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The GAIA-QAO Object Identification System is a comprehensive application designed to manage and track aerospace objects across various domains, including air and space systems. The app provides a structured framework for uniquely identifying, categorizing, and monitoring aerospace objects throughout their lifecycle, utilizing a standardized identification system that accommodates both traditional aviation and emerging technologies.

Users can interact with the app through a user-friendly interface that allows for the exploration of a detailed database schema. The application is built using modern web technologies, including React for the frontend, TypeScript for type safety, and PostgreSQL for the backend database management. Key features include a schema explorer for visualizing database relationships, a chat interface for querying information, and compliance monitoring tools that track adherence to aerospace standards.

To use the app, users can navigate through various sections, including the schema overview, chat interface, and compliance monitoring dashboard. The chat interface allows users to input queries related to aerospace objects, which the app processes using AI models. Users can also upload files for analysis, and the app will provide recommendations based on the input data.

The app's key features include:
- A structured database schema that defines core ID components, object instances, configurations, and registry management.
- An interactive schema explorer that visualizes tables and relationships, allowing users to search and filter through the database.
- A chat interface that leverages AI models to provide responses to user queries, including the ability to analyze uploaded images and telemetry data.
- Compliance monitoring tools that assess adherence to AGAD and COAFI standards, generating reports and alerts based on compliance metrics.
- Integration with external APIs for enhanced functionality, including querying a registry for object information and monitoring compliance trends over time.

Overall, the GAIA-QAO Object Identification System serves as a vital tool for aerospace professionals, providing them with the necessary resources to manage and analyze aerospace objects effectively.

GAIA wrapper code

This application is a comprehensive whistleblowing system designed to facilitate secure and confidential reporting of incidents within an organization. It provides users with the ability to submit reports, manage cases, and communicate with investigators, all while ensuring user anonymity when desired.

To use the app, users can log in with their credentials or submit reports anonymously. The main features include a dashboard that displays key statistics about reported cases, a case management system that allows users to view and manage cases, and a communication hub for messaging between reporters and investigators. Users can also provide feedback on their experiences with the system.

The application is built using Next.js, a React framework, and utilizes TypeScript for type safety. It employs various UI components for a responsive design, including cards, tables, and forms. The app also integrates local storage for data persistence, allowing users to access their reports and case information even after refreshing the page.

Key features of the app include:
- User authentication and authorization to ensure secure access.
- A dashboard that provides an overview of total cases, pending investigations, and resolved cases.
- A case management interface where users can filter, search, and view details of reported cases.
- A reporting form that allows users to submit new reports, including options for anonymous submissions.
- A communication system for sending and receiving messages related to cases.
- Feedback and analytics sections to gather user input and improve the system.

Overall, this whistleblowing system aims to create a safe environment for reporting misconduct while maintaining transparency and accountability within the organization.

Whistleblowing system

This app is a web-based platform designed to help users transform their daily routines through simple and effective habits. It provides insights and strategies for improving productivity and achieving a balanced lifestyle. The app features a countdown timer to create urgency for limited-time offers, a structured layout that includes sections for features, pricing, testimonials, and a call to action.

Users can navigate the app easily, starting from a hero section that introduces the concept of enhancing daily routines. The app includes a prominent purchase button that redirects users to a payment link, facilitating the acquisition of the service. The pricing section highlights a one-time fee for lifetime access to the content, along with a list of benefits users will receive.

The app is built using modern web technologies, including TypeScript and React, with a focus on a responsive design that adapts to various screen sizes. It utilizes components from a UI library for buttons and cards, ensuring a consistent and visually appealing user interface. The app also incorporates icons from the Lucide library to enhance the visual representation of features.

Key features of the app include practical strategies for daily productivity, realistic methods tailored for everyday life, and real-life examples of successful routines. Additionally, the app showcases testimonials from satisfied users, reinforcing its effectiveness. The footer provides essential links for users to learn more about the app, including terms of use and privacy policies.

Overall, this app serves as a comprehensive resource for individuals seeking to improve their routines and productivity through actionable insights and community support.

React Landing Page

The E-İhale app is a modern electronic tendering platform designed to streamline the procurement process for both purchasers and suppliers. It allows users to create, manage, and participate in tenders efficiently, enhancing transparency and accessibility in the bidding process.

