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Android 16 Eases Split Screen on Small Screens

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Android 16 Eases Split Screen on Small Screens

Key Takeaways:

  • Android 16 introduces a smoother way to use two apps at once on smaller phone screens.
  • The update removes the frustration of awkward gestures, making multitasking accessible to everyone.
  • This change boosts productivity for users who don’t want to carry a large tablet or foldable device.
  • Have you ever found yourself constantly flipping back and forth between two apps on your phone? It is frustrating when you are trying to check a message while looking at a map, or when you want to watch a video while scrolling through social media. For years, this has been a major pain point for smartphone users who want to do more than one thing at a time. The good news is that Google is finally fixing this with the next big software update.

    The upcoming Android 16 update is here to change the way you interact with your phone by making split-screen functionality much easier to use on regular, small screens. This means you no longer need a massive tablet or a fancy foldable phone to enjoy the benefits of true multitasking. By improving the interface and simplifying the gestures, Google is ensuring that everyone can boost their productivity without the hassle. Let’s dive into how this new feature works and why it matters for you.

    The Problem with Multitasking on Small Devices

    In the past, using split screen on a standard Android phone felt like an afterthought. The software was designed primarily for tablets and larger foldable devices, leaving regular smartphone users with a clunky experience. To open two apps side-by-side, you often had to perform a specific gesture in the recents menu, which was not always intuitive. Many people didn’t even know the feature existed because it was hidden behind menus that were difficult to navigate.

    Furthermore, even if you managed to get two apps open on a small display, the space was often too cramped to be useful. Text would shrink to unreadable sizes, and buttons would become too small to tap accurately. This led many users to simply give up on multitasking altogether and stick to switching back and forth between full-screen apps. It was a solution that technically existed but didn’t work well in practice for the average person holding a standard device.

    How Android 16 Changes the Game

    With the release of Android 16, Google is shifting its focus to make multitasking a first-class citizen on smaller screens. The new update streamlines the process, allowing you to snap apps into split-screen mode with much less effort. Instead of digging through the recent apps menu, the interface is now designed to recognize when you want to share the screen. This creates a fluid experience that feels natural rather than forced.

    One of the most significant changes is the improved handling of the “taskbar” or app drawer logic. You can now drag an app from your home screen or dock directly to the top, bottom, or side of the display to initiate split-screen mode. This drag-and-drop functionality is something many users have been asking for, as it mirrors how we use desktop computers. By removing the complex gesture controls, Android 16 invites more users to try using two apps at once without fear of getting stuck in the wrong mode.

    Better Productivity for Everyday Tasks

    Why does this matter? Because being able to see two apps at once genuinely changes how you use your phone throughout the day. Imagine you are shopping online and want to compare prices between two different stores. Instead of memorizing a price from one app and opening the other, you can have them both open side-by-side. This saves time and reduces mental effort.

    For students, this feature is a game-changer. You can have a textbook open on one half of the screen while taking notes in a document app on the other half. For professionals, it means keeping an eye on an email thread while checking a calendar appointment. The improvements in Android 16 mean these tasks are no longer reserved for those with expensive tablets. It brings high-level productivity to the device that is already in your pocket.

    A Smoother Experience for Compact Phones

    Google has also paid attention to the visual aspect of running two apps on a smaller display. Android 16 includes optimizations that ensure apps resize correctly without breaking their layout. Previously, forcing an app into a split window might cause text to overflow or images to look strange. The new system handles these transitions gracefully, so both apps remain readable and functional.

    Additionally, the update addresses the issue of “fat-finger” errors. When a screen is divided into two narrow columns, it can be hard to tap the right buttons. Android 16 introduces smarter touch targets and better spacing management. This means that even on a phone with a screen size of around six inches, you can still type comfortably and navigate menus without accidentally tapping the wrong thing.

    What This Means for the Future of Android

    This move signals a broader shift in how Google views mobile computing. They are acknowledging that phones are powerful enough to handle desktop-like tasks, and the software needs to catch up. By making split screen easier to use, they are encouraging developers to optimize their apps for these smaller views. Over time, we can expect more apps to support this feature natively, leading to an even better ecosystem.

    It also levels the playing field. Features that were once marketing points for expensive foldable phones are now becoming standard for everyone. You shouldn’t have to buy a $1,500 device just to reply to a text while watching a YouTube video. Android 16 is bringing these premium capabilities to the masses, ensuring that software limitations don’t hold back your hardware.

    Getting Ready for the Update

    As with any major software release, it will take a little time for Android 16 to roll out to every device. Pixel phones will likely be the first to see the changes, followed by other manufacturers like Samsung, OnePlus, and Motorola. Once you get the update, take some time to explore the new multitasking menus. You might find that your workflow changes completely once you realize how easy it is to keep multiple apps visible.

    It is worth noting that while the feature is designed to be simple, it might feel slightly different depending on the brand of your phone. Manufacturers often add their own skins on top of Android, so the exact steps to activate split screen might vary slightly. However, the core functionality introduced by Google will be there, making the experience consistent across the board.

    Conclusion

    The introduction of easier split-screen functionality in Android 16 is a welcome improvement that addresses a long-standing user complaint. By removing the friction and complexity of using two apps on a small screen, Google is unlocking a new level of productivity for millions of users. Whether you are a student, a professional, or just someone who likes to multitask, this update will make your daily interactions with your phone smoother and more efficient. As we wait for the full rollout, it is clear that the future of Android is focused on making powerful features accessible and simple for everyone.

    Will all phones get the Android 16 split screen update?
    Most modern Android phones that receive the Android 16 update will get this feature, though the timing may vary by manufacturer.


    Can I use split screen on any app?
    While most apps support split screen, some developers may restrict their apps from running in this mode, particularly apps that require full-screen attention like certain games.


    Does this drain the battery faster?
    Running two apps simultaneously can use more battery power than running one, but Android 16 includes optimizations to manage power efficiency effectively.


    Is it hard to switch back to full screen?
    No, Android 16 makes it very easy. You can simply drag the divider bar to the side to close one app and return the other to full screen.

