You might be using the wrong distro in your Linux VM. These are the only 3 worth spinning up

Published Oct 24, 2026, 4:00 PM 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 at the Central University of Venezuela, and a proud member of student movement Àgora UCV. 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. Choosing a distro for a virtual machine is easy to get wrong. Most people pick whatever they’ve heard of most, then fight it for months. These three options, though, cover nearly every use case, and each shines in a different situation. Ubuntu as a safe all-around The safe default that rarely gets in your way Credit: Dibakar Ghosh | How-To Geek Ubuntu earns its reputation as the default choice because it works with almost everything on the first try. Canonical publishes a long-term support release every two years, and each one receives five years of standard security updates, which makes it a predictable OS for anyone who doesn’t want to rebuild their VM every few months. The real strength is the ecosystem around it. Nearly every tutorial, forum thread, and troubleshooting guide assumes Ubuntu, so when something breaks, the answer is usually one search away. Software vendors also tend to publish Ubuntu packages first, and many projects treat it as their reference platform. Tools like Multipass, cloud-init, and the Windows Subsystem for Linux all treat it as a first-class citizen, which means you can move between a local VM, a cloud instance, and a container without relearning anything. It does come with trade-offs. The desktop edition is hungry compared to leaner options, and Canonical recommends around four gigabytes of RAM for a comfortable graphical experience. The server edition is far lighter, and for most VM work it is the better pick, since you can add a desktop environment later if you actually need one. Some people also dislike how heavily Ubuntu leans on Snap packages, which can start slower and behave differently from traditional apt installs, though you can usually avoid them if you prefer. If you have no strong requirements and simply want a VM that behaves like the examples you read online, Ubuntu is the sensible starting point. It is rarely the most efficient or the most minimal option, but it is the one least likely to waste your afternoon. Alpine Linux for lightweight VMs Tiny footprint and fast boots for lean workloads Alpine Linux takes the opposite approach to Ubuntu. Instead of aiming to be friendly out of the box, it aims to be as small as possible. A base container image weighs in at only a few megabytes, and the virtual-machine ISO is a fraction of the size of a typical desktop distro. A fresh install can idle on well under a hundred megabytes of memory, which matters when you are running several VMs on a laptop or squeezing a service onto a cheap cloud instance. That minimalism comes from a few deliberate choices. Alpine uses musl libc instead of the more common glibc, and it relies on BusyBox for its core utilities. It also skips systemd in favor of OpenRC, a simpler init system. Packages are handled by apk, a fast package manager that installs software in seconds. Security is baked into the design too, with hardened defaults and a small attack surface, since fewer installed components means fewer things to exploit. The catch to take into account here is compatibility. Because of musl, some precompiled software built against glibc will not run properly, and certain Python packages or proprietary binaries may need extra work or compiling from source. BusyBox commands also behave slightly differently from their GNU counterparts, which can trip up scripts written with other distros in mind. If you are a beginner, these quirks can make Alpine feel unforgiving. For the right job, though, it is hard to beat. Alpine is ideal for disposable test machines, network appliances, container hosts, and single-purpose services where speed and efficiency matter more than convenience. If you know exactly what you want to run and you want nothing else on the system, Alpine delivers exactly that and little more. Debian for stability Slow, careful updates that keep your VM running Debian historically serves as the foundation behind much of the Linux world. Ubuntu itself is built on top of it, along with many other well-known distributions. Its defining trait is a deep commitment to stability. New releases arrive roughly every two years, and only after a lengthy testing period in which packages are checked for bugs and compatibility. Each release then gets about three years of regular security support, followed by additional long-term support from a volunteer team, so a single install can stay useful for years. That conservative approach is the point. Debian’s stable branch deliberately ships older, well-tested versions of software rather than the newest ones, which means fewer surprises after an update. For a VM that hosts a database, a file server, or a home lab service you would rather not touch, that predictability is valuable. Updates are mostly security patches and bug fixes, so the system you configured today behaves the same way next year. Debian is also lean without being difficult. The network install image is small, and during setup you choose precisely which components to include, so you can build a clean server with very little extra baggage. It uses glibc and systemd, so it stays compatible with the vast majority of software, which avoids the friction you can hit with Alpine. Documentation is thorough, and because Ubuntu shares its package format and tooling, most Ubuntu guides translate directly. The downside is that you may wait a while for newer software versions, and some developers will find the older packages limiting. Backports and third-party repositories can fill the gap when needed. But if your priority is a VM that stays quietly reliable, Debian is the one to choose. Pick the distro that fits the job Ubuntu suits general use, Alpine excels when size and speed matter, and Debian rewards anyone who values long-term stability. Match the distro to the workload instead of defaulting to the familiar name, and your virtual machines will be easier to run.