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This application is an Instagram Follower Analyzer designed to help users compare their Instagram followers and following lists to identify who has unfollowed them. Users can upload HTML files containing their followers and following data, which the app processes to provide insights into their Instagram account.

To use the app, users need to upload two HTML files: one for their followers and another for their following. After uploading, they can click a button to compare the lists. The app will then display the results, including lists of unfollowers, mutual followers, and analytics about their account.

The application is built using React and TypeScript, leveraging various libraries and technologies such as Radix UI for tabs, Lucide for icons, and Recharts for data visualization. It also utilizes Tailwind CSS for styling and responsive design.

Key features of the app include:
- File upload functionality for followers and following data.
- Comparison results displayed in a tabbed interface, allowing users to view unfollowers, mutual followers, and analytics.
- Analytics dashboard providing insights such as total followers, total following, follow-back rate, and engagement metrics.
- Language toggle feature to switch between English and Chinese.
- Instructions modal guiding users on how to obtain their Instagram data for upload.

Overall, this app provides a comprehensive tool for Instagram users to manage their follower relationships and gain insights into their account activity.

The Mumbai Rickshaw Fare Calculator is a web application designed to help users calculate the fare for auto rickshaw rides in Mumbai. The app utilizes GPS tracking to provide real-time fare calculations based on distance traveled, waiting time, and applicable surcharges, such as night rates.

To use the app, users need to enable location services on their device. Once location access is granted, they can start their journey by tapping the "START" button. The app will automatically track the distance and waiting time during the ride. When the journey is complete, users can tap the "STOP TRIP" button to end the session and view the final fare.

The application is built using modern web technologies, including TypeScript, React, and Tailwind CSS for styling. It is deployed on Vercel and is designed to function as a Progressive Web App (PWA), allowing users to install it on their devices for easy access. The app also features a service worker for offline capabilities and improved performance.

Key features of the Mumbai Rickshaw Fare Calculator include:
- Real-time fare calculation based on distance and waiting time.
- Automatic tracking of the user's location during the ride.
- Night surcharge calculations for rides taken between 12 AM and 5 AM.
- A fare chart displaying current rates for different distances.
- Instructions for users on how to effectively use the app.
- PWA capabilities, allowing users to install the app on their devices.

Overall, the Mumbai Rickshaw Fare Calculator provides a user-friendly interface for accurately estimating rickshaw fares, making it a valuable tool for both residents and visitors in Mumbai.

Mumbai rickshaw fare

This application is a decentralized exchange platform style website, designed to facilitate trading across various blockchain networks. It provides users with a seamless and efficient trading experience while promoting the benefits of decentralized finance (DeFi).

To use the app, users can navigate through different sections, including a home page that features a hero section, mission statement, multichain support, and tokenomics information. Users can also participate in events like the "Tour de DeXcellence," where they can earn rewards by completing tasks. The app includes interactive elements such as a lucky wheel for rewards and a daily check-in feature to engage users.

The application is built using modern web technologies, including Next.js for server-side rendering and React for building user interfaces. It utilizes Tailwind CSS for styling, ensuring a responsive and visually appealing design. The app also integrates various Radix UI components for accessibility and usability, such as modals, tooltips, and dropdown menus.

Key features of the app include:
- A visually engaging hero section with pixel art animations.
- A multichain support section showcasing various blockchain networks.
- Interactive reward systems, including a lucky wheel and daily check-ins.
- A user-friendly navigation system with tabs for different functionalities.
- Responsive design that adapts to mobile and desktop views.
- Integration with wallet services for connecting and managing user accounts.

Overall, PixelSwap aims to simplify the DeFi experience while providing users with engaging and interactive features to enhance their trading journey.

Pixels style website

This application is a mobile interface designed to emulate a classic BlackBerry operating system experience. It provides users with essential communication and productivity tools, including messaging, email, calendar, and contacts management, all within a cohesive user interface.

To use the app, users can navigate through various screens using a bottom navigation bar or by selecting options from a menu. The main features include:

1. **Messaging Hub**: Users can view and manage their SMS and email conversations. The hub displays a list of recent conversations, allowing users to see unread messages, reply, or call directly from the interface.

2. **Email Client**: This feature allows users to manage their email accounts, view incoming messages, and perform actions such as replying, forwarding, or deleting emails. Users can also filter emails by folders like Inbox, Sent, and Drafts.

3. **Calendar App**: Users can view their schedule, add new events, and navigate through the calendar by month or week. The app displays upcoming events and allows users to join or reschedule them.

4. **Contacts Management**: Users can view and manage their contacts, including options to call, email, or send SMS directly from the contact list.

5. **Security Center**: This feature provides users with an overview of their device's security status, including active security features and alerts for unusual activities.

6. **Settings Panel**: Users can customize their device settings, including connectivity options, display settings, and security preferences.

The application is built using TypeScript and React, leveraging components for UI elements such as buttons, cards, and inputs. It employs a responsive design to ensure usability across different screen sizes, maintaining a classic BlackBerry aesthetic while providing modern functionality.

Key features include:
- Intuitive navigation through a bottom bar and menu options.
- Real-time updates for messages and emails.
- A visually organized calendar with event management capabilities.
- Security features to keep user data safe.
- Customizable settings for a personalized user experience.

Overall, this app aims to provide a nostalgic yet functional experience for users who appreciate the classic BlackBerry interface while integrating modern mobile application features.

Blackberry os remake

This app is a comprehensive news platform designed to provide users with the latest updates and in-depth analyses of current events, particularly focusing on Yemen and the surrounding region. The application features a user-friendly interface that allows users to navigate through various news categories, including politics, economy, society, and more.

To use the app, users can browse the homepage to view featured news articles, trending topics, and the latest updates. They can also subscribe to a newsletter to receive news directly in their email. The app includes a comment section for user engagement, allowing readers to share their thoughts on articles and interact with other users.

The app is built using modern web technologies, including TypeScript and React for the frontend, with a focus on responsive design to ensure compatibility across devices. It utilizes a component-based architecture, leveraging reusable UI components for consistency and maintainability. The app also incorporates state management for handling user interactions and data updates.

Key features of the app include:
- A dynamic homepage showcasing featured articles and breaking news alerts.
- Categorized news sections for easy navigation.
- A comment system that allows users to engage with articles and reply to other comments.
- A subscription form for users to sign up for newsletters.
- Statistics counters displaying site metrics such as visitor counts and subscriber numbers.
- Advertisement banners for monetization.
- A dark mode toggle for user preference.
- An admin dashboard for managing comments, articles, and user interactions.

Overall, this app aims to deliver timely news and foster community discussions while providing a seamless user experience.

