multiagent-setup 1.15.2

multiagent-template

Scaffold a multi-agent AI workspace where a team of specialized agents — orchestrator, architect, developer, reviewer, DevOps, designer, and more — autonomously drives software from backlog to merged PR. You set direction; the agents handle execution.

<p align="center"> <img src="docs/demo.svg" alt="multiagent-setup demo" width="720"/> </p>

Quick Start

Recommended: one-liner bootstrap. Installs all deps (git, gh, jq, .NET 10, agent CLI) and creates the workspace in one shot.

# macOS / Linux
curl -fsSL https://raw.githubusercontent.com/Neftedollar/multiagent-template/main/bootstrap.sh | bash -s -- MyProject
curl -fsSL https://raw.githubusercontent.com/Neftedollar/multiagent-template/main/bootstrap.sh | bash -s -- MyProject --provider gemini

# Windows (PowerShell)
irm https://raw.githubusercontent.com/Neftedollar/multiagent-template/main/bootstrap.ps1 -OutFile bootstrap.ps1
.\bootstrap.ps1 MyProject
.\bootstrap.ps1 MyProject --provider codex

Already have git, gh, jq, and .NET 10 installed? (You don't need to know .NET — it's just the packaging mechanism.)

dotnet tool install -g multiagent-setup
multiagent-setup new MyProject                       # Claude (default)
multiagent-setup new MyProject --provider nessy      # Nessy CLI (Claude alias)
multiagent-setup new MyProject --provider codex      # OpenAI Codex
multiagent-setup new MyProject --provider qwen       # Qwen Code
multiagent-setup new MyProject --provider cursor     # Cursor IDE
multiagent-setup new MyProject --provider windsurf   # Windsurf IDE
multiagent-setup new MyProject --provider copilot    # GitHub Copilot
multiagent-setup new MyProject --provider gemini     # Google Gemini CLI
multiagent-setup new MyProject --provider all        # all providers at once

# Add a provider to an existing workspace (no need to recreate)
multiagent-setup add-provider cursor
multiagent-setup add-provider gemini --force   # overwrite existing files
multiagent-setup add-provider all              # add all providers at once

# Update an existing workspace to the latest templates
multiagent-setup update          # skip already-customised files
multiagent-setup update --force  # overwrite everything (CLAUDE.md preserved)

Then start working:

cd MyProject
claude          # or: nessy / codex / qwen-code / gemini (terminal agents)
                # or open in Cursor / Windsurf / VS Code (IDE agents)
/orchestrator Implement user authentication with JWT

What you get in 5 minutes:

• A workspace where agents run PLAN → BUILD → TEST → VERIFY → SHIP autonomously
• 20+ specialist roles installed in ~/.claude/commands/ — orchestrator, architect, developer, reviewer, DevOps, designer, and more
• Safety hooks active: dangerous commands blocked, commits enforced as conventional, files auto-linted on save
• One human touchpoint: review and merge the PR when the pipeline finishes

Why multiagent-template?

The problem: Asking a single AI agent to be architect, developer, reviewer, and DevOps all at once leads to context collapse, no accountability, and inconsistent quality.

The solution: A structured workspace where each agent plays a defined role in a gated pipeline:

PLAN → BUILD → TEST → VERIFY → SHIP

• Orchestrator coordinates — never writes code itself
• Architects design before developers build
• Reviewers validate independently after each step
• Safety hooks prevent dangerous commands, enforce commit conventions, auto-lint

Each step has an approval gate. Failures retry (3×) → helper role (2×) → human escalation. The human only sees escalations, not every step.

Supported Providers

Use --provider all to scaffold all providers (claude + nessy + codex + qwen + cursor + windsurf + copilot + gemini).

How It Works

One human (CEO) gives tasks. The Orchestrator agent breaks them into steps, picks the right specialist role, runs the pipeline, and delivers a PR. Human escalation is required only for: public content, breaking API changes, infra decisions with cost impact, or 5+ consecutive failures.

Pipeline types

Modes

Workspace Structure

MyProject/
├── CLAUDE.md                <- workspace context (read by AI on every session)
├── code/                    <- product repo (git-ignored)
├── docs/
│   ├── process.md           <- operational manual (pipeline source of truth)
│   ├── role-capabilities.md <- role index for dynamic orchestrator routing
│   └── workflows/           <- pipeline specs (WORKFLOW-*.md)
├── .claude/
│   ├── commands/            <- slash-command roles (synced from agency-agents)
│   ├── hooks/lint.json      <- auto-lint formatter config
│   ├── mcp.json             <- MCP server config
│   └── settings.json        <- hook configuration
├── .codex/                  <- Codex config (--provider codex)
│   └── skills/              <- orchestrator skill pre-loaded
└── tools/
    ├── completions.zsh      <- zsh completions
    └── completions.ps1      <- PowerShell completions

Bringing in an existing codebase:

multiagent-setup new MyProject
cd MyProject
git clone https://github.com/my-org/my-repo code/MyProject
# Edit CLAUDE.md to describe the project → done

Hook System

All hooks are compiled into the multiagent-setup binary — no shell scripts, no platform quirks.

Agent Roles

20+ specialist roles from agency-agents, installed at workspace creation time.

The orchestrator routes dynamically via docs/role-capabilities.md — no hardcoded assignments. If no role fits, it creates an ad-hoc role on the fly.

Infrastructure (Optional)

AGE Graph

Graph knowledge base on PostgreSQL + Apache AGE, connected via age-mcp. Stores modules, pipelines, role bindings, security findings, code insights. Grows with every task.

O'Brien

Semantic memory on pgvector — cross-session context, task locking, crash recovery.

multiagent-setup install-mcps             # interactive Docker setup
multiagent-setup install-mcps --manual    # enter connection strings manually

Examples

See examples/ for concrete workflows:

• SaaS Starter — foundation, auth, billing, autonomous sessions
• Open Source Maintainer — bug triage, PR reviews, releases

CLI Reference

multiagent-setup new <project> [org] [--provider claude|nessy|codex|qwen|cursor|windsurf|copilot|gemini|all]
multiagent-setup add-provider <provider> [--force]   # add provider to existing workspace
multiagent-setup update [--force]                    # update workspace templates to latest version
multiagent-setup sync-roles [--clone|--pull] [--agency-dir <path>]
multiagent-setup install-mcps [--docker|--manual] [--age-conn <str>] [--obrien-conn <str>]
multiagent-setup hook <name>
multiagent-setup -v | --version

Requirements

bootstrap.sh / bootstrap.ps1 install everything automatically on a clean machine.

Contributing

Templates live in tools/setup-cli/Templates/. Each provider gets its own directory under providers/. See CONTRIBUTING.md for setup instructions and how to add a new provider.

FAQ

Does this work with projects that already have code?
Yes. The workspace wraps your existing repo: multiagent-setup new MyProject creates the workspace, then clone your repo into code/MyProject/.

How do I use multiple providers?
Run multiagent-setup new MyProject --provider all to scaffold all providers at once.

What does the orchestrator do when I'm not watching?
In CEO Mode it waits for your next task. In Autonomous mode (claude -p), it picks tasks from the GitHub Project backlog and escalates only for defined edge cases.

Can I add custom roles?
Yes. Create a .md file in .claude/commands/ with a name: frontmatter field. The orchestrator uses it automatically, and can also create ad-hoc roles on the fly.

Русская версия | Landing page