What’s the Difference Between SNAP and APT on Linux?


Snap is a solution that is preinstalled on more and more Linux distributions, and if like me, you are familiar with APT, you might wonder if you should switch to Snap and why. The goal of this article is exactly this, you’ll discover the real differences between APT and SNAP, and which one you should be using.

Using snap on Linux will download and install all the required dependencies for the application, in a tested container, isolated from the system. It’s different when using APT to install the same app, as all packages are installed separately on the main file system.

In this article, I will explain everything about these two solutions to install a new application: how it works, support, performances, usage, etc. Keep reading to learn which one you should be using.

What is snap? How does it work and ...
What is snap? How does it work and How to use it?

Snap vs Apt: Distribution support

Snap and Apt are supported on most Linux distributions, so in general you have the choice to either.

Snap

Snap is preinstalled on distributions like Ubuntu, Manjaro and Zorin OS. It can be installed easily on the other main distributions: Debian, Arch, Fedora, OpenSuse and theirs derivatives distributions (for example Raspberry Pi OS, based on Debian, is supported).

If it’s not already installed on your system, you can install the snap daemon with:
sudo apt install snap
Obviously, this is for Debian-based distributions, adapt it to use another package manager if needed (dnf, pacman, etc.).

You can also do this with the graphical interface, if you have a package manager GUI:

Then it’s recommended to reboot your system and install the “core” snap:
sudo reboot
sudo snap install core

You can then use the snap command to install any application:
sudo snap install <appname>

We’ll talk about this later, but you can already see it on this screenshot. If you are on an “exotic” architecture (like a Raspberry Pi), not all applications will be available for you with snap.

Apt

Apt is preinstalled on any distribution based on Debian. Other distributions use a similar system, so even if you use a Red Hat or Arch Linux based system, you can follow this article to understand the differences between the traditional package manager and snap.

The commands to use apt are similar to snap:

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  • Update the packages catalog:
    sudo apt update
  • Upgrade the installed packages:
    sudo apt upgrade
  • Install a new package:
    sudo apt install <packagename>
    It will automatically install any required dependency if available in the repository.

If you’re new to the Linux command line, this article will give you the most important Linux commands to know, plus a free downloadable cheat sheet to keep handy.

Snap vs Apt: How it Works?

The main difference between Snap and Apt is that apt will install an individual package on the system, while Snap will download a whole archive, with all the prerequisites inside, and install it in a confined folder that is isolated from the system.

When you install an application with Snap, you download the exact archive created by the developers for your architecture. It has been tested in the same conditions and includes all the dependencies. This archive will be extracted in a confined space (it’s similar to Docker apps in some ways) and has limited access to the operating system.

Developers like to use Snap because they can control the installation environment. There are fewer conflicts with other apps or various dependency versions. If it works for the developers, it should work on your system the same way.

They can also be faster to deploy updates, as they don’t need to wait for the distribution to validate their updates (which can take a long time, especially on systems like Debian where stability is key).

On the other hand, when you use Apt, you download one specific package. It may add dependencies automatically, but only if you don’t already have them installed on your system.

Also, even if the distribution validation for the updates can delay their availability, you may be more confident to install them, as a third-party (the repository maintainer) has checked the update code before making the package available for your system.

Where to find Snap or Apt applications?

Snap and Apt are not distributed through the same methods. Linux distributions have repositories you can access with the apt command, while Snap applications are available from the Snap store.

If you want to use snap, you can either try to install the application with the command we have seen previously, or browse the Snap Store to make sure it’s available.

Distributions that have Snap preinstalled generally have a graphical interface to download Snaps directly from there. Here is an example:

I think it’s much easier for beginners on Linux. We are used to stores on our smartphones, and it works the same way. In each category, you’ll find a few apps you can install in one click. No need to use command lines, no risk to have issues with dependencies.

If you don’t have this application installed on your system, you can try to install the snap-store package with your package manager, for example:
sudo apt install snap-store

The other advantage of using this app instead of the website is that it will filter the packages available on your system. It’s not a big deal on a standard computer, but for Raspberry Pi users it will avoid many disappointments (as most apps are not available for ARM).

I suppose you already know this, but on the opposite, apt or any other package manager is always built-in to your system. On Debian based systems, you can use tools like Synaptic to find and install packages in a graphical interface, or just use the commands lines if you know them (I gave them at the beginning of this post).

One problem with APT is the number of results you’ll get for each request. For example, if you do a search for “Thunderbird”, you’ll get the main app package, but also all of the locales, all of the packages related to Thunderbird, etc.

That’s why I like the Snap approach for beginners. Most people shouldn’t have to worry about the dependencies (like locales) and it just gives them the main results (that’s what Snap does).

Snap vs Apt: Performances comparison

After the installation and the first run, there is no difference in performances between applications installed with Snap or Apt. But snap archives are way bigger as they include all the dependencies (even if you already have them), so the download and first run will take longer.

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This is a main advantage for APT if you have a limited disk space (like an SD card on Raspberry Pi) or a bad Internet connection. Packages are smaller, and you install the dependencies only once.

In other cases, it’s not a big deal. To give you an example, I tried to install Thunderbird with both methods. The package is 59M, while the Snap archive is 76M.

This isn’t a huge difference, even with a limited space or bad connection, but overtime, as you install more and more applications it might become important.

Snap vs Apt: Updates management

Snap and Apt don’t handle updates the same way. Snaps updates are checked automatically 4 times a day and updated as soon as there is a new version available. With Apt, the system administrator keep the control on the update process.

