GitHub can now be connected to ChatGPT deep learning
ChatGPT Plus, Pro, and Team users will be able to connect their GitHub repositories to deep research so that the chatbot can thoroughly analyze the code.
ChatGPT Plus, Pro, and Team users will be able to connect their GitHub repositories to deep research so that the chatbot can thoroughly analyze the code.
ChatGPT Plus, Pro, and Team users will be able to connect their GitHub repositories to deep research so that the chatbot can thoroughly analyze the code.
OpenAI announced that its ChatGPT deep analysis feature, which instead of instantly responding to a user's query takes a few minutes to "understand the topic" and provide a thorough investigation, now has integration with the popular GitHub service.
When you connect GitHub for deep analysis, ChatGPT can extract live data from your repositories — code, README files, commits, pull requests — and generate a detailed report with links.
You can now connect GitHub repos to deep research in ChatGPT. 🐙
— OpenAI Developers (@OpenAIDevs) May 8, 2025
Ask a question and the deep research agent will read and search the repo's source code and PRs, returning a detailed report with citations. Hit deep research → GitHub to get started. pic.twitter.com/cdrQChfAU3
Users can connect GitHub to ChatGPT by selecting “Deep Exploration” in the composer, then clicking the down arrow and then selecting GitHub. ChatGPT will redirect to GitHub to install and authorize the connector with the chatbot, and then select the repositories that ChatGPT can access. You can also link your repositories in the settings under the “Connected Apps” tab.
The feature will be available to ChatGPT Plus, Pro, and Team users over the next few days, with Enterprise and Edu support coming soon.
As a reminder, OpenAI CEO Sam Altman testified in the US Senate about the challenges and prospects for the development of artificial intelligence and emphasized that as early as 2026, artificial intelligence will be able to independently formulate scientific hypotheses, simulate experiments, and accelerate discoveries in the fields of healthcare, energy, and climate.



