibility is limited to residents of six countries: Germany, India, Poland, South Korea, the UK, and the US.

The spotted build is firmware version S948BXXU6ZZK3 and appears to be exclusive to the Galaxy S26 Ultra for now, although other S26 models are likely to follow. Enthusiast site SammyGuru also suggests that the S25 series, Z Fold 8, and Z Flip 8 will receive the beta update.

Users who purchase their devices directly from Samsung may have an easier time accessing the beta program than those who buy carrier-locked phones. The One UI 8.5 beta was only available to users with unlocked phones in the US last time around.

Those interested in signing up for the beta should be prepared to wait a short while longer, as the company typically gives its servers a final check before opening up registrations. With the Galaxy S27 launch just around the corner, we can expect the One UI 9.5 beta program to open up soon.

The rollout of the One UI 8.5 beta for select Galaxy devices began on December 8, 2025, but some owners in Poland and India had to wait until the second beta build on December 22.

This pattern may repeat itself with the upcoming One UI 9.5 beta program, which is expected to be based on Android 17, just like its predecessor One UI 9.0. The stable version of One UI 9.0 was released alongside the Galaxy Z Fold 8 and Z Flip 8 on July 22.

Enthusiast sites are speculating about the launch timing for the next Galaxy S phones, with some predicting an Unpacked event in January or February, similar to previous years. The exact date has not been announced by Samsung yet.

SammyFans and SamMobile have made educated guesses about when the One UI 9.5 beta program might open up, with early December being a possible launch window for SammyFans. These predictions are based on past trends and the availability of the S26's Ultra build on Samsung's servers.

The Galaxy S27 is set to arrive soon, which should trigger the opening of the One UI 9.5 beta program, allowing developers and enthusiasts to test the new features before they become widely available.

To participate in the One UI 9.5 beta program, users will need to have a Samsung account and download the Samsung Members app from either the Galaxy Store or Google Play.

The registration process for the beta is relatively straightforward once it goes live. Users can access the Samsung Members app on their device, navigate to the home screen, and select the One UI 9.5 banner or beta card to initiate the enrollment process.

If a user's phone and country meet the necessary requirements, they will be automatically enrolled in the beta program. From there, users can proceed to download and install the beta software through Settings > Software update > Download and install.

However, before installing the beta software, it is essential for users to ensure that their apps are up-to-date and that their device has been backed up using Smart Switch. This precautionary measure helps prevent potential data corruption issues associated with beta testing.

Users can report any bugs or issues they encounter during the beta testing phase through the Samsung Members app. To do so, they should navigate to Participated Beta test > Beta feedback > Send feedback and submit their concerns.

To exit the beta program, users must withdraw from the beta by navigating to Settings > Beta program settings within the Samsung Members app. However, this action alone will not remove the beta build itself; instead, a downgrade process using Smart Switch is required to restore the device to its previous state.

Engadget: https://www.engadget.com/2307479/samsung-one-ui-9-5-beta-program-how-to-sign-up/

There are several ways that spammers obtain phone numbers, and unfortunately, some of these methods are beyond our control. Data breaches are a common occurrence, where sensitive information, including phone numbers, is stolen from online accounts or databases. When this happens, spammers can easily access the compromised data to make unsolicited calls.

Another way robocallers get hold of our numbers is through sheer chance. This can happen when we use our phone number for an important account or service, only for that site to be targeted by a spammer. Alternatively, illegal callers may randomly dial numbers or obtain them from public records such as court directories or corporate filings.

In some cases, spammers may also get hold of our numbers through online marketplaces where they can purchase lists of phone numbers. These lists often contain numbers obtained through data breaches or other illicit means. It's worth noting that even if we take steps to protect ourselves, there's no guarantee that our number won't be compromised in the future.

The fact is that stopping spam calls requires a combination of prevention and vigilance. By understanding how spammers get hold of our numbers, we can start taking steps to mitigate this problem. In part two of this series, we'll explore some practical tips for reducing unwanted calls and protecting your phone number from falling into the wrong hands.

Even if you're registered on the Do Not Call Registry, which restricts most telemarketing calls, you can still be targeted by certain groups exempt from this regulation. These include charities, political parties, debt collectors, and telephone surveyors.

The majority of phone numbers available to spammers have been obtained through data brokers who resell this information to third parties. This often occurs when individuals sign up for accounts, loyalty programs, contests, or sweepstakes, with the sale of their contact details being a mandatory condition or hidden in fine print on web pages.

Signing up for services or entering contests can also lead to your number being sold, even if you didn't explicitly agree to this. Phishing scams are another common way that phone numbers end up in the wrong hands, as victims unwittingly provide their information while trying to use a fake login page or sign up for a bogus app.

As devices offer some protection against phishing attempts through browser warnings and enhanced security features like Android's bank scam defense, there are still steps you can take to safeguard your number.

To minimize the risk of having your number exposed online, exercise caution when using public websites and avoid ones that are cluttered with advertisements or unfamiliar.

When creating accounts on these sites, be mindful of which personal details you share, including whether to hide your phone number on public profiles. Additionally, be cautious about how many accounts you create and the information you provide for each one.

Signing up for the FTC's registry can also help limit unwanted calls from robocallers. To investigate how your number may have been compromised, search for any associated account breaches by entering your email address into a site like Have I Been Pwned, or try googling your phone number in quotes to see if it appears anywhere online.

Engadget: https://www.engadget.com/2307324/spam-callers-how-they-get-your-number/

This feature was first shown off in October and has been available for certain third-party trackers like Chipolo and Moto Tag. However, its availability is currently limited, and some Android users may be wondering when they can expect to use it with other devices. For now, the feature appears to only work with a select few peripherals.

The Notify when left behind feature is a highly useful tracking capability that has been available on iOS for some time. Any device set up on your Find My network is compatible with this feature, including laptops, earbuds, and smartwatches. This means that Android users can now enjoy the same level of convenience and peace of mind as their iOS counterparts.

Some devices are still not supported by this feature, at least for now. A test of popular headphones like Sony's WH-1000XM6 and Google's Pixel Buds Pro 2 revealed that they do not currently have access to Notify when left behind. It remains to be seen whether support for these types of peripherals will be added in the future.

The feature in question allows Android users to receive notifications if they leave one of their registered devices at an unsaved location. This means if you're out and about and your phone is left behind, for example, you'll get a notification telling you exactly which device was left where.

However, there's currently a limitation on this feature - it only works when leaving the home address associated with your Google account. It remains to be seen whether users will be able to customize their safe locations in the future.

The feature is currently limited to specific Bluetooth trackers, but photos shared by 9to5Google suggest that other compatible devices may soon support this feature as well. The images show a Notify when left behind" tab at the bottom of the menu for certain trackers within the Find Hub app.

This new feature was reportedly hinted at in previous updates to Google Play Services, with users apparently able to enable it when registering a new device with their Find Hub.

Google's upcoming feature will allow users to track multiple devices from a single hub, including third-party manufacturers' products such as Sony headphones and Motorola trackers. This expansion of device tracking capabilities is expected to be rolled out once the feature matures.

The Find Hub will likely have a setting to enable notifications for all connected devices, making it easier to keep tabs on them. Android's compatibility with multiple manufacturers gives it an edge over Apple in this regard. Users can currently add various devices to their hub, including Samsung Galaxy smartwatches.

If Google expands the feature to include Fast Pair-compatible devices like Bluetooth trackers and laptops, users will be able to easily manage a large collection of devices from a single platform.

ZDNet: https://www.zdnet.com/tech/android-find-hub-left-behind-upgrade/

While a candybar-style phone at this price point may seem extravagant, especially in light of the ongoing RAM shortage that has driven up costs for most devices, the Signature 27's pricing is actually comparable to that of the Samsung Galaxy S26 Ultra. The 512GB model of the latter, which recently saw its own price increase, now also carries a $1,600 sticker.

The star of the show in the Signature 27 appears to be its impressive camera setup, featuring a 200-megapixel periscope telephoto lens capable of up to 3x optical zoom and an astonishing 100x Super Zoom Pro. This is complemented by a 50-megapixel wide-angle camera, a 50-megapixel ultra-wide-angle camera, and a 50-megapixel front-facing camera.

The device also boasts advanced features like the Event-Based Vision action sensor, designed to capture fast-moving subjects with precision. This technology will likely be put through its paces in the hands of professional photographers who demand top-notch performance from their mobile devices.

