Ecommerce App
Description
This project focuses on the development of a hybrid e-commerce platform, which includes both a mobile application and a web application. The platform is designed to provide users with efficient tools to manage purchases, sales and personal data, as well as security options and usage preferences.
Features
- User Authentication: Secure login and registration functionality.
- Shopping Cart: Add, remove, and update products in a shopping cart.
- Wishlist: Save products to a wishlist for future purchase.
- Search and Filtering: Advanced search and filtering options to find products easily.
- Responsive Design: Optimized for mobile and desktop viewing.
- User account management for buyers and sellers
- Purchase and sales history
Technologies
- Frontend: Android Studio with Kotlin
- Version Control: GitHub
- Design: Figma
Inventory — AI-powered Smart Pantry
Detect, name, classify, and store ingredients in Firebase
Features
- Inventory Management: Add, delete, and view items.
- Image Upload: Upload from files or capture directly from the camera.
- Automatic Image Detection: Google Cloud Vision API extracts the item name from the image.
- Recipe Suggestions: OpenAI API suggests recipes based on your pantry.
Technologies
- React for UI
- Material-UI for components
- Firebase (Storage + Database)
- Google Cloud Vision API (label detection)
- OpenAI API (recipe suggestions)
Usage
- Search Items: filter with the search field.
- Add Items: “Add New Item” → upload image, take a photo, or use auto-detection.
- Delete Items: “Remove” on any item card.
- Recipe Suggestions: click the lightbulb icon to get ideas from your pantry.
EcoVentus: AI-Driven UAV Monitoring Platform
Description
EcoVentus is an advanced AI-powered platform designed to optimize UAV (Unmanned Aerial Vehicle) operations for industries like environmental monitoring, renewable energy, and agriculture. By combining real-time data collection, route planning, and analytics, EcoVentus enables precise, efficient, and sustainable solutions for monitoring and managing key resources.
The platform integrates a web-based interface to control and visualize UAV missions, leveraging artificial intelligence to detect patterns, analyze data, and support informed decision-making.
Features
- Real-Time Monitoring: Visualize UAV flight paths and data collection in real-time.
- Customizable Drone Configuration: Adjust parameters such as altitude, speed, and mission priority.
- AI-Driven Insights: Automatically detect and analyze patterns in collected data.
- Interactive Dashboard: View mission priority scores and flight times, download Waypoint (WP) files for custom UAV configurations, visualize routes on a detailed map.
- Scalable Use Cases: Renewable energy, agriculture, and environmental assessment.
Technologies Used
- Frontend: Next.js, React.js, CSS3, JavaScript, Leaflet.js, React Router, Google Fonts
- Backend: Flask, Node.js, Python
- Database: MongoDB
- Cloud: Huawei Cloud
Upcoming Projects
-
Innovative Social App
Currently in development: A platform focused on connecting users through shared values and soft skills, built using Swift.