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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

NexoraSIM eSIM interface

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 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

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 StudyFocus app is a personal productivity tool designed to help users manage their study sessions effectively using the Pomodoro technique. It allows users to set focus and break intervals, track their study goals, and monitor their progress over time.

To use the app, users can create an account and log in. Once logged in, they can customize their timer settings, including focus time, break time, and the number of sessions before a long break. The main interface features a Pomodoro timer that counts down the focus time and notifies users when it's time to take a break. Users can start, pause, and reset the timer as needed. The app also provides a history of focus sessions, allowing users to see how much time they've spent studying.

The app is built using modern web technologies, including TypeScript, React, and Supabase for backend services. It leverages local storage for saving user settings and session data, and it uses notifications to alert users when their focus or break sessions are complete. The user interface is designed with a responsive layout, ensuring a seamless experience across devices.

Key features of the StudyFocus app include:
- Customizable Pomodoro timer with focus and break intervals.
- User authentication and account management.
- Progress tracking for study sessions and goals.
- Notifications for session completion and reminders.
- A weekly planner to organize study subjects.
- Statistics and ranking features to motivate users based on their study habits.

Overall, StudyFocus aims to enhance productivity and help users achieve their academic goals through structured study sessions and effective time management.

The Selection Criteria Generator is a web application designed to assist job seekers in creating tailored responses for selection criteria in job applications. The app leverages artificial intelligence to generate professional, context-specific responses based on user input, making the application process more efficient and less stressful.

To use the app, users begin by entering their job title and the specific selection criteria question from the job posting. They can also provide additional information about their experience, education, and strengths, and select their preferred tone for the response. Once the necessary fields are filled out, users click the "Generate Response" button to create a customized selection criteria response. The app also allows users to edit, improve, and download their generated responses.

The application is built using modern web technologies, including React for the user interface, TypeScript for type safety, and Tailwind CSS for styling. It utilizes various UI components such as buttons, text areas, and tabs to enhance user experience. The app also incorporates features like tooltips for guidance, modals for alerts and confirmations, and animations for a smooth interaction.

Key features of the Selection Criteria Generator include:
- AI-powered response generation that tailors answers based on user input.
- Support for the STAR (Situation, Task, Action, Result) format to structure responses effectively.
- Options to edit and improve generated responses, allowing for personalization.
- Download functionality to save responses as text files.
- A user-friendly interface with tooltips and modals for guidance and feedback.
- A sidebar for easy navigation and access to theme toggling and social sharing options.

Overall, the Selection Criteria Generator aims to empower job seekers by simplifying the process of crafting compelling selection criteria responses, ultimately improving their chances of securing job interviews.

Minimalist X card with gradient.

X (Twitter) Card

The Maheshpur Church app is a comprehensive platform designed to facilitate community engagement, spiritual growth, and church management. It provides users with the ability to share testimonies, submit prayer requests, and access church-related information in multiple languages, including Bengali, Hindi, and English.

Key features of the app include:

1. **Live Testimonies**: Users can share their personal testimonies through a dedicated form, which can inspire and strengthen the faith of others. A list of recent testimonies is displayed for community encouragement.

2. **Prayer Requests**: Users can submit prayer requests, allowing the church community to support one another through prayer. This feature includes a form for users to fill out their details and prayer needs.

3. **About Section**: This section provides information about the church's history, leadership, and gallery, helping users understand the church's mission and community.

4. **Songs Management**: The app features a songbook that contains worship songs in various languages. Users can search for songs, and the app allows for sorting and filtering based on language.

5. **Admin Dashboard**: For church administrators, the app includes a management dashboard where they can manage testimonies, events, service times, leadership profiles, and gallery images. Admins can add, edit, and delete entries as needed.

6. **Responsive Design**: The app is designed to be mobile-friendly, ensuring that users can access features easily on various devices.

7. **Language and Theme Switching**: Users can switch between different languages and themes (light/dark mode) to enhance their experience.

8. **Bible Verse Bot**: A chatbot feature allows users to ask questions about the Bible and receive responses, enhancing their understanding of scripture.

The app is built using modern web technologies, including TypeScript, React, and Next.js, ensuring a robust and scalable solution. It utilizes a component-based architecture for reusability and maintainability, and it integrates with various APIs for functionalities like fetching Bible verses.

To use the app, users can navigate through the various sections using a responsive navigation bar. They can submit testimonies and prayer requests through forms, manage their preferences, and access church information seamlessly. Admins can log in to manage church content effectively, ensuring that the app remains up-to-date and relevant for the community.

