How to Connect GitHub and Linear: Step-by-Step Guide (2026)
In the dynamic world of software development, efficiency and collaboration are paramount. Teams rely on robust tools for code management and project tracking, with GitHub and Linear standing out as industry leaders in their respective domains. GitHub provides comprehensive version control and collaboration features for code, while Linear offers a streamlined, fast issue tracking and project management experience.
Despite their individual strengths, a common challenge arises when these tools operate in silos. Developers might create pull requests in GitHub, but project managers need to track their progress in Linear. Manual updates between platforms consume valuable time, introduce potential errors, and create information gaps. Connecting GitHub and Linear through automation bridges this gap, creating a seamless workflow that keeps development and project management aligned.
This guide outlines how to establish an integration between GitHub and Linear, ensuring that changes in one platform automatically reflect in the other. By automating these connections, teams can reduce context switching, improve data accuracy, and accelerate delivery cycles. While specific interface elements may evolve, the underlying principles of integration remain consistent, making this guide relevant for 2026 and beyond.
Why Connect GitHub and Linear?
Integrating GitHub and Linear offers several tangible benefits for development teams and project stakeholders:
- Streamlined Workflow: Automate the creation and updating of Linear issues based on GitHub activity, such as new pull requests, commits, or issue comments. This eliminates manual data entry and ensures that project tracking is always up-to-date with development progress.
- Improved Collaboration: Enhance visibility across technical and non-technical teams. Project managers can monitor code changes and development status directly from Linear, while developers can see relevant project context without leaving GitHub.
- Reduced Context Switching: Developers spend less time navigating between applications to update task statuses or reference code changes. This allows them to focus more on coding and less on administrative overhead.
- Enhanced Data Accuracy: Automated synchronization minimizes human error associated with manual data transfer, ensuring that information in both platforms is consistent and reliable.
- Faster Cycle Times: By reducing bottlenecks and improving communication, teams can move from development to deployment more quickly, accelerating project delivery.
What You'll Need
Before you begin, ensure you have access to the following:
- A GitHub Account: With permissions to access the repositories you intend to integrate.
- A Linear Account: With administrator or integration permissions to create API keys and manage integrations.
- An Integration Platform: A no-code or low-code platform like Make.com (formerly Integromat) is ideal for setting up these automations without writing any code. These platforms act as a bridge between GitHub and Linear.
Step-by-Step Guide to Connecting GitHub and Linear
This guide uses the general principles found in no-code integration platforms to demonstrate the connection process. The specific steps may vary slightly depending on your chosen platform, but the core logic remains similar.
Step 1: Sign Up or Log In to Your Integration Platform
Begin by creating an account or logging into your chosen integration platform (e.g., Make.com). Once logged in, navigate to the dashboard where you can create new automation scenarios or workflows.
Step 2: Create a New Scenario/Workflow
Start a new automation scenario. This is where you will define the trigger (the event in one app that starts the automation) and the action (the subsequent event in the other app).
Step 3: Add GitHub as Your First Module (Trigger)
Search for and select "GitHub" as your first module. You will then choose a specific event that will act as the trigger for your automation. Common GitHub triggers include:
- Watch events: Triggers on various repository activities.
- Watch issues: Triggers when a new issue is created or an existing one is updated.
- Watch pull requests: Triggers when a new pull request is opened, updated, or merged.
- Watch commits: Triggers on new commits to a repository.
Connect your GitHub account. This usually involves an OAuth flow where you authorize the integration platform to access your GitHub data. Select the specific repository you wish to monitor.
Step 4: Add Linear as Your Second Module (Action)
Next, search for and select "Linear" as your second module. Here, you will define the action that Linear will perform when the GitHub trigger occurs. Common Linear actions include:
- Create an Issue: Create a new Linear issue.
- Update an Issue: Modify an existing Linear issue.
- Create a Comment: Add a comment to a Linear issue.
Connect your Linear account. This typically requires generating an API key within Linear's settings and pasting it into the integration platform. Select the Linear team and project where you want the action to occur.
Step 5: Map Data Fields
This is a critical step where you define how information from GitHub is transferred to Linear. For example:
- If your GitHub trigger is "New Pull Request," you might map the GitHub pull request title to the Linear issue title.
- Map the GitHub pull request body or URL to the Linear issue description.
- You can also map the GitHub author's name to the Linear issue creator or assignee, provided the names match or can be mapped via a lookup.
The integration platform will provide an interface to drag and drop or select fields from the GitHub module to populate fields in the Linear module.
Step 6: Configure Filters (Optional but Recommended)
To ensure your automation only runs when necessary, add filters. For instance, you might want to create a Linear issue only if a GitHub pull request has a specific label (e.g., "feature" or "bug"). Filters help in preventing unnecessary issues and keeping your Linear workspace clean.
Step 7: Test Your Scenario
Before activating, run a test of your scenario. Most integration platforms offer a test button that allows you to simulate the trigger and observe if the action in Linear occurs as expected. Verify that the data mapping is correct and that the Linear issue is created or updated accurately.
Step 8: Activate Your Scenario
Once you are confident that the integration works as intended, activate your scenario. The automation will then run continuously in the background, keeping your GitHub and Linear projects synchronized automatically.
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Popular Use Cases for GitHub and Linear Integration
Here are three common and effective ways to leverage this integration:
- Automate Linear Issue Creation from GitHub Pull Requests: When a new pull request is opened in GitHub, automatically create a corresponding Linear issue for review. Include details like the PR title, description, and a direct link back to the GitHub PR for quick navigation.
- Sync Issue Status Updates: Configure the integration to update a Linear issue's status (e.g., from "In Progress" to "Done") when a related GitHub pull request is merged. This keeps project managers informed without needing to check GitHub manually.
- Notify Linear Teams on GitHub Releases: Automatically create a Linear issue or send a message to a specific Linear team when a new release or tag is published in GitHub. This ensures product teams, QA, and other stakeholders are promptly aware of new deployments.
Estimating Time Savings
The cumulative effect of automating GitHub and Linear workflows can lead to significant time savings. Consider a development team that creates 20-30 pull requests per week, each requiring a manual Linear issue update, status change, or comment. If each manual step takes just 3-5 minutes, that's 60-150 minutes (1-2.5 hours) per week spent on administrative tasks. Over a year, this equates to 50-125 hours – a substantial amount of time that could be redirected to coding, testing, or planning. For larger teams, these savings scale proportionally, allowing developers and project managers to focus on higher-value activities and accelerate product delivery.
FAQ
What kind of GitHub events can trigger Linear actions?
Integration platforms typically support a wide range of GitHub events as triggers. These include the creation or update of pull requests, issues, comments, commits, new branches, releases, and tags. The specific options available will depend on the integration platform you choose.
Can I connect multiple GitHub repositories to one Linear workspace?
Yes, you can connect multiple GitHub repositories to a single Linear workspace or even specific Linear teams and projects. This is achieved by creating separate scenarios or configuring filters within a single scenario to differentiate between events from various repositories, ensuring that issues land in the correct Linear locations.
Is coding required for this integration?
No, coding is generally not required for setting up integrations between GitHub and Linear using no-code or low-code platforms like Make.com. These platforms offer visual builders that allow you to define triggers, actions, and data mappings through a user-friendly interface, making complex integrations accessible to users without programming knowledge.
Written by Vangari Sai Sampath, Automation Specialist · Integration Directory · Hyderabad, India