    Source: insidertechno.com

    How to Get Samsung’s Best Feature on Your Pixel (and Any Android)

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    How to Get Samsung's Best Feature on Your Pixel (and Any Android)

    Key Takeaways:

  • You can replicate the Samsung DeX desktop experience on any Android device using third-party apps.
  • A USB-C hub with HDMI output is essential for connecting your phone to a monitor.
  • While not identical to the official software, these alternatives provide a powerful productivity boost for Pixel and other Android users.
  • Have you ever watched a Samsung user plug their phone into a monitor and suddenly transform it into a full-fledged desktop computer? It feels like magic. One moment you are looking at a mobile interface, and the next, you have a mouse cursor, a taskbar, and resizable windows running on a big screen. This capability, known as Samsung DeX, has long been the envy of the Android world, offering a level of productivity that few other manufacturers could match. It turns a smartphone into a legitimate workstation for document editing, web browsing, and multitasking.

    For years, if you wanted this feature, you had to buy a Galaxy phone. However, the landscape has changed. You no longer need to switch ecosystems to enjoy a desktop-style experience on your mobile device. Whether you are using a Google Pixel, a OnePlus, or any other Android phone, you can now achieve a similar setup. By leveraging the right software and a few accessories, you can unlock a new way to use your phone that blurs the line between mobile and desktop computing.

    Understanding the Desktop Mode Appeal

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    The primary reason users clamor for this specific functionality is productivity. Mobile operating systems are designed for touch, but complex tasks are often easier with a mouse and keyboard. Samsung’s solution creates a Windows-like environment that reorients apps for a larger display. This allows you to drag and drop files, respond to emails with a physical keyboard, and keep multiple apps open side-by-side. For students, freelancers, or business travelers, carrying a laptop is not always convenient. Being able to dock your phone at a hotel or a coffee shop and work as if you were on a PC is a massive advantage.

    While Google has introduced elements of desktop mode in recent Android updates for Pixel phones, it is often hidden or lacks the polish of the Samsung version. Many users find the native implementation on Pixels to be limited or difficult to access without specific technical know-how. This gap leaves many Pixel owners looking for a more robust, user-friendly solution that mimics the seamless transition they see on Galaxy devices.

    The Challenge for Non-Samsung Users

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    The main hurdle is that Samsung DeX is proprietary software built deep into the hardware and software of Galaxy phones. You cannot simply download an APK file from the internet and install it on a Pixel to get the exact same results. The system is tied to Samsung’s specific kernel and display drivers. Trying to force it onto other hardware usually results in crashes, glitches, or a complete failure to launch.

    However, the underlying technology that Android uses to support external displays is open. Android supports the “Desktop Mode” API, which allows developers to create their own launchers and interfaces that trigger when a phone is connected to an external screen. This is where the solution lies. Instead of trying to copy Samsung’s proprietary software, smart developers have built their own desktop environments that run on top of standard Android, giving any phone the power to act like a computer.

    Best Apps to Mimic the Experience

    To bring this functionality to your device, you need to turn to third-party applications available on the Google Play Store. These apps act as a “desktop launcher,” replacing your usual home screen with a computer-style interface whenever you connect to a monitor. While there are several options, a few stand out for their stability and feature sets.

    Sentio Desktop: The Top Contender

    One of the most popular and long-standing solutions is Sentio Desktop (formerly known as Andronium). This app is specifically designed to replicate the PC experience on Android. When you launch Sentio, it creates a familiar interface with a start menu, a system tray, and a desktop area for shortcuts. It supports multi-window multitasking, allowing you to run several apps simultaneously.

    Sentio is particularly good because it supports keyboard shortcuts and mouse input right out of the box. It feels responsive and handles window management relatively well for a mobile operating system. There is a free version available, but upgrading to the Pro version unlocks more features, such as custom themes and better integration with external storage.

    Maru OS: A Lightweight Alternative

    Another option is Maru OS, which takes a slightly different approach. It is designed to be incredibly lightweight and fast. When you connect your phone to a display, Maru launches a desktop environment that runs on top of Android. It is minimalistic, which can be a benefit if you are running on older hardware and want to ensure the system remains snappy. It provides a clean desktop experience without too many bells and whistles, focusing purely on getting your apps onto the big screen efficiently.

    Using Native Android Desktop Mode

    If you have a Google Pixel running a recent version of Android, you might actually have a built-in version of this feature that you can enable without downloading new apps. Google has been quietly improving “Desktop Mode” in Android 11, 12, 13, and 14. However, it is often disabled by default or requires a specific trigger.

    To check if you can use this, you generally need a USB-C hub. When you plug the hub into your Pixel and connect it to a monitor, the phone should ask if you want to enter “Desktop Mode.” If it does not, you may need to enable “Developer Options” on your phone and toggle specific settings to force the desktop interface to appear. While this method is the most “native,” it is sometimes less polished than Sentio, depending on your specific Android version.

    Setting Up Your Workspace

    Regardless of the software you choose, the hardware setup remains the same. You cannot simply plug a USB-C cable directly into most monitors; you need a hub. A high-quality USB-C hub is the most critical investment you will make for this project. Look for a hub that offers HDMI output (preferably HDMI 2.0 or higher for 4K support), standard USB-A ports for your mouse and keyboard, and a port for power delivery (PD).

    Power delivery is crucial. Running a desktop interface and driving an external monitor consumes a lot of battery. If your hub does not support charging your phone while it is connected, your battery will drain rapidly, interrupting your workflow. With a PD-enabled hub, you can keep the phone plugged in and charging at full speed while you work, ensuring you can use the setup for hours without worry.

    Once you have your hub, connect your peripherals and the monitor to the hub, then plug the hub into your phone. If you are using an app like Sentio, you may need to launch the app manually, or configure it to start automatically when an external display is detected. Within moments, you should see your phone’s interface appear on the monitor, ready for you to open a browser and start working.

    Hardware You Will Need

    To make this a reality, do not skimp on the accessories. A cheap, low-quality hub might not transmit the video signal correctly or may fail to recognize your mouse and keyboard.

    * **USB-C Hub with HDMI:** Ensure it is compatible with your specific phone model.
    * **Wireless Mouse and Keyboard:** While you can use wired ones, wireless options reduce cable clutter on your desk.
    * **Monitor:** Any standard HDMI monitor will work, from your TV at home to a portable screen you carry in your bag.

    With these tools in hand, your smartphone transforms from a consumption device into a production machine. You can write essays in Google Docs, manage spreadsheets in Excel, or even code using a web-based IDE, all from the device in your pocket.