The Signature 27's battery has also been optimized for high-speed charging, supporting up to 90-watt wired charging speeds. To put this into perspective, it outpaces the 60-watt charging capabilities of both the Galaxy S26 Ultra and the iPhone 18 Pro Max, which are among the fastest-charging devices currently available. The phone's 7,000-mAh silicon carbon battery is a newer technology that packs more capacity into less space.

The Signature 27 boasts an impressive display with a 6.8-inch screen that offers 1.5K resolution at a 120Hz refresh rate and an extraordinary peak brightness of 12,000 nits. This is significantly higher than many other phones on the market, which typically top out at around 2,000 to 3,000 nits.

The phone's performance will be driven by Qualcomm's Snapdragon 8 Elite Extreme Gen 6 processor, a cutting-edge chip designed for demanding tasks like gaming and video recording. The processor enables high-graphics gaming, 8K resolution video capture, and 4K video at 60 frames per second, as well as efficient on-device AI processing.

Motorola has also partnered with Bang and Olufsen to create an advanced audio system for the Signature 27. This collaboration is expected to enhance the phone's sound quality for music and movie playback, although it remains to be seen how effective this partnership will be in practice.

The phone will also feature several innovative Android 17 capabilities, including Rambler, a voice transcription tool that uses AI to remove filler words like "um from text. Additionally, users can create personalized home screen widgets with the Create My Widget feature and communicate using American Sign Language for texting.

Motorola's Qira AI assistant will be integrated into the Signature 27, allowing seamless interaction across Lenovo devices. This move brings Motorola in line with other top manufacturers like Google and Samsung, which also provide seven years of software and security updates for their flagship phones.

The Signature 27 will be available in two unique Pantone colors: dark coal smoke and green capulet olive. The coal smoke model features a tactical weave finish" reminiscent of materials used in car manufacturing, while the olive version has a textile-inspired finish that could be similar to vegan leather backing found on some Razr models.

The phone's design and features are likely to appeal to users who value high-end specifications and advanced capabilities. With its impressive display, powerful processor, and innovative software features, the Signature 27 is shaping up to be a top contender in the premium smartphone market.

The Signature 27's high price tag may deter some buyers, but it appears to be targeting a specific audience. The recent departure of OnePlus from the US market has left a gap in the premium smartphone segment for gamers and enthusiasts seeking top-of-the-line processors and rapid charging capabilities.

Motorola is also drawing on its experience with the Razr line of foldable phones, which has seen significant growth over the years and has included high-end variants featuring luxury materials such as Swarovski crystals. The Signature 27's release in the US will be a key test for Motorola, with preorders set to open on November 19 before the phone goes on general sale on November 26.

The two available models of the Signature 27 will come with substantial storage and memory, featuring 512GB of storage and 12GB of RAM.

CNET: https://www.cnet.com/tech/motorolas-1600-signature-27-is-throwing-every-ultra-level-phone-feature-together/

In 2023, Apple stopped selling its miniature iPhone model, while Asus paused its mobile division to focus on more promising areas such as AI, robotics, and smart glasses. The departure of these major players from the small phone market has left a void that smaller companies are now trying to fill. Unihertz, for instance, has been producing keyboard-equipped tiny phones.

A new player is entering the scene with the launch of the Enough Phone on Kickstarter, which promises to bring back the small phone experience in a more unique way. When purchased, the device can run Android 17 and provide access to users' favorite apps on its compact screen. This approach sets it apart from other devices that focus on digital well-being and offer a more minimalist mobile experience.

The Enough Phone is not alone in its attempt to revive the small phone trend; other companies have also released similar devices, such as the Light Phone III, Minimal Phone, or Mudita Kompakt. These phones often resemble "dumb phones but still allow users to access some digital functions. The Communicator, a 4-inch Android phone with a keyboard from Clicks, is another example of this trend.

Enough Phone is not the only option for those seeking a simpler phone experience. Another alternative is the Sleke Android fork called OdysseyOS, which offers a software experience reminiscent of dumb phones.

This operating system allows users to access essential apps such as Uber and Google Authenticator, but restricts access to social media, games, browsers, and other distracting features. The handsets running this software are expected to ship in May 2027.

The trio behind Enough Phone is also involved with Sleke, a company founded in 2024 that refurbishes Google Pixel smartphones for sale on the market. These phones run OdysseyOS, a restricted operating system designed to minimize screen time.

Austin Boer and Brennan Jordan manage Sleke, while William Stults helps run Dumbwireless, an ecommerce platform that sells refurbished dumb phones alongside wireless plans from Gigs. This makes switching to a simpler phone experience as seamless as possible.

Stults has tried various dumb phones on the market and found Sleke's OdysseyOS to be the most user-friendly option, with minimal friction in accessing necessary apps such as Uber and Spotify.

The Enough Phone project is not a radical departure from the existing market, but rather an attempt to revive a product that has largely fallen by the wayside in recent years. The team behind it acknowledges that they don't have any direct experience in the smartphone or feature phone industry.

Despite this lack of expertise, the Enough Phone's design and features suggest a thoughtful approach to creating a device that meets modern needs while avoiding unnecessary complexity. For instance, the 3-inch Android handset is built with a polycarbonate material that can be easily disassembled, allowing users to replace the battery in compliance with upcoming European Union regulations.

The phone itself has a chunky battery that provides all-day" battery life, thanks to its thickness of just over 12 millimeters. This is made possible by a midrange MediaTek Dimensity 7500 processor, which is paired with 8 GB of RAM and 128 GB of internal storage. The hybrid SIM slot allows users to expand storage via microSD, while eSIM support and 5G connectivity are also on offer.

Internal space was limited, according to the team, so they made a deliberate decision not to include a headphone jack in order to keep the price under $600.

The phone boasts an impressive array of features despite its compact size, including a fingerprint sensor embedded in the side-mounted power button and support for contactless payments via NFC.

Sleek is also working to get its device certified on AT&T, in addition to T-Mobile, which means users will have access to a wider range of networks.

One of the key selling points of this phone is its small size, making it an attractive option for those who want a midrange Android device without the bulk that often comes with it.

However, there are still some unknowns surrounding the phone's capabilities, including camera quality and battery life, which will be essential to its overall performance.

Enough Phone's Sleke device is designed to cater to those seeking more compact phones, which are currently scarce in the market.

The company has incorporated several features into the Sleke, including a Perplexity-powered search bar for text-based answers and the ability to scan QR codes.

This indicates that the phone will be capable of handling everyday tasks efficiently.

Despite the major smartphone manufacturers abandoning smaller phone designs, Enough Phone is confident that there is still a market demand for such devices.

They point to the dedicated following of iPhone Mini users as evidence of this demand, with its enthusiasts seeking a more compact alternative that has yet to be adequately met since the Mini's release.

This niche market appears to be the target audience for the Sleke device.

Wired: https://www.wired.com/story/big-tech-abandoned-the-small-phone-the-enough-phone-wants-to-save-it/

One of the standout features of the phone is its ability to capture high-quality video footage using a special cinema mode created by ARRI. This feature allows users to mimic the look and feel of classic Hollywood films, complete with subtle nuances in color grading that give the video an authentic retro aesthetic.

The Honor Magic 9 Pro Max's camera capabilities are not limited to just this one feature, as it also offers a range of color configurations inspired by ARRI's cinema cameras. These include the Nostalgia look, which can add a distinctively vintage flair to video footage, and other options that cater to different artistic visions.

In addition to its advanced camera features, the Honor Magic 9 Pro Max has an impressive design that closely resembles the iPhone 18 Pro Max. The phone's unibody metal construction and two-tone back glass give it a premium look and feel, with color options including moss green, shadow black, and glacier silver.

The release of the Honor Magic 9 Pro Max underscores the growing trend of smartphone use in professional studio environments, where high-quality video production is increasingly being done on mobile devices. With its partnership with ARRI and advanced camera capabilities, the phone aims to stand out from other smartphones that also offer cinematic-style video features.

The collaboration between Honor's Magic 9 Pro Max and ARRI brings a new level of cinematic experience to smartphone users. While ARRI is known for its high-end cameras used in film production, such as those featured in Everything Everywhere All at Once and Dark Passage, their technology has never been more accessible.

ARRI's advanced color technology is now integrated into the Magic 9 Pro Max camera app, offering a range of features that cater to cinema enthusiasts. This includes ARRI Cinema mode, which utilizes the phone's dual 200-megapixel cameras to capture wide-screen video with a 2.39:1 aspect ratio, similar to theatrical releases.