Image Cropper

The app is a comprehensive design system called "pawa bloX," designed to facilitate the development of modern web applications. It provides a collection of UI components, design tokens, and guidelines to ensure consistency and accessibility across various projects.

Users can navigate through the app using a sidebar that includes sections for getting started, foundations (such as design tokens, colors, and typography), and core components (like buttons, checkboxes, and alerts). Each section contains detailed information, examples, and code snippets for easy implementation.

Key features of the app include:

1. **Component Library**: A wide range of pre-built UI components, including buttons, checkboxes, radio buttons, alerts, and badges, each with various styles and states.

2. **Design Tokens**: The app integrates design tokens that align with Figma, allowing for seamless synchronization between design and development. Users can explore color palettes, typography, spacing, and more.

3. **Interactive Tabs**: The app utilizes tabs to organize content, making it easy for users to switch between different components, states, sizes, and usage guidelines.

4. **Code Snippets**: Each component and design token comes with code examples that users can copy directly to their projects, streamlining the development process.

5. **Responsive Design**: The app is built with a mobile-first approach, ensuring that it is accessible and functional across various devices.

6. **User-Friendly Interface**: The app features a clean and intuitive interface, with clear headings, descriptions, and visual elements to guide users through the design system.

Technologies involved in the app include React for building the user interface, TypeScript for type safety, and Tailwind CSS for styling. The app also leverages Lucide icons for visual elements and provides a responsive layout to enhance user experience.

To use the app, users can navigate through the sidebar to explore different sections, view component examples, and copy code snippets for implementation. The app is designed to be a valuable resource for developers looking to create consistent and beautiful user interfaces using the pawa bloX design system.

Betpawa desing-system

description

Category Selector

Cyber punk style pricing page using a framer Matrix rain component

Supabase Starter

Minimal Product Card

Minimal Product Card

The application is a Retrieval-Augmented Generation (RAG) assistant designed to facilitate knowledge retrieval and interaction through various interfaces. It allows users to engage in conversations, submit queries, and access a knowledge base, all while providing document comparison and PDF viewing capabilities.

Users can interact with the app through a chat interface where they can send messages and receive responses from an AI assistant. The app supports file uploads, enabling users to attach documents for analysis. The conversation history is maintained, allowing users to refer back to previous interactions.

The query interface allows users to submit specific questions and receive detailed responses, along with relevant documents that support the answers provided. The knowledge base interface offers a collection of articles categorized by topics, enabling users to search and filter content based on their interests.

Key features of the app include:
- A chat interface for real-time interaction with the AI assistant.
- A query submission system that retrieves relevant information and documents.
- A knowledge base with categorized articles and search functionality.
- Document comparison tools that allow users to upload and analyze two text files side by side.
- PDF viewing capabilities, including highlighting and annotation features for better document engagement.

The application is built using modern web technologies, including TypeScript, React, and various UI components for a responsive design. It utilizes a context-based internationalization system for multilingual support and employs a loading context to manage user feedback during data processing.

To use the app, users can navigate through the tabs to access different functionalities, such as chat, query submission, knowledge base browsing, and document comparison. The app is designed to be intuitive, with clear prompts and feedback mechanisms to enhance user experience.

React frontend development

The Therapist Coin app is a decentralized AI therapy platform designed to provide users with private and secure mental health support. The app allows users to engage in conversations with an AI therapist, which responds to various emotional states such as anxiety, stress, sadness, happiness, confusion, and loneliness. The platform emphasizes user privacy, ensuring that conversations are not stored or logged, and operates on a pay-per-session model using the THERAPY token.

To use the app, users can start by accessing the landing page, where they can explore the platform's features and learn more about its mission. Once ready, users can navigate to the demo session, where they can interact with the AI therapist by typing their feelings into a chat interface. The AI will respond based on the user's input, providing tailored support and guidance. Users can also join a waitlist for early access to the full version of the app.

The app is built using modern web technologies, including TypeScript, React, and Next.js, with animations powered by Framer Motion. The user interface is designed to be responsive and visually appealing, featuring a network background animation that enhances the user experience. Key features include a chat interface for real-time interaction, a demo mode to showcase the AI's capabilities, and a floating navigation bar for easy access to different sections of the app.

Overall, Therapist Coin aims to revolutionize mental health support by combining AI technology with blockchain for enhanced privacy and accessibility, making therapy more approachable for everyone.