    Is this exactly the same as Samsung DeX?
    No, it is not exactly the same. Samsung DeX is deeply integrated into the phone’s hardware and operating system, making it incredibly smooth and stable. Third-party apps like Sentio are excellent alternatives, but they rely on the standard Android framework, which can sometimes result in minor lag or app compatibility issues compared to the native Samsung experience.

    Do I need a computer to do this?
    No, that is the whole point. Your phone acts as the computer. You are connecting your phone directly to a monitor, keyboard, and mouse. The phone processes all the information and displays the interface on the big screen.

    Does this work on any Android phone?
    It works on most modern Android phones that support video output over USB-C. However, some budget manufacturers disable video output in their software to save costs, so it is always good to check if your specific phone model supports “MHL” or “USB-C Alt Mode” video output.

    Will this drain my battery quickly?
    Yes, driving an external monitor and running desktop apps uses a lot of power. This is why it is highly recommended to use a USB-C hub that supports Power Delivery (PD). This allows you to charge your phone while using the desktop mode.

    Conclusion

    You do not need to buy a Samsung Galaxy device to enjoy the benefits of a desktop computing experience. By utilizing powerful third-party software like Sentio Desktop or enabling the hidden features within Android itself, you can unlock the potential of your Pixel or any other Android phone. With a simple USB-C hub, you can turn your smartphone into a capable laptop replacement. It is a testament to the versatility of Android that you can customize your experience so deeply, breaking down the barriers between mobile and desktop workflows. Give it a try, and you might find that you can leave your laptop at home more often than you thought possible.

    Source: insidertechno.com

    Adobe Photoshop 2025 Installer Now Works on Linux With Patched Wine

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    Adobe Photoshop 2025 Installer Now Works on Linux With Patched Wine





    Adobe Photoshop 2025 Installer Now Works on Linux With Patched Wine

    Adobe Photoshop 2025 Installer Now Works on Linux With Patched Wine

    For years, the “Year of the Linux Desktop” has been a running joke in the tech community, often stalled by the lack of professional creative software support. While tools like GIMP and Krita are powerful, they haven’t fully replaced the industry-standard dominance of Adobe Creative Cloud. However, a monumental shift has just occurred for digital artists and open-source enthusiasts. The community has achieved a significant breakthrough: the installer for Adobe Photoshop 2025 now works on Linux, thanks to a specially patched version of Wine. This development marks a huge step forward in bridging the gap between Linux operating systems and professional-grade design workflows.

    The Breakthrough for Linux Creatives

    Historically, running Adobe Photoshop on Linux required complex virtualization setups or outdated versions of the software running through Wine, often resulting in glitches and instability. The release of Photoshop 2025 introduced new installer mechanisms and dependency checks that initially rendered it incompatible with standard compatibility layers.

    Recently, dedicated developers within the Wine community—specifically those working on projects like Wine-Staging and various GitHub forks—have released patches that bypass these restrictions. These modifications address specific API calls and installer scripts that previously caused the setup to crash. As a result, users can now install Photoshop 2025 directly on a Linux distro without needing a Windows virtual machine.

    How Does It Work?

    Wine (Wine Is Not an Emulator) is a compatibility layer capable of running Windows applications on several POSIX-compliant operating systems, such as Linux, macOS, and BSD. However, Photoshop is a complex beast that relies heavily on Windows-specific DLLs and frameworks.

    The “patched” version of Wine involves compiling the source code with specific commits that fix bugs related to:

    • Microsoft Installer (MSI) bugs: Fixing how the Linux system interprets the Adobe installation wizard.
    • Font rendering: Ensuring text appears crisp and readable, matching the Windows experience.
    • Graphics API translation: Improving how DirectX calls are translated to Vulkan or OpenGL.

    Key Features of the Patched Wine Version

    This isn’t just a theoretical fix; early adopters are reporting surprising success. The patched Wine build focuses on stability during the installation process, which was the primary bottleneck. Once installed, the application leverages existing improvements made to Wine over the last decade.

    • Native Installer Support: The Creative Cloud desktop app and the Photoshop 2025 standalone installer launch without immediate errors.
    • Plugin Compatibility: Early tests suggest that basic third-party plugins load more reliably than on previous Wine versions.
    • GPU Acceleration: While still finicky, the patches improve the handshake between the GPU drivers and Photoshop’s rendering engine.

    Performance and Usability

    While getting the installer to run is a victory, usability is the true metric for success. Reports indicate that while the interface is snappy, users should temper their expectations regarding GPU-heavy tasks. Features that rely heavily on the latest CUDA or specific DirectX 12 features may still encounter occasional artifacts.

    However, for standard photo editing, compositing, and digital painting, the performance is reportedly close to a native Windows experience. This removes the heavy resource overhead of running a full virtual machine like VMware or VirtualBox, allowing Photoshop to utilize system RAM more efficiently.

    How to Get Started

    If you are eager to try this out, you will need to be comfortable with the terminal. The process generally involves:

    • Installing a 64-bit prefix of Wine.
    • Downloading the specific patched source code or build from the repository (often found on GitHub via projects like wine-tkg-git or similar community forks).
    • Configuring Wine to mimic Windows 10.
    • Running the Adobe installer via the command line.

    Conclusion

    The fact that the Adobe Photoshop 2025 installer now runs on Linux with a patched Wine version is a testament to the relentless dedication of the open-source community. It challenges the narrative that professional design is locked exclusively within the Windows ecosystem. While we still wait for official Adobe support for Linux, this workaround provides a viable path for professionals who refuse to compromise on their operating system choice. As these patches are refined and merged into mainline Wine branches, we can expect an even more seamless and stable experience for designers on Linux in the near future.


    Source: insidertechno.com

    Why I’m Sick of Android Phones That Look Like iPhones

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    Why I'm Sick of Android Phones That Look Like iPhones





    Why I’m Sick of Android Phones That Look Like iPhones


    Why I’m Sick of Android Phones That Look Like iPhones

    Remember when buying a new Android phone felt like an adventure? You had wildly different form factors, unique materials, and features that actually distinguished one brand from another. Fast forward to today, and walking into a mobile carrier store feels like stepping into a hall of mirrors. Whether it’s the latest flagship from Samsung, Google, Xiaomi, or Oppo, they all seem to be converging into a single, monotonous slab of glass and aluminum. It is becoming increasingly difficult to tell the difference between a high-end Android and an iPhone, and quite frankly, I am sick of it.

