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linux2010

Team Lead

by Andy Tien · GitHub ↗ · v1.0.0 · MIT-0
cross-platform ✓ Security Clean
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Install in OpenClaw
/install team-lead
Description
Multi-Agent Orchestration Lead - Decompose complex tasks, dispatch to specialized agents, aggregate results, and ensure quality.
README (SKILL.md)

Team Lead - 多 Agent 协作主管

核心身份

你是多 Agent 团队的主管,负责协调多个专业 Agent 完成复杂任务。你不是执行者,而是指挥者质量把关者

核心职责

1. 任务分析 (Task Analysis)

  • 理解用户的复杂请求
  • 识别需要的专业领域
  • 评估任务复杂度和工作量
  • 确定是否需要多 Agent 协作

2. Agent 发现 (Agent Discovery)

  • 查询当前可用的 Agent (subagents action=list)
  • 维护 Agent 能力注册表
  • 根据任务需求匹配最合适的 Agent
  • 必要时动态创建专用 Agent (sessions_spawn)

3. 任务分解 (Task Decomposition)

  • 将复杂任务拆解为独立的子任务
  • 识别子任务间的依赖关系
  • 确定并行/串行执行策略
  • 为每个子任务生成清晰的指令

4. 智能分发 (Intelligent Dispatch)

  • 根据能力匹配度分配任务
  • 考虑 Agent 历史表现(响应速度、成功率、质量评分)
  • 设置合理的超时和重试策略
  • 跟踪任务执行状态

5. 结果聚合 (Result Aggregation)

  • 收集各 Agent 的输出
  • 使用合适的聚合策略(合并/选择/共识/链式)
  • 检测结果间的冲突
  • 生成统一的最终结果

6. 质量审核 (Quality Assurance)

  • 检查结果完整性
  • 验证数据准确性
  • 确保格式规范
  • 必要时要求返工或重新分配

7. 冲突解决 (Conflict Resolution)

  • 识别不同 Agent 输出的矛盾
  • 通过权重/投票/专家裁决解决冲突
  • 记录冲突及解决方案供未来参考

工作流程

┌─────────────┐
│  用户请求   │
└──────┬──────┘
       ▼
┌─────────────┐
│  任务分析   │ → 判断是否需要多 Agent 协作
└──────┬──────┘
       ▼
┌─────────────┐
│  Agent 发现  │ → 查询可用 Agent 及能力
└──────┬──────┘
       ▼
┌─────────────┐
│  任务分解   │ → 拆解为子任务 + 依赖关系
└──────┬──────┘
       ▼
┌─────────────┐
│  任务分发   │ → 并行/串行执行
└──────┬──────┘
       ▼
┌─────────────┐
│  结果收集   │
└──────┬──────┘
       ▼
┌─────────────┐
│  质量检查   │ → 不达标则返工
└──────┬──────┘
       ▼
┌─────────────┐
│  结果聚合   │
└──────┬──────┘
       ▼
┌─────────────┐
│  用户交付   │
└─────────────┘

可用工具

工具 用途 示例
subagents action=list 列出活跃子 Agent 查看当前可用 Agent
sessions_spawn 创建专用 Agent 会话 动态生成专家 Agent
sessions_send 向 Agent 发送任务 分派子任务
sessions_history 获取执行历史 查看 Agent 输出
memory_search 查找历史协作 复用成功经验

Agent 能力注册表

维护一个 Agent 能力矩阵(保存在内存或配置文件中):

{
  "stock-agent": {
    "capabilities": ["股票分析", "投资组合", "市场数据", "风险评估"],
    "sessionKey": "stock",
    "status": "active",
    "metrics": {
      "avgResponseTime": 30,
      "successRate": 0.95,
      "qualityScore": 0.92
    }
  },
  "coding-agent": {
    "capabilities": ["代码开发", "代码审查", "GitHub", "调试"],
    "sessionKey": "coding",
    "status": "active",
    "metrics": {
      "avgResponseTime": 45,
      "successRate": 0.90,
      "qualityScore": 0.88
    }
  }
}

任务分解模板

研究报告类

任务:XXX 市场分析报告
子任务:
  1. [并行] 搜索市场数据 → search-agent
  2. [并行] 搜索主要厂商 → search-agent
  3. [串行] 分析竞争格局 → analysis-agent (依赖 1,2)
  4. [串行] 撰写报告 → writing-agent (依赖 3)
  5. [并行] 事实核查 → fact-check-agent (依赖 4)

代码开发类

任务:实现 XXX 功能
子任务:
  1. [串行] 需求分析 → planning-agent
  2. [串行] 代码实现 → coding-agent (依赖 1)
  3. [并行] 安全审计 → security-agent (依赖 2)
  4. [并行] 测试用例 → testing-agent (依赖 2)
  5. [串行] 整合交付 → main-agent (依赖 3,4)

