Full Self-Service Ecosystem for Creative Spaces

Based on your project outline, I'll create a serverless architecture for your self-service ecosystem that can be deployed on AWS. This solution will enable users to book and use creative spaces without human interaction.

Architecture Overview

Let's build a serverless application using AWS services that will handle all the requirements in your project outline:

AWS Serverless Architecture

This project implements a full self-service ecosystem for creative spaces using AWS serverless architecture. Here's how the system works:

1. Frontend Application: A Next.js web application that provides the user interface for booking and managing creative spaces.

2. Backend Services: AWS Lambda functions that handle various aspects of the application:

   • User management
   • Booking management
   • Payment processing
   • Smart lock control
   • File management
   • Notifications
3. Database: DynamoDB tables for storing user data, bookings, payments, and files 12.
4. Storage: S3 bucket for storing user files (photos, videos, etc.).

5. Integration Points:

   • Payment gateway (Midtrans/Xendit)
   • Smart lock system
   • WhatsApp API for notifications
   • Cloud storage (Google Drive/Dropbox) 3

Key Features Implemented

1. Self-Service Studio:

   • Booking system with date and time selection
   • Equipment add-ons
   • Smart lock access via PIN
   • Auto-start lighting and camera presets
   • File auto-upload to cloud

2. Live Streaming Room:

   • Preset room settings
   • One-click streaming start
   • Timer and cloud backup

3. Editing Café:

   • QR/PIN login to workstations
   • Auto-start timer and software
   • Add time via app

4. Event Hall:

   • Layout and equipment selection
   • Self check-in via QR
   • Auto-reminders

5. User Dashboard:

   • Booking management
   • Payment history
   • File access
   • Reward points

Deployment Instructions

To deploy this application to AWS:

1. Install the Serverless Framework:

   npm install -g serverless

2. Configure your AWS credentials:

   serverless config credentials --provider aws --key YOUR_ACCESS_KEY --secret YOUR_SECRET_KEY

3. Set up environment variables for third-party integrations:

   export MIDTRANS_SERVER_KEY=your_midtrans_server_key export MIDTRANS_CLIENT_KEY=your_midtrans_client_key export SMART_LOCK_API_KEY=your_smart_lock_api_key export WHATSAPP_API_KEY=your_whatsapp_api_key

4. Deploy the application:

   serverless deploy

This will create all the necessary AWS resources (Lambda functions, API Gateway, DynamoDB tables, S3 bucket) and deploy your application.

Next Steps

1. Implement actual integrations with payment gateways, smart lock systems, and notification services.
2. Add authentication and authorization using AWS Cognito.
3. Set up monitoring and logging with AWS CloudWatch.
4. Implement CI/CD pipeline for automated deployments.

Please make sure to add the following environment variables to your project:

Createx: Self-Service Studio Booking Platform

Based on your updated requirements, I'll create a web application that can be deployed immediately to Vercel or other hosting platforms. This implementation uses Firebase for authentication, database, and storage, with Midtrans Sandbox for payments.

Deployment Instructions

This application is now ready to be deployed to Vercel or any other hosting platform. Here's how to deploy it:

Deploying to Vercel

1. Set up Firebase Project:

   • Create a new Firebase project at firebase.google.com
   • Enable Authentication (Email/Password)
   • Create a Firestore database
   • Get your Firebase configuration (API keys, etc.)

2. Deploy to Vercel:

   • Connect your GitHub repository to Vercel

   • Add the following environment variables in your Vercel project settings:

     NEXT_PUBLIC_FIREBASE_API_KEY=your_api_key NEXT_PUBLIC_FIREBASE_AUTH_DOMAIN=your_auth_domain NEXT_PUBLIC_FIREBASE_PROJECT_ID=your_project_id NEXT_PUBLIC_FIREBASE_STORAGE_BUCKET=your_storage_bucket NEXT_PUBLIC_FIREBASE_MESSAGING_SENDER_ID=your_messaging_sender_id NEXT_PUBLIC_FIREBASE_APP_ID=your_app_id
   • Deploy your project

3. Set up Firestore Security Rules:

   • Configure security rules to protect your data

   • Example rules:

     rules_version = '2'; service cloud.firestore { match /databases/{database}/documents { // Allow users to read and write their own data match /users/{userId} { allow read, write: if request.auth != null && request.auth.uid == userId; } // Allow users to read and write their own bookings match /bookings/{bookingId} { allow create: if request.auth != null; allow read, update, delete: if request.auth != null && (resource.data.userId == request.auth.uid || get(/databases/$(database)/documents/users/$(request.auth.uid)).data.role == 'admin'); } // Admin access match /{document=**} { allow read, write: if request.auth != null && get(/databases/$(database)/documents/users/$(request.auth.uid)).data.role == 'admin'; } } }

Deploying to Other Platforms

The application can also be deployed to other platforms like Netlify, Firebase Hosting, or any platform that supports Next.js applications.

Features Implemented

1. User Authentication:

   • Register and login with Firebase Authentication
   • User roles (admin/user)

2. Booking System:

   • Select service type (photo/video studio, streaming, editing, event hall)
   • Choose date and time
   • Add equipment
   • Review and confirm booking

3. Payment Processing:

   • Integration with Midtrans Sandbox (simulated)
   • Payment confirmation

4. Admin Dashboard:

   • View all bookings
   • Approve or reject bookings
   • Filter and search bookings

5. User Dashboard:

   • View upcoming bookings
   • View booking history
   • Access booking details and PIN codes

This implementation follows the Waterfall SDLC model as specified in your updated requirements and uses Firebase for authentication, database, and storage, making it immediately deployable to Vercel or other hosting platforms.

Please make sure to add the following environment variables to your project: