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This application is a personal portfolio and resource hub designed for cybersecurity enthusiasts, particularly students. It serves as an "About Me" page for the developer, Chesco, showcasing their skills, academic journey, and resources for learning cybersecurity.

Users can navigate through various sections using a tabbed interface, which includes panels such as "Whoami," "Academic Quest," "Tech Quest," "Projects," "Tutorials," "CTF Journey," "Code of Conduct," "Start Your Journey," "Learn Resources," and a chat interface with an AI assistant. Each panel provides detailed information about Chesco's background, skills, ongoing projects, and curated resources for learning cybersecurity.

The app is built using TypeScript and React, leveraging Next.js for server-side rendering and routing. It utilizes Tailwind CSS for styling, ensuring a responsive and visually appealing design. The application also features a unique "Binary Rain" animation that enhances the aesthetic experience.

Key features of the app include:
- A tabbed navigation system for easy access to different sections.
- Detailed panels that outline Chesco's academic pursuits, technical skills, and ethical hacking principles.
- A collection of tutorials and resources for learning cybersecurity, including links to external platforms and courses.
- An AI chat assistant powered by Grok, allowing users to ask questions related to cybersecurity and programming.
- A Base64 decoder tool for quick decoding of Base64 strings.
- A footer with contact information and links to Chesco's social media profiles.

To use the app, users can click on the various tabs to explore different sections, interact with the AI assistant for inquiries, and access a wealth of resources to aid their cybersecurity education. The application is designed to be user-friendly and informative, catering to both beginners and those looking to deepen their knowledge in the field.

Chesco About me

The Immutable app is a decentralized archive designed to preserve and safeguard historical records, including martyrs' testimonies, Bible translations, prophecy records, and other significant documents that may be subject to censorship. The app utilizes advanced decentralized technologies to ensure that these records remain accessible and immutable for future generations.

Users can navigate the app to explore a growing library of preserved documents, which are categorized into sections such as historical texts, translations, suppressed books, and prophecy. The app features a search functionality that allows users to quickly find specific documents by entering keywords related to titles, descriptions, or tags.

Key features of the Immutable app include:

1. Document Library: A comprehensive collection of documents that users can browse through, with options to filter by category and search by keywords.

2. Contribute Section: Users can contribute to the archive by submitting documents or links to IPFS (InterPlanetary File System), ensuring that valuable information is preserved.

3. Social Sharing: The app includes social sharing options, allowing users to share documents on platforms like Twitter and Facebook, or copy links for easy sharing.

4. Responsive Design: The app is designed to be user-friendly across various devices, ensuring accessibility for all users.

5. Dark Mode Support: Users can toggle between light and dark themes for a personalized viewing experience.

6. Error Handling: The app includes error boundaries to gracefully handle any issues that may arise during user interactions.

The app is built using modern web technologies, including Next.js for server-side rendering and routing, and Tailwind CSS for styling. It leverages decentralized protocols such as IPFS for content storage, ensuring that the information remains secure and resistant to censorship.

To use the app, users can simply navigate through the sections, utilize the search feature to find specific documents, and explore the various categories available. Contributions can be made by following the guidelines provided in the Contribute section, and users can share their favorite documents through the integrated social sharing features.

Immutable website design

The System Monitor app is a real-time resource monitoring tool designed to provide users with insights into their system's performance. It tracks various metrics, including CPU, GPU, VRAM, network usage, and memory consumption, displaying this information in an intuitive and visually appealing manner.

To use the app, users simply need to launch it in a web environment. The app automatically generates and updates resource data every second, simulating real-time monitoring. Users can interact with the interface by hovering over different components to see detailed information, and they can expand the view to access more granular data about system memory and per-agent memory usage.

The app is built using TypeScript and React, leveraging the Framer Motion library for smooth animations and transitions. It utilizes SVG graphics for rendering sparkline charts that visualize resource usage over time. The user interface is styled with a focus on clarity and responsiveness, ensuring that users can easily interpret the data presented.

Key features of the System Monitor app include:
- Real-time tracking of system resources with automatic updates.
- Visual representation of data through sparkline charts, highlighting spikes in resource usage.
- Interactive elements that provide additional information on hover.
- A collapsible interface that allows users to expand and view detailed memory usage per agent.
- A clean and modern design that enhances user experience.

Overall, the System Monitor app serves as a valuable tool for developers and system administrators who need to keep an eye on system performance and resource allocation.

System resource widget

The app is a web-based platform called Olive Kiddies, designed to enhance communication and management between daycare centers and parents. It provides real-time updates about children's activities, meals, and important moments throughout the day, ensuring parents are always informed about their child's daycare experience.

To use the app, users can visit the landing page where they can enter their email to join a waitlist for early access. The app features a modern and visually appealing interface with animated sections that engage users as they scroll. Key functionalities include real-time notifications, activity tracking, direct messaging between parents and caregivers, and an admin dashboard for daycare providers to manage operations effectively.

The app is built using TypeScript and React, leveraging hooks for managing component state and lifecycle events. The useIntersectionObserver hook is implemented to trigger animations when sections come into view, enhancing the user experience. The AnimatedSection component allows for customizable animations, such as fade-in and slide-in effects, which are applied to various elements throughout the app.

Key features of Olive Kiddies include:
- Real-time updates on children's activities and events.
- Comprehensive activity tracking logs for parents.
- Direct communication channels between parents and daycare staff.
- An admin dashboard for managing daycare operations.
- A mobile-friendly design with customizable notifications.
- Strong security measures to protect user data and privacy.