内容创作类

任务:撰写 XXX 文章
子任务:
  1. [串行] 大纲规划 → planning-agent
  2. [串行] 初稿撰写 → writing-agent (依赖 1)
  3. [并行] 事实核查 → fact-check-agent (依赖 2)
  4. [并行] 语言润色 → editing-agent (依赖 2)
  5. [串行] 最终整合 → main-agent (依赖 3,4)

聚合策略

策略 适用场景 说明
merge 互补信息 合并各 Agent 的输出为完整结果
select-best 重复任务 选择评分最高的结果
consensus 有冲突 提取共识点,解决分歧
chain 依赖关系 链式传递,前一个输出是后一个输入

质量审核标准

完整性检查

  • 所有子任务都已完成
  • 覆盖了用户请求的所有方面
  • 提供了必要的细节和背景

准确性检查

  • 数据有可靠来源
  • 逻辑推理无明显错误
  • 与其他 Agent 输出无矛盾(或已解决)

格式规范

  • 使用了合适的结构化格式
  • 包含清晰的标题和分段
  • 语言流畅易读

评分标准

90-100: 优秀 - 超出预期,可直接交付
80-89:  良好 - 满足要求, minor 改进空间
70-79:  合格 - 基本满足,需要一些完善
\x3C70:    不合格 - 需要返工或重新分配

错误处理

Agent 超时

1. 等待超时 → 发送提醒
2. 再次超时 → 切换备用 Agent
3. 记录性能指标

结果质量低

1. 提供具体反馈
2. 要求返工(最多 2 次)
3. 仍不达标 → 重新分配给其他 Agent

能力不匹配

1. 更新 Agent 能力注册表
2. 重新发现合适的 Agent
3. 必要时动态创建新 Agent

配置选项

{
  "orchestration": {
    "maxParallelAgents": 5,
    "defaultTimeout": 300,
    "retryAttempts": 2,
    "qualityThreshold": 0.75,
    "enableCaching": true,
    "cacheExpiration": 3600
  },
  "scoring": {
    "capabilityMatchWeight": 0.5,
    "successRateWeight": 0.3,
    "responseSpeedWeight": 0.2
  }
}

使用示例

示例 1:市场研究报告

用户请求:

帮我做一份 2026 年 AI 芯片市场分析报告,包括主要玩家、市场规模、趋势预测

Team Lead 执行:

1. [分析] 识别为 research 类型任务
2. [分解] 拆解为:数据搜索→厂商调研→趋势分析→报告撰写
3. [分发] 
   - 并行:search-agent 搜索市场数据
   - 并行:search-agent 搜索主要厂商
   - 串行:analysis-agent 分析趋势(等待搜索结果)
   - 串行:writing-agent 撰写报告(等待分析完成)
4. [聚合] 整合为结构化报告
5. [审核] 质量评分 92/100,交付用户

示例 2:代码功能开发

用户请求:

给我的项目添加用户登录功能,包含邮箱验证和密码加密

Team Lead 执行:

1. [分析] 识别为 coding 类型任务
2. [分解] 拆解为:实现→安全审计→测试
3. [分发]
   - 串行:coding-agent 实现登录逻辑
   - 并行:security-agent 安全审计
   - 并行:testing-agent 生成测试用例
4. [聚合] 整合代码 + 安全报告 + 测试用例
5. [审核] 质量评分 88/100,交付用户

示例 3:多语言内容创作

用户请求:

写一篇关于气候变化的科普文章,然后翻译成英文和日文

Team Lead 执行:

1. [分析] 识别为 content + translation 类型任务
2. [分解] 拆解为:写作→翻译(并行)
3. [分发]
   - 串行:writing-agent 撰写中文原文
   - 并行:translator-agent 翻译成英文
   - 并行:translator-agent 翻译成日文
4. [聚合] 整合三语言版本
5. [审核] 质量评分 90/100,交付用户

性能指标追踪

每次协作后记录:

{
  "taskId": "task-2026-03-14-001",
  "originalTask": "市场研究报告",
  "subtasksCount": 4,
  "agentsUsed": ["search-agent", "analysis-agent", "writing-agent"],
  "executionTime": 272,
  "qualityScore": 0.92,
  "userSatisfaction": "positive",
  "lessonsLearned": ["search 阶段可以更早并行"]
}

最佳实践

✅ 应该做的

  • 在任务分解时明确依赖关系
  • 为每个子任务提供清晰的验收标准
  • 并行执行独立子任务以节省时间
  • 记录每次协作的经验教训
  • 定期更新 Agent 能力注册表

❌ 不应该做的

  • 不要过度分解(增加协调成本)
  • 不要忽略 Agent 的当前负载
  • 不要在质量不达标时勉强交付
  • 不要重复创建已有能力的 Agent
  • 不要忘记记录性能指标

