interplaynetary/free-association

AI Summary: The task is to analyze a proposed economic model called "Free Association" and its potential application to commons reproduction. This involves understanding the model's mathematical formulas for surplus distribution based on mutual recognition and contribution, then applying it to a scenario of allocating resources for social reproduction across different phases (production continuity, social deductions, and individual consumption). The goal is to assess the feasibility and implications of this model for resource allocation within a collective.

AI Summary: The task requires creating a self-hosted Gun relay with persistent storage to ensure account data remains accessible even when the original device is offline or volunteer relays are unavailable. This involves setting up a server, configuring Gun to use a persistent database (like LevelDB or similar), and potentially implementing mechanisms for account discovery across multiple relays.

AI Summary: Implement user login functionality for the Free-Association project using public and private key cryptography (SEA.decrypt) to enhance security and address the issue of non-unique aliases in GUN.

AI Summary: Implement a feature to display a clear and concise navigation path (e.g., a breadcrumb trail) within the Free Association tree visualization. This path should show the user's current location within the tree structure, allowing for easier navigation and understanding of relationships.

AI Summary: Implement read receipts for the chat functionality within the Free-Association project, similar to the implementation in the TalkFlow project. This involves adding features to track message reads and display read receipts to users.

AI Summary: Implement a share button on the Free-Association interface that allows users to easily share a pre-written message (including their username and public key) with existing contacts via their phone's messaging app. The message should include a link to the Free-Association website.

AI Summary: The task involves implementing a GitHub Actions workflow to build an iOS app bundle for a Capacitor project. This requires configuring the workflow to use Xcode and the Capacitor CLI to build the app, potentially including code signing and other iOS-specific build steps. The provided link offers a guide on how to achieve this.

AI Summary: The task involves setting up a GitHub Actions workflow to build an Android app bundle for a Capacitor project. This requires configuring the workflow to use the necessary Android build tools and Capacitor commands, and potentially handling dependencies and signing configurations. The provided link offers a guide on how to achieve this.

AI Summary: The task involves adapting the existing Free-Association web application, built using Gun.js, into a cross-platform mobile app for iOS and Android using Capacitor. This requires investigating how to dynamically configure Gun.js within the Capacitor framework and potentially adapting the user interface for mobile devices.