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06 Numbers and Powers

Git vs GitLab: Git Tracks Code, GitLab Adds the Team Platform

Card No. 06·41302 · Updated · Standard formula, shown below

Average pace 5.00 min/km
Average speed
12.00 km/h
Result
Finish time
50 min
You entered
Distance
10 km
You entered
You enter
Finish time, Distance
You get
Average pace, Average speed
Rounding
2 dp

Git is a distributed version control system that tracks changes to your code, while GitLab is a web-based platform that wraps Git with collaboration tools like merge requests, issue tracking, CI/CD, and project management. In short: Git is the engine under the hood; GitLab is the car with the dashboard, seats, and navigation. You can use Git alone on your computer, but teams use GitLab to share code, review changes, and automate builds and deployments.

What Git Actually Does

Git is a command-line tool created by Linus Torvalds in 2005 to manage the Linux kernel source code. It stores snapshots of your files every time you commit, and it tracks every change so you can rewind, branch, merge, and compare versions. Git works locally: your entire history lives in a hidden .git folder on your machine. You can commit, branch, and merge without ever touching a server. The core commands are git init, git add, git commit, git branch, git merge, and git clone. Git itself has no web interface, no user permissions, no code review workflow, and no way to run tests automatically. It is a pure version control engine.

What GitLab Adds on Top

GitLab is a complete DevOps platform that hosts your Git repositories on a server and layers collaboration features on top. When you push a commit to GitLab, the platform stores it, shows it in a web interface, and lets you create merge requests (MRs) to propose changes. Each MR has a discussion thread, inline comments on specific lines, approval rules, and a pipeline that can run tests and build artifacts. GitLab also includes issue tracking, wikis, a container registry, and a built-in CI/CD system that runs jobs on runners when you push code. The self-managed edition (GitLab Community Edition and Enterprise Edition) runs on your own servers, while GitLab.com is a hosted SaaS. The key point: Git remains the version control engine; GitLab is the collaboration layer that makes Git usable by a team.

How They Work Together

A typical workflow looks like this:

  • You clone a repository from GitLab to your local machine with git clone.
  • You create a branch locally with git checkout -b feature-name.
  • You edit files, stage them with git add, and commit with git commit -m "message".
  • You push the branch to GitLab with git push origin feature-name.
  • In GitLab’s web UI, you open a merge request from your branch to the main branch.
  • Teammates review the diff, leave comments, and the pipeline runs tests automatically.
  • Once approved and merged, GitLab updates the main branch and can deploy the code.

Git handles the local version control and the push/pull protocol; GitLab handles the server-side storage, authentication, review, and automation.

Key Differences at a Glance

  • Scope: Git is a version control system; GitLab is a DevOps platform that includes Git hosting.
  • Interface: Git is command-line only; GitLab has a web UI, REST API, and GraphQL API.
  • Collaboration: Git has no built-in code review; GitLab has merge requests with inline comments and approvals.
  • CI/CD: Git has none; GitLab has a full pipeline system with runners, environments, and deployment boards.
  • Hosting: Git runs locally; GitLab runs on a server (self-managed or cloud).
  • User management: Git has no user accounts; GitLab has roles, groups, and permissions.

When to Use Just Git vs. When to Add GitLab

If you are working alone on a project and never need to share code, Git alone is enough. You can keep your entire history locally and never push to a remote. If you work with even one other person, you need a shared remote repository. GitLab (or a similar platform) provides that remote, plus a way to review changes and track issues. For open-source projects, GitLab.com offers free public repositories with unlimited collaborators, which makes it a viable alternative to GitHub. For companies that want to keep code on their own infrastructure, GitLab’s self-managed edition is a common choice because it is open source (Community Edition) and can be installed on-premises.

Common Misconceptions

One frequent confusion is that Git and GitHub are the same; GitLab is often compared to GitHub, but the underlying tool is always Git. Another misconception is that GitLab replaces Git — it does not. You still use Git commands locally; GitLab just adds a server and a web layer. Some people think GitLab is only for enterprise, but the Community Edition is free and full-featured for small teams. Also, GitLab’s CI/CD is not an add-on; it is built into the platform, which is a major advantage over using Git with a separate CI tool like Jenkins.

Costs and Hosting Options

Git is free and open source. GitLab.com has a free tier with unlimited private repositories and a limited number of CI/CD minutes per month. Paid tiers add more features like merge request approvals, security scanning, and more storage. The self-managed Community Edition is free, while the Enterprise Edition requires a paid license. For a small team, the free tier is usually sufficient. If you need to keep code on your own servers for compliance or data sovereignty, the Community Edition is a solid choice.

Alternatives to GitLab

GitHub is the most popular Git hosting platform, with a similar feature set: pull requests, issues, Actions for CI/CD. Bitbucket (by Atlassian) integrates with Jira and offers both Git and Mercurial hosting. Gitea and Forgejo are lightweight self-hosted options that are simpler than GitLab but still provide Git hosting, issues, and pull requests. All of these use Git underneath; the choice is about which collaboration features and hosting model you prefer. GitLab distinguishes itself with a single application for the entire DevOps lifecycle, from planning to monitoring, rather than stitching together separate tools.

Frequently Asked Questions

Do I need GitLab if I already use Git?

No, but if you work with a team, you need a remote repository and a way to review code. GitLab provides that. For solo projects, Git alone is fine.

Is GitLab the same as GitHub?

No, they are different platforms, but both host Git repositories and provide similar collaboration features. GitLab offers a self-managed edition and a built-in CI/CD, while GitHub has its own Actions and a larger public community.

Can I use GitLab without knowing Git?

Technically you can upload files through the web interface, but to use version control properly you need to learn Git basics like commit, branch, and merge. GitLab’s web UI can help, but the command line is more powerful.

Is GitLab free?

GitLab.com has a free tier with unlimited private repositories and a limited CI/CD quota. The self-managed Community Edition is also free. Paid tiers add advanced features like security scanning and more storage.

What is a merge request in GitLab?

A merge request is a proposal to merge one branch into another. It shows the diff, allows inline comments, and can trigger a CI/CD pipeline. Once approved and merged, the changes become part of the target branch.

Does GitLab work with other CI tools?

Yes, you can use GitLab with external CI tools like Jenkins, but GitLab’s own CI/CD is built-in and often simpler to set up. You can also mirror repositories to other platforms if needed.

Related

Formula used
in t | Finish time | min | 50 | 0
in d | Distance | km | 10 | 0 | 100000
out pace | Average pace | min/km | t / d | 2
out speed | Average speed | km/h | d / (t / 60) | 2

Each line is one input (in, sel, list) or one result (out: label, unit, formula, decimals). How the calculators work

Method: the standard formula for this calculation, rounded as each result states. See how the calculators work or report an error.

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