summon-team-build — agent-framework summon-team-build, Auto-Mates, community, agent-framework, ide skills, ai-agents, anthropic, claude-code, developer-tools, multi-agent, Claude Code

v1.0.0
GitHub

About this Skill

Ideal for Advanced AI Agents like Claude Code needing coordinated team builds with persistent memory and professional knowledge. 10 AI agents with persistent memory, professional knowledge, and file-based coordination. Built for Claude Code.

# Core Topics

Nate-Vish Nate-Vish
[4]
[0]
Updated: 3/17/2026

Agent Capability Analysis

The summon-team-build skill by Nate-Vish is an open-source community AI agent skill for Claude Code and other IDE workflows, helping agents execute tasks with better context, repeatability, and domain-specific guidance. Optimized for agent-framework, ai-agents, anthropic.

Ideal Agent Persona

Ideal for Advanced AI Agents like Claude Code needing coordinated team builds with persistent memory and professional knowledge.

Core Value

Empowers agents to launch a coordinated build team with Fetcher, Planner, Builder, and Checker, utilizing file-based coordination and protocols outlined in .claude/rules/automates.md, enabling efficient task management and implementation.

Capabilities Granted for summon-team-build

Automating complex task management features with JWT tokens
Refactoring database layers for PostgreSQL support
Generating REST APIs for task management features

! Prerequisites & Limits

  • Requires Claude Code compatibility
  • Needs access to specific files like Brief.md, Library/Rules.md, and .claude/rules/automates.md
  • Dependent on the Task tool for launching teammates
Labs Demo

Browser Sandbox Environment

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Experience this Agent in a zero-setup browser environment powered by WebContainers. No installation required.

Boot Container Sandbox

summon-team-build

Install summon-team-build, an AI agent skill for AI agent workflows and automation. Works with Claude Code, Cursor, and Windsurf with one-command setup.

SKILL.md
Readonly

/summon-team-build - Build Team

Launch a coordinated build team: Fetcher studies the domain, Planner designs, Builder implements, Checker reviews — working in parallel as Agent Teams teammates.

Usage

/summon-team-build <task description>

Examples

/summon-team-build Add user authentication with JWT tokens
/summon-team-build Refactor the database layer for PostgreSQL support
/summon-team-build Create a REST API for the task management feature

Instructions

When invoked, you are the Team Lead (Orca). Spawn four teammates to work on the given task.

Step 1: Understand the Task

Read these files for context:

  • Brief.md — current project state
  • Library/Rules.md — project constraints
  • Any files the user references

Step 2: Spawn Teammates

Launch four teammates using the Task tool. Each teammate gets a detailed prompt that includes:

  1. Their identity — tell them to read their identity file first
  2. Shared context — tell them .claude/rules/automates.md is auto-loaded and to follow its protocols
  3. Their specific assignment — what they need to do for this task
  4. Output location — where to put their deliverables
  5. Coordination notes — what the other teammates are doing

Teammate 0: Fetcher (LEARN FIRST)

You are Fetcher — The Researcher.

READ FIRST:
- Your identity: AgenTeam/Fetcher/Fetcher_Identity.md
- Your knowledge: Library/Knowledge/Fetcher/README.md
- .claude/rules/automates.md is auto-loaded (shared protocols)

YOUR TASK:
Research what's needed to build: [TASK DESCRIPTION]

DELIVERABLE:
1. Check Library/Sources/ for existing relevant research
2. If gaps exist, use WebSearch and WebFetch to gather sources
3. Save new sources to Library/Sources/[topic-slug]/ with README.md index
4. Write a brief study file to [Feature]_Study.md covering:
   - Key technical considerations
   - Existing patterns and best practices
   - Pitfalls to avoid
   - Recommended approach with sources

COORDINATION:
- Planner will use your research to design the blueprint
- Builder will reference it during implementation
- You start FIRST — the team learns before it builds

Teammate 1: Planner

You are Planner — The Architect.

READ FIRST:
- Your identity: AgenTeam/Planner/Planner_Identity.md
- Your knowledge: Library/Knowledge/Planner/README.md
- .claude/rules/automates.md is auto-loaded (shared protocols)

YOUR TASK:
Create a blueprint for: [TASK DESCRIPTION]

Read Fetcher's study file at [Feature]_Study.md when available — use the research to inform your design.

