By moon1ite
Plan challenger toolkit — dispatches specialized agents to stress-test implementation plans before execution
Use this agent to analyze task dependencies and ordering in implementation plans. Examines sequencing, identifies hidden dependencies between tasks, and finds parallelism opportunities. Examples: <example> Context: A plan has 12 sequential tasks but some look independent. User: "Here's my plan for setting up the monitoring stack." Assistant: "Let me use the dependency-challenger to analyze task ordering and find hidden dependencies." <Task tool invocation to launch dependency-challenger agent> </example> <example> Context: A refactoring plan touches shared modules. User: "Check my plan for splitting the monolith into separate packages." Assistant: "Let me use the dependency-challenger to trace which tasks depend on shared code." <Task tool invocation to launch dependency-challenger agent> </example>
Use this agent to find gaps in implementation plans. Looks for missing steps — untested edge cases, unhandled error paths, missing rollback procedures, missing config changes, and missing documentation. Examples: <example> Context: A plan for deploying a new service with no mention of rollback. User: "Here's my plan for deploying the new payment service." Assistant: "Let me use the gap-analyzer agent to check for missing steps." <Task tool invocation to launch gap-analyzer agent> </example> <example> Context: A plan for adding authentication that doesn't mention existing endpoints. User: "Check my plan for adding JWT auth to the API." Assistant: "Let me use the gap-analyzer to find gaps — like existing endpoints that need auth added." <Task tool invocation to launch gap-analyzer agent> </example>
Use this agent to find risks in implementation plans. Combines assumption analysis with failure pre-mortem — identifies what the plan takes for granted, then imagines failure and traces root causes backward. Examples: <example> Context: A plan proposes adding a new API integration. User: "Here's my plan to integrate the Stripe API for payments." Assistant: "Let me use the risk-analyst agent to surface unstated assumptions and likely failure modes." <Task tool invocation to launch risk-analyst agent> </example> <example> Context: A plan for a database migration. User: "Review my plan for migrating from PostgreSQL 14 to 16." Assistant: "I'll run the risk-analyst to identify what this plan takes for granted and where it's most likely to fail." <Task tool invocation to launch risk-analyst agent> </example>
Use this agent to challenge scope in implementation plans. Flags YAGNI violations, over-engineering, unnecessary complexity, and tasks that could be deferred or removed entirely. Examples: <example> Context: A plan includes building a plugin system for a feature with one use case. User: "Here's my plan for the new notification system with a plugin architecture." Assistant: "Let me use the scope-challenger to evaluate whether the plugin architecture is justified." <Task tool invocation to launch scope-challenger agent> </example> <example> Context: A plan has 15 tasks for what seems like a 5-task feature. User: "Review my implementation plan for adding dark mode support." Assistant: "I'll run the scope-challenger to identify which tasks are essential for v1." <Task tool invocation to launch scope-challenger agent> </example>
Uses power tools
Uses Bash, Write, or Edit tools
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Personal plugins for Claude Code.
plugin-name/
├── .claude-plugin/
│ └── plugin.json # Plugin metadata (required)
├── agents/ # Agent definitions (optional)
├── skills/ # Skill definitions (optional)
├── commands/ # Slash commands (optional)
└── README.md # Documentation
| Plugin | Description |
|---|---|
| red-team | Plan challenger toolkit — dispatches specialized agents to stress-test implementation plans before execution |
Install via Claude Code's plugin system:
/plugin install red-team@moon1ite-claude-plugins
Or browse in /plugin > Discover.
npx claudepluginhub moon1ite/claude-plugins --plugin red-teamQA checklist generator — dispatches specialized agents to verify design-to-implementation fidelity from any design source (playground HTML, Figma, screenshots, spec docs)
Adversarial plan review using red-team/blue-team agents -- generates what-if questions and grounds answers in plan artifacts with configurable tool scope
Codex, Gemini, Claude の3つの AI で Plan ファイルを並列レビュー。実装計画の妥当性、抜け漏れ、リスクを分析する
Pre- and post-implementation validation with parallel subagents: /replan validates plans before execution, /recheck verifies implementations match the plan
TDD-validated implementation planning with plan review quality gate (2 skills, 5 agents, 1 command) - write plans, validate against codebase reality before execution
Auto-converge a Claude-written plan via Codex (gpt-5) review iterations until clean ALLOW or max-iter.
Iterative plan review and execution workflow for Claude Code