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The Truch Affiliate app is a platform designed to connect South African businesses with potential partners and affiliates. It facilitates the registration and management of businesses, allowing users to create profiles, verify their information, and engage in partnerships across various industries.

To use the app, users can start by signing up through a multi-step registration process that collects personal and business information, including contact details, business type, and partnership goals. Once registered, users can access a dashboard where they can manage their business details, view analytics, and connect with other businesses. The app also provides a business directory for users to search and filter through verified businesses based on location and category.

The app is built using modern web technologies, including TypeScript and React for the frontend, and Next.js for server-side rendering and API routes. It utilizes a component-based architecture with reusable UI components for a consistent user experience. The app also integrates with a file upload service for handling document submissions and uses a mock data approach for demonstration purposes.

Key features of the Truch Affiliate app include:
- A user-friendly signup process with a step-by-step guide.
- A success page that informs users of their account status and next steps.
- An admin dashboard for managing business registrations, including approval and rejection functionalities.
- A business directory that allows users to search for and filter businesses by province and category.
- Analytics and reporting tools to track business performance and partnership success.
- A responsive design that ensures accessibility across various devices.

Overall, the Truch Affiliate app aims to streamline the process of business networking in South Africa, providing tools and resources for growth and collaboration.

Truch Affiliate Landing

Triangular QR codes

This application is a web-based platform designed for renting and purchasing costumes, primarily aimed at events, parties, and performances. It provides users with a seamless experience to browse, select, and manage costume rentals, as well as access various entertainment services.

Users can navigate through a collection of costumes categorized by themes such as superheroes, racing, gaming, and more. Each costume listing includes detailed descriptions, pricing, available sizes, and features. The application also allows users to select rental options, including daily and weekend rentals, or outright purchases.

Key features of the app include:

1. **Costume Browsing**: Users can view costumes in a grid format, with options to filter by categories. Each costume card displays an image, name, and a brief description.

2. **Rental Options**: Users can choose between different rental types (daily, weekend, or purchase) and select sizes for the costumes.

3. **Shopping Cart**: The app includes a shopping cart feature where users can add costumes, view their selections, and proceed to checkout. The cart displays the total price and allows users to remove items.

4. **User Interaction**: Users can submit inquiries through a consultation form, which collects their details and the service they are interested in. The form is designed to be user-friendly and responsive.

5. **Responsive Design**: The application is built to be mobile-friendly, ensuring a good user experience across various devices.

6. **Dynamic Content**: The app features a video background on the homepage, enhancing the visual appeal and engagement.

7. **Show Programs**: Users can explore various entertainment shows available for booking, with detailed descriptions and image galleries.

8. **Customer Reviews**: The application includes a section for customer feedback, allowing potential renters to read about others' experiences.

The application is built using modern web technologies, including TypeScript, React, and Tailwind CSS for styling. It utilizes a context API for managing the shopping cart state and employs responsive design principles to ensure accessibility on different screen sizes. The overall architecture supports a smooth and interactive user experience, making it easy for users to find and rent costumes for their events.

This application is a personal portfolio website for a web developer named Fabio Silva. It showcases his skills, services, and recent projects, aimed at attracting potential clients and providing information about his expertise in web development.

Users can navigate through various sections of the site, including Services, Skills, Portfolio, Pricing, and Contact. Each section is designed to provide detailed information about the services offered, the technologies used, and examples of previous work. The site features a responsive design, ensuring a seamless experience across different devices.

The application is built using modern web technologies, including Next.js for server-side rendering and routing, React for building user interfaces, and Tailwind CSS for styling. The use of Framer Motion allows for smooth animations and transitions, enhancing the user experience. The site also implements a theme provider to support dark mode and light mode, improving accessibility and user preference.

Key features of the application include:
- A responsive layout that adapts to various screen sizes.
- Smooth animations and transitions for a dynamic user experience.
- A section dedicated to showcasing services, including static pages, motion design, and API integration.
- A portfolio section displaying recent projects with descriptions and links to live demos.
- A pricing section outlining different service plans and their features.
- A contact form for potential clients to reach out directly.
- Integration with social media links for GitHub and LinkedIn.

Overall, this application serves as a comprehensive platform for Fabio Silva to present his work and connect with clients, leveraging modern web development practices and technologies.

AutoFlow Pro is a web application designed to streamline business operations through powerful automation workflows using n8n. The app provides a user-friendly interface for businesses of all sizes to create, manage, and optimize their automation processes, ultimately saving time and reducing errors.

To use AutoFlow Pro, users can navigate through a well-structured landing page that highlights key features, pricing plans, and testimonials from satisfied clients. The app offers a contact form for users to submit their specific automation needs, allowing the AutoFlow Pro team to provide tailored solutions. Users can also sign up for a free trial to explore the platform's capabilities.