Film aficionados will appreciate the access to ARRI's Look Library within the Cinema mode. The library contains preloaded Looks and LUT files that can be used to record video in various cinema-inspired styles. Users can also download additional LUT files from Honor's and ARRI's websites to further expand their creative options.

These advanced color settings allow users to achieve a range of cinematic looks, including those closely mimicking the renowned ARRI Alexa camera. This means that smartphone videographers can now capture footage with the same level of depth and nuance as professional filmmakers.

During a demonstration at ARRI's Los Angeles facility, both an Alexa camera and the Magic 9 Pro Max were used to record two film sets under identical conditions. The resulting footage showed remarkably similar color shading and detail, highlighting the capabilities of the phone's advanced cameras.

However, upon closer inspection, even with ideal lighting, the Alexa camera still demonstrated a slight edge in capturing fine details, such as the shadows on a bookshelf.

The Magic 9 Pro Max's camera capabilities are not limited to its ARRI Cinema mode. When filming a scene featuring dark green walls and a brown set, I experimented with different settings, including various options from the ARRI Looks library. This feature allows users to apply cinematic styles to their videos, similar to the Photographic Styles available on iPhones.

The ARRI Looks selection includes several black-and-white options, which can add a unique aesthetic to footage. It's interesting to note that these same options are also available to professional camera teams using ARRI's full-fledged cinema cameras. This level of detail and control is a testament to the Magic 9 Pro Max's capabilities.

The phone itself boasts an impressive spec list, including a large 6.8-inch display and a substantial 8,000-mAh battery. The battery supports fast charging at up to 100 watts when plugged in wired, or 80 watts wirelessly. This should provide users with plenty of power for extended shooting sessions.

The Magic 9 Pro Max is powered by the new Qualcomm Snapdragon 8 Elite Extreme Gen 6 processor. While it's not coming to the US market, its international release will be eagerly anticipated by photography enthusiasts and videographers alike.

The Magic 9 Pro Max also comes pre-installed with Android 17 and Honor's MagicOS 11 overlay, which shares a striking resemblance to iOS.

In addition to its impressive camera capabilities, the phone has another notable feature: support for Apple's AirDrop via Quick Share, making it one of several Android phones to offer this functionality.

The growing trend of smartphone usage in filmmaking is evident, with productions like the 2025 film "28 Years Later" shot primarily using an iPhone 15 Pro Max.

CNET: https://www.cnet.com/tech/mobile/honor-magic-9-pro-max-hands-on-arri-cinema-partnership/

The sheer number of available apps on our devices can make it difficult to keep track of what information each one has access to, but it's essential to be vigilant about app permissions. While both Android and iOS have robust built-in security features to detect and block malicious apps, some apps may still pose a risk if they have excessive or unnecessary access to sensitive data or device functions.

A closer look at an app's requested permissions can reveal surprising levels of access, such as the ability to read text messages or access camera functionality. While these permissions are not inherently problematic, it's worth questioning why an app needs them in the first place, especially if they seem unrelated to its primary function.

Reviewing and managing app permissions is a straightforward process on both Android and iOS devices, allowing users to revoke unwanted access or adjust settings for more restrictive use of certain features.

Your device's camera and location details are considered sensitive information, prompting Android and iOS devices to display on-screen indicators when an app is accessing these features. On iPhones, a green dot appears when the camera is in use, while an orange dot indicates that an app is listening via the microphone. A blue location icon also pops up when an app requests access to your whereabouts.

Similar status bar icons are used by Android phones, and users can quickly check which app is accessing these features by swiping down to access the Control Center or quick settings panel. This visual feedback allows users to stay informed about which apps have permission to use sensitive information.

One of the key features of iOS and iPadOS operating systems is their emphasis on user privacy and security. Apple's operating systems require third-party apps to request permission before accessing sensitive information such as contacts, photos, location, or microphone.

When an app requests location access, users can choose to grant it temporarily by tapping "Allow Once" or select "Allow While Using App" if they trust the service. This level of control gives users more flexibility in managing their app permissions and data privacy.

In addition to requesting permission for each new app installation, users can also view and manage existing app permissions at any time through the Settings menu. By navigating to Settings > Privacy & Security, users can see which apps have been granted access to specific features like the microphone or camera.

When granting permissions to apps on your phone, it's essential to consider what data they need and whether that access can be limited. Some apps, like Google Maps or Uber, require precise location permission to function optimally, but you can still restrict their access.

You have the flexibility to adjust permissions on a per-app basis, even for features like camera roll access. When an app requests permission to view your photos, you can set the type of access it receives and choose which specific images or videos are shared with that app.

The App Privacy Report feature offers valuable insights into how apps interact with your phone's data and sensors. This tool not only monitors network activity but also reveals which domains apps connect to and when they do this.

To manage permissions for individual apps, you can access the App info page by long-pressing on the app icon or navigating to Settings > Apps > See all apps. From there, select the app's permissions and adjust its data access level as needed.

Some device permissions, such as location access, allow you to set a specific type of access, like allowing only while using the app or granting permission at all times. This gives you more control over how your phone shares sensitive information with apps.

Android devices offer a feature called the Privacy dashboard that allows users to view detailed permission types and which apps have accessed them within the past 24 hours.

This dashboard can be accessed by navigating through the Settings app, specifically looking for it in the Security and privacy submenu or searching for its name in the search box.

Engadget: https://www.engadget.com/2300670/phone-apps-more-permissions-than-needed-how-to-check/

Mobile carriers have introduced promotions to attract customers, offering discounts or free phones when switching providers. However, these deals often come with strings attached, and the true cost is hidden in fine print, such as expensive data plans or financing agreements.

Replacing an old Android phone can be costly, with prices ranging from hundreds to over a thousand dollars for a new device. Before shelling out this kind of money, consider exploring low-cost solutions that can extend the life of your current smartphone.

One common issue affecting older Android phones is battery degradation. A worn-out battery can slow down charging times and cause rapid power consumption, impacting overall performance and causing frustrating lag or freezing.

Battery health plays a crucial role in a phone's ability to perform tasks efficiently. When batteries degrade, they cannot provide the quick bursts of power needed for processor-intensive activities, leading to sluggish loading speeds and system freezes.

In many cases, simply replacing an aging battery can breathe new life into an old Android device, rather than discarding it for a costly upgrade.

Replacing an aging battery can be a cost-effective solution for revitalizing older Android devices, rather than discarding them for expensive upgrades.

Many phone users mistakenly attribute poor performance to the device itself and end up spending hundreds on new models. However, a fresh battery at a fraction of the price can breathe new life into their outdated smartphones. For those with phones that have removable backs, such as Samsung Galaxy models, replacement lithium-ion batteries are readily available on Amazon for between $10 and $20.

For devices with sealed backs, users may need to invest in DIY repair kits or opt for professional battery replacement services. These options typically range from $60 to $80, significantly lower than the cost of purchasing a new phone. While these costs may seem substantial, they are still a more affordable alternative to upgrading to a brand-new device.

In addition to replacing batteries, optimizing existing ones can also help extend their lifespan. Android devices often come equipped with battery-saving modes that reduce power consumption by limiting features such as screen brightness or disabling less frequently used apps.

Some smartphones, like Google Pixel models, offer advanced battery optimization features. These include Adaptive Battery, which restricts the running time of infrequently used apps and learns user patterns to optimize battery life. Similar capabilities are also available on many Samsung phones, allowing users to put their less-used applications into sleep mode to conserve power.

To make the most out of an older Android phone's battery life, it is crucial to keep its charge level within a specific range throughout the day. This means avoiding both extremely low and high levels of charge, as they can cause chemical stress on the battery.

Research suggests that keeping the battery between 20 and 80 percent charged reduces exposure to this stress, resulting in a longer battery life. Specifically, it is estimated that doing so can extend the battery's lifespan by two to three times compared to charging it to 100 percent consistently.

A simple yet effective solution for prolonging an older Android phone's overall lifespan is using a sturdy case and screen protector. While aesthetics may not be a priority when aiming to squeeze out as much life from an old device, these accessories can greatly improve the phone's durability and usability.

Protecting the phone with a case and screen protector also reduces the likelihood of costly repairs or replacements due to accidental damage. In many cases, a solid case is inexpensive and can provide peace of mind for users who want to get the most out of their older Android device.

Keeping an older Android phone updated with the latest operating system is essential for maintaining its security and functionality. This includes receiving critical security patches that address potential vulnerabilities to hackers, as well as ensuring compatibility with various apps on the device.

