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
  • Why Borrowing Optimization Matters
  • Key Components
  • How It Works — Step by Step
  • Benefits at a Glance
  • Practical Scenario
  1. Core Features

Borrowing Optimizer

Why Borrowing Optimization Matters

Borrowing rates across protocols fluctuate rapidly. Without an optimization strategy, users risk:

  • Paying higher interest than necessary

  • Using suboptimal collateral, increasing liquidation risk

  • Missing out on cost-saving opportunities

  • Struggling with manual position management

The Borrowing Optimizer automates this process, giving you a strategic advantage.


Key Components

Component
Role

Rate Monitor

Tracks borrowing APRs across multiple protocols in real time.

Collateral Analyzer

Evaluates collateral requirements and liquidation thresholds to minimize risk.

Cost Efficiency Module

Balances interest rates against gas fees for position adjustments.

Auto-Optimizer Engine

Automatically shifts your debt to protocols offering better terms based on your preferences.


How It Works — Step by Step

  1. Initial Assessment: When you initiate a borrow, the optimizer checks all supported protocols and selects the one with the lowest APR and best collateral terms.

  2. Ongoing Surveillance: It monitors the market continuously for rate changes and collateral requirement updates.

  3. Dynamic Adjustment: If a better borrowing option becomes available, the optimizer triggers an automated migration of your debt position, factoring in transaction costs and risk.

  4. User Control: You can set parameters like maximum acceptable APR, preferred collateral types, and rebalance frequency.


Benefits at a Glance

  • Slash your borrowing costs effortlessly

  • Lower liquidation risk by optimizing collateral

  • Save time with automated debt management

  • Maintain full transparency and control


Practical Scenario

Imagine you borrow ETH using your collateralized assets:

  • CrediX initially routes your debt to Protocol X with a 6% APR.

  • The borrowing rate drops to 4.5% on Protocol Y, which also requires less collateral.

  • Your debt is automatically migrated to Protocol Y, reducing your interest payments and collateral locked.

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Last updated 15 days ago

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