The application is built using modern web technologies, including TypeScript, React, and Next.js, ensuring a responsive and dynamic user experience. It leverages various UI components for a consistent design, such as buttons, cards, badges, and forms, all styled with a focus on usability and accessibility.

Key features of AutoFlow Pro include:
- Custom n8n workflows that automate repetitive tasks and integrate with existing business tools.
- A clear pricing structure with plans tailored for small businesses, medium enterprises, and large organizations, each offering different levels of service and support.
- A dedicated contact form that allows potential clients to describe their automation requirements, ensuring personalized service.
- Testimonials from industry leaders showcasing the effectiveness of the automation solutions provided.
- A responsive design that adapts to various devices, ensuring accessibility for all users.

Overall, AutoFlow Pro aims to empower businesses by providing intelligent automation solutions that enhance operational efficiency and drive growth.

N8n automation website

A nice expandable menu

A nice expandable menu

Landing page with Animated Falling Tetrahedrons and Lines

Falling Tetrahedrons

This application is a modern web-based radio streaming platform called Bright FM 98.7, designed to provide users with live audio streaming, program schedules, and interactive features such as reviews and social media sharing. Built using Next.js and TypeScript, the app leverages React for its user interface and includes support for theming through the next-themes library.

To use the app, users can navigate through various tabs to access different functionalities. The main features include a live audio player that allows users to play, pause, and adjust the volume of the radio stream. Users can also toggle between light and dark themes, view the current program schedule, and submit reviews for specific shows. The app provides a visually appealing interface with responsive design elements, ensuring a seamless experience across devices.

Key technologies involved in the development of this app include:
- Next.js for server-side rendering and routing.
- TypeScript for type safety and improved developer experience.
- React for building interactive user interfaces.
- Tailwind CSS for styling and responsive design.
- Lucide React for icons.
- Local storage for saving user reviews and preferences.

Key features of the app include:
- Live streaming of radio content with play/pause functionality.
- Volume control with a slider and mute toggle.
- A program schedule displaying current and upcoming shows, along with host information.
- User reviews for shows, including a star rating system and comment submission.
- Social media sharing options to promote the station on platforms like Facebook, Twitter, and Instagram.
- A visually engaging interface with theme support, allowing users to switch between light and dark modes.

Overall, Bright FM 98.7 offers a comprehensive and interactive radio listening experience, combining live audio streaming with community engagement through user reviews and social media connectivity.

Next.js Community Starter

This is a re-creation of the moving ball UX on https://linear.app/method/product-direction.

Linear canvas ball animation

The DeepResearch app is an AI-powered research assistant designed to help users conduct comprehensive web searches on various topics. The app allows users to create research queries in plain English, schedule recurring searches, and receive results directly in their inbox. It leverages advanced AI models to provide detailed insights and analysis, making it suitable for both casual users and professionals seeking in-depth information.

To use the app, users can sign up for an account or access a demo version that offers limited features. Once logged in, users can navigate to the dashboard to create new research tasks, view active and completed tasks, and manage their email preferences. The app supports various AI models, allowing users to select the one that best fits their research needs.

Key technologies involved in the development of the app include TypeScript, React, Next.js, PostgreSQL for database management, and Redis for caching and rate limiting. The app also integrates with email services to send research results and notifications to users.

Key features of the DeepResearch app include:
- User authentication with options for standard and simplified login.
- A dashboard for managing research tasks, including active, scheduled, and completed tasks.
- The ability to create one-time or recurring research tasks with customizable parameters.
- Integration with multiple AI models for varied research capabilities.
- Email notifications for completed research tasks and weekly summaries.
- A user-friendly interface with forms for inputting research queries and preferences.
- Support for custom URLs to focus searches on specific sources.
- A demo mode for users to try the app without creating an account.

Overall, DeepResearch aims to streamline the research process, making it easier for users to stay informed on topics of interest while leveraging the power of AI.

Make your own and costumize your football and gym training plans

Pro Football Traning

Product Variation Selector

Product Variation Selector

User Feedback Form to get feedback from your users using upvotes and downvotes. Add your favorite database to the template.

User Feedback Form

¿Can you hel me fit the game into the screen so that it doesn't just look like small dot?

This application is a web-based game that simulates a retro-style cat jumping game inspired by classic Game Boy aesthetics. The primary functionality of the app is to allow users to control a pixelated cat character that jumps over obstacles while accumulating points.

To use the app, users can interact with the game using keyboard controls: the "A" button (or "X/Z" keys) is used to make the cat jump, the "Enter" key starts the game, and the "Shift" key serves as a select button. The game features a title screen, a gameplay screen, and a game over screen, providing a nostalgic experience reminiscent of early handheld gaming.

The app is built using modern web technologies, including React for the user interface, Next.js for server-side rendering and API routes, and Three.js for rendering 3D graphics. The game utilizes an OffscreenCanvas to generate pixel art images and employs audio elements for sound effects, enhancing the overall user experience.