    The Great Homogenization of Design

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    For years, Android manufacturers prided themselves on being different from Apple. While Apple stuck to small screens and distinct industrial designs, Android OEMs experimented with curved edges, massive cameras, and vibrant colors. But somewhere along the line, the industry lost its nerve. The “me-too” design philosophy has taken over, driven by a fear that if a phone doesn’t look like an iPhone, it won’t sell like an iPhone.

    This isn’t just about flat edges; it is about the entire silhouette. We have seen a massive shift toward:

    • Flat-sided chassis: Once a hallmark of Sony devices and the iPhone 4, now everyone uses it.
    • Periscope camera bumps: Large, rectangular protrusions on the back that mimic the “island” design language popularized by Apple.
    • Uniform color palettes: We are trading fun gradients for “Titanium Gray,” “Midnight Black,” and “Silver.”

    The Death of Curved Screens and Character

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    One of the biggest losses in this design copy-paste era is the curved display. For a while, it seemed like every flagship Samsung, Huawei, or Xiaomi phone had edges that cascaded down the side like a waterfall. Whether you loved them or hated them, they were distinct. They felt futuristic and immersive in a way that a flat slab of glass never could.

    Now, curved screens are practically extinct in the flagship space because Apple never adopted them. The argument is that flat screens are more practical for accidental touches and cases, but that ignores the fact that design is also about emotion. By chasing the “safe” flat design, Android phones have lost a significant amount of their tactile personality. They feel less like premium pieces of jewelry and more like utilitarian tools.

    Why Originality Matters for the Consumer

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    You might ask, “Does it really matter if they look the same as long as the specs are good?” The answer is yes. When every phone looks identical, innovation stagnates. If the only differentiator is the software skin, manufacturers stop pushing the envelope on hardware engineering. We end up in a cycle where the only “upgrades” are slightly faster processors or marginally better cameras, wrapped in the exact same chassis as the year before.

    Furthermore, Android is supposed to be about choice. The beauty of the ecosystem was that if you didn’t like the way one phone looked or felt, you had a dozen other alternatives. Now, if you want a top-tier processor, you are forced into a form factor that is essentially a clone of the competition. It stifles creativity and makes the tech landscape boring for enthusiasts who crave variety.

    We Need the “Weird” Phones Back

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    I find myself longing for the days of “weird” phones. I miss the modular concepts of the past, the dual-screen folding experiments, and the phones that weren’t afraid to be bright orange or moss green. While foldables are currently carrying the torch for innovation, they remain niche products. The mainstream market is drowning in a sea of sameness.

    There are glimmers of hope—companies like Nothing are trying to break the mold with transparent designs and glyph interfaces—but they are few and far between. The major players need to stop looking at Cupertino for inspiration and start looking at their own archives. They need to remember that Android users chose this platform because it offered something different.

    Conclusion

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    Ultimately, imitation may be the sincerest form of flattery, but in the tech world, it is just lazy. I am tired of unboxing a new Android flagship and feeling like I’ve already held it a thousand times in the Apple store. We need Android manufacturers to take risks again. Give us curves, give us crazy materials, and give us colors that pop. Stop trying to build a better iPhone, and start building a better Android. Until then, the smartphone industry will remain stuck in a loop of uninspired monotony.


    Source: insidertechno.com

    ‘Killer’ Home Gadget Ruining Your WiFi? Fix It Fast

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    'Killer' Home Gadget Ruining Your WiFi? Fix It Fast





    ‘Killer’ Home Gadget Ruining Your WiFi? Fix It Fast

    ‘Killer’ Home Gadget Ruining Your WiFi? Fix It Fast

    Imagine this: You are in the middle of an intense online gaming match, or perhaps you are streaming the season finale of your favorite show. Suddenly, the screen freezes. The dreaded “buffering” icon appears, or your ping spikes to an unplayable level. You immediately glance at your router, lights blinking innocently, and assume your Internet Service Provider (ISP) is failing you again. But before you pick up the phone to complain, you should know that the real enemy might be sitting right in your kitchen or living room.

    Many modern households suffer from “WiFi interference,” a silent signal killer that degrades your network speed and stability. While we love our smart devices, certain gadgets are notorious for waging war against your wireless signal. Identifying and managing these devices is the key to restoring your internet to its full potential.

    The Usual Suspect: Your Microwave Oven

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    The most common “killer” gadget lurking in your home is the microwave. It seems innocent enough—it heats up your leftovers in minutes. However, most microwaves operate at a frequency of 2.4 GHz. Guess what frequency many older routers and smart home devices still use? You guessed it: 2.4 GHz.

    When you fire up the microwave to heat up a cup of coffee, it emits a massive burst of electromagnetic energy in that same frequency band. While microwaves are shielded to keep the radiation inside, they are not perfect. This energy leaks out and creates a wall of noise that overwhelms your WiFi signal. This is why your internet might drop every time the kitchen timer goes off.

    Other Devices That Cause Chaos

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    While the microwave is the primary offender, it isn’t the only device trying to sabotage your connection. Several other common household electronics emit signals or create electromagnetic interference that can disrupt your WiFi:

    • Cordless Phones: Older landline phones often operate on the same 2.4 GHz spectrum. If you are on a call and your WiFi lags, this is likely why.
    • Bluetooth Devices: Bluetooth shares the 2.4 GHz spectrum. Having too many active Bluetooth devices paired near your router can cause congestion.
    • Baby Monitors: Many video baby monitors use wireless signals that can interfere with WiFi, particularly if they sit right next to your router.
    • Wireless Cameras and Doorbells: Security cameras that constantly stream video eat up bandwidth and can cause local congestion if too many are connected to the same channel.

    How to Diagnose and Fix the Problem

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    So, how do you stop your kitchen appliances from ruining your browsing experience? You don’t need to throw away your microwave or unplug your security system. You simply need to optimize your network setup to bypass the interference.

    1. Switch to the 5GHz Band

    'Killer' Home Gadget Ruining Your WiFi? Fix It Fast

    This is the single most effective fix. Most modern routers are “dual-band,” meaning they broadcast two signals: 2.4 GHz and 5 GHz. The 5 GHz band is much faster and, more importantly, much less crowded. Microwaves and Bluetooth devices do not operate on this frequency. By connecting your phone, laptop, and gaming console to the 5 GHz network, you effectively dodge the interference.

