VersaDex
  • Introduction to VersaDex
  • VersaBot
    • Introduction to VersaBot
    • Features and Functionalities
    • Automated API Interaction
    • Real-Time Notifications
    • Security Measures
    • Non-Custodial
    • FAQ & Troubleshooting
      • Setting Up
      • Connect Wallet
      • Swap Tokens
      • VersaAI
  • VDX - VersaDex Token
    • Token Overview
    • Tokenomics
    • VDX Utility
    • Use Cases
    • Cross-Chain Compatibility
  • VersaDex [ 2 0 2 5 ]
    • Exchange Features
      • Asset Exchange
      • Earning Opportunities
      • Token Genesis
      • Financial Empowerment
      • Cross-Chain Connectivity
    • For Traders
      • Dynamic