APT vs Snap: Differences, Use Cases & Which One to Choose

Ubuntu users quickly discover that there are often multiple ways to install the same application. You might install Firefox using APT, install it again using Snap, and then wonder why Ubuntu provides two different package managers for seemingly identical tasks.

This confusion is common among Linux beginners, developers, and even experienced administrators migrating to Ubuntu. The reality is that APT and Snap were designed to solve different problems, and choosing the right one can significantly impact performance, security, storage usage, and system maintenance.

In this guide, we'll focus on the practical differences between APT and Snap, explore real world use cases, discuss common mistakes to avoid, and help you determine which package manager makes the most sense for your specific workload.

What Makes APT and Snap Different?

At a high level, APT and Snap approach software distribution differently.

APT installs traditional Debian packages directly into the operating system, sharing libraries and dependencies across applications. Snap packages, on the other hand, bundle most dependencies with the application itself and run in isolated environments.

The result is a tradeoff between efficiency, stability, portability, and application isolation.

Neither approach is universally better. Each solves a different set of problems.

APT vs Snap: Side by Side Comparison

When Should You Use APT?

For many Linux users, APT remains the default choice because it integrates deeply with the operating system and offers predictable behavior.

Installing Development Tools

If you're setting up a development environment, APT is typically the better option.

Common examples include:

• Git

• Python

• GCC

• Docker

• Node.js

• Build tools and compilers

sudo apt install git
sudo apt install python3
sudo apt install build-essential
sudo apt install docker.io

Developers often prefer APT because:

• Packages integrate directly with the system.

• Shared libraries reduce storage requirements.

• Development workflows expect standard Linux filesystem layouts.

• Tool startup times are generally faster.

• Package versions remain predictable within a distribution release.

For example, container runtimes, compilers, and scripting languages usually work best when installed through the native package manager.

Running Servers

APT is the preferred choice for most server environments.

Typical server software includes:

• Apache

• Nginx

• MySQL

• PostgreSQL

• Redis

• PHP

sudo apt install nginx
sudo apt install postgresql
sudo apt install apache2

Server administrators value:

• Predictable updates

• Stable dependency management

• Lower resource consumption

• Better integration with operating system services

• Easier automation through configuration management tools

Unexpected application updates can introduce downtime or compatibility problems. Since Snap updates automatically, many administrators avoid using Snap for production infrastructure.

Older or Low Resource Systems

On older hardware, package efficiency becomes important.

APT packages typically provide:

• Smaller download sizes

• Reduced disk consumption

• Lower memory overhead

• Faster application startup

For example, a lightweight Ubuntu installation running on:

• Older laptops

• Virtual machines

• Raspberry Pi systems

• Cloud instances

will usually perform better when relying primarily on APT packages.

Stable Production Environments

Production systems prioritize reliability over having the newest features.

APT offers:

• Extensive testing

• Predictable package versions

• Long term support compatibility

• Controlled upgrade cycles

This is why enterprise Linux environments, hosting providers, and DevOps teams typically standardize on traditional package management.

When stability matters more than novelty, APT is usually the safer choice.

When Should You Use Snap?

Although Snap receives criticism from some Linux users, it solves several practical problems extremely well.

Latest Software Versions

One of Snap's biggest advantages is rapid software distribution.

Applications commonly distributed through Snap include:

• Visual Studio Code

• Spotify

• Discord

• Postman

• Slack

• Chromium based browsers

For example:

sudo snap install code --classic
sudo snap install spotify
sudo snap install postman

Benefits include:

• Faster access to new features

• Security patches delivered quickly

• Reduced dependency issues

• Consistent behavior across distributions

If you always want the latest version of a desktop application, Snap is often the easiest option.

Applications Not Available in Repositories

Many software vendors publish Snap packages before providing traditional Debian packages.

Examples include:

• Proprietary applications

• Beta software

• Vendor maintained developer tools

• Cross platform desktop applications

Because Snap packages bundle their dependencies, developers can distribute software without worrying about differences between Ubuntu releases.

This reduces packaging complexity and improves compatibility.

Better Security Through Sandboxing

Snap applications run inside isolated environments.

This sandboxing approach provides:

• Restricted filesystem access

• Limited device access

• Permission based application control

• Reduced impact of application vulnerabilities

For example, a compromised desktop application running as a Snap package typically has less access to the underlying system compared to a traditional package.

