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Balanz

This application is a web-based simulation of the classic Macintosh interface from 1984, designed to provide users with an interactive experience reminiscent of early personal computing. The app features a variety of tools and functionalities that mimic the original Macintosh environment, including a desktop interface, multiple application windows, and interactive elements.

Users can navigate through the app by clicking on icons representing different applications, such as a calculator, notepad, drawing tool (MacDraw), word processor (MacWrite), and a puzzle game. Each application opens in its own window, which can be moved around the desktop, resized, and closed. The interface includes a menu bar with options for accessing various features and settings.

Key features of the app include:
- A startup sequence that simulates the original Macintosh boot process, complete with sound effects and loading messages.
- A drawing application (MacDraw) that allows users to create shapes, lines, and freehand drawings on a canvas, with options for different colors and stroke widths.
- A word processing application (MacWrite) where users can type and format text, with options for font selection and styling (bold, italic).
- A calculator that performs basic arithmetic operations and displays results.
- An alarm clock feature that allows users to set and manage alarms.
- A puzzle game that challenges users to rearrange pieces to complete a picture.
- A HyperCard-like interface that enables users to navigate through interactive cards with buttons and content.

The app is built using React and TypeScript, leveraging state management to handle user interactions and application states. It utilizes HTML5 canvas for drawing functionalities and employs various hooks for managing component lifecycle and state updates. The design aims to replicate the nostalgic look and feel of the original Macintosh, including window styles, icons, and desktop patterns.

To use the app, users simply click on the icons to open different applications, interact with the elements within each application, and explore the features available in the menu bar. The app is designed to be intuitive, allowing users to experience a piece of computing history in a modern web environment.

Macintosh OS Clone

Just beautiful bubbles floating on the screen.

Dynamic bubble animation

This application, titled "Apprendre les Notes de Musique," is an interactive tool designed to help users learn to recognize musical notes on a piano and staff notation. The app provides a gamified experience where users can listen to a note, identify it by clicking on its name, and then find the corresponding key on a virtual piano.

To use the app, users start by listening to a note played through the application. They are then prompted to click on the name of the note from a list displayed on the screen. After selecting the note name, users must click on the corresponding key on the virtual piano. The app provides immediate feedback on whether the user's selections were correct, along with a score that tracks their performance.

The app is built using TypeScript and React, leveraging modern web technologies to create a responsive and interactive user interface. It utilizes the Web Audio API to generate sound for the notes, allowing for real-time audio playback. The user interface is designed with components from a UI library, ensuring a clean and user-friendly experience.

Key features of the app include:
- An interactive piano interface with both white and black keys.
- A canvas that visually represents the staff notation, dynamically updating to show the current note.
- A toggle switch that allows users to choose between two modes: an extended mode with 15 notes or a basic mode with 8 notes.
- Immediate feedback on user selections, including correct and incorrect responses.
- A scoring system that tracks the number of correct answers and displays the percentage of correct responses.
- The ability to replay the current note for additional practice.

Overall, "Apprendre les Notes de Musique" serves as an engaging educational tool for anyone looking to improve their musical note recognition skills.

Recreate UI from screenshot

No preview available

Real Estate CtoC Market

Make your own and costumize your football and gym training plans

Pro Football Traning

This app is a user interface component designed to showcase an interactive button with advanced visual effects, specifically tailored for downloading content. The primary function of the app is to provide a visually appealing and engaging button that users can click to initiate a download.

To use the app, users simply need to interact with the button displayed on the screen. The button responds to mouse events, providing feedback through animations and visual effects. When the user hovers over the button, it displays a dynamic mesh gradient background, and when clicked, it features a ripple effect that emanates from the point of contact. The button also includes a 3D text animation that enhances the visual experience as the user interacts with it.

The app is built using TypeScript and React, leveraging the capabilities of the Framer Motion library for animations and the Paper Design Shaders React library for the mesh gradient effect. This combination of technologies allows for smooth and responsive animations, as well as a modern design aesthetic.

Key features of the app include:
- A responsive button that changes appearance based on user interactions, such as hover and click events.
- A mesh gradient background that provides a visually striking effect when the button is hovered over.
- A circular ripple effect that occurs at the click position, enhancing the tactile feedback of the button.
- 3D text animations that create a dynamic visual experience as the button is interacted with.
- Customizable styles and animations, allowing for easy integration into various projects.

Overall, this app serves as a demonstration of modern web design techniques, focusing on user engagement through interactive elements.

The app is a cryptocurrency mining platform called MineBitrex, designed to facilitate investment in cryptocurrency mining operations. It provides users with a comprehensive dashboard to manage their investments, track profits, and access real-time market data.

Users can create an account, log in, and navigate through various sections of the app, including their investment history, current mining operations, and available investment packages. The app features a user-friendly interface with cards and tables that display relevant information such as account balance, total invested, total profit, and active investments.

Key features of the app include:

1. **Investment Management**: Users can view their investment history, including details such as package name, amount, daily profit, total profit, status, and progress of each investment.

2. **Real-Time Data**: The app fetches and displays real-time cryptocurrency prices and news updates, keeping users informed about market trends.

3. **Alerts and Notifications**: Users receive alerts for new investments and withdrawals, enhancing engagement and providing timely updates.

4. **Admin Dashboard**: An administrative interface allows for user management, investment tracking, and wallet address updates, ensuring smooth operations for platform administrators.

5. **Responsive Design**: The app is built with a responsive design, ensuring usability across various devices.

The app is developed using TypeScript and React, leveraging modern web technologies such as Next.js for server-side rendering and API routes. It utilizes various UI components for a consistent look and feel, including cards, tables, buttons, and alerts. The app also incorporates state management with hooks to handle user interactions and data fetching.

To use the app, users can sign up for an account, log in, and start exploring investment options. They can monitor their investments, receive updates, and manage their profiles through the intuitive interface. The app aims to provide a secure and efficient platform for cryptocurrency mining investments, appealing to both novice and experienced investors.