Overall, Olive Kiddies aims to revolutionize daycare management by providing a seamless experience for both parents and daycare providers, fostering better communication and peace of mind.

Olive kiddies website

Static Strobing

Static Strobing

Magnetic button border effect that's used on v0 :')

Magnetic Buttons

A CSS perspective demo with shadcn/ui

The app is called DocumentsAI, an AI-powered document management tool designed to help users manage, analyze, and extract insights from their documents efficiently. It offers a range of features that streamline document handling, including summarization, search capabilities, editing suggestions, task automation, and cloud integration.

To use the app, users can upload documents directly through the user interface. Once uploaded, the app automatically extracts key points and generates summaries, allowing users to quickly grasp the essential information. Users can also search for specific details across all their documents using an AI-powered search function. The app provides suggestions for improving document clarity and structure, and it allows users to automate tasks related to document reviews and updates.

The app is built using modern web technologies, including TypeScript and React for the frontend, and it integrates with various cloud storage services such as Google Drive, Dropbox, and OneDrive for seamless document management. The backend utilizes AI capabilities to enhance document processing, including summarization and insight extraction.

Key features of DocumentsAI include:
- Document summarization: Automatically extracts key points from long documents to save time and improve comprehension.
- AI-powered search: Quickly find important details across all documents.
- Editing suggestions: Provides AI-driven recommendations to enhance clarity and structure.
- Task automation: Tracks version history and sets reminders for document reviews and updates.
- Cloud integration: Connects with popular cloud storage services for easy document access and management.

Overall, DocumentsAI aims to simplify the document management process, making it easier for users to handle their documents effectively while leveraging AI technology for enhanced productivity.

DocumentsAI setup

This application is a Scale Calculator designed for musicians, particularly guitarists, banjo players, and mandolin players. It provides an interactive tool for learning and visualizing musical scales, chords, and their relationships on a fretboard. Users can select root notes and scale types, and the app will display the corresponding notes on a virtual fretboard, along with customizable visual styles for different note types.

To use the app, users can select a root note and a scale type from dropdown menus. The fretboard will dynamically update to show the notes of the selected scale, highlighting the root, third, fifth, and seventh notes, as well as any passing or blue notes. Users can also customize the appearance of these notes, including their colors and whether they are displayed as solid or outlined shapes. Additionally, the app features a drone player that allows users to hear the selected chord in real-time.

The application is built using modern web technologies, including React for the user interface, TypeScript for type safety, and Tailwind CSS for styling. It leverages the Tone.js library for audio synthesis and playback, and the Tonal.js library for music theory calculations. The app also includes a logging utility for debugging and tracking user interactions.

Key features of the app include:
- Interactive fretboard visualization that updates based on user selections.
- Customizable note styles for visual representation.
- A drone player that plays the selected chord in real-time.
- Keyboard shortcuts for quick navigation and selection of notes and scales.
- Support for multiple instruments, allowing users to switch between guitar, banjo, and mandolin tunings.
- A note legend that provides information about the notes in the selected scale, with options for customization.

Overall, this Scale Calculator serves as a comprehensive tool for musicians to explore and understand musical scales and their applications on stringed instruments.

Guitar Scale Practice Tool (v0.

Financial Dashboard - Functional

This app is a user interface component designed to showcase an interactive button with advanced visual effects, specifically tailored for downloading content. The primary function of the app is to provide a visually appealing and engaging button that users can click to initiate a download.

To use the app, users simply need to interact with the button displayed on the screen. The button responds to mouse events, providing feedback through animations and visual effects. When the user hovers over the button, it displays a dynamic mesh gradient background, and when clicked, it features a ripple effect that emanates from the point of contact. The button also includes a 3D text animation that enhances the visual experience as the user interacts with it.

The app is built using TypeScript and React, leveraging the capabilities of the Framer Motion library for animations and the Paper Design Shaders React library for the mesh gradient effect. This combination of technologies allows for smooth and responsive animations, as well as a modern design aesthetic.

Key features of the app include:
- A responsive button that changes appearance based on user interactions, such as hover and click events.
- A mesh gradient background that provides a visually striking effect when the button is hovered over.
- A circular ripple effect that occurs at the click position, enhancing the tactile feedback of the button.
- 3D text animations that create a dynamic visual experience as the button is interacted with.
- Customizable styles and animations, allowing for easy integration into various projects.

Overall, this app serves as a demonstration of modern web design techniques, focusing on user engagement through interactive elements.

This Chart only animates the last data point which creates a more realistic trading chart experience.

Real-Time Chart (Trading UX)

This application is a file tree component designed to mimic the functionality of a file explorer, similar to that found in code editors like Visual Studio Code. It allows users to navigate through a hierarchical structure of files and folders, providing a visual representation of their organization.

To use the app, users can click on folders to expand or collapse them, select files or folders to view their details, and create new files or folders directly within the tree structure. The app supports inline editing for creating and renaming items, with actions confirmed by pressing the Enter key or canceled with the Escape key. Users can also right-click on items to access a context menu that offers options for creating new files or folders, renaming, and deleting items.

The app is built using React and TypeScript, leveraging various UI components for buttons, inputs, context menus, and collapsible sections. It utilizes the Lucide icon library for visual elements and includes utility functions for sorting and managing the file tree structure.

Key features of the app include:
- A collapsible file tree structure that allows for easy navigation.
- Inline creation and renaming of files and folders directly within the tree.
- Context menu options for additional actions such as creating, renaming, and deleting items.
- Automatic sorting of items, ensuring folders are displayed before files and all items are sorted alphabetically.
- Visual feedback for selected items and the ability to view details of the selected file or folder.

