CrediX
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  • Introduction
    • 💥What is CrediX?
    • ⚙️Why CrediX?
    • 👮Who is it For?
  • How CrediX Works
    • 🆚Aggregator vs Optimizer
    • 🌆Lending Aggregation Flow
    • 🟤Borrowing Aggregation Flow
    • ⚛️Dynamic Routing & Auto-Rebalancing
  • Core Features
    • 📃Lending Aggregator
    • 🚀Borrowing Optimizer
  • 🛳️Auto-Rebalancing Engine
  • User Guides
  • 🧊For Passive Yield Seekers
    • How to Deposit
  • 📚For Active Debt Managers
    • How to Borrow
    • Managing Collateral
  • Protocol Architecture
    • 📰Smart Contract Overview
    • 🥨Protocol Adapters
    • 📅Rate Oracle Logic
  • Tokenomics
    • Tokenomics
    • 💲$CREDIT Points
  • Security
    • 📄Audit Reports
    • 🔁Risk Mitigation Strategies
  • community
    • Website
    • Telegram
    • Twitter
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On this page
  • Layered Defense for Capital Safety and Protocol Resilience
  • 1. Protocol Risk Assessment
  • 2. Rate Volatility Filters
  • 3. Utilization and Liquidity Checks
  • 4. Collateral and LTV Management
  • 5. Monitoring & Alerts
  • 6. Permissionless Audit & Transparency
  1. Security

Risk Mitigation Strategies

Layered Defense for Capital Safety and Protocol Resilience

In the dynamic and sometimes volatile world of DeFi, risk is unavoidable — but it can be managed. At CrediX, we've built a robust, multi-layered framework for identifying, minimizing, and responding to both technical and financial risks.

This section outlines the core strategies we use to ensure the safety and efficiency of the protocol across all operational layers.


1. Protocol Risk Assessment

Before integrating any external protocol we perform a detailed due diligence process covering:

  • Smart contract audits

  • Historical uptime and exploits

  • Liquidity profile

  • Oracle dependency

  • Governance centralization/decentralization

  • TVL (Total Value Locked) behavior over time

Only protocols that pass a minimum risk score threshold are eligible for adapter integration.


2. Rate Volatility Filters

CrediX continuously tracks APY and APR fluctuations through the Rate Oracle. To avoid whiplash from short-term volatility:

  • We apply rate smoothing and moving averages to calculate effective rates.

  • Rebalancing is only triggered if rates surpass a minimum delta threshold (e.g., 0.25%).

  • Sudden rate spikes or drops are flagged and deprioritized until stable.

This ensures that optimization decisions are based on sustained trends — not noise.


3. Utilization and Liquidity Checks

Each protocol’s utilization rate and available liquidity are monitored in real-time:

  • If utilization exceeds a risk-defined cap (e.g., 90%), the protocol is paused for new deposits or borrows.

  • Liquidity thresholds prevent routing funds into markets that may lock assets due to low availability.

This helps avoid stuck positions or failed withdrawals during high-stress conditions.


4. Collateral and LTV Management

For borrowers:

  • Each integrated protocol's Loan-to-Value (LTV) and liquidation thresholds are stored and enforced.

  • The Borrowing Optimizer always selects the safest possible collateral configuration based on user risk preference.

  • Users receive warnings when they approach unsafe LTV ranges, along with options to rebalance or add collateral.

This ensures margin safety while still maximizing borrowing efficiency.


5. Monitoring & Alerts

CrediX integrates with real-time alerting infrastructure:

  • Oracle-based rate monitoring

  • Protocol health feeds

  • Chainlog/event anomaly detection

Users and administrators are notified immediately when any risk thresholds are breached.


6. Permissionless Audit & Transparency

  • All contracts are open source and verifiable on-chain.

  • Risk scoring models and adapter configs are transparent.

Security is not an afterthought. It’s built into the foundation.

PreviousAudit Reports

Last updated 15 days ago

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