Ghost thinker landing page

This application is a digital library platform called MercadoLibros, designed to provide users with access to a wide range of digital books, audiobooks, and related content. The app allows users to browse, purchase, and manage their reading materials, as well as track their reading habits and progress.

To use the app, users can create an account, log in, and explore various categories of books. They can search for specific titles, authors, or genres, and view detailed information about each book, including ratings, reviews, and pricing. Users can add books to their cart, purchase them, and even read samples before making a decision. The app also features a wishlist functionality, allowing users to save books for future consideration.

The app is built using modern web technologies, including TypeScript and React for the frontend, and utilizes a variety of UI components for a responsive and user-friendly experience. It incorporates localization support to cater to Spanish and Portuguese-speaking users, ensuring that the interface and content are accessible to a broader audience.

Key features of the app include:
- A comprehensive book catalog with detailed descriptions, ratings, and reviews.
- A user-friendly interface for searching and filtering books by various criteria.
- The ability to add books to a shopping cart and complete purchases securely.
- Wishlist functionality for saving books for later.
- Personalized recommendations based on user reading habits and preferences.
- Analytics and insights into reading progress, including statistics on books read, time spent reading, and reading goals.
- A library management system that allows users to track their reading status, progress, and notes for each book.

Overall, MercadoLibros aims to enhance the reading experience by providing users with a convenient platform to discover and enjoy literature in digital formats.

Digital book prototype

This application is a personal portfolio website designed to showcase the skills, projects, and contact information of a developer. It is built using Next.js, a React framework, and utilizes TypeScript for type safety. The application is styled with Tailwind CSS, allowing for responsive design and utility-first styling.

To use the app, users can navigate through various sections including Home, About, Skills, Projects, and Contact. Each section is designed to provide specific information: the Home section introduces the developer, the About section details their background, the Skills section lists their technical proficiencies, the Projects section highlights notable work, and the Contact section provides a form for inquiries.

Key features of the app include:
- A responsive navigation bar that adapts to different screen sizes.
- A hero section that prominently displays the developer's name and a brief introduction.
- An About section that provides personal insights and professional experience.
- A Skills section that categorizes technical skills with icons for visual appeal.
- A Projects section that showcases various projects with descriptions and links to live demos and source code.
- A Contact section with a form for users to send messages directly to the developer.
- A footer that includes social media links and copyright information.

The application is deployed on Vercel, ensuring fast load times and easy updates. The codebase is structured to allow for easy modifications and enhancements, making it suitable for ongoing development and maintenance.

InteractiveBackground

InteractiveBackground

The app is a web-based platform designed for Saint Gebriale School, providing a comprehensive suite of features for prospective students and their families. It facilitates the application process, showcases school programs, and offers information about faculty, events, and admissions.

Users can navigate through various sections, including Home, About, Programs, Admissions, Faculty, Events, and Contact. The app features a responsive design, ensuring usability across devices, with a mobile-friendly navigation menu that expands for easy access to links.

Key functionalities include:

1. **Registration and Application**: Users can fill out a registration form to apply for admission. The form captures essential information such as student and parent details, grade level, and additional comments. Upon submission, the app initiates a payment process through a third-party service, Chapa, to handle registration fees.

2. **Dynamic Content**: The app includes sections for showcasing school programs, testimonials from parents, and faculty profiles. Each program has detailed descriptions, features, and images, allowing users to understand the offerings better.

3. **Event Management**: The app lists past events and upcoming school trips, providing details such as dates, locations, and descriptions. Users can switch between tabs to view different categories of events.

4. **User Feedback**: The app incorporates a feedback mechanism, allowing users to submit inquiries or comments, which are processed and stored for follow-up.

5. **Visual Design**: The app employs a modern aesthetic with a gradient color scheme, responsive layouts, and interactive elements like buttons and cards. It uses Tailwind CSS for styling, ensuring a consistent and visually appealing user experience.

6. **Accessibility Features**: The app includes features like tooltips, alerts, and modals to enhance user interaction and provide feedback on actions taken within the app.

Technologies involved in the development of the app include:
- **Next.js**: A React framework for server-side rendering and static site generation.
- **TypeScript**: For type safety and improved developer experience.
- **Tailwind CSS**: For utility-first styling, allowing for rapid UI development.
- **Lucide Icons**: For a consistent iconography throughout the app.
- **Supabase**: As a backend service for managing data and user authentication.
- **Chapa**: For handling payment processing.

