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The app is an Asset Management System designed to help users manage various assets, including their categories, master assets, and maintenance schedules. It provides a user-friendly interface for creating, editing, and deleting asset categories and master assets, as well as tracking their maintenance schedules.

To use the app, users can navigate through different sections using a tabbed interface. The main features include:

1. **Asset Categories**: Users can create, edit, and delete asset categories. Each category can have a parent-child relationship, allowing for hierarchical organization. The app provides a modal for adding or editing categories, which includes fields for the category name, parent category, and description.

2. **Asset Library**: This section allows users to manage master assets, which are the templates for individual assets. Users can add new master assets, edit existing ones, and view details about each asset, including its category, manufacturer, and model number.

3. **Assets in Use**: Users can track individual assets that are currently in use. This section includes functionality for searching and filtering assets based on various criteria, such as location, section, and maintenance status. Users can also view detailed information about each asset, including its maintenance history and warranty status.

4. **Maintenance Schedules**: The app allows users to create and manage maintenance schedules for assets. Users can define the frequency and type of maintenance required for each asset, ensuring that all assets are properly maintained.

5. **Filtering and Searching**: The app includes robust filtering and searching capabilities, allowing users to quickly find specific assets or categories based on various attributes.

6. **Responsive Design**: The app is designed to be responsive, ensuring a good user experience on both desktop and mobile devices.

The app is built using modern web technologies, including TypeScript, React, and Next.js, with a focus on component-based architecture. It utilizes a context API for state management, allowing for easy sharing of data across components. The user interface is styled using Tailwind CSS, providing a clean and modern look.

Overall, the Asset Management System is a comprehensive tool for managing assets, ensuring that users can efficiently track and maintain their resources.

Asset Management Module

The KeyVault app is a secure key management system designed for enterprise-grade cryptographic key and secret management. It provides a user-friendly interface for managing cryptographic keys, secrets, and audit logs, ensuring that sensitive information is stored and accessed securely.

To use the app, users can log in to their accounts and navigate through a dashboard that displays an overview of system performance, recent activities, and key metrics. The app allows users to create, view, edit, and delete cryptographic keys and secrets, as well as manage user permissions and access controls. Users can also track audit logs to monitor all operations and access attempts.

Key technologies involved in the development of KeyVault include TypeScript, React, and Next.js for the frontend, along with Tailwind CSS for styling. The app utilizes context providers for state management and includes various UI components for a seamless user experience.

Key features of the KeyVault app include:
- A dashboard that provides an overview of system status, recent activities, and key metrics.
- Management of cryptographic secrets and keys, including creation, editing, and deletion functionalities.
- User management capabilities, allowing administrators to manage user roles and permissions.
- Audit logs to track all operations and access attempts for enhanced security and compliance.
- A responsive design that adapts to different screen sizes, ensuring usability across devices.
- The ability to filter and search through keys, secrets, and audit logs for efficient data management.

Overall, KeyVault is designed to provide a comprehensive solution for organizations looking to manage their cryptographic assets securely and efficiently.

on prem keyvault

This application is a personal portfolio website designed for a full-stack developer. It showcases the developer's skills, projects, and educational background in a visually appealing and interactive manner. The app is built using React and Next.js, leveraging TypeScript for type safety and Framer Motion for animations, creating a dynamic user experience.

To use the app, users can navigate through various sections including "About Me," "Technologies," "Education," "Projects," and "Contact." Each section is designed to provide detailed information about the developer's background, technical skills, and notable projects. Users can also toggle between light and dark themes using a dropdown menu.

Key features of the app include:
- A responsive layout that adapts to different screen sizes, ensuring usability on both desktop and mobile devices.
- Smooth scrolling and animated transitions between sections, enhancing the overall user experience.
- A "Cyberpunk" aesthetic with vibrant colors and effects, including glitch animations and a cyberpunk grid background.
- A contact form that allows users to send messages directly to the developer, with feedback on the submission status.
- A section dedicated to showcasing projects, complete with descriptions, technologies used, and links to live demos and source code on GitHub.

The app utilizes various technologies such as Tailwind CSS for styling, Lucide icons for visual elements, and a custom theme provider for managing light and dark modes. Overall, this portfolio serves as a comprehensive representation of the developer's capabilities and projects, aimed at attracting potential clients or employers.

A template for v0 using React Three FIber.

React Three Fiber Ray Marching

Travel buddy app

The Resonant Way app is a web-based breathing application designed to support relaxation, calm, and clarity through guided breathwork exercises. It allows users to practice various breathing techniques, including the popular 4-7-8 and box breathing methods, as well as customize their own breathing patterns. The app features a meditation timer, customizable sound options, and a visually engaging interface that includes a lava lamp animation to enhance the user experience.

