dagger/container-use
Container Use
container-use is a containerized AI execution environment and code sandbox designed to provide a secure space for AI coding agents to execute commands and build applications. It functions as a workspace orchestrator that provisions isolated containers mapped to git branches, allowing multiple agents to operate in parallel without state conflicts or affecting the host system.
The project serves as a Model Context Protocol server, bridging AI agents to containerized environments for standardized tool access. It enables a workflow for reviewing and merging changes made by agents within these isolated environments back into a local repository.
The system includes capabilities for agentic workflow monitoring through command history logging and provides mechanisms for human intervention via direct terminal tunneling into active sessions. It further supports bidirectional file system syncing to facilitate the review and integration of agent-generated code.
Features
- Coding Agent Orchestrators - Orchestrates isolated container sessions for coding agents with deep integration into git branches and terminal management.
- Container-Based Sandboxes - Isolates AI agent code execution within ephemeral container environments to prevent unauthorized access to host system resources.
- Model Context Protocol - Implements the Model Context Protocol to link AI models with local tool execution and containerized data sources.
- AI Execution Sandboxes - Provides secure, isolated execution sandboxes specifically designed for running AI coding agents.
- Coding Agent Integrations - Integrates containerized execution spaces with external AI coding agents to support automated programming workflows.
- MCP Server Integrations - Provides MCP-based server integrations that expose tool definitions and environment access to AI agents.
- MCP Protocol Integrations - Implements the Model Context Protocol to connect AI agents to containerized tools using standard input and output streams.
- Model Context Protocol Servers - Acts as a Model Context Protocol server to bridge AI agents to containerized environments for standardized tool access.
- Git Workspace Isolations - Provisions isolated workspaces using git branches to ensure parallel AI agent operations do not conflict.
- Git Integration Management - Orchestrates the mapping of git branches to isolated container environments to manage agent state.
- Sandboxing Environments - Creates secure containerized sandboxing environments specifically for validating and executing AI agent-generated code.
- Agentic Workspace Provisioning - Automates the creation of isolated coding environments mapped to specific git branches for parallel agent execution.
- Command History Trackers - Maintains detailed searchable logs of shell activity and process output within the sandbox for agent auditing.
- AI Agent Execution Monitors - Captures execution events and console output to audit and verify AI agent actions in real time.
- Session Activity Monitors - Tracks, searches, and analyzes the complete history of commands and logs within AI agent development sessions.
- AI Agent Activity Monitors - Implements tracking of command histories and logs to audit the actions performed by AI agents within sessions.
- Bidirectional File Synchronization - Provides two-way synchronization of files between the isolated container environment and the local host repository.
- Agent Change Merging - Enables applying code changes from isolated agent containers back to the local repository while preserving commit history.
- Change Review Interfaces - Provides interfaces for visualizing and reviewing diffs between agent worktrees and parent branches before merging.
- Agent - Manages the workflow of transferring AI agent contributions from isolated containers to the local git repository.
- Remote Session Bridges - Provides a bridge between a local command line interface and remote containerized execution environments for real-time intervention.
- Remote Session Terminals - Allows developers to attach a local terminal directly to a running agent container for real-time state inspection.
- Agent Contribution Workflows - Enables a workflow for reviewing and merging changes made by agents within isolated environments back into a local repository.
- Real-time Session Interventions - Provides a direct terminal to running AI agent containers for real-time debugging and manual resolution of blockers.
- Interactive Session Interventions - Allows users to manually intervene in active agent sessions via a terminal to resolve execution blockers.
- Code Execution Sandboxes - Isolated containerized environments for independent agent tasks.