Most updates also bring performance improvements and bug fixes, which can further enhance the overall user experience of an older Android phone. Users should prioritize keeping their devices up-to-date, especially when considering the significant benefits it offers in terms of security and app compatibility.

Installing the latest updates can breathe new life into an old Android phone. However, it's essential to note that newer OS versions are optimized for newer phones with advanced components, which may lead to performance lag on older devices.

Older phone processors and reduced memory capacity can struggle to keep up with the demands of updated operating systems, resulting in noticeable slowdowns. Despite this trade-off in performance, opting for the latest updates might be worth considering if it means extending the lifespan of your trusty old Android device.

Ultimately, the reality is that phones are not built to last indefinitely and will eventually require replacement. By following these tips, however, you may be able to extract a bit more utility from your older Android phone before needing to invest in a new one.

Engadget: https://www.engadget.com/2302743/how-to-make-older-android-phones-last-longer/

The HSPA+ network is an evolved technology that offers faster data speeds compared to its predecessor, HSPA. It stands for High-Speed Packet Access Plus, and it allows for data transfers at a rate of up to 21 Mbps. This is significantly slower than the speeds offered by modern networks like 5G and even 4G.

Users may be puzzled as to why their Samsung phones are connecting to the HSPA+ network, especially if they have access to faster options. However, there could be various reasons for this, including location or network availability. It is worth noting that users connected to these networks can still enjoy data speeds ranging from 3.5 Mbps up to 14 Mbps.

The actual speed experienced by users will vary depending on their location and the quality of the network connection. For some individuals living in rural areas, the available speeds may be lower, potentially as slow as 1.5 Mbps. This is because HSPA+ networks can have varying levels of performance based on factors like infrastructure and signal strength.

The presence of the H+ symbol on Samsung phones highlights the importance of understanding mobile network technologies and their limitations. As these networks continue to evolve, it's essential for users to stay informed about what they're experiencing in terms of speed and reliability.

When using a Samsung phone in areas where LTE coverage is limited or non-existent, it's not uncommon for users to connect to an HSPA+ network instead. This is because some regions and mobile carrier networks have yet to fully transition from older 3G cellular technology.

In these cases, carriers have implemented HSPA+ as a stopgap measure to provide faster data rates until they can upgrade their networks to LTE. By doing so, they can continue to offer support for heavy data needs without having to invest in complete network overhauls immediately.

The key difference between HSPA and HSPA+ lies in their ability to deliver faster connectivity and response times. While HSPA works similarly, its enhanced counterpart offers improved speeds that allow users to stay connected even in areas with limited LTE coverage.

HSPA+ is essentially a cost-effective way for carriers to upgrade their networks temporarily, ensuring that customers continue to receive reliable service until they can make the switch to LTE. This approach provides a bridge between older 3G technology and the newer 4G/LTE standard.

Users may notice that their Samsung phone defaults to an HSPA+ network if it's located in rural or remote areas without LTE coverage. However, this is less likely for those using more recent Galaxy models that support Voice over LTE (VoLTE), which enables voice calls over the 4G/LTE network.

In general, users can expect faster data rates when connected to an HSPA+ network compared to traditional LTE speeds, although these networks are not as fast as LTE Advanced. The specific speeds offered by HSPA+ will vary depending on the carrier and location.

Carriers are planning to phase out their 3G/HSPA networks in the coming years. Bell Mobility in Canada has announced that they will completely shut down their 3G network by March 1, 2027.

This means that Samsung Galaxy phone users will eventually see a decrease in the appearance of H+ and H symbols in their Android status bars. As carriers upgrade their legacy towers to support 4G or 5G and LTE technology, these phones will seamlessly connect to newer networks, rendering the H+ and H symbols obsolete.

Engadget: https://www.engadget.com/2300406/what-does-h-plus-symbol-mean-samsung-phone/

The new device is designed with gaming enthusiasts in mind, building on RedMagic's reputation for delivering high-performance mobile gaming experiences. At its core lies a Qualcomm Snapdragon 8 Elite Gen 6 CPU that can reach speeds of up to 5.01 GHz, paired with the proprietary RedMagic R5 Gaming Chipset.

This powerful combination sets it apart from other Android devices, making it one of the fastest on the market. To put this performance into perspective, I compared the RedMagic 12 Pro's benchmark scores with those of my Pixel 9 Pro using Geekbench 7.

The results showed that while the iPhone 18 Pro Max outperformed the RedMagic 12 Pro in single-core tests, the Android device excelled in multi-core benchmarks. In fact, the RedMagic 7 Pro demonstrated nearly double the multi-core score of the Pixel 11 Pro during testing.

A benchmark score this high is unprecedented for an Android phone, making it clear that the RedMagic 12 Pro has set a new standard for mobile gaming performance.

The RedMagic 12 Pro's performance is not limited to its benchmark scores, as it also shines in real-world usage. The phone responds promptly and navigates smoothly, making it feel like a high-end device. This seamless experience is due in part to the phone's sleek interface, which combines elements of Android and iOS.

RedMagic's custom skin for Android has always been a standout feature for me, offering a unique blend of animation styles that rivals those found on Apple devices. By achieving this level of fluidity, RedMagic is effectively addressing one of Google's long-standing goals: creating the most refined user experience possible on Android.

The phone's design and hardware also contribute to its exceptional performance. The interface glides smoothly when interacting with notifications or launching apps, while switching between applications results in zero lag or stuttering. Additionally, the device boasts a nearly edge-to-edge display, minimizing bezel and providing an immersive viewing experience.

The RedMagic 12 Pro's design is also notable for its minimalistic approach to front-facing camera placement. Unlike many Android devices, it does not feature a pinhole or island-style camera arrangement, instead opting for a seamless display with no interruptions. This clean aesthetic adds to the overall premium feel of the device.

The design of the RedMagic 12 Pro is one aspect where the device truly stands out. The glass back and front give it a premium feel in hand, making it a pleasure to hold.

While glass can be prone to fingerprints, the smooth texture of the phone's surface helps mitigate this issue. The back also features integrated RGB lighting zones, which are customizable for various functions such as fan control or media atmosphere.

Customization options extend beyond just lighting settings. Users can also personalize the device's behavior based on specific events like incoming calls, charging cycles, and alarm clock notifications.

The inclusion of AI capabilities in the RedMagic 12 Pro adds another layer of functionality to the phone. This feature enables users to interact with various apps and features, including call assistance, live translation, and a notepad function.

The Notepad app, in particular, showcased the device's impressive processing speed when used for tasks such as writing text about the RedMagic 12 Pro itself. The overall performance of the phone is remarkably fast, making it an excellent choice for gaming enthusiasts.

The Red Magic 12 Pro comes preloaded with a selection of casual games that may not be to everyone's taste. Apps like Puzzle Spark, Mahjong Blast, and Little Kitty, Big City are included as part of the phone's standard package. While these titles might seem appealing to some users, they don't exactly scream high-end gaming experience.

In fact, many of these preinstalled games sound more suitable for a mid-range device rather than a top-of-the-line flagship like the Red Magic 12 Pro. It's understandable that users can simply delete these apps if they're not interested in playing them, but their presence still detracts from the phone's overall premium feel.

The inclusion of such casual games raises questions about the phone's target audience and its intended use case. Given the device's exceptional performance and capabilities, it would be more fitting for RedMagic to ship with a more curated selection of high-end gaming titles.

Ultimately, the Red Magic 12 Pro stands out as one of the best Android flagships available today, boasting impressive speeds and performance that are unmatched by many other devices on the market.

ZDNet: https://www.zdnet.com/tech/the-redmagic-12-pro-is-an-elite-phone-with-one-glaring-issue/

The use of translation apps may seem like an obvious solution to this problem, but it's not always the most effective tool for every situation. Depending on the languages involved and the context, additional tools might be needed to get accurate translations.

Fortunately, smartphones have a built-in feature that can recognize and translate text from any language in seconds, regardless of the script used. This capability eliminates the need for multiple translation apps or tools.

To access this feature, users must first install a popular translation app on their device, which is available for both Android and iOS platforms through their respective app stores.

The app's camera mode can be activated by tapping an icon located at the bottom of the screen, opening up a viewfinder that allows users to point their phone's camera at any text in the real world.

With Google Translate's vast language selection, users can choose any two languages they need for translation. This includes many regional dialects and obscure tongues that may not be as well-represented in other translation tools. Selecting frequently-used languages within the app is also a good idea, allowing users to translate text offline if needed.