This app is a personal website for Chinmay Adhvaryu, an AI Product Manager. It serves as a digital portfolio showcasing Chinmay's current activities, past experiences, and projects. The website is built using React and Next.js, leveraging TypeScript for type safety and Tailwind CSS for styling.

To use the app, users can navigate through various sections that highlight Chinmay's professional journey. The homepage features a welcoming introduction, links to social media profiles, and a downloadable resume. Users can explore Chinmay's current work, which includes a project focused on AI and satellite data for emission detection in rice farming. The site also lists past experiences, detailing roles in product strategy and development, as well as notable projects like an AI-powered podcast summarization app.

Key features of the app include a responsive design that adapts to different screen sizes, a clean and modern aesthetic with a dark mode option, and interactive elements such as underlined links that change color on hover. The app utilizes Google Fonts for typography, ensuring a visually appealing text presentation. Overall, this personal website effectively communicates Chinmay's professional background and ongoing projects in the field of AI product management.

The Gothic Font Editor is a web application designed to allow users to customize and visualize their names in various gothic font styles. The app provides an interactive interface where users can input their name, select a font style, and adjust the font size to see real-time changes.

To use the app, users simply enter their name in the designated input field. They can then choose between two gothic font styles: UniFraktur Maguntia and Cinzel, using a dropdown selection. Additionally, users can adjust the font size using a slider, which ranges from 20 to 120 pixels. The selected font style and size are immediately reflected in a preview area, allowing users to see how their name appears in the chosen font.

The app is built using TypeScript and React, leveraging the Next.js framework for server-side rendering and routing. It incorporates Google Fonts for the gothic typefaces and utilizes custom UI components for input, selection, and sliders. The overall design features a dark theme, enhancing the visual appeal of the gothic fonts.

Key features of the Gothic Font Editor include:
- Input field for entering a name.
- Dropdown menu for selecting between two gothic font styles.
- Slider for adjusting font size dynamically.
- Real-time preview of the name in the selected font style and size.
- A responsive design that adapts to different screen sizes.

This application serves as a creative tool for users interested in typography and design, providing a simple yet effective way to experiment with gothic fonts.

Gothic Font Editor

This application is an interactive portfolio designed to mimic the Windows 10 desktop environment, providing users with a familiar interface to explore various professional and personal information. The app allows users to navigate through different sections, including projects, skills, education, and contact information, all presented as interactive folders and applications.

To use the app, users start at a login screen where they can enter their credentials. Once logged in, they are greeted with a desktop interface featuring icons for various applications. Users can double-click these icons to open corresponding windows, which can be moved, resized, minimized, or closed, similar to a real desktop experience. The taskbar at the bottom provides quick access to pinned applications and system functions, while the Start Menu allows users to search for and launch additional applications.

The app is built using React.js and Next.js, leveraging Framer Motion for animations and CSS Modules for styling. Key features include a realistic Windows 10 UI, interactive windows, a file explorer for browsing content, and simulated browsers for accessing external sites like GitHub and LinkedIn. The application also includes a loader animation during the initial loading phase and responsive design to ensure usability across different screen sizes.

Overall, this portfolio application serves as a creative way to showcase skills and projects while providing an engaging user experience that mimics a traditional desktop environment.

portfoliothefstack

The TradieConnect app is a platform designed to connect homeowners with verified tradespeople, commonly referred to as "tradies." The app allows users to browse a variety of tradies based on their specific needs, post job requests, and receive quotes from professionals in their area.

To use the app, homeowners can create an account and log in to access features such as browsing tradies, posting jobs, and managing their projects. Tradies can also create profiles to showcase their services, receive job requests, and manage their quotes and projects. The app includes a user-friendly interface with search and filter options to help users find the right tradie based on location, specialty, and availability.

The app is built using modern web technologies, including TypeScript and React for the frontend, and utilizes a PostgreSQL database for data management. It employs a responsive design to ensure usability across various devices, and leverages Tailwind CSS for styling.

Key features of the TradieConnect app include:
- A searchable database of verified tradies, complete with ratings, reviews, and service descriptions.
- The ability for homeowners to post job requests, detailing their project needs, budget, and timeline.
- A messaging system that allows direct communication between homeowners and tradies.
- A dashboard for both homeowners and tradies to manage their profiles, projects, and quotes.
- A review system that enables users to leave feedback on tradies' work, helping to maintain quality and trust within the community.
- Secure payment options to ensure safe transactions between homeowners and tradies.

Overall, TradieConnect aims to simplify the process of finding and hiring quality tradespeople while providing a reliable platform for tradies to connect with potential clients.

Mobile Platform Requirements

This application is a web-based platform designed for purchasing and managing eSIMs in Myanmar. It allows users to select from various telecom operators, complete necessary KYC (Know Your Customer) documentation, and process payments for eSIM activation. The app is built using modern web technologies, including React, TypeScript, and Tailwind CSS, ensuring a responsive and visually appealing user interface.

Users can navigate through the app to explore different eSIM plans, view guidelines for SIM card registration, and access announcements from the Myanmar Post and Telecommunications Department (PTD). The application features a checkout process where users can input their personal information, upload required identification documents, and make payments via a QR code system integrated with Myanmar Pay.

Key features of the app include:

1. **Multi-language Support**: The app supports both English and Myanmar languages, allowing users to switch languages seamlessly.

2. **Dynamic eSIM Plans**: Users can view and select from various eSIM plans offered by different operators, with detailed information about validity, data, and voice options.

3. **KYC Document Upload**: Users can upload identification documents (NRC or passport) for verification, with real-time feedback on the verification status.

4. **Payment Processing**: The app integrates a payment system that allows users to pay for their eSIMs using QR codes, with status updates on payment processing.

5. **Admin Panel**: An administrative interface is available for managing orders, verifying documents, and monitoring payment statuses. Admins can confirm or reject orders and view detailed statistics on order processing.

6. **Responsive Design**: The application is designed to be mobile-friendly, ensuring a smooth user experience across devices.

7. **Real-time Notifications**: Users receive updates on their order status and document verification through the app.

To use the app, users simply need to create an account, select their desired eSIM plan, complete the KYC process by uploading documents, and proceed to payment. The app handles all backend processes, including order management and document verification, using a Redis database for efficient data storage and retrieval.

Overall, this application provides a comprehensive solution for users looking to purchase and manage eSIMs in Myanmar, with a focus on user experience, security, and compliance with local regulations.

Myanmar eSIM update

Event Gifting Ticket Yo

The Brazzaville Electricity Monitor is a web application designed to visualize real-time electricity consumption data for various areas in Brazzaville, Republic of the Congo. The app provides an interactive map that displays electricity usage for both residential houses and larger zones, allowing users to monitor and analyze energy consumption patterns.

