Git vs. GitHub: What’s the Difference?

  • 8 mins read

Git vs. GitHub: What’s the Difference?

Are you feeling a little overwhelmed by the world of version control? Do you find yourself occasionally confused about the differences between Git vs. GitHub? Fear not, as you are certainly not alone. These two tools are incredibly important for managing code, but even seasoned developers can misunderstand them at times.

Fortunately, that’s why we’re here – to help demystify Git and GitHub and show you how they can make your life easier as a software developer. We’ll cover everything from the basics of Git and GitHub to the major differences between them, their advantages, and some tips and tricks to help you get the most out of them.

So whether you’re a newcomer to version control or a seasoned pro looking to brush up on some old topics, this article is perfect for you. So sit back, grab a steaming mug of coffee, put on your thinking cap, set your brain to maximum capacity, and let’s dive right in!

What are Git and Github?

Alrighty then, let’s kick things off with the bare-bones basics – what the heck are Git and GitHub? Here’s a little explain like I’m five:

Git is basically like a super-smart assistant that helps developers keep track of changes to their code over time. It’s like having a personal code historian who can help you collaborate with others and even roll back to previous versions of your work if need be.

And what about GitHub, you ask? Well, it’s like the swanky web-based hotel where Git repositories go to chill and get pampered. Not only does it provide a place for your code to call home, but it also offers a whole slew of nifty features for collaboration and project management.

Let’s talk about Git

what is git: it is a form of version control

Let’s go back in time to 2005, when Linux’s famed developer, Linus Torvalds, had the idea for a new version control system for his operating system. 

His objective was to create a tool that was both lightweight and quick enough to meet the demanding needs of the Linux kernel development process. Hence, Git came into being.

Git is a version control system that operates by periodically capturing points in time that reflect the state of a codebase and committing the modifications made since the last commit. A developer creates these snapshots in a local repository on their computer, and then pushes them to a remote repository (like GitHub) so that other members of the development team may work on them.

Git’s lightning-fast performance is one of its most impressive features. As just the modifications to files are kept, even the biggest codebases may be managed with simplicity. Developers also have the luxury of working offline and easily integrating updates from numerous sources because of the system’s distributed nature. In a nutshell, Git is a programmer’s best friend.

Git Commands

Some common Git commands include:

  • git init: creates a new Git repository
  • git add: adds changes to the staging area
  • git commit: creates a new commit with the changes in the staging area
  • git push: sends local commits to a remote repository
  • git pull: retrieves changes from a remote repository

Use cases for Git 

  • Version control for software development
  • Managing configuration files for servers and applications
  • Tracking changes to documentation and other text files


My favorite part of GitHub

So, how about we chat about GitHub? It’s a platform that has revolutionized how developers work together on projects since its inception in 2008 by Tom Preston-Werner, Chris Wanstrath, and PJ Hyett.

Hosting Git repositories is GitHub’s primary use case, but it also has a ton of other capabilities that improve teamwork to a new level. Developers may collaborate on large projects from anywhere in the globe thanks to features like pull requests, problem tracking, and other project management instruments.

The simplicity of GitHub, though, is what sets it apart. Its accessibility from any location with an internet connection makes it an invaluable tool for distributed teams. Also, the social elements (such as the ability to star and fork repositories) make it far less difficult to find and contribute to open-source projects. In a nutshell, GitHub is an unstoppable force in the world of code creation.

Features of GitHub

  • Pull requests: allows developers to propose changes to a codebase and review them with others before merging their branches.
  • Issues: provides a system for tracking bugs, feature requests, and other tasks
  • Projects: allows for project management and organization of tasks
  • GitHub Actions: provides a way to automate build, test, and deployment workflows

Use cases for GitHub

  • Collaborating on open-source projects
  • Hosting code for personal or small team projects
  • Managing project tasks and workflows
  • Differences between Git and GitHub

Difference Between Git vs. GitHub

Despite their frequent interchangeability, Git and GitHub are two separate services. Git is a VCS (version control system), whereas GitHub is a service for hosting GIT repositories and offering extra tools for teamwork and project administration. Some important distinctions between the two are as follows:


Git is actually a command line tool that can help you keep track of all the changes you have made to your folders and branches, take snapshots of those changes (which are often called “commits”), and keep track of various revisions of the codebase. 

GitHub offers a web-based interface for controlling and working on Git repositories. GitHub is an online code repository that supports the Git version control system and provides extra features, including pull requests, problems, and project management instruments.


Git is primarily a local tool that runs on a developer’s computer. While it can be used to collaborate with others by pushing changes to a remote repository, it doesn’t provide any web-based interface for managing repositories.

GitHub, well on the other hand, actually provides you with a web-based interface and a really aesthetic one as well that can be accessed from anywhere with an internet connection. This makes it easier for developers to collaborate with others and manage their repositories from anywhere.


Git is compatible with a variety of hosting platforms, not just GitHub. You can actually use Git to push changes to remote repositories hosted on other platforms, such as Bitbucket or GitLab. Similarly, GitHub can be used with other version control systems, such as Mercurial, although it is primarily designed to work with Git. Typically, you can connect Git to GitHub with the help of a personal access token.


GitHub has a large and active community of developers who use the platform to collaborate on open-source projects. This community provides a wealth of resources, including documentation, tutorials, and code samples, that can help developers learn and grow. Git, on the other hand, doesn’t have a centralized community in the same way that GitHub does.


Git is a free and open-source tool that anyone can download and use. GitHub, on the other hand, offers both free and paid plans. While the free plan provides many of the basic features needed for collaboration, such as public repositories and issue tracking, paid plans offer additional features and tools, such as private repositories and advanced project management tools.


Git is a decentralized system, meaning each developer has their own copy of the repository on their local computer. This can provide an added layer of security, as it reduces the risk of a single point of failure. GitHub, on the other hand, provides additional security features, such as two-factor authentication and encrypted connections, to help protect repositories from unauthorized access.

Pros and cons of using Git vs. GitHub

“Talk is cheap. Show me the code.”

Linus Torvalds



  • Fast and efficient version control system
  • Lightweight and can handle large codebases
  • Distributed architecture allows for offline work and seamless merging of changes from multiple sources.


  • Steep learning curve for beginners
  • Requires command-line usage for some advanced functionality
  • Limited collaboration features compared to GitHub



  • Easy to use and accessible from anywhere with an internet connection
  • Provides additional collaboration features beyond basic Git functionality
  • Social features (such as stars and forks) make it easy to discover and contribute to open-source projects


  • It can be more expensive for large teams or private repositories
  • It may be less flexible than self-hosted Git solutions for certain use cases
  • Can create a dependency on a third-party platform for code hosting and collaboration

Git vs. GitHub: Conclusion

As a result, Git and GitHub are crucial resources for teamwork and code review in the software industry. Git is a powerful and speedy version control technology, and GitHub is a hub for teamwork and organized project management. There is a difference between these two terms despite their frequent interchange.

Git may be used independently of GitHub, and likewise, GitHub can be integrated with other version control systems. The requirements of your project and team should be taken into account while settling on one. For smaller groups or individual projects, GitHub might be a suitable option, whereas self-hosted Git solutions could be more appropriate for bigger groups or projects with unique needs. Whatever you choose with Git or GitHub, you’ll have access to robust resources for organizing code and communicating with others.