Interactive Movie Review Website Development
Budget: ₹1,500 – ₹12,500 INR
Develop a Movie Review Website that allows users to browse movies fetched from the
TMDB (The Movie Database) API, authenticate their accounts, manage their favorite
movies, and engage with other users through comments. The application should feature a
responsive and visually appealing user interface, ensuring an excellent user experience
across various devices.
Objectives
● Frontend Development: Utilize React to build a dynamic and responsive user
interface.
● Backend Development: Implement server-side logic using Node.js and Express.
● Database Management: Use MongoDB to store user data, favorites, and comments.
● API Integration: Integrate the TMDB API to fetch and display movie data.
● Authentication: Implement secure user authentication and authorization
mechanisms.
● User Interaction: Enable users to manage favorites and participate in discussions
through comments.
Technologies to Use
● Frontend: React, Redux (optional for state management), CSS/SCSS, Bootstrap or
Material-UI (optional for styling)
● Backend: Node.js, Express.js
● Database: MongoDB (using Mongoose for ORM)
● Authentication: JWT (JSON Web Tokens), bcrypt for password hashing
● API Integration: TMDB API
● Version Control: Git & GitHub (or any other repository platform)
● Deployment: Optional (e.g., Heroku, Netlify, Vercel)
Features to Implement
1. User Authentication
○ Registration: Users can create an account with a username, email, and
password.
○ Login/Logout: Users can log in and log out securely.
○ Password Security: Passwords must be hashed before storage.
○ Protected Routes: Certain features accessible only to authenticated users.
2. Movie Browsing
○ Fetch Movies: Retrieve and display movies from the TMDB API.
○ Search Functionality: Allow users to search for movies by title.
○ Filter & Sort: Enable filtering by genres, release date, rating, etc., and sorting
options.
3. Favorites Management
○ Add to Favorites: Authenticated users can add movies to their favorites list.
○ View Favorites: Users can view and manage their list of favorite movies.
○ Remove from Favorites: Users can remove movies from their favorites.
4. Comments System
○ Post Comments: Authenticated users can post comments on movie details
pages.
○ View Comments: Display a list of comments for each movie.
○ Edit/Delete Comments: Users can edit or delete their own comments.
5. User Interface
○ Responsive Design: Ensure the website is responsive across desktops,
tablets, and mobile devices.
○ Navigation: Intuitive navigation bar with links to Home, Favorites, Profile, etc.
○ Movie Details Page: Detailed view of each movie, including synopsis,
ratings, cast, etc.
○ Loading States & Error Handling: Provide feedback during data fetching
and handle errors gracefully.
6. Additional Features (Optional)
○ User Profiles: Allow users to edit their profiles, upload avatars, etc.
○ Ratings: Enable users to rate movies.
○ Real-time Notifications: Inform users of new comments or favorite updates.
Project Requirements
Functional Requirements
1. Authentication
○ Implement secure user registration and login.
○ Protect routes that require authentication.
2. Movie Data Integration
○ Use the TMDB API to fetch real-time movie data.
○ Handle API keys securely (do not expose them on the frontend).
3. Favorites Management
○ Allow users to add/remove movies to/from their favorites.
○ Persist favorites in the database associated with the user.
4. Comments System
○ Enable users to post, edit, and delete comments.
○ Display comments in chronological order with the commenter’s information.
5. User Interface
○ Develop a clean, intuitive, and responsive UI.
○ Ensure accessibility standards are met (e.g., proper alt texts, ARIA labels).
Non-Functional Requirements
1. Performance
○ Optimize API calls to reduce load times.
○ Implement pagination or infinite scrolling for movie lists.
2. Security
○ Protect against common web vulnerabilities (e.g., XSS, CSRF).
○ Securely store sensitive information (e.g., passwords, API keys).
3. Scalability
○ Design the application structure to accommodate future features and
increased load.
4. Maintainability
○ Write clean, modular, and well-documented code.