To use the app, users can navigate through a full-screen map interface where they can switch between viewing individual houses or larger zones. Users can search for specific addresses or zones using a search bar, and upon selecting a house or zone, detailed information about electricity usage, type, population, and other relevant metrics is displayed. The app also features a toggle for real-time data updates, allowing users to see changes in electricity consumption over time.

The application is built using modern web technologies, including TypeScript and React for the frontend, and utilizes the Leaflet library for interactive map rendering. The styling is managed with Tailwind CSS, ensuring a responsive and visually appealing user interface.

Key features of the Brazzaville Electricity Monitor include:
- Interactive map displaying electricity consumption data for houses and zones.
- Dynamic markers that change size and color based on electricity usage levels.
- Detailed popups with information about selected houses or zones, including usage statistics and demographic data.
- Search functionality to quickly locate specific addresses or zones.
- Real-time data updates to reflect changes in electricity consumption.
- User-friendly controls for toggling between view modes and layers.

Overall, the Brazzaville Electricity Monitor serves as a valuable tool for residents, policymakers, and energy analysts to understand and manage electricity consumption in Brazzaville.

Next.js electricity map

This application is a music generation tool that utilizes a deep learning model to create musical sequences based on a unique tokenization system called REMI (REpresentation of Music Information). The app allows users to generate, train, and play music sequences, providing an interactive interface for both music enthusiasts and developers interested in music technology.

To use the app, users can navigate through various tabs to generate music, train the model, view model statistics, and manage model import/export. In the "Generate" tab, users can specify parameters such as generation length, temperature for creativity control, and volume before generating a musical sequence. The generated sequence can then be played back using a built-in synthesizer. The "Train Model" tab allows users to set training epochs and sequence length for the model, with real-time progress tracking. The "Model Stats" tab displays detailed information about the model's architecture and training metrics. Finally, the "Model I/O" tab enables users to download or upload trained models for reuse.

The app is built using TypeScript and React, leveraging various UI components for a responsive design. It employs advanced machine learning techniques, including an LSTM (Long Short-Term Memory) architecture for sequence generation, and utilizes a custom tokenization system to represent musical information effectively. Key features include:

- Generation of musical sequences with adjustable parameters for creativity and length.
- Real-time training progress tracking with loss metrics.
- Playback of generated sequences using an enhanced piano synthesizer.
- Model import/export functionality for saving and loading trained models.
- Detailed statistics on model architecture, including total parameters, embedding dimensions, and training data size.

Overall, this application serves as a powerful tool for exploring music generation through deep learning, providing a user-friendly interface and robust functionality for both generating and training music models.

Music generating network

This application is a professional portfolio website designed for Oluseun Anthony Joseph, a Chartered Management Accountant and Finance Business Partner. The app showcases his expertise, experience, services, and academic contributions in the field of finance and accounting.

Users can navigate through various sections, including a hero section that introduces Oluseun, an "About" section detailing his background and philosophy, and an "Expertise" section that outlines his core competencies in finance. The app also features a "Testimonials" section where clients share their experiences working with him, and a "Publications" section highlighting his academic contributions to financial literature.

To use the app, users can scroll through the sections or click on navigation links in the header to jump to specific areas of interest. The app is built using React with TypeScript, leveraging Next.js for server-side rendering and routing. It employs Tailwind CSS for styling, ensuring a responsive and visually appealing design.

Key features of the app include:
- A dynamic hero section with a professional introduction and call-to-action buttons.
- Smooth scrolling and animations that enhance user experience.
- A grid layout for displaying expertise areas, testimonials, and publications.
- A contact form that allows users to reach out directly for inquiries or consultations.
- Integration with EmailJS for handling form submissions.
- A scheduling feature using Calendly for booking strategy calls.

Overall, the application serves as a comprehensive platform for Oluseun Anthony Joseph to present his professional services, engage with potential clients, and facilitate communication.

Anthony joseph website

This application is a web-based tool designed to assist users in improving their website designs through AI-powered suggestions and modifications. Users can input a URL of an existing website, and the app will analyze it, providing a modern, responsive design based on the original site's structure and content.

To use the app, users simply enter a website URL in the provided input field and submit the form. The app validates the URL and, upon successful submission, transitions to a chat interface where users can interact with an AI assistant. The assistant can respond to user queries and provide design recommendations. Users can also toggle between a code view and a preview of the website, allowing them to see the changes in real-time.

The app is built using React and TypeScript, leveraging various libraries and technologies such as Tailwind CSS for styling, Lucide icons for UI elements, and a context API for managing theme preferences. Key features include a responsive layout, a chat interface for user interaction, a file explorer for navigating code files, and a theme toggle for switching between light and dark modes.

Additional functionalities include a drawer component for mobile previews, a dialog for fullscreen viewing, and a badge component for displaying contextual information. The app is designed to be user-friendly, with a focus on providing a seamless experience for users looking to enhance their web presence.

AI chat ui design

The app is a comprehensive web platform designed for the Department of Computer Science at Mankar College. It serves as a central hub for students, faculty, and alumni, providing access to a variety of resources, information, and interactive features related to academic programs, events, and community engagement.

Key functionalities of the app include:

1. **Information Access**: Users can explore detailed information about academic programs, faculty members, alumni achievements, and departmental activities. The app features sections for study materials, question papers, syllabi, and notices, ensuring that students have easy access to essential academic resources.

2. **Interactive Features**: The app includes a chatbot that assists users by answering queries related to courses, faculty, admissions, and placements. The chatbot utilizes speech recognition and synthesis for a more engaging user experience.

3. **Event Management**: The app showcases upcoming and past events, including technical fests, guest lectures, and cultural activities. Users can register for events and view details about participation and achievements.

4. **Alumni Network**: A dedicated section highlights alumni success stories, showcasing their career paths and contributions to the tech industry. Alumni can connect with the department and share their experiences.

5. **Social Impact Projects**: The app features initiatives aimed at community engagement, such as digital literacy programs and e-waste management, encouraging students and faculty to participate in social responsibility efforts.

6. **User-Friendly Interface**: The app employs a modern design with responsive layouts, ensuring accessibility across devices. It includes features like a search bar, filters for easy navigation, and a visually appealing gallery of departmental activities.

Technologies involved in the development of the app include Next.js for server-side rendering and routing, TypeScript for type safety, Tailwind CSS for styling, and Framer Motion for animations. The app is hosted on Vercel, providing seamless deployment and performance optimization.

Overall, the app aims to enhance the educational experience by fostering a sense of community, providing essential resources, and promoting engagement within the Department of Computer Science at Mankar College.

Department website redesign

This application is a user onboarding platform designed to facilitate the login and setup process for new users. It provides a seamless experience for users to create an account, select their job role, and provide company information, ultimately leading to a personalized dashboard.