This security model is especially valuable for:

• Web browsers

• Messaging applications

• Third-party desktop software

Automatic Updates

Automatic updates can be inconvenient on servers but highly beneficial on desktop systems.

Snap automatically:

• Downloads security patches

• Applies application updates

• Maintains previous versions for rollback

• Reduces manual maintenance

For everyday desktop users, automatic updates help keep applications secure without requiring constant attention.

Practical Examples

Let's compare common operations using both package managers.

Installing VLC

APT:

sudo apt install vlc

Snap:

sudo snap install vlc

The difference:

• APT installs VLC using shared system libraries.

• Snap installs a self contained package with bundled dependencies and sandboxing.

Installing Firefox

APT:

sudo apt install firefox

Snap:

sudo snap install firefox

Recent Ubuntu releases may internally redirect Firefox installation toward the Snap package.

Installing Visual Studio Code

APT:

sudo apt install code

Snap:

sudo snap install code --classic

The Snap version is often updated more quickly by the software vendor.

Updating Packages

APT:

sudo apt update
sudo apt upgrade

Snap:

sudo snap refresh

Removing Packages

APT:

sudo apt remove vlc

Snap:

sudo snap remove vlc

Common Mistakes

Installing Everything Using Snap

Some users install every application as a Snap package.

This can lead to:

• Increased storage usage

• Slower startup times

• Duplicate dependencies

• Unnecessary resource consumption

Not every application benefits from sandboxing or automatic updates.

Installing Everything Using APT

Using only APT may prevent access to:

• Newer application releases

• Vendor maintained packages

• Cross distribution software

• Certain proprietary applications

Sometimes Snap is simply the better distribution method.

Installing the Same Application Twice

For example:

sudo apt install vlc
sudo snap install vlc

This creates two separate installations of VLC.

Potential problems include:

• Duplicate menu entries

• Increased disk usage

• User confusion

• Different configuration directories

Before installing software, verify whether it already exists in another package format.

Ignoring Automatic Snap Updates

Snap updates occur automatically.

Ignoring this behavior can cause:

• Unexpected restarts

• Version changes

• Compatibility concerns

Desktop users benefit from automation, but administrators should understand how Snap manages updates.

Assuming Snap Is Always Slow

A common misconception is that Snap applications are universally slow.

The reality is more nuanced:

• Startup times can be slower.

• Runtime performance is often similar.

• Some applications show little noticeable difference.

Performance depends heavily on the specific application and workload.

Which One Should You Choose?

For most Linux users, the best approach is not choosing one package manager exclusively. Instead, use APT for system software, development tools, and infrastructure components, while using Snap selectively for desktop applications that benefit from newer releases, sandboxing, or automatic updates.

Benefits of Choosing the Right Package Manager

Selecting the appropriate package manager provides several advantages:

• Better overall system performance

• Easier long term maintenance

• Improved application security

• Lower storage consumption

• More predictable updates

• Fewer compatibility problems

• Simplified troubleshooting

• Improved reliability in production environments

Using the right tool for the right workload reduces operational complexity and creates a better Linux experience.

Learn More About Linux Package Formats

If you're exploring Linux package management in more depth, you may also find these guides helpful:

• Deb vs APT vs Snap vs Flatpak vs AppImage
  /blog/deb-vs-apt-vs-snap-vs-flatpak-vs-appimage-in-linux
  This guide compares all major Linux package formats and package managers to help you understand where each solution fits.

• AppImage vs Deb: Differences, Use Cases, Pros & Cons for Linux Users
  /blog/appimage-vs-deb-differences-use-cases-pros-cons-for-linux-users
  This article explains the practical differences between portable Linux applications and traditional Debian packages.

Conclusion

The APT vs Snap debate is often presented as a competition, but in practice, both package managers solve different problems.

APT remains the preferred choice for system software, development tools, servers, and production environments because of its efficiency, stability, and predictable behavior.

Snap excels for desktop applications that benefit from automatic updates, stronger application isolation, and access to newer software releases.

Rather than replacing each other, APT and Snap complement one another. Understanding when to use each package manager allows you to build a Linux system that is faster, easier to maintain, and better suited to your workflow.