    2. Router Placement Matters

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    Where you put your router makes a huge difference. If your router is sitting on the kitchen counter right next to the microwave, move it. Ideally, your router should be:

    • Centralized: Located in the center of your home for equal coverage.
    • Elevated: Placed on a high shelf or desk.
    • In the open: Avoid hiding it inside cabinets or behind TVs.

    3. Change Your WiFi Channel

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    Routers broadcast on specific “channels” within the 2.4 GHz band (usually channels 1, 6, and 11). If your neighbor is on channel 6 and your microwave blasts noise on channel 6, you have a problem. Log into your router’s settings and try switching the channel to see if performance improves.

    Conclusion

    Slow WiFi is incredibly frustrating, but the solution is often simpler than upgrading your internet plan. By realizing that common household gadgets like your microwave can act as signal jammers, you can take proactive steps to mitigate the issue. Switching to the 5GHz band, moving your router away from appliances, and managing your device connections will transform your home network from a buffering nightmare into a speed demon. Don’t let your leftovers dictate your internet speed—fix your WiFi today.


    Source: insidertechno.com

    Big Chains Pretending to Be Independents on Apps? Restaurants Call Them Out

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    Big Chains Pretending to Be Independents on Apps? Restaurants Call Them Out





    Big Chains Pretending to Be Independents on Apps? Restaurants Call Them Out

    Big Chains Pretending to Be Independents on Apps? Restaurants Call Them Out

    In the digital age, ordering food is as easy as a few taps on a smartphone. We’ve all been there: scrolling through DoorDash, Uber Eats, or Grubhub, looking for a hidden gem. You might see a menu for “Pasquale’s Pizza” or “The Burger Joint” and assume you’re supporting a local family business. But recent investigations and industry chatter have revealed a surprising truth. Often, these “new” local spots are actually virtual brands operated by massive corporate chains like Chili’s, Applebee’s, or Chuck E. Cheese. This practice of big chains pretending to be independents is sparking a heated debate about transparency, trust, and the future of food delivery.

    The Rise of “Virtual Brands” and Ghost Kitchens

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    To understand why this is happening, we need to look at the concept of the “virtual brand.” A virtual brand is a restaurant concept that exists solely on delivery apps. It has no dining room and no storefront. Instead, it operates out of the kitchen of an existing brick-and-mortar restaurant.

    Initially, this was a lifeline for independent restaurants during the pandemic, allowing them to generate extra revenue by selling different types of food (like selling chicken wings out of a burger joint). However, big chains quickly realized the potential of this model. By creating multiple “virtual” menus, they can utilize their existing kitchen space and staff to capture more market share without opening new locations.

    Why Big Chains Are Hiding Behind New Names

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    Why would a household name like Denny’s or It’s Just Wings want to hide its identity? The strategy is purely economic but relies on a bit of psychological deception.

    Craving the “Local” Experience

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    Consumer data shows that people often prefer ordering from “local” or “independent” restaurants rather than corporate giants. There is a perception that local food is higher quality, more authentic, and better for the community. By adopting names that sound like mom-and-pop shops, chains can tap into this consumer preference and secure orders they might otherwise lose.

    Menu Saturation and Market Testing

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    Another reason is menu diversity. A customer might not want a full meal from a casual dining chain, but they might crave a specific item like a smash burger or a basket of crispy wings. By creating a standalone brand for that specific craving, chains can monopolize the app’s real estate. It also allows them to test new concepts with zero risk. If a virtual brand fails, they simply delete the app listing; if it succeeds, they might open a physical location.

    The Backlash: Authenticity Matters

    Big Chains Pretending to Be Independents on Apps? Restaurants Call Them Out

    While this strategy is legal, it is rubbing many people the wrong way—especially actual independent restaurant owners. Small businesses are struggling to compete with the marketing budgets and operational efficiencies of massive corporations. When a consumer thinks they are supporting a local entrepreneur but are instead padding the pockets of a multinational conglomerate, it creates a feeling of betrayal.

    Furthermore, customers have raised concerns about transparency. If a customer has a bad experience at a chain restaurant, they might unknowingly order from that same kitchen under a different name on an app the next week. Without clear labeling, it is difficult for consumers to make informed choices about where their money goes and what kind of food quality they should expect.

    How to Spot a Chain in Disguise

    As a consumer, you have the right to know who is cooking your food. While apps are getting better at labeling virtual kitchens, many remain deceptive. Here are a few tips to help you spot a big chain hiding behind an indie name:

    • Check the Address: If the address listed is exactly the same as a well-known chain nearby, it’s likely a virtual brand operating out of that kitchen.
    • Look for Generic Reviews: If the reviews mention food that isn’t on the specific menu you are looking at, or if they reference the parent restaurant, that’s a red flag.
    • Analyze the Menu: Virtual brands often have very limited menus (sometimes just 5-10 items) designed specifically for travel and delivery efficiency.
    • Google the Name: A quick search can reveal if the “restaurant” has a website or social media presence. If it only exists on delivery apps, it’s likely a virtual concept.

    Conclusion

    The trend of big chains masquerading as independent restaurants on delivery apps is a sign of the evolving food landscape. While it offers convenience and variety for the consumer, it raises valid ethical questions about transparency and fair competition. As the industry matures, we can expect to see increased pressure on delivery platforms to clearly label these virtual brands. Until then, a little bit of detective work is the only way to ensure you know exactly who you’re ordering from.


    Source: insidertechno.com

    Japan Police Endorse Fraud Prevention Apps: Your Guide to Staying Safe Online

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    Japan Police Endorse Fraud Prevention Apps: Your Guide to Staying Safe Online





    Japan Police Endorse Fraud Prevention Apps: Your Guide to Staying Safe Online


    Japan Police Endorse Fraud Prevention Apps: Your Guide to Staying Safe Online

    Japan has long been celebrated as one of the safest countries in the world, with streets that remain peaceful even in the darkest hours. However, the digital landscape presents a different kind of challenge. As society becomes increasingly connected, cybercriminals have found new avenues to exploit unsuspecting victims, leading to a surge in what authorities call “special fraud.” In response to this evolving threat, the National Police Agency (NPA) of Japan has taken a proactive stance by officially endorsing specific fraud prevention applications. This guide explores why these endorsements matter, how these apps work, and the steps you can take to safeguard your digital life in Japan.

