## **Project: "TeamSync" - Real-time Collaborative Task Manager** **What makes this perfect for demo:** - Multiple agents can work in parallel on different components - Showcases cross-repository coding - Demonstrates deployment and testing - Real-world complexity but achievable in 10-15 minutes **Project Structure:** ``` teamsync/ ├── frontend/ # React + TypeScript + Tailwind ├── backend/ # Node.js + Express + Socket.io ├── database/ # PostgreSQL setup ├── deployment/ # Docker + Vercel config └── docs/ # Auto-generated documentation ``` **Demo Script for Warp 2.0:** **Agent 1 - Frontend Development:** ``` "Build a React TypeScript application for a collaborative task manager. Include: - User authentication with JWT - Real-time task updates with Socket.io - Drag-and-drop kanban board using react-beautiful-dnd - Tailwind CSS for styling - Team member invitation system Set up the project structure and implement all components." ``` **Agent 2 - Backend API:** ``` "Create a Node.js Express backend for the task manager with: - REST API for user authentication (register, login, JWT) - Socket.io for real-time collaboration - PostgreSQL integration with Prisma ORM - API endpoints for tasks, teams, and user management - Rate limiting and security middleware Include proper error handling and validation." ``` **Agent 3 - Database & Testing:** ``` "Set up PostgreSQL database schema and testing suite: - Design database schema for users, teams, tasks, and real-time events - Create Prisma migrations and seed data - Write Jest unit tests for API endpoints - Set up integration tests for real-time functionality - Create database backup and migration scripts" ``` **Agent 4 - Deployment & DevOps:** ``` "Handle deployment and infrastructure: - Create Dockerfile for backend containerization - Set up Vercel deployment for frontend - Configure PostgreSQL on Railway or Supabase - Create GitHub Actions for CI/CD - Set up monitoring with error tracking Deploy the complete application and provide live URLs." ``` 🧠 This project is brilliant for demonstrating Warp 2.0 because it requires coordination between multiple complex systems—exactly where traditional development tools fall apart. Each agent needs to understand the others' work, share context through Warp Drive, and coordinate timing. The real-time aspects also showcase Warp's ability to handle complex, stateful applications.