Key features of the app include:
- A pixel art cat character that users can control to jump over obstacles.
- A scoring system that tracks the player's score and high score.
- A title screen with instructions and a game over screen displaying scores.
- Responsive controls that allow for keyboard interaction.
- A visually appealing Game Boy-inspired design with a green color palette and retro sound effects.

Overall, this app combines nostalgic gaming elements with modern web development practices, providing an engaging and interactive experience for users.

Low poly Game Boy

This application is a Crypto Futures Trading Dashboard designed to help users manage and analyze their cryptocurrency trading activities. It allows users to track their trades, view current cryptocurrency prices, and visualize performance through various charts.

To use the app, users can add new trades by entering details such as the cryptocurrency involved, initial and final prices, position type (long or short), leverage, and investment amount. The app fetches current prices from the CoinGecko API and displays them alongside user trades. Users can also view their trading history, which is stored in local storage, and update it as needed. The dashboard features tabs for trades, charts, and statistics, providing a comprehensive overview of trading performance.

The app is built using TypeScript and React, leveraging the Next.js framework for server-side rendering and API routes. It utilizes the Recharts library for data visualization, allowing users to see their return on investment (ROI) over time, performance by coin, and investment distribution.

Key features of the app include:
- Trade management: Users can add, delete, and view their trades, with automatic calculations for profit, net profit, and ROI based on current prices.
- Price fetching: The app retrieves real-time cryptocurrency prices from the CoinGecko API, with fallback default values in case of API failure.
- Data visualization: Users can view their trading performance through line charts, bar charts, and pie charts, providing insights into their trading strategies.
- Local storage: Trades are saved in the browser's local storage, allowing users to access their data across sessions.
- Responsive design: The app is designed to be user-friendly and accessible on various devices.

Overall, this application serves as a powerful tool for cryptocurrency traders looking to optimize their trading strategies and track their performance effectively.

Crypto results tracker

This app is an interactive step-by-step guide designed to assist users in transforming their websites and deploying them on GitHub. It provides a structured approach to reimagining a website by guiding users through a series of steps, from entering a site URL to deploying the final project.

To use the app, users start by entering their website URL or selecting an example site. The app then presents a series of steps, each accompanied by a title, description, and an illustrative image. Users can navigate through the steps using "Next" and "Previous" buttons, and they can also jump to specific steps using visual indicators. The app tracks completed steps and provides visual feedback on progress.

The app is built using TypeScript and React, leveraging the Framer Motion library for animations and transitions, and Next.js for server-side rendering and image optimization. It utilizes a responsive design to ensure usability across different devices.

Key features of the app include:
- An interactive guide with clear instructions for each step.
- Visual indicators for tracking progress and completed steps.
- Responsive design that adapts to various screen sizes.
- Smooth animations for transitions between steps.
- Integration with GitHub for managing repositories and deploying projects.

Overall, this app serves as a comprehensive tool for users looking to modernize their websites and streamline the deployment process.

Modern Step Guide Component

Built a food diary app! Snap a pic of your meals to hit your macros.
Made by Emanuel Perez.

Bento food diary app

This app is a scroll-based video player that allows users to interactively play a series of videos by scrolling through the page. The app is designed to provide a seamless experience where the playback of videos is synchronized with the user's scroll position, creating an engaging and dynamic viewing experience.

To use the app, users simply scroll down the page to play the videos. As they scroll, the app calculates the scroll progress and adjusts the playback of the videos accordingly. Each video plays in sequence based on how far the user has scrolled, and the current video is displayed prominently while others fade out. A visual scrollbar indicates the user's progress through the video content.

The app is built using modern web technologies, including React for the user interface and Next.js for server-side rendering and routing. It utilizes TypeScript for type safety and improved developer experience. The videos are hosted on a cloud storage service, and the app employs URL rewrites to manage video sources efficiently.

Key features of the app include:
- Scroll-based video playback that synchronizes with the user's scroll position.
- Dynamic loading of video metadata to ensure smooth playback.
- Touch device support with scroll snap functionality for a better mobile experience.
- A loading screen that informs users while videos are being prepared.
- Visual indicators such as a scrollbar and video titles to enhance user interaction.
- Error handling for video loading issues to ensure a robust experience.

Overall, this app provides an innovative way to experience video content, leveraging scrolling as a means of control and engagement.

Custom video player

This is an animated cart button that helps users add items to carts in batches

Animated Cart Button

Futuristic email ticketing app

Futuristic email ticketing

This is an interactive prototype of a donation page.

To use the app, users can navigate to the homepage where they will find a donation form prominently displayed. The form allows users to select a donation amount from predefined options of $25, $50, $100, and $250, or to enter a custom amount. Users can also choose to make their donation a monthly contribution. Upon submitting the form, users receive a confirmation alert thanking them for their donation.

