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v0 - emmartinzok - v0 by Vercel

Emmanuel

@emmartinzok

Swe from Argentina.

Buenos Aires, Argentina

@emmartinzok

emmanuel-martinez-dev

emmanuel-martinez.dev

Activity

Showcase

The Tactical Dashboard is a web application designed for managing and monitoring tactical operations, agents, and intelligence activities. It provides a centralized interface for users to access various sections, including the Command Center, Agent Network, Operations, Intelligence, and Systems.

To use the app, users can navigate through a sidebar that allows them to switch between different sections. The sidebar can be collapsed for a more compact view. Each section contains relevant information and functionalities, such as agent status, mission details, and intelligence reports. Users can interact with various components, such as buttons for deploying agents, filtering data, and viewing detailed reports.

The app is built using React and TypeScript, leveraging modern web technologies for a responsive and dynamic user experience. It utilizes a component-based architecture, with reusable UI components for cards, buttons, inputs, and badges. The application also incorporates icons from the Lucide library for visual representation of different functionalities.

Key features of the Tactical Dashboard include:
- A collapsible sidebar for easy navigation between sections.
- A Command Center that displays an overview of agent allocation and mission activity.
- An Agent Network section for managing and monitoring field operatives, including search and filter capabilities.
- An Operations section for planning and executing missions, with detailed progress tracking.
- An Intelligence section for accessing classified reports and threat analysis.
- A Systems section for monitoring infrastructure health and performance metrics.

Overall, the Tactical Dashboard serves as a comprehensive tool for tactical operations management, providing users with the necessary insights and controls to effectively oversee their activities.

Cyberpunk dashboard design

This application is a modern web platform designed to showcase digital experiences and projects, utilizing advanced web technologies such as Next.js, React, GSAP, and Three.js. The app serves as a portfolio for a creative agency, highlighting their work in digital storytelling, interactive design, and 3D graphics.

Users can navigate through various sections, including a hero section that features an animated introduction, a portfolio showcasing selected projects, and a blog that provides insights into industry trends and techniques. The app employs a responsive design, ensuring a seamless experience across devices.

Key features of the app include:

1. **Hero Section**: A visually striking introduction that utilizes Three.js for 3D graphics and GSAP for smooth animations, creating an engaging first impression.

2. **Portfolio**: A grid layout displaying various projects, each with a brief description and an interactive link to detailed project pages. The projects are presented with hover effects and animations to enhance user engagement.

3. **Blog**: A section that features articles on topics related to digital design and development, allowing users to explore insights and trends in the industry.

4. **Smooth Transitions**: The app incorporates custom transition animations between pages using GSAP, providing a fluid navigation experience.

5. **Interactive Elements**: The use of Three.js allows for interactive 3D scenes that respond to user input, enhancing the overall user experience.

6. **Contact Form**: A dedicated contact page where users can reach out to the agency, featuring a form for inquiries.

The application is built using TypeScript and leverages various libraries and frameworks, including React for UI components, GSAP for animations, and Three.js for 3D rendering. The styling is managed with Tailwind CSS, ensuring a modern and responsive design. The app is structured to be easily maintainable and scalable, making it suitable for future enhancements and additional features.

This application is a comprehensive workflow management dashboard designed to help users monitor, manage, and analyze their automation workflows. It provides a user-friendly interface for tracking workflow performance, team collaboration, and analytics.

Users can navigate through various sections of the app, including an overview dashboard, workflows, analytics, templates, team management, and settings. The dashboard displays key performance metrics, recent activity, and quick action cards for creating new workflows or viewing errors. Users can filter and search for specific workflows, view detailed statistics, and access historical data.

The app is built using modern web technologies, including TypeScript and React, with a focus on responsive design. It utilizes libraries such as Recharts for data visualization, Lucide for icons, and a custom UI component library for consistent styling and functionality.

Key features of the app include:
- A dashboard overview with metrics on total workflows, success rates, average response times, and active users.
- A detailed workflows section where users can create, edit, and monitor the status of their automation workflows.
- Analytics capabilities that provide insights into workflow performance, including execution trends, success vs. failure rates, and error analysis.
- A templates section for users to discover and utilize pre-built workflow templates, enhancing productivity.
- Team management functionalities that allow users to manage team members, their roles, and permissions.
- Comprehensive settings for managing user profiles, notification preferences, security settings, and billing information.

To use the app, users can log in to their accounts, navigate through the sidebar to access different sections, and utilize the search functionality to find specific workflows or team members. The app is designed to facilitate efficient workflow management and enhance team collaboration.