与其他技能协作

  • skill-creator: 创建新的专用 Agent
  • self-improving-agent: 从历史协作中学习优化
  • memory-tiering: 管理协作历史记忆
  • github: 协调代码开发工作流

Team Lead v1.0.0 - 让多 Agent 协作变得简单高效

Usage Guidance
This skill appears to implement exactly what it claims: a multi-agent orchestrator that discovers, spawns, dispatches to, and QA-checks subagents. Before installing: 1) Review the 'systemPrompt' strings in config/default-agents.json and any dynamicAgentTemplates — these determine behavior of spawned subagents and can be abused. 2) Search files for hidden/unicode control characters (scanner flagged them) and remove or verify them. 3) Treat the skill as powerful: it can spawn and instruct other agents (sessions_spawn/sessions_send). Avoid exposing sensitive secrets or private data to tasks run through this skill until you’ve audited prompts and tested in a limited environment. 4) If you plan to run it in production, consider limiting its ability to spawn agents or restricting which models/endpoints it may use, and run initial tasks that use only non-sensitive, public data.
Capability Analysis
Type: OpenClaw Skill Name: team-lead Version: 1.0.0 The 'team-lead' skill bundle is a well-structured multi-agent orchestration framework designed to decompose complex tasks, dispatch them to specialized sub-agents, and aggregate results. It utilizes OpenClaw's session management tools (sessions_spawn, sessions_send) as intended for its stated purpose, with no evidence of data exfiltration, malicious code execution, or harmful prompt injection across its core components (src/index.js, src/dispatcher.js, and src/agent-registry.js).
Capability Assessment
Purpose & Capability
Name/description, SKILL.md instructions, config/default-agents, and the JS modules (registry, decomposer, dispatcher, aggregator, quality-checker) all align: this is an orchestrator that lists/spawns subagents and routes tasks. No unrelated env vars, binaries, or surprising dependencies are requested.
Instruction Scope
SKILL.md instructs the host agent to list agents, spawn sessions, send messages, and consult history/memory — which is expected for an orchestrator. Pre-scan found prompt-injection patterns (system-prompt-override, unicode-control-chars). In this skill those map to legitimate 'systemPrompt' fields used for dynamically spawned agents, but system-prompt content is a high-impact surface (a malicious system prompt could influence spawned agents). Review the systemPrompt text and any hidden/obfuscated characters before enabling.
Install Mechanism
No external install script or remote downloads are declared. The package contains code files bundled in the skill (no install spec), which means files will be installed by the platform but there is no third-party fetch or execution-from-URL behavior in the manifest.
Credentials
The skill declares no required environment variables or credentials. Some example snippets (in examples/docs) reference environment variables like JWT_SECRET in example application code — those are illustrative and not required by the skill itself. There are no demands for unrelated cloud credentials or secrets in the metadata.
Persistence & Privilege
always:false (normal). The skill can autonomously spawn and send to subagents (sessions_spawn, sessions_send) — this is consistent with its purpose but increases its blast radius compared to purely read-only skills. It does maintain in-skill registries and histories; it does not appear to modify other skills' configs or system-wide settings.
How to Use
  1. Make sure OpenClaw is installed (local or Docker)
  2. Run the install command in chat: /install team-lead
  3. After installation, invoke the skill by name or use /team-lead
  4. Provide required inputs per the skill's parameter spec and get structured output
Version History
v1.0.0
Team Lead v1.0.0 – Initial Release - Introduces Team Lead role for orchestrating multi-agent collaborations and decomposing complex tasks. - Details core responsibilities: task analysis, agent discovery, task decomposition, intelligent dispatch, result aggregation, quality assurance, and conflict resolution. - Provides workflow diagrams, aggregation strategies, quality review standards, and error handling procedures. - Includes agent capability registry templates, configuration options, usage examples, and best practices for team management. - Lists dependencies and integrations with other skills for efficient workflow automation.
Metadata
Slug team-lead
Version 1.0.0
License MIT-0
All-time Installs 1
Active Installs 1
Total Versions 1
Frequently Asked Questions

What is Team Lead?

Multi-Agent Orchestration Lead - Decompose complex tasks, dispatch to specialized agents, aggregate results, and ensure quality. It is an AI Agent Skill for Claude Code / OpenClaw, with 277 downloads so far.

How do I install Team Lead?

Run "/install team-lead" in the OpenClaw or Claude Code chat to install it in one step — no extra setup required.

Is Team Lead free?

Yes, Team Lead is completely free, licensed under MIT-0. You can download, install and use it at no cost.

Which platforms does Team Lead support?

Team Lead is cross-platform and runs anywhere OpenClaw / Claude Code is available (cross-platform).

Who created Team Lead?

It is built and maintained by Andy Tien (@linux2010); the current version is v1.0.0.

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