Overall, the app aims to streamline the admission process, enhance communication with prospective families, and provide a user-friendly interface for exploring the school's offerings.

sgsschoolwebsite

This application is a web-based platform designed for advanced Open Source Intelligence (OSINT) solutions, aimed at security professionals and organizations seeking comprehensive threat intelligence and digital investigations. The app features a modern, interactive user interface that leverages various animations and visual effects to enhance user engagement and experience.

Users can navigate through different sections of the application, including a hero section that introduces the platform, a features section that highlights key capabilities, and a pricing section that outlines various subscription plans. The app also includes testimonials from industry leaders, showcasing the effectiveness of the OSINT solutions provided.

Key features of the app include:

1. **Interactive Demos**: Users can explore the platform through interactive demonstrations, including 3D card effects, animated pins, and hover effects that provide a dynamic experience.

2. **Responsive Design**: The application is designed to be fully responsive, ensuring a seamless experience across devices, from desktops to mobile phones.

3. **Advanced Animations**: Utilizing libraries such as GSAP and Framer Motion, the app incorporates smooth transitions, scroll-triggered animations, and hover effects to create an engaging user interface.

4. **User Authentication**: The app includes login and registration functionalities, allowing users to create accounts and access personalized features.

5. **Data Visualization**: The platform features a world map visualization to represent global intelligence data, along with various card components that display information in an organized manner.

6. **Customizable Components**: The app is built using reusable components, allowing for easy customization and scalability. This includes cards, buttons, and input fields styled with Tailwind CSS for a modern look.

7. **Integration with External Libraries**: The application integrates with various libraries for icons, animations, and state management, enhancing its functionality and user experience.

To use the app, users can navigate through the landing page, explore the features, and sign up for an account to access the full range of OSINT tools and resources. The application is built using TypeScript and React, ensuring type safety and a robust development experience. The backend is powered by Next.js, providing server-side rendering and optimized performance.

Overall, this application serves as a comprehensive platform for organizations looking to enhance their intelligence gathering and threat analysis capabilities through advanced OSINT techniques.

Blacknet design system

Course Marketplace

This application is a professional portfolio website for Sergio Arias, an engineer specializing in mining and data science. The app showcases his skills, projects, and contact information, emphasizing his expertise in machine learning and optimization in mining operations.

Users can navigate through various sections, including an introduction, featured projects, skills, and a contact form. The portfolio highlights specific projects that Sergio has worked on, detailing the technologies used and the impact of each project. The app also features interactive components, such as an animated neural network visualization and a code animation that demonstrates a predictive model built with PyTorch.

To use the app, users can scroll through the sections or click on navigation buttons to jump to specific areas of interest. The design is responsive, ensuring a seamless experience across different devices.

The application is built using Next.js, a React framework that enables server-side rendering and static site generation. It utilizes TypeScript for type safety, Tailwind CSS for styling, and various Radix UI components for accessible and customizable UI elements. The app is deployed on Vercel, allowing for easy updates and continuous integration with the code repository.

Key features of the app include:
- A visually appealing and responsive design that adapts to different screen sizes.
- Interactive elements such as animated code snippets and a real-time neural network visualization.
- Detailed project descriptions that highlight Sergio's skills and the technologies used.
- Smooth navigation with scroll-to-section functionality for user convenience.
- Contact options for potential collaborations or inquiries.

Overall, this portfolio app serves as a comprehensive showcase of Sergio Arias's professional capabilities and projects in the fields of mining and data science.

kadrandergi

Nexora sim design

PS 3D Signs

Paths moving in the background.

Background Paths

Madmedomsorg mock-up

A card to invite team members with roles in a combobox.

Team Member Invites

Wishlist Toast Demo

Wishlist Toast Demo

UFC_Web_Site_Project

This application is a web-based platform designed for a restaurant named NOVA, which offers a unique culinary experience. The app allows users to explore the restaurant's offerings, make reservations, and learn more about the chefs and the dining experience.

Key functionalities of the app include:

1. **Reservation System**: Users can reserve a table by filling out a form that includes their name, email, phone number, number of guests, reservation date, time, and any special requests. The form is designed with user-friendly input fields and a calendar for date selection.

2. **Contact Information**: A dedicated contact section provides users with the restaurant's location, phone numbers, email addresses, and operating hours. Users can also send messages directly through a contact form.

3. **Menu Exploration**: The app features a detailed menu divided into categories such as starters, main courses, desserts, and drinks. Each item includes a description, price, and tags indicating dietary options or special features.

