Claude.mgr is a dedicated desktop application designed to orchestrate, monitor, and supercharge your Claude Code agents. It falls into the productivity and developer tool category, specifically for AI agent management. The tool is built for developers, data scientists, and power users who rely on Claude Code for complex coding tasks and need a streamlined way to handle multiple agent instances simultaneously. Its core value lies in translating the raw power of Claude Code into a visual, manageable system that improves efficiency, reduces overhead, and provides clear oversight. By leveraging a 3D interface, Claude.mgr transforms agent management from a terminal-centric workflow into an intuitive spatial experience.
Managing multiple Claude Code agents manually quickly becomes chaotic and error-prone. Without centralized oversight, users struggle to track which agent is working on what, monitor resource usage, or compare outputs across different codebases. This lack of visibility leads to duplicated efforts, missed optimizations, and wasted API tokens. Claude.mgr directly addresses these pain points by offering a single pane of glass for all active agents. It eliminates the need to switch between terminal windows and manually log agent activity, saving developers significant time and cognitive load. The problem is especially acute for teams experimenting with multi-agent workflows or running parallel code generation tasks.
Claude.mgr provides multi-agent management, allowing users to run and oversee multiple Claude Code instances from one unified desktop interface. Each agent is visually represented in the 3D space, showing its current status—idle, processing, completed, or error. Users can launch new agents, assign them specific instructions or codebases, and monitor their progress in real time. This feature is useful because it enables parallel execution of independent coding tasks, such as generating test cases, refactoring modules, and writing documentation simultaneously, dramatically speeding up development cycles. The visual layout helps quickly identify slow or stuck agents.
The application includes usage analytics that track token consumption, API costs, and agent performance metrics. Claude.mgr logs the number of input and output tokens used by each agent, the total cost incurred, and the time spent per task. This data is presented in clear dashboards and exportable reports. The benefit is that developers and team leads can precisely understand their Claude API utilization, optimize prompt design, and budget resources effectively. Without this analytics layer, users would have to manually estimate usage or rely on external billing tools. Claude.mgr makes cost transparency automatic and actionable.
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Git worktree integration is another core capability. Claude.mgr can automatically create and manage Git worktrees, allowing each agent to work on a separate branch or version of the codebase without conflicts. When a user launches an agent for a specific task, Claude.mgr checks out a fresh worktree, applies the agent's code changes, and manages the commit process. This ensures that agent-generated code is safely isolated and can be reviewed before merging. For teams practicing continuous integration and feature branching, this integration streamlines the workflow from agent output to production-ready code.
The product follows a straightforward workflow: users configure agent profiles with system prompts, API keys, and working directories. Agents are then launched from the 3D interface, each with its own Git worktree. As agents run, they stream back results and status updates in real time. Users can inspect logs, compare outputs, and even interact with agents through a built-in console. When tasks finish, Claude.mgr presents a summary of changes, token usage, and next steps. The approach minimizes context switching and keeps the entire agent lifecycle visible and controllable.
Concrete use cases include refactoring a large codebase: a developer launches five agents, each assigned to refactor different modules simultaneously. Claude.mgr tracks their progress, shows which modules are complete, and logs any errors. Another scenario is writing unit tests for a new feature: an agent handles test generation while the developer continues coding. The analytics help ensure token spend stays within budget. For open-source maintainers, Claude.mgr can review pull requests by spawning agents that analyze code changes across worktrees. The outcome is faster iteration, better resource visibility, and reduced human oversight.
Claude.mgr is specifically designed for developers and AI power users who manage multiple Claude Code agents on macOS or Windows (the desktop app). It requires Claude Code to be installed and an API key. Pricing information is not yet public. The tool targets solo developers, small teams, and research groups that want to scale their AI-assisted coding without losing control. By combining multi-agent orchestration, real-time analytics, and Git integration in a 3D interface, Claude.mgr turns Claude Code into a coordinated multi-agent workforce, amplifying productivity and insight.
Claude.mgr is designed for individual developers, data scientists, and small to mid-sized teams who actively use Claude Code for coding assistance and want to scale their workflow beyond single-agent usage. It suits power users who frequently run multiple agents for parallel tasks such as code generation, refactoring, testing, and documentation. The tool is also valuable for team leads and technical managers who need visibility into AI agent utilization and costs. It requires familiarity with Claude Code and a desktop environment (macOS or Windows).