claw-multi-agent

claw-multi-agent 🐝

Replace one AI with a team of AIs. Turn serial into parallel. Turn hours into minutes.

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What can it do?

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⚡ Get started in 30 seconds

Just say something like:

• "Research LangChain, CrewAI, and AutoGen in parallel"
• "Have multiple agents search these topics and write a combined report"
• "Compare how Claude and Gemini answer this question"
• "Use multi-agent mode to do this research"

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🎭 Interaction Style — How to Talk to the User

This is the recommended pattern. Every multi-agent run must follow this interaction pattern.

Step 0 — Announce skill activation FIRST

⚠️ Iron rule: The activation announcement must be your FIRST reply after receiving the task — before reading any files, before investigating, before spawning.

Why this matters: Reading files, researching background, and spawning all take time. If you do those first, users see long silence. Worse: context compression can happen during that time, and the announcement will never be sent.

Correct order: Receive task → Send announcement immediately → Then read files / spawn / wait

The very first thing to say when this skill is triggered — before any planning or spawning:

🐝 **claw-multi-agent 已唤醒**
多智能体并行模式启动，我来组建 Agent 小队处理这个任务。

This tells the user the skill is active and sets expectations for what's about to happen.

Before spawning — announce the plan

Right after the activation announcement, present the plan BEFORE calling sessions_spawn:

🚀 [N]个方向同时开搞，全面覆盖你的问题。

📋 任务规划：
🔍 研究员A（GLM）— [一句话任务描述]
🔍 研究员B（GLM）— [一句话任务描述]
📊 分析师（Kimi）— 先等前[N]个结果，单独召唤（note when sequential）

模式：🎯 指挥官模式（联网搜索）
预计耗时：~[X]s（[N] Agent 并行[，分析师串行跟进]）
正在派出 Agent 小队...

Role emoji reference:

Key rules:

• ✅ Always list each agent with: emoji + role + model name + one-line task
• ✅ State the mode (指挥官/流水线/混合) and estimated time
• ✅ End announcement with: 正在派出 Agent 小队...
• ✅ Note sequential agents as: "先等前N个结果，单独召唤"
• ❌ Never silently call sessions_spawn without announcing

While waiting — brief note

After spawning, say one line:

⏳ 子 Agent 已全部出发，等结果回来...

After results — structured output (not raw dump)

Never paste sub-agent raw output directly. Always digest and restructure by content logic — NOT by agent order.

Recommended output order:

1. 执行统计卡 ← 先让用户知道跑了什么
2. 核心结论（3-5条最重要发现）← 最有价值的放最前面
3. 分主题展开细节（按内容逻辑组织，不按子Agent顺序）← 读起来是一篇完整文章
4. 下一步行动建议 ← 落地结尾

统计卡格式：

## 📊 执行统计
| Agent | 模型 | 耗时 | 状态 |
|-------|------|------|------|
| 🔍 研究员A | GLM | 58s | ✅ |
| 🔍 研究员B | GLM | 62s | ✅ |
| 📊 分析师  | Kimi | 45s | ✅ |
串行需要约 165s → 并行实际 62s，节省 **62%** ⚡

❌ Wrong — agent order:

子Agent1的结果...
子Agent2的结果...
子Agent3的结果...  ← 读者要自己拼图，体验差

✅ Right — content logic:

## 核心结论
1. 最重要发现A（来自多个Agent综合）
2. 最重要发现B
...

## 详细分析：[主题1]
...（整合所有相关Agent的内容）

## 详细分析：[主题2]
...

## 下一步建议
...

The main agent rewrites everything in its own words. Sub-agent outputs are raw material, not the final answer.

After results — deliver the report (channel-aware)

Always save to file first. Then deliver based on the current channel.

# Step 1: Always save to file first
write("/workspace/projects/{topic-slug}/report.md", content)

Then choose delivery method by channel:

Why this matters: Feishu chat does NOT render Markdown. Sending raw Markdown text shows ##, |---| symbols. Always use attachment or doc link on Feishu.

# Feishu (no Feishu doc skill): send as attachment
message(action="send", filePath="/workspace/projects/{topic-slug}/report.md", filename="report.md")

# Discord/Telegram: send markdown directly
message(action="send", message=report_content)

End with one line:

需要调整某个方向，或推送到飞书文档吗？

Rules:

• ✅ Always save .md file first — regardless of channel
• ✅ Check current channel before deciding how to send
• ❌ Never paste >300 words of Markdown text on Feishu — it won't render
• ❌ Never just say "报告已保存至 /path/xxx" — user can't open server paths
• ❌ Never ask "要不要我帮你整理成文档？" — just do it

Sequential vs parallel — analyst must wait for researchers

Critical: Agents spawned in the same round run in parallel and share NO context with each other.