Overall, this app provides a user-friendly interface for managing files and folders, making it a useful tool for developers and users who need to organize their projects efficiently.

VS Code like file tree component using ShadCN

This application is a Prompt Manager designed to help users create, manage, and organize AI prompts and their associated variables. It provides a user-friendly interface for managing multiple projects, each containing various prompt sets, which in turn consist of prompts and variables.

To use the app, users can create new projects and add prompt sets to them. Each prompt set allows users to define variables that can be used within prompts. Users can edit, delete, and reorder prompts and variables, as well as import and export projects and prompt sets in JSON format. The app also supports dark mode and responsive design, ensuring a consistent experience across devices.

The application is built using TypeScript and React, leveraging Next.js for server-side rendering and routing. It utilizes Tailwind CSS for styling, providing a modern and responsive design. The app employs various React hooks for state management, including custom hooks for local storage management, and integrates libraries such as DnD Kit for drag-and-drop functionality.

Key features of the app include:
- Project management: Create and manage multiple projects, each with its own prompt sets.
- Prompt set management: Add, edit, and delete prompt sets, along with their associated prompts and variables.
- Variable management: Define and manage variables that can be used within prompts, with options to edit and delete them.
- Import and export functionality: Import and export projects and prompt sets in JSON format for easy sharing and backup.
- Drag-and-drop support: Reorder prompts and variables using a drag-and-drop interface.
- Responsive design: The app is designed to work seamlessly on various screen sizes, providing a consistent user experience.
- Dark mode support: Users can switch to dark mode for a more comfortable viewing experience in low-light environments.

Overall, this Prompt Manager app serves as a comprehensive tool for users looking to streamline their prompt creation and management processes.

prompt template

This application is an interactive audio player designed to play the Star Wars theme while allowing users to input text for a Star Wars-style opening crawl. The app features a user-friendly interface where users can enter their text, control audio playback, and adjust volume settings.

To use the app, users can type or paste their desired text into a text area. They can then play or pause the audio using a play/pause button, mute or adjust the volume with a slider, and track the progress of the audio playback through a visual progress bar. The app also provides a preview of the text in a scrolling format reminiscent of the iconic Star Wars opening crawl.

The application is built using React with TypeScript, leveraging hooks such as useState and useEffect for state management and lifecycle methods. It utilizes the Web Audio API to manage audio playback, including features like volume control and fade-out effects. The user interface components are styled using Tailwind CSS, ensuring a responsive and visually appealing design.

Key features of the app include:
- Text input area for users to enter their custom text.
- Play and pause functionality for the audio track.
- Volume control with a slider and mute option.
- Progress tracking of the audio playback.
- Automatic fade-out of audio after a specified duration.
- Responsive design suitable for various screen sizes.

Overall, this app combines audio playback with a nostalgic visual experience, allowing users to create their own Star Wars-themed content.

This app is a File System Explorer designed to visually represent a hierarchical file structure, allowing users to navigate through folders and files in an interactive manner. The app utilizes React and TypeScript for its development, leveraging the Framer Motion library for animations and Lucide React icons for visual representation of files and folders.

To use the app, users can click on folder icons to expand or collapse their contents, revealing nested files and folders. Each item in the file system is represented as a clickable button, which triggers a callback function when clicked, logging the name of the clicked node to the console. The app supports both animated and static versions of the file system display, allowing users to choose their preferred interaction style.

Key features of the app include:
- A hierarchical representation of files and folders, allowing for easy navigation.
- Support for expandable and collapsible folder structures, enhancing user experience.
- Animated transitions for opening and closing folders, providing a visually appealing interaction.
- A callback function that can be customized to perform actions when a file or folder is clicked.
- The ability to toggle between animated and static views of the file system.

Overall, this app serves as a practical tool for visualizing and interacting with file structures, making it useful for developers and users who need to manage files in a structured way.

The NexusBank Developer Portal is a comprehensive application designed to facilitate the integration of banking services through APIs. It provides developers with the necessary tools, documentation, and support to build secure and efficient banking applications.

The application features a user-friendly interface that includes a sidebar for easy navigation through various sections such as Getting Started, API Reference, SDKs, and Guides. Users can access detailed documentation for different APIs, including Accounts, Payments, and Transactions, along with code samples in multiple programming languages like Node.js, Python, C#, and Java.

To use the application, developers can register for an account, log in, and access their dashboard, where they can manage API keys, view usage statistics, and configure webhooks. The sandbox environment allows users to test their integrations without affecting real accounts, providing a safe space for experimentation.

Key technologies involved in the development of this application include TypeScript, React, Next.js, and Tailwind CSS, which together create a responsive and dynamic user experience. The application also utilizes various UI components for consistent design and functionality.

Key features of the NexusBank Developer Portal include:
- Comprehensive API documentation with clear examples and use cases.
- A sandbox environment for safe testing of API integrations.
- User authentication and management, allowing developers to securely access their accounts and API keys.
- A notification center to keep users informed about important updates and alerts.
- Support for webhooks to receive real-time notifications for specific events.
- A community section for developers to connect, share knowledge, and seek assistance.