Interactive Design Prototype

The KecerdasanAI app is designed to provide advanced artificial intelligence solutions tailored for businesses in Indonesia. Its primary goal is to help companies leverage the power of AI for digital transformation and business growth.

Users can navigate the app to explore various sections, including services offered, company information, team profiles, client testimonials, and contact details. The app features a clean and responsive layout, ensuring a user-friendly experience across devices.

Technologically, the app is built using React and TypeScript, leveraging Next.js for server-side rendering and routing. It incorporates Tailwind CSS for styling, allowing for a highly customizable and modern design. The app also utilizes Google Fonts for typography and includes a theme provider to manage light and dark modes.

Key features of the KecerdasanAI app include:
- A comprehensive overview of AI solutions tailored for the Indonesian market, such as chatbots, data analysis, and process automation.
- A dedicated section for client testimonials, showcasing the impact of AI solutions on various businesses.
- A contact form for users to reach out for consultations, with options to communicate via WhatsApp.
- A multi-language support feature, allowing users to switch between English and Bahasa Indonesia.
- A visually appealing design with animations and responsive layouts to enhance user engagement.

Overall, KecerdasanAI serves as a valuable resource for businesses looking to integrate AI technologies into their operations, providing insights and solutions that are relevant to the local market.

Indonesia AI website

The Serenity Resort app is a comprehensive platform designed to enhance the user experience for guests looking to book accommodations at a luxury hotel. The app provides a user-friendly interface for browsing room options, viewing amenities, and making reservations, all while showcasing the resort's offerings through engaging visuals and testimonials.

Users can navigate through various sections, including a hero section that highlights the resort's luxurious features, a detailed overview of available rooms and suites, and a gallery showcasing the property. The app also includes a virtual tour feature, allowing users to explore the resort's facilities interactively.

Key features of the app include:

1. Room Cards: Each room type is presented with a card that includes an image, title, description, price, and a list of features. Users can easily compare different accommodations.

2. Testimonial Cards: The app features testimonials from previous guests, providing insights into their experiences and enhancing credibility.

3. Gallery: A dedicated section for images of the resort, allowing users to visually explore the property.

4. Booking Form: A comprehensive form for users to submit their reservation requests, including options for check-in and check-out dates, number of guests, and special requests.

5. Virtual Tour Viewer: An interactive feature that allows users to take a virtual walk through the resort, providing a 360-degree view of various locations.

6. Language Selector and Theme Toggle: Users can choose their preferred language and switch between light and dark themes for a personalized experience.

The app is built using modern web technologies, including TypeScript and React, with Next.js for server-side rendering and routing. It utilizes Tailwind CSS for styling, ensuring a responsive and visually appealing design. The app also incorporates state management for handling user interactions and preferences, such as language and theme settings.

Overall, the Serenity Resort app aims to provide a seamless and engaging experience for potential guests, making it easy to explore, book, and enjoy their stay at the resort.

Hotel React website

The Habit Quitter app is designed to help users track and reduce their habit usage. It provides a user-friendly interface for logging daily usage, viewing statistics, and managing settings related to habit tracking. The app is built using modern web technologies, including TypeScript, React, and Next.js, and utilizes Tailwind CSS for styling.

To use the app, users begin by completing an onboarding process where they set their initial daily usage goal. Once set up, users can log their habit usage throughout the day, view their daily logs, and access statistics that provide insights into their progress over time. The app features a dashboard that displays the current day's usage, a logbook for reviewing past entries, and a statistics page that summarizes overall usage patterns.

Key features of the Habit Quitter app include:
- A responsive design that adapts to different screen sizes.
- Offline capabilities through a service worker, allowing users to log their habits even without an internet connection.
- A bottom navigation bar for easy access to different sections of the app, including Home, Logbook, Stats, and Settings.
- Visual representations of usage data through charts and graphs, helping users understand their habits better.
- Data management options, including the ability to export and import usage logs, reset data, and adjust settings related to daily usage goals.
- Toast notifications to provide feedback on user actions, such as logging usage or saving settings.

Overall, the Habit Quitter app aims to support users in their journey to reduce their habit usage by providing a comprehensive and engaging tracking experience.

Tablas Multiplicacion

Tablas Multiplicacion

This application is a simple chatbot built using Next.js, the Vercel AI SDK, and DeepInfra. It provides users with an interactive interface to communicate with an AI assistant, allowing for real-time messaging and responses.

To use the app, users can enter their messages in a text area at the bottom of the screen. The text area automatically resizes based on the content entered. Upon pressing the "Enter" key, the message is sent to the AI assistant, and the response is displayed in a message list above. Users can also retry sending messages if there is an error or if the assistant fails to respond.

The app is built using TypeScript and React, leveraging the Next.js framework for server-side rendering and routing. It utilizes Tailwind CSS for styling, providing a responsive and modern user interface. The application supports dark mode through a theme provider, allowing users to switch between light and dark themes seamlessly.

Key features of the app include:
- An auto-resizing text area for message input.
- A message list that displays both user and assistant messages, with visual differentiation.
- Typing indicators to show when the assistant is processing a response.
- Error handling with retry functionality for failed messages.
- A responsive design that adapts to different screen sizes.

Overall, this chatbot application serves as a foundational template for developers looking to integrate AI capabilities into their web applications, providing a user-friendly interface and robust functionality.

Deep Infra Starter

This application is a user registration system designed to facilitate the onboarding of new users, specifically students, into a platform. It allows users to create an account by providing essential personal information, which is then validated and stored in a database.

To use the app, users need to navigate to the registration page where they will be prompted to fill out a form with their first name, last name, email address, password, gender, nationality, phone number, address, city, and zip code. The app ensures that all required fields are completed and that the data adheres to specified formats and constraints, such as unique email addresses and password confirmation.

The application is built using the Laravel framework, which provides a robust backend structure. It utilizes PHP for server-side scripting and employs Eloquent ORM for database interactions. The app also leverages Laravel's built-in validation features to ensure data integrity during the registration process. Passwords are securely hashed using Laravel's Hash facade to protect user credentials.

Key features of the app include:
- User registration with comprehensive validation to ensure data quality.
- Automatic assignment of a default role (student) upon successful registration.
- Redirection to a dashboard upon completion of the registration process.
- Middleware to restrict access to the registration page for authenticated users, ensuring that only guests can register.

Overall, this app provides a streamlined and secure method for users to register and gain access to the platform, enhancing user experience and maintaining data security.

This application is a web-based interactive storytelling platform that allows users to create, edit, and publish their own stories. It provides a comprehensive suite of tools for managing various elements of a story, including rooms, audio tracks, subtitles, hotspots, animations, and cutscenes. Users can also generate content using AI, such as sound effects, music, subtitles, and voiceovers.

To use the app, users can start by creating a new story or loading an existing one. The main interface is divided into several sections, including a story editor, audio manager, and cutscene editor. Users can add and modify rooms, upload media, and configure interactive elements like hotspots and subtitles. The app also features a gallery where users can browse and play published stories.

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 leverages various libraries for UI components, state management, and AI content generation, such as OpenAI's API for generating audio and text content.

Key features of the app include:
- A user-friendly interface for creating and editing stories with drag-and-drop functionality.
- Support for multimedia elements, including images, videos, and audio tracks.
- AI-powered content generation tools for sound effects, music, subtitles, and voiceovers.
- Real-time collaboration and auto-saving capabilities to ensure users do not lose their progress.
- A gallery for sharing and discovering stories created by other users.
- Performance optimization features, including debouncing and throttling for efficient state updates.

Overall, this application provides a robust platform for storytellers to bring their narratives to life through interactive and multimedia experiences.

This application is a QR Code Decoder that allows users to scan, upload, or paste QR code images to decode their content into text. It provides a user-friendly interface where users can either upload an image file, drag and drop an image, or paste an image directly from their clipboard. The decoded content is displayed on the screen, and users can easily copy the text to their clipboard.

To use the app, users can select their preferred method of input: uploading an image file (supported formats include SVG, PNG, JPG, and GIF), pasting an image from the clipboard, or dragging and dropping an image onto the designated area. Once an image is provided, the app processes the QR code and displays the decoded content. Users can also view their scan history, which keeps track of previously decoded QR codes, and they have the option to clear this history.

The app is built using modern web technologies, including React for the user interface, TypeScript for type safety, and Tailwind CSS for styling. It utilizes the jsQR library for decoding QR codes from images. The application also features internationalization support, allowing users to select their preferred language from a dropdown menu.

Key features of the app include:
- QR code scanning through image upload, paste, or drag-and-drop.
- Display of decoded content with an option to copy it to the clipboard.
- A history panel that tracks previously scanned QR codes, with options to select, remove, or clear history.
- Language selection for a more personalized user experience.
- Responsive design that works well on both desktop and mobile devices.

Overall, this QR Code Decoder app provides a straightforward and efficient way for users to decode QR codes without the need for any installations or additional software.

Qr code to text

This app is a dynamic user interface designed to simulate an interactive Apple Watch experience. It features a circular layout with various app icons that users can interact with through touch or mouse gestures. The primary function of the app is to provide a visually engaging way to access different functionalities, such as a clock, messaging, music, and more, by allowing users to scroll and select icons.

To use the app, users can drag their finger or mouse across the screen to scroll through the icons arranged in a circular pattern. The icons respond to user interactions by enlarging when they are centered in the viewport, providing a clear visual cue of selection. Users can tap on icons to activate them, which briefly highlights the selected icon before returning it to its original state.

