Liqui Documentation v1.1
  • πŸ“OVERVIEW
    • Introduction
    • Mission
    • Vision
  • πŸ‘¨β€πŸ’»BUILT ON MEGAETH
    • Built on MegaETH
  • ⭐LIQUI ECOSYSTEM
    • Protocol Architecture
  • Core Features
  • Hybrid Liquidity Architecture
  • Real-Time On-Chain Execution
  • Autonomous Margin Layer
  • Intelligent Leverage Calibration
  • Smart Liquidation Logic
  • Dynamic Buyback and Burn Engine
  • AI Decentralized Marketing Assistant (ADMA)
  • πŸ“ˆTrading
    • Launchpad
    • Spot Trading
    • Margin Trading
    • Order Types
  • Order Options
  • ⏳Perpetual Futures (coming soon)
  • πŸ—ΊοΈRoadMap
    • ROADMAP
  • 🀝DAO DEVELOPMENT
    • DAO Evolution Phases
  • πŸ‘ΎSECURITY & RELIABILITY
    • Security & Reliability
  • πŸ’ΈLIQUI TOKENOMICS
    • $LIQUI Tokenomics
    • $LIQUI Allocation
    • Pre-Seed Round
    • How to Buy $LIQUI Token
  • πŸ₯½COLLABORATION
    • The future of Web3 is built through collective effort
  • πŸ”—SOCIALS
    • X
    • Discord
    • Telegram Channel
    • Blog
  • πŸ”‘OTHER
    • Terms of Use
  • Privacy Policy
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  1. SECURITY & RELIABILITY

Security & Reliability

Security and reliability are foundational design principles of the Liqui protocol. Every module β€” from trading to governance β€” is built with layered protections, real-time monitoring, and fail-safe mechanisms to ensure trust, resilience, and uninterrupted performance under all conditions.

Core Security Layers

  • Foundational Contract Security Modular smart contracts β€” isolated, rigorously audited

  • AI-Powered Anomaly Detection Identifies suspicious contract or user behavior in real time

  • Non-Custodial Architecture Users maintain full control of their assets at all times

  • Upgrade Safety Mechanism Governance-controlled upgrades secured by time locks

  • Multi-Layer Redundancy Fallback systems for core services like price feeds and liquidity routing

  • Circuit Breakers & Kill Switch Emergency logic to halt operations in the event of an exploit or protocol overload

AI in Protocol Security AI modules operate continuously at runtime to detect behavioral anomalies β€” including suspicious wallet clustering, transaction spam patterns, manipulation attempts, and unauthorized bot activity.

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Last updated 7 days ago

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