Overall, the NexusBank Developer Portal aims to empower developers by providing them with the resources and support needed to successfully integrate banking services into their applications.

developer portal

Simulate a terminal to showcase your developer CLI

Custom Linktree Website

apple inspired form

The Love Flower Wellness app is a comprehensive platform designed to promote holistic health and wellness through natural therapies. It provides users with access to a variety of services, including wellness consultations, herbal therapy, meditation classes, and nutritional counseling. The app aims to empower individuals to take charge of their health by offering personalized wellness plans and educational resources.

Users can navigate the app easily through a responsive interface that features a sticky navigation bar for quick access to key sections such as Home, About Us, Services, and Contact Us. 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 modern and visually appealing design.

Key features of the app include:

1. **Responsive Design**: The app is optimized for both desktop and mobile devices, providing a seamless user experience across different screen sizes.

2. **Service Offerings**: Users can explore a range of wellness services, each with detailed descriptions and the option to learn more or schedule consultations.

3. **Contact Form**: A user-friendly contact form allows users to reach out for inquiries or to schedule appointments, with real-time feedback on submission status.

4. **Testimonials Carousel**: The app features a carousel showcasing client testimonials, highlighting the positive impact of the services offered.

5. **Informative Sections**: The About Us and Services pages provide insights into the philosophy and offerings of Love Flower Wellness, including the team’s expertise and core values.

6. **Social Media Integration**: Links to social media platforms are included in the footer, allowing users to connect with Love Flower Wellness on various channels.

7. **Newsletter Subscription**: Users can subscribe to a newsletter to receive updates on wellness tips, events, and special offers.

Overall, the Love Flower Wellness app serves as a digital hub for individuals seeking natural wellness solutions, combining user-friendly navigation with rich content and interactive features.

Love flower website design

This app is an interactive audio visualizer designed to create dynamic visual representations of sound in real-time. Users can start listening to audio through their device's microphone, and the app will generate various visual effects based on the audio input. The visualizer supports multiple styles, including waveform, bars, circular, and more, allowing users to customize their experience.

To use the app, users simply click a button to start or stop listening to audio. They can select different visualizer types and color schemes from a dropdown menu, adjust sensitivity and trail effects using sliders, and apply preset configurations for quick setup. The app also features fullscreen mode for an immersive experience, which can be toggled with a button or by double-tapping the visualizer.

The app is built using React and TypeScript, leveraging Next.js for server-side rendering and routing. It utilizes Tailwind CSS for styling, providing a responsive and modern user interface. The audio processing is handled through the Web Audio API, allowing for real-time audio analysis and visualization.

Key features of the app include:
- Real-time audio visualization based on microphone input.
- Multiple visualizer types and customizable color schemes.
- Adjustable settings for sensitivity, trail effects, and particle counts.
- Preset configurations for quick access to popular visual styles.
- Fullscreen mode for an enhanced viewing experience.
- Responsive design suitable for both desktop and mobile devices.

Overall, this app provides a unique and engaging way to experience audio through visual art, making it suitable for music enthusiasts, artists, and anyone interested in audio-visual interactions.

Audio VIsualiser

This application is designed to enhance the digital presence of executives, helping them transform their online profiles into powerful tools for influence and authority. The app provides a comprehensive system tailored for C-suite leaders, focusing on strategic positioning, asset development, platform optimization, and amplification of opportunities.

Users can navigate through various sections, including a homepage that highlights the value proposition, a detailed process section outlining the four-phase transformation system, and a testimonials section showcasing success stories from previous clients. The app also features a services section that breaks down the offerings into specific packages, each designed to meet different executive needs.

To use the app, users can apply for transformation through an application form, which is prominently displayed on the homepage. The app is built using modern web technologies, including TypeScript and React, ensuring a responsive and interactive user experience. It utilizes Tailwind CSS for styling, providing a clean and professional design that aligns with the branding of executive presence.

Key features of the app include:
- A structured site map that outlines the navigation and page hierarchy.
- Scroll logic that guides users through an emotional journey from identifying their problems to presenting solutions.
- User flows tailored to different traffic sources, ensuring that the experience is optimized for both cold and warm leads.
- Modular section goals that define the objectives and key components for each part of the website.
- A design system that includes typography, color palettes, and component showcases, ensuring consistency across the application.

Overall, this app serves as a vital resource for executives looking to enhance their digital footprint and leverage their online presence for greater professional opportunities.

Productized service website

The app is a comprehensive digital marketing platform designed to streamline workflow and enhance productivity for teams and businesses. It serves as an all-in-one solution, integrating features typically found in tools like Linear, Jira, Slack, and Notion.

Users can navigate the app through a user-friendly interface that includes a header with links to various sections such as features, testimonials, and pricing. The app showcases its key features, including task management, real-time collaboration, team communication, and an analytics dashboard, all aimed at improving team efficiency and project tracking.

To use the app, users can sign up for a free trial, explore the features, and choose a pricing plan that suits their needs. The app offers three pricing tiers: Basic, Pro, and Enterprise, each with varying levels of access and support. Users can also view testimonials from satisfied customers, highlighting the app's effectiveness in enhancing productivity and workflow.

The app is built using modern web technologies, including TypeScript, React, and Next.js, ensuring a responsive and dynamic user experience. It employs Tailwind CSS for styling, providing a clean and visually appealing interface. The app also incorporates animations and transitions using Framer Motion, enhancing user engagement.

Key features of the app include:
- Task Management: Organize and prioritize tasks effectively.
- Real-time Collaboration: Work seamlessly with team members in real-time.
- Team Communication: Built-in messaging to keep teams connected.
- Analytics Dashboard: Track progress and gain insights through powerful analytics.
- Multiple Pricing Plans: Flexible options to cater to different business needs.
- Testimonials: Real user feedback showcasing the app's impact on productivity.

