.XMFB

A Mintable Digital Identity

• State Management: [OOO]s exist as mutable data until minted, at which point they become permanent, transferable Web3 assets. Each minted [OOO] functions as a standalone, blockchain-anchored container for user content.

Decentralized Hosthome

• Function: goo.μ serves as a native host for each minted [OOO], providing a permanent, secure URL for identity docking. This structure allows [OOO]s to store content and function as portable digital profiles across Web3.

Platform Features and Technical Specifications

• Customizable, AI-Driven Identity Creation: Users leverage the DDD augmentor for infinite customization pre-minting.

• Minting and Smart Contracts: Minted [OOO]s are tokenized and managed through upgradeable smart contracts, ensuring interoperability and long-term functionality.

• Decentralized Storage and Hybrid Model: Content associated with [OOO]s is stored on IPFS, while non-essential data is centrally encrypted.

• 1. ### Project Outline for VEXO Chrome Extension

  2. **Project Name**: VEXO Chrome Extension  

  3. **Objective**: Create a 1-to-1 user interface enabling real-time video and text chat, user presence detection, push notifications, a tab queue for managing conversations, and dynamic AI-generated GIF placeholders for offline users.

  4. ### 1. **Core Functionalities and Requirements**

  5. #### 1.1. User-to-User Interface

  6.    - **Goal**: Facilitate real-time video and text chat between users.

  7.    - **Features**:

  8.      - **Single-User Initiation**: MEM is the initial user with the ability to send invites.

  9.      - **Presence Detection**: See if invited users have the extension open or closed.

  10.      - **Real-Time Chat**: Users can send and receive messages alongside video.

  11. #### 1.2. Push Notifications

  12.    - **Goal**: Ensure that offline users are notified of missed messages.

  13.    - **Features**:

  14.      - **Offline Notifications**: Send push notifications to users with the extension closed.

  15.      - **Direct Message Alerts**: Notify users of new messages or video text requests.

  16. #### 1.3. Tab Queue for Video Texts

  17.    - **Goal**: Allow users to manage multiple incoming messages.

  18.    - **Features**:

  19.      - **Tabbed Queue**: Organize incoming video texts, allowing users to accept or queue messages.

  20. #### 1.4. AI-Generated Placeholder GIF

  21.    - **Goal**: Display an engaging placeholder image when no video feed is active.

  22.    - **Features**:

  23.      - **Dynamic Placeholder**: AI-generated GIF based on the sentiment and topics of prior conversations.

  24.      - **Real-Time Analysis**: Assess conversation content to influence placeholder themes.

  25. ### 2. **Technology Stack**

  26. - **WebRTC**: For establishing and managing the peer-to-peer video and text connection.

  27. - **Firebase**: Used as the backend for:

  28.   - **Authentication**: Identify users and manage invites.

  29.   - **Firestore**: Store user statuses, session data, messages, and connection details (SDP and ICE candidates) for WebRTC.

  30.   - **Firebase Cloud Messaging (FCM)**: Handle push notifications.

  31. - **AI and Animation Services**:

  32.   - **OpenAI API** (or similar): Generate images based on conversation themes.

  33.   - **GIF Libraries** (e.g., `gif.js`): Compile generated images into animated GIFs.

  34. ### 3. **Development Phases and Steps**

  35. #### Phase 1: Set Up Basic Extension and WebRTC

  36. **Goal**: Build a simple Chrome extension with a basic UI and WebRTC setup for real-time video and chat

  37. 1. **Chrome Extension Setup**

  38.    - Create the `manifest.json` file to define permissions and actions.

  39.    - Set up `popup.html` and `popup.js` to build the interface and handle functionality.

  40. 2. **WebRTC Setup**

  41.    - Configure WebRTC for 1-to-1 video and text communication.

  42.    - Implement video elements and the data channel for text

  43. 3. **Local Video Testing**

  44.    - Test video and text functionality locally between two users.

  45. #### Phase 2: Set Up Firebase for Signaling and User Directory

  46. **Goal**: Use Firebase to facilitate signaling and manage the user directory.

  47. 1. **Firebase Configuration**

  48.    - Create a Firebase project, enable Firestore, and set up Firebase in `popup.js`.

  49. 2. **Signaling with Firestore**

  50.    - Set up Firestore to exchange SDP and ICE candidates between users.

  51.    - Implement Firestore listeners to establish and maintain the connection.

  52. 3. **User Directory and Presence Detection**

  53.    - Track users’ online/offline status with Firestore.

  54.    - Show presence status in a user directory within the extension.

  55. #### Phase 3: Push Notifications for Offline Messages

  56. **Goal**: Notify users of new messages when their extension is closed.

  57. 1. **Integrate Firebase Cloud Messaging (FCM)**

  58.    - Set up FCM in Firebase and configure it in the extension.

  59. 2. **Offline Message Handling**

  60.    - When a user is offline, save messages in Firestore and send a push notification via FCM.

  61. 3. **Push Notification Testing**

  62.    - Test push notifications for offline messages to ensure reliable delivery.

  63. #### Phase 4: Tab Queue for Video Texts

  64. **Goal**: Allow users to queue incoming video and text messages in tabs.

  65. 1. **Implement Tab Queue**

  66.    - Design a UI that supports multiple tabs within the extension.

  67. 2. **Tabbed Message Management**

  68.    - Create logic to add new messages as separate tabs for easy switching

  69. 3. **Testing Queue Functionality**

  70.    - Simulate multiple incoming messages to test tabbed queue management.

  71. #### Phase 5: AI-Generated Placeholder GIF for Offline Mode

  72. **Goal**: Display a dynamic GIF placeholder based on previous conversation content when the video feed is inactive.

  73. 1. **Conversation Analysis**

  74.    - Use sentiment analysis and keyword extraction to analyze conversation topics and moods.

  75. 2. **AI Image Generation**

  76.    - Use OpenAI or similar APIs to generate images based on conversation analysis results.

  77. 3. **GIF Creation and Display**

  78.    - Compile generated images into a GIF and display it as a placeholder when the video feed is inactive.

  79. ### 4. **Testing and Deployment**

  80. - **Testing**: Perform extensive testing on each functionality, including video, chat, notifications, tab queue, and placeholders.

  81. - **Chrome Web Store**: Package and submit the extension to the Chrome Web Store for easy access and installation.