To use the app, users start by entering their email and password on the login screen. If they do not have an account, they can click on a "Sign up" button to create one. After logging in, users are guided through a series of onboarding steps, including selecting their job role and providing details about their company, such as type and size. Once all necessary information is collected, users are welcomed to the app and can proceed to their main dashboard.

The app is built using React and TypeScript, leveraging the Next.js framework for server-side rendering and routing. It utilizes the Framer Motion library for animations, enhancing the user experience with smooth transitions and interactive elements. The Lucide React library is used for icons, providing a visually appealing interface.

Key features of the app include:
- A responsive login form with input fields for email and password, including a toggle to show or hide the password.
- A visually appealing neumorphic design for the login card and buttons, enhancing the overall aesthetic.
- User feedback during the login process, including loading states and validation messages.
- An onboarding flow that guides users through selecting their job role and providing company information.
- Dynamic navigation between onboarding steps, ensuring a smooth user experience.
- Local storage management to persist user data across sessions, allowing users to return to the app without losing their progress.

Overall, this application aims to simplify the onboarding process for new users while providing a modern and engaging interface.

Neumorphic login form

This application is a marketplace platform designed specifically for students of the Faculty of Science at a university. It allows students to buy and sell products easily while providing a space for vendors to manage their stores and products. The application is built using TypeScript and React, leveraging Next.js for server-side rendering and routing, and utilizes local storage for data persistence.

Key features of the application include:

1. **User Registration and Authentication**: Students can sign up as vendors, providing necessary details such as name, email, department, level, and store information. The application includes a login system for both vendors and administrators.

2. **Vendor Management**: Administrators can review vendor applications, approve or reject them, and manage vendor statuses. The admin dashboard provides insights into vendor statistics and activities.

3. **Product Management**: Vendors can add, edit, and delete products from their stores. They can upload product images and provide detailed descriptions, prices, and categories for each product.

4. **Shopping Cart**: Users can add products to their shopping cart, view their cart contents, and proceed to checkout. The cart functionality is integrated with local storage to maintain state across sessions.

5. **Search and Filter**: Users can search for vendors and products using a search bar, with results filtered based on the input query.

6. **Reviews and Complaints**: Customers can leave reviews for vendors and report issues with products. This feedback is stored and can be managed by the admin.

7. **Analytics and Insights**: The admin dashboard provides analytics on vendor registrations, product availability, and user interactions, helping administrators make informed decisions.

8. **Responsive Design**: The application is designed to be mobile-friendly, ensuring a seamless experience across devices.

The application utilizes various technologies, including:
- **Next.js** for server-side rendering and routing.
- **TypeScript** for type safety and improved developer experience.
- **React** for building user interfaces.
- **Local Storage** for data persistence.
- **CSS** for styling, with utility-first CSS frameworks like Tailwind CSS for rapid UI development.

To use the application, users can navigate to the homepage, where they can either browse vendors or sign up to become a vendor. After logging in, vendors can manage their products and view analytics, while customers can shop and leave reviews. The admin can manage vendor applications and view overall marketplace statistics.

Overall, this application serves as a comprehensive platform for facilitating transactions and interactions within the university community, enhancing the buying and selling experience for students.

Faculty marketplace design

This application is an animated portfolio website designed to showcase the skills, projects, and background of a full-stack developer. It provides an interactive and visually engaging experience for users, allowing them to navigate through various sections such as Home, About, Skills, Projects, and Contact.

To use the app, users can scroll through the sections or click on the navigation links to jump to specific areas. The website features a custom cursor that changes appearance based on user interactions, enhancing the overall user experience. The app also includes animated elements, such as loading indicators, progress bars, and hover effects, which contribute to its dynamic feel.

The application is built using TypeScript and React, leveraging the Next.js framework for server-side rendering and routing. It utilizes the Framer Motion library for animations, providing smooth transitions and interactive elements. The user interface is styled with a modern design, incorporating responsive layouts and visually appealing components.

Key features of the app include:
- A custom cursor that responds to user interactions.
- Smooth scrolling and section highlighting as users navigate through the portfolio.
- A skills section that displays proficiency levels in various technologies using animated progress bars.
- A projects section that showcases featured projects with descriptions and technologies used, complete with hover effects on project images.
- A contact form that allows users to reach out directly, with animated input fields and buttons.
- Responsive design that adapts to different screen sizes, ensuring a seamless experience on both desktop and mobile devices.

Overall, this animated portfolio app serves as a comprehensive platform for developers to present their work and connect with potential clients or employers.

Full Stack Developer Portfolio

This application is a Chat Flow Editor designed to facilitate the creation and management of interactive chat flows through a visual interface. Users can build flows by dragging and dropping various node types, including start nodes, message nodes, and text input nodes, onto a canvas. Each node can be configured with specific properties, such as messages and input requirements, to create a dynamic chat experience.

To use the app, users can start by selecting a flow from a predefined list or create a new one. They can then drag nodes from the sidebar onto the canvas, connect them to define the flow of conversation, and configure each node's properties using a dedicated properties editor. The app also supports simulation, allowing users to test the flow in real-time and see how it responds to user inputs.

The application is built using modern web technologies, including React for the user interface, TypeScript for type safety, and Zustand for state management. It leverages the React Flow library for visualizing and managing the flow of nodes and edges. The UI is styled with Tailwind CSS, providing a responsive and visually appealing design.

Key features of the app include:
- Drag-and-drop functionality for adding and connecting nodes.
- A sidebar for selecting available node types and managing variables.
- A properties editor for configuring node settings, including messages and input validation.
- Real-time simulation of chat flows, allowing users to interact with the flow and see responses.
- Debugging tools to track the flow's execution and view debug messages.
- Support for variable management, enabling the collection and use of user inputs throughout the flow.

Overall, the Chat Flow Editor provides a comprehensive platform for designing and testing interactive chat experiences, making it suitable for developers and designers looking to create engaging conversational interfaces.

React chat flow editor

This application is a Fuel Tracking System designed for managing fuel records for a fleet of vehicles, specifically tailored for a fleet of up to 370 vehicles. The app allows users to input, view, and analyze fuel consumption data, providing a comprehensive dashboard for fleet management.

To use the app, users can navigate through three main tabs: the Fuel Entry Form, Fuel Records Table, and Dashboard. In the Fuel Entry Form, users can input details such as vehicle plate number, model, driver name, fuel amount, fuel price, gas station, and any additional notes. The app validates the input data and calculates the total cost based on the fuel amount and price. Once the data is submitted, it is stored in the local storage for persistence.

The Fuel Records Table displays all entered fuel records, allowing users to filter and sort the data based on various criteria, such as date and vehicle plate number. Users can also delete records if necessary. The Dashboard provides key statistics, including total records, total fuel consumed, total cost, average fuel per record, and insights into the top vehicles by fuel consumption.

