Claude Code Agent Monitor: Real-time Dashboard for AI Agents

What changed

The Claude-Code-Agent-Monitor is a newly released open-source project designed to provide a comprehensive, real-time monitoring dashboard for AI agent activity. It supports agents like Claude Code, Cursor, and Codex, offering detailed insights into sessions, tool usage, conversation history, and subagent orchestration. The dashboard is built using a stack of SQLite3, Node.js, Express, React, Vite, TailwindCSS, and WebSockets. It presents information through a professional dark-themed web interface, a Kanban status board for agent progress, status notifications, and even a companion "cute buddy" feature. The project also includes native applications for macOS and Windows, alongside a web UI.

Key Features and Technologies:

• Real-time Monitoring: Tracks agent sessions, tool invocations, and subagent orchestration live.
• Cross-Agent Support: Integrates with Claude Code, Cursor (via compatible live events and transcript discovery), and Codex.
• Data Visualization: Offers a Kanban board for agent status (Working, Waiting, Completed, Error), session tracking, detailed session views with conversation transcripts, and analytics dashboards for token usage, tool frequency, and activity heatmaps.
• Technical Stack: Node.js, Express, React, Vite, TailwindCSS, SQLite3, and WebSockets.
• User Interface: Dark theme, responsive design, with features like a live activity feed, workflow DAGs, and agent configuration editors.
• Desktop Applications: Available as native apps for macOS and Windows.
• Internationalization: Supports multiple languages including English, Chinese, Vietnamese, Korean, and Spanish.
• Extensibility: Includes an MCP server implementation for managing dashboard operations and an agent extension layer for plugins and skills.

Cursor integration is particularly noteworthy, as it leverages native event discovery and filesystem watching to capture agent activity before transcripts are fully generated, enriching session data with project-specific context and costs. The dashboard also allows for custom pricing configurations for different models.

Why it matters for builders

For AI builders, this project offers a much-needed visibility layer into the often opaque world of AI agent execution. Debugging and optimizing agent performance can be challenging without clear insights into their internal states, tool interactions, and decision-making processes. The Claude-Code-Agent-Monitor addresses this by providing a centralized, real-time view of these complex operations. This can significantly accelerate the development cycle, enabling builders to quickly identify bottlenecks, errors, or inefficiencies in their agent workflows.

Practical impact

Developers working with Claude Code, Cursor, or Codex can install and run this dashboard to gain immediate insights into their agent's behavior. The project's GitHub repository provides detailed documentation, including a quick start guide, configuration options, and an overview of its architecture. Builders can explore the various UI components, such as the Kanban boards and session detail views, to understand agent progress and conversation flow. The native desktop applications offer a convenient way to monitor agents locally. For those looking to integrate dashboard functionality into their own workflows, the included MCP server and agent extension layer provide a foundation for custom automation and interaction.

Caveats and source limits

The source material is derived solely from the GitHub repository's README and metadata. Specific details regarding independent benchmark performance, pricing for the dashboard itself (beyond model pricing configuration), or advanced deployment scenarios are not elaborated upon. The project is described as a "fresh release," indicating that while functional, it may still be under active development and subject to future updates and refinements. The provided star and fork counts (191 forks, 837 stars) indicate community interest but do not represent official adoption metrics.