
Blog Platform
A full-stack blogging platform with authentication, role-based access control, and content management features.
The Problem
Many blogging platforms are either too complex for small projects or provide limited control over authentication and content management. I built this project to understand how a complete blogging system works from user authentication to publishing articles.
Engineering Challenges
Building a secure authentication flow while allowing administrators to manage content required careful route protection, JWT validation, and backend authorization.
Step-by-Step Workflow
1. Authentication Layer
Users authenticate using JWT-based authentication. Protected routes ensure only authenticated users can access dashboard functionality, while administrators have additional privileges for managing content.
2. Content Management
Blog posts are created, updated, and deleted through REST APIs. The backend validates incoming requests before storing articles in MongoDB.
3. Client Experience
React provides a responsive interface for browsing articles, while administrators can manage posts through a dedicated dashboard with role-based permissions.
Why This Architecture?
Separating the frontend and backend helped me understand how client applications communicate with REST APIs while keeping authentication and business logic centralized on the server.
Key Features
- JWT-based authentication.
- Role-based access control.
- Create, update, and delete blog posts.
- Protected dashboard for administrators.
- Responsive React interface built with Tailwind CSS.
Performance
REST APIs return only the data required by the client, keeping communication between the frontend and backend simple and predictable.
Trade-offs
Using JWT authentication requires careful token management and secure route protection to prevent unauthorized access.
Lessons Learned
This project gave me practical experience building authentication systems, designing REST APIs, managing role-based authorization, and developing CRUD applications using the MERN stack.