The application is built using React, leveraging hooks such as useState and useEffect for state management and side effects. The user interface is styled with CSS, ensuring a responsive design that adapts to different screen sizes. The app also utilizes local storage for data persistence, allowing users to retain their records even after refreshing the page.

Key features of the app include:
- A user-friendly form for entering fuel records.
- A sortable and filterable table for viewing records.
- A dashboard that summarizes key statistics and insights.
- Data persistence using local storage.
- Responsive design for accessibility on various devices.

Overall, this Fuel Tracking System provides a robust solution for fleet managers to efficiently track and analyze fuel consumption across their vehicles.

Fleet fuel tracker

The app is called Robins Nest, an AI-powered development platform designed to assist developers in generating user interfaces and full applications through simple text prompts. It leverages advanced AI capabilities to create React components, pages, and applications, including features like screenshot-to-code functionality.

To use the app, users can sign up or log in using email, phone, or guest access. Once logged in, users can describe their desired UI or application in natural language, and the AI will generate the corresponding code. The app also supports advanced features such as internet search for the latest information and advanced reasoning for deeper analysis of the requests.

The app is built using modern web technologies, including TypeScript, React, and Next.js, with a focus on responsive design using Tailwind CSS. It utilizes various libraries and components, such as Radix UI for UI elements, Lucide for icons, and Recharts for data visualization.

Key features of Robins Nest include:
- AI-powered code generation based on user prompts.
- Support for multiple platforms, including web, mobile, and desktop applications.
- Screenshot-to-code functionality, allowing users to upload images for UI recreation.
- Advanced reasoning and internet search capabilities for enhanced code generation.
- A user-friendly interface with a sidebar for navigation, chat functionality for real-time assistance, and a live preview feature to see generated code in action.
- Project management tools to create, manage, and download projects with ease.

Overall, Robins Nest aims to streamline the development process, making it easier for developers to create high-quality applications quickly and efficiently.

Recreate v0 application

The Running Calendar Peru app is designed to help users track and manage running events in Peru. It provides a user-friendly interface for browsing events by month, allowing users to view details such as event titles, dates, times, venues, and categories. The app also indicates whether events are free or postponed.

To use the app, users can select a month from a dropdown menu to view the corresponding events. The app fetches event data from an external website, specifically from running4peru.com, using a server-side API built with Next.js. The data is parsed using the Cheerio library to extract relevant event information. Users can also refresh the event list to get the latest updates.

Key features of the app include:
- A calendar view that organizes events by date.
- The ability to filter events by month.
- Display of event details, including time, venue, and category.
- Indicators for free and postponed events.
- Participant tracking functionality, allowing users to mark their attendance for specific events.
- Local storage support to save participant status across sessions.

The app is built using modern web technologies, including TypeScript, React, and Next.js, with a focus on responsive design and user experience. It leverages various UI components for a polished look and feel, and it utilizes state management to handle loading states and error messages effectively.

Peru Running Calendar

A game to test your maths skills

Hidden pattern game

This application is a web platform for Kern County Gutters, a family-owned business providing gutter installation, cleaning, and repair services in Central Valley, California. The app is designed to facilitate user interaction with the company's services, allowing customers to easily access information and request estimates.

Users can navigate through various sections of the app, including services offered, locations served, customer testimonials, and frequently asked questions. The app features a zip code validator that allows users to check if their area is serviced by the company, enhancing user experience by providing immediate feedback on service availability.

The application is built using modern web technologies, including TypeScript and React for the frontend, and utilizes Next.js for server-side rendering and routing. The styling is managed with Tailwind CSS, which allows for responsive design and a clean, modern aesthetic. The app also incorporates JSON-LD for structured data, improving search engine optimization and visibility.

Key features of the app include:
- A responsive layout that adapts to different screen sizes, ensuring usability on both desktop and mobile devices.
- A zip code validation tool that prompts users to enter their zip code to check service availability, followed by a form to request a free estimate if they are in a serviced area.
- Detailed service descriptions for gutter installation, cleaning, and repair, highlighting the company's expertise in handling the unique challenges of the Central Valley's agricultural environment.
- A testimonials section showcasing customer feedback, reinforcing the company's reputation and trustworthiness.
- An FAQ section addressing common inquiries about gutter services, pricing, and maintenance, providing users with valuable information.
- A contact section with direct phone numbers and email for customer inquiries, emphasizing the company's commitment to personal service.

Overall, the app serves as a comprehensive resource for potential customers seeking gutter services, reflecting the family-oriented values of Kern County Gutters while leveraging modern web development practices.

kern gutters to nedstevens

This application is a comprehensive web platform for River Fields Mortuary, designed to provide information and services related to funeral care. The app serves as a digital resource for families in need of funeral services, offering a range of features that facilitate the planning and memorialization process.

Users can navigate through various sections, including an overview of the mortuary's history, services offered, and contact information. The app includes a tribute page where users can create personalized tributes for their loved ones, allowing them to share memories and schedule services. Additionally, a contact page enables users to reach out for assistance or inquiries, with a form for submitting requests.

The application is built using modern web technologies, including TypeScript and React, with a focus on responsive design to ensure accessibility across devices. It utilizes Next.js for server-side rendering and routing, enhancing performance and SEO capabilities. The user interface is designed with Tailwind CSS, providing a clean and visually appealing layout.

Key features of the app include:
- A detailed "About" section that outlines the mortuary's history and mission.
- A tribute creation form that allows users to honor their loved ones with personalized messages and memories.
- A contact form for inquiries and support, ensuring families can easily reach the mortuary for assistance.
- A gallery showcasing the facility and staff, providing a visual representation of the services offered.
- A services page detailing the various funeral services available, including embalming, burial, cremation, and grief counseling.
- An internship and career section for those interested in joining the team, highlighting job openings and application processes.

Overall, the app aims to provide a compassionate and user-friendly experience for families navigating the difficult process of planning a funeral, ensuring they have access to the support and resources they need during their time of loss.

River Fields Mortuary Website

This application is a comprehensive productivity platform designed to streamline workflows and enhance team efficiency. It features an AI-powered text generation tool, a cryptocurrency wallet, and advanced data visualization capabilities, all integrated into a user-friendly interface.

To use the app, users can input prompts into the AI text generator to receive generated content, manage their cryptocurrency transactions through the wallet interface, and visualize data trends using interactive charts and graphs. The app is built using TypeScript and React, leveraging Next.js for server-side rendering and API handling, and utilizes various libraries such as Lucide for icons and Tailwind CSS for styling.