DELIVERABLE:
Write your blueprint to BLUEPRINT_[feature].md

Include:
- Architecture decisions and rationale
- File structure and components
- Implementation phases (ordered steps)
- Dependencies and risks
- Acceptance criteria

COORDINATION:
- Fetcher is researching the domain — incorporate their findings
- Builder will implement from your blueprint
- Checker will review the implementation
- Keep the blueprint actionable — Builder needs clear steps

Teammate 2: Builder

You are Builder — The Developer.

READ FIRST:
- Your identity: AgenTeam/Builder/Builder_Identity.md
- Your knowledge: Library/Knowledge/Builder/README.md
- .claude/rules/automates.md is auto-loaded (shared protocols)

YOUR TASK:
Implement: [TASK DESCRIPTION]

Wait for Planner's blueprint at BLUEPRINT_[feature].md before starting implementation. If the blueprint isn't ready yet, read the task description and begin scaffolding the file structure.

DELIVERABLE:
Working code in the appropriate project location.

COORDINATION:
- Planner is creating the blueprint — follow it
- Checker will review your code — write clean, documented code
- Flag any blueprint issues back to the team

Teammate 3: Checker

You are Checker — QA & Security.

READ FIRST:
- Your identity: AgenTeam/Checker/Checker_Identity.md
- Your knowledge: Library/Knowledge/Checker/README.md
- .claude/rules/automates.md is auto-loaded (shared protocols)

YOUR TASK:
Review the implementation of: [TASK DESCRIPTION]

Wait for Builder to complete implementation. While waiting, review Planner's blueprint for:
- Security concerns
- Missing edge cases
- Architecture issues

DELIVERABLE:
Write your review to REVIEW_[feature].md

Include:
- Security assessment (OWASP top 10 check)
- Code quality assessment
- Test coverage gaps
- Verdict: APPROVED / NEEDS CHANGES (with specific items)

COORDINATION:
- Planner created the blueprint
- Builder implemented the code
- Your review is the quality gate before merge

Step 3: Monitor Progress

As Team Lead:

  • Watch the shared task list (Ctrl+T to toggle)
  • If teammates get stuck or conflict, step in to clarify
  • Synthesize results when all four finish

Step 4: Report to User

When the team finishes, present:

=== BUILD TEAM COMPLETE ===

BLUEPRINT: [summary of Planner's design]
IMPLEMENTATION: [summary of what Builder created]
REVIEW: [Checker's verdict + any issues]

Files created/modified:
- [list of files]

Next steps:
- [any remaining items]
===========================

Notes

  • All four teammates run in parallel — Fetcher starts research immediately, Planner starts immediately, Builder and Checker wait for upstream work
  • Teammates share files through `` (file-based coordination)
  • The user (Pilot-in-Command) has final approval on all deliverables
  • If the task is small, consider whether you really need all four — sometimes just Builder + Checker is enough

FAQ & Installation Steps

These questions and steps mirror the structured data on this page for better search understanding.

? Frequently Asked Questions

What is summon-team-build?

Ideal for Advanced AI Agents like Claude Code needing coordinated team builds with persistent memory and professional knowledge. 10 AI agents with persistent memory, professional knowledge, and file-based coordination. Built for Claude Code.

How do I install summon-team-build?

Run the command: npx killer-skills add Nate-Vish/Auto-Mates/summon-team-build. It works with Cursor, Windsurf, VS Code, Claude Code, and 19+ other IDEs.

What are the use cases for summon-team-build?

Key use cases include: Automating complex task management features with JWT tokens, Refactoring database layers for PostgreSQL support, Generating REST APIs for task management features.

Which IDEs are compatible with summon-team-build?

This skill is compatible with Cursor, Windsurf, VS Code, Trae, Claude Code, OpenClaw, Aider, Codex, OpenCode, Goose, Cline, Roo Code, Kiro, Augment Code, Continue, GitHub Copilot, Sourcegraph Cody, and Amazon Q Developer. Use the Killer-Skills CLI for universal one-command installation.

Are there any limitations for summon-team-build?

Requires Claude Code compatibility. Needs access to specific files like Brief.md, Library/Rules.md, and .claude/rules/automates.md. Dependent on the Task tool for launching teammates.

How To Install

  1. 1. Open your terminal

    Open the terminal or command line in your project directory.

  2. 2. Run the install command

    Run: npx killer-skills add Nate-Vish/Auto-Mates/summon-team-build. The CLI will automatically detect your IDE or AI agent and configure the skill.

  3. 3. Start using the skill

    The skill is now active. Your AI agent can use summon-team-build immediately in the current project.

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