To use the app, users can register as either a supplier or a purchaser. Once registered, they can log in to access their respective dashboards. Purchasers can create new tenders, manage existing ones, and review bids, while suppliers can view available tenders, submit bids, and track their bidding history. The app features a user-friendly interface with various sections for active tenders, completed tenders, and live auctions.

The app is built using TypeScript and React, leveraging Next.js for server-side rendering and routing. It utilizes a variety of UI components for a responsive design, including cards, buttons, and forms, styled with Tailwind CSS for a modern look. The app also incorporates state management for handling user interactions and data updates.

Key features of the E-İhale app include:
- User registration and authentication for both suppliers and purchasers.
- A dashboard for managing tenders, bids, and user profiles.
- The ability to create and manage different types of tenders, including open, invited, and live auctions.
- A bidding system that allows suppliers to submit and track their bids in real-time.
- Document management for uploading and sharing tender-related documents.
- A messaging system for communication between purchasers and suppliers.
- Reporting and analytics features to track tender performance and supplier evaluations.

Overall, the E-İhale app aims to digitize and simplify the tendering process, making it more efficient and accessible for all parties involved.

Ihale sistem tasarımı

The Scandinavian Kartway app is an interactive guide designed for karting enthusiasts, providing detailed information about the Scandinavian Kartway located in Anderstorp, Sweden. The app serves as a comprehensive resource for training and simulation, featuring various sections that cover the track layout, corner details, lap guides, environmental conditions, and technical specifications.

Users can navigate through the app using a sidebar menu that includes sections such as Dashboard, Track Map, Corner Guide, Lap Guide, Environment, and Technical Specifications. Each section is designed to provide specific insights and tools for users to enhance their karting experience.

Key features of the app include:

1. **Dashboard**: Displays essential track information such as track length, width, direction, lap records, and location details, along with an interactive map button and lap guide.

2. **Track Map**: Offers an interactive map of the track layout, allowing users to explore different corners and view racing lines, runoff areas, and lighting conditions. Users can click on corner markers to get detailed information about each corner.

3. **Corner Guide**: Provides a detailed analysis of each corner on the track, including entry speeds, techniques, and exit strategies. Users can navigate through corners using previous and next buttons.

4. **Lap Guide**: Features a step-by-step walkthrough of the ideal lap, highlighting key actions at each corner and providing a visual representation of the track. Users can play through the guide, pausing and resetting as needed.

5. **Environment**: Simulates weather conditions and their impact on track performance, allowing users to adjust settings for sunny or rainy conditions. It also includes information about the natural surroundings and track facilities.

6. **Technical Specifications**: Offers detailed technical data for advanced users, including surface physics, track dimensions, corner details, and implementation guidelines for simulation setups.

The app is built using modern web technologies, including TypeScript and React, with a focus on responsive design and user experience. It utilizes a combination of UI components for layout and interactivity, ensuring a seamless experience across devices. The app also supports dark mode and provides a theme toggle for user preference.

Overall, the Scandinavian Kartway app is a valuable tool for both novice and experienced karting enthusiasts, enhancing their understanding of the track and improving their performance through detailed insights and interactive features.

Scandinavian Kartway App

The Dither Labs app is a GPU-accelerated platform designed for applying dithering effects to images and videos. It allows users to upload media files, select from a variety of dithering algorithms, and customize settings to achieve unique visual effects. The app is built using modern web technologies, including React, Next.js, and WebGL, ensuring a responsive and high-performance user experience.

To use the app, users can upload an image or video file through the interface. Once the media is loaded, they can select a dithering algorithm from a dropdown menu and adjust various settings such as threshold, diffusion factor, color reduction, and matrix size. The app provides real-time previews of the dithered output, allowing users to compare the original and processed images or videos side by side. Users can also save their settings as presets for future use, making it easy to apply consistent effects across different projects.

Key features of the Dither Labs app include:
- Support for over 20 dithering algorithms, including Floyd-Steinberg, Atkinson, and Bayer.
- Real-time image and video processing with GPU acceleration for instant feedback.
- Customizable settings for fine-tuning dithering effects, including brightness, contrast, and noise levels.
- A preset management system that allows users to save, load, and organize their favorite settings.
- A user-friendly interface with intuitive controls for uploading media, adjusting settings, and downloading results.
- History controls for undoing and redoing changes made to the settings.