Key features of the app include:

1. AI Text Generator: Users can enter prompts to generate text using the Grok-3 model from xAI, with error handling for invalid inputs.
2. Cryptocurrency Wallet: A secure interface for managing digital assets, allowing users to send, receive, buy, and swap cryptocurrencies, along with a transaction history display.
3. Holographic Data Visualization: Real-time stock performance and market trends are visualized through interactive charts, including bar and line charts, enhancing data analysis capabilities.
4. Dashboard Interface: A performance dashboard that provides real-time metrics and analytics, featuring various panels for data visualization, including analytics, statistics, and global data.
5. Responsive Design: The app is designed to be fully responsive, ensuring usability across different devices and screen sizes.

Overall, this application aims to provide a robust set of tools for individuals and teams looking to enhance their productivity and manage their digital assets effectively.

SaaS Landing Page

No preview available

Bitcoin miner app

No preview available

3d coming soon page

Brand color accuracy tool

This app is a web-based platform designed to promote and facilitate a premium drainage therapy service in Ribeirão Preto. It provides users with an engaging and visually appealing interface to learn about the benefits of the therapy, view testimonials, and schedule appointments.

Users can navigate through various sections of the app, including a hero section that highlights the unique selling points of the service, a testimonials section showcasing real client transformations, and a detailed description of the therapy protocol. The app emphasizes a luxurious and sensory experience, featuring ambient lighting effects and smooth animations to enhance user engagement.

To use the app, users can simply visit the landing page, where they will find information about the drainage therapy, including pricing, client testimonials, and a call-to-action button to schedule a session. The app also includes social proof elements, such as client statistics and success rates, to build trust and encourage potential clients to book their sessions.

The app is built using modern web technologies, including React for the user interface, TypeScript for type safety, and Tailwind CSS for styling. The use of Tailwind CSS allows for rapid development of responsive and visually appealing components, while the animations and effects enhance the overall user experience.

Key features of the app include:
- A visually striking hero section with ambient effects and a clear call-to-action.
- Client testimonials and success stories presented in an engaging format.
- A detailed description of the therapy protocol, highlighting its unique aspects.
- Responsive design that adapts to various screen sizes.
- Smooth animations and transitions that enhance user interaction.
- Integration with social media for easy sharing and engagement.

Overall, this app serves as a comprehensive marketing tool for the premium drainage therapy service, aiming to attract and convert potential clients through an immersive online experience.

Landing page design

Sign in with superpowers. Buy, swap, subscribe, and much more. No passwords or extensions required.

This application is a personal portfolio website for Rishu Yaduvanshi, showcasing skills in web development, graphic design, content writing, and digital marketing. The app is built using Next.js, a React framework, and utilizes various modern web technologies to create a responsive and visually appealing user experience.

Users can navigate through different sections of the website, including a hero section, about me, skills, blog, shop, gallery, and contact information. The app features a dynamic navigation bar that allows users to easily access these sections. The design is enhanced with Tailwind CSS for styling, ensuring a clean and modern aesthetic.

Key features of the app include:
- A hero section that introduces Rishu Yaduvanshi and highlights his professional identity.
- An about section that provides personal and professional details, including contact information and social media links.
- A skills section that outlines various expertise areas, accompanied by icons and descriptions.
- A blog section that displays recent articles related to web development and design, with links to read more.
- A gallery section showcasing images related to Rishu's work and lifestyle.
- A contact form that allows users to send messages directly to Rishu.
- A footer that includes copyright information and additional branding.

The application is designed to be mobile-friendly, adapting its layout for smaller screens. It also incorporates a theme toggle feature, allowing users to switch between light and dark modes based on their preferences.

Technologies involved in the development of this app include:
- Next.js for server-side rendering and routing.
- React for building user interfaces.
- Tailwind CSS for styling and responsive design.
- Various Radix UI components for accessible and customizable UI elements.
- Lucide icons for visual enhancements.
- Form handling with React Hook Form for the contact form functionality.

Overall, this portfolio website serves as a comprehensive platform for Rishu Yaduvanshi to present his work, connect with potential clients, and share insights through his blog.

Rishu Yaduvanshi website

This application is a web-based platform designed for creating and managing blog posts, utilizing the Vercel deployment platform and built with Next.js. The app allows users to create, edit, and publish blog content seamlessly, with automatic synchronization between the deployed application and the underlying code repository.

To use the app, users can navigate to the provided deployment link, where they can create and modify their projects using the v0.dev interface. Any changes made in the deployed app are automatically pushed to the associated GitHub repository, ensuring that the latest version is always available. The app is structured to support a variety of features, including a responsive design, user authentication, and integration with social media login options.

The technologies involved in this application include Next.js for server-side rendering and routing, TypeScript for type safety, Tailwind CSS for styling, and various Radix UI components for building accessible and customizable user interfaces. The app also leverages Vercel for deployment and hosting, ensuring fast performance and scalability.

Key features of the app include:
- Automatic synchronization with the v0.dev deployments, allowing for real-time updates.
- A responsive design that adapts to different screen sizes, enhancing usability on mobile devices.
- Integration with social media for user authentication, making it easier for users to log in.
- A variety of UI components built with Radix UI, providing a consistent and accessible user experience.
- Support for TypeScript, ensuring type safety and reducing runtime errors during development.

Overall, this application serves as a robust platform for users looking to create and manage blog content efficiently, with a focus on modern web development practices and user experience.

Blog post design

v0 x porto.sh

This application is a visual programming tool designed to allow users to create, share, and execute programs using a node-based interface. Users can drag and drop various types of nodes onto a canvas, connect them to define data flow, and execute the resulting program to see outputs in real-time.

To use the app, users start by accessing the homepage, where they can view featured projects and search for existing ones. They can then navigate to the editor, where they can add nodes from a palette, connect them, and configure their properties. The nodes represent different data types, operations, and display elements, allowing for a wide range of programming tasks without traditional coding.

The app is built using React and TypeScript, leveraging libraries such as Radix UI for accessible components and Tailwind CSS for styling. Key features include:

1. Node-Based Interface: Users can create programs by connecting visual nodes that represent different functions, data types, and operations.

2. Node Palette: A categorized selection of nodes is available for users to drag onto the canvas, including basic data types, mathematical operations, logic gates, display nodes, and custom components.

3. Real-Time Execution: Users can execute their programs to see immediate results, with the execution engine handling the logic and data flow between nodes.

4. Share and Export: Users can generate shareable URLs for their projects, export them as JSON files, and publish them to a community gallery.

5. Tutorial and Documentation: The app includes a tutorial section to guide new users through the basics of visual programming, helping them understand how to use nodes effectively.

6. Custom Nodes and Components: Users can create custom nodes with defined inputs and outputs, allowing for more complex functionality and reusable components.

7. Responsive Design: The application is designed to work on various screen sizes, ensuring accessibility on both desktop and mobile devices.