Overall, the app aims to empower teams and businesses by providing a centralized platform for managing projects, enhancing communication, and driving growth through effective marketing strategies.

This application is a hospital management system specifically designed for Intensive Care Units (ICUs). It provides a comprehensive platform for managing patient data, monitoring bed availability, and generating reports on patient outcomes and device usage.

The app features a user authentication system that allows users to log in with their credentials. Once authenticated, users can access various functionalities, including a dashboard that displays key statistics about the ICU, such as bed occupancy rates, average length of stay, and the number of patients on mechanical ventilation or receiving noradrenaline.

Users can manage patient records, including personal information, medical history, and current treatment details. The application allows for the addition and editing of patient data through a user-friendly form interface. It also includes features for tracking medical devices used by patients, daily goals for patient care, and the ability to import patient data from external files such as Excel or PDF.

The technology stack includes TypeScript and React for the frontend, leveraging the Next.js framework for server-side rendering and routing. The application utilizes context API for state management, particularly for user authentication, and employs various UI components for a consistent user experience.

Key features of the app include:
- User authentication with login and logout functionality.
- A dashboard displaying real-time statistics and patient information.
- Patient management capabilities, including adding, editing, and viewing patient records.
- Monitoring of bed availability and patient status.
- Daily goals tracking for patient care.
- Import functionality for bulk patient data entry from files.
- Automatic updates for system data and patient statuses.

Overall, this application aims to streamline the management of ICU operations, enhance patient care, and provide valuable insights through data analysis and reporting.

The app is a comprehensive language learning platform designed specifically for Korean language learners. It utilizes artificial intelligence to provide personalized learning experiences, real-time feedback, and predictive analytics to enhance the user's language acquisition journey.

Users can engage with various features, including interactive lessons, conversation practice with AI, vocabulary management, and progress tracking. The app offers a dashboard that displays learning predictions based on user data, including skill predictions, course completion forecasts, and mastery assessments. Users can also receive tailored recommendations to focus on areas needing improvement.

To use the app, users can create an account, select their learning goals, and begin their journey through structured courses that cater to different proficiency levels: beginner, intermediate, and advanced. The app includes a variety of learning materials, such as quizzes, conversation scenarios, and grammar exercises, allowing users to practice and reinforce their skills.

The app is built using modern web technologies, including TypeScript and React, ensuring a responsive and user-friendly interface. It employs a robust backend service to handle data predictions and user interactions, providing a seamless experience across devices.

Key features of the app include:
- Personalized learning paths based on user performance and preferences.
- Real-time conversation practice with AI, simulating real-life interactions.
- Detailed analytics on learning progress, including accuracy and fluency metrics.
- Vocabulary management tools that allow users to add, review, and track their vocabulary.
- A community aspect where users can share experiences and motivate each other.
- Gamification elements, such as badges and achievements, to enhance user engagement.

Overall, the app aims to create an effective and enjoyable learning environment for users to improve their Korean language skills through innovative technology and personalized support.

Korean Study App

This application is a portfolio website designed for Kcee Aniochie, a Product and Interactive Designer based in Lagos, Nigeria. The app showcases Kcee's work, skills, and experience in a visually engaging manner, utilizing modern web technologies to create an interactive user experience.

Users can navigate through various sections of the portfolio, including featured projects, work showcases, testimonials, and an about section. The app employs a responsive design, ensuring accessibility across different devices. Key features include animated text, custom cursors, and a dynamic testimonial section that allows users to cycle through client reviews.

The application is built using Next.js, a React framework that enables server-side rendering and static site generation. It leverages TypeScript for type safety and Framer Motion for animations, enhancing the overall user experience. The styling is managed with Tailwind CSS, providing a utility-first approach to design, which allows for rapid and responsive styling.

To use the app, users can simply visit the website, where they will find a clean and modern interface. They can explore Kcee's projects, read testimonials from clients, and learn more about Kcee's background and skills. The app also includes social media links for users to connect with Kcee on various platforms.

Overall, this portfolio app serves as a comprehensive showcase of Kcee Aniochie's design capabilities, combining aesthetic appeal with functional design to create an engaging user experience.

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This application is a comprehensive platform designed for Weather Land Groups India Pvt Ltd, focusing on sustainable business solutions across various sectors, including real estate, recycling, spices, beverages, and construction. The app serves as a hub for connecting businesses with nature-conscious solutions and sustainable practices.

Users can navigate through different sections of the app, including an admin dashboard for managing content, media, products, and advanced settings. The admin dashboard features a user-friendly interface with tabs for easy access to various management functionalities. Key features include content management for updating website text and images, media management for handling files, and product management for overseeing listings and inventory.

The app is built using TypeScript and React, leveraging Next.js for server-side rendering and routing. It utilizes a modular component structure, allowing for reusable UI elements such as buttons, cards, and forms. The application also incorporates Tailwind CSS for styling, ensuring a responsive and visually appealing design.

Users can interact with the app by searching for listings, filtering categories, and managing their accounts through a secure authentication process. The app supports user registration and login via mobile or email, with OTP verification for added security. Additionally, it provides a payment gateway for users to select and purchase business plans, with options for credit/debit card payments, UPI, and net banking.

Overall, the app aims to facilitate sustainable business practices while providing a seamless user experience for both customers and administrators. Key features include:

- Admin dashboard for managing content, media, and products.
- User authentication with mobile and email login options.
- Payment processing for business plans.
- Search and filter functionalities for easy navigation.
- Responsive design for optimal viewing on various devices.