To use the app, users can select a breathing pattern, set a session duration, and choose background music or sounds, including custom audio uploads. The app also provides a daily inspirational quote to motivate users during their practice.

The app is built using modern web technologies, including TypeScript, React, and Tailwind CSS for styling. It leverages the Web Audio API for sound generation and playback, allowing for a rich auditory experience during meditation sessions. The app is designed to work offline as a Progressive Web App (PWA), enabling users to access its features without an internet connection.

Key features of the Resonant Way app include:
- A variety of guided breathing patterns, including customizable options.
- A meditation timer to help users manage their practice duration.
- Background music options, including the ability to upload custom audio files.
- A visually engaging lava lamp animation that reflects the current breathing phase.
- Daily inspirational quotes to encourage mindfulness and motivation.
- Browser-based for optimum user data privacy.
- Offline functionality as a Progressive Web App.

Overall, the Resonant Way app aims to provide a comprehensive and user-friendly platform for individuals seeking to enhance their breathing practices and mindfulness routines.

Resonant Way App

The Glassmorphism Portfolio app is a modern web application designed to showcase digital solutions and services offered by a creative agency. It features a visually appealing interface that utilizes a glassmorphism design style, providing a sleek and contemporary user experience.

Users can navigate through various sections of the app, including Home, About, Services, Portfolio, Testimonials, and Contact. The app allows users to view detailed information about the agency's services, which include Web Development, Mobile Apps, UI/UX Design, and Digital Strategy. Each service is presented with an icon, title, description, and key features.

The Portfolio section highlights various projects completed by the agency, categorized into Web, App, and Branding. Users can filter projects based on these categories and view detailed descriptions, technologies used, and images for each project.

Testimonials from clients are displayed to provide social proof of the agency's capabilities, with a rotating carousel feature that allows users to navigate through different testimonials.

The app also includes a contact form for potential clients to reach out, as well as contact information and social media links for the agency.

Technologies used in the development of this app include Next.js for server-side rendering and routing, React for building user interfaces, and Framer Motion for animations and transitions. The app is styled using Tailwind CSS, which allows for rapid and responsive design implementation.

Key features of the Glassmorphism Portfolio app include:
- Dark mode toggle for user preference.
- Smooth scrolling navigation to different sections of the page.
- Animated background effects that enhance the visual appeal.
- Responsive design that adapts to various screen sizes.
- Interactive elements such as buttons and hover effects that improve user engagement.

Overall, the Glassmorphism Portfolio app serves as a comprehensive platform for showcasing the agency's work and facilitating client interactions, all while providing a visually stunning experience.

Glassmorphism website

StreamLine is a project management software as a service (SaaS) application designed to enhance team collaboration and productivity. The app provides an all-in-one platform that allows users to manage projects, track progress, and facilitate communication among team members.

To use StreamLine, users can navigate through a user-friendly interface that includes sections for features, testimonials, pricing, and a call to action for signing up. The landing page features a hero section that highlights the app's core value proposition, along with buttons for starting a free trial or watching a demo. Users can explore various features such as project management, team collaboration, analytics, and automation, all aimed at streamlining workflows.

The app is built using modern web technologies, including TypeScript and React for the frontend, and Next.js for server-side rendering and routing. It utilizes a responsive design to ensure accessibility across devices, with a mobile-friendly navigation menu that can be toggled for ease of use.

Key features of StreamLine include:
- Comprehensive project management tools for organizing tasks and deadlines.
- Team collaboration functionalities that allow for file sharing and real-time communication.
- Advanced analytics and reporting capabilities to provide insights into project performance.
- Automation features to reduce repetitive tasks and improve efficiency.
- A tiered pricing model that includes a free trial, catering to different team sizes and needs.

Overall, StreamLine aims to provide teams with the tools they need to work smarter and achieve better results in their projects.

Modern landing page

Crate QR codes instantly from any given web url

Qr Code Generator

The application is a weather forecasting and travel information tool called "そらナビ旅ガイド" (Sora Navi Travel Guide). It provides users with current weather data, hourly and daily forecasts, and additional travel-related features. The app allows users to search for cities, view weather conditions, and manage favorite locations.

To use the app, users can enter a city name in the search input field. The app will fetch the geographical coordinates and weather data for the specified city. Users can also save their favorite cities for quick access and reorder them as needed. The app features a digital clock that displays the current time in the selected timezone, and it provides weather advice based on current conditions.

The app is built using TypeScript and React, leveraging various libraries and frameworks such as Next.js for server-side rendering, Tailwind CSS for styling, and Lucide for icons. It utilizes APIs for geocoding and weather data retrieval, specifically from Open-Meteo and Nominatim.