The app leverages WebGL for rendering, ensuring high performance and visual fidelity. In cases where WebGL is not supported, a fallback to a 2D canvas implementation is provided. Overall, Dither Labs is a powerful tool for artists, designers, and anyone interested in exploring the creative possibilities of dithering in digital media.

Customizable Dithering Platform

Recreate Figma UI

PhonicsAI is an AI-powered early literacy learning platform designed for children aged 4-8. The app focuses on phonics instruction, helping young learners improve their reading fluency and comprehension through interactive storybooks, phonics games, and personalized learning experiences.

To use the app, users can navigate through various sections including Home, Storybooks, Phonics Games, Rewards, and Vocabulary. The Home page introduces the platform and its features, while the Storybooks section offers a collection of adaptive storybooks that adjust to the child's reading level. The Phonics Games section includes engaging activities that reinforce phonics skills, such as blending sounds and segmenting words. Users can also track their progress and achievements in the Rewards section, which displays badges and certificates earned through completed activities.

The app is built using modern web technologies, including TypeScript, React, and Next.js, ensuring a responsive and interactive user experience. It utilizes the Speech Synthesis API for reading stories aloud and providing feedback on pronunciation, enhancing the learning experience for children.

Key features of PhonicsAI include:
- AI-powered speech recognition for real-time feedback on pronunciation.
- Interactive letter tracing activities to practice writing.
- Adaptive storybooks that highlight words based on the child's reading level.
- Fun phonics games that promote vocabulary building and sound blending.
- A rewards system that allows children to earn points and badges for completing activities.
- Personalized learning paths that adapt to each child's progress and learning style.

Overall, PhonicsAI aims to make learning to read fun and effective, providing a comprehensive platform for early literacy development.

This application is a simple Mother's Day card creator that allows users to design and personalize a custom Mother's Day card, and then share it with their mom via a shareable permalink. The app provides an interactive interface where users can customize various elements of the card, including the recipient's name, sender's name, message, theme, and style. Card data is persisted to a postgres database via the Neon integration from Vercel.

To use the app, users start by selecting a color theme and style for their card. They can then input the names and a personalized message. The app features a live preview of the card, allowing users to see their changes in real-time. Once satisfied with their design, users can create the card, which is saved in a database, and they receive a unique link to share the card with their mother.

The application is built using modern web technologies, including React for the frontend, Next.js for server-side rendering and API routes, and Tailwind CSS for styling. It utilizes Framer Motion for animations, providing a smooth and engaging user experience. The app also incorporates a particle background effect to enhance visual appeal.

Key features of the app include:
- Customizable card elements such as names, messages, themes, and styles.
- Real-time preview of the card as users make changes.
- Ability to save and share the card via a unique link.
- Analytics tracking for card views and shares.
- Responsive design for optimal use on various devices.

Overall, this app serves as a thoughtful tool for users to express their love and appreciation for their mothers on Mother's Day.

Beautiful mother's day card

The app is a transportation management system designed to facilitate the management of city taxis. It provides two main user roles: Controllers and Drivers. Controllers can manage taxi routes and assignments, while Drivers can view their assigned routes and schedules.

To use the app, users can navigate to the home page where they are greeted with a welcome screen. From there, they can choose to enter the Controller or Driver section by clicking on the respective links. Controllers have access to a dashboard that includes statistics about the taxi fleet, tools for bulk route assignments, and a route distribution chart. They can also search for specific taxis and manage their assignments through a user-friendly interface. Drivers, on the other hand, must log in using their plate number and short number to access their personal dashboard, which displays their current route, schedule, and other relevant information.

The app is built using TypeScript and React, leveraging the Next.js framework for server-side rendering and routing. It utilizes Tailwind CSS for styling, providing a responsive and modern user interface. The app also incorporates various UI components such as cards, buttons, and alerts to enhance user experience.

Key features of the app include:
- A welcome screen that introduces the app and its purpose.
- A Controller dashboard that displays statistics about the taxi fleet and allows for route management.
- A Driver login system that provides personalized access to route information.
- A bulk assignment tool for Controllers to efficiently assign routes to multiple taxis.
- An interactive route distribution chart that visualizes the distribution of routes among the taxi fleet.
- Pagination and search functionality for managing and filtering taxi data.

