In this video, we build a complete Zomato Clone using a microservices architecture, just like real food delivery platforms.

This project includes real-time order tracking, live rider navigation, role-based dashboards, sound notifications, and a scalable backend powered by RabbitMQ and Docker.

🔗 Source Code : https://www.smalltowncoder.online
🌐RabbitMQ and Aws Guide: https://drive.google.com/file/d/1zCPzq7nQPKkq2m4vseQg7CoRVw19m1Cx/view?usp=drive_link
🗺️Address Page Google Drive Link: https://drive.google.com/file/d/1jdlmcZFb9wPTVJaM0029JrkLubyeTJz9/view?usp=sharing

The application supports multiple roles:
• Customer
• Restaurant (Seller)
• Delivery Partner (Rider)
• Admin (Verification & Management)

The backend is divided into 6 independent microservices:
• Auth Service
• Restaurant Service
• Rider Service
• Admin Service
• Realtime Service (Socket.IO)
• Utils Service (File Uploads & Payments)

For communication between services, RabbitMQ is used as a message broker and is deployed on AWS using Docker.

Real-time features include:
• Live order status updates
• Real-time rider location tracking
• Navigation for riders to delivery locations
• Customers can track the delivery partner live on the map
• Sound notifications for order received and delivery accepted

Payments are handled using two gateways:
• Razorpay (for Indian users)
• Stripe (for global users)

The entire project is dockerized and deployed:
• Backend microservices on Render
• Frontend on Vercel

This project is perfect for developers who want to learn:
• Microservices architecture in Node.js
• Real-time systems using Socket.IO
• Message queues using RabbitMQ
• Payment gateway integration
• Docker & production deployment
• How apps like Zomato work internally

⏰ Timestamps

00:00:00 – Introduction & Prerequisites    
00:01:44 – How to Get the Source Code  
00:03:32 – Demo  
00:21:41 – Project Structure Overview  
00:25:47 – Auth Service & Setting Up the Frontend  
03:55:45 – Restaurant Service, Frontend & Utils Service (Upload Functionality)  
09:02:48 – Adding Add-to-Cart Functionality  
10:31:32 – Creating Address APIs and Page  
11:05:46 – Creating Order APIs  
12:07:00 – Setting Up RabbitMQ for Payments & Creating Razorpay Payment APIs  
12:55:50 – Checkout Page  
14:18:43 – Creating Stripe Payment API & Integrating It into the Frontend  
14:46:51 – Creating Realtime Service & Showing Realtime Orders on Restaurant Dashboard  
17:39:44 – Rider Service & Frontend  
21:56:04 – Creating Realtime Location Tracking for User & Rider  
23:02:43 – Fixing Protected Routes & Creating Admin Services  
24:03:28 – Dockerizing & Deploying the Project  

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Building a Production-Ready Zomato Clone with Microservices, RabbitMQ & Real-Time Tracking