GitHub vs GitLab: What Should be Your Go-To in 2024?

HomeTechnologyGitHub vs GitLab: What Should be Your Go-To in 2024?
GitHub vs GitLab: What Should be Your Go-To in 2024?


Key Takeaways

GitLab’s market share in the DevOps tools segment grew by 15% in the first quarter of 2024. (Source: Gartner)

The adoption of GitHub Actions saw a 30% rise among small to medium-sized enterprises in 2024. (Source: Moz)

GitHub excels in community collaboration and user-friendly features, making it ideal for agile teams and open-source projects.

GitLab stands out with its comprehensive DevOps suite, integrated CI/CD tools, and granular access control, catering to larger organizations and complex workflows.

In 2024, developers have to choose between GitHub and GitLab for their projects. Both are great for hosting code and working together, but which is better? Let’s look at what each offers, how they work, and what their communities are like to help you decide which one suits your needs and can make your projects successful.

Introduction to GitHub and GitLab

GitHub and GitLab are both big platforms for software developers. They help with things like storing code, tracking changes, and working together on projects. GitHub started in 2008 and became super popular with developers because it’s easy to use and has lots of users.

GitLab came along in 2011 and offers a bunch of tools for every step of making software, from planning projects to testing and keeping an eye on what’s happening.

Core Functionalities and Target Audience

  • GitHub Core Functionalities
    • Git repository hosting, code review, issue tracking, and GitHub Actions for CI/CD.
    • Strong ecosystem with integrations, marketplace for apps, and extensive API support.
    • Aimed at developers and teams of all sizes, especially effective for open-source projects.
  • GitLab Core Functionalities
    • Integrated suite of tools covering project planning, source code management, CI/CD, monitoring, and security.
    • Offers a self-hosted option, allowing greater control over infrastructure and data.
    • Suited for medium to large enterprises looking for a comprehensive DevOps solution.

Workflow and Project Management

GitHub: Feature branches and GitHub Flow

  • Feature Branch Creation: Developers create branches for each new feature, keeping them separate from the main codebase until they’re ready.
  • Collaborative Development: Team members collaborate on these branches, making changes and updates as needed.
  • Pull Request for Review: Once the feature is complete, a pull request is opened for team review, allowing for feedback and discussion.
  • Code Integration: After approval, the feature branch is merged into the main branch, ensuring a continuous integration process.
  • Deployment: Changes in the main branch are frequently deployed to production, maintaining a steady flow of updates and improvements.

GitLab: Multi-branch pipelines and GitLab Flow

  • Branch for Each Environment: GitLab utilizes a branching strategy that includes separate branches for production, pre-production, and testing, aligning with different stages of the development lifecycle.
  • Merge Requests for Promotion: Changes move from one environment to another through merge requests, ensuring code is tested at each stage before it reaches production.
  • Environment-Specific Staging: Features are developed and tested in isolated branches, reducing the risk of errors in the main production environment.
  • Pipeline Automation: GitLab’s CI/CD pipelines automate the testing, building, and deployment processes, enhancing efficiency and reliability.
  • Flexibility in Workflow: Teams can customize the GitLab Flow to match their project’s needs, allowing for variations in the workflow to optimize productivity and control.

Project management tools comparison

  • Issue Tracking: Both platforms provide comprehensive issue tracking systems that help teams manage tasks, bugs, and feature requests efficiently.
  • Board-Based Task Management: GitHub offers project boards (similar to Trello) for task visualization and management, while GitLab provides issue boards that integrate directly with its comprehensive DevOps suite.
  • Automation and Workflow Customization: GitHub allows for automation of project workflows through Actions, whereas GitLab offers extensive CI/CD pipeline configurations to automate various stages of the development process.
  • Integration with External Tools: GitHub has a large marketplace for third-party apps and services, facilitating extensive integration options. GitLab also supports integrations but emphasizes a more integrated all-in-one approach.
  • Collaboration and Reporting Features: Both platforms offer features to enhance team collaboration, including merge/pull requests, code reviews, and discussion forums. However, GitLab provides more in-depth project reporting and management tools, which are beneficial for larger, more complex projects.