Overall, the app aims to streamline the management of city taxis, making it easier for Controllers to oversee operations and for Drivers to stay informed about their assignments.

The Cement Resistance Visualizer is a web application designed to help users visualize and compare the resistance data of various types of cement over different ages and categories. The app allows users to select specific cement categories, quarters, and ages to generate detailed scatter plots that display the relationship between water-cement ratio and compressive strength (PSI).

To use the app, users can interact with several components:
1. **Quarter Selector**: Users can choose the quarter for which they want to view cement data.
2. **Cement Category Selector**: This allows users to filter cement types into categories such as "Económicos," "Uso General," and "Uso Estructural."
3. **Cement List**: Users can select specific cement brands from a dynamically generated list based on the selected category and quarter.
4. **Age Selector**: Users can choose the age of the cement data they wish to visualize, with options for 1, 3, 7, and 28 days.

The application is built using TypeScript and React, leveraging the Next.js framework for server-side rendering and routing. It utilizes Chart.js for rendering interactive charts, providing a responsive and user-friendly experience. The app also employs CSS for styling, ensuring a clean and modern interface.

Key features of the Cement Resistance Visualizer include:
- Dynamic filtering of cement data based on user selections.
- Interactive scatter plots that display PSI values against water-cement ratios.
- The ability to select multiple cements and visualize their performance on the same chart.
- A color-coded system for different cement types to enhance visual clarity.
- Responsive design that adapts to various screen sizes, ensuring usability on both desktop and mobile devices.

Overall, the Cement Resistance Visualizer serves as a powerful tool for engineers, architects, and construction professionals looking to analyze and compare the performance of different cement products.

Bench de productos

The app is a password management tool designed for users of FortunaShop.com, allowing them to reset their passwords securely. It consists of two main functionalities: a "Forgot Password" feature and a "Reset Password" feature.

To use the app, users can navigate to the "Forgot Password" page, where they will be prompted to enter their email address. Upon submission, the app sends a password reset link to the provided email. Users can then follow the link to access the "Reset Password" page, where they can create a new password by entering it twice for confirmation. The app validates that both password entries match before updating the user's password in the system.

The app is built using Next.js, a React framework, and utilizes TypeScript for type safety. It integrates with Supabase, a backend-as-a-service platform, to handle user authentication and password management. The user interface is designed with a responsive layout, ensuring accessibility across devices.

Key features of the app include:
- User-friendly forms for both password reset and password creation.
- Real-time validation to ensure password entries match.
- Feedback mechanisms, including success and error messages, to inform users of the status of their actions.
- Integration with Supabase for secure authentication and session management.
- A responsive design that adapts to various screen sizes.

Overall, the app provides a straightforward and secure way for users to manage their passwords, enhancing the overall user experience on FortunaShop.com.

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

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

Key features of the app include:

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

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

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

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

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

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

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

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

Hotel React website

Bowen university app

This application is a Capture The Flag (CTF) platform designed for cybersecurity enthusiasts to test and enhance their hacking skills through various challenges. Users can sign up, log in, and participate in solving challenges that cover different categories such as Web Exploitation, Cryptography, Forensics, and more. Each challenge has a specific point value and difficulty level, and users can earn achievements and track their progress on a scoreboard.

To use the app, users can create an account or log in using their email and password. Once logged in, they can browse through available challenges, filter them by category, and search for specific challenges. Users can submit flags for challenges they have solved, view their submission history, and unlock hints to assist them in solving challenges. The app also features a leaderboard that displays the top users based on points earned.

The application is built using TypeScript and React, leveraging Next.js for server-side rendering and routing. It utilizes Supabase as the backend for authentication, database management, and real-time data handling. The database schema includes tables for users, challenges, submissions, hints, and achievements, allowing for a structured and efficient data management system.

Key features of the app include:
- User authentication with sign-up and login functionality.
- A dynamic challenge list with filtering and search capabilities.
- Submission of flags for challenges and tracking of submission history.
- Unlockable hints that cost points to assist users in solving challenges.
- A scoreboard displaying top users and their ranks.
- User profiles that showcase achievements, recent activity, and challenge completion statistics.