    The Rising Tide of “Special Fraud” in Japan

    While traditional street crime remains low, Japan has seen a worrying increase in sophisticated remote scams. These often involve impersonation tactics—fraudsters posing as family members in distress, government officials, or even tech support representatives. The goal is usually to coerce victims into transferring money or revealing sensitive banking information.

    Recognizing that traditional policing methods cannot always intercept these digital threats in real-time, the Japan police have pivoted towards technology. By endorsing mobile applications designed to filter out malicious communications, they are empowering citizens to act as the first line of defense against cybercrime.

    Why Trust Police-Endorsed Applications?

    With countless security apps available on the App Store and Google Play, it can be difficult to distinguish between genuine tools and potential privacy risks. This is where the NPA’s endorsement becomes crucial. Apps that receive the seal of approval from Japanese law enforcement undergo rigorous vetting processes to ensure they are effective and safe.

    Official Verification vs. Third-Party Risks

    Downloading a random security app can sometimes expose you to the very risks you are trying to avoid, such as data harvesting or malware. Police-endorsed apps offer:

    • Verified Security Protocols: Assurance that the app does not contain malicious code.
    • Proven Efficacy: The app has demonstrated success in blocking known scam numbers and phishing URLs.
    • Privacy Protection: Compliance with Japan’s strict personal data protection laws.

    Key Features of Recommended Fraud Prevention Apps

    The applications promoted by the Japanese police are not just generic antivirus programs; they are specialized tools designed to combat the specific tactics used by fraudsters targeting Japanese residents. Whether you are a local resident or an expat, understanding these features can help you utilize the technology effectively.

    Real-Time Call and SMS Filtering

    One of the most common methods of fraud in Japan involves unsolicited phone calls. Recommended apps maintain a massive, frequently updated database of known scam numbers. When a call comes in, the app cross-references the number and instantly alerts the user if it matches a known fraud pattern.

    Phishing URL Detection

    Scammers often send text messages (SMS) containing links to fake banking sites or login pages. Endorsed apps often include a browsing safety feature that scans URLs in real-time. If you attempt to visit a site known for phishing, the app will block the page and warn you of the danger.

    What to Look For When Downloading

    To ensure you are getting the right protection, look for these specific features supported by the police initiative:

    • Spam Call Blocking: Automatically blocks numbers reported by other users.
    • Message Filtering: Separates potential spam SMS from your regular inbox.
    • Emergency Reporting: Some apps allow you to report suspicious numbers directly to the police with one tap.
    • Device Compatibility: Ensure the app is optimized for both iOS and Android platforms.

    Practical Tips for Staying Safe Online

    While technology is a powerful ally, human vigilance remains the ultimate firewall. Even with the best prevention apps installed, it is vital to follow best practices for digital hygiene. The Japanese police consistently emphasize the importance of skepticism in the digital age.

    Never provide personal information, credit card details, or cash transfers based solely on a phone call or email. Legitimate organizations in Japan, including banks and government offices, will never ask for sensitive information via email or demand immediate cash transfers over the phone. If you receive a suspicious call, hang up immediately and verify the identity of the caller through an official channel.

    Conclusion

    The endorsement of fraud prevention apps by the Japan police marks a significant step forward in the fight against cybercrime. By combining official resources with personal awareness, residents and visitors can significantly reduce their risk of falling victim to online scams. Downloading a vetted security app is a simple yet effective way to protect your assets and privacy. Stay informed, stay cautious, and leverage the tools available to ensure your time in Japan remains safe both on the streets and online.


    Source: insidertechno.com

    5 Cool Gadgets That Use Your Phone’s USB Port

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    5 Cool Gadgets That Use Your Phone's USB Port





    5 Cool Gadgets That Use Your Phone’s USB Port


    5 Cool Gadgets That Use Your Phone’s USB Port

    Most of us look at our smartphone’s USB (or USB-C/Lightning) port and see only one thing: a lifeline for the battery. We plug in our charging cables before bed and wake up to a full tank of juice. But what if we told you that tiny little port is capable of much more than just recharging? Thanks to a technology called USB On-The-Go (OTG), your phone can act as a host for a variety of peripherals, transforming your handheld device into a powerhouse of utility and fun.

    Whether you are looking to improve your photography, beat the summer heat, or up your gaming experience, there is a gadget out there designed to plug right into your phone. Here are five cool gadgets that use your phone’s USB port to unlock features you didn’t know you had.

    1. The Portable USB Mini Fan

    Article image 1

    We’ve all been there—stuck on a sweltering subway platform or sitting in an office with questionable air conditioning. While you can’t carry a desktop fan in your pocket, you can carry a portable USB fan. These tiny gadgets might look small, but they pack a surprising punch.

    Why You Need One:

    Article image 2

    • Instant Cooling: They provide a immediate breeze directly to your face.
    • Quiet Operation: Modern versions are surprisingly quiet, perfect for office use.
    • Flexible Necks: Many come with a flexible gooseneck so you can adjust the airflow direction.
    • No Batteries Required: They draw power directly from your phone, though using a portable power bank is recommended to save your battery life.

    2. The Digital USB Microscope

    Article image 3

    Turn your smartphone into a scientific tool with a handheld USB microscope. These gadgets are incredibly popular among hobbyists, gardeners, and parents. They feature a long, thin camera lens that plugs into your charging port and uses your phone’s screen to display a magnified view.

    Key Features:

    Article image 4

    • High Magnification: Many models offer up to 1000x zoom, allowing you to see plant cells, textile weaves, or microscopic insects.
    • Integrated LED Lights: Built-in lights illuminate the subject so you get a clear image even in the dark.
    • Photo & Video Capture: You can take screenshots or record videos of your findings directly through the companion app.

    3. Wired Gaming Controllers

    Article image 5

    Mobile gaming is massive, but touch controls can often be clunky, imprecise, and uncomfortable during long sessions. Enter the USB gaming controller. Whether it’s a full-sized Xbox-style controller or a compact gamepad, plugging one into your phone can drastically improve your gameplay.

    Benefits for Gamers:

    Article image 6

    • Ergonomic Comfort: Say goodbye to “gamer’s thumb” and hand cramps.
    • Precision Control: Physical joysticks and triggers offer much better accuracy than tapping a glass screen.
    • Low Latency: Wired connections ensure zero lag, giving you the competitive edge in fast-paced shooters.

