What happens if the Beads system is not initialized?

If Beads is not detected, Capcom will gracefully handle the error by prompting the user to run the installation command to set up the environment.

What does the Capcom skill do?

Capcom provides a detailed status report of your current project, including features, tasks, bugs, and blockers by querying the Beads system within the Space-Agents framework.

Why does Capcom use a subagent?

It spawns a fresh subagent to perform the heavy lifting of data gathering. This keeps your main conversation context lean, preventing performance degradation in long-running sessions.

How does Capcom track recent work activity?

It scans comments on in-progress issues for specific tags like [PROGRESS], [ATTEMPT], or [HANDOVER] to provide a summary of the latest developer actions.

Can I filter the status reports provided by Capcom?

Yes, Capcom supports optional filters such as '/capcom bugs' to see only open issues, '/capcom blocked' for bottlenecks, or specific feature IDs for targeted status updates.

Capcom Mission Control

Name: Capcom Mission Control
Author: thebrownproject

bythebrownproject

Productivity & Workflow

Monitors project status and progress by orchestrating subagents to analyze tasks, bugs, and blockers while maintaining a lean context.

About

Capcom is a specialized project management skill for the Space-Agents framework within Claude Code. It automates the process of gathering status reports by spawning a dedicated subagent to query the Beads task management system. This approach ensures your main conversation context remains focused and efficient while providing deep visibility into features, dependency trees, blocked issues, and recent work activity. It is the essential tool for developers needing a high-level bird's-eye view of their development lifecycle without manual data gathering.

Key Features

Comprehensive statistics and dependency tree visualization
Delegated subagent execution to maintain context efficiency
0 GitHub stars
Real-time tracking of in-progress features and tasks
Recent activity summaries extracted from work comments
Automated identification of blocked issues and critical bugs

Use Cases

Identifying development bottlenecks by visualizing blocked dependencies.
Reviewing recent progress and handover notes across multiple active workstreams.
Quickly assessing project health and remaining tasks at the start of a coding session.

About

Key Features

Comprehensive statistics and dependency tree visualization
Delegated subagent execution to maintain context efficiency
0 GitHub stars
Real-time tracking of in-progress features and tasks
Recent activity summaries extracted from work comments
Automated identification of blocked issues and critical bugs

Use Cases

Identifying development bottlenecks by visualizing blocked dependencies.
Reviewing recent progress and handover notes across multiple active workstreams.
Quickly assessing project health and remaining tasks at the start of a coding session.