TaskMaster — structured PRD→task decomposition, complexity analysis, and implementation pipeline
Scanned 5/27/2026
Install via CLI
openskills install KevinZai/commander---
name: taskmaster
description: "TaskMaster — structured PRD→task decomposition, complexity analysis, and implementation pipeline"
triggers: ["taskmaster", "task master", "parse prd", "prd", "task decomposition", "complexity analysis", "project planning", "break down tasks"]
---
# /tm — TaskMaster Project Planning
TaskMaster CLI (`task-master`, v0.43.1) provides structured project planning that complements `/plan`:
- `/plan` = quick planning, 1-3 steps, immediate action
- `/tm` = full PRD parse → complexity analysis → task expansion → implementation tracking
## When activated:
Check if task-master CLI is available: `which task-master`
If not found: "TaskMaster not installed. Run: npm i -g task-master-ai"
If found, present via AskUserQuestion:
| Option | What it does |
|--------|-------------|
| Parse a PRD into tasks (Recommended) | Feed a requirements doc → get structured task list with dependencies |
| Analyze task complexity | Score tasks by complexity, identify high-risk items |
| Expand a task into subtasks | Break a large task into implementable pieces |
| Get next task to work on | Find the highest-priority unblocked task |
| View all tasks | List tasks with status, priority, dependencies |
| Auto-implement tasks | Let TaskMaster drive implementation autonomously |
| Project status | Overview of progress, blockers, completion % |
| Something else | Free text |
### Parse PRD Flow
1. Ask: "Paste the PRD or describe what you're building"
2. Run: `task-master parse-prd` with the input
3. Show generated tasks with dependencies
4. Ask: "Want to start implementing? I'll pick the first unblocked task."
### Next Task → Paperclip Flow
When user picks "Get next task":
1. Run: `task-master next-task` to find highest-priority unblocked task
2. Display the task with subtasks and dependencies
3. Ask via AskUserQuestion:
- "Start building this task (Recommended)" — dispatch to subagent
- "Create Paperclip issue for this" — POST to Paperclip API at localhost:3110
- "Skip to next task"
- "Something else"
### Auto-Implement Flow
1. Run: `task-master auto-implement-tasks`
2. Monitor progress, show completion bars
3. After each task: update status, suggest next
### Complexity Analysis
1. Run: `task-master analyze-complexity`
2. Show complexity report with risk scores
3. Recommend: high-complexity tasks should be broken down first
### After every action, suggest next steps via AskUserQuestion with the Proactive Intelligence Protocol.
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