The PaperMind app is designed to enhance the research experience for academic professionals by providing an intelligent memory system and AI-powered insights. It allows users to upload research papers, visualize connections between ideas, and access advanced reading features.

To use the app, users can upload PDF files or provide URLs to research papers. Once uploaded, the app processes the documents and enables users to interact with the content through a memory graph that visualizes relationships between key highlights and concepts. Users can search for specific highlights, filter results, and select nodes in the graph to view detailed information about the associated research.

The app is built using modern web technologies, including TypeScript and React, with a focus on responsive design to accommodate both desktop and mobile users. It utilizes the Next.js framework for server-side rendering and routing, and employs Tailwind CSS for styling, ensuring a clean and user-friendly interface.

Key features of the PaperMind app include:
- A memory graph that visually represents connections between research highlights.
- The ability to upload papers directly or import them via URLs.
- AI-powered explanations for selected text, enhancing understanding of complex concepts.
- A search function to quickly find specific highlights or papers.
- Responsive design that adapts to different screen sizes, making it accessible on both desktop and mobile devices.
- Integration with a toast notification system to provide feedback on user actions, such as successful uploads or saved highlights.

Overall, PaperMind aims to streamline the research process, making it easier for users to read, understand, and connect various academic papers.

Research paper app

The Burmese Vihar app is a web-based platform designed to provide information and resources related to the Burmese Vihar monastery in Bodhgaya, India. The app serves as a digital hub for users interested in learning about the monastery's history, upcoming events, teachings, and opportunities for donations and visits.

Users can navigate through various sections of the app, including an overview of the monastery, details about its mission and heritage, and a calendar of events. The app also features a gallery showcasing images of the monastery and its activities, as well as a contact page for inquiries.

To use the app, users can simply visit the website, where they will find a user-friendly interface that allows them to explore different sections easily. The app 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 Stripe for handling donations and payments, ensuring a secure and efficient transaction process.

Key features of the app include:
- A responsive design that adapts to various screen sizes, providing an optimal viewing experience on both desktop and mobile devices.
- An events calendar that lists upcoming ceremonies, meditation retreats, and educational programs, allowing users to register for events directly through the app.
- A gallery section that displays images of the monastery, its architecture, and community activities, enhancing the visual experience for users.
- A contact form that enables users to send inquiries or messages directly to the monastery, facilitating communication.
- A donation system that allows users to contribute financially to the monastery's mission, with options for one-time or recurring donations.

Overall, the Burmese Vihar app aims to foster a sense of community and connection among users, encouraging them to engage with the monastery's spiritual offerings and cultural heritage.

Burmese Vihar website

The Seletto Barbershop app is designed to provide users with a seamless experience for scheduling grooming services at a modern barbershop. The app allows users to explore various services, learn about the barbershop's offerings, and book appointments directly through the platform.

To use the app, users can navigate through different sections, including About, Services, Club, Reviews, Gallery, Location, and Schedule. Each section provides detailed information about the barbershop, including descriptions of services offered, customer reviews, and the barbershop's location and contact information. Users can also schedule appointments via WhatsApp or through the app itself.

The app is built using modern web technologies, including Next.js for server-side rendering and React for building user interfaces. It utilizes TypeScript for type safety, Tailwind CSS for styling, and Framer Motion for animations, enhancing the user experience with smooth transitions and interactive elements. The app also supports dark mode and is optimized for both mobile and desktop devices.

Key features of the Seletto Barbershop app include:
- A user-friendly interface that allows easy navigation between sections.
- Detailed descriptions of services, including pricing and features.
- A VIP membership program that offers exclusive benefits and savings.
- A gallery showcasing the barbershop's environment and work.
- Customer reviews to help potential clients make informed decisions.
- Integration with WhatsApp for easy communication and appointment scheduling.
- Responsive design that adapts to various screen sizes, ensuring a consistent experience across devices.

Overall, the Seletto Barbershop app aims to enhance the customer experience by providing all necessary information and functionalities in a single, accessible platform.

Np Virtual Assistants

Np Virtual Assistants

This app is a web-based interface designed to showcase a security solution that adapts and scales with user needs. The primary function of the app is to present engaging content through a visually appealing hover effect that reveals information dynamically as users interact with the interface.

To use the app, users simply navigate to the main page where they will find a centered display area. As users hover over the text, a vertical reveal effect occurs, enhancing the visual experience and drawing attention to the key message: "Security that scales with you." The app is built using TypeScript and React, leveraging modern web development practices to create a responsive and interactive user experience.

Key technologies involved in the development of this app include React for building the user interface, TypeScript for type safety and improved developer experience, and CSS for styling and layout. The app utilizes a custom component called HoverRevealVertical, which manages mouse interactions to create a smooth hover effect. This component tracks the mouse position and adjusts the display of text and background elements accordingly, providing a dynamic visual feedback loop.

Key features of the app include:
- A responsive design that adapts to different screen sizes.
- A hover effect that reveals text in a visually engaging manner.
- A clean and modern aesthetic with a dark background and contrasting text colors.
- Smooth transitions and animations that enhance user interaction.

Overall, this app serves as a compelling demonstration of how interactive design can effectively communicate important messages in a user-friendly manner.

Vercel hover effect

This app is a designer portfolio website that showcases the work and skills of Stephen Bowman, a Senior UX and Product Designer. The application is built using modern web technologies, including React, Next.js, TypeScript, and TailwindCSS, and is deployed on Vercel.

Users can navigate through various sections of the portfolio, including a hero section that introduces Stephen, a projects section that highlights selected works with detailed descriptions, and an about section that outlines his experience and skills. The app also features a contact form that allows visitors to send messages directly to Stephen, with a user-friendly interface that provides feedback on form submissions.

