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Chat Interface

O1a Visa Assessment

O1a Visa Assessment

Event Registration Kiosk

Event Registration Kiosk

The QAR app is an augmented reality (AR) platform designed specifically for engineers to visualize and manage non-conformance reports in a spatial context. It allows users to view, annotate, and manipulate 3D models of parts and objects, enhancing the inspection and reporting process. The app facilitates seamless sharing of AR files with vendors and colleagues, ensuring compatibility with major AR devices.

To use the app, users can scan physical objects or import CAD models directly into QAR. Once the models are in the app, users can visualize them in augmented reality, overlaying them onto their physical environment. The app also provides tools for adding notes, measurements, and highlights directly onto the 3D models, allowing for detailed annotations. Users can rotate and manipulate the models to examine them from various angles, improving inspection accuracy. Finally, users can export and share the annotated models with team members and vendors.

The QAR app is built using modern web technologies, including TypeScript and React, and leverages the Next.js framework for server-side rendering and routing. The user interface is designed with a focus on usability and aesthetics, featuring a responsive layout that adapts to different screen sizes.

Key features of the QAR app include:
- Spatial visualization of non-conformance reports in 3D space.
- 3D annotation capabilities for adding notes and measurements.
- Interactive rotation of models for thorough inspection.
- Seamless sharing of AR files with compatibility across major AR devices.
- A 14-day free trial for new users, with various pricing plans tailored to different team sizes and needs.

Overall, QAR aims to revolutionize engineering workflows by providing powerful tools for visualizing, analyzing, and sharing engineering data in augmented reality.

Modern landing page design

Carousel Components

Animated Carousel

WasteConnect is a web application designed to streamline the process of reporting waste and scheduling pickups with local waste management facilities. The app allows users to upload images of waste, provide their location, and categorize the type of waste they are reporting.

To use the app, users can navigate to the upload page where they can select an image of the waste, enter their location either manually or by using geolocation, and provide a description and category for the waste. Once the report is submitted, users will receive a confirmation message and can track the status of their reports through a dashboard.

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 buttons, cards, and forms. The app also incorporates Lucide icons for visual enhancements and user interaction.

Key features of WasteConnect include:
- User-friendly interface for reporting waste with image uploads.
- Geolocation functionality to automatically fill in the user's location.
- A dashboard for users to view and manage their waste reports, including status updates.
- Admin functionality for waste management facilities to view, schedule, and manage pickups.
- Notifications to inform users when their pickup has been scheduled or completed.

Overall, WasteConnect aims to facilitate efficient waste management and promote recycling efforts within communities.

Waste management app

Ball Trail

This application is an interactive particle system called "Interactive Particle Galaxy." It creates a visually engaging experience by generating particles that respond to user interactions and audio input. The app allows users to customize various parameters of the particle system, including particle count, speed, size, color themes, physics modes, and shapes.

To use the app, users can interact with the particle canvas using mouse or touch inputs. They can also access a settings panel to adjust the particle system's properties, such as enabling audio reactivity, which allows particles to respond to sound captured from the microphone. Users can toggle fullscreen mode, reset the particle system, and take screenshots of their particle galaxy.

The app is built using React and TypeScript, leveraging libraries such as Radix UI for UI components and Lucide for icons. It utilizes the HTML5 Canvas API for rendering the particle animations and employs hooks for managing state and effects, including a custom hook to detect mobile devices.

Key features of the app include:
- Customizable particle properties: Users can adjust particle count, speed, size, and shape.
- Multiple color themes and physics modes: Users can select from predefined themes and physics behaviors, such as gravity or vortex effects.
- Audio reactivity: Particles can respond to audio input from the user's microphone, creating a dynamic visual experience.
- Settings panel: A user-friendly interface for adjusting particle system settings and applying presets.
- Fullscreen mode: Users can expand the canvas to fill the entire screen for an immersive experience.
- Screenshot functionality: Users can capture and save images of their particle galaxy.

Overall, the Interactive Particle Galaxy app provides a rich and interactive visual experience, allowing users to explore and customize a captivating particle system.

Interactive Particle Galaxy

digital money for small businesses and individuals

desirelovell payment platform

Static Strobing

Static Strobing

Css Cheatsheet

Thought for 5 seconds```typescriptreact project="car-dealership"
...
```

I've created a comprehensive car dealership web application using Next.js with the following key features:

1. **Home Page**

1. Hero section with call-to-action buttons
2. Quick search functionality
3. Featured vehicles section
4. Services overview
5. Customer testimonials
6. Call-to-action section

2. **Inventory Page**

1. Complete vehicle listing with filtering options
2. Search functionality by make, model, year, etc.
3. Price and year range sliders
4. Make filters with checkboxes
5. Responsive grid layout for vehicle cards
6. Sorting options

3. **Vehicle Detail Page**

1. Image gallery with thumbnails
2. Detailed vehicle information
3. Tabbed sections for overview, features, and specifications
4. Call-to-action buttons for contacting the dealer
5. Sticky sidebar with key vehicle details

4. **Contact Page**

1. Contact form with validation
2. Test drive scheduling with calendar integration
3. Vehicle-specific inquiries
4. Dealership information and business hours

The application is fully responsive and optimized for both desktop and mobile devices. It uses Tailwind CSS for styling and shadcn/ui components for a modern, clean interface. The data structure includes comprehensive vehicle information such as make, model, year, trim, price, mileage, and available features.

To run this application, you can simply add it to your codebase using the "add to codebase" button. The application is ready to be customized with your actual vehicle inventory and dealership information.

Api Gateway Landing

Api Gateway Landing

Status badges UI component template for v0.

The app, named giff.me, is designed to facilitate donations to Twitch streamers using Interac e-transfers. It provides a streamlined and secure way for users to support their favorite content creators directly, with lower transaction fees compared to traditional donation platforms.

To use the app, users can navigate to the homepage where they will find options to donate or learn more about the service. The donation process involves entering the streamer's Twitch username or email, specifying the donation amount, and optionally including a message. Users can choose to donate either by username or email through a tabbed interface. Once the details are filled out, users are guided to complete the Interac e-transfer through their bank's website.

The app is built using modern web technologies, including TypeScript and React, with Next.js as the framework for server-side rendering and routing. It utilizes Tailwind CSS for styling, ensuring a responsive and visually appealing user interface. The app also incorporates reusable UI components for buttons, cards, and input fields, enhancing maintainability and consistency across the application.

Key features of giff.me include:
- Direct donations to Twitch streamers via Interac e-transfers, ensuring fast and secure transactions.
- A user-friendly interface that allows donations by either Twitch username or email.
- Real-time notifications for streamers when donations are made, along with customizable alerts for their streams.
- A dedicated dashboard for streamers to manage their donations, view recent donors, and customize alert settings.
- Lower fees compared to traditional donation platforms, allowing more of the donation to reach the creators.
- A focus on Canadian users, making it easy for them to support local content creators.

Overall, giff.me aims to enhance the donation experience for both streamers and their supporters, making it easier and more cost-effective to contribute to the Twitch community.

Color Matching Game

Color Matching Game

This application is a web-based platform designed for the esports organization Ecliptic Force. It serves as a hub for news, updates, team information, match schedules, and merchandise related to the organization. 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.

Key features of the app include:

1. **News and Updates**: Users can view the latest news articles, announcements, and updates from Ecliptic Force. The news section includes a search functionality and category filters to help users find relevant information easily.

2. **Team Information**: The app showcases the members of Ecliptic Force, categorized by the games they play. Users can view detailed profiles of each team member, including their roles, images, and social media links.

3. **Match Schedules**: Users can access information about upcoming and past matches, including details such as tournament names, dates, times, and locations. The matches are displayed in a tabbed interface for easy navigation.

4. **Merchandise Store**: The app features a shop section where users can browse and purchase official Ecliptic Force merchandise. Products are categorized into apparel, accessories, and limited edition items, with options to add items to a shopping cart.

5. **Admin Dashboard**: An administrative interface allows authorized users to manage team members, matches, products, and social media links. This section includes functionalities for adding, editing, and deleting entries, as well as saving changes to local storage.

6. **Newsletter Subscription**: Users can subscribe to a newsletter to receive updates about news, match schedules, and exclusive content.

7. **Cookie Consent**: The app includes a cookie consent feature to comply with privacy regulations, allowing users to accept or decline cookies.

8. **Responsive Design**: The application is designed to be fully responsive, ensuring a seamless experience across various devices, including desktops, tablets, and mobile phones.

To use the app, users can navigate through the various sections using the top navigation bar. They can view news articles, explore team members, check match schedules, and shop for merchandise. The admin dashboard is accessible to authorized personnel for managing content.

Overall, this application provides a comprehensive platform for fans and followers of Ecliptic Force to stay connected with the organization and its activities.

Ecliptic Force Website

This application is a web-based platform designed for a mobile phone repair service, specifically targeting users in need of smartphone repairs. The app provides a user-friendly interface where customers can learn about various repair services, view a gallery of past work, and submit requests for quotes.

To use the app, users can navigate through different sections, including a service overview, a gallery showcasing previous repairs, and a contact form for requesting quotes. The service section features cards that detail specific services such as screen replacement, battery replacement, and board repairs, each accompanied by an icon and a brief description. Users can also view images of completed repairs in the gallery, which opens in a dialog for a closer look at each project.

The app is built using modern web technologies, including TypeScript and React for the frontend, with Tailwind CSS for styling. It utilizes components for UI elements such as cards, buttons, inputs, and dialogs, ensuring a consistent and responsive design. The application also incorporates a toast notification system to inform users when their quote request has been successfully submitted.

Key features of the app include:
- A responsive layout that adapts to different screen sizes.
- A service card component that highlights various repair services.
- A contact form that allows users to submit their information and service requests.
- A gallery of repair images that users can click on to view more details.
- Toast notifications to confirm successful form submissions.
- Integration with external communication options, such as WhatsApp and phone calls, for immediate customer support.

Overall, this app serves as a comprehensive tool for users seeking mobile phone repair services, providing essential information and facilitating easy communication with the service provider.

Jr santos clone

Recreate Figma UI

Microfish is an AI-powered code documentation tool designed to help developers understand, document, and share knowledge about their codebases. The app provides a user-friendly interface that allows users to interact with their code, generate technical documentation automatically, and create comprehensive product documentation for customers.

To use Microfish, users can navigate to the app's homepage, where they will find a clear call to action for early access. The main content area features a brief introduction to the app's capabilities, emphasizing its role in ramping up team members quickly and facilitating the documentation of features. Users can also explore key features presented in a visually appealing layout, which includes icons and descriptions that highlight the app's functionalities.

Microfish is built using modern web technologies, including TypeScript and React for the frontend, and it leverages Next.js for server-side rendering and routing. The app's styling is managed with Tailwind CSS, allowing for a responsive and customizable design that supports dark mode. The use of Google Fonts, specifically the Nunito font, enhances the overall aesthetic and readability of the application.

Key features of Microfish include the ability to chat with your codebase to auto-generate technical documentation, and the capability to create beautiful and functional product documentation for customers. The app is designed to streamline the documentation process, making it easier for teams to share knowledge and improve collaboration.

Microfish Landing Page

The app is a web-based platform designed for BuildMaster Construction, a company specializing in various construction services, including residential, commercial, and industrial projects. The application serves as a comprehensive digital presence for the company, showcasing its services, projects, and values while providing users with an easy way to contact the company for inquiries or quotes.

Users can navigate through different sections of the app, including a home page featuring an image slider that highlights key projects and services. The app includes dedicated pages for services offered, such as residential construction, commercial development, and architectural design, each with detailed descriptions and links to learn more. The projects page allows users to explore a portfolio of completed works, categorized by type, with options to view details about each project.

The app is built using modern web technologies, including TypeScript and React for the frontend, with Next.js as the framework. It utilizes Tailwind CSS for styling, ensuring a responsive and visually appealing design. The app also incorporates features such as a theme provider for light and dark mode support, a responsive navigation bar, and interactive elements like dropdown menus and buttons.

Key features of the app include:
- A dynamic image slider on the home page to showcase projects and services.
- Detailed service pages that outline the offerings and benefits of each service.
- A projects gallery that categorizes completed works, allowing users to filter by type.
- A contact page with a form for users to request quotes or ask questions.
- A responsive design that adapts to various screen sizes, ensuring usability on both desktop and mobile devices.
- Integration of icons and animations to enhance user experience and engagement.

Overall, the app serves as a powerful tool for BuildMaster Construction to connect with potential clients, display its expertise, and facilitate communication regarding construction projects.

Construction Service Website

Hovering pixel grid -- try hovering your mouse over the elements of the grid to see the magic happen!

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

Animated hold button made by kokonut/ui

Button Hold to Action

Dasper

A template for v0.

Oklch Color Picker

Vehicle Assistant

Vehicle Assistant

Four Way Chess Clock

Four Way Chess Clock

AttendTrack is a web application designed to simplify employee attendance tracking through a QR code-based system. The app allows organizations to efficiently manage employee check-ins, check-outs, and time-off requests, streamlining the attendance process and reducing administrative overhead.

To use AttendTrack, administrators can register their organization and create employee profiles, each linked to a unique QR code. Employees can then scan their QR codes at designated stations to check in and out of work. The application provides real-time monitoring of attendance data, enabling administrators to generate comprehensive reports on attendance patterns and time-off usage.

AttendTrack is built using modern web technologies, including TypeScript and React, with a focus on responsive design facilitated by Tailwind CSS. The application features a clean and intuitive user interface, ensuring ease of use for both employees and administrators.

Key features of AttendTrack include:
- QR Code Check-in: Employees can quickly check in and out using their unique QR codes, eliminating the need for physical time cards.
- Time-Off Management: A streamlined workflow for submitting and approving time-off requests, including vacation and sick leave.
- Employee Management: Tools for creating and managing employee profiles, assigning roles, and setting permissions.
- Secure Access: Role-based access control to ensure that employees only see the information relevant to them.
- Real-time Monitoring: Administrators can track attendance in real-time and receive notifications for late arrivals or absences.
- Comprehensive Reports: The ability to generate detailed reports on attendance and time-off usage with just a few clicks.

AttendTrack is designed to be scalable, making it suitable for businesses of all sizes, from small teams to large enterprises. By automating attendance tracking, the application enhances accuracy, saves time, and improves compliance with labor laws.

Employee attendance system

Renewai Website

Renewai Website

The app is a fun and interactive quiz game called "Wrong Answers Only!" designed to challenge users to select the most ridiculous answers to various questions. The primary goal is to accumulate a "Wrong IQ" score based on the user's selections, which are intentionally incorrect and humorous.

To use the app, users start on the home page where they can select a theme for the quiz, such as General Knowledge, Movies, Technology, Food, or History. After choosing a theme, users can click the "Start Game" button to begin the quiz. The quiz consists of multiple-choice questions, each with four options. Users select their answers, and after each question, they receive an explanation of why their chosen answer is humorously incorrect. At the end of the quiz, users are presented with their "Wrong IQ" score and a title that reflects their performance, along with the option to share their results or play again.

The app is built using modern web technologies, including TypeScript and React, with Next.js as the framework for server-side rendering and routing. It utilizes various UI components for a consistent and visually appealing design, including cards, buttons, and progress indicators. The app also features a theme selector for customizing the quiz experience.

Key features of the app include:
- A selection of themes to tailor the quiz experience.
- A humorous quiz format that encourages users to think creatively and choose absurd answers.
- Explanations for each answer to enhance the entertainment value.
- A scoring system that generates a "Wrong IQ" score and assigns a playful title based on performance.
- Options to share results via social media or download a shareable card.
- An admin panel for managing quiz questions, allowing for the addition and deletion of questions and their corresponding explanations.

Overall, "Wrong Answers Only!" provides a lighthearted and engaging way for users to challenge themselves and their friends while enjoying a good laugh.

Wrong Answers Only

Rewards gaming

This application is a task management system designed to facilitate the organization and tracking of tasks within a team or organization. It provides users with the ability to create, edit, delete, and filter tasks, as well as view detailed information about each task.

To use the app, users can navigate through a user-friendly interface that includes a dashboard for an overview of tasks, a dedicated page for managing tasks, and a section for managing user interactions. Users can search for tasks using various filters, including module, status, and date ranges. The application also allows users to create new tasks or edit existing ones through modal dialogs.

The app is built using TypeScript and React, leveraging various libraries and technologies such as Next.js for server-side rendering and API routes, Tailwind CSS for styling, and Radix UI for accessible UI components. The application interacts with a PostgreSQL database using the Neon database service, allowing for efficient data retrieval and manipulation.

Key features of the app include:
- Task creation, editing, and deletion functionalities.
- Filtering and searching capabilities for tasks based on various criteria.
- A dashboard that provides statistics and visual representations of task data, including charts for task distribution by status and priority.
- User management features, allowing for tracking of user interactions with tasks.
- Responsive design that adapts to different screen sizes, ensuring usability across devices.

Overall, this task management system aims to enhance productivity and streamline task management processes within teams.

Clone website design

This application is designed to assist users in managing and generating personalized content for prospects through an AI-driven interface. The core functionality revolves around a prospects table that displays a list of potential clients, allowing users to view and manage their information effectively.

To use the app, users can navigate to the prospects page where they will find a table displaying various details about each prospect, including name, email, job title, status, and more. Users can select individual prospects or all prospects at once, and they can also add outcomes or tags to each prospect. The app provides options to filter and paginate through the prospects, enhancing usability for larger datasets.

The application is built using TypeScript and React, leveraging various UI components for a responsive and interactive user experience. Key technologies include React for component management, TypeScript for type safety, and a combination of custom UI components for tables, buttons, dialogs, and toasts. The app also integrates AI capabilities to generate personalized content based on user-defined templates and prompts.

Key features of the app include:
1. A prospects table that allows users to view, select, and manage prospect data.
2. AI column generation, where users can create personalized messages for prospects based on their information.
3. A prompt assistant that helps users select or create custom prompts for AI content generation.
4. Column mapping functionality that allows users to map their data fields to the required fields for AI processing.
5. Progress tracking during AI content generation, providing real-time updates on the status of the generation process.
6. A notification system that informs users of the success or failure of AI generation tasks.

Overall, this application streamlines the process of managing prospects and generating tailored content, making it a valuable tool for sales and marketing professionals.

AI Columns Design

This application is a visualization tool that dynamically generates graphical representations based on real-time sensor data. It utilizes Web Serial API to connect to a serial device, allowing users to visualize data from up to eight sensors. The app features two primary visualizations: a Psychedelic Shape and a Kaleidoscope, each of which responds to the sensor data in unique ways.

To use the app, users must connect a compatible serial device. Upon launching, the app attempts to establish a connection to the device. If successful, it retrieves sensor data and updates the visualizations accordingly. Users can switch between the two visualizations using an interface that allows for easy selection. The app also includes a debug mode for monitoring connection status, raw data, and visualization parameters.

The application is built using React and leverages the Three.js library for rendering 3D graphics. It employs React Three Fiber to integrate Three.js with React, enabling a declarative approach to building 3D scenes. The visualizations are created using custom shader materials, which are defined in GLSL (OpenGL Shading Language) for both vertex and fragment shaders. The shaders manipulate the geometry and colors based on the incoming sensor data, creating dynamic and visually engaging effects.

Key features of the app include:
- Real-time visualization of sensor data through interactive 3D graphics.
- Two distinct visualization modes: Psychedelic Shape and Kaleidoscope, each with customizable parameters.
- A robust connection management system that handles serial port connections, including retries and error handling.
- A debug panel that provides insights into connection status, raw data, and the mapping of sensor values to visualization parameters.
- Responsive design that adapts to window resizing, ensuring a consistent user experience across devices.

Overall, this application serves as a powerful tool for visualizing sensor data in an engaging and interactive manner, making it suitable for developers and users interested in data visualization and real-time graphics.

GLSL sensor visualization

CVN Central de Vendas e Neg[ocio

CVN Central de Vendas e Neg[ocio

Culinary Network

Culinary Network

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

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

The app is built using modern web technologies, including TypeScript and React, with Next.js as the framework for server-side rendering and routing. It utilizes a component-based architecture, leveraging reusable UI components for buttons, cards, inputs, and tables. The app also incorporates icons from the Lucide library for a visually appealing interface.

Key features of the app include:

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

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

Complete bank app

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

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

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

Key features of BeautyBook include:

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

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

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

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

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

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

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

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