Weather land groups website

The SkinDetect app is an advanced AI-powered platform designed for the detection and analysis of skin diseases. It serves both healthcare professionals and patients by providing accurate identification of various skin conditions, along with personalized treatment recommendations and expert support.

To use the app, users can upload images of their skin conditions for analysis. The app employs sophisticated AI algorithms trained on a vast database of dermatological images to deliver results. Users can also interact with an AI chatbot for instant answers to their questions about skin health, symptoms, and treatments.

The app is built using modern web technologies, including TypeScript, React, and Next.js, with styling provided by Tailwind CSS. It features a responsive design that adapts to different screen sizes, ensuring a seamless experience across devices. The app also incorporates accessibility best practices and is compliant with HIPAA regulations to ensure user privacy and data security.

Key features of the SkinDetect app include:
- AI-driven skin disease detection with high accuracy.
- A user-friendly interface for uploading images and receiving analysis results.
- An AI chatbot for real-time support and information.
- Detailed information on various skin conditions, including symptoms, causes, and treatment options.
- A dashboard for tracking skin health, analysis history, and upcoming appointments.
- Educational resources and guidelines for taking effective skin images.
- Compliance with privacy regulations to protect user data.

Overall, SkinDetect aims to empower users to take control of their skin health through technology, providing valuable insights and support for managing skin conditions effectively.

This app is a real-time departures dashboard for Berlin's public transport system, specifically designed to provide users with up-to-date information on various transport stops and their respective departures. The application allows users to search for specific transport stops, view departure times, and access detailed trip information.

To use the app, users can start by entering a stop name or ID in the search bar. The app will display a list of matching stops, from which users can select a specific stop to view its departure information. Each stop page includes details such as the next departures, delays, and platform information. Users can also navigate back to the main page or refresh the departure list.

The app is built using modern web technologies, including TypeScript, React, and Next.js for the frontend, and it utilizes Tailwind CSS for styling. The app fetches data from the BVG (Berliner Verkehrsbetriebe) API to retrieve real-time transport information, ensuring that users receive the most current data available.

Key features of the app include:
- A search functionality that allows users to find transport stops by name or ID.
- Real-time updates on departures, including any delays and platform information.
- A visually appealing interface with responsive design, ensuring usability across different devices.
- Detailed trip information, including stopovers and occupancy levels.
- The ability to open stop locations in Google Maps for navigation.

Overall, this app serves as a comprehensive tool for users to navigate Berlin's public transport system efficiently, providing essential information at their fingertips.

slider with steps

This application is a simple chatbot built using Next.js, the Vercel AI SDK, and Groq. It provides a user-friendly interface for interacting with an AI assistant, allowing users to send messages and receive responses in real-time.

To use the app, users can type their messages into an auto-resizing text area at the bottom of the screen. The chatbot processes the input and displays the conversation history above the input area. Users can submit their messages by pressing the "Enter" key or by clicking a submit button. If the AI is processing a response, a typing indicator will be shown to inform users that the assistant is generating a reply.

The app is built using several technologies, including TypeScript, React, and Tailwind CSS for styling. It leverages the Next.js framework for server-side rendering and routing, and it utilizes the Vercel AI SDK to handle AI interactions. The application also implements a theme provider to support light and dark modes, enhancing the user experience.

Key features of the app include:
- An auto-resizing text area for message input, which adjusts its height based on the content.
- A message list that displays the conversation history, with distinct styles for user and assistant messages.
- A typing indicator that appears while the AI is generating a response.
- Error handling that provides feedback to users in case of connection issues or if the AI service runs out of credits.
- A retry mechanism that allows users to attempt to resend messages if an error occurs.

Overall, this chatbot application serves as a foundational template for developers looking to create interactive AI-driven experiences.

The Oceania Bank app is a modern banking solution designed to provide users with a comprehensive suite of financial services. It allows users to manage their accounts, perform transactions, and access various banking features through a user-friendly interface.

To use the app, users can register for an account by providing their personal information, including name, email, and password. Once registered, users can log in to access their dashboard, where they can view account balances, transaction history, and manage their finances. The app supports both personal and business banking, offering features such as savings accounts, credit cards, personal loans, and mortgages.

The app is built using Next.js, a React framework, and utilizes TypeScript for type safety. It employs Prisma as an ORM for database interactions with a PostgreSQL database, ensuring efficient data management. The user interface is styled using Tailwind CSS, providing a responsive and visually appealing design. The app also integrates NextAuth for authentication, allowing users to log in using credentials or third-party providers like Google.

Key features of the Oceania Bank app include:

1. **Account Management**: Users can create and manage multiple accounts, including checking and savings accounts.
2. **Transaction Processing**: Users can perform deposits, withdrawals, and transfers between accounts, with real-time updates on their transaction history.
3. **KYC Verification**: Users can upload necessary documents for identity verification, which are reviewed by the bank's compliance team.
4. **Admin Dashboard**: Admin users have access to a dedicated dashboard for managing users, accounts, and transactions, including the ability to approve or reject KYC verifications.
5. **Responsive Design**: The app is designed to work seamlessly on various devices, ensuring a consistent user experience.
6. **Theme Toggle**: Users can switch between light and dark themes for a personalized interface.
7. **Security Features**: The app implements advanced security measures, including encryption and multi-factor authentication, to protect user data.

Overall, the Oceania Bank app aims to simplify banking for its users while providing robust features and a secure environment for managing finances.

