How to Use Cursor for Efficient GitHub Pull Requests in Under 30 Minutes

If you're like me, you've probably spent way too much time sifting through code in GitHub pull requests, trying to understand what changed and why. In 2026, with the rise of AI tools, there’s a better way to handle this. Enter Cursor, an AI-powered coding assistant that can help streamline your pull request process.

In this guide, I’m going to show you how to leverage Cursor for GitHub pull requests efficiently in under 30 minutes. You'll be able to save time, reduce cognitive load, and focus on what really matters—building great products.

Prerequisites

Before we get started, make sure you have:

• A GitHub account with access to a repository.
• The Cursor app installed on your machine (it’s free for basic use).
• Basic familiarity with Git and GitHub workflows.

Step 1: Setting Up Cursor

First, let's get Cursor up and running.

1. Download and Install: Head over to the Cursor website and download the app. It’s free for basic features, with a pro tier starting at $20/mo for advanced capabilities.

2. Create an Account: Sign up using your GitHub account. This allows Cursor to access your repositories directly.

3. Connect to GitHub: After signing in, link your GitHub account in the settings. This is crucial for Cursor to pull in the relevant data for your pull requests.

Step 2: Navigating Pull Requests with Cursor

Once you’ve set up Cursor, it’s time to dive into your pull requests.

1. Open a Pull Request: Navigate to your GitHub repository and open a pull request that you want to review.

2. Activate Cursor: With the pull request open, launch Cursor. You'll see a sidebar that gives you context on the changes made.

3. Summarize Changes: Use the "Summarize Changes" feature. Cursor will analyze the diff and provide a concise summary of what’s changed, highlighting additions, deletions, and modifications. This is a game-changer for quickly grasping what’s at stake.

4. Ask Questions: If something doesn’t make sense, type your question into Cursor. For example, “What does this function do?” and Cursor will give you an explanation based on the context of the code.

5. Review Comments: Cursor pulls in comments from the pull request, allowing you to see discussions and feedback in one place. This saves you from scrolling through multiple threads.

Step 3: Making Efficient Decisions

Now that you have a clear view of the changes, it’s time to decide how to proceed.

1. Evaluate the Code: Use Cursor’s code evaluation feature to check for potential bugs or issues. It highlights common pitfalls, which can save you from future headaches.

2. Leave Feedback: Cursor allows you to draft comments directly in the app. You can type out your feedback and even ask Cursor to rephrase it for clarity or professionalism.

3. Approve or Request Changes: Once satisfied, you can quickly approve the pull request or request changes with a couple of clicks.

Troubleshooting

What could go wrong?

• Cursor Doesn’t Connect: If you encounter issues connecting to GitHub, check your permissions in the GitHub settings. Make sure Cursor has access to your repositories.
• Inaccurate Summaries: If Cursor misinterprets the code, remember that it’s still learning. Always double-check critical changes yourself.

What's Next

Once you’ve mastered using Cursor for pull requests, consider exploring its other features, such as code generation and debugging assistance. These can further enhance your productivity.

In conclusion, using Cursor for GitHub pull requests can significantly reduce the time spent reviewing code. With a setup that takes less than 30 minutes, you can streamline your workflow and focus on what really matters—building and shipping great products.

Pricing Breakdown

| Feature | Free Tier | Pro Tier | |-----------------------|--------------------|--------------------| | Pull Request Summaries | Yes | Yes | | Code Evaluation | Limited | Full Access | | AI-Powered Feedback | No | Yes ($20/mo) | | GitHub Integration | Basic | Advanced |

What We Actually Use

At Built This Week, we primarily use Cursor for its summarization and evaluation features. While it’s not perfect, it cuts down our review time significantly. We also complement it with GitHub's built-in review tools for an optimal workflow.