Overall, this app provides an intuitive platform for visual programming, making it accessible to users with varying levels of coding experience.

Node programming system

This application is a simple todo list manager that allows users to create, update, delete, and toggle the completion status of tasks. It is built using TypeScript and React, leveraging the Drizzle ORM for database interactions with a Turso database.

To use the app, users can add new todos by entering a title in the input field and clicking the "Add" button. Each todo item can be edited by clicking on it, which allows users to change the title and save or cancel the changes. Users can also mark todos as completed by clicking a toggle button, delete them using a delete button, and view the total number of completed tasks.

The app is structured with a clear separation of concerns, utilizing components for the todo form and individual todo items. The database schema is defined using Drizzle ORM, which includes fields for the todo title, description, completion status, and timestamps for creation and updates. The application initializes the database by creating a todos table and inserting sample data if it is not already present.

Key features of the app include:
- A responsive user interface built with Tailwind CSS for styling.
- Real-time updates to the todo list as users interact with it.
- A clear setup guide for configuring the Turso database, including environment variable requirements.
- The ability to manage todos with a straightforward and intuitive interface.

The technologies involved in this application include TypeScript, React, Drizzle ORM, SQLite, and Tailwind CSS, providing a modern stack for building web applications.

This app is a presentation tool designed to facilitate keynote presentations, specifically tailored for events like AI Weekend. It allows users to create and navigate through a series of slides that can include various content types such as titles, polls, quotes, images, and testimonials. The app is built using React and TypeScript, leveraging Next.js for server-side rendering and routing, and utilizes Tailwind CSS for styling.

To use the app, users can navigate through the slides using touch gestures or keyboard arrow keys. The app supports swipe gestures for mobile devices, enabling users to swipe left or right to move between slides. Each slide can display different types of content, including text, images, and interactive polls, making it versatile for various presentation needs.

Key features of the app include:
- A responsive design that adapts to different screen sizes, ensuring a seamless experience on both desktop and mobile devices.
- Support for multiple slide types, including titles, polls, quotes, images, and calls to action, allowing for dynamic presentations.
- Touch and keyboard navigation for easy slide transitions.
- Custom styling with Tailwind CSS, providing a modern and clean aesthetic.
- The ability to display contact information on specific slides, enhancing audience engagement.

Overall, this app serves as an effective tool for presenters looking to engage their audience with interactive and visually appealing presentations.

The EV Charging Prices app is designed to provide users with a comprehensive platform for comparing electric vehicle (EV) charging prices across various providers in Turkey. The app allows users to view and analyze the costs associated with both AC (Alternating Current) and DC (Direct Current) charging options, making it easier for EV owners to find the most economical charging solutions.

To use the app, users can navigate through a user-friendly interface that includes a comparison table displaying the prices of different charging companies. Users can search for specific companies, sort the data by various criteria such as company name or price, and view detailed information about each charging provider, including their websites. The app also features a cost calculator that estimates the total charging cost based on the user's average consumption and distance to be traveled.

The app is built using modern web technologies, including TypeScript and React, ensuring a responsive and interactive user experience. It utilizes components for navigation, tables, cards, and alerts, which are styled for clarity and ease of use. The data displayed in the app is regularly updated to reflect the latest pricing information, ensuring users have access to current market rates.

Key features of the app include:
- A comprehensive comparison table of charging prices from over 24 different providers.
- Search and filter functionality to quickly find specific charging companies.
- Sorting options to arrange data by company name or price.
- A cost calculator to estimate charging expenses based on user input.
- Regular updates to ensure pricing information is accurate and up-to-date.
- Mobile-friendly design for accessibility on various devices.

Overall, the EV Charging Prices app serves as a valuable resource for electric vehicle owners in Turkey, helping them make informed decisions about where to charge their vehicles based on cost and convenience.

Website from screenshot

The AI-Podnikatel app is a comprehensive platform designed to assist entrepreneurs in managing and optimizing their business operations through artificial intelligence. The app provides a suite of tools for market analysis, marketing strategy development, business planning, and customer relationship management (CRM).

Users can interact with the app by navigating through various sections, including market analysis, marketing tools, business planning, and CRM functionalities. The app features a user-friendly interface built with React and Next.js, utilizing TypeScript for type safety. It employs a serverless architecture with API routes for handling data processing and interactions, and integrates with Redis for session management and data storage.

Key features of the app include:

1. **Market Analysis**: Users can analyze market size, growth rates, and trends by selecting specific industries. The app simulates data retrieval and provides insights based on user input.

2. **Marketing Tools**: The app includes generators for creating social media posts, ads, marketing personas, and product descriptions. Users can specify parameters such as tone and target audience to tailor the generated content.

3. **Business Planning**: Users can create detailed business plans, including financial projections and executive summaries. The app guides users through inputting necessary information and generates structured documents.

4. **CRM Functionality**: The app allows users to manage contacts, segment their audience, and automate communication. Users can import contacts from CSV files and create personalized messages for different segments.

5. **Analytics and Reporting**: Users can generate reports on customer growth, sales performance, and marketing effectiveness. The app provides visual representations of data and actionable insights.

6. **User Management**: The app supports user authentication, allowing users to log in, register, and manage their profiles. It also includes a demo mode for new users to explore the app's features without creating an account.

7. **Responsive Design**: The app is designed to be responsive, ensuring a seamless experience across various devices.

To use the app, users can sign up for an account or log in to access their dashboard. From there, they can navigate through the different tools and features, input relevant data, and generate reports or content as needed. The app also provides loading indicators and error handling to enhance user experience.

Overall, AI-Podnikatel aims to empower entrepreneurs by leveraging AI technology to streamline business processes and improve decision-making.

Czech AI marketing tools

This app is a 3D puzzle game inspired by the classic Woodoku format, combining elements of Sudoku and block placement. The objective is to strategically place pieces on a 9x9 board to clear rows, columns, or 3x3 squares, thereby scoring points. The game ends when no pieces can be placed on the board.

To use the app, players can select pieces from the right side of the screen and click on the board to place them. The game interface provides visual feedback, including a score display and a game over notification. Players can reset the game at any time to start anew.

The app is built using React and TypeScript, leveraging the React Three Fiber library for rendering 3D graphics. It utilizes the Drei library for additional 3D components and controls, and it employs a context API for state management, allowing for a clean separation of game logic and UI components.

Key features of the app include:
- A dynamic 3D game board where players can interactively place pieces.
- A score tracking system that updates as players clear lines and squares.
- Visual previews of selected pieces to assist in strategic placement.
- Game over conditions that prompt players to reset the game.
- Responsive design that adapts to different screen sizes, ensuring a consistent experience across devices.