4. **Gallery**: Users can view a gallery showcasing images of the restaurant's ambiance, dishes, and chefs at work, providing a visual representation of the dining experience.

5. **Testimonials**: A section for guest experiences allows users to read reviews and testimonials from previous diners, enhancing the restaurant's credibility and appeal.

6. **Chef Profiles**: The app highlights the chefs behind the culinary creations, detailing their specialties and backgrounds, which adds a personal touch to the dining experience.

7. **Responsive Design**: The application is built to be responsive, ensuring a seamless experience across various devices, including desktops and mobile devices.

The app is developed using modern web technologies, including TypeScript and React for the frontend, with animations powered by Framer Motion for a dynamic user experience. The UI components are styled using Tailwind CSS, providing a clean and modern aesthetic.

Overall, the NOVA restaurant app combines functionality with an engaging user experience, making it easy for potential diners to explore the restaurant's offerings and make reservations.

Futuristic Restaurant Website

This application is an AI-powered document assistant designed to help users upload, manage, and query documents using natural language. The app allows users to upload various document types, including PDFs, Word documents, Excel spreadsheets, PowerPoint presentations, and ZIP files. Once uploaded, users can ask questions about the content of these documents, and the AI will provide relevant answers along with citations from the documents.

To use the app, users can drag and drop files into the designated upload area or select files using a file browser. The app supports multiple file uploads and provides visual feedback on the upload progress. After documents are uploaded, users can interact with a chat interface to ask questions. The AI processes the questions and retrieves relevant information from the uploaded documents, displaying the answers in a conversational format.

The application is built using modern web technologies, including React for the frontend, TypeScript for type safety, and Next.js for server-side rendering and API routes. It utilizes various libraries such as Radix UI for accessible UI components, Lucide for icons, and Upstash Redis for storing document chunks and embeddings. The app also integrates with Vercel Blob for file storage and Neon database for metadata management.

Key features of the app include:
- Document upload and management: Users can upload multiple documents and view their status.
- AI-powered querying: Users can ask questions about the content of their documents, and the AI will provide answers based on the document's content.
- Progress indicators: Visual feedback during file uploads to inform users of the upload status.
- Document preview: Users can view details about uploaded documents, including file type, size, and chunk count.
- Toast notifications: Users receive feedback on actions such as successful uploads or errors.

Overall, this application provides a seamless experience for managing documents and retrieving information through natural language queries, leveraging AI to enhance user interaction with their documents.

AI powered document Q&A

This application is an organization switcher component designed to facilitate the management of multiple organizations within a user interface. It allows users to easily switch between different organizations, create new ones, and access organization settings.

To use the app, users can interact with a button that displays the currently selected organization. When clicked, a dropdown menu appears, showing a list of available organizations. Users can select an organization from this list, which updates the current selection. If the user is offline, the app provides appropriate feedback and disables certain functionalities to prevent errors. Additionally, users can create new organizations through a dialog that prompts for necessary details.

The app is built using TypeScript and React, leveraging various libraries and technologies such as Tailwind CSS for styling, Radix UI for accessible components, and Lucide for icons. The application also includes custom hooks, such as one for monitoring network status, ensuring that the user experience remains smooth even when connectivity issues arise.

Key features of the app include:
- A responsive organization switcher that displays the current organization and allows for easy switching.
- A loading state and error handling to manage network connectivity issues.
- A dialog for creating new organizations with input fields for organization name and slug.
- Settings management for each organization, including options for public projects, member invites, and security settings.
- Skeleton loaders to enhance the user experience during data fetching.

Overall, this application provides a user-friendly interface for managing multiple organizations, ensuring that users can navigate and operate efficiently within their organizational structures.

Organization switcher

This application is a YouTube Channel Browser that allows users to enter a YouTube channel URL or ID to browse all videos from that channel in chronological order. The app extracts the channel ID from various formats of YouTube URLs, fetches the channel's video data, and displays it in a user-friendly interface.

To use the app, users simply input a YouTube channel URL or ID into a form. Upon submission, the app retrieves the channel's videos and displays them along with relevant information such as the video title, description, thumbnail, published date, duration, and view count. Users can also track which videos they have watched, and the app provides a progress indicator showing how many videos have been watched versus the total available.

The app is built using TypeScript and React, leveraging Next.js for server-side rendering and API routes. It utilizes various hooks for managing state and side effects, including custom hooks for handling URL state, watched videos, and scrolling to specific videos. The application also employs the Fetch API to interact with the YouTube Data API, handling errors gracefully and providing user feedback.