○ Use version control effectively with meaningful commit messages.
TMDB (The Movie Database) API, authenticate their accounts, manage their favorite
movies, and engage with other users through comments. The application should feature a
responsive and visually appealing user interface, ensuring an excellent user experience
across various devices.
Objectives
● Frontend Development: Utilize React to build a dynamic and responsive user
interface.
● Backend Development: Implement server-side logic using Node.js and Express.
● Database Management: Use MongoDB to store user data, favorites, and comments.
● API Integration: Integrate the TMDB API to fetch and display movie data.
● Authentication: Implement secure user authentication and authorization
mechanisms.
● User Interaction: Enable users to manage favorites and participate in discussions
through comments.
Technologies to Use
● Frontend: React, Redux (optional for state management), CSS/SCSS, Bootstrap or
Material-UI (optional for styling)
● Backend: Node.js, Express.js
● Database: MongoDB (using Mongoose for ORM)
● Authentication: JWT (JSON Web Tokens), bcrypt for password hashing
● API Integration: TMDB API
● Version Control: Git & GitHub (or any other repository platform)
● Deployment: Optional (e.g., Heroku, Netlify, Vercel)
Features to Implement
1. User Authentication
○ Registration: Users can create an account with a username, email, and
password.
○ Login/Logout: Users can log in and log out securely.
○ Password Security: Passwords must be hashed before storage.
○ Protected Routes: Certain features accessible only to authenticated users.
2. Movie Browsing
○ Fetch Movies: Retrieve and display movies from the TMDB API.
○ Search Functionality: Allow users to search for movies by title.
○ Filter & Sort: Enable filtering by genres, release date, rating, etc., and sorting
options.
3. Favorites Management
○ Add to Favorites: Authenticated users can add movies to their favorites list.
○ View Favorites: Users can view and manage their list of favorite movies.
○ Remove from Favorites: Users can remove movies from their favorites.
4. Comments System
○ Post Comments: Authenticated users can post comments on movie details
pages.
○ View Comments: Display a list of comments for each movie.
○ Edit/Delete Comments: Users can edit or delete their own comments.
5. User Interface
○ Responsive Design: Ensure the website is responsive across desktops,
tablets, and mobile devices.
○ Navigation: Intuitive navigation bar with links to Home, Favorites, Profile, etc.
○ Movie Details Page: Detailed view of each movie, including synopsis,
ratings, cast, etc.
○ Loading States & Error Handling: Provide feedback during data fetching
and handle errors gracefully.
6. Additional Features (Optional)
○ User Profiles: Allow users to edit their profiles, upload avatars, etc.
○ Ratings: Enable users to rate movies.
○ Real-time Notifications: Inform users of new comments or favorite updates.
Project Requirements
Functional Requirements
1. Authentication
○ Implement secure user registration and login.
○ Protect routes that require authentication.
2. Movie Data Integration
○ Use the TMDB API to fetch real-time movie data.
○ Handle API keys securely (do not expose them on the frontend).
3. Favorites Management
○ Allow users to add/remove movies to/from their favorites.
○ Persist favorites in the database associated with the user.
4. Comments System
○ Enable users to post, edit, and delete comments.
○ Display comments in chronological order with the commenter’s information.
5. User Interface
○ Develop a clean, intuitive, and responsive UI.
○ Ensure accessibility standards are met (e.g., proper alt texts, ARIA labels).
Non-Functional Requirements
1. Performance
○ Optimize API calls to reduce load times.
○ Implement pagination or infinite scrolling for movie lists.
2. Security
○ Protect against common web vulnerabilities (e.g., XSS, CSRF).
○ Securely store sensitive information (e.g., passwords, API keys).
3. Scalability
○ Design the application structure to accommodate future features and
increased load.
4. Maintainability
○ Write clean, modular, and well-documented code.
○ Use version control effectively with meaningful commit messages.