Overall, this app provides an engaging and visually appealing puzzle experience, encouraging players to think critically and plan their moves carefully.

Woodoku three.js clone

The Prime Aura Trading Academy app is a comprehensive platform designed to educate users on trading strategies and provide access to a community of traders. The app offers a variety of features, including course management, user subscriptions, event scheduling, and community engagement tools.

Users can sign up for an account, select a subscription plan, and access a library of courses that cover various trading topics, including fundamentals, technical analysis, risk management, and more. The app also provides live trading sessions, webinars, and workshops to enhance the learning experience.

To use the app, users can navigate through a user-friendly interface that includes a dashboard displaying their progress, upcoming events, and statistics related to their learning journey. The app is built using modern web technologies, including TypeScript, React, and Next.js, with Supabase as the backend for authentication and database management.

Key features of the app include:

1. User Authentication: Users can create accounts, log in, and manage their profiles securely.
2. Course Library: A wide range of courses is available, each with detailed descriptions, estimated durations, and difficulty levels.
3. Subscription Plans: Users can choose from different subscription tiers, each offering various features and access levels.
4. Progress Tracking: Users can monitor their course progress, including completed modules and overall completion rates.
5. Event Management: The app allows users to register for live events and webinars, with notifications for upcoming sessions.
6. Community Engagement: Users can participate in discussions, ask questions, and share insights within the community.
7. Admin Dashboard: Administrators can manage users, courses, events, and view analytics related to user engagement and subscriptions.

The app is designed to be responsive and accessible, ensuring a seamless experience across devices. It leverages various libraries and frameworks, including Radix UI for components, Lucide for icons, and Tailwind CSS for styling, to create a visually appealing and functional user interface.

Overall, the Prime Aura Trading Academy app aims to empower users with the knowledge and tools needed to succeed in trading, fostering a supportive community along the way.

Trading academy website

This application is a web-based platform designed for browsing and purchasing lifted trucks and SUVs. It provides users with a comprehensive inventory of vehicles, financing options, and various features to enhance the shopping experience.

Users can navigate through the app using a responsive interface that includes a header with quick links to different sections such as inventory, financing, locations, and services. The main features of the app include:

1. **Inventory Browsing**: Users can view a wide selection of lifted trucks and SUVs, complete with detailed specifications, images, and pricing information. The inventory can be filtered by various criteria such as make, model, year, price range, and location.

2. **Vehicle Details**: Each vehicle has a dedicated detail page that includes high-quality images, descriptions, features, and financing options. Users can also view related vehicles and inquire about specific trucks.

3. **Financing Calculator**: The app includes a financing section where users can calculate their estimated monthly payments based on the vehicle price, down payment, loan term, and interest rate. This feature helps users understand their financing options before making a purchase.

4. **User Accounts and Inquiries**: Users can create accounts to save their favorite vehicles and track inquiries. The app allows users to submit inquiries directly from the vehicle detail page.

5. **Responsive Design**: The application is designed to be mobile-friendly, ensuring a seamless experience across devices. The layout adapts to different screen sizes, providing easy navigation and access to features.

6. **AI-Generated Content**: The app utilizes AI to generate vehicle showcase videos, enhancing the user experience by providing dynamic content that showcases the vehicles in action.

7. **Customer Testimonials**: The app features a section for customer testimonials, allowing potential buyers to read about the experiences of previous customers, which can help build trust and credibility.

8. **News and Insights**: Users can stay updated with the latest news and trends in the truck industry through a dedicated news section.

The application is built using modern web technologies, including React for the frontend, Next.js for server-side rendering, and Tailwind CSS for styling. It also integrates with various APIs for vehicle data generation and management, ensuring that users have access to the latest inventory and features.

To use the app, users can simply navigate to the homepage, browse the inventory, use the filters to narrow down their search, and click on individual vehicles for more details. The financing calculator can be accessed from the financing section, and users can submit inquiries directly from the vehicle detail pages.

Clone liftedtrucks site

No preview available

The app is an e-commerce platform named "YonValue," designed to provide users with a seamless shopping experience for premium products at competitive prices. It features a modern and responsive user interface built using React and TypeScript, leveraging Next.js for server-side rendering and routing.

Users can navigate through various sections of the app, including a homepage that showcases featured products, value propositions such as free shipping and quality guarantees, and a newsletter subscription option. The homepage highlights a selection of handpicked products, each with detailed information including pricing, ratings, and reviews.

The app includes a dedicated products page where users can browse all available items. This page features filtering options by category, price range, and rating, as well as sorting capabilities to help users find products that meet their needs. Users can view products in either grid or list format, with each product card displaying an image, name, price, and an "Add to Cart" button.

A shopping cart page allows users to review their selected items, adjust quantities, and see a summary of their order, including subtotal, shipping, tax, and total cost. The cart also provides options to remove items or proceed to checkout.

Key features of the app include:
- A responsive design that adapts to various screen sizes.
- User-friendly navigation with a sticky header and footer for easy access to important links.
- Product cards that display essential information, including images, prices, ratings, and stock status.
- A shopping cart that allows for easy management of selected items.
- Filtering and sorting options on the products page to enhance the shopping experience.
- A newsletter subscription feature to keep users informed about new products and exclusive deals.

The app utilizes various technologies, including React for the frontend, TypeScript for type safety, and Next.js for routing and server-side rendering. It also incorporates UI components for buttons, cards, and inputs, ensuring a consistent and polished user interface. Overall, YonValue aims to deliver a reliable and enjoyable shopping experience for users seeking quality products at affordable prices.

Mate e-commerce website

This application is a web-based platform designed for promoting and booking extreme adventure tours in Georgia. It allows users to explore various tour options, learn about the company, and get in touch for inquiries or bookings.

To use the app, users can navigate through different sections including home, tours, about, and contact. The home page features a hero section that highlights the main offerings, while the tours section lists various extreme activities such as jeep tours, trekking, and rafting, complete with details like duration, price, and difficulty level. Users can switch between languages (Georgian, English, and Russian) using a language switcher component.

The app is built using Next.js, a React framework that enables server-side rendering and static site generation. It utilizes TypeScript for type safety and Tailwind CSS for styling, ensuring a responsive and modern user interface. The application also employs JSON files for localization, allowing for easy management of multilingual content.

Key features of the app include:
- Dynamic routing based on language selection, ensuring that URLs are prefixed with the appropriate locale.
- A language switcher component that allows users to change the displayed language seamlessly.
- A detailed tour listing with descriptions, images, and booking options.
- A contact form for users to reach out with inquiries, which simulates form submission and provides feedback on the submission status.
- A footer with company information, quick links, and social media connections.

Overall, this application serves as a comprehensive platform for adventure enthusiasts looking to explore the natural beauty of Georgia through extreme tours.

Georgia tour website