Key features of the app include:
- City search functionality with autocomplete suggestions.
- Display of current weather, hourly forecasts, and daily forecasts.
- A draggable favorites list for easy management of favorite cities.
- Weather advice and tips based on current conditions.
- Integration of a digital clock that adjusts to the selected timezone.
- A Windy map component for visualizing weather radar data.
- Responsive design that adapts to various screen sizes.

Overall, the app aims to provide a comprehensive and user-friendly experience for users seeking weather information and travel guidance.

Crm Dashboard

This application is a comprehensive restaurant management system designed to facilitate various operational aspects of a restaurant, including inventory management, order processing, and staff management. It is built using TypeScript and React, leveraging a modular architecture with reusable components for a consistent user interface.

Users can navigate through different sections of the application using a sidebar that provides access to various functionalities such as managing incoming and outgoing stock, viewing and processing daily orders, managing the menu, and overseeing cash registers. The application also includes user authentication to ensure that only authorized personnel can access specific features based on their roles, such as administrator, manager, cashier, waiter, or chef.

Key features of the application include:

1. **Inventory Management**: Users can track incoming and outgoing stock, view product details, and manage inventory levels. The system provides alerts for low stock items and allows users to add new products to the inventory.

2. **Order Management**: The application allows users to create, view, and manage daily orders. Waiters can see their assigned orders, while managers and administrators can oversee all orders. The system calculates total revenue and provides insights into order statuses.

3. **Menu Management**: Users can manage the restaurant's menu, including adding new dishes, updating prices, and marking items as available or unavailable. The menu can be filtered by categories, and users can view detailed descriptions and pricing for each item.

4. **Staff Management**: The application includes features for managing waiters and other staff members, allowing for tracking of their performance, shifts, and daily service amounts. Administrators can add new staff members and update their details.

5. **Cash Register Management**: Users can monitor cash register activities, including total income, expenses, and transaction history. The system provides insights into the performance of each register and allows for the addition of new registers.

6. **User Authentication**: The application includes a secure authentication system that restricts access to certain features based on user roles. Users can log in, log out, and switch roles as needed.

The application is designed to be user-friendly, with a responsive layout that adapts to different screen sizes. It utilizes modern web technologies and best practices to ensure a smooth and efficient user experience.

Keeping FOOD POS

This app is a drag-and-drop website builder designed to allow users to create and customize web pages easily, similar to platforms like Weebly or Wix. It provides a user-friendly interface where users can select various elements, such as text, images, buttons, and layouts, and arrange them on a canvas to build their desired website.

To use the app, users can start by selecting elements from a sidebar, which is organized into categories such as text, structure, media, and interactive components. Users can drag these elements onto a central canvas area, where they can be positioned and resized as needed. The app also includes a properties panel that allows users to edit the content and style of the selected elements, including text, colors, margins, and more. Users can switch between different view modes (desktop, tablet, mobile) to see how their website will look on various devices.

The app is built using modern web technologies, including React for the user interface, TypeScript for type safety, and Next.js for server-side rendering and routing. It utilizes libraries such as react-beautiful-dnd for drag-and-drop functionality and Lucide for icons.

Key features of the app include:
- A drag-and-drop interface for easy element placement.
- A sidebar with categorized elements for quick access.
- A properties panel for editing the content and styles of selected elements.
- Predefined layout templates to help users get started quickly.
- Responsive design capabilities to preview how the website will look on different devices.
- The ability to save and export the created website.

Overall, this app aims to simplify the website creation process, making it accessible to users without extensive technical knowledge.

TechSolutions Design

An OpenAI-style circles pattern drawn dynamically and in realtime over your webcam input

The Cresol 2025 Dashboard is a web application designed for real-time data visualization and analysis for Cresol, a financial institution. The app provides users with a comprehensive overview of key performance indicators, recent sales, and detailed reports on transactions and operations.

To use the app, users can navigate through a sidebar menu that includes sections such as Overview, Associates, Operations, Reports, Analyses, Settings, and Help. The main dashboard displays various cards that summarize important metrics, including total revenue, new associates, credit operations, and satisfaction index, each with visual indicators of performance changes compared to the previous month.

The application is built using TypeScript and React, leveraging the Next.js framework for server-side rendering and routing. It utilizes various UI components for a responsive design, including cards, tables, and charts, which are styled with Tailwind CSS for a modern look. The data is managed using the TanStack Table library, allowing for advanced features like sorting, filtering, and pagination.

Key features of the Cresol 2025 Dashboard include:
- Real-time data visualization through interactive charts and tables.
- A user-friendly interface with a sidebar for easy navigation.
- Detailed reporting capabilities with a data table that allows users to filter and sort transaction data.
- Overview and recent sales sections that highlight key metrics and top-performing associates.
- A responsive design that adapts to different screen sizes, ensuring accessibility on various devices.

