Linux does these 5 things effortlessly that Windows still struggles with

Published Aug 27, 2026, 8:45 AM EDT David has been lifelong fan of technology who loves putting his passion into words. A journalist by training, he discovered the power of Unix-like operating systems when learning how to edit video on macOS, back when it was still called Mac OS X, in the mid-2000s. A lover of retrocomputing, he appreciates the vast history of Unix that Linux continues today. David holds a BA in communication from California State University, East Bay. His writing has appeared in Techopedia, TMCnet, The Motley Fool blog network, and HTG's sister publication MUO, among others. As long as Windows and Linux exist, people will argue about which one is better than the other. Linux is a favorite of programmers, sysadmins, and other technical types, for good reason. Here are the things that are easiest for technical professionals to get their work done but are a pain in Windows. Coding Linux is a programmer's toolbox Linux is so popular with programmers because it's so easy to program in it. This goes back to the beginning of Unix in the late 1960s. The original developers at Bell Labs, Ken Thompson and Dennis Ritchie, wanted their own programming environment after Bell Labs pulled out of the MULTICS project. Thompson and Ritchie developed their own tools, and other researchers at Bell Labs added their own because they already had a pleasant development environment. As Unix made its way out of Bell Labs and into other research labs and universities, and then into private companies, the Unix toolset expanded even further. Linux distributions, especially ones aimed at technical people, will often come with programming tools, such as editors, interpreters, or compilers for popular programming languages like Python, C, or Rust. Or you can install an IDE that combines these tools, though using individual tools would be more in the "traditional" Unix spirit. If they aren't installed, you can easily install package managers. While Microsoft has created its own development tools, the availability of WSL is likely an admission that its traditional toolset doesn't really work for modern internet-and-AI-based workflows. Package management Keep your software updated in one place Package management distinguished Linux from Windows in the 2000s. Instead of having to download individual programs and keep them updated when you remembered to, a Linux package manager like Debian's apt-get lets you find and install software while automatically handling its required libraries and dependencies. You could also keep your system updated by issuing a single command instead of having to run a program's update function or download programs again. The idea took hold on Linux first because of the way programs are built on Unix-like systems. Instead of monolithic executables, Linux programs often make use of shared libraries of code. Consequently, developers tend to build Linux programs out of many smaller pieces of code and glue together different libraries. The downside of this approach is that it was traditionally difficult to install larger programs, since they typically only came in source code and relied on other programs and libraries that themselves had to be compiled. This is called "dependency hell." The typical DOS/Windows approach was just to insert a floppy disk or CD-ROM and run an installation program. Package management made software installation easier by downloading the latest version, installing dependencies, and automatically keeping the software on the system up to date. Linux package managers likely influenced the design of the Android and Apple app stores. Even Windows has a built-in package manager in its command line, though the available software on a Linux distro dwarfs Windows' selection. Scripting Automate repetitive tasks Linux has inherited Unix's facility with scripting. While Unix popularized the C language, as a compiled language, it was still somewhat difficult to translate ideas from a programmer's mind into a working program. There was no such thing as Claude Code in those days. The traditional Unix shell allowed developers to work out ideas, or "prototype" them, before committing to a C program. A programmer might work out the program logic or the interface, before rewriting all or part of it for speed, since compiled languages like C, C++, or Rust, tend to be faster than interpreted languages like Bash or Python. The Linux world has exploded with scripting languages, ranging from Bash, zsh, and other shells, to Perl and Python. Scripting tools on Windows tend to be fewer, and are usually ports of languages popular in the Linux world. Microsoft has been trying to change this with PowerShell, which has also been made available on Linux, but the other languages have had a much longer head start and command more developer loyalty. Pipelines Build programs out of programs One reason that Unix has been so popular with developers is that it makes it easy to build new programs out of smaller components. While many developers write programs using libraries in other languages, Unix pioneered the use of pipelines to redirect the flow of program input and output. This made it possible to build new programs out of other ones like building blocks. A 1982 Bell Labs promotional film demonstrates this by building a spelling checker out of pre-existing Unix command-line programs. The whole thing is worth watching on its own for commentary from Bell Labs legends like John Mashey, Lorinda Cherry, Brian Kernighan, and Dennis Ritchie. A pipeline sends the output of one program to the input of another using the "|" character. This is just a plain text stream. PowerShell has a similar notion, but it uses objects instead of plain text. Proponents argue that it's more powerful, but Unix shells are more established. This approach also lends itself well to text processing, which Linux has also inherited from Unix. Programs like AWK, sed, grep, and others make processing text a breeze. There simply were no equivalents on Windows outside of ports. SSH Log in to remote machines easily SSH is a useful tool for logging into remote servers, something essential for modern server-based applications. OpenSSH is the most common client for Unix-like systems. Previously, using SSH in Windows required a third-party program like PuTTY, but it's now built into PowerShell. A WSL distro will likely install it as well. Linux is a techie's paradise Linux has held on for over 30 years since Linus Torvalds announced his kernel because it offers programmers and other technical people a free, easy way to get their work done. It's a lot easier to manage code and process data on the desktop or over the network for many professionals. If you're serious about getting the most out of computers, you might want to consider following their lead.