npx claudepluginhub jarrodwatts/claude-delegatorGPT expert subagents for Claude Code via Codex CLI. Five specialized experts: Architect, Plan Reviewer, Scope Analyst, Code Reviewer, Security Analyst.
Claude Code marketplace entries for the plugin-safe Antigravity Awesome Skills library and its compatible editorial bundles.
Production-ready workflow orchestration with 79 focused plugins, 184 specialized agents, and 150 skills - optimized for granular installation and minimal token usage
Curated collection of 141 specialized Claude Code subagents organized into 10 focused categories
GPT expert subagents for Claude Code. Five specialists that can analyze AND implement—architecture, security, code review, and more.

Inside a Claude Code instance, run the following commands:
Step 1: Add the marketplace
/plugin marketplace add jarrodwatts/claude-delegator
Step 2: Install the plugin
/plugin install claude-delegator
Step 3: Run setup
/claude-delegator:setup
Done! Claude now routes complex tasks to GPT experts automatically.
Note: Requires Codex CLI or Gemini CLI. Setup guides you through installation.
Claude gains a team of GPT and Gemini specialists via native MCP. Each expert has a distinct specialty and can advise OR implement.
Note: You can use either provider (GPT or Gemini), or both. The plugin will automatically detect which one is configured and route tasks accordingly.
| What You Get | Why It Matters |
|---|---|
| 5 domain experts | Right specialist for each problem type |
| GPT or Gemini | Use your preferred model provider |
| Dual mode | Experts can analyze (read-only) or implement (write) |
| Auto-routing | Claude detects when to delegate based on your request |
| Synthesized responses | Claude interprets expert output, never raw passthrough |
| Expert | What They Do | Example Triggers |
|---|---|---|
| Architect | System design, tradeoffs, complex debugging | "How should I structure this?" / "What are the tradeoffs?" |
| Plan Reviewer | Validate plans before you start | "Review this migration plan" / "Is this approach sound?" |
| Scope Analyst | Catch ambiguities early | "What am I missing?" / "Clarify the scope" |
| Code Reviewer | Find bugs, improve quality | "Review this PR" / "What's wrong with this?" |
| Security Analyst | Vulnerabilities, threat modeling | "Is this secure?" / "Harden this endpoint" |
You: "Is this authentication flow secure?"
↓
Claude: [Detects security question → selects Security Analyst]
↓
┌───────────────────────────────┐
│ mcp__codex__codex │
│ (or mcp__gemini__gemini) │
│ → Security Analyst prompt │
│ → Expert analyzes your code │
└───────────────────────────────┘
↓
Claude: "Based on the analysis, I found 3 issues..."
[Synthesizes response, applies judgment]
Key details:
prompts/)threadId for chained tasksFor chained implementation steps, the expert preserves context across turns:
Turn 1: mcp__*__* → returns threadId
Turn 2: mcp__*__*-reply(threadId) → expert remembers turn 1
Turn 3: mcp__*__*-reply(threadId) → expert remembers turns 1-2
Use single-shot (codex or gemini only) for advisory tasks. Use multi-turn for implementation chains and retries.
Every expert supports two modes based on the task:
| Mode | Sandbox | Use When |
|---|---|---|
| Advisory | read-only | Analysis, recommendations, reviews |
| Implementation | workspace-write | Making changes, fixing issues |
Claude automatically selects the mode based on your request.
Set global defaults in ~/.codex/config.toml instead of passing parameters on every call:
sandbox_mode = "workspace-write"
approval_policy = "on-failure"
Per-call parameters override these defaults. See Codex CLI docs for all config options.
If /setup doesn't work, register the MCP server(s) manually: