DAIV

Open-source async SWE agent for your Git platform

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DAIV integrates directly with GitLab and GitHub repositories through webhooks. No separate interface needed — you keep using your existing workflow while DAIV handles automation in the background.

What DAIV does

DAIV automates routine software engineering work so you can focus on creative problem-solving:

• Issue Addressing — Converts issue descriptions into working code. DAIV reads the issue, generates a plan, waits for your approval, then opens a merge/pull request with the implementation.
• Pull Request Assistant — Responds to reviewer comments, applies requested changes, and repairs failing CI/CD pipelines — all from within the merge/pull request conversation.
• Slash Commands & Skills — Invoke commands and skills directly from issues and merge requests (/help, /plan, /code-review, /clone-to-topics). Built-in skills provide planning, code review, and security audits — and you can create your own.

Quick example

1. You create an issue: "Add rate limiting to the API endpoints"
2. DAIV posts a plan: Analyzes the codebase and proposes implementation steps
3. You approve: Comment @daiv proceed
4. DAIV implements: Creates a merge request with the code changes
5. Reviewer asks for changes: "@daiv use Redis instead of in-memory storage"
6. DAIV updates the code: Modifies the implementation and pushes

Under the hood

DAIV's agent has access to a set of capabilities that make this possible:

• Scalable Workers — Handle more concurrent tasks by increasing worker replicas — no architecture changes needed.
• Subagents — Specialized agents for fast codebase exploration and complex multi-step tasks.
• Sandbox — Secure command execution for running tests, builds, linters, and package management inside an isolated Docker container.
• MCP Tools — External tool integrations via the Model Context Protocol, such as Sentry for error tracking.
• Monitoring — Track agent behavior with LangSmith to analyze performance and identify issues.
• LLM Providers — OpenRouter, Anthropic, OpenAI, and Google Gemini.

Technology Stack

• Agent Framework: Deep Agents — the core agent engine powering DAIV. A general-purpose deep agent with sub-agent spawning, middleware stack, and virtual filesystem. Built on LangGraph.
• Backend Framework: Django for building robust APIs and managing database models.
• Async Tasks: Django Tasks with the django-tasks backend and django-crontask for periodic scheduling.
• Code Executor: Sandbox for running commands in a secure sandbox to allow the agents to perform actions on the codebase.
• Observability: LangSmith for tracing and monitoring all the interactions between DAIV and your codebase.
• Error Handling: Sentry for tracking and analyzing errors.

Getting Started

Prerequisites

• Docker & Docker Compose

Local Development Setup

1. Clone the repository:

   git clone https://github.com/srtab/daiv.git
   cd daiv

2. Run setup:

   make setup

   This creates config files from their templates (config.secrets.env and config.toml). Edit docker/local/app/config.secrets.env and add your API keys — at minimum one LLM provider key (Anthropic, OpenAI, Google, or OpenRouter) and CODEBASE_GITLAB_AUTH_TOKEN if using GitLab.

3. Install Dependencies (optional): We use uv to manage dependencies on DAIV.

   uv sync

   [!NOTE] This will install the project dependencies into a virtual environment. Useful for running linting outside of Docker or enabling autocompletion in VSCode.

4. Start core services:

   docker compose up --build

   This starts the core services (db, redis, app, worker, scheduler). SSL certificates are auto-generated on first run.

   • DAIV API documentation: https://localhost:8000/api/docs/

5. Start optional services (as needed):

   docker compose --profile gitlab up     # local GitLab instance + runner
   docker compose --profile sandbox up    # sandbox code executor
   docker compose --profile mcp up        # MCP proxy
   docker compose --profile full up       # all services

   [!NOTE] Profiles can be combined: docker compose --profile gitlab --profile sandbox up

6. Run the tests (optional): DAIV includes a comprehensive test suite. To run tests with coverage:

   $ docker compose exec -it app bash
   $ make test

7. Run linting (optional): To ensure code quality:

   $ docker compose exec -it app bash
   $ make lint      # to check for linting and formatting issues
   $ make lint-fix  # to automatically fix linting and formatting issues

Optional: Local GitLab

To test DAIV with a local GitLab instance:

1. Start GitLab:

   docker compose --profile gitlab up

2. Get the root password:

   docker compose exec -it gitlab grep 'Password:' /etc/gitlab/initial_root_password

3. Configure a personal access token at http://localhost:8929 (use the root user or create a new user) and add it to docker/local/app/config.secrets.env as CODEBASE_GITLAB_AUTH_TOKEN.

4. Create a test project in GitLab and push your testing code to it.

   [!TIP] You can import using repository URL: go to Admin Area -> Settings -> General -> Import and export settings and check the Repository by URL option.

5. Set up webhooks:

   docker compose exec -it app django-admin setup_webhooks

   [!NOTE] If you get the error Invalid url given, go to Admin Area -> Settings -> Network -> Outbound requests and check Allow requests to the local network from webhooks and integrations.

6. Test DAIV by creating an issue in your repository with the daiv label. DAIV will automatically present a plan to address the issue.

Note

For GitHub integration, you'll need to use GitHub.com or your own GitHub Enterprise instance. Set CODEBASE_CLIENT=github in docker/local/app/config.env and configure the GitHub App credentials.

Roadmap

• Configurable hooks — run DAIV on specific events with user-defined triggers and actions.
• Chrome extension — interact with DAIV directly from the git platform without leaving the browser.
• Custom MCP servers per repository — allow teams to configure project-specific MCP servers in .daiv.yml.
• Scheduled maintenance tasks — run DAIV on a cron schedule for tasks like dependency updates, security scans, or documentation drift detection.
• Team notifications — Slack, Discord, and Microsoft Teams integrations to notify teams about DAIV actions and request approvals.
• Self-hosted LLM support — enable local model inference via Ollama or vLLM for air-gapped or cost-sensitive environments.

Contributing

We welcome contributions! Whether you want to fix a bug, add a new feature, or improve documentation, please refer to the CONTRIBUTING.md file for more information.

License

This project is licensed under the Apache 2.0 License.

Support & Community

For questions or support, please open an issue in the GitHub repository. Contributions, suggestions, and feedback are greatly appreciated!