GitBundle: A Rust-Powered Self-Hosted Code Hosting Platform
This repository profile is provided by osrepos.com, an open source repository discovery platform.
Summary
GitBundle is a modern, self-hosted code hosting and workflow automation platform built with Rust, emphasizing performance, security, and full control. It offers a streamlined workflow engine compatible with GitHub Actions syntax, making it ideal for teams requiring a reliable and fast self-hosted solution.
Repository Information
Topics
Click on any tag to explore related repositories
Use at your own risk
OSRepos shares public repositories for knowledge and discovery only. Any installation, execution, configuration, or use of code from these repositories is the user's own responsibility. Always review the repository, source code, dependencies, licenses, and security implications before running or installing anything. OSRepos is not responsible for issues, damages, or losses resulting from third-party repositories.
Introduction
GitBundle is a cutting-edge, self-hosted code hosting and workflow automation platform. Powered by Rust, it's engineered for high performance, robust security, and complete control over your code infrastructure. It features a streamlined workflow engine, an efficient Rust backend, and an architecture designed for teams prioritizing reliability, speed, and extensibility. GitBundle also provides broad compatibility with GitHub Actions workflow syntax, simplifying migration and integration.
Installation
GitBundle offers flexible deployment options, including direct execution and containerized setup.
Requirements:
gitgitleaks(for server)docker(for containerized server and runner)
Running GitBundle Server (Local):
cp .env.slim .env
gitbundle server
Running GitBundle Server in Container (Recommended):
docker pull ghcr.io/gitbundle/server:v3
# or
docker pull gitbundle/server:v3
Running the GitBundle Runner:
The GitBundle Runner executes workflows and reports logs to the server.
mkdir ~/.gitbundle-runner
cd ~/.gitbundle-runner
# Follow the UI instructions for registration
runner register --server-url <SERVER_URL> --token <TOKEN>
# Start the runner
runner start
For optimal stability and performance, it is recommended to deploy GitBundle Server and GitBundle Runner on separate machines to prevent resource contention.
Examples
GitBundle provides extensive compatibility with GitHub Actions workflow syntax, allowing for seamless integration of existing workflows.
Supported GitHub Actions Syntax Elements:
- Standard GitHub Actions YAML structure
- Jobs, steps,
runs-on,needs, and conditionals - Matrix expansion
- Expressions using GitHub’s expression language
- All official GitHub contexts and variables (e.g.,
github,env,job,steps,secrets)
Supported GitHub Event Types:
GitBundle supports a wide range of event types for triggering workflows, including:
branch_protection_rule(created, edited, deleted)branch(created, renamed, updated, deleted)tag(created, updated, deleted)pull_request(synchronize, opened, closed, merged, edited, reviewed, etc.)release(created, published, prereleased, etc.)repository(renamed, created, deleted, forked, etc.)workflow_call,workflow_dispatch,workflow_run
Why Use It
GitBundle stands out as an excellent choice for teams seeking a robust, self-hosted solution for code management and CI/CD. Its Rust core ensures high performance, memory safety, and reliability. The platform's compatibility with GitHub Actions syntax makes it easy to adopt, while its extensible design allows for custom pipelines and integrations. By offering full control over your infrastructure, GitBundle provides a secure and efficient environment tailored to enterprise needs.
Links
- GitHub Repository: https://github.com/gitbundle/gitbundle
- Live Demo: https://demo.gitbundle.com
- Issue Tracker: https://github.com/gitbundle/gitbundle/issues
Related repositories
Similar repositories that may be relevant next.
AFT: A Sensorimotor Cortex for Coding Agents with IDE and OS Capabilities
September 2, 2026
AFT provides coding agents with advanced IDE and OS capabilities, acting as a sensorimotor cortex for perception and action within a codebase. It enhances agent productivity and reduces token usage by offering structured code perception, precise symbol-aware edits, and background task management. Part of the CortexKit family, AFT integrates with platforms like OpenCode and Pi to elevate agent interaction with code.

Meetily: A Privacy-First AI Meeting Assistant for Local Meeting Transcription
August 31, 2026
Meetily is an innovative, privacy-first AI meeting assistant that provides live transcription and summarization entirely on your local machine. Built with Rust, it leverages models like Parakeet and Whisper for fast processing, ensuring no data ever leaves your device. This self-hosted, open-source solution is available for macOS and Windows, making it ideal for sensitive discussions.

opcode: A Powerful GUI Toolkit for Claude Code AI Development
August 28, 2026
opcode is a robust desktop application built with Tauri 2, designed to enhance interaction with Claude Code. It offers a comprehensive GUI for managing AI-assisted development sessions, creating custom agents, and tracking usage, bridging the gap between the command-line interface and a more intuitive visual experience.

Open Interpreter: A Rust-Based Coding Agent for Low-Cost Models
August 18, 2026
Open Interpreter is a powerful coding agent written in Rust, specifically optimized for performance with low-cost models like Kimi K3. It provides a Codex-like interface, enabling users to interact with various models and harnesses for efficient code generation and execution. This project emphasizes portability and compatibility with existing agent setups and standards.
Source repository
Open the original repository on GitHub.
17 counted GitHub visits