Overall, the Cresol 2025 Dashboard serves as a powerful tool for financial analysis, enabling users to make informed decisions based on up-to-date data insights.

ShopEase is a comprehensive e-commerce application designed to provide users with a seamless shopping experience. The app allows users to browse a wide range of products, manage their accounts, and make purchases efficiently.

To use the app, users can create an account or log in to access personalized features. Once logged in, they can explore various product categories, add items to their cart, and proceed to checkout. The app also includes features for managing user profiles, viewing order history, and accessing admin functionalities for managing products and orders.

The application is built using modern web technologies, including TypeScript, React, and Next.js, which enable a responsive and dynamic user interface. It utilizes a context API for authentication management, allowing users to log in, register, and log out securely. The app also incorporates a sidebar for easy navigation, a header for quick access to search and cart functionalities, and a toaster for displaying notifications.

Key features of ShopEase include:
- User authentication with login, registration, and logout functionalities.
- A product catalog with filtering and sorting options.
- A shopping cart that allows users to manage item quantities and view order summaries.
- An admin dashboard for managing products, orders, and user accounts.
- A responsive design that adapts to various screen sizes, ensuring a consistent experience across devices.
- Integration of UI components for a polished look and feel, including buttons, cards, and input fields.

Overall, ShopEase aims to enhance the online shopping experience by providing a user-friendly interface and robust functionality for both customers and administrators.

E-commerce online shopping app

The app is a Student Portal designed to facilitate the collection of feedback and survey responses from students. It allows users to view their submission history, manage forms, and analyze responses through a user-friendly interface.

To use the app, students can log in to their accounts and navigate to the dashboard, where they can see their pending and completed forms. They can filter forms by status, type, and category, and search for specific forms using a search bar. The app also provides a detailed view of each form, including the ability to complete surveys and provide feedback.

The app is built using TypeScript and React, leveraging the Next.js framework for server-side rendering and routing. It utilizes various UI components for a responsive design, including cards, buttons, tabs, and tables. The app also incorporates state management to handle user interactions and form submissions.

Key features of the app include:
- Submission History: Users can track their feedback and survey submissions, categorized into pending and completed forms.
- Form Management: Users can view, complete, and manage their forms, with options to filter and search.
- Responsive Design: The app is designed to work seamlessly on both desktop and mobile devices.
- Data Visualization: The admin dashboard provides insights into form statistics, including completion rates and recent activities.
- User-Friendly Interface: The app features intuitive navigation and clear instructions for completing forms and surveys.

Overall, the Student Portal serves as a comprehensive tool for students to engage with their educational experience through feedback and surveys, while also providing administrators with the necessary tools to manage and analyze responses effectively.

Student portal redesign

The app is called Takenos, a digital wallet designed for seamless payments and collections worldwide. It allows users to receive funds from anywhere directly into their virtual wallet, providing a quick and straightforward financial solution.

To use the app, users can download it via the provided call-to-action button on the homepage. The app features a user-friendly interface that includes a mobile menu for easy navigation, allowing users to access various sections such as Business, Tarjetas, and FAQs. The homepage prominently displays a hero section that highlights the app's key benefits, encouraging users to download the app.

The app is built using modern web technologies, including TypeScript and React, with Next.js as the framework. It employs CSS animations to enhance user experience, featuring various animations such as fade-ins, floating elements, and spinning graphics to create an engaging visual presentation.

Key features of the Takenos app include:
- A visually appealing hero section that communicates the app's purpose and benefits.
- Responsive design that adapts to both desktop and mobile devices, ensuring accessibility for all users.
- Animated elements that add a dynamic feel to the user interface, enhancing engagement.
- A straightforward navigation system that allows users to easily find information and access app functionalities.

Overall, Takenos aims to simplify the process of digital payments and collections, making it an essential tool for users looking to manage their finances efficiently.

Takenos Hero Section

The Financial Calculator app is designed to assist users in managing their finances by providing various calculation tools. It features four main calculators: Loan Calculator, Investment Calculator, Retirement Calculator, and Budget Calculator. Each calculator allows users to input relevant financial data and receive instant calculations to help them make informed financial decisions.

To use the app, users can navigate through the different calculators by selecting the desired tab. Each calculator has its own set of input fields and sliders for adjusting values such as loan amount, interest rate, investment contributions, and monthly expenses. The app provides real-time feedback, displaying calculated results such as monthly payments, total payments, projected savings, and remaining budget.

The app is built using TypeScript and React, leveraging modern web technologies to create a responsive and interactive user interface. It utilizes components for UI elements such as cards, inputs, sliders, and tabs, ensuring a consistent and user-friendly experience.

Key features of the Financial Calculator app include:
- Multiple financial calculators in one application, allowing users to manage different aspects of their finances.
- Real-time calculations that update as users modify input values.
- User-friendly interface with sliders and input fields for easy data entry.
- Currency formatting for better readability of financial figures.
- Responsive design that adapts to various screen sizes.