This feature comes in handy when preparing for international travel or communicating with people who speak different languages. Having access to offline translations can save time and data when navigating unfamiliar places. Google Translate's real-time translation capabilities eliminate the need to capture images of text before translating it.

For Android devices, Google Lens is another powerful tool that can be used for translation without a dedicated app. This feature is often pre-installed on many modern smartphones, including those from Google Pixel. To access it, users typically find an icon in the app drawer or a shortcut within the search bar on the home screen.

Recent iOS versions also include a built-in translation feature through Live Text. By opening the Camera app and pointing at any text, a yellow frame will appear around the words along with a grid icon below the viewfinder. Tapping this icon allows users to select Translate from the options available.

When using Google Translate through your phone's camera, you may encounter limitations, especially when dealing with written text that includes diacritics. These small marks above or below letters can greatly change a word's meaning, and if the app struggles to identify them, it can lead to inaccurate translations.

This was a problem I faced while traveling in Vietnam, where restaurant menus often used informal shorthand or single words that were difficult for Google Translate to decipher. The lack of context made it challenging for the app to provide accurate translations. In these situations, another approach may be more effective.

Some AI-powered translation apps can handle these challenges better than Google Translate. These apps require an internet connection and typically cannot translate in real time, but they often produce higher-quality output. By sending a picture of a menu or text through one of these apps, you're likely to receive food-related translations that take into account the surrounding context.

These AI models are not limited by the same constraints as Google Translate and can even understand blurry or difficult-to-read images by identifying the intended meaning based on the surrounding text. However, they may not be able to overlay translated text directly onto your image like Google Translate does.

One such app is ChatGPT, which allows you to upload a picture of the text you need translated along with a short instruction, such as "Translate to English." The AI will then reply with the translated text, although it cannot provide real-time translations or offer the same level of convenience as Google Translate.

Despite its limitations and high cost, using an AI-powered translation app can be a last resort when traditional methods fail.

Engadget: https://www.engadget.com/2300368/how-to-use-phone-camera-built-in-translation-feature-google/

To assess these differences, I conducted an experiment where I used Google Maps on both systems within the same car, performing identical searches, route changes, and simple navigation tasks back to back. While the fundamentals of the app are similar, with features like speedometer, lane guidance, incident reporting, and alternative-route suggestions available on both platforms.

However, as I continued to use Google Maps for more complex tasks beyond basic navigation, the differences between the two systems became increasingly apparent. This is where Android Auto demonstrated a clear edge over CarPlay in terms of interface details and feature functionality.

One area where Android Auto stands out is in its ability to access certain features, such as Gemini, which still provides an advantage to users on this platform compared to Apple's offering.

One area where Android Auto excels over Apple's CarPlay is in the ease of access to features like Gemini. On Android Auto, users can effortlessly initiate conversations without needing to physically interact with the screen. This hands-free functionality is a significant advantage, especially when the display is positioned centrally on the dashboard.

In contrast, while Google Maps on CarPlay eventually gained a Gemini button, users still had to tap it before initiating conversational searches and follow-ups. Moreover, invoking Gemini hands-free was not possible at this point in time. Even Google's own support page reflected this limitation, stating that Gemini was unavailable for CarPlay during the testing period.

Route modifications also proved faster on Android Auto compared to CarPlay. When searching for a fuel stop along a route and then requesting a pharmacy without reopening the conversation, the options were displayed promptly. This seamless interaction is due in part to Gemini's ability to search along routes, refine results, add stops, and show alternative routes.

Despite its strengths, Gemini on Android Auto was not infallible during testing. There were instances where it froze on a loading screen or failed to establish a connection. Nevertheless, the convenience of initiating interactions without touching the display remained a substantial benefit for drivers with their dashboard displays in the center.

When navigating a route on Android Auto, Google Maps provides a list of nearby places with ratings and estimated additional travel time for each option. This allows drivers to make informed decisions about where to stop, eliminating the need for guesswork when choosing between two options that differ by just one minute.

In contrast, CarPlay displays results one at a time, requiring users to scroll through the list using Previous and Next controls. While it still offers valuable information such as gas prices and detour times, comparing multiple options is more laborious on this platform.

Interacting with the map on Android Auto proved to be a more straightforward experience in my test, with zoom controls remaining easily accessible. Pinch-to-zoom functionality also worked seamlessly, allowing drivers to quickly adjust their view of the route as needed.

CarPlay's map-control mode, which is entered separately from navigation, did not work as smoothly for me, and pinch-to-zoom was unsuccessful during testing. However, it's worth noting that both platforms are technically capable of supporting various interactions, including taps, scrolls, and pinches, suggesting underlying differences in implementation may be at play.

When navigating unfamiliar areas, being able to glance ahead at upcoming interchanges can be crucial. However, this simple difference in functionality starts to become significant when put into practice.

Google Maps on Android Auto offers a more comprehensive interface even before entering a destination. The platform instantly displays essential information such as a Home shortcut with live estimated time of arrival and distance. This is not all - the Recent section also provides suggestions based on recent Maps searches, adding an extra layer of convenience to the user experience.

The initial Maps screen on CarPlay, in contrast, is much more minimalistic and requires a search to access similar information. This difference may seem minor at first glance but becomes noticeable when trying to access frequently used features or destinations.

While both platforms offer fuel-efficient routing options, Android Auto does a better job of explaining the recommendation. It clearly marks one of the choices as the most fuel-efficient and provides an estimated fuel savings amount, making it easier for users to make informed decisions.

CarPlay has its own usability advantage when it comes to color-scheme controls. The feature is easily accessible from the car screen's interface, allowing drivers to switch between Automatic, Day, and Night modes with minimal effort.

Google Maps on Android Auto can now estimate how much battery power is needed for a trip based on various factors including the vehicle's characteristics and weather conditions. This feature allows drivers to input their current battery level, prompting Google Maps to suggest charging stops along the route.

The estimated battery level at arrival and the time spent charging are also taken into account when calculating the expected time of arrival (ETA). This comprehensive approach is a significant improvement over simply locating nearby charging stations, as it integrates charging stops directly into the route planning process.

This new feature covers over 350 electric vehicle models from more than 15 brands in the US, but it remains unclear whether a similar rollout will occur for Apple CarPlay.

Engadget: https://www.engadget.com/2300327/google-maps-features-work-better-android-auto-vs-carplay/

The tile is accessible by navigating through certain menus, but tapping on it doesn't seem to have any immediate effect. However, its presence suggests that Google may be planning to introduce new controls for managing work-related apps and data in Android Auto.

For users who are already familiar with the concept of Work Profiles, this development might not come as a surprise. A Work Profile is designed to keep employer-managed apps separate from personal ones, with the latter remaining outside company management on employee-owned devices.

The presence of a Work Mode tile in Android Auto implies that Google may be working on integrating Work Profiles into its automotive platform. This could potentially make it easier for users to switch between work and personal modes while driving or commuting.

Android Auto's upcoming update has raised concerns about its impact on users' work-life balance, particularly when it comes to managing different profiles on a device.

Work Profile restrictions are causing issues for video conferencing apps like Microsoft Teams and Google Meet. For instance, if an app is installed inside a managed Work Profile, Android Auto won't support audio calls or meetings through the integration. This limitation is especially problematic for users who need to make work-related calls while driving between appointments.

However, not all missing apps are due to Work Profiles. It's possible that an app has been intentionally hidden from the Android Auto launcher, or there may be a connection issue preventing Android Auto from functioning properly. In these cases, the problem lies elsewhere and is unrelated to Work Profiles.

The upcoming update does promise some improvements for users with multiple profiles on their devices. Specifically, a dashboard switch could eventually allow drivers to silence work alerts while leaving personal calls and navigation unaffected. For now, users can pause work apps using the Work tab in the app drawer or a work tile in Quick Settings on supported devices.

Android Auto's upcoming update has been generating buzz for its potential impact on users' work-life balance. For devices equipped with a Work Profile, scheduling work hours through Digital Wellbeing is currently available on some Android phones, but Samsung's version has lacked this option until now.

Google explains that scheduling cannot pause work apps for consecutive days, such as an entire weekend, which may seem counterintuitive to users trying to maintain a healthy separation between their personal and professional lives. In the absence of automatic scheduling, users can still manually switch between work and personal modes, but this only addresses specific instances rather than providing a comprehensive solution.

The restrictions imposed by Android Auto's Work Profile will continue to limit drivers' access to company apps, even if the experimental tile offers scheduling controls in the future. Employers retain control over which apps are available within Work Profiles, while IT admins on company-owned devices can also set limits on how long a Work Profile stays paused before suspending personal app and data access.

