📦 CursorXone
An in-depth look at the CursorXone, built to provide seamless shopping experiences with efficient user authentication, product management, and a smooth checkout process.
🔍 Project Overview
CursorXOne is a website where users join a shared canvas with custom cursors, enabling real-time interaction, gaming, and chat. This Node.js application is a real-time server that manages user connections, rooms, tables, and cursor movements. It uses Express.js for the web server, Socket.IO for real-time communication, and MongoDB for data persistence.
Key Features:
- Authentication System: Uses JSON Web Tokens (JWT) for secure authentication.
- Product Management: Admin can manage products with a dedicated dashboard.
- Order Tracking: Customers can view and track their orders in real-time.
- Payment Integration: Integrated with Stripe API for fast and secure payment processing.
- Responsive Design: Fully optimized for both mobile and desktop users.
🛠 Tech Stack
Here are the technologies that made this project possible:
| Technology | Role | Badge |
|---|---|---|
| React | Frontend library for building the user interface |  |
| Node.js | Backend JavaScript runtime |  |
| Express | Web framework for building the API |  |
| MongoDB | NoSQL database for storing product and user data |  |
| Stripe API | Payment gateway for handling transactions |  |
🖼️ UI Preview
Here’s a preview of what the platform looks like for end users:
Admin Dashboard for managing products
⚙️ Project Breakdown
Authentication:
The authentication system is built using JWT tokens, providing secure and scalable user management. Users can register, login, reset passwords, and maintain sessions across devices.
Product Management:
Admins can create, update, and delete products. Products are stored in MongoDB with detailed schemas including pricing, categories, and inventory levels.
Payment Gateway:
The payment system is integrated with Stripe API, ensuring PCI-compliant transactions. It supports credit/debit cards, and users receive real-time notifications of order success/failure.
🚀 Challenges & Solutions
Challenge: Scaling the Product Database
With hundreds of products, maintaining fast read/write operations was critical. Solution: Implemented indexing on MongoDB collections and optimized queries for faster retrieval.
Challenge: Securing Payment Information
Sensitive data such as payment details needed to be protected. Solution: Integrated Stripe as a PCI-compliant payment processor, handling sensitive data externally.
🧩 Next Steps
- Feature Enhancements: Adding a user review system and recommendation engine based on purchase history.
- Performance Improvements: Improving server response times by caching frequently accessed data using Redis.
🌐 Live Demo & Source Code
✨ Conclusion
The E-Commerce Platform is designed for both users and admins, balancing ease of use and robust functionality. With a focus on security, scalability, and UX, this project represents a modern approach to online retail.