Key features of the app include:
- A responsive design that adapts to different screen sizes.
- A dynamic project card component that displays project details, images, and links to case studies.
- A contact form that handles user input and provides confirmation messages upon submission.
- A technology stack section that lists the tools and technologies used in the development process.
- A theme toggle feature that allows users to switch between light and dark modes for improved accessibility and user experience.

The app is automatically synced with the v0.dev platform, ensuring that any changes made to the deployed version are reflected in the code repository. This integration streamlines the development process and enhances collaboration. Overall, the app serves as a comprehensive showcase of Stephen's design capabilities and professional background.

Stephen Bowman Design Portfolio Update

The Balaji Hotel app is a web application designed to provide users with a seamless experience for booking luxury accommodations in Coimbatore. The app showcases the hotel’s offerings, including detailed information about rooms, amenities, and guest testimonials, while facilitating the booking process.

To use the app, users can navigate through various sections such as Home, Rooms, Amenities, Gallery, and Contact via a responsive navigation bar. The Home page features a hero section that highlights the hotel’s luxury experience, followed by sections that provide information about the hotel, featured rooms, guest testimonials, and a call-to-action for booking. Users can explore different room options on the Rooms page, where they can view detailed descriptions, images, and pricing for each room type. The Booking page allows users to reserve their stay by filling out a form that captures essential details such as check-in and check-out dates, number of guests, and personal information.

The app is built using modern web technologies, including TypeScript, React, and Next.js, which enable server-side rendering and a smooth user experience. It utilizes Tailwind CSS for styling, ensuring a responsive and visually appealing design. The application also incorporates a theme provider to support light and dark modes, enhancing user accessibility.

Key features of the Balaji Hotel app include:
- A responsive design that adapts to various screen sizes, ensuring usability on both desktop and mobile devices.
- A dynamic navigation bar that allows easy access to different sections of the app.
- Detailed room listings with images, descriptions, and pricing, enabling users to make informed choices.
- A booking form that captures user information and preferences, with validation to ensure data accuracy.
- Guest testimonials that provide social proof and enhance the hotel's credibility.
- A footer with contact information and links to social media, facilitating user engagement.

Overall, the Balaji Hotel app serves as a comprehensive platform for potential guests to explore luxury accommodations and make reservations effortlessly.

This application is a web-based Blackjack game designed to provide an interactive and engaging experience for users. It allows players to log in, select the number of decks to use, place bets, and play rounds of Blackjack against a dealer. The app incorporates various features to enhance gameplay, including card counting, strategy recommendations, and a user-friendly interface.

To use the app, players begin by entering a username on the login screen. Once logged in, they can select the number of decks for the game. After deck selection, players can place their bets and start playing. The game progresses through rounds where players can hit, stand, double down, or split their hands based on their cards and the dealer's up card. The app provides feedback on the player's decisions and displays the outcome of each round.

The application is built using TypeScript and React, leveraging libraries such as Framer Motion for animations and UI components for a responsive design. It utilizes local storage to save player data, including their bankroll and game statistics, ensuring a seamless experience across sessions. The game logic is encapsulated in utility functions that handle card creation, shuffling, and Blackjack-specific calculations.

Key features of the app include:
- User authentication with username input and data persistence.
- Dynamic deck selection with support for multiple decks.
- Real-time gameplay with animations for card dealing and player actions.
- Strategy panel providing basic strategy recommendations based on the player's hand and the dealer's up card.
- Card counting functionality with a running count display and history tracking.
- Game statistics tracking, including wins, losses, pushes, and streaks.
- Sound effects for various actions to enhance the gaming experience.

Overall, this Blackjack game app combines engaging gameplay mechanics with a polished user interface, making it suitable for both casual players and those looking to improve their Blackjack skills.

This application is a financial services platform called PayGo, designed to facilitate digital transactions, including purchasing airtime and data, managing user accounts, and enabling fund withdrawals. The app provides a user-friendly interface for managing finances, with features such as notifications, transaction history, and investment options.

To use the app, users must first create an account or log in. Once logged in, they can navigate through various sections, including purchasing PAY IDs, airtime, and data, as well as viewing their transaction history and account details. The app also includes a dashboard that displays the user's balance, notifications, and promotional offers.

The application is built using Next.js, a React framework, which allows for server-side rendering and static site generation. It utilizes TypeScript for type safety and Framer Motion for animations, enhancing the user experience. The app also employs context providers for managing authentication, notifications, and balance state, ensuring a seamless experience across different components.

Key features of the app include:
- User authentication with login and registration functionality.
- A dashboard displaying the user's balance and recent transactions.
- Options to purchase airtime and data from various Nigerian networks.
- A payment system for buying PAY IDs, which are required for withdrawals.
- Notifications for transaction updates and promotional offers.
- A transaction history page to view past transactions.
- A support section for user assistance and frequently asked questions.

Overall, PayGo aims to provide a comprehensive and accessible financial service experience for its users, making digital transactions easier and more rewarding.

Paygo app creation

The Lean app is a virtual sales and operations agency designed to assist purpose-driven businesses in simplifying, automating, and scaling their operations. The app provides a platform for users to access various services, including business strategy development, systems and automation implementation, sales enablement, and technical implementation of CRM and automation platforms.

To use the app, users can navigate through different sections, including Home, About, Services, Pricing, and Contact. Each section provides detailed information about the services offered, client success stories, and transparent pricing options. Users can also book free consultations directly through the app to discuss their specific needs and how Lean can assist them.

The app is built using modern web technologies, including TypeScript, React, and Tailwind CSS, ensuring a responsive and visually appealing user interface. It leverages Next.js for server-side rendering and routing, enhancing performance and SEO capabilities. The app also incorporates a theme provider for consistent styling and supports dark mode.