Overall, the Financial Calculator app serves as a comprehensive tool for individuals looking to better understand and manage their financial situations.

Web financial calculator

Customer Management

Customer Management

Expense Tracker

Expense Tracker

The Liquid Camera app is an interactive application that allows users to play with interactive liquid blob effects using their webcam feed. The app utilizes advanced WebGL rendering techniques to produce visually appealing liquid-like animations that respond to user interactions.

To use the app, users simply need to access it through a web browser. Upon launching, they will be prompted to start their camera, which will then be used as the background for the liquid blob effect. Users can interact with the blobs by moving their pointer, and they have the option to capture images of the current scene, which can be downloaded directly to their device.

The app is built using modern web technologies, including React for the user interface, Next.js for server-side rendering and routing, and Three.js for 3D graphics rendering. It also employs Tailwind CSS for styling and Radix UI for accessible component design. The app is optimized for both desktop and mobile devices, ensuring a smooth experience across different platforms.

Key features of the Liquid Camera app include:
- Webcam integration to provide a live background for the liquid effect.
- Interactive liquid blob animations that respond to user movements.
- Image capture functionality that allows users to save their creations.
- Responsive design that adapts to both mobile and desktop environments.
- Customizable visual effects through shader programming, enhancing the overall aesthetic of the liquid blobs.

Liquid animation effect

This app is a notes management tool designed to help users organize and manage their personal and work-related notes efficiently. It features a clean and modern user interface that allows users to create, view, and categorize notes using cards. Each card can represent different types of notes, such as personal passwords, workout routines, or guides, and can be customized with color-coded badges for easy identification.

To use the app, users can navigate through a grid layout where they can add new notes or view existing ones. Each note is displayed within a card that includes a header, content area, and footer. Users can toggle between light and dark themes for a personalized experience, and the app remembers their theme preference using local storage.

The app is built using TypeScript and React, leveraging various libraries and components for UI elements, including badges, cards, and buttons. The styling is managed with Tailwind CSS, providing a responsive and visually appealing design. Key features include:

- The ability to create and manage multiple notes organized in a card format.
- Color-coded badges for categorizing notes (e.g., personal, work, etc.).
- A theme toggle feature that allows users to switch between light and dark modes.
- Responsive design that adapts to different screen sizes.
- Smooth transitions and animations for a better user experience.

Overall, this app serves as a practical solution for users looking to keep their notes organized and accessible while providing a visually appealing interface.

Recreate UI from screenshot

The Order System app is a web-based application designed to facilitate the online shopping experience for users. It allows customers to browse a selection of products, manage their shopping cart, and complete the checkout process efficiently.

To use the app, users can navigate through four main steps: browsing products, managing their cart, checking out, and confirming their order. Initially, users can view a variety of products, each with details such as name, price, description, and an image. Users can add items to their cart, adjust quantities, and remove items as needed. Once satisfied with their selections, they can proceed to the checkout phase, where they will enter their customer information, shipping address, and payment method. After submitting their order, users receive a confirmation with an order number and estimated delivery details.

The app is built using TypeScript and React, leveraging various UI components for a responsive and user-friendly interface. Key technologies include React for component management, TypeScript for type safety, and Lucide React icons for visual elements. The app also utilizes state management through React's useState hook to handle cart items, order data, and the current step in the ordering process.

Key features of the Order System app include:
- A product browsing interface with detailed product cards.
- A shopping cart that allows users to view, add, update, and remove items.
- A multi-step checkout process that collects customer information, shipping details, and payment options.
- Order confirmation with a unique order number and summary of the transaction.
- Responsive design that adapts to different screen sizes for an optimal user experience.

Overall, the Order System app provides a comprehensive solution for online shopping, making it easy for users to find and purchase products while ensuring a smooth checkout experience.

E-commerce Order System

This app is a presentation tool designed to showcase a project called "江戸Tech Town枝川," which aims to blend traditional Edo culture with cutting-edge AI technology in urban development. The app allows users to navigate through a series of slides that detail various aspects of the project, including its vision, background, unique features, and financial projections.

To use the app, users can navigate through the slides using the left and right arrow buttons or by pressing the left and right arrow keys on their keyboard. The app maintains a state to track the current slide being displayed, allowing for smooth transitions between slides. The presentation consists of 11 slides, each containing rich content, including text, images, and graphics that illustrate the project's goals and potential impact.

The app is built using TypeScript and React, leveraging the Next.js framework for server-side rendering and optimized performance. It utilizes Tailwind CSS for styling, ensuring a responsive and visually appealing user interface. The slides are implemented as separate components, each encapsulating specific content related to the project.