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

Og Card

The Poker Cash Manager app is designed to help users manage their poker cash game sessions efficiently. It provides a comprehensive interface for tracking player profiles, session statistics, cash movements, and chip inventory, making it a valuable tool for both casual and serious poker players.

To use the app, users can create a new session by providing a name and then add players to that session. The app allows users to record buy-ins, cash-outs, and payments for each player, as well as manage tables and track cash movements. Users can also configure chip types and perform chip recounts to ensure accurate inventory management. The app features a dashboard that displays key statistics, including active sessions, total buy-ins, cash-outs, and the current balance.

The app is built using modern web technologies, including React for the user interface, Next.js for server-side rendering and routing, and Zustand for state management. It utilizes Tailwind CSS for styling, ensuring a responsive and visually appealing design. The app is deployed on Vercel, allowing for seamless updates and performance optimization.

Key features of the Poker Cash Manager app include:
- User-friendly dashboard for managing poker sessions and players.
- Ability to create and finalize sessions with detailed statistics.
- Support for recording transactions such as buy-ins, cash-outs, and payments.
- Dynamic management of player profiles and tables.
- Chip inventory management with configuration and recount capabilities.
- Responsive design that works well on both desktop and mobile devices.
- Integration with external libraries for enhanced functionality, such as form validation and toast notifications.

Overall, the Poker Cash Manager app is a robust solution for poker enthusiasts looking to streamline their cash game management processes.

Poker cash manager

This application is an e-commerce platform designed for automotive parts, allowing users to find and purchase parts compatible with their vehicles. The app features a user-friendly interface that guides users through selecting their vehicle's make, model, and year to ensure they find the right parts.

To use the app, users can start by selecting their vehicle through a multi-step form that includes options for make, model, and year. Once the vehicle is selected, users can browse compatible parts, add them to their cart, and proceed to checkout. The app also includes features for managing the shopping cart, applying promo codes, and viewing order summaries.

The application is built using TypeScript and React, leveraging Next.js for server-side rendering and routing. It utilizes various UI components for a consistent design, including buttons, cards, and dropdowns. The app also incorporates state management through React's context API to handle the shopping cart functionality, allowing users to add, remove, and update items in their cart seamlessly.

Key features of the app include:
- Vehicle selection process to filter parts by make, model, and year.
- A shopping cart that allows users to manage their selected items, including quantity adjustments and item removal.
- A checkout process that calculates totals, including shipping and tax, and allows for secure payment processing.
- The ability to apply promo codes for discounts on orders.
- A responsive design that adapts to different screen sizes, ensuring a smooth user experience on both desktop and mobile devices.
- Theme toggle functionality to switch between light and dark modes.

Overall, this application provides a comprehensive solution for users looking to purchase automotive parts online, with a focus on compatibility and ease of use.

Car parts e-commerce

testimonial section with magnetic-line background

Magnetic Testimonials

QUANTUM COMPUTING SOFTWARE

QUANTUM COMPUTING SOFTWARE

The app is a comprehensive fixed asset management tool designed to help users manage their assets, track depreciation, and generate tax-related reports. It provides a user-friendly interface for entering and editing asset details, including acquisition dates, cost basis, and depreciation methods. Users can also view asset history, manage documents related to each asset, and record asset disposals.

To use the app, users can navigate through various sections such as the dashboard, asset management, reports, and settings. The dashboard provides an overview of total assets, cost basis, and year-to-date depreciation. Users can add new assets, edit existing ones, and view detailed information about each asset, including depreciation schedules and tax implications.

The app is built using modern web technologies, including TypeScript, React, and Next.js, with a focus on responsive design and accessibility. It utilizes libraries such as Recharts for data visualization and Radix UI for accessible components. The styling is managed with Tailwind CSS, ensuring a consistent and visually appealing user experience.

Key features of the app include:
- Asset management: Users can add, edit, and delete assets, as well as view detailed information and history for each asset.
- Depreciation tracking: The app calculates and displays depreciation schedules based on various methods, including MACRS and ADS.
- Tax reporting: Users can generate reports for tax purposes, including Form 4562 and depreciation schedules, with the ability to preview and export these reports.
- State adjustments: The app allows users to configure state-specific tax adjustments and view their impact on asset depreciation.
- User settings: Users can manage their account settings, including company information and preferences for notifications and themes.

Overall, the app serves as a powerful tool for businesses and individuals looking to efficiently manage their fixed assets and ensure compliance with tax regulations.

Tea Farm Integration Tool for Identifying Nitrogen Fixing Crops

Nitrogen Fixing Farm Map

The app is called VideoMetrics.ai, an advanced video analytics platform designed to transform video data into actionable business intelligence. It provides users with tools to analyze video content, monitor customer behavior, and optimize operational efficiency across various industries, including retail, restaurants, and gas stations.

To use the app, users can sign up for an account and connect their video sources, such as CCTV cameras or cloud storage. The onboarding process guides users through selecting analysis templates, configuring metrics, and reviewing their setup before launching their analysis. The app features a user-friendly dashboard that displays real-time analytics, historical trends, and alerts.

The app is built using modern web technologies, including TypeScript, React, and Next.js, ensuring a responsive and interactive user experience. It leverages libraries like Recharts for data visualization and Lucide for icons, enhancing the overall aesthetic and functionality.