Key features of the Lean app include:
- A user-friendly interface with easy navigation across various sections.
- Detailed service descriptions and pricing plans tailored for different business needs.
- Client success stories showcasing measurable results achieved through Lean's services.
- A booking system for free consultations, allowing potential clients to engage with Lean's team.
- Responsive design that adapts to different screen sizes, ensuring accessibility on both desktop and mobile devices.

Overall, the Lean app serves as a comprehensive resource for businesses looking to enhance their operations through strategic consulting and technical implementation.

Consulting website

This application is an advanced command search tool designed to enhance user productivity by providing quick access to various functionalities within a workspace. It allows users to search for commands, documents, tools, and settings efficiently through a user-friendly interface.

To use the app, users can press a designated keyboard shortcut (⌘K) to open the command menu. From there, they can type in their search queries, filter results by categories such as pages, tools, settings, messages, documents, and analytics, and view the results in different layouts: list, grid, or detailed. Users can also access their recent searches for quick navigation.

The app is built using TypeScript and React, leveraging various libraries and components for UI elements, including Lucide icons for visual representation and custom UI components for buttons, badges, and cards. The application employs state management to handle user interactions, such as opening the command dialog, managing input values, and filtering and sorting command items based on user preferences.

Key features of the app include:
- A command search dialog that can be opened via a keyboard shortcut.
- Dynamic filtering of command items based on user input and selected categories.
- Multiple viewing options (list, grid, detailed) to accommodate different user preferences.
- Recent searches functionality to quickly access previously searched commands.
- Sorting options based on name, date, priority, and views to help users find relevant commands efficiently.
- Visual indicators for item status and priority, enhancing the user experience.

Overall, this app serves as a powerful tool for users looking to streamline their workflow and access various functionalities within their workspace quickly and effectively.

The Alien Voice Studio Pro is an advanced AI-powered content creation platform designed to facilitate the generation of animated videos from user-provided scripts. The application leverages various technologies, including React for the user interface, TypeScript for type safety, and the Web Speech API for speech synthesis and recognition.

Users can interact with the app by entering their scripts into a text area, selecting video styles and quality settings, and utilizing voice commands to control the video creation process. The app features a dynamic interface with tabs for different functionalities, including video creation, an AI assistant, and settings for voice and animation preferences.

Key features of the app include:

1. **Script to Video Conversion**: Users can input a script, and the AI will analyze it to generate scenes, characters, and transitions automatically, creating a cinematic-quality animated video.

2. **Voice Assistant**: The app includes an AI assistant that can be activated via voice commands. The assistant can provide feedback, analyze scripts, and suggest improvements based on the content provided.

3. **Enhanced Voice Settings**: Users can customize voice parameters such as rate, pitch, and volume, and select from a variety of voices, including premium options for higher quality audio output.

4. **Dynamic Scene Generation**: The app generates scenes based on the script's content, including mood detection and background selection, enhancing the storytelling experience.

5. **Animation Controls**: Users can enable or disable various animation effects, such as particle effects, dynamic lighting, and camera movements, to enhance the visual appeal of the generated videos.

6. **Progress Tracking**: The app provides real-time feedback on the video production process, displaying overall progress and current stage completion, along with estimated time remaining.

7. **Multi-language Support**: The application supports multiple languages, allowing users to interact with the assistant and generate content in their preferred language.

The Alien Voice Studio Pro is built using modern web technologies, ensuring a responsive and engaging user experience while providing powerful tools for content creators to produce high-quality animated videos efficiently.

Alien voice app

This app is a simple e-commerce component designed to facilitate the addition of products to a shopping cart. It features an "Add to Cart" button that allows users to select a quantity of a product and view its price. The app is built using React and TypeScript, leveraging modern web development practices.

To use the app, users can interact with the "Add" button, which, when hovered over, reveals a quantity selector. Users can increase or decrease the quantity of the product they wish to add to their cart using plus and minus buttons. The app also displays the price of the product, formatted in USD. When the user clicks the button to add the product to the cart, an alert is triggered, confirming the quantity added.

Key technologies involved in the development of this app include React for building the user interface, TypeScript for type safety, and Lucide React icons for visual elements. The app also utilizes CSS for styling, ensuring a responsive and visually appealing design.

Key features of the app include:
- A responsive "Add to Cart" button that changes to a quantity selector on hover.
- Increment and decrement buttons for adjusting the quantity of the product.
- Dynamic price formatting to display the product price in a user-friendly manner.
- An alert system to confirm the addition of items to the cart.

Overall, this app serves as a functional and interactive component for e-commerce platforms, enhancing the user experience during the shopping process.

Hover button change

The app is a web-based platform designed for travel enthusiasts, providing a comprehensive collection of articles focused on leisure and travel experiences. Users can explore various destinations, guides, and experiences through an intuitive interface that highlights featured articles and the latest stories in the travel domain.

To use the app, users can navigate through the main menu, which includes links to sections such as Destinations, Guides, Experiences, and an Article Data page. The homepage features a prominent section for a featured article, along with a grid displaying the latest stories. Users can also access a detailed article database, where they can filter articles by genre and search for specific content using a search bar.

The app is built using modern web technologies, including TypeScript and React, with Next.js as the framework for server-side rendering and routing. It utilizes Tailwind CSS for styling, ensuring a responsive and visually appealing design. The application also incorporates components for tables, dropdown menus, and buttons, enhancing user interaction and experience.

Key features of the app include:
- A featured article section that highlights significant travel content.
- A grid layout for displaying the latest articles, making it easy for users to browse through new stories.
- An articles table that allows users to filter and search through a comprehensive database of travel articles, complete with metadata such as headlines, authors, genres, and summaries.
- A responsive design that adapts to various screen sizes, ensuring accessibility on both desktop and mobile devices.
- A subscription option for users to receive updates on the latest travel stories and guides.

Overall, the app serves as a valuable resource for anyone interested in exploring the world of travel and leisure, offering a rich collection of articles and insights into captivating destinations and experiences.