Continuous Integration/Continuous Deployment (CI/CD)

GitHub Actions vs. GitLab CI/CD

  • GitHub Actions: A tool by GitHub that automates workflows in repositories, with a visual editor and YAML configuration for advanced setups.
  • GitLab CI/CD: GitLab’s integrated platform for DevOps, using YAML files to define pipelines and enabling faster builds and deployments through parallel processing.

Automation and Ease of Setup

  • GitHub Actions: GitHub Actions makes automation easy with its user-friendly interface. It simplifies tasks like building and testing code. You can use ready-made actions from GitHub or create custom ones.
  • GitLab CI/CD: GitLab CI/CD automates tasks, making development smoother. It has templates for common workflows and supports reusable configurations, helping teams streamline their processes.

Integration with Other Tools and Services

  • GitHub Actions: GitHub Actions works well with lots of tools like cloud services (like AWS, Azure, and Google Cloud), platforms for putting things live (like Docker and Kubernetes), testing tools (like Selenium and JUnit), and teamwork tools (like Slack and Microsoft Teams).
  • GitLab CI/CD: GitLab CI/CD works best with GitLab’s own tools, including stuff like GitLab Container Registry, GitLab’s way of using Kubernetes, and GitLab Package Registry. It also supports integrations with external services through webhooks and API integrations.

Community and Support Ecosystem

Open-source Community Engagement


  • GitHub boasts one of the largest and most active open-source communities globally.
  • Its platform serves as a hub for developers, organizations, and enthusiasts to collaborate on various projects.
  • The community-driven nature of GitHub fosters innovation, knowledge sharing, and code quality improvement.
  • Contributors from around the world actively participate in open-source projects hosted on GitHub, leading to diverse and robust software solutions.


  • GitLab also has a thriving open-source community, although it may not be as extensive as GitHub’s.
  • The platform encourages community contributions through merge requests, issue reporting, and discussions.
  • GitLab’s approach to open-source involves transparency, community feedback integration, and continuous improvement.
  • While GitHub is known for its larger community, GitLab’s community is growing steadily, particularly among organizations adopting DevOps practices.

Support Channels and Documentation


  • GitHub provides comprehensive support channels, including email support, help desk services, and a detailed knowledge base.
  • The platform’s documentation is extensive, covering topics from basic Git commands to advanced GitHub Actions and workflows.
  • GitHub’s support resources are well-organized, making it easy for users to find solutions to common issues and troubleshoot technical challenges.
  • Additionally, GitHub offers premium support options for enterprise customers, ensuring timely assistance and resolution of complex issues.


  • GitLab offers a range of support channels, such as email support, community forums, and a dedicated help center.
  • The platform’s documentation is detailed and regularly updated, covering GitLab’s features, best practices, and integrations.
  • GitLab’s community forums and user groups provide a platform for users to seek help, share experiences, and collaborate on problem-solving.
  • Similar to GitHub, GitLab offers enterprise-grade support options with SLAs (Service Level Agreements) for timely support response and resolution.

Developer Forums and User Groups


  • GitHub hosts developer forums and discussion boards where users can interact, seek advice, and share insights.
  • The platform’s user groups cover various topics, including programming languages, frameworks, and specific technologies.
  • GitHub’s developer community is known for its active participation in forums, code reviews, and collaborative projects.
  • Developers can join GitHub communities related to their areas of interest or expertise, enhancing networking and knowledge exchange.


  • GitLab’s developer forums and user groups offer a space for users to engage with peers, ask questions, and share solutions.
  • The platform encourages community contributions through feedback, feature requests, and bug reporting.
  • GitLab’s user groups cater to diverse user profiles, including developers, DevOps practitioners, project managers, and system administrators.
  • Engaging with GitLab’s developer community provides opportunities for learning, collaboration, and staying updated on platform developments and best practices.