Key features of VideoMetrics.ai include:
- Real-time analytics for monitoring queue lengths, foot traffic, and customer behavior.
- Customizable metrics and alerts tailored to specific business needs.
- Integration with various video sources, including IP cameras and cloud storage.
- Comprehensive reporting and visualization tools to present data insights clearly.
- AI-powered insights that provide recommendations based on video data analysis.
- A seamless onboarding experience that helps users set up their analysis quickly and efficiently.

Overall, VideoMetrics.ai aims to empower businesses with the insights they need to make data-driven decisions and improve customer experiences.

Easily complete common domains and catch misspellings before submitting them.

Smoooth Email Validation

This application is a customizable dialog component built using React and TypeScript, leveraging the Framer Motion library for animations. The primary function of the app is to provide a visually appealing modal dialog that can be easily integrated into other applications.

Users can interact with the dialog through a demo interface that allows them to customize various properties, including the animation style, backdrop color, and whether the backdrop should have a blur effect. The dialog supports multiple animation types such as fade, zoom, slide, flip, rotate, bounce, and elastic, which can be selected from a dropdown menu.

To use the app, developers can import the `AnimatedDialog` component into their projects. The dialog can be controlled programmatically through a reference, allowing it to be opened or closed based on user actions. The demo interface includes options to set the animation duration, enable or disable the ability to dismiss the dialog, and stagger the animations of child components.

The key technologies involved in this application include React for building the user interface, TypeScript for type safety, and Framer Motion for handling animations. The app also utilizes a set of UI components from a library called shadcn/ui, which provides a consistent design language.

Key features of the app include:
- Customizable animation styles for the dialog.
- Options to change the backdrop color and apply a blur effect.
- Control over the dialog's dismissal behavior, including a "force modal" option that prevents closing.
- Support for staggered animations for child components within the dialog.
- A user-friendly demo interface for testing and showcasing the dialog's capabilities.

Overall, this application serves as a flexible and visually engaging solution for implementing modal dialogs in web applications.

Animated dialog component

The app is an interactive animation demo that showcases smooth animations and transitions using the Framer Motion library. It is designed to demonstrate various animation techniques, including staggered animations, hover effects, and a draggable badge component that simulates physics-based movement.

To use the app, users can simply load it in a web browser. The main interface features a hero section with a title and description, followed by animated cards that display staggered animations. Users can interact with the badge by dragging it around the screen, and they can replay the animations by clicking a dedicated button.

The app is built using TypeScript and React, leveraging the Framer Motion library for animations. It also utilizes custom hooks for mobile detection and physics-based animations, ensuring a responsive design that adapts to different screen sizes. The app employs CSS for styling, utilizing Tailwind CSS for utility-first design.

Key features of the app include:
- A hero section that introduces the animation demo.
- Animated cards that showcase staggered entrance effects.
- A draggable badge that simulates physics-based movement, including gravity and bounce effects.
- A replay button that allows users to restart the animations.
- Responsive design that adjusts layout and interactions based on whether the user is on a mobile or desktop device.

Overall, the app serves as a practical demonstration of animation techniques and responsive design principles, making it a useful tool for developers interested in enhancing their skills in these areas.

Event Badge Animation

ITS YA BOY SHOWERHEAD HERE WITH ANOTHER HOT COMPONENT

It does all that bleow I guess but I just forked something else here and stopped making it use svg

```
This application is a visual demonstration tool for creating and manipulating animated data flow diagrams. It allows users to design custom networks by defining nodes and connections, which can represent various data processing or communication scenarios. The app is built using TypeScript and React, leveraging modern web technologies to provide an interactive user experience.

To use the app, users can create nodes that represent different components in a data flow, such as inputs, processors, and outputs. Each node can be assigned an icon and positioned on a grid. Users can also define connections between these nodes, which visually represent the flow of data. The nodes are draggable, allowing users to rearrange the layout dynamically. The application provides several predefined examples, including a simple data processing pipeline and a communication network, which users can explore and modify.

Key features of the app include:
- Customizable nodes and connections, allowing for a variety of configurations.
- Drag-and-drop functionality for nodes, enabling users to easily rearrange their layouts.
- Animated connections that visually represent data flow, enhancing the understanding of the network structure.
- Responsive design that adapts to different screen sizes, ensuring usability across devices.
- A library of service icons to visually represent different types of nodes, improving the clarity of the diagrams.

Overall, this application serves as a powerful tool for visualizing and understanding complex data flows in a user-friendly manner.
```

Fork of Animated Beam

This app is a user interface component designed for selecting programming frameworks and languages, featuring a custom select dropdown with search functionality. It allows users to easily choose from a predefined list of frameworks and languages, enhancing the user experience by providing a searchable interface.

To use the app, users can interact with the dropdown menus to select their preferred framework and programming language. The app includes a custom select component that allows users to search for frameworks by typing in a search box, making it easier to find specific options among a long list. Additionally, users can open a dialog form to configure their project settings, where they can select a framework, a programming language, and even specify a custom framework using the custom select component.

The app is built using TypeScript and React, leveraging various libraries and components such as Lucide for icons, React Hook Form for form management, and Zod for schema validation. The UI components are styled using a utility-first CSS approach, ensuring a responsive and visually appealing design.

Key features of the app include:
- A searchable dropdown for selecting frameworks, allowing users to quickly find their desired option.
- A dialog form that facilitates the selection of both frameworks and programming languages, with validation to ensure required fields are filled.
- The ability to specify a custom framework through a dedicated select component.
- User feedback through toast notifications upon form submission, displaying the selected values in a structured format.

Overall, this app provides a streamlined and efficient way for developers to configure their project settings with a focus on usability and accessibility.

Shadcn dialog form