Elias Já Está Clone

Type Jaldi is a web application designed to help users improve their typing skills through engaging typing tests. The app allows users to select their username, configure test options such as time limits and word counts, and track their performance in real-time.

To use the app, users start by entering their username, which personalizes their experience. They can then choose from various test options, including different time limits (ranging from 10 seconds to 5 minutes) and text lengths (short, medium, or long). Once the test begins, users type a provided passage while the app tracks their words per minute (WPM), accuracy, and errors. After completing the test, users receive a detailed report of their performance, including a rating based on their WPM and accuracy.

The app is built using modern web technologies, including TypeScript and React for the frontend, and utilizes libraries such as Framer Motion for animations and Lucide React for icons. The user interface is designed with a focus on aesthetics and usability, featuring customizable themes that enhance the visual experience.

Key features of Type Jaldi include:
- User-friendly interface for entering usernames and selecting test options.
- Real-time tracking of typing performance, including WPM, accuracy, and error count.
- Dynamic feedback and ratings based on user performance.
- Customizable themes to enhance the visual experience.
- A leaderboard showcasing the last ten users and their performance metrics.
- Responsive design that adapts to various screen sizes.

Overall, Type Jaldi aims to provide a fun and effective way for users to practice and improve their typing skills while enjoying a visually appealing and interactive experience.

The Muzo app is a web-based music analysis and conversion tool designed to assist musicians, producers, and music enthusiasts in analyzing audio files and converting YouTube videos to MP3 format. The app leverages advanced AI technology to provide accurate key signature and beats per minute (BPM) detection for uploaded audio files, as well as a seamless conversion process for YouTube videos.

To use the app, users can upload audio files in various formats or paste a YouTube video URL. The app supports common audio formats such as MP3, WAV, and FLAC. Once a file is selected or a URL is entered, users can initiate the analysis or conversion process with a simple click of a button. The app provides real-time feedback on the progress of the analysis or conversion, displaying a progress bar and relevant information about the audio file or video.

Key features of the Muzo app include:
- Audio Analysis: Users can upload audio files to detect the key signature and BPM, with results displayed in an easy-to-read format.
- YouTube to MP3 Conversion: Users can convert YouTube videos to high-quality MP3 files by entering the video URL and selecting the desired audio quality.
- User-Friendly Interface: The app features a clean and intuitive design, making it easy for users to navigate and utilize its functionalities.
- Real-Time Feedback: Users receive immediate feedback during the analysis and conversion processes, including progress updates and final results.
- Responsive Design: The app is designed to work seamlessly across various devices, ensuring accessibility for all users.

The Muzo app is built using modern web technologies, including React for the frontend, and utilizes various UI components for a polished user experience. The app is structured to allow for easy integration of additional features and enhancements in the future.

AI music converter

Course Marketplace

This app is a personal portfolio website designed for a software engineer named Smith, showcasing his skills, projects, and professional experience. The primary purpose of the app is to present Smith's qualifications and work in a structured and visually appealing manner, allowing potential employers or collaborators to learn more about him.

Users can navigate through the app using a header menu that links to different sections: About, Projects, Resume, and Contact. Each section is clearly defined and provides relevant information. The About section includes a brief description of Smith's background, skills, and professional philosophy. The Projects section highlights various projects Smith has worked on, detailing their purpose, technology stack, and providing links to the code and demos where applicable. The Resume section outlines Smith's work experience, education, and certifications, with an option to download his resume as a PDF. The Contact section provides links to Smith's email, GitHub, and LinkedIn profiles, facilitating easy communication.

The app is built using TypeScript and React, leveraging modern web development practices. It utilizes a responsive design to ensure usability across different devices. The styling is managed with CSS classes, providing a clean and professional look with a dark theme and green accents. Key features include a structured layout, interactive navigation, and the ability to showcase multiple projects with detailed descriptions and technology stacks.

Overall, this portfolio app serves as a comprehensive platform for Smith to display his expertise and connect with others in the software development community.

Brutalism portfolio

Crypto Vending

This app is a demonstration of a morphing sign-in button that transforms into a sign-in dialog when clicked. It provides a visually engaging user experience by utilizing animations to transition between the button and the form.

To use the app, users simply click on the "Sign In" button displayed on the main page. Upon clicking, the button morphs into a dialog that contains fields for email and password, along with a "Remember me" checkbox and a submit button. Users can also close the dialog by clicking an 'X' icon.

The app is built using React and TypeScript, leveraging the Next.js framework for server-side rendering and routing. It employs the Framer Motion library for animations, allowing for smooth transitions and interactions. The UI components are styled using Tailwind CSS, providing a modern and responsive design.

Key features of the app include:
- A morphing sign-in button that enhances user interaction.
- A responsive sign-in form that appears seamlessly over the existing interface.
- Input fields for email and password, with validation and styling.
- A "Remember me" checkbox for user convenience.
- A close button to dismiss the dialog.
- A link for users to recover forgotten passwords.

Overall, this app serves as a practical example of modern web development techniques, combining user interface design with interactive elements to create an engaging sign-in experience.

Morphing sign in button

This application is a PNG to SVG Converter that allows users to convert PNG and JPEG images into scalable vector graphics (SVG) format. The app provides an intuitive interface where users can upload images, adjust conversion settings, and download the resulting SVG files.

To use the app, users can drag and drop an image file into the designated area or click to select a file from their device. Once an image is uploaded, the app automatically converts it to SVG format. Users can adjust the smoothness of the conversion using a slider, which influences the level of detail in the resulting SVG. The app also features an option to edit the SVG code directly in a text area, allowing for further customization.

The application is built using modern web technologies, including TypeScript, React, and Tailwind CSS for styling. It utilizes the ImageTracer.js library to handle the image tracing and conversion process. The app is designed to be responsive and user-friendly, with a clean layout and clear instructions.