Dashboard design requirements

FlowBuilder is an application designed to facilitate the creation of lightweight internal tools and workflows with minimal friction. It aims to provide a fast and efficient way for teams to launch and evolve their internal applications, making the development process feel seamless and unobtrusive.

To use FlowBuilder, users can navigate through a user-friendly interface that includes a landing page with clear calls to action, such as "Try FlowBuilder Free" and "Watch Demo." The app features a responsive design that adapts to both desktop and mobile devices, ensuring accessibility for all users. The navigation menu allows users to explore various sections, including product details, templates, use cases, pricing, and documentation.

FlowBuilder is built using modern web technologies, including React for the user interface, Next.js for server-side rendering and routing, and Tailwind CSS for styling. The application leverages Tailwind's utility-first approach to create a visually appealing and responsive design, with custom animations and transitions to enhance user experience.

Key features of FlowBuilder include:
- A visually engaging landing page with a dynamic video background and atmospheric effects.
- Responsive navigation that adapts to different screen sizes, including a mobile menu for easy access on smaller devices.
- Customizable themes with support for dark mode, allowing users to switch between light and dark interfaces.
- Smooth animations and transitions that improve the overall user experience.
- A focus on performance and accessibility, ensuring that the application is fast and easy to use for all team members.

Overall, FlowBuilder is designed to empower teams to create and manage their internal tools efficiently, with a focus on usability and aesthetic appeal.

Basic hero section for the v0 CLI using @paper shaders.

- pnpm i v0-cli

v0-cli-landing-page

This application is a chat interface that allows users to interact with an AI model powered by OpenAI's GPT-4. The primary function of the app is to facilitate real-time conversations, enabling users to ask questions and receive responses from the AI.

To use the app, users need to enter their queries into a text area and submit them. The app supports both keyboard input and mouse interactions, allowing users to send messages by pressing the Enter key or clicking a submit button. The chat interface is designed to be responsive, adapting to both desktop and mobile devices, ensuring a seamless user experience across different screen sizes.

The app is built using TypeScript and React, leveraging modern web technologies such as Tailwind CSS for styling and layout. It utilizes the OpenAI API to process user messages and generate responses. The application includes a dedicated API route for checking the configuration of the OpenAI API key, ensuring that users have the necessary credentials to access the AI services.

Key features of the app include:
- A user-friendly chat interface that displays messages in a conversational format.
- Real-time message streaming, allowing users to see responses as they are generated.
- Input validation to ensure that users provide their OpenAI API key before using the chat functionality.
- Automatic resizing of the text area based on user input, enhancing usability.
- Mobile optimization, including viewport height adjustments and scroll management for a better experience on smaller screens.
- Error handling and user feedback mechanisms to inform users of configuration issues or loading states.

Overall, this application serves as a practical tool for engaging with AI technology, providing a straightforward and interactive way for users to explore the capabilities of conversational AI.

The app is a dystopian-themed system control dashboard designed to provide users with real-time insights and management capabilities for a simulated environment. It features a user interface that displays various metrics, system alerts, and control options, allowing users to monitor and manage system performance effectively.

To use the app, users can navigate through different sections such as the Dashboard, Analytics, Reports, and Protocols using a header navigation bar. Each section contains specific components that present relevant information, such as statistical data, charts, logs, and control panels. Users can interact with the control panel to toggle system settings and initiate actions like purging caches or rebooting the system.

The app is built using modern web technologies, including React for the user interface, TypeScript for type safety, and Tailwind CSS for styling. It utilizes components from a UI library to create a cohesive and responsive design. The dashboard includes various components such as StatCards for displaying key metrics, ChartCards for visualizing data trends, and LogFeeds for showing system logs.

Key features of the app include:
- A responsive layout that adapts to different screen sizes.
- Real-time statistical displays with positive, negative, and neutral indicators.
- Interactive charts that visualize energy consumption patterns.
- A log feed that provides a stream of system events and alerts.
- A control panel with toggle switches for system settings and buttons for critical actions.
- A report archive that allows users to view and download various reports.
- A protocol directory that lists active and standby protocols with options to engage them.

Overall, the app serves as a comprehensive tool for monitoring and managing a simulated dystopian system, providing users with essential insights and control functionalities.

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

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

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

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

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

Takenos Hero Section

GSAP + Next.js.

GSAP animations

Create stunning visual experiences with dynamic backgrounds that feature customizable warp effects, allowing users to adjust parameters like distortion, swirl, and color schemes. Effortlessly enhance your web applications with eye-catching animations that engage and captivate your audience. Transform any interface into a vibrant canvas that reflects your unique style and creativity.