    4. USB LED Ring Lights

    Article image 7

    If you are a content creator, someone who takes frequent video calls, or just love taking selfies, lighting is everything. A USB LED ring light plugs right into your phone and surrounds your camera lens with soft, flattering light.

    Perfect For:

    Article image 8

    • Content Creation: Essential for TikToks, Reels, or YouTube Shorts on the go.
    • Video Conferencing: Look professional on Zoom calls even when you are traveling.
    • Low-Light Photography: Illuminates your subject without the harsh glare of a standard flash.

    5. Dual-Connector Flash Drives

    Article image 9

    Running out of storage space is a modern headache. High-resolution photos and 4K videos eat up gigabytes in no time. A dual-connector flash drive features a standard USB-A plug on one end and a USB-C or Lightning connector on the other.

    Why It’s a Life Saver:

    Article image 10

    • Instant Backup: Offload photos and videos from your phone to the drive in seconds.
    • Easy File Transfer: Move files between your phone, tablet, and computer without needing cloud services or Wi-Fi.
    • Security: Keep sensitive documents on a physical drive rather than storing them in the cloud.

    Conclusion

    5 Cool Gadgets That Use Your Phone's USB Port

    Your smartphone is a versatile computer that fits in your pocket, and its USB port is the gateway to expanding its capabilities. From staying cool with a mini fan to capturing the microscopic world or dominating a mobile game, these gadgets prove that the charging port is good for much more than just power. So, the next time you look at that bottom port, remember: with the right accessory, the possibilities are endless.


    Source: insidertechno.com

    6 Ways Android Phones Will Change in 2026

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    6 Ways Android Phones Will Change in 2026





    6 Ways Android Phones Will Change in 2026


    6 Ways Android Phones Will Change in 2026

    The smartphone landscape is evolving at a breakneck pace, and the Android ecosystem is leading the charge. What was once a race for the highest resolution camera or the fastest processor is shifting toward a more holistic, intelligent, and sustainable user experience. As we look toward the near future, the gap between science fiction and reality is narrowing. By 2026, the rectangular slab of glass we carry in our pockets will undergo a transformation that redefines what a phone can do. Here are six ways Android phones are set to change dramatically in just a few short years.

    1. The Era of Hyper-Personalized On-Device AI

    Article image 1

    Artificial Intelligence is already present in our phones, but by 2026, it will move from the cloud to the palm of your hand. We are talking about the rise of “On-Device AI,” where your phone doesn’t just process commands but anticipates your needs without sending data to a server.

    Beyond the Cloud

    Article image 2

    This shift will result in faster response times and enhanced privacy. Imagine an Android that acts less like a tool and more like a proactive assistant.

    • Real-time Translation: Instant voice translation during calls without latency, working offline in remote areas.
    • Generative Editing: Complex video and photo editing capabilities that happen in seconds, directly on the chipset.
    • Predictive Automation: Your phone will automatically adjust settings based on your calendar, location, and habits before you even touch the screen.

    2. A Revolution in Battery Technology

    Article image 3

    Battery anxiety has long been the bane of modern existence. However, 2026 promises a significant leap forward in how we power our devices. The standard lithium-ion battery is finally being challenged by new chemistries.

    Solid-State Batteries

    Article image 4

    The industry is moving toward solid-state batteries, which replace the liquid electrolyte with a solid one. This technology offers higher energy density and improved safety.

    • Extended Lifespan: Phones that easily last two to three days on a single charge.
    • Faster Charging: Capabilities to charge from 0% to 100% in under 10 minutes without degrading battery health.
    • Slimmer Designs: More power in a smaller space, allowing for lighter, sleeker devices.

    3. The Mainstreaming of Flexible Form Factors

    Article image 5

    Foldable phones are no longer a novelty; they are becoming the new standard for premium Android devices. By 2026, the technology will have matured to the point where durability is no longer a concern, and prices will drop to mid-range levels.

    Beyond the Fold

    Article image 6

    While foldables will be common, manufacturers are also experimenting with rollable and extendable screens that change the aspect ratio on demand.

    • Seamless Hinges: Foldables that close completely flat without a visible crease.
    • Self-Healing Screens: Materials that can repair minor scratches automatically.
    • Multi-Tasking Power: Software optimized to use the larger canvas effectively for desktop-grade productivity.

    4. Standardized Satellite Connectivity

    Article image 7

    Currently, satellite connectivity is a premium feature reserved for specific flagship models. By 2026, this will likely become a standard feature across the Android spectrum, ensuring you are never truly off the grid.

    No More Dead Zones

    Article image 8

    This integration will go beyond emergency SOS texts. We are looking at basic data connectivity for messaging and weather updates in areas where cell towers are non-existent.

    • Emergency Safety: Reliable contact with first responders regardless of location.
    • Global Roaming: Reduced reliance on local SIM cards when traveling internationally.
    • Location Tracking: Enhanced accuracy for hikers and adventurers in remote terrain.

    5. Biometric Security Overhaul

    Article image 9

    Passwords and PINs are becoming obsolete. The future of Android security lies in multimodal biometric authentication that is harder to spoof and easier to use.

    Continuous Authentication

    Article image 10

    Security won’t just be a one-time check when you unlock your phone. The device will continuously monitor user behavior to ensure identity.

    • Under-Display Sensors: Ultrasonic fingerprint scanners that cover the entire screen, not just a small spot.
    • Face ID Rivals: Advanced 3D facial recognition that works in total darkness and at extreme angles.
    • Gait Analysis: The phone learning how you walk and locking if it detects movement that doesn’t match your pattern.

    6. A Shift Toward Sustainability and Repairability

    6 Ways Android Phones Will Change in 2026

    Consumer demand and regulatory pressure are forcing manufacturers to rethink the lifecycle of a smartphone. By 2026, the “throwaway culture” of electronics will be significantly challenged.

    The Right to Repair

    Article image 12

    Android manufacturers are likely to adopt modular designs that make it easier for users to replace batteries, screens, and cameras themselves.

    • Recycled Materials: Phones constructed almost entirely from 100% recycled rare earth metals and plastics.
    • Software Longevity: A guarantee of 7 to 8 years of OS updates, extending the usable life of the device.
    • Modular Components: The ability to upgrade specific hardware parts without buying a whole new phone.