Key features of the app include:
- Support for both PNG and JPEG image formats.
- Drag-and-drop functionality for easy file uploads.
- A smoothness slider to control the detail level of the SVG output.
- An editable text area for direct SVG code manipulation.
- Download functionality to save the converted SVG file to the user's device.
- A loading indicator to inform users when the conversion is in progress.

Overall, this app provides a straightforward solution for converting raster images into vector graphics, making it a valuable tool for designers and developers alike.

Salary Calculator

Salary Calculator

XiaomiCalculator

XiaomiCalculator

This application is an interactive audio player designed to play the Star Wars theme while allowing users to input text for a Star Wars-style opening crawl. The app features a user-friendly interface where users can enter their text, control audio playback, and adjust volume settings.

To use the app, users can type or paste their desired text into a text area. They can then play or pause the audio using a play/pause button, mute or adjust the volume with a slider, and track the progress of the audio playback through a visual progress bar. The app also provides a preview of the text in a scrolling format reminiscent of the iconic Star Wars opening crawl.

The application is built using React with TypeScript, leveraging hooks such as useState and useEffect for state management and lifecycle methods. It utilizes the Web Audio API to manage audio playback, including features like volume control and fade-out effects. The user interface components are styled using Tailwind CSS, ensuring a responsive and visually appealing design.

Key features of the app include:
- Text input area for users to enter their custom text.
- Play and pause functionality for the audio track.
- Volume control with a slider and mute option.
- Progress tracking of the audio playback.
- Automatic fade-out of audio after a specified duration.
- Responsive design suitable for various screen sizes.

Overall, this app combines audio playback with a nostalgic visual experience, allowing users to create their own Star Wars-themed content.

This application is a boilerplate template built using Next.js, TypeScript, and Tailwind CSS, designed to provide a foundational structure for web development projects. It features a responsive layout with a sidebar, header, and main content area, making it suitable for various web applications.

To use the app, developers can clone the repository and run the development server using the command `npm run dev`. The application supports both light and dark themes, which can be toggled by users. Additionally, it offers multilingual support, currently available in English and French, allowing users to switch languages seamlessly.

The key technologies involved in this application include:
- Next.js for server-side rendering and routing.
- TypeScript for type safety and improved developer experience.
- Tailwind CSS for utility-first styling, enabling rapid UI development.
- Radix UI components for accessible and customizable UI elements.

Key features of the app include:
- A responsive sidebar that adapts to mobile and desktop views, providing navigation links.
- A header that includes breadcrumb navigation for better user orientation within the app.
- A user dropdown menu that allows users to change themes and languages, as well as log out.
- Custom animations and transitions for UI elements, enhancing the overall user experience.
- A language provider that manages translations and user preferences for language settings.

Overall, this boilerplate serves as a solid starting point for developers looking to create modern web applications with a clean and maintainable codebase.

Boilerplate layout

This app is a Business Management System designed to facilitate the management of inventory, sales, and purchases for businesses. It provides a user-friendly interface that allows users to create, track, and manage various business operations efficiently.

To use the app, users can navigate through different sections such as Stock, Sales, Purchases, and Footer. Each section contains specific functionalities, such as creating item codes, managing stock transfers, viewing current stock balances, tracking sales transactions, and generating reports. Users can click on buttons corresponding to each functionality to access detailed forms where they can input relevant data. The app also features a back button to return to the main dashboard.

The app is built using TypeScript and React, leveraging modern web development practices. It utilizes components from a UI library for buttons, cards, and badges, ensuring a consistent and responsive design. The state management is handled using React's useState hook, allowing for dynamic updates to the user interface based on user interactions.

Key features of the app include:
- Comprehensive management of stock, sales, and purchases with dedicated sections for each.
- Detailed forms for data entry, including fields relevant to each functionality.
- The ability to generate various reports, such as stock variance reports and supplier statements.
- A responsive design that adapts to different screen sizes, ensuring usability on both desktop and mobile devices.
- An intuitive navigation system that allows users to easily switch between different sections and functionalities.

Overall, this Business Management System aims to streamline business operations, improve inventory tracking, and enhance sales management, making it a valuable tool for businesses of all sizes.

Custom dashboard layout

Customizable stock and crypto ticker watchlist

Ticker Watchlist

The app is a comprehensive interior design platform called "Thinky," designed to assist users in creating and managing their design projects through a variety of features and tools. It leverages advanced technologies such as React, TypeScript, and Next.js to provide a responsive and interactive user experience.

Users can navigate through a dashboard that displays their projects, allowing them to create new projects, access an asset library, and utilize AI-powered design tools. The app features a 3D editor where users can manipulate furniture and decor items in a virtual space, providing a realistic representation of their designs. The editor includes tools for selecting, moving, and rotating objects, as well as options for adding shapes and adjusting dimensions.

Key features of the app include:

1. **Project Management**: Users can create, edit, and manage multiple design projects, with options to save and share their work.

2. **Asset Library**: A curated collection of furniture, lighting, and decor items that users can drag and drop into their designs. The library supports filtering and searching for specific items.

3. **AI Tools**: The app includes AI-powered features such as style transfer, which allows users to upload images and receive design suggestions based on their preferences. An AR assistant provides real-time suggestions by scanning the user's environment.

4. **Budget Optimization**: Users can set budgets for their projects and receive recommendations for cost-effective options, including vendor matching.

5. **Collaboration**: The platform supports team collaboration, allowing multiple users to work on a project simultaneously and share feedback.

6. **Responsive Design**: The app is built to be mobile-friendly, ensuring that users can access their projects and tools from various devices.

To use the app, users can sign up for an account, log in, and start creating projects. They can explore the asset library, utilize AI tools for design inspiration, and manage their projects through an intuitive interface. The app is built using modern web technologies, including TypeScript for type safety, React for building user interfaces, and Next.js for server-side rendering and routing. The styling is handled with Tailwind CSS, providing a clean and responsive design.