Key features of the app include:
- Input form for entering YouTube channel URLs or IDs.
- Automatic extraction of channel IDs from different URL formats.
- Display of video information in a grid layout, including watched status and progress tracking.
- Loading indicators and error handling for a smooth user experience.
- Ability to share the current channel URL via the Web Share API or by copying to the clipboard.
- Local storage management for caching watched videos and channel data to enhance performance.

Overall, this app provides a comprehensive tool for users to explore and manage their interactions with YouTube channels and videos.

Youtube video tracker

This application is a 3D terrain visualization tool that allows users to generate and explore realistic terrain models using WebGL and Three.js. The app provides two modes for rendering the terrain: a CPU-based version and a GPU-accelerated version, which can be toggled by the user.

To use the app, users can interact with a control panel that allows them to adjust various parameters such as terrain resolution, height scale, octaves for detail, and frequency. Users can also switch between wireframe and solid rendering modes. The terrain is generated based on a noise function, which creates natural-looking landscapes with features like mountains, valleys, and water bodies. Users can click on the terrain to get information about specific points, including coordinates, elevation, terrain type, and color.

The app is built using TypeScript and React, leveraging the Next.js framework for server-side rendering and dynamic imports to optimize performance. It utilizes Three.js for 3D rendering, along with shaders for advanced visual effects. The application also incorporates the Simplex noise algorithm for generating terrain features and uses Tailwind CSS for styling.

Key features of the app include:
- Dynamic terrain generation with customizable parameters.
- Toggle between CPU and GPU rendering modes.
- Interactive exploration of the terrain with mouse controls.
- Real-time updates to terrain features based on user input.
- Detailed information display for selected terrain points.
- Performance statistics for monitoring rendering efficiency.

Overall, this application serves as a powerful tool for visualizing and interacting with 3D terrain, making it suitable for developers and designers interested in landscape modeling and simulation.

React Three.Js Map Generator

This application is a web-based platform designed to showcase construction projects, specifically focusing on scaffolding and support systems. It provides users with an organized view of various projects categorized by year, along with detailed descriptions and images.

To use the app, users can navigate through a clean and intuitive interface. The homepage features an introductory screen, a navigation bar, and a list of projects grouped by year. Users can click on a specific year to view all projects completed in that year. Each project includes a name, description, and a gallery of images. Users can also access an "About Us" page to learn more about the company and its team, as well as a "Contact Us" page for inquiries.

The app is built using modern web technologies, including Next.js for server-side rendering and routing, TypeScript for type safety, and React for building user interfaces. It utilizes various components such as buttons, modals, and image galleries to enhance user experience. The application also incorporates responsive design principles to ensure usability across different devices, with a custom hook to detect mobile devices.

Key features of the app include:
- A dynamic navigation bar for easy access to different sections.
- A project listing organized by year, allowing users to explore past projects.
- Detailed project pages with descriptions and image galleries.
- An introductory screen that provides context about the company.
- A contact form for user inquiries, with simulated email submission functionality.
- Responsive design that adapts to both desktop and mobile views.

Overall, this application serves as a comprehensive portfolio for a construction company, highlighting its expertise in scaffolding and support systems while providing a user-friendly experience.

The First Penguin

Card Checkout

QuickCal is a web application designed to help users select and share their available time slots for meetings or events. The app provides a user-friendly interface where users can view a calendar, select time slots, and generate formatted text for easy sharing.

To use QuickCal, users can navigate through a weekly calendar view, where they can select available time slots by clicking on the desired times. The app allows users to set their preferred time range for availability, which can be adjusted through a settings dialog. Users can also choose between 30-minute and 60-minute durations for their selected time slots. Once the time slots are selected, users can copy the formatted text representation of their availability to the clipboard for easy sharing.

The application is built using TypeScript and React, leveraging various libraries and components for UI elements, such as buttons, dialogs, and selectors. It utilizes the date-fns library for date manipulation and formatting, ensuring accurate handling of time and dates. The app also employs cookies to store user preferences for time settings, allowing for a personalized experience.

Key features of QuickCal include:
- A calendar view for selecting available time slots.
- Customizable time range settings to define availability.
- Support for both 30-minute and 60-minute meeting durations.
- The ability to copy formatted availability text to the clipboard.
- Responsive design for optimal use on various devices.

Overall, QuickCal streamlines the process of scheduling by making it easy for users to communicate their availability in a clear and organized manner.

Recreate Figma UI