The app is built using React, leveraging TypeScript for type safety and clarity. It utilizes the Lucide React library for iconography, providing a modern and clean aesthetic. The app also incorporates the Framer Motion library for smooth animations and transitions, enhancing the user experience.

Key features of the app include:
- A circular layout of app icons that users can scroll through.
- Dynamic resizing of icons based on their proximity to the center of the viewport, creating an engaging interaction model.
- Touch and mouse event handling to support both mobile and desktop environments.
- A clock display that updates in real-time, providing users with the current time.
- Visual feedback for icon selection, enhancing usability and interaction.

Overall, this app combines modern web technologies with an intuitive design to create a unique and interactive user experience reminiscent of an Apple Watch interface.

Next JS + Firebase Starter.

Important: the user needs to fill in the environment variables for this to work.

Firebase Starter

NexoraSIM eSIM interface

This application is an e-commerce platform designed for a coffee shop, specifically "Belz migz jb Coffee Shop." It allows users to browse and purchase a variety of coffee products, specialty drinks, and related equipment. The app features a user-friendly interface that facilitates product discovery, shopping cart management, and customer support.

To use the app, users can navigate through different sections, including a homepage that showcases featured products and specialty drinks. Users can view detailed product descriptions, add items to their cart, and proceed to checkout. The app also includes a contact page for customer inquiries and a help center with frequently asked questions.

The application is built using modern web technologies, including React for the frontend, Next.js for server-side rendering and routing, and Tailwind CSS for styling. It utilizes a context API for managing the shopping cart state, allowing for seamless updates and interactions. The app is deployed on Vercel, ensuring fast load times and reliable performance.

Key features of the app include:
- A responsive design that works well on both desktop and mobile devices.
- A product catalog with detailed descriptions, images, and pricing.
- A shopping cart that allows users to add, remove, and update product quantities.
- A checkout process that includes various payment options.
- A customer service section with contact information and a live chat feature for real-time support.
- A help center with articles addressing common questions and issues related to orders, shipping, and product usage.

Overall, this application aims to provide a comprehensive and enjoyable shopping experience for coffee enthusiasts, combining quality products with excellent customer service.

This application is a financial infrastructure platform designed to facilitate secure payment processing for businesses of all sizes. It provides users with a streamlined interface to manage their accounts, view transaction histories, and access various financial metrics.

To use the app, users can sign in with their email and password on the login page. Upon successful authentication, they are redirected to a dashboard that displays key financial information, including account balance, pending transactions, and monthly revenue. Users can also navigate through different sections of the dashboard, such as payments, customers, and reports, using a responsive navigation bar.

The application is built using modern web technologies, including React for the user interface, TypeScript for type safety, and Tailwind CSS for styling. It leverages the Framer Motion library for smooth animations and transitions, enhancing the user experience. The app is structured with a client-side rendering approach using Next.js, which allows for efficient routing and server-side rendering capabilities.

Key features of the app include:
- A responsive design that adapts to different screen sizes, ensuring usability on both desktop and mobile devices.
- A secure login system that allows users to access their accounts safely.
- A dashboard that provides an overview of financial metrics, including balance, pending transactions, and monthly revenue.
- Interactive elements such as buttons and navigation links that provide feedback through animations.
- A user-friendly interface for managing transactions, with options to filter and export transaction data.

Overall, this application aims to provide a comprehensive solution for businesses looking to manage their financial operations online efficiently.

Payment login page

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

The Debt Assessment Quiz app is designed to help users create a personalized debt payoff plan by guiding them through a series of questions related to their financial situation. The app collects information about the user's total debt, interest rates, monthly payment capabilities, and their biggest struggles with debt. Based on the responses, it generates a tailored debt management strategy, including a timeline for repayment and potential savings.

To use the app, users navigate through a six-step quiz interface. Each step presents a question or input field, allowing users to enter their financial details. The app features a progress bar to indicate how far along the user is in the quiz. Once all information is collected, the app displays a comprehensive debt freedom plan, including a breakdown of the user's debt, recommended strategies, and actionable next steps.

The app is built using TypeScript and React, leveraging various UI components for a responsive and user-friendly experience. Key technologies include Lucide React icons for visual elements and Recharts for data visualization, specifically for displaying a pie chart of the user's debt breakdown.

Key features of the app include:
- A step-by-step quiz format that simplifies the process of gathering financial information.
- Dynamic progress tracking to keep users informed of their completion status.
- Personalized debt management strategies based on user input, including the Debt Snowball, Debt Avalanche, and Debt Consolidation methods.
- Visual representation of debt distribution through pie charts.
- A clear call-to-action for users to book consultations or download their plans.

Overall, the Debt Assessment Quiz app aims to empower users with the knowledge and tools needed to take control of their debt and work towards financial freedom.

Debt payoff quiz design

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Radoshi - because sometimes, nothing is worth something!