With Snap, this page on the official documentation explains everything clearly. Snap is a daemon (remember the “d” at the end of “snapd”). So, it’s a service that runs all of the time and will regularly check for updates. You can delay this check a bit, but can’t avoid updating your apps. It’s perfect if you like to always have the latest version available installed on your sytem.

On the other hand, apt will give control to the end-user (or system administrator). You can enable automatic security updates (with unattended-upgrades for example) but in general, the application upgrade will only be done when you decide (by running apt upgrade or using the graphical equivalent).

Side note: it’s possible to have several versions of the same app installed with snaps. It’s not really useful for most users, but developers may like this option. For example, if you are developing extensions for Thunderbird, you can have the latest version installed and the latest beta, to check that your extension works on both before releasing it to everyone.

Is Snap or Apt safer for your system?

Snap and Apt use different security measures. While the advantage of Snap is to install a new app in a confined space, with less risk to damage your system, the advantage of Apt is the third-party validation by the repository maintainer.

So, if you trust the developers, Snap is probably safer, as there is less chance to create conflict, a dependencies mess or anything like this on your system. Each app is in a separate virtual partition, when you have a bunch of snap installed, it looks like this:

Apt will install new packages in their usual folders (in /etc or /opt for example). I love this because when you look for help in the online documentation, it’s this path that will be indicated. Snap is a bit messy when you need to debug something.

From a security standpoint, if you use the official repositories for your distribution, you should be safe. A bunch of developers from the distribution organization will review the code of each update, sometime test the app for a long time in a “beta” distribution, before releasing it. So, when it’s finally available with apt upgrade, it should be safe to install.

The update cycle is more or less long depending on your distribution (example: Ubuntu is fast, Debian is very slow), but overall, it’s safe enough to install once available. Obviously, if you are using third-party repositories or PPA, this note doesn’t apply, as the distribution has no control on these packages.

If security is a main concern, PPA and third-party repositories should be avoided. It’s the worst of both worlds: no validation and no container.

Snap vs Apt: Pros & cons

Pros and cons of using Snap

ProsCons
Updates are available quickly.Take more space on the disk.
Same environement as the developer.Take longer to download.
Easier for beginners.File locations are different.
Always up-to-date.No way to control updates.
No traces on the system after removal.Doesn’t work well on all distributions
(ex: RPI OS snaps are not displayed in the main menu).
No dependency issues.Snaps are not available on all architectures.
Might be safer as the application is confined in a separate partition.
Pros & cons of using Snap on Linux

Pros & cons of using Apt

ProsCons
Better GUI integration overall.It may be difficult to find the package to install.
Easier to follow the documetnation, as the files are located in the correct path (/etc, /var/log, etc.).No updates once the distribution version is obsolete.
Might be safer as the application is verified by the distribution maintener.A bit overwhelming for beginners / non-tech-savvy users.
The user has full control over the update process.
Pros & cons of using Apt on Linux

Snap or Apt: Which one to use?

As a whole, snap is recommended for desktop users, especially beginners, who want an easy way to install applications and keep them up-to-date, while apt is generally better for advanced users on critical systems, that want to keep control of everything on the computer or server.

At the end, it’s a personal choice. If you trust the developers, have a good connection, have enough disk space and want the latest version, Snap is probably perfect for you.

If the system stability is more important than having the latest version (especially for servers and work computers), and you want to be sure everything is tested and approved before updating the critical pieces of your system, Apt is probably a better choice.

If you are in the middle, you have to make a choice, or maybe test with less sensitive apps first and see how it goes. I find it’s a bit like choosing between Ubuntu and Debian (not familiar with these distributions? Click on the link to read my full comparison).

I may prefer to install Ubuntu on a beginner computer, as it’s easier to use, it has the latest apps versions, etc. But I will never install Ubuntu on a server as I’ve had too many bad experiences with it (upgrades messing up the whole system).

My personal choice is to use apt most of the time. The only exception is if the application I want is not available in the repository, but a snap is available. And I will only install a snap on a non-critical computer.

On a server, for example, I will always install the app from source if not available in the repository. You don’t want an update to mess with the configuration, especially if you have many users for this app.

If you are on a Raspberry Pi, apt is still the best way to install new apps (check my guide), as there are very few snaps available for the ARM architecture.

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Snap and Apt FAQ

Where does snap install packages?

By default, snap packages are installed under /var/lib/snapd/snaps. You can also see the corresponding virtual partitions by using the df command (/snap/<app> in general).

How to run a snap program?

Depending on the Linux distribution you use, the snap program can be available directly in the main menu or only with the command line. For example, on Ubuntu it will be added automatically to the apps menu, while on Debian you may need to run the application from a terminal.

How to uninstall a snap application?

The easiest way to uninstall a snap application is to use the remove command: sudo snap remove <appname>. It can also be done from the Snap Store interface if you have it installed on the system.

What’s the difference between Snap and Flatpak?

Snap and Flatpak share the same idea and advantages. The main advantage of using Flatpack instead of Snap is that applications dependencies are shared between all the Flatpak apps installed on your system.

What’s the difference between Snap and Docker?

Snap is the equivalent of Docker services for applications. Snaps are used directly on the local machine, while Docker containers are used inside a lightweight virtual environment, isolated from one another.

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Patrick Fromaget

I'm the lead author and owner of RaspberryTips.com. My goal is to help you with your Raspberry Pi problems using detailed guides and tutorials. In real life, I'm a Linux system administrator with a web developer experience.

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