Overall, Thinky aims to simplify the interior design process, making it accessible and enjoyable for both professionals and enthusiasts.

Good memories with us

VendorHub is a web application designed to facilitate the buying and selling of wholesale products, particularly in the streetwear and fragrance markets. The app allows users to browse a wide range of products from trusted vendors, making it an ideal platform for resellers looking to source quality items at competitive prices.

To use the app, users can navigate through various sections, including Products, Vendors, and Contact pages. The Products page features a search bar and filtering options to help users find specific items or categories. Users can view detailed product information, including pricing, vendor details, and product images. Additionally, the app supports user registration and login, enabling personalized experiences and order management.

The application is built using modern web technologies, including Next.js for server-side rendering and routing, TypeScript for type safety, and Tailwind CSS for styling. The user interface is designed to be responsive and user-friendly, ensuring a seamless experience across devices.

Key features of VendorHub include:
- A comprehensive product marketplace with categories for clothing and fragrances.
- Advanced search and filtering options to help users find products quickly.
- User authentication for secure access to personalized features.
- A vendor page showcasing trusted suppliers and their offerings.
- A contact page for customer support and inquiries.
- A dashboard for vendors to manage their products and track sales.

Overall, VendorHub aims to empower resellers by providing a robust platform for sourcing and selling high-quality products.

This app is a web-based implementation of the classic game Tic Tac Toe, designed for users to play against an AI opponent. The application allows players to take turns placing their marks (X or O) on a 3x3 grid, with the objective of getting three of their marks in a row, either horizontally, vertically, or diagonally.

To use the app, players simply click on the squares of the grid to place their mark. The game starts with Player X, and the AI takes its turn automatically after the player. The app provides real-time feedback on the game status, indicating whether it is ongoing, if a player has won, or if the game has ended in a draw. Players can also reset the game at any time without affecting their scores or levels.

The app is built using React and TypeScript, leveraging hooks such as useState and useEffect to manage the game state and handle the AI's moves. The AI opponent makes its decisions based on available moves, simulating a delay to mimic thinking time. The user interface is styled using CSS classes, providing a clean and responsive design.

Key features of the app include:
- A functional game board where players can interact by clicking on squares.
- An AI opponent that plays against the user, with a simple algorithm for making moves.
- A scoreboard that tracks the scores of both the player and the AI, as well as the current level of play.
- Game status messages that inform players of whose turn it is, or if the game has been won or drawn.
- A reset button that allows players to start a new game without losing their progress in scores or levels.

Overall, this app provides an engaging way for users to enjoy Tic Tac Toe while also showcasing the capabilities of modern web development technologies.

The app is a web-based platform designed for Trevorah Charters, a luxury yacht charter service operating in Poole and Dorset. It provides users with an interactive experience to explore various yacht charter packages, view testimonials, and make inquiries about bookings.

Users can navigate through the app to learn about the luxury yacht, Mojo, and its features, including its capacity, amenities, and the stunning destinations along the Jurassic Coast. The app includes a hero slideshow showcasing high-quality images of the yacht and its surroundings, as well as a responsive video section that highlights the yacht in action.

To use the app, users can scroll through different sections, including About, Packages, Testimonials, and Contact. Each section is designed to provide detailed information about the services offered, including bespoke charter options for special occasions, corporate events, and weekend getaways. Users can also view testimonials from previous clients to gauge the quality of service.

The app 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, allowing for a responsive and visually appealing design. The app also incorporates Framer Motion for animations and transitions, enhancing the user experience.

Key features of the app include:
- A hero slideshow that displays captivating images of the yacht and its experiences.
- Detailed sections for various charter packages, including descriptions and pricing information.
- A testimonials section that showcases client experiences.
- A contact form that allows users to submit inquiries directly through WhatsApp.
- Responsive design that adapts to different screen sizes, ensuring usability on both desktop and mobile devices.

Overall, the app serves as a comprehensive platform for potential clients to explore luxury yacht charter options and engage with the service seamlessly.

Luxury yacht website

BeautyBook is a comprehensive scheduling and management application designed specifically for beauty professionals. The app provides tools to streamline appointment booking, client management, and service offerings, making it easier for beauty businesses to operate efficiently.

To use BeautyBook, users can sign up for an account and log in to access their personalized dashboard. The dashboard features a user-friendly interface where users can manage appointments, view client details, and track business performance through analytics. Users can also navigate through various sections such as services, clients, and appointments using a sidebar navigation menu.

The application is built using modern web technologies, including TypeScript and React, with Next.js as the framework for server-side rendering and routing. The UI components are designed with a focus on responsiveness and accessibility, utilizing libraries like Lucide for icons and Tailwind CSS for styling.

Key features of BeautyBook include:

1. Smart Scheduling: An intuitive calendar interface allows users to set their availability and let clients book appointments seamlessly.

2. Automated Reminders: The app sends automated SMS and email reminders to clients before their appointments, reducing no-shows.

3. Client Management: Users can keep track of client preferences, history, and notes to provide personalized service.

4. Service Management: Beauty professionals can manage their service offerings, including pricing and descriptions, and mark services as active or inactive.

5. Analytics Dashboard: Users can view key metrics such as total appointments, revenue, and client statistics to monitor business performance.

6. Booking Process: Clients can book appointments through a dedicated booking page, selecting services, technicians, dates, and times, and providing their contact information.

7. Payment Collection: The app supports payment processing, allowing users to collect deposits or full payments for services.

8. Testimonials and Pricing Information: The app includes sections for user testimonials and transparent pricing plans, catering to different business sizes and needs.

Overall, BeautyBook aims to enhance the operational efficiency of beauty professionals by providing a centralized platform for managing their business activities.

This application is an interactive 3D visualization tool designed to showcase key features of blockchain technology, particularly in the context of logistics and supply chain management. Users can explore various blockchain features through a visually engaging interface that utilizes 3D graphics and animations.