    Conclusion

    The year 2026 isn’t as far away as it seems, and the trajectory of Android innovation is clear. We are moving toward devices that are smarter, more resilient, and more respectful of both the planet and the user. From the batteries that power them to the AI that drives them, Android phones are poised to become not just communication tools, but indispensable intelligent companions. As these technologies converge, the way we interact with the digital world will be fundamentally transformed.


    Source: insidertechno.com

    Linux 7.0’s Intel Speed-Select Tool Now Allows Non-Root Use

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    Linux 7.0's Intel Speed-Select Tool Now Allows Non-Root Use

    Key Takeaways:

  • Linux kernel 7.0 removes the requirement for root access to manage Intel Speed Select Technology (SST).
  • This update boosts security by allowing standard users to adjust CPU performance profiles.
  • The change simplifies workflow for developers and system administrators managing specific workloads.
  • Have you ever wanted to fine-tune your computer’s performance but got stopped by a “permission denied” error? It is incredibly frustrating when you know exactly how to optimize a system, but the operating system locks you out because you are not the main administrator. For a long time, tweaking advanced CPU settings on Linux meant logging in as the superuser, which carries its own set of risks. With the arrival of the latest version, that barrier is finally being removed for a crucial set of tools. This shift is changing how we interact with hardware, making life easier for developers and safer for servers everywhere. Let’s dive into what this change means for you and your machine.

    **Understanding the Big Shift in Kernel 7.0**

    The recent release of the Linux 7.0 kernel brought several exciting improvements, but one specific update stands out for those running on Intel hardware. In the past, if you wanted to use the Intel Speed Select Tool (SST), you had to have root privileges. This tool is powerful; it allows users to control how a processor handles different workloads by adjusting things like frequency and power usage. However, requiring root access for every little adjustment was often overkill and potentially dangerous.

    Now, the developers behind the open-source project have modified the permissions. This means you no longer need the highest level of system access just to check or change certain performance settings. It is a move that brings more flexibility to the operating system, aligning with the principle of least privilege—basically, giving users only the access they absolutely need to do their job, and nothing more.

    **What is Intel Speed Select Technology?**

    Before we go deeper into why this change matters, it helps to understand what this technology actually does. Intel Speed Select Technology, or SST, is a feature found in modern Intel Xeon processors. Think of it like a sophisticated gear shifter for a high-performance car. Just as a driver shifts gears to balance speed and fuel efficiency, SST allows a system administrator to adjust the CPU’s performance.

    You can tell the processor to prioritize certain tasks that need raw speed, or you can dial it back to save electricity when the workload is light. Before this update, accessing these controls to shift those “gears” was strictly reserved for the system administrator. By opening this up, Linux is making it easier for more users to optimize their applications without constantly bothering the IT department or risking system stability by using the root account.

    **Why Removing Root Access is a Big Deal**

    You might wonder why it is such a big deal to type `sudo` before a command. The answer lies in security and stability. The root account on a Linux system is all-powerful. With root access, you can accidentally delete critical system files or change settings that crash the entire computer with a single typo. When you force every performance tuning task to go through the root account, you increase the chances of a costly accident.

    By allowing non-root users to utilize the Speed Select Tool, the system becomes much safer. A developer can now tune their specific application to run perfectly on the hardware without needing the keys to the entire kingdom. This separation reduces the “attack surface” for malicious software as well. If a hacker compromises a normal user account, they cannot mess with the deepest CPU settings, keeping the core of the system more secure.

    **How This Helps Developers and Admins**

    This update is a win-win for both the people writing code and the people managing the servers. For developers, it offers a new level of control. Imagine you are writing a complex piece of software that needs to process data quickly. With this new feature, you can test how your software runs under different CPU power profiles without asking an admin for permission every time. You can experiment and find the “sweet spot” where your application runs fastest.

    For system administrators, this reduces the workload. Instead of being interrupted every time someone needs to tweak a setting for a benchmark or a specific process, they can grant the necessary permissions to trusted users or services. It streamlines operations and allows teams to work more independently. It encourages a more efficient workflow where the people closest to the work can make the technical decisions needed to get it done right.

    **The Technical Side of the Update**

    On a technical level, this change involves how the system handles file permissions for the Intel Speed Select interfaces. The kernel developers adjusted the permissions for specific sysfs entries related to SST. These are the files in the system that act as control panels for the hardware. Previously, these were owned by root and restricted to everyone else.

    Now, standard users can read these files and, in some cases, write to them to change configurations. This does not mean *anyone* on the computer can change the CPU speed. There are still security groups and access controls in place, but the hard barrier of requiring the superuser password has been lowered. It makes the tool much more accessible for containerized environments and automated scripts, where running as root is often discouraged or forbidden by company policy.

    **Getting Started with the New Permissions**

    If you are eager to try this out, you will need to be running a distribution that uses the Linux 7.0 kernel or newer. Once you are updated, you can interact with the tool using standard commands in your terminal. You will likely need to ensure your user account is part of the correct group that has access to the hardware device files.

    Checking the current status of your CPU’s performance profile is as simple as reading a file in the `/sys` directory. You might be surprised to see that you can now view detailed telemetry about your processor’s power usage and frequency limits without seeing an error message. It is a small change in syntax, but a massive leap in usability for the Linux ecosystem.

    **Conclusion**

    The decision to allow non-root access to the Intel Speed Select Tool in Linux 7.0 is a thoughtful step forward for the operating system. It balances the need for powerful performance tuning with the necessity of strong security practices. By reducing the reliance on the root account for everyday tasks, Linux becomes a more stable and user-friendly environment for professionals. Whether you are a developer looking to optimize your code or an admin aiming to secure your servers, this update offers a smarter way to manage high-performance hardware. As the kernel continues to evolve, we can expect more changes that prioritize both power and safety in equal measure.

    Do I need a special processor to use this tool?
    Yes, you generally need an Intel Xeon processor that supports Intel Speed Select Technology (SST). Not all Intel chips have this feature.
    Is it safe to let regular users change CPU settings?
    It is safer than giving them full root access. The permissions are limited to CPU performance profiles, so they cannot delete system files or damage the operating system directly.
    Will this work on older versions of Linux?
    No, this specific feature was introduced in the Linux 7.0 kernel. You will need to update your operating system to a version that includes this newer kernel to take advantage of non-root access.
    Can I use this for gaming on Linux?
    While you can use it to tune performance, Intel Speed Select is primarily designed for server and workstation environments (Xeon processors) rather than typical desktop gaming setups.

    Source: insidertechno.com