These 4 powerful Linux features have no equivalent in Windows

Published Oct 4, 2026, 8:00 AM EDT Arol is a tech journalist who currently works as a contributor at How-To Geek since 2022. He first began writing online for the short-lived portal of Spanish-language gaming forum Emudesc in 2013. Years later, in 2017, he got his true start in tech journalism working for a small Google-focused site called Pixel Spot. He transitioned to a news and feature writer role at XDA Developers that same year, where he worked until 2021 before making the jump to other websites. Arol brings nearly a decade of writing experience, and the occasional hot take, to his writings. While he's a technology lover at heart, he holds computer hardware and smartphones particularly close to heart. You'll normally find him covering news, although he has also written the occasional deal, buyer's guide, how-to post, and round-up. He's also written for Android Police and MakeUseOf. He's also a Political Science student. When he's not writing, you'll probably find him hitting the gym, trying to ace a new hobby, reading his textbooks, or traveling. You can reach him at me@arolwright.com. Windows and Linux both handle everyday computing, but they differ sharply in how much control they give you. Four Linux features in particular reflect design choices that Windows has never matched in the same way. Here is what they are and why they matter. Centralized package manager One tool installs, updates, and removes everything Credit: Jordan Gloor / How-To Geek On Linux, software management is all handled with a single tool. Package managers such as APT on Debian and Ubuntu, DNF on Fedora, and Pacman on Arch pull software from repositories maintained by the distribution. One command installs an app, resolves every dependency it needs, and registers it with the system so it can be tracked later. The same tool handles updates, so a single command can bring the operating system, libraries, and installed applications up to date in one pass. Sadly, though, Windows doesn't have alternatives that are as reliable. Most Windows software arrives through a browser download and a standalone installer, and many programs ship their own background updater. Each one decides when and how it updates, which leaves a typical machine with a patchwork of update prompts. And because I know someone is going to bring it up: Microsoft has narrowed the gap with WinGet and the Microsoft Store, and WinGet can install and upgrade many popular programs from the command line. In fact, we've done a few pieces on stuff you can install with WinGet, and I use some of that on my everyday Windows experience. Even so, it works as a layer on top of a system built around independent installers, and its coverage depends on what publishers submit. Uninstalling is another area where the package manager model pays off. Because the system knows which files belong to which package, uninstalling is clean, and tools can list orphaned dependencies that nothing needs anymore. Repositories also add a layer of trust, since packages are signed and checked before they reach the machine. That reduces the temptation to download executables from random websites. Modern Linux has expanded beyond native repositories as well. Flatpak and Snap deliver apps across distributions, and graphical storefronts like GNOME Software and KDE Discover sit on top for people who prefer clicking to typing. Native snapshot rollbacks Undo a bad update in minutes, not hours Filesystems such as Btrfs and ZFS can capture the state of a drive almost instantly, and Linux builds practical recovery tools on top of them. A snapshot records the system at a given moment without copying every file, because the filesystem uses copy-on-write and only stores what changes afterward. That makes snapshots fast to create and light on storage, so taking one before a risky update costs almost nothing. Tools like Snapper and Timeshift automate that whole process. Many setups create a snapshot automatically before each package transaction, which means a broken update can be undone by selecting an earlier state. On openSUSE, snapshots appear directly in the boot menu, so a machine that no longer reaches the desktop can still be restored without a rescue disk. Fedora Workstation uses Btrfs by default, which provides the foundation, though users generally need to set up snapshot tooling themselves. The level of integration varies by distribution, but the underlying capability is built into the filesystem. Windows does offer recovery options. System Restore relies on the Volume Shadow Copy service to save restore points covering system files, drivers, and registry settings, and it can undo some problematic driver or software installs. However, it was not designed to protect personal files, and it is not a full rewind of the entire drive. Other options, such as resetting the PC or reinstalling Windows, replace the system instead of returning it to an earlier state. The practical difference shows up when something goes wrong. A Linux user with snapshots can treat updates and experiments as low-risk, since the previous working state is always a few commands, or a boot menu entry, away. And that safety net encourages tinkering rather than discouraging it. You don't really have much, if any, of a safety net on Windows—you can always reinstall the operating system, but that takes hours and carries its own series of brand new issues. Complete desktop environment swapping Change how your entire desktop looks and works Credit: Lucas Gouveia/How-To Geek On Linux, the desktop is not fused to the operating system. The graphical interface you interact with, including the panels, menus, window management, and settings tools, is a separate layer called the desktop environment. GNOME, KDE Plasma, Xfce, Cinnamon, and MATE are among the most popular, and each offers a distinct philosophy. GNOME favors a minimal workflow, KDE Plasma is all about customization, and Xfce focuses on being light on resources. And switching between them is straightforward. Most distributions let you install a second desktop environment alongside the first, and the login screen then includes a session selector where you pick which one to load. Nothing about your files, user account, or installed applications changes. You can try one for a week, return to the original, and remove whichever you do not want. Many distributions also ship ready-made editions, such as Ubuntu with GNOME and Kubuntu with KDE, so you can start with the interface you prefer. Enthusiasts can go further and replace the desktop with a tiling window manager such as i3 or Sway, which organizes windows automatically and is driven largely by the keyboard. Windows, meanwhile, takes a different approach. Its shell, including the taskbar, Start menu, and File Explorer, is tightly integrated into the operating system itself and cannot be swapped for another complete desktop. Third-party tools can adjust the look and behavior of the Start menu and taskbar, and some people use alternative file managers, but these modify the existing shell rather than replace it. It's an important distinction that makes a difference on older hardware, on unusual screen setups, or simply for personal taste. Linux users are never stuck with an interface they dislike. Live USBs Run a full operating system without installing it Credit: Andrew Heinzman / How-To Geek This is probably my favorite one. A live USB lets you boot a complete Linux desktop from a flash drive without touching the internal drive. You write a distribution's image to the stick using a tool such as Rufus, balenaEtcher, or Ventoy, restart the computer, and choose the USB device from the boot menu. Within a minute or two, a working desktop appears with a browser, file manager, and the distribution's default applications. When you shut down and remove the drive, the computer returns to its previous state. This has several practical uses. It allows you to try a distribution before committing to an installation, and to check whether your Wi-Fi, graphics, and trackpad work properly with Linux on your hardware. It also doubles as a rescue environment. If Windows will not boot, a live USB can be used to recover files, repair partitions, or run disk checks. Many distributions support persistent storage as well, so settings and files can be saved to the USB stick across sessions. Ventoy takes it further by letting a single drive hold multiple images and offering a menu at boot. Windows has comparable pieces, but nothing that works the same way. Windows installation media can launch setup and a recovery environment, and Windows PE is used by technicians for repairs. Microsoft once offered Windows To Go for running a full Windows installation from a USB drive, but the feature has been discontinued. Standard Windows installation media does not provide a general-purpose desktop that you can simply boot and use. If you want to get smart and you have a thumb drive large enough, you can install Windows on a drive by your own means, just like you would install one on a hard drive. But it can be clunky, and driver support is a toss-up if you're going to boot it on multiple computers. For anyone curious about Linux, or anyone who needs a dependable toolkit in their pocket, the live USB is hard to beat. Linux gives you control Windows keeps locked Package managers, snapshots, swappable desktops, and live USBs share a common idea: the system should be flexible and recoverable. Windows has partial answers to some of them, but Linux offers each natively, and together they make experimenting safer and everyday maintenance simpler.