Security and Compliance

Code Scanning and Vulnerability Management:

  • Both GitHub and GitLab offer robust code scanning capabilities.
  • GitHub’s code scanning feature provides accurate and actionable security reviews within the developer workflow. It highlights potential vulnerabilities when pushing code, allowing developers to fix issues before merging into the main branch.
  • GitLab’s vulnerability management includes automated scanning tools that detect vulnerabilities in code, dependencies, and Docker images. It provides detailed reports and prioritizes fixes based on severity.

Compliance Certifications and Data Privacy:

  • GitHub and GitLab prioritize data privacy and offer compliance certifications to ensure adherence to industry standards and regulations.
  • GitHub complies with various data protection regulations, including GDPR, HIPAA, and SOC 2. It provides tools and resources to help users maintain compliance and secure their data.
  • GitLab also adheres to GDPR and other regulatory requirements. It offers features like data encryption, access controls, and audit logs to enhance data privacy and security.

User Access Control and Permissions:

  • Both platforms offer robust user access control and permission settings to ensure secure collaboration.
  • GitHub allows administrators to manage user roles and permissions granularly. It offers teams and organizations the flexibility to define access levels for repositories, branches, and actions like code reviews and merges.
  • GitLab provides fine-grained access control with role-based permissions. Users can be assigned specific roles with predefined permissions or custom permissions based on project requirements. This ensures that only authorized users can access sensitive data and perform critical actions.

Integration and Ecosystem

Third-party Integrations and Marketplace:

  • Both GitHub and GitLab let you connect with other tools easily through their stores. GitHub has a big store with over 800 apps that add extra features for making software.
  • GitLab’s store has fewer apps than GitHub, but it still works with important tools like Asana, Jira, Slack, Microsoft Teams, and others.
  • These connections help people use their favorite tools with GitHub or GitLab, making it easier to work together and get more done.

Built-in Tools versus External Apps:

  • GitHub and GitLab do things differently when it comes to tools. GitHub mainly sticks to its main stuff and suggests users add extra tools from its store.
  • GitLab gives a lot more tools already in it, like pipelines, tracking issues, managing projects, reviewing code, and more.
  • GitHub lets you add extra stuff from outside, while GitLab tries to have everything you need in one place, so you don’t have to use other tools.

Ecosystem Expansiveness and Flexibility:

GitHub has lots of stuff for developers, offering many tools through its marketplace. Developers can pick from lots of tools like code checkers, project managers, and ways to put code into action, making GitHub fit different ways of working.

GitLab has fewer outside tools than GitHub, but it’s still great for teamwork and automation.

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GitLab has all the basic tools built-in, which makes teamwork smoother and means you don’t need as many extra apps. It makes life easier for development teams.


In conclusion, comparing GitHub and GitLab in 2024 shows that each platform has its own strengths. GitHub is great for its easy-to-use interface and large community, while GitLab offers a full suite of DevOps tools and strong security features. Your choice between them should consider your project’s size, workflow, security, and budget, ensuring you pick the right fit for success in 2024 and beyond.


What are the key differences between GitHub and GitLab in 2024?

GitHub focuses on community collaboration and ease of use, while GitLab offers a comprehensive DevOps platform with built-in CI/CD tools and granular access control.

Which platform is more cost-effective for startups and enterprises? 

GitHub offers competitive pricing starting at $4 per user/month, whereas GitLab’s pricing starts at $29 per user/month for premium features.

How do GitHub Actions and GitLab CI/CD compare in terms of automation and integration? 

GitHub Actions provides automation within the platform, while GitLab CI/CD offers versioned pipelines and seamless integration with DevOps workflows.

What security features do GitHub and GitLab offer in 2024? 

GitHub provides code scanning and vulnerability management, while GitLab emphasizes secure repository management and compliance certifications.

How do GitHub and GitLab support third-party integrations and ecosystem growth?

GitHub has a marketplace with over 800 integrations, while GitLab offers an integrated approach with fewer but comprehensive third-party options.

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