The app is a comprehensive business simulation tool designed for analyzing and projecting the financial performance of a marketplace focused on precatórios (court-ordered payments). It allows users to input various parameters related to their business model, such as monthly gross merchandise value (GMV), take rate, monthly growth rate, fixed costs, and the number of active investors. The app then calculates key financial metrics, including annual GMV, revenue, transaction numbers, contribution margin, return on investment (ROI), payback period, and the final number of investors.

Users can interact with the app through a user-friendly interface that includes sliders for adjusting numerical inputs, dropdowns for selecting analysis periods, and buttons for resetting parameters or applying predefined investor profiles. The app also features visualizations, such as line charts and bar graphs, to display the growth projections and financial metrics over time.

The app is built using modern web technologies, including React for the user interface, TypeScript for type safety, and various UI components from libraries like Radix UI. It utilizes Recharts for data visualization, allowing for responsive and interactive charts. The app also incorporates utility functions for managing class names and styles.

Key features of the app include:
- Input sliders for adjusting financial parameters.
- Predefined investor profiles that automatically adjust input values.
- Real-time calculations of financial metrics based on user inputs.
- Visual representations of growth projections and financial performance.
- A Monte Carlo simulation feature for advanced probabilistic analysis of different credit scenarios.
- Export options for generating reports in PDF and CSV formats.
- A scenario analysis section that compares different business growth stages and their financial implications.

Overall, the app serves as a strategic planning tool for entrepreneurs and investors in the precatório marketplace, providing insights into potential business outcomes based on varying input scenarios.

This application is a schematic editor designed for creating and managing electronic circuit layouts. It allows users to visually design circuits by placing various components, such as chips, passive components, net labels, and junctions, on a grid-based interface. Users can connect these components with lines to represent electrical connections, facilitating the design of complex circuits.

To use the app, users can select tools from a toolbar to add components, connect them, and manipulate their properties. The interface supports keyboard shortcuts for quick access to different tools and actions. Users can also edit the names of components and connection labels directly within the schematic. The application provides functionality to load and save circuit designs in JSON format, enabling easy sharing and collaboration.

The app is built using TypeScript and React, leveraging various libraries for UI components and state management. Key features include:

- A grid-based layout for precise placement of components.
- Support for multiple component types, including chips, passives, net labels, and junctions.
- Connection management, allowing users to create and edit connections between components.
- A responsive toolbar for tool selection and actions, including adding, deleting, and rotating components.
- Real-time coordinate display for selected components and connections.
- Dialogs for loading and saving schematic data in JSON format.
- Keyboard shortcuts for efficient navigation and tool selection.

Overall, this schematic editor provides a comprehensive environment for designing electronic circuits, making it a valuable tool for engineers and hobbyists alike.

React box drawing app

KidCare is a pediatric healthcare application designed to provide parents with personalized vaccine recommendations and nutrition guidance based on their child's age. The app aims to assist caregivers in making informed health decisions for their children by offering evidence-based information curated by pediatric healthcare professionals.

To use the app, parents begin by entering their child's age in either months or years through a user-friendly form. Once the age is submitted, the app generates tailored recommendations for vaccines and nutrition, which are displayed on a results page. Users can navigate through different sections of the app, including home, about, and contact pages, to access additional information and support.

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 a responsive design to ensure accessibility across various devices. Key features include:

1. Vaccine Recommendations: The app provides up-to-date vaccine schedules based on the latest pediatric guidelines, ensuring that parents are informed about necessary immunizations for their children.

2. Nutrition Guidance: Users receive tailored nutrition advice, including recommended food groups and serving sizes appropriate for their child's developmental stage.

3. Growth Tracking: The app includes features for monitoring growth and developmental milestones, helping parents keep track of their child's progress.

4. User-Friendly Interface: The application is designed with a clean and intuitive interface, making it easy for parents to navigate and find the information they need.

5. Disclaimer: The app emphasizes that while it provides general guidance, it should not replace professional medical advice, and parents are encouraged to consult with their pediatricians for personalized recommendations.

Overall, KidCare serves as a valuable resource for parents seeking to ensure their children's health and well-being through informed decisions regarding vaccinations and nutrition.

Pediatric health app

Gradient Color Generator

Gradient Color Images

Mobile app design

The app is a comprehensive banking platform designed to provide users with a secure, user-friendly experience for managing their finances. It allows users to perform various banking activities, including account management, money transfers, transaction tracking, and financial insights.

To use the app, users can register for an account or log in if they already have one. Once logged in, they can access their dashboard, which displays their account balances, recent transactions, and various banking features. Users can navigate through different sections such as accounts, transactions, and settings using a responsive navigation menu.

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 a component-based architecture, leveraging reusable UI components for buttons, cards, inputs, and tables. The app also incorporates icons from the Lucide library for a visually appealing interface.