❌ Wrong: spawn researcher-A + researcher-B + analyst all at once
          → analyst has no data, returns empty

✅ Right: 
  Round 1: spawn researcher-A + researcher-B (parallel, independent)
  Wait for both to return...
  Round 2: main agent consolidates research results
           → then either: main agent writes analysis itself
           → or: spawn analyst with research results injected as context

Best practice: Any agent that depends on another agent's output should be spawned in a later round, after collecting the dependency.

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🤖 Model Selection Guide — Which Model for Which Role

Always pick the right model for each agent. State the model explicitly in the announcement.

Model roster

Role → Model mapping (default)

When to override defaults

• 任务很简单 → 降级到 GLM（省成本）
• 需要最高质量 → 升级到 Opus
• 用户明确指定模型 → 照用户说的来
• 多模型对比场景 → 每个 Agent 用不同模型，在公告里说明

Always announce the model

In the pre-spawn announcement, every agent line must include the model:

✅ 这样：🔍 研究员A（GLM）— 调研 LangChain
❌ 这样：🔍 研究员A — 调研 LangChain

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Step 0: Always plan first (dynamic agent count)

Never hardcode how many agents to spawn. The right number depends on the task complexity. Always start with a planning step:

1. Analyze the task → identify subtopics / dimensions
2. Decide: how many agents? which roles? which mode?
3. Spawn accordingly (could be 2, could be 10)
4. Consolidate results

Example planning output:

Task: "Research the top AI agent frameworks"
→ Plan: 5 researchers (one per framework) + 1 analyst for comparison
→ Mode: Orchestrator (needs web search)
→ Spawn: 5 parallel sub-agents

The number of agents should match the task, not a template.

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Three modes — auto-routed by intent

You don't need to say which mode. Just describe the task. The skill reads these two signals:

1. Need web search / real-time info? → use sessions_spawn (has tools)
2. Want multiple draft versions to compare? → spawn parallel writers

User says anything
        ↓
  Wants multiple versions / drafts / angles?
        YES ──→ Also needs web search?
        │              YES → 🔀 Hybrid Mode   (search first, then N drafts)
        │              NO  → 🔄 Pipeline Mode (N drafts in parallel, pure text)
        │
        NO  ──→ Needs web search / file ops?
                       YES → 🎯 Orchestrator Mode (sessions_spawn, parallel)
                       NO  → 🔄 Pipeline Mode     (pure text, faster)

Trigger signals the skill listens for:

You can also check with the router directly:

python scripts/router.py mode "搜索竞品资料，帮我写3个版本的分析"
# → 🔀 HYBRID
python scripts/router.py mode "调研LangChain并写一份报告"
# → 🎯 ORCHESTRATOR
python scripts/router.py mode "用三个角度分析这个方案"
# → 🔄 PIPELINE

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🎯 Orchestrator Mode (with tools, truly parallel)

Sub-agents launched via sessions_spawn. Each has full OpenClaw tools: web search, file read/write, code execution.

⚡ How parallelism works: Call multiple sessions_spawn in the same tool-call round — OpenClaw executes them simultaneously. All sub-agents run at once; the main agent collects all results when they finish.

Same round → parallel execution:

sessions_spawn(task="Search LangChain...") ──┐
sessions_spawn(task="Search CrewAI...")    ──┤→ all run simultaneously
sessions_spawn(task="Search AutoGen...")   ──┘
sessions_spawn(task="Search LangGraph...") ─┘

↓  (all finish, main agent receives all 4 results)

Main agent consolidates → writes full report

Sequential = spawn one, wait for result, then spawn next. Use this only when a later task depends on an earlier result (e.g. write report AFTER research is done).

How to spawn — always include role, model hint, and what to return:

# Parallel research: spawn all 4 in the same round → they run simultaneously
sessions_spawn({
    "task": "[CONTEXT] Comparing AI agent frameworks for a tech team report.\n\n[YOUR TASK] Search LangChain: architecture, pros/cons, GitHub stars, latest version. Return 5 bullet points ≤100 words each. Do NOT write a full report.",
    "label": "🔍 researcher-langchain [model: default]"
})
sessions_spawn({
    "task": "[CONTEXT] Same report.\n\n[YOUR TASK] Search CrewAI: architecture, pros/cons, GitHub stars, latest version. Return 5 bullet points ≤100 words each.",
    "label": "🔍 researcher-crewai [model: default]"
})
sessions_spawn({
    "task": "[CONTEXT] Same report.\n\n[YOUR TASK] Search AutoGen: architecture, pros/cons, GitHub stars, latest version. Return 5 bullet points ≤100 words each.",
    "label": "🔍 researcher-autogen [model: default]"
})
sessions_spawn({
    "task": "[CONTEXT] Same report.\n\n[YOUR TASK] Search LangGraph: architecture, pros/cons, GitHub stars, latest version. Return 5 bullet points ≤100 words each.",
    "label": "🔍 researcher-langgraph [model: default]"
})
# All 4 run in parallel → when all return, main agent consolidates and writes report