Overall, this app provides an engaging and educational environment for users to improve their cybersecurity skills while competing with others in a gamified setting.

Advanced ctf lab creation

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

IronForge Mining is a web application designed to provide premium iron ore solutions through sustainable mining practices and advanced technology. The app serves as a comprehensive platform for users to learn about the company's services, processes, and commitment to sustainability in the iron mining industry.

Users can navigate the app easily, with a fixed header that includes links to various sections such as Home, About, Services, Process, Testimonials, and Contact. The homepage features a hero section that highlights the company's mission and encourages users to get started or learn more about their offerings.

The About section provides insights into IronForge's experience and dedication to sustainable mining, showcasing key statistics such as years of experience and tons of iron produced. The Services section outlines the various services offered, including exploration, extraction, processing, and logistics, each presented in a visually appealing card format.

The Process section details the systematic approach to iron mining, from exploration to reclamation, ensuring quality and efficiency. Client testimonials are featured to build trust and credibility, showcasing positive feedback from industry leaders.

The Contact section allows users to reach out to IronForge for inquiries, featuring a contact form for direct communication, as well as contact details and social media links.

The app is built using HTML, CSS, and JavaScript, ensuring a responsive design that adapts to various screen sizes. Key features include smooth scrolling for anchor links, a mobile menu toggle for easy navigation on smaller devices, and a visually appealing layout that enhances user experience.

Overall, IronForge Mining is a robust application that effectively communicates the company's values, services, and commitment to sustainable practices in the iron mining industry.

Next.js wine website

The Somnia Tipping dApp is a decentralized application designed for users to send and receive STT tokens on the Somnia Testnet. The app provides a user-friendly interface that allows users to connect their Ethereum wallets, view their transaction history, and manage their wallet information.

To use the app, users need to connect their Ethereum wallet, such as MetaMask. Once connected, they can navigate through various tabs, including a dashboard that displays their current balance, recent transactions, and a summary of their tipping activity. Users can also send tips to other wallet addresses by entering the recipient's address, the amount of STT tokens to send, and an optional message.

The app is built using modern web technologies, including TypeScript, React, and Next.js, along with the Ethers.js library for blockchain interactions. It utilizes Recharts for data visualization, allowing users to view their recent transaction activity in a graphical format. The user interface is styled with Tailwind CSS, providing a responsive and visually appealing design.

Key features of the Somnia Tipping dApp include:

1. Wallet Connection: Users can easily connect their Ethereum wallets to interact with the dApp.
2. Transaction History: Users can view their past transactions, including sent and received tips, with filtering options.
3. Send Tips: Users can send STT tokens to other addresses, with real-time gas fee estimation.
4. Dashboard Overview: A summary of the user's balance, net flow of tokens, and recent transactions is displayed on the dashboard.
5. Responsive Design: The app is designed to work seamlessly across different devices and screen sizes.
6. Theme Toggle: Users can switch between light and dark themes for a personalized experience.
7. Vanta Background: The app features a dynamic background animation that enhances the visual appeal.

Overall, the Somnia Tipping dApp provides a comprehensive platform for users to engage in tipping activities on the Somnia Testnet, making it easy to manage their tokens and track their transactions.

Somnia testnet dapp

This application is a comprehensive VPN service designed to provide users with secure, fast, and reliable internet access while protecting their online privacy. It offers a user-friendly interface that allows individuals to easily connect to a global network of servers, ensuring they can access content from anywhere in the world.

To use the app, users can download it from the App Store or Google Play, or access it on various platforms including Windows and Mac. Once installed, users can create an account, select their preferred server location, and connect with a single click. The app supports multiple devices simultaneously, allowing users to protect their privacy across smartphones, tablets, and computers.

The application is built using modern web technologies, including TypeScript and React for the frontend, and utilizes Tailwind CSS for styling. It features a responsive design that adapts to different screen sizes, ensuring a seamless experience on both mobile and desktop devices.

Key features of the app include:
- Military-grade encryption to secure user data and online activities.
- High-speed connections optimized for streaming and browsing.
- A global network of servers in over 90 countries, providing users with extensive coverage.
- A strict no-logs policy, ensuring that user activities are not tracked or stored.
- Support for multiple devices, allowing users to connect up to six devices simultaneously.
- 24/7 customer support to assist users with any issues or inquiries.