Key features of the app include:

1. User Authentication: Users can register, log in, and manage their accounts securely.
2. Dashboard Overview: A central dashboard that displays account balances, recent transactions, and quick access to various banking features.
3. Account Management: Users can view and manage their checking, savings, and credit card accounts, including adding funds and viewing details.
4. Transaction History: A detailed view of all transactions, with options to filter by type and date range.
5. Money Transfers: Users can transfer money between their accounts or to other users, with options for one-time or recurring transfers.
6. Financial Insights: Users receive analytics and insights into their spending habits and financial health.
7. Admin Features: For administrative users, the app includes functionalities for managing user accounts, monitoring transactions, and adjusting settings.

Overall, the app aims to simplify banking for users by providing a secure and intuitive platform for managing their financial activities.

Complete bank app

V0.dev UI Collaboration

This application is a simple Todo management tool built using Next.js and Upstash Redis. It allows users to create, toggle, and delete tasks, providing a straightforward interface for managing daily activities.

To use the app, users can add new tasks by typing into an input field and clicking the add button. Each task can be marked as completed or deleted. The app features optimistic UI updates, meaning that changes are reflected immediately in the user interface while the app communicates with the server in the background. This enhances the user experience by making the app feel more responsive.

The application is built with TypeScript and utilizes React for the frontend. It employs Tailwind CSS for styling, allowing for a responsive and modern design. The app also integrates with Upstash Redis for data storage, enabling persistent task management. In demo mode, the app provides sample tasks without requiring a connection to Upstash.

Key features of the app include:
- Task creation, toggling, and deletion functionalities.
- Optimistic UI updates for a seamless user experience.
- Dark mode support through a theme provider.
- Integration with Upstash Redis for data persistence.
- A demo mode that showcases the app's functionality without requiring backend connectivity.

Overall, this Todo app serves as a practical example of modern web development practices, combining serverless architecture with a user-friendly interface.

Upstash Starter

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.

This application is a decentralized exchange (DEX) aggregator designed for the Solana blockchain, allowing users to swap various cryptocurrencies seamlessly. The app provides a user-friendly interface for trading tokens, displaying real-time price quotes, and managing wallet balances.

To use the app, users need to connect their Solana wallet using supported wallet providers such as Phantom or Solflare. Once connected, users can select the tokens they wish to swap, input the amount they want to sell, and the app will automatically calculate the corresponding amount of the token they will receive based on current market rates. Users can also adjust slippage tolerance and toggle auto-routing features to optimize their trades.

The app is built using modern web technologies, including TypeScript and React for the frontend, and it utilizes the Solana Web3.js library for blockchain interactions. The user interface is styled with Tailwind CSS, ensuring a responsive and visually appealing design. Key features include:

1. Token Selection: Users can easily select tokens from a predefined list or search for specific tokens by name or contract address.
2. Real-time Price Quotes: The app fetches live price data and calculates the expected output amount based on the input amount and selected tokens.
3. Wallet Integration: Users can connect their Solana wallets to manage their balances and execute trades directly from the app.
4. Slippage Settings: Users can set their desired slippage tolerance to avoid unfavorable price changes during transactions.
5. Auto Routing: The app can automatically find the best trading route for swaps, enhancing the efficiency of trades.
6. Price Charts: Users can view price trends for selected tokens, helping them make informed trading decisions.
7. Transaction History: Users can track their past transactions and view details about each swap.

Overall, this app serves as a comprehensive tool for users looking to trade cryptocurrencies on the Solana network, combining ease of use with powerful trading features.

Fazer deploy desse projeto

The MindMaster app is designed to facilitate agile management training, helping users to organize their work and lead high-performance teams effectively. The app provides a comprehensive platform for users to learn and apply agile methodologies, enhancing their management skills and career prospects.

To use the app, users can navigate through various sections that highlight the benefits of agile management, the methodologies covered in the course, and the instructor's credentials. The app features a registration form for users to secure their spot in a live webinar, which is a key component of the training. Users can also access exclusive materials, including a detailed PDF guide with over 246 slides, upon completion of the course.

The app is built using modern web technologies, including React for the user interface, Next.js for server-side rendering and routing, and Tailwind CSS for styling. It incorporates dynamic components that load asynchronously to enhance performance and user experience. The app also utilizes Google Tag Manager for tracking and analytics, ensuring that user interactions can be monitored effectively.

Key features of the MindMaster app include:
- A user-friendly interface that guides users through the agile management training process.
- Dynamic sections that provide insights into the current challenges in management and the benefits of adopting agile methodologies.
- A registration form integrated with WebinarJam for scheduling and managing webinar attendance.
- Access to exclusive training materials and resources to support users in their learning journey.
- Responsive design that ensures accessibility across various devices.

Overall, the MindMaster app aims to empower users with the knowledge and tools necessary to excel in agile management, fostering a culture of efficiency and productivity in their professional environments.

Webinar - GA - Site