My Projects

Fake News Analysis System

AI-Powered News Authenticity Verification

A comprehensive system for analyzing and detecting potential fake news by comparing articles and their contexts. The project uses advanced AI and semantic analysis to identify discrepancies between original and modified content, helping users verify the authenticity of news articles. The system features a modern web interface for article comparison and provides detailed analysis of content similarities and differences.

Next.js

Used for the frontend to create a modern, responsive web application with server-side rendering capabilities.

Tailwind CSS

Utilized for styling the frontend with a utility-first CSS framework, ensuring a clean and responsive design.

ASP.NET Core 8.0

Powering the backend API with a robust, scalable architecture following clean architecture principles.

PostgreSQL

Primary database system for storing article data, user information, and analysis results.

Entity Framework Core

ORM framework for database operations and data modeling in the .NET backend.

Docker

Containerization technology used to package and deploy both frontend and backend services consistently.

MinIO

Object storage service for handling file uploads and media content.

AI/ML Services

Integrated AI services for semantic analysis and content comparison, including cosine similarity and custom AI models for detecting differences.

Microservices Architecture

Split into specialized services including audio analysis, visual analysis, and context analysis APIs.

TaskBlaster

Modern Task Management System with Real-time Notifications

TaskBlaster is a full-stack task management application that helps teams organize, track, and collaborate on tasks efficiently. The system features real-time notifications, secure authentication, and a modern user interface. It's built with a microservices architecture, separating concerns between task management, notifications, and user interface components.

Next.js

Used for the frontend to create a modern, server-side rendered React application with excellent performance and SEO capabilities.

Chakra UI

Provides a comprehensive component library for building a beautiful and accessible user interface.

.NET Core

Powers the backend API and notification services, offering robust performance and enterprise-grade features.

PostgreSQL

Serves as the primary database for storing task data and Hangfire job information.

Docker

Enables containerization of all services, ensuring consistent deployment and easy scaling.

Auth0

Handles secure authentication and authorization for the application.

Mailjet

Integrated for sending email notifications to users.

View on GitHub

Pizza Lair

Your Ultimate Pizza Ordering Experience

A comprehensive pizza ordering website that offers multiple ways to explore and order pizzas. The platform features a restaurant-style menu view, a detailed order page with comprehensive pizza descriptions and ingredients, and a special deals section including 2-for-1 offers, family deals, and pizza of the month. The website includes user authentication for registration and login functionality, making it a complete e-commerce solution for pizza ordering.

Django

Used as the main web framework for building a robust and scalable backend with built-in admin interface and ORM capabilities.

PostgreSQL

Implemented as the primary database system, hosted on Google Cloud, for storing user data, menu items, and order information.

Python

Core programming language used for backend development and server-side logic.

JavaScript

Utilized for frontend interactivity and dynamic user interface features.

HTML/CSS

Used for structuring and styling the website's frontend, creating a responsive and user-friendly interface.

View on GitHub

Doctor Cinema

Your Ultimate Icelandic Cinema Companion

A React Native mobile application that provides real-time information about movies and showtimes across cinemas in Iceland. The app connects to the kvikmyndir.is API to fetch and display current movie listings, cinema locations, and showtime information. Users can browse cinemas, view detailed movie information including plots, genres, and trailers, and purchase tickets directly through the app.

React Native

Used as the primary framework for building a cross-platform mobile application with native UI components and smooth performance.

Redux Toolkit

Implemented for state management, handling cinema, movie, and user data across the application.

React Navigation

Used for implementing navigation between different screens with a stack navigator, providing a seamless user experience.

Expo

Utilized as the development platform for easier building and testing of the React Native application.

kvikmyndir.is API

External API integration for fetching real-time movie and cinema data from Icelandic theaters.

View on GitHub

Tic-Tackity-Toe

Real-time Multiplayer Tic-tac-toe Game

A modern, real-time multiplayer implementation of the classic Tic-tac-toe game. This project features a responsive web application that allows users to play against each other in real-time, with features including user authentication, game state management, and live updates using WebSocket technology. The application provides a seamless gaming experience with a clean, modern UI built using UIkit framework.

React

Used as the frontend framework to build a responsive and interactive user interface with component-based architecture.

TypeScript

Implemented throughout the project to ensure type safety and better code maintainability in both frontend and backend.

Socket.IO

Enables real-time bidirectional communication between the client and server for live game updates and player interactions.

Express

Powering the backend server to handle API requests and manage game sessions.

Redux Toolkit

Used for state management to handle game state, user authentication, and application data efficiently.

UIkit

Provides a modern, responsive UI framework for creating a polished and professional look.

View on GitHub