dappOS
  • dappOS
    • 👋Introduction
    • 📖Background and Problem Statement
      • Problem
      • Introduction to Intent
      • Current Intent-based Systems and Their Limitations
    • 💡How dappOS works
      • Optimistic Minimum Staking
      • Participants in dappOS Network
      • Workflow of dappOS Network
    • Intent Task Frameworks
      • Unified Account
      • Intent-centric dApp Interaction
      • Intent Assets
        • Scenarios
        • How Intent Asset works
      • Intent EX
    • 🔑Innovations of dappOS
      • Generalizability of Intent Tasks
      • Expanded Search Space for Service Provider Solutions
      • Enhanced Capital Efficiency for Service Providers
      • Guaranteed Execution Speed
      • Security with Scalability
    • 🌎Looking Ahead: A World with dappOS
    • 👷Developer Guides
      • Base URL
      • Versioning
      • Health
      • Node Services
      • Query Order
      • Submit Order
      • Get Pending Orders
      • Filter Node
    • 🛡️Security
      • External Audits
      • Bug Bounty
      • Withdraw Delay
    • Support
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  • User autonomy
  • Decentralized Validation
  1. dappOS

Security

User autonomy

In the dappOS execution network, each user has their own unified account. No role other than the user themselves can control or authorize any assets within the unified account. Advanced users can programmatically separate control permissions and enjoy services such as delegated execution.

The team retains the authority to add or remove interoperable public chains, but the chains where abstract accounts are deployed will always remain supported. This means that even if all roles in the dappOS intent execution network cease to operate, users can still directly interact with public chains to control their accounts and assets.

Decentralized Validation

The execution of Custom Value-Specific tasks operates through a market mechanism, and the supervision of the execution results is a decentralized process involving execution validators in the dappOS Intent Execution Network. We employ a Game-theoretic equilibrium model and utilize slashing as a method to governance this POS system.

Anyone can raise a challenge against the execution results of a service node. If the challenge is voted through by the execution validators, anyone can participate in the liquidation and earn the service node's collateral.

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Last updated 8 months ago

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