Mixed: parallel then sequential (most common pattern):

# Phase 1: parallel research (spawn all at once)
sessions_spawn({"task": "[CONTEXT] ...\n\n[TASK] Search LangChain. 5 bullets ≤100 words.", "label": "🔍 researcher-langchain"})
sessions_spawn({"task": "[CONTEXT] ...\n\n[TASK] Search CrewAI. 5 bullets ≤100 words.", "label": "🔍 researcher-crewai"})
sessions_spawn({"task": "[CONTEXT] ...\n\n[TASK] Search AutoGen. 5 bullets ≤100 words.", "label": "🔍 researcher-autogen"})

# Phase 2: after all 3 return → main agent writes report (sequential, depends on research)
# (main agent does this directly, no need to spawn a writer)

Key rules:

• ✅ Same round = parallel: spawn multiple agents at once for independent tasks
• ✅ Sequential: spawn one, wait for result, then spawn next — only when tasks depend on each other
• ✅ Sub-agents return summaries only (≤100 words per point)
• ✅ Main agent writes the full report (avoids token limit failures)
• ✅ Label each agent clearly: role + what model it's using
• ❌ Don't ask a sub-agent to both search AND write a long report

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🔄 Pipeline Mode (pure text, any task)

Runs agents via Python CLI. No web search, but works for any pure-text task: writing, analysis, translation, multi-model comparison, brainstorming, code generation.

cd ~/.openclaw/skills/claw-multi-agent

# Parallel: multiple agents tackle different angles simultaneously
python run.py --mode parallel \
  --agents "fast:🔍 researcher:summarize the pros of microservice architecture" \
           "fast:🔍 researcher:summarize the cons of microservice architecture" \
           "fast:🔍 researcher:list real-world companies using microservices and outcomes" \
           "smart:📊 analyst:compare microservices vs monolith for a 10-person startup" \
  --aggregation synthesize

# Sequential: chain agents, each builds on the previous output
python run.py --mode sequential \
  --agents "fast:📋 planner:break down how to build a REST API in Python" \
           "smart:💻 coder:implement the API based on the plan above" \
           "fast:🔎 reviewer:review the code for bugs and security issues" \
  --aggregation last

# Auto-route: router classifies task and picks tiers automatically
python run.py --auto-route --task "write a technical blog post about GRPO vs PPO"

# Dry-run: preview the plan without executing
python run.py --dry-run \
  --agents "fast:researcher:research X" "smart:writer:write report"

Pipeline mode works great for:

• Multi-angle analysis (spawn one agent per dimension)
• Multi-model comparison (same task, different models)
• Code pipeline (plan → code → review)
• Batch writing (translate/summarize N documents in parallel)

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🔀 Hybrid Mode (search + multi-draft)

Best of both worlds: sub-agents search the web (with tools), then multiple writers generate parallel drafts from the research.

When it kicks in: user wants both real-time research AND multiple versions to compare.

Phase 1 (Orchestrator — with tools, parallel):
  sessions_spawn(search topic A) ──┐
  sessions_spawn(search topic B) ──┤ → all run simultaneously
  sessions_spawn(search topic C) ──┘
  ↓ research summaries collected

Phase 2 (Pipeline — pure text, parallel):
  openclaw agent (writer style 1) ──┐
  openclaw agent (writer style 2) ──┤ → all run simultaneously
  openclaw agent (writer style 3) ──┘
  ↓ 3 draft versions returned

Main agent: compare drafts → pick best or synthesize

CLI usage:

# Auto: router detects hybrid intent and runs both phases
python run.py --mode hybrid --task "调研主流AI框架，给我3个不同风格的对比报告" --num-drafts 3

# Auto-mode: let router decide the mode automatically
python run.py --auto-mode --task "搜索竞品资料后写几个版本的分析"

In conversation (sessions_spawn approach):

# Phase 1: parallel research (spawn all at once)
sessions_spawn({"task": "[CONTEXT] ...\n\n[TASK] Search LangChain. 5 bullets.", "label": "🔍 research-langchain"})
sessions_spawn({"task": "[CONTEXT] ...\n\n[TASK] Search CrewAI. 5 bullets.", "label": "🔍 research-crewai"})
sessions_spawn({"task": "[CONTEXT] ...\n\n[TASK] Search AutoGen. 5 bullets.", "label": "🔍 research-autogen"})

# After all 3 return → Phase 2: main agent writes 3 draft versions itself
# (or spawn 3 pipeline agents with research as context)

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Smart Router

Built-in task classifier. Auto-picks the right tier based on keywords:

python scripts/router.py classify "write a Python web scraper"
# → Tier: CODE  (routes to smart model)

python scripts/router.py classify "research the latest LLM papers"
# → Tier: RESEARCH  (routes to fast model)

python scripts/router.py spawn --json --multi "research X and write a report"
# → splits into 2 tasks: RESEARCH + CREATIVE

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contextSharing: Give sub-agents background

Sub-agents start as fresh sessions — they don't know your goal. Add a [CONTEXT] block.