The app also includes sections for user testimonials, frequently asked questions, and a transparent pricing model with various subscription plans to cater to different user needs. Overall, this VPN service aims to deliver a secure and efficient online experience for its users.

Zoom Web SDK tutorial

This app is a modern user interface (UI) dashboard designed to provide users with a sleek and interactive experience for managing their projects and notifications. The app features a responsive layout that adapts to both desktop and mobile devices, ensuring accessibility and usability across various screen sizes.

To use the app, users can navigate through different sections such as the Dashboard and Projects using a top navigation bar. The app includes animated navigation items that provide visual feedback on user interactions. Users can also access their account settings and notifications through dropdown menus that enhance the overall user experience.

The app is built using React and Next.js, leveraging TypeScript for type safety. It incorporates various libraries and technologies, including Framer Motion for animations, Lucide React for icons, and Tailwind CSS for styling. The app's structure is modular, with components such as FluidAccountDropdown and FluidNotificationsDropdown that manage user account information and notifications, respectively.

Key features of the app include:
- A modern UI with an animated header that provides a dynamic user experience.
- A responsive design that works seamlessly on both desktop and mobile devices.
- Interactive dropdown menus for user account management and notifications, complete with animations.
- A dashboard layout that showcases project cards and relevant information in a visually appealing manner.
- Search functionality to help users quickly find content within the app.

Overall, this app serves as a comprehensive tool for users to manage their projects and notifications efficiently while enjoying a modern and engaging interface.

The Fort Worth Development Pricing Calculator is a web application designed to help users estimate project costs for software development based on current market rates in Fort Worth. The app allows users to input various parameters related to their project, including project size, client type, complexity, timeline, and maintenance plans, to generate an accurate cost estimate.

To use the app, users can select from predefined project sizes (small, medium, large, enterprise) and specify the client type (private, state, government). They can also adjust the complexity level (low, medium, high, enterprise) and timeline requirements (standard, accelerated, urgent). The app features sliders and input fields for users to customize the duration of the project and the composition of the development team, including roles such as developers, project managers, designers, and QA specialists. Additionally, users can indicate any specialized requirements, such as accessibility or security compliance, which may affect the overall cost.

The application is built using TypeScript and React, leveraging various UI components for a responsive and user-friendly interface. It utilizes hooks for state management and effects to recalculate costs dynamically as users adjust their inputs. The app also includes utility functions for formatting currency values.

Key features of the Pricing Calculator include:
- A comprehensive selection of project parameters to tailor estimates to specific needs.
- Real-time cost calculations based on user inputs, including base labor costs, specialty premiums, and adjustments for client type, complexity, and timeline.
- A summary section that displays the total project cost, monthly rate, effective hourly rate, and annual maintenance costs.
- Insights into market trends and competitive positioning within the Fort Worth area, helping users understand how their project costs compare to similar projects.
- The ability to download a detailed quote for further review.

Overall, the Fort Worth Development Pricing Calculator serves as a valuable tool for businesses and individuals looking to plan and budget their software development projects effectively.

This application is a personal portfolio website for Elijah Babatunde, a builder and community strategist in the Web3 space. The app showcases Elijah's skills, projects, and professional background, providing a platform for potential collaborators and clients to learn more about his work and reach out for opportunities.

Users can navigate through various sections, including "Home," "What I Do," "Skills," "Proof of Work," and "Contact." Each section is designed to provide detailed information about Elijah's expertise, ongoing projects, and contact methods. The app features a responsive design that adapts to different screen sizes, ensuring a seamless experience on both desktop and mobile devices.

The application is built using Next.js, a React framework that enables server-side rendering and static site generation. It utilizes TypeScript for type safety and Tailwind CSS for styling, allowing for a highly customizable and responsive design. The app also incorporates Framer Motion for smooth animations and transitions, enhancing the user experience.

Key features of the app include:
- A dynamic header and footer that remain consistent across all pages.
- A theme toggle button that allows users to switch between light and dark modes.
- Animated transitions for various elements, providing a modern and engaging interface.
- Sections dedicated to Elijah's skills and projects, with links to external resources for further exploration.
- A contact section with multiple methods for reaching out, including email and social media links.

