The objective of this project is to create a fully functional Instagram clone that allows users to register, create profiles, upload photos, follow other users, like and comment on posts, and explore a feed of content. The project will serve as a hands-on learning experience, allowing the team to gain practical skills in full-stack development, including frontend and backend technologies, user authentication, cloud deployment, and responsive design.

• Implement user registration
• Allow users to log in and log out securely.
• Handle authentication using JWT
• Set up password reset functionality.*

• Allow users to create and update their profiles, including a profile picture, bio, and username.
• Implement a public profile page where other users can view the profile, including a list of photos and follower/following counts.
• Include an edit profile option for users to update their information.

• Enable users to upload photos with captions.
• Implement image processing (e.g., resizing, cropping) using libraries like Pillow.
• Store uploaded photos securely using AWS S3.
• Display photos in a user’s profile and feed.

• Allow users to follow and unfollow other users.
• Implement a following system where users can see posts from the users they follow in their feed.
• Include follower and following counts on user profiles.

• Enable users to like and unlike photos.
• Implement a commenting system where users can add comments to photos.
• Display the number of likes and comments on each photo.
• Implement real-time updates for likes and comments.

• Create a personalized feed showing photos from followed users.
• Optimize the feed with infinite scrolling for a smooth user experience.
• Implement a "Discover" page where users can find new content based on trending tags, popular posts, or suggested users.*

• Design a responsive user interface that works seamlessly on desktops, tablets, and mobile devices.
• Use Tailwind CSS to create a modern, mobile-friendly design.
• Ensure that all pages, including profiles, feeds, and photo uploads, are responsive.

• Build the user interface using React.
• Use React Router for navigation between different pages.
• Implement state management using React hooks or Redux.
• Integrate Axios or Fetch API for communication with the backend.

• Use Django for handling the backend logic and database management.
• Set up Django REST Framework (DRF) to create RESTful APIs for frontend-backend communication.
• Implement user authentication and authorization using Django’s built-in features and JWT for token-based authentication.
• Use PostgreSQL as the database to store user information, photos, comments, likes, and other relevant data.

• Deploy the application on AWS using services like EC2, RDS (for PostgreSQL), and S3 (for photo storage).
• Set up an AWS S3 bucket for securely storing uploaded images.
• Implement CI/CD pipelines using AWS CodePipeline or other tools for automated testing and deployment.
• Monitor application performance and errors using AWS CloudWatch.