Pattern 1: recent (recommended — works for 95% of cases)

[CONTEXT] User is comparing AI agent frameworks for a team report. Audience: engineers.

[YOUR TASK] Search LangChain pros and cons. Return 5 bullet points ≤100 words each.

Pattern 2: summary (sequential tasks — pass prior results forward)

[PRIOR FINDINGS]
- LangChain: richest ecosystem, steep curve
- CrewAI: clean role separation...

[YOUR TASK] Based on above, search AutoGen. Return 3 unique points not covered above.

Pattern 3: full (complex background — let agent read a file)

[CONTEXT FILE] Read /workspace/research/context.md for full background.

[YOUR TASK] Search latest Test-Time Compute Scaling advances. Return 3 summaries.

Reuse context across parallel agents:

BG = "Researching RL post-training for ML engineers. Topics: GRPO/DAPO/PPO, veRL."

sessions_spawn({"task": f"[CONTEXT] {BG}\n\n[TASK] Search GRPO vs PPO benchmarks. 5 bullets ≤100 words.", "label": "🔍 researcher-grpo [model: default]"})
sessions_spawn({"task": f"[CONTEXT] {BG}\n\n[TASK] Search DAPO design. 5 bullets ≤100 words.", "label": "🔍 researcher-dapo [model: default]"})
sessions_spawn({"task": f"[CONTEXT] {BG}\n\n[TASK] Search veRL architecture. 5 bullets ≤100 words.", "label": "🔍 researcher-verl [model: default]"})

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Execution summary — always output this

After every multi-agent run, print a standard card:

## 📊 Execution Summary

Mode: 🎯 Orchestrator Mode (sessions_spawn, with tools)

| Agent | Role | Model | Time | Status |
|-------|------|-------|------|--------|
| 🔍 researcher-langchain | Researcher | default | 22s | ✅ |
| 🔍 researcher-crewai    | Researcher | default | 19s | ✅ |
| 🔍 researcher-autogen   | Researcher | default | 24s | ✅ |
| 🔍 researcher-langgraph | Researcher | default | 21s | ✅ |
| ✍️ main (consolidate)   | Writer     | default | 38s | ✅ |

Agents spawned: 4  |  Parallel time: ~24s  |  Serial equivalent: ~86s  |  Saved: ~62s (72%)

Always include:

• Mode (Orchestrator / Pipeline + Sequential/Parallel)
• Each agent's role emoji + name + model used
• Actual elapsed time per agent
• Total parallel time vs serial equivalent

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Preset roles

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⚠️ Gotchas

Gotcha 0: Reading files before announcing (most common mistake)

Investigating context before sending the activation announcement causes long silence and risks losing the announcement entirely due to context compression.

• ❌ Receive task → read operators.py → read README → announce → spawn
• ✅ Receive task → announce immediately (can say "analyzing task...") → read files → spawn

Gotcha 1: Sub-agent output token limit

Sub-agents have a ~4096 token output cap. Exceeded → tool args truncated → file writes silently fail.

• ❌ "search AND write a 2000-word report"
• ✅ Sub-agent returns summaries; main agent writes the report

Gotcha 2: Orchestrator Mode has no tools in Pipeline Mode

python run.py processes have no web_search, exec, etc.

• ❌ Pipeline mode: "search the latest news on X"
• ✅ Anything needing real web access → Orchestrator Mode

Gotcha 3: Parallel agents can't depend on each other

Agents spawned in the same round run simultaneously.

• ❌ Agent-2: "based on Agent-1's results..."
• ✅ Parallel = independent; sequential = chained

Gotcha 4: Don't hardcode agent count

Match agents to the task, not to a template.

• ❌ Always spawn exactly 3 agents
• ✅ Plan first, then decide: simple task → 2 agents, complex → 8+ agents

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Pipeline mode quick reference

python run.py
  --mode parallel|sequential
  --agents "tier_or_model:🎭role:task description"   # repeatable, any number
  --aggregation synthesize|compare|concatenate|last
  --timeout 300
  --dry-run          # preview without executing
  --auto-route       # router picks tiers automatically
  --list-models      # show current model config