Key features of the app include:
- A user-friendly interface with intuitive navigation controls.
- Keyboard accessibility for seamless slide transitions.
- Dynamic rendering of slide content, allowing for easy updates and modifications.
- A visually engaging design that incorporates images and graphics to enhance the presentation experience.

Overall, this app serves as an effective platform for presenting the "江戸Tech Town枝川" project, highlighting its innovative approach to urban development through the integration of AI and traditional cultural elements.

Tokyo presentation deck

DeployAI is a decentralized platform designed for hosting and monetizing AI models. It allows users to deploy their AI models and earn tokens whenever others utilize them. The application features an interactive user interface that showcases how the platform operates, including model deployment, setting usage terms, and earning passive income.

To use DeployAI, users can upload their AI models, define pricing and usage limits, and manage their models through a user-friendly dashboard. The platform supports various AI model types, including GPT variants and diffusion models, and ensures transparent compensation through smart contracts.

The application is built using modern web technologies, including TypeScript, React, and Next.js for the frontend, along with Tailwind CSS for styling. It also utilizes Framer Motion for animations and tsparticles for creating interactive particle effects in the background.

Key features of DeployAI include:
- A visually engaging hero section that introduces the platform and its capabilities.
- An interactive background that responds to user mouse movements, enhancing the user experience.
- A demo page that guides users through the process of deploying an AI model, setting terms, and earning tokens.
- Sections dedicated to platform information, tokenomics, customer support, and frequently asked questions, providing comprehensive insights into the platform's functionality and benefits.
- A responsive design that adapts to various screen sizes, ensuring accessibility on both desktop and mobile devices.

Overall, DeployAI aims to revolutionize the way AI models are hosted and monetized, providing a seamless experience for both model creators and users.

ModelRent landing page

The Code Editor app is a responsive web-based code editor designed for creating and editing HTML, CSS, and JavaScript files. It provides a user-friendly interface that allows developers to manage their code projects efficiently across various devices.

To use the app, users can create new files or folders, upload existing files, and edit their content in a syntax-highlighted editor. The app supports features such as undo/redo, auto-save, and customizable editor settings, including font size and tab size. Users can also preview their HTML files in real-time, with options to toggle between desktop and tablet views.

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 leverages various libraries such as Lucide for icons and Radix UI for accessible components. The code editor itself is implemented with a custom syntax highlighter that enhances the coding experience.

Key features of the Code Editor app include:
- A file explorer for managing project files and folders.
- A syntax-highlighted code editor with support for HTML, CSS, and JavaScript.
- Real-time preview of HTML content.
- Customizable editor settings, including font size and line numbers.
- Keyboard shortcuts for common actions like saving, undoing, and clearing content.
- Responsive design that adapts to different screen sizes.
- Local storage support for saving files and settings.

Overall, the Code Editor app aims to provide a comprehensive and intuitive coding environment for developers, enhancing productivity and ease of use.

Code Editor App

The Ocean Island Campervans app is designed to facilitate the rental of campervans for exploring the scenic landscapes of Victoria, Australia. The app provides users with a comprehensive platform to view available campervans, read customer testimonials, access travel guides, and find answers to frequently asked questions.

To use the app, users can navigate through various sections, including a hero section that highlights the unique selling points of the campervans, a features section that outlines the benefits of renting from Ocean Island, and a dedicated section for viewing the campervan fleet. Users can also read testimonials from previous customers, explore travel guides for local attractions, and access a FAQ section for common inquiries. The app includes a footer with contact information and links to social media.

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, ensuring a responsive and visually appealing user interface. Key features of the app include an image slider in the hero section, a tabbed interface for displaying different campervans, and an accordion component for the FAQ section. The app also incorporates icons from the Lucide React library to enhance the visual presentation of features.

Overall, the Ocean Island Campervans app aims to provide a user-friendly experience for potential renters, making it easy to find and book the perfect campervan for their adventure.

The v0 Calendar app is a minimalist appointment scheduling platform designed to facilitate the booking of events and meetings. It allows users to create custom event types, manage their availability, and synchronize with Google Calendar for seamless scheduling.

To use the app, users can sign in using their Google account, which enables them to create and manage event types. They can specify the duration, availability, and other details for each event type. Guests can then book appointments based on the host's availability, receiving confirmation emails upon successful booking.

The app is built using Next.js, TypeScript, and Supabase, leveraging server-side rendering for improved performance and SEO. It utilizes various libraries, including Radix UI for accessible components, Lucide for icons, and Tailwind CSS for styling. The app also implements security measures such as CSRF protection, rate limiting, and row-level security in the database to safeguard user data.

