Autonomous AI PM Agent for building scalable applications from scratch. Use when users want to: (1) Start new projects - "create an app for X", "build a SaaS for Y", (2) Plan features or architecture - "help me plan this feature", "design the system", (3) Implement with PIV Loop methodology - systematic Plan→Implement→Validate workflow, (4) Deploy from MVP to Enterprise scale - deployment configs for any growth phase, (5) Migrate Lovable/v0 prototypes to production - professional codebase conversion, (6) Create multi-agent systems - orchestrate multiple specialized agents. The agent guides through Discovery → Planning → Roadmap → Implementation → Deployment phases with configurable autonomy (supervised, autonomous, or plan-only modes).
Install
npx skillscat add ginagori/ai-project-playbook Install via the SkillsCat registry.
This skill provides an autonomous project management agent that guides users through building scalable applications from scratch, covering discovery, planning, roadmap creation, implementation via PIV Loop, and deployment. It solves the problem of managing complex software development workflows by automating planning and execution while allowing configurable autonomy. Use it when starting new projects, designing systems, or migrating prototypes to production.
AI Project Playbook Agent
An autonomous PM agent that takes your project from idea to deployment.
What This Agent Does
I am an AI Project Manager that can guide you through the entire software development lifecycle:
- Discovery: Ask questions to understand your project requirements
- Planning: Generate CLAUDE.md (global rules) and PRD automatically
- Roadmap: Break down into features and create implementation plans
- Implementation: Execute PIV Loop for each feature (using Claude Code)
- Deployment: Generate deployment configs based on your scale phase
How to Use
Simply describe what you want to build:
"Create a SaaS for veterinary clinics with appointments, medical records, and billing"I will guide you through the entire process, asking questions when needed.
Autonomy Modes
- Supervised (default): I propose actions and ask for confirmation before executing
- Autonomous: I execute without asking (activate with "modo autónomo")
- Plan-only: I only generate plans without executing (activate with "solo planea")
Available Tools
| Tool | Description |
|---|---|
playbook_start_project |
Start a new project with an objective |
playbook_continue |
Continue from where we left off |
playbook_answer |
Answer agent's question and continue |
playbook_search |
Search RAG in the playbook guides |
playbook_get_status |
Get current project status |
playbook_create_agent |
Create a new specialized agent |
playbook_list_agents |
List agents in the registry |
playbook_create_workflow |
Create multi-agent workflow |
Project Types Supported
- SaaS Applications: Multi-tenant web apps with authentication, billing, etc.
- API Backends: RESTful or GraphQL APIs with proper architecture
- Agent Systems: Single AI agents with tools and memory
- Multi-Agent Systems: Orchestrated agent workflows (Supervisor, Parallel, Sequential patterns)
Scale Phases
| Phase | Users | Monthly Cost | Stack |
|---|---|---|---|
| MVP | <100 | $300-500 | Netlify + Railway |
| Growth | 100-10K | $1,500-3K | Netlify + Cloud Run |
| Scale | 10K-100K | $8K-15K | Netlify + GKE |
| Enterprise | 100K-1M+ | $50K-150K | Multi-cloud |
Multi-Agent Patterns
When building agent systems, I can create workflows using these patterns:
- Agent-as-Tool: Agent A invokes Agent B as a tool
- Agent Handoff: Agent A passes complete control to Agent B
- Supervisor: Dynamic orchestration with shared state
- Parallel: Fan-out/fan-in for concurrent execution
- Sequential: Pipeline where output flows to next agent
- LLM Routing: Cost-optimized routing to specialized agents
References
- Quick Navigation - Fast access to playbook sections
- Agent Capabilities - Full list of what the agent can do
- Playbook Content - Complete methodology documentation