Project Planning
  • Stewardship Fractalization
  • Project Roadmap
  • System Architecture Design
  • Blockchain, Smart Contracts, Tokens and DAOs
  • Generative AI (ChatGPT, ClaudeAI)
  • Build stewardship fractalization dApp on Blockchain
  • Tokens and Smart Contract Designs
  • User Stories
  • MVPs
  • Project's Product Market Fit Analysis
  • Workshop
  • Project Kickoff Agenda
  • Data Science and Machine Learning
  • Stewardship Assistance Request
  • Workshop 1: Writing and Deploying Smart Contracts
  • Workshop 2: Consuming Data Feeds
  • Workshop 3: ChatGPT with RAG (Retrieval-Augmented Generation)
  • Workshop 4: Build OpenAI Virtual Assistant
  • Workshop 5: Build AutoGen Collaborative Autonomous Agents
  • Workshop 6: Connecting the World's APIs to Web3 using Chainlink Functions
  • Stewardship Profile and Collaboration Modeling
    • Examples of organizational profiles
    • Comprehensive Stewardship Profile
  • Steward Profiles Classification
  • Data Collection for Steward Profiles Classification
  • Collaboration modeling
  • Data Collection Methodology for Steward Profile Data
  • Generative AI: Scraping
  • Front End Design and Development (Work In Progress)
  • Tokenomics
  • V2 DRAFT Project Plan
  • Project Planning
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Build stewardship fractalization dApp on Blockchain

Here are some steps to build a decentralized app (dApp) to enable stewardship fractalization on the blockchain:

  1. Design steward profiles as customizable smart contracts that organizations can publish, detailing their missions, skills, resources, pledges, etc.

  2. Build a web interface for stewards to easily create and publish profile contracts to the blockchain.

  3. Implement notifications using blockchain events - when a relevant profile is published, notify aligned stewards.

  4. Use AI algorithms to continuously cluster published profiles based on complementarity, surfacing potential partnerships.

  5. Create fractalization proposal templates that stewards can send to each other to split/share responsibilities.

  6. Incorporate stewardship tokens that stewards earn by fulfilling pledges and collaborating.

  7. Develop a prediction market for stewards to vote on optimal fractalization strategies as needs change.

  8. Create visualization dashboards to illustrate the evolving stewardship landscape and fractalization patterns.

  9. Analyze simulation data to recommend productive stewardship configurations for different scenarios.

  10. Build decentralized governance mechanisms for collective decision making around emerging issues.

The key components are profiles to transparently map stewardship capabilities, AI/data analytics to identify symbiotic relationships, tools to facilitate fractalization, and decentralized governance - all enabled by blockchain and smart contracts. This allows "fractalization as a service" for biodiversity stewardship!

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Last updated 1 year ago