InsuranceDAO.World Docs
  • Introduction
    • 💡1.1 Overview
    • ✨1.2 Why InsuranceDAO.World?
    • 🔎1.3 Key Features at a Glance
    • 🦾1.4 Core Outcomes & Vision
    • 📚1.5 Reader’s Guide
  • The DAO & AI Vision
    • 2.1 A Real DAO Insurance: Secure Collaboration
    • 2.2 Powered by Advanced Algorithms & AI
      • 2.2.1 Real-Time Market Intelligence
      • 2.2.2 Lagrange Optimization in a Nutshell
  • Zorro NFT: The Core of DAO Insurance
    • 🥷3.1 Overview of Zorro NFTs
    • ⚔️3.2 The Superpowers of Your Zorro NFT
    • 🗺️3.3 Three-Phase Evolution: Unlock Greater Power
    • ⚓3.4 Genesis V1: Unlock Exclusive Benefits
    • 🌎3.5 The Zorro Network and Its Connection to Verified Nodes
    • ⛵Summary
  • Verified Nodes – The Backbone
    • 4.1 Empowering Decentralized Coverage: Key Functions
    • 4.2 Types of Verified Nodes: Tailored Coverage for Every Need
    • 4.3 Why Verified Nodes Matter
    • Summary
  • Developer Integration with InsuranceDAO.World
    • 5.1 Introduction to Developer Integration
    • 5.2 Developer Setup and Prerequisites
    • 5.3 Submit DApp to InsuranceDAO.World
    • 5.4 Purchase Verified Node
    • 5.5 Smart Contract Explanation
    • 5.6 Participating in the Insurance Ecosystem
    • 5.7 How to Purchase an InsuranceDAO.World Node
  • InsuranceDAO.World Architecture
    • ⛓️6.1 Core Components
    • 💻6.2 Workflow & Process Flow
  • Plug Into InsuranceDAO
    • 🔧7.1 Core Functionalities
    • 🖲️7.2 Integration Flow
  • Insurance-Ready NFT Launchpad
    • 🪩8.1 Key Features
    • 🧬8.2 Lifecycle of an Insurance-Ready NFT
  • Tokenomics
    • 9.1 Arrow (ARR) Token
    • 9.2 arrUSD Token
    • 9.3 Arrow-Debreu Securities Model and Mathematical Framework
    • 9.4 Back Asset Custody
  • Extensive Risks
    • *️10.1 Market Risks
    • 10.2 Counterparty Risks
    • 10.3 Insurance-Backed NFTs: Clarification
    • 10.4 Collateralization Risks
    • 10.6 User Risks
    • 10.7 Risk Mitigation Strategies
  • Privacy Policy
    • 11.1 Information We Collect
    • 11.2 Geographical Restrictions and Regulatory Compliance
    • 11.3 How We Use Your Information
    • 11.4 Data Sharing and Disclosure
    • 11.5 Data Security
    • 11.6 Your Rights and Control Over Your Data
    • 11.7 Changes to This Privacy Policy
  • Terms of Service
    • 12.1 General Terms
    • 12.2 Platform Usage
    • 12.3 User Responsibilities
    • 12.4 Limitation of Liability and Disclaimers
    • 12.5 Termination and Suspension
    • 12.6 Governing Law
    • 12.7 Regional Restrictions and Compliance
    • 12.8 Miscellaneous
  • Conclusion and Next Steps
    • 13.1 Key Takeaways
    • 13.2 What’s Next?
    • 13.3 Get Involved
    • 13.4 Thank You
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  1. InsuranceDAO.World Architecture

6.2 Workflow & Process Flow

Previous6.1 Core ComponentsNext7.1 Core Functionalities

Last updated 4 months ago

The workflow of InsuranceDAO.World is designed to be transparent, efficient, and automated. Here’s an overview of how the platform operates:

1. Registering DApps for Insurance Coverage

1. DApp Registration: Developers submit their DApps for insurance coverage by interacting with InsuranceDAO smart contracts.

2. Smart Contract Execution: The smart contract registers the DApp and links it to an appropriate Verified Node, providing the DApp with coverage.

2. Staking in Insurance Pools

1. Node Purchase: DApp developers or users can purchase Verified Nodes by staking assets (via the Zorro NFTs or ARR tokens) into specific insurance pools.

2. Premiums Calculation: Premium rates are dynamically adjusted based on market conditions and AI-driven risk modeling. The platform uses Lagrange Optimization to ensure a fair balance between premiums and coverage.

3. Claims Verification & Payouts

1. Event Detection: Oracles monitor real-world data to detect covered events, such as a DeFi exploit, stablecoin depeg, or NFT theft.

2. Claim Submission: When a covered event occurs, affected users can submit claims, which are verified through decentralized oracles.

3. Smart Contract Execution: Once the claim is validated, the smart contract executes an automatic payout from the insurance pool to the claimant’s wallet.

4. Insurance Governance

1. DAO Participation: Zorro NFT holders and ARR token holders participate in DAO governance to vote on important issues like premium adjustments, node creation, and platform upgrades.

2. Voting: The community-driven approach ensures that the system remains decentralized, fair, and transparent.

5. Continuous Optimization & AI

1. Risk Model Adjustment: The platform uses AI-powered risk modeling to continuously adjust premiums and coverage terms based on real-time market data.

2. Lagrange Optimization: Lagrange Optimization ensures that premium rates and coverage balances remain optimal for both buyers and insurers, with adjustments made automatically as market conditions evolve.


The architecture of InsuranceDAO.World is built around key components that work together to create a decentralized, secure, and automated insurance platform. Verified Nodes, smart contracts, oracles, and NFT-based governance ensure that the system remains transparent, adaptable, and scalable. By automating the entire insurance process, the platform offers dynamic coverage for DeFi protocols, NFTs, and real-world assets, while providing users with the ability to participate in insurance pools and DAO governance.

In the next chapter, we will dive deeper into how developers can plug into the platform and integrate their DApps with InsuranceDAO.World.

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