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

The BOODA@DOORSTEP app is a comprehensive transportation service designed to connect riders with customers in a fast and reliable manner. The app allows users to book rides, track their journey in real-time, and manage their bookings efficiently.

To use the app, customers can enter their pickup location and destination, after which they can view nearby riders and select one based on their preferences. The app provides a cost estimator that calculates the fare based on distance and duration, allowing users to confirm their bookings easily. Once a ride is booked, users can track their rider's location and receive updates on their journey status.

The app is built using modern web technologies, including TypeScript, React, and Next.js, ensuring a responsive and user-friendly experience. It also utilizes Supabase for backend services, including user authentication, ride management, and data storage. The app features a service worker for offline capabilities and a progressive web app (PWA) setup, allowing users to install it on their devices for easy access.

Key features of the BOODA@DOORSTEP app include:
- User authentication via phone number or email.
- A map view for real-time tracking of riders.
- Booking management with options to view upcoming, active, and completed rides.
- Cost estimation for rides based on distance and duration.
- Rating and feedback system for riders.
- Tip management for rewarding riders.
- Admin dashboard for managing riders, customers, and analytics.

Overall, the BOODA@DOORSTEP app aims to enhance the transportation experience by providing a seamless platform for booking and managing rides while ensuring safety and reliability for both riders and customers.

Transport app design

esimmyanmarv0

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.

Blockchain voting system

Medical App Patent

The MY HEALTH app is a comprehensive digital healthcare system designed to enhance patient care through the integration of AI and IoT technologies. It provides users with real-time health monitoring, personalized health insights, and seamless communication with healthcare providers.

To use the app, users can create an account and log in to access various features. The app allows users to connect wearable devices, track vital signs, receive medication reminders, and communicate with doctors through secure messaging and video consultations. Users can also view their health metrics, manage appointments, and access educational content related to health and wellness.

The app is built using modern web technologies, including TypeScript, React, and Next.js, ensuring a responsive and user-friendly experience. It utilizes various UI components for a consistent design and integrates with third-party services for enhanced functionality.

Key features of the MY HEALTH app include:
- Real-time monitoring of vital signs through connected IoT devices.
- AI-driven health insights that provide personalized recommendations and early disease detection.
- Secure communication channels for connecting with healthcare providers via messaging and video calls.
- A dashboard that displays health metrics, upcoming appointments, and medication reminders.
- Educational resources to help users stay informed about their health.

The app also emphasizes data security, employing encryption and compliance with healthcare regulations to protect user information. Overall, MY HEALTH aims to revolutionize healthcare delivery by making it more accessible, efficient, and personalized for users.

The app is an automated book generation platform called Auto$Mind, designed to help users create and publish books based on trending topics. It leverages various technologies, including TypeScript, React, and Next.js, to provide a seamless user experience.

Users can interact with the app through a dashboard that allows them to generate new books, view analytics, and manage settings. The app features a chatbot that assists users in navigating the platform and generating content. Users can initiate the book generation process by selecting topics, adjusting settings such as story length and style, and enabling auto mode for scheduled book generation.

Key features of the app include:

1. **Book Generation**: Users can generate books based on trending topics sourced from platforms like Reddit, Twitter, TikTok, and Google Trends. The app uses AI models to create engaging stories, titles, and descriptions.

2. **Cover Generation**: Users can generate custom book covers using AI, with options to select different art styles.

3. **Analytics Dashboard**: The app provides insights into book performance, including total sales, revenue, and user engagement metrics. Users can view trends over time and analyze performance by source.

4. **Real-Time Dashboard**: Users can monitor real-time events and statistics related to their generated books, including recent activities and overall performance.

5. **Settings Management**: Users can configure various settings, including API keys for integrations, AI model preferences, and content generation parameters.

6. **Redis Integration**: The app utilizes Redis for data storage and caching, ensuring fast access to generated content and analytics.

7. **Event Tracking**: The app tracks user interactions and events, providing insights into usage patterns and performance metrics.

To use the app, users can sign up, log in, and navigate through the dashboard to access different functionalities. They can initiate book generation, customize settings, and view analytics to optimize their content creation process. The app is designed to be user-friendly, with a focus on automating the book generation workflow while providing valuable insights into performance.

Automated book generator

Financial Dashboard

Financial Dashboard