To use the app, users can click on any of the hexagonal feature icons displayed in a rotating 3D prism. Each hexagon represents a specific feature, such as Traceability, Security, Efficiency, Integration, Automation, and Data. When a hexagon is clicked, a modal dialog appears, providing detailed information about the selected feature, including its description and associated icon. Users can also click and drag the prism to rotate it, creating a dynamic viewing experience enhanced by cosmic trails and particle effects.

The app is built using modern web technologies, including React for the user interface, TypeScript for type safety, and Three.js for rendering 3D graphics. It leverages the React Three Fiber library to integrate Three.js with React, allowing for a seamless development experience. The user interface components are styled using Tailwind CSS, providing a responsive and visually appealing design. Additionally, Framer Motion is used for animations, enhancing the interactivity of the application.

Key features of the app include:
- Interactive 3D visualization of blockchain features.
- Clickable hexagonal icons that reveal detailed information about each feature.
- Dynamic animations and effects, including cosmic trails and pulsating lights.
- Responsive design that adapts to different screen sizes.
- Modal dialogs for displaying feature descriptions.
- Integration with existing systems through seamless connections.

Overall, this application serves as an educational tool, helping users understand the benefits and functionalities of blockchain technology in logistics and supply chain management through an engaging and interactive format.

Language Learning App

Language Learning App

The ZIKITESVOTE app is a blockchain-based voting system designed for university elections, specifically for Nnamdi Azikiwe University. It leverages Ethereum technology to provide a secure, transparent, and tamper-proof voting experience for students participating in elections such as the Student Council Election 2025.

To use the app, users must first verify their eligibility by providing their student credentials. Once verified, they can register using their Ethereum wallet. The app allows users to cast their votes for various positions during the election period, which is set from April 20 to April 25, 2025. After voting, users can view real-time results, which are updated dynamically as votes are cast.

The app is built using modern web technologies, including Next.js for the frontend, React for user interface components, and Tailwind CSS for styling. It interacts with the Ethereum blockchain through the ethers.js library, ensuring that all votes are securely recorded and verifiable.

Key features of the ZIKITESVOTE app include:
- Secure authentication via Ethereum wallets, ensuring that only eligible students can vote.
- A transparent voting process where all votes are recorded on the blockchain, providing complete auditability.
- Real-time results display, allowing users to see the current status of the election as votes are counted.
- Support for multiple voting categories and positions, enabling a comprehensive election experience.
- An admin dashboard for managing elections, candidates, and monitoring voting statistics.

Overall, ZIKITESVOTE aims to enhance the integrity and accessibility of university elections, making the voting process more efficient and trustworthy for all participants.

Interactive-3D-Infographic

165 Forks

Blockchain voting system

The AI Model Comparison Dashboard is a web application designed to help users compare various AI models based on their capabilities, specifications, and pricing. The app provides a user-friendly interface where users can select multiple AI models and view detailed comparisons to determine the best fit for their needs.

To use the app, users can start by selecting AI models from a sidebar. The selection can be filtered by model type and searched by name or provider. Once models are selected, users can view a comparison of their specifications, capabilities, and pricing in a tabbed interface. The dashboard also includes visual representations of model capabilities through radar and bar charts, making it easier to analyze differences at a glance.

The application is built using TypeScript and React, leveraging Next.js for server-side rendering and routing. It utilizes various UI components for a responsive design, including tables, cards, and charts. The styling is managed with Tailwind CSS, ensuring a modern and visually appealing layout.

Key features of the app include:
- Model selection and filtering options to customize comparisons.
- A comparison view that displays specifications, capabilities, and pricing in a structured format.
- Visual charts for a quick overview of model capabilities.
- A responsive design that adapts to different screen sizes.
- A skeleton loading state to enhance user experience during data fetching.

Overall, the AI Model Comparison Dashboard serves as a comprehensive tool for developers, researchers, and businesses looking to evaluate and choose the most suitable AI models for their applications.

UIswap is a decentralized exchange (DEX) application designed for swapping tokens on Ethereum and other EVM-compatible blockchains. The app provides a user-friendly interface for token swapping, liquidity pool management, and portfolio tracking, making it accessible for both novice and experienced users.

To use UIswap, users can connect their cryptocurrency wallets, such as MetaMask or Coinbase Wallet, through the integrated wallet connection feature. Once connected, users can easily swap tokens, view their portfolio, and manage liquidity positions. The app supports multiple networks, including Ethereum, Polygon, Optimism, and Arbitrum, allowing users to interact with various blockchain ecosystems.

Key features of UIswap include:
- Token Swapping: Users can seamlessly exchange different tokens with real-time price information and slippage settings.
- Wallet Integration: The app supports popular wallets via RainbowKit, enabling easy connections and transactions.
- Portfolio Management: Users can track their token holdings, transaction history, and overall portfolio value.
- Liquidity Pools: The app allows users to view and manage their liquidity positions, including total value locked (TVL) and annual percentage rate (APR).
- Responsive Design: UIswap is designed to work on both desktop and mobile devices, ensuring a consistent user experience across platforms.
- Dark Mode: The application includes a built-in dark mode for comfortable viewing in low-light environments.

The application is built using modern web technologies, including Next.js for server-side rendering, React for the user interface, and Tailwind CSS for styling. It utilizes the React Context API for state management and integrates with the Wagmi library for blockchain interactions. The app is also developed with TypeScript, ensuring type safety and improved developer experience.

To get started with UIswap, users need to clone the repository, install the necessary dependencies, and set up their environment variables, including a WalletConnect Project ID. The application can then be run locally for development or deployed to platforms like Vercel for production use.

Overall, UIswap aims to provide a comprehensive and intuitive platform for users to engage with decentralized finance (DeFi) through token swaps and liquidity management.