Overall, this application serves as a comprehensive showcase of Elijah Babatunde's professional identity, emphasizing his contributions to the Web3 community and his commitment to building valuable online experiences.

The Swiss SARL Guide app is designed to assist entrepreneurs and investors in creating a limited liability company (Sàrl) in Switzerland. The app provides a comprehensive guide that outlines the necessary steps, advantages, and contact information for expert assistance.

To use the app, users can navigate through various sections using the header menu, which includes links to "About," "Process," "Advantages," and "Contact." The homepage features a prominent call-to-action button that encourages users to start the process of creating their Sàrl. Each section contains detailed information, including an overview of what a Sàrl is, a step-by-step guide to the creation process, and the benefits of choosing this business structure.

The app is built using TypeScript and React, ensuring a modern and responsive user interface. The accompanying CSS styles provide a clean and professional look, with a focus on usability and accessibility. Key features of the app include a structured layout with sections for easy navigation, a contact form for users to reach out for assistance, and responsive design that adapts to various screen sizes.

Overall, the Swiss SARL Guide app serves as a valuable resource for anyone looking to establish a business in Switzerland, offering clear guidance and support throughout the process.

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

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

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

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

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

Morphing sign in button

This app serves as a deployment guide for users looking to deploy their projects from GitHub to Vercel. It provides a step-by-step walkthrough, ensuring that users can successfully connect their GitHub repositories and deploy their applications with ease.

To use the app, users simply navigate to the deployment guide interface, which is structured into four main steps. Each step includes detailed instructions and checklists to help users verify their progress. The steps cover checking the GitHub repository, logging into Vercel, importing the project, and verifying the deployment status. Users are encouraged to follow the checklist items, which include logging into their GitHub account, ensuring the repository is accessible, and confirming that necessary files are present.

The app is built using TypeScript and React, leveraging components from a UI library for a clean and organized presentation. Key features include interactive checklists for each step, clear descriptions of actions to take, and visual indicators of progress. Additionally, the app provides important notes and warnings to help users troubleshoot common issues, such as access problems with their GitHub repository.

Overall, this app is designed to streamline the deployment process for developers, making it easier to transition their projects from GitHub to Vercel while ensuring that all necessary steps are followed.

A simple grid where all the cells responds to the cursor movement.
Built on HTML Canvas for easy implementation.

Key features of the app include:
- A responsive grid of squares that adjusts based on the window size.
- Dynamic hover effects that change the appearance of squares when the mouse is near.
- Fullscreen toggle functionality for an enhanced viewing experience.
- Smooth animations and rendering using the requestAnimationFrame API for optimal performance.

Overall, this app serves as a creative and interactive tool for visual exploration, showcasing the capabilities of modern web technologies and how vibeCde projects works on HTML Canvas.

This application is the official website for the Ryan's Well Foundation, a non-profit organization dedicated to providing access to clean water and sanitation services to communities in need. The app serves as a platform for users to learn about the foundation's mission, its impact, and how they can contribute by voting in a campaign that could win the foundation a $10,000 grant for clean water projects.

Users can navigate through various sections of the app, including information about the foundation's history, its alignment with the United Nations Sustainable Development Goals (SDGs), and details on how to vote. The app features a countdown timer indicating the time left for voting, a vote counter displaying the current number of votes, and a contact form for inquiries.

The application is built using modern web technologies, including TypeScript and React, with Next.js as the framework. It utilizes Tailwind CSS for styling, providing a responsive and visually appealing user interface. The app also incorporates client-side state management for handling voting and form submissions, as well as server-side functions for recording votes and sending contact form messages.

Key features of the app include:
- A countdown timer to create urgency for voting.
- A vote counter that updates in real-time to show the current number of votes.
- A contact form for users to reach out with questions or comments.
- Sections dedicated to the foundation's mission, impact, and how users can get involved.
- Integration with Google Maps to display the foundation's location.
- Social media sharing options to encourage users to spread the word about the voting campaign.

Overall, the app aims to engage users in the foundation's mission and facilitate their participation in the voting process, ultimately contributing to the goal of providing clean water to communities worldwide.