Engadget: https://www.engadget.com/2300324/android-auto-next-update-could-upset-work-life-balance/

While these laptops represent a significant step forward for Google in terms of premium offerings, it's essential to remember that first-generation products often come with compromises. These trade-offs should be carefully considered before making a purchase.

From my experience testing Chromebooks over the past decade, I can confidently say that price remains the primary concern for most people looking for a Chromebook in 2026. Google has made significant strides in improving its laptop ecosystem, but affordability is still a key selling point.

The Acer Chromebook Plus 516 stands out as one of the best options in this regard. It consistently sells for under $500, making it an attractive choice for those on a budget.

One area where the Acer Chromebook Plus 516 excels is with its responsive and smooth-feeling touchpad. This feature significantly enhances the overall user experience, making everyday tasks like clicking-and-dragging or selecting text a breeze.

However, the laptop's display is not without its drawbacks. The colors are somewhat muted and desaturated, giving an unappealing greenish tint to on-screen content. Additionally, the screen resolution of 1920 x 1200 pixels on a large 16-inch display results in some noticeable stretching.

The Acer Chromebook Plus 516 still manages to provide excellent value despite its minor flaws, thanks to its pairing of an Intel Core i3 processor with 8 GB of RAM and 128 GB of storage.

The Asus Chromebook CX14 and CX15 offer an affordable alternative to higher-end models, with prices dropping as low as $130.

Unlike some other budget-friendly options, these laptops can be configured with varying levels of RAM and storage, as well as lower-powered processors, but I recommend opting for the 8 GB of RAM version.

The cheaper configurations of the CX14 and CX15 may not offer the same level of performance, but they still provide a decent user experience considering their price point.

One of the notable features of these laptops is their relatively thin bezels and chassis design, which gives them a sleeker appearance than some other budget-friendly options.

The larger touchpad and comfortable keyboard on both models are also a welcome addition, making typing and navigating easier.

The CX15 even comes in a striking blue color option, adding to its visual appeal.

However, the display on these laptops falls short, suffering from poor color reproduction and limited brightness at 250 nits.

The integration of Android apps on Googlebooks offers a unique advantage over Chromebooks, allowing for native performance similar to that of an Android phone or tablet.

This seamless integration enables users to easily send and receive texts directly from their Googlebook, much like using a Mac with an iPhone.

One of the standout features of the Gemini-based AI is its context menu, which can be a handy tool despite feeling somewhat overshadowed by other aspects of the platform.

However, this day-one software has not been without its issues, with many users reporting bugs and small problems that are likely to be addressed in future updates.

A key difference between Googlebooks and Chromebooks lies in their specs, with all available Googlebooks boasting 16 GB of RAM and 512 GB of storage - a level comparable to high-end Windows laptops or the MacBook Air.

The price point for Googlebooks is currently a major obstacle, making it difficult for consumers to justify the cost despite its impressive features.

Among the options available, the Acer Googlebook 14 stands out as the most affordable choice, priced similarly to higher-end Chromebooks such as the Lenovo Chromebook 14 or Acer Chromebook Plus Spin 514.

The Dell XPS Googlebook boasts a 13-inch screen, making it the smallest device among its peers.

This compact design is thanks to the same chassis used in the latest Dell XPS 13 laptop, which has been refreshed this year.

Given the XPS 13's reputation as one of the top laptops available today, it's no surprise that the Googlebook shares similar qualities.

However, users should be aware that the XPS Googlebook lacks a headphone jack, just like its Windows counterpart.

In contrast to HP and Asus devices, both Acer and Dell Googlebooks rely on the Qualcomm Snapdragon X Elite processor instead of Intel chips.

The use of these efficient processors is somewhat disappointing, considering their potential for long battery life.

The high-end prices of Googlebooks may be hindering their appeal, as they fail to offer significant performance advantages over more affordable Chromebook options.

One way to make these premium laptops more appealing would be for manufacturers to start with lower memory or storage capacities, rather than the current minimum specifications.

This would allow consumers to choose a more budget-friendly option without sacrificing too much in terms of performance.

However, Google's decision to set high starting prices for its Googlebooks has led many potential buyers to wonder if they're worth the extra cost.

Despite their promise of improved performance, Googlebooks currently fail to live up to expectations as either a premium offering or an affordable alternative to Chromebooks.

One notable exception is the Acer Chromebook Plus Spin 514, which offers high-end features at a lower price point than many Googlebooks.

The Lenovo Chromebook Plus 14 was a standout device in its time, offering exceptional quality and features that raised the bar for Chromebooks.

Released in 2025, it boasted an impressive OLED screen and a MediaTek Kompanion Ultra processor that delivered solid performance and battery life.

This combination of high-end specs and sleek design made it a favorite among reviewers, including this writer.

However, its price has increased significantly over the past few months, making it less competitive in the market.

At $999, it's no longer the best value for money, especially considering that discounts are scarce.

Meanwhile, Asus has taken a different approach with the Chromebook Plus CX34, prioritizing design and aesthetics to create a more visually appealing device.

Its white shell is both durable and attractive, making it stand out from the typical bland designs of most Chromebooks.

Wired: https://www.wired.com/story/best-chromebooks/

Claude Duet runs on its own dedicated virtual machine and browser, allowing it to access the web and perform various jobs. The agent also integrates with any apps connected to a user's Claude account, expanding its capabilities.

The availability of Claude Duet is currently limited to US-based users who are subscribed to Claude Pro or Max plans. However, there's an additional hurdle to overcome before gaining access: users must first join a waitlist.

To sign up for the waitlist, users can visit Anthropic's website and enter their name, company, email address, and phone type (Android or iPhone). A brief description of the tasks they intend to delegate to Claude Duet is also required.

Anthropic's request for device information is because it offers standalone apps for both Android and iOS, allowing users to interact with Claude Duet directly on their mobile devices.

Anthropic's plan for Claude Duet is taking shape, with the company indicating that it will offer the device as a perk for its Pro subscribers who pay $20 per month. This contrasts with OpenAI's Dot agents, which can currently only be accessed by those on one of OpenAI's own Pro plans. The latter's pricing starts at $100, and OpenAI has recently added an even pricier option at $500 per month.

Claude Duet is not yet available to Team and Enterprise customers, although Anthropic may consider offering it to these groups in the future. During its preview period, Anthropic wants users to test how often Duet messages them, as this could potentially impact their plan limits if checked constantly.

The preview of Claude Duet is also an opportunity for Anthropic to collect feedback on how frequently the device sends messages to users. To avoid using up Pro plan limits too quickly, Duet has been designed to check connected accounts every few hours instead of continuously.

Anthropic has described Claude Duet as a proactive personal agent that can generate daily briefings with action items based on connected apps. Each day, the agent can provide users with a list of tasks they need to complete, helping them stay organized and focused.

Users can delegate various tasks to Claude Duet, such as scheduling meetings or creating forecasts. For example, business owners might task their Duet with generating weekly sales and cashflow dashboards, while scientists could ask their agents to flag research papers related to their area of study as they're published.

Anthropic has designed Claude Duet to be a versatile tool that can handle a wide range of tasks. By connecting various apps to their Claude account, users can unlock the full potential of their personal agent and make it an integral part of their daily workflow.

Claude Duet's proactive approach begins when the app detects that a user is engaged in a chat session, allowing the agent to offer assistance and suggestions in real-time. The agent can also identify tasks that require attention and notify users accordingly.

Duet's ability to anticipate needs stems from its access to data stored within the Claude account, including information collected through interactions with the chatbot itself and any connected apps. This integration enables Duet to provide personalized support and streamline workflows, but it also raises concerns about data sharing and privacy.

Ultimately, the value of Claude Duet will depend on individual users' comfort levels regarding data sharing and their willingness to integrate multiple apps into their account.

Engadget: https://www.engadget.com/2300253/how-to-use-claude-duet/

GNSS is a broad category of satellite navigation systems that provide autonomous geospatial positioning, allowing devices to determine their location and orientation with varying degrees of accuracy. The most well-known example of a GNSS system is the one operated by the United States, commonly referred to as GPS.

However, GPS is just one part of the larger GNSS family. Other major players include Russia's GLONASS, the European Union's Galileo, India's NavIC and China's BeiDou. These systems are not limited to their respective countries and can be used worldwide. For instance, GPS works globally, as do the systems operated by Russia, the EU and China.