Key features of the v0 Calendar app include:
- User authentication via Google OAuth.
- Creation and management of event types with customizable settings.
- Availability management, allowing users to specify time slots for bookings.
- Integration with Google Calendar to sync events and avoid double bookings.
- Responsive design for mobile and desktop users.
- Email notifications for booking confirmations.
- Rate limiting to prevent abuse of the booking system.
- CSRF protection to secure form submissions.

Overall, the v0 Calendar app provides a comprehensive solution for professionals looking to streamline their scheduling processes while ensuring a user-friendly experience for both hosts and guests.

A software development company focused on building solution based applications

Play your favorite songs using this online piano

Interactive v0 Piano

This application is a comprehensive doctor appointment booking platform designed to facilitate the scheduling of medical appointments with various healthcare professionals. Users can search for doctors based on specialty, location, and availability, and manage their appointments through a user-friendly interface.

To use the app, users can create an account or log in to access their appointment history and book new appointments. The app features a search function that allows users to filter doctors by specialty, view detailed profiles of each doctor, and check their availability. Users can also manage their upcoming, completed, and cancelled appointments, with options to cancel or rebook as necessary.

The application is built using modern web technologies, including TypeScript and React for the frontend, and utilizes Next.js for server-side rendering and routing. It incorporates various UI components for a responsive design, including buttons, cards, and forms, and leverages a context API for managing language preferences and authentication states.

Key features of the app include:
- A searchable directory of doctors with detailed profiles, including specialties, ratings, and availability.
- An appointment management system that allows users to view, cancel, and reschedule appointments.
- A multi-step booking form that collects patient information and appointment details.
- Payment processing capabilities for booking appointments, with options for credit card and PayPal payments.
- Language support to cater to a diverse user base.
- A responsive design that ensures usability across different devices.

Overall, this application aims to streamline the process of finding and booking medical appointments, enhancing the user experience in managing healthcare needs.

This application is a comprehensive earthquake monitoring system designed to track seismic activity both in Turkey and globally. It provides users with real-time data on earthquakes, alerts, and monitoring station statuses, making it a valuable tool for researchers, emergency responders, and the general public.

To use the app, users can navigate through various sections, including a dashboard that displays recent seismic activity, alerts, and monitoring station information. The app features a user-friendly interface with tabs for different functionalities, such as viewing recent earthquakes, global seismic alerts, and detailed reports. Users can also customize their notification settings and view statistics related to seismic activity.

The application is built using modern web technologies, including TypeScript and React for the frontend, with Tailwind CSS for styling. It utilizes a responsive design to ensure usability across different devices. The app fetches data from simulated APIs to provide users with up-to-date information on seismic events, including magnitude, depth, and location.

Key features of the app include:
- Real-time monitoring of earthquakes with detailed information on each event.
- A dashboard that summarizes recent seismic activity and alerts.
- Interactive maps displaying earthquake locations and monitoring stations.
- Customizable notification settings for alerts based on user preferences.
- Comprehensive reports and statistics on seismic activity over various timeframes.
- A console for system logs and monitoring station statuses.

Overall, this app serves as a vital resource for understanding and responding to seismic events, enhancing public awareness and safety regarding earthquakes.

Ocean Island Campervans website

238 Forks

343 Forks

Doctor appointment app

Futuristic Dashboard

Dynamic Form Builder

Dynamic Form Builder

This application is a calendar management tool designed for smart glasses, providing users with an advanced electronic operating system (e-OS) for real-time performance tracking. The app allows users to create, manage, and view events in a visually appealing interface, optimized for both day, week, and month views.

To use the app, users can navigate through a user-friendly interface where they can create new events by filling out a form that includes details such as title, start and end times, date, location, description, and attendees. Users can also set events as recurring and specify recurrence patterns. The calendar displays events in a grid format, allowing users to easily see their schedule and click on events for more details.

The app is built using modern web technologies, including TypeScript and React for the frontend, and utilizes Tailwind CSS for styling, enabling responsive design and a clean aesthetic. The application also incorporates animations and transitions for a smooth user experience, leveraging the Tailwind CSS Animate plugin.

Key features of the app include:
- A visually appealing calendar interface with day, week, and month views.
- The ability to create and manage events, including recurring events.
- A mini calendar for quick navigation between dates.
- A sidebar for managing multiple calendars and creating new events.
- An AI-powered popup that suggests music to enhance productivity during less busy days.
- Responsive design that adapts to different screen sizes, making it suitable for use on smart glasses.

Overall, this app aims to enhance productivity and organization for users by providing a comprehensive calendar solution integrated with smart glasses technology.

Conversational natural AI model

LLM Chatbot - PPLX (perplexity) API

React - Frontend
Typescript XLM - Serverless Backend
Deployed using Vercel Cloud Infrastructure

Pretrained Datasets: HuggingFace Public API (3) Datasets

github repository ~ coming soon

Advance Invoice Generator

A pomodoro landing

focus, gotta lock in dawg.

The GreenVibe app is a web-based platform designed to help users explore and purchase premium cannabis products. It offers a user-friendly interface where users can browse a curated selection of cannabis strains, take a vibe quiz to find their ideal product, and manage their shopping cart and account settings.

To use the app, users start by verifying their age to ensure compliance with legal requirements. Once verified, they can navigate through various sections, including a product gallery showcasing different strains, a vibe quiz that recommends products based on user preferences, and a shopping cart for managing selected items. Users can also create an account to track their orders and save favorite products.

The app is built using modern web technologies, including TypeScript, React, and Next.js for the frontend, and Tailwind CSS for styling. It incorporates animations and transitions using Framer Motion, enhancing the user experience with smooth interactions. The app also utilizes a theme provider to support light and dark modes, allowing users to customize their viewing experience.

Key features of the GreenVibe app include:

1. Age Verification: A mandatory step to ensure users are of legal age to access cannabis products.
2. Product Gallery: A visually appealing display of various cannabis strains, complete with images, descriptions, and pricing.
3. Vibe Quiz: An interactive quiz that helps users find the perfect strain based on their mood, time of day, and desired effects.
4. Shopping Cart: A feature that allows users to add products, view their cart, and proceed to checkout.
5. User Account Management: Users can create accounts to manage their profiles, view order history, and save favorite products.
6. Responsive Design: The app is optimized for both desktop and mobile devices, ensuring a seamless experience across different screen sizes.
7. Theming: Users can toggle between light and dark modes for a personalized interface.

Overall, the GreenVibe app aims to provide a comprehensive and engaging experience for cannabis enthusiasts, making it easy to discover and purchase products that suit their preferences.

Modern weed branding

Credit Card Tracker

Credit Card Tracker

GESTÃO DE EMPRESAS

Imagine opening up Uber Eats and the recommendations are tailored to your health & liefstyle automatically?

This meal/food delivery app that personalizes meal recommendations based on your health and lifestyle - powered by sahha.ai

Personalized Meal Delivery App

This application is an AI chatbot powered by Amazon Bedrock, designed to provide users with a responsive and interactive chat experience. Built using Next.js and the Vercel AI SDK, the app leverages the Nova Pro model from Amazon Bedrock to generate real-time, streaming responses to user queries.

To use the app, users can simply type their questions or messages into the input field and submit them. The chatbot will respond with concise and helpful answers, displayed in a chat interface. The application is designed to be mobile-responsive, ensuring a seamless experience across different devices.

Key technologies involved in the development of this app include TypeScript, React, Next.js, and Tailwind CSS for styling. The app also utilizes the Amazon Bedrock API for AI capabilities, enabling it to generate intelligent responses based on user input.

Key features of the app include:
- Real-time chat interface that allows users to interact with the AI assistant.
- Integration with Amazon Bedrock's Nova Pro model for generating responses.
- Streaming responses that enhance user experience by providing answers in real-time.
- A responsive design that adapts to both desktop and mobile devices.
- Error handling and loading states to improve usability and provide feedback to users.

Overall, this AI chatbot application serves as a template for developers looking to implement similar functionality using modern web technologies and AI capabilities.

Amazon Bedrock Chatbot

This application is an ATS-Friendly Resume Builder designed to help users create resumes that are optimized for Applicant Tracking Systems (ATS). The app provides a user-friendly interface where individuals can input their personal information, work experience, education, and skills to generate a professionally formatted resume.

To use the app, users start by filling out a form that includes sections for personal information, a professional summary, work experience, education, and skills. Users can add multiple entries for work experience and education, allowing for a comprehensive overview of their qualifications. Once the form is completed, users can click the "Generate ATS-Friendly Resume" button to preview their resume. The app also offers tips for optimizing resumes for ATS, ensuring that users can enhance their chances of passing through automated screening processes.

The application is built using TypeScript and React, leveraging modern web development technologies. It utilizes components for form handling, state management, and dynamic rendering of the resume preview. The user interface is designed with responsive layouts and includes interactive elements such as tabs for switching between the form and the preview.

Key features of the app include:
- A structured form for entering personal information, work experience, education, and skills.
- The ability to add and remove multiple entries for work experience and education.
- A preview mode that displays the generated resume in a clean format.
- Tips for optimizing resumes for ATS, including keyword usage and formatting advice.
- Options to print the resume or download it as a PDF (with a placeholder for actual PDF generation).

Overall, this app serves as a comprehensive tool for job seekers looking to create effective resumes that meet ATS requirements.

Ats friendly resume generator

The Somerton man code converted to rail routes between Melbourne and Adelaide.

Somerton Man Train Routes

MacOS Mojave

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

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

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

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

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

184 Forks

Blockchain voting system