The term "GPS has become synonymous with any satellite-based location service due to its widespread adoption and recognition. As a result, device manufacturers often use GNSS-capable to indicate that their products can utilize multiple satellite navigation systems beyond just GPS.

When looking at a device's spec sheet, the mention of GNSS capability suggests that it can tap into various satellite navigation systems, not just the US-based GPS network. This is particularly relevant for devices used in regions with limited or no access to GPS signals, where alternative systems like GLONASS or Galileo may be more readily available.

Most modern smartphones use multi-constellation GNSS receivers to determine their location, not just GPS. This is because GNSS stands for Global Navigation Satellite System, which encompasses multiple satellite systems including GPS, GLONASS, and Galileo.

Devices like the iPhone 17, for instance, list precision dual-frequency GPS" but also specify support for other satellite systems. This is likely because having access to more satellites means a more reliable positioning system, especially in areas where signals are weak or blocked by terrain.

The Location Accuracy service on Android phones takes this approach even further by combining data from multiple sources. Satellite data is used alongside information from nearby Wi-Fi networks and cell phone towers, as well as the device's built-in motion sensors.

This multi-faceted approach to location determination is often hidden beneath the GPS umbrella, making it seem like a single system rather than a complex network of tools working together. This can be seen in how Google Maps uses a combination of satellite data, internet-delivered map information, and local signals from Wi-Fi and cellular networks.

Google's mapping app can provide accurate location information even when satellite reception is weak or non-existent, thanks to its reliance on these multiple sources of data. As a result, many people have an accurate location mapper at their fingertips, whether they're using Google Maps in the middle of a grocery store or navigating through heavy traffic.

When using navigation apps or location services on our smartphones, we often rely on a combination of satellite signals and other data sources to determine our exact position. This is because satellites alone are not always sufficient, especially when indoors or in areas with limited signal reception.

In these situations, it may take an extra moment for your phone to update its location after you leave a building or area with weak signal strength. This brief delay occurs as the device reacquires and verifies satellite signals to ensure accuracy.

Despite GPS being the most widely recognized term, GNSS is actually a more accurate description of the technology used in smartphones, cars, drones, and other navigation devices worldwide.

Engadget: https://www.engadget.com/2300262/gnss-vs-gps-differences/

The new OS is being touted as the next big thing in laptops, but initial impressions suggest that it still has a lot of work to do. As someone who has used and tested ChromeOS extensively over the past decade, I've been curious about what exactly sets Googlebooks apart from its predecessor.

Google's introduction of Googlebooks last month didn't provide much information on the OS, but a recent demo event and hands-on testing have given me a better understanding of what the company is trying to achieve. While the idea of moving from ChromeOS to Android has potential benefits for Google and third-party developers, I'm not convinced that it's a game-changer for consumers.

One of the most significant advantages of Googlebooks is its integration with Android phones. Users can expect seamless transitions between their phone and laptop, making it easier than ever to access files, apps, and other content on the go. However, this feature alone may not be enough to justify the cost of a Googlebook device.

The hardware accompanying the OS launch includes several high-end laptops from major manufacturers like ASUS, Acer, and HP. The $1,299 ASUS Googlebook 14 is one such device that I had the opportunity to test, and it's an impressive piece of equipment. Weighing in at just 2.2 pounds, this laptop features a stunning OLED touchscreen with Corning's Gorilla Matte glass.

The specs on the ASUS model are equally impressive, with an Intel Core Ultra 5 chip, 16GB of RAM, and 512GB of storage. It's clear that Google is positioning its devices as premium products, but at what cost? The high price point may be a barrier for many potential buyers.

In addition to the ASUS device, I also had a chance to test the Acer Googlebook 14 and HP's Googlebook 14, which runs on the Snapdragon X Elite X1E-80-100 processor. While performance was consistent across all three devices, there were some minor variations in battery life and fan usage.

As I continue to explore Googlebooks, one thing is clear: while it has potential, the OS still needs significant work before it's ready for mainstream adoption. The integration with Android phones is a major selling point, but the high price of these devices may make them inaccessible to many consumers.

The price point of Googlebooks is undoubtedly premium, with even the most affordable option starting at $899. This puts Acer's Googlebook 14 in a unique position as the only device under $1,000 among its peers.

While this pricing strategy may be intentional to establish Googlebooks as high-end devices, it's worth noting that most Chromebooks on the market are significantly cheaper. In fact, nearly all of them come with a price tag below $1,000.

Google is emphasizing the integration between Android phones and Googlebooks from the very beginning of the setup process. Users are prompted to set up their device using an Android phone or even an iPhone or iPad. This seamless connection is meant to make the transition to a laptop smoother for users who already rely on their mobile devices.

When setting up my own Googlebook, I was presented with a QR code that needed to be scanned using my Pixel 11. Once connected, the device asked me if I wanted to use the same Google account from my phone, which simplified the login process.

The setup process also gives users the option to transfer apps and data from their phone to their laptop. This feature is convenient for those who want a consistent experience across devices. However, it's worth noting that not all data is transferred by default, leaving some customization options available for users who prefer a more tailored approach.

As part of the setup process, I was also given a tour of some of the Googlebook's key features powered by Gemini. These include Magic Pointer, which allows for intuitive navigation and control, as well as Quick Insert, a feature that enables fast text insertion.

The integration with Android phones is indeed one of the most notable aspects of Googlebooks. However, this comes at a price, and not everyone may be able to afford these devices, especially considering their premium pricing.

The setup process highlights just how much emphasis Google has placed on integrating its various services, including its mobile operating system and laptop platform. While this may create a more streamlined experience for users, it also raises questions about the affordability of these devices and whether they are truly accessible to everyone.

Setting up the connection between my phone and the laptop was a relatively straightforward process, requiring me to grant some services permission on both devices.

The setup process involved giving some services permission on both devices, but it didn't take long nor was it overly complicated for the average user.

Once everything was set up, I was greeted with a desktop that was familiar in many ways. The taskbar along the bottom featured shortcuts to popular Google apps and services.

The desktop itself also had some pre-organized folders containing shortcuts to various types of applications, including productivity tools like Docs and Drive.

A particularly thoughtful touch was the comprehensive walkthrough that appeared on boot-up, guiding users through essential tasks such as accessing quick settings and managing windows.

This tutorial proved to be a valuable resource for navigating the Googlebook interface, even if it wasn't strictly necessary due to the intuitive design of the system.

Upon closer inspection, some subtle differences emerged between the Googlebook UI and ChromeOS. The taskbar has been repurposed exclusively for apps, with other essential information relegated to a thin strip at the top of the screen.

The loss of certain features, such as integration with Google Tasks and the ability to pin files, may be missed by users who grew accustomed to these conveniences in ChromeOS.

The Googlebook's browsing experience is undoubtedly one of its strongest features. As it turns out, this was also a major selling point for ChromeOS: many users rely on their browsers for most of their computing needs, and a Chromebook offered an excellent browsing experience.

However, when I tried to access my saved tab groups on the Googlebook, they failed to appear. Despite the ability to sync these groups across desktop, Android, and iOS versions of Chrome, they are not available on the Googlebook. This omission is particularly puzzling given that it's a fundamental feature that should be present in a brand-new product meant to replace traditional Chromebooks.

Google has promised to add this feature in a future update, but its absence is still felt. It's difficult to describe just how frustrating it can be to have such a basic and crucial feature missing from the Googlebook.

Similar issues arose when I attempted to install web apps on my Googlebook. Unlike ChromeOS, which allows users to take web-based applications like Slack and run them in their own windows with dedicated app icons, these apps were initially available only as shortcuts that opened in the main Chrome window as tabs.

This limitation persisted for several days until a subsequent Chrome update resolved the issue. However, it was another reminder of the Googlebook's unfinished feel.

The Googlebook offers users two primary options for accessing apps: web-based tools or Android applications from the Google Play Store. This setup is reminiscent of the original integration of the Play Store on Chromebooks around 10 years ago.

At the time, this expansion was seen as a significant move to elevate the Chromebook beyond its reputation as a mere browser-centric device. However, upon closer inspection, it appears that many of these same issues persist even today.

Despite some minor improvements since its introduction, the Google Play Store on the Googlebook still struggles with certain limitations. These include difficulties in installing Android apps and accessing web-based tools.

The Googlebook's app selection is also another area where ChromeOS has a clear advantage. While users can install Android apps from the Google Play Store, many popular titles are missing or have limited functionality compared to their desktop counterparts.

The Android ecosystem has long struggled with accommodating larger screens, a problem that persists despite some improvements over time. Many apps are still designed for smaller phone displays and don't take full advantage of tablet or Chromebook real estate.

This issue is particularly evident in popular productivity tools like Slack, which offers a multi-column view on the desktop but only shows one column at a time on Android devices. The iPad version of Slack provides a better large-screen experience, raising questions about why similar functionality isn't available for Android tablets and Chromebooks.

The dearth of well-designed apps for larger screens is partly due to lack of attention from developers, who often focus on more lucrative smartphone markets. As a result, users may find their favorite Android app feels out of place on a Googlebook.

However, the situation has improved in recent years, thanks in part to Google's efforts to revamp its core apps for bigger screens. Many essential services like Keep, Calendar, and Photos now work seamlessly after installation on a Googlebook.

Google is also encouraging users to opt for web-based versions of certain apps when available, which can provide a more streamlined experience. For instance, installing the Play Store version of Google Chat sets up the web app, while the Gmail shortcut in the taskbar opens the account in its own window with the familiar web interface.

While this approach may seem confusing at times, it reflects the company's efforts to offer users the best possible experience on their devices. By defaulting to web apps when necessary, Google aims to provide a more consistent and intuitive user experience across platforms.

On the other hand, some third-party apps have successfully adapted to larger screens, offering features like multiple columns of information and seamless syncing capabilities. Todoist and Spotify are notable examples, providing native support for Googlebooks with impressive results.

Adobe Lightroom is another app that has effectively leveraged the capabilities of Googlebooks, allowing users to quickly access their libraries and sync edits between devices without issue. This showcases what's possible when developers prioritize large-screen experiences and invest in creating more comprehensive Android apps.

Google's Chromebooks have been gaining popularity in recent years, and their capabilities are expanding to meet user demands. However, some users may find limitations when it comes to running specific applications or engaging in certain activities.

For instance, those who rely on software like Adobe Premiere or Logic Pro for video editing and music production might be out of luck, as these programs are not compatible with Chromebooks. Similarly, the availability of certain apps is limited, which could hinder productivity for some users.

Native gaming is another area where Chromebooks fall short. Although it's possible to install games from the Play Store, such as Teenage Mutant Ninja Turtles: Shredder's Revenge and Limbo, these titles are not exactly cutting-edge or new releases.

One potential perk that might make up for these limitations is Google's inclusion of a year of GeForce Now "Fast Pass" access. This service allows users to stream games they own from various storefronts, providing access to up to 50 hours of gaming per month without ads or priority access issues.

Ultimately, Chromebooks are designed to offer an affordable and accessible computing option, but their limitations should be carefully considered before making a decision.

Engadget: https://www.engadget.com/2302681/everything-you-need-to-know-about-googlebooks/

This slow uptake is particularly striking given that Android 16 has finally surpassed all other versions to become the most widely used Google OS for Android devices, accounting for 25.4% of active devices.

While it's true that Android 17 had a shorter time frame to reach users compared to its predecessor, the minuscule adoption rate suggests that this latest release is struggling to gain traction within the Android ecosystem.

The data also reveal that many Android users are running outdated versions, with over 40% still using Android 14 and 15, which are several years old, leaving them potentially vulnerable to security risks and data breaches.

Despite the significant number of users still running outdated versions of Android, a staggering 1% have taken the step to update to the latest version, Android 17.

The figures also reveal that a substantial portion of users are still clinging to older versions of the operating system, with around 11.8% using Android 13 and 10.1% opting for Android 11. Furthermore, almost another 10% are running Android 12, bringing the total number of users on these older platforms to approximately 30%.

The slow adoption rate of newer Android versions is not entirely unexpected, given the complexities involved in updating a vast array of devices from different manufacturers. Unlike iOS, which is designed and distributed by Apple, Android updates must be curated and pushed out to multiple devices and systems, including those from Google, Samsung, Nothing, and other manufacturers.

This fragmented process can lead to delays in rolling out updates, as each device requires adaptations before receiving the new version of the operating system. In contrast, iOS updates are often adopted faster due to the streamlined process between Apple's control and the user.

While Google has stopped publishing a public distribution chart for Android updates, we can still gauge adoption rates through cumulative data from Android Studio. This method estimates the number of devices that have contacted the Google Play Store over a seven-day period.

The latest figures indicate that only 1% of eligible devices have adopted Android 17, highlighting the slow pace of update adoption among Android users. Despite this sluggish progress, there are compelling reasons to upgrade to the new software, including enhanced features like app "bubbles" and improved security measures against network snoops and SMS blasters.

Upgrading to Android 17 not only brings these new features but also provides a proactive way to maintain your device's health. Software updates typically include performance improvements, speed enhancements, and additional security features that help protect your phone from potential threats.

ZDNet: https://www.zdnet.com/tech/android-17-os-adoption-numbers-october-2026/

Frustration with modern TV interfaces is understandable, as they often come loaded with advertisements and invasive tracking features. These issues have been widely discussed and criticized by experts in the field.

But here's the thing: AI is not bringing any unique solutions to the table. In fact, it's possible to achieve similar results without relying on AI at all. Moreover, using AI in this context may even pose risks that could compromise TV functionality or worse.

The term vibe coding refers to the process of using AI agents to write programming code for applications and websites. Instead of learning a programming language, users can communicate their needs to an AI agent in plain English, which then generates code accordingly.

People claiming to use AI to create a new TV operating system often cite Claude as the AI agent of choice. They assert that this new OS is faster, easier to use, and free from ads, but these claims require closer examination to determine their validity.

TV operating systems are notoriously complex, making them vulnerable to unintended consequences when tampered with.

A TV engineer who spoke anonymously about this phenomenon laughed at the idea of vibe coding a TV's OS without proper knowledge or expertise. This individual explained that fixing one issue in software can often create 10 new problems elsewhere in the system, a common challenge in software development. As a result, users attempting to modify their TVs' operating systems may inadvertently cause more harm than good.

Reports have already surfaced of individuals bricking their TVs by trying to vibe code them, rendering their devices unusable and expensive paperweights. This is a stark reminder that messing with the underlying software of a TV can be a recipe for disaster, especially for those without technical expertise.

Furthermore, even if a user successfully vibe codes their TV's OS, there are potential long-term issues that may arise. For instance, will the new operating system continue to support popular apps like Netflix? Or will it lead to compatibility problems and errors when these apps need updates?

The lack of guarantees surrounding the success of vibe coding raises more questions than answers. Can users be certain that additional AI-powered modifications will resolve any issues that arise from the initial changes? And what happens if a user needs to perform a factory reset, restoring their TV to its original state?

The reliance on AI to vibe code" a TV raises concerns about security and control over one's device. Without a thorough understanding of the underlying code, users may unknowingly introduce vulnerabilities that could compromise their TV's integrity.

The true intention behind using AI for this purpose is unclear. Is it to create a faster interface with fewer ads? This can already be achieved through more conventional means, as will be discussed in the next section.

For Android TV users, there are alternative ways to customize their interface without relying on AI-powered coding. Android TV launchers allow users to swap out the stock user interface for one that is often simpler and highly customizable.

Some popular Android TV launchers include Projectivity, Monet, and TV Launcher Premium Smart UI, among others. These options offer a range of customization possibilities, from sleeker interfaces to more intuitive navigation systems.

The AT4K Launcher even offers an Apple TV-like interface for Android TV devices, giving users the option to adopt a familiar design aesthetic without needing AI-driven coding solutions.

A common issue with company-specific TV operating systems is their tendency to lock down features and prevent users from making modifications to suit their needs.

This lockdown can make it difficult for users to take advantage of custom launchers or other third-party apps that offer more flexibility and control over the TV's interface.

If a user tries to use AI-powered coding solutions, they may find that these systems are not compatible with their specific TV model due to its proprietary operating system.

In reality, the AI is often simply regurgitating pre-existing code written by human programmers, rather than performing any genuinely innovative or clever actions.

The irony of using AI to block personal data tracking on a TV while still providing access to the very same data through these coding solutions is not lost on some observers.

Using streaming devices in general can also raise concerns about data collection and tracking, as even popular platforms like Apple TV 4K are known to collect user data to varying degrees.

Ultimately, users may find that the simplest solution to achieving their desired TV experience is to try a launcher app or explore other third-party options rather than relying on AI-powered coding solutions.

CNET: https://www.cnet.com/tech/home-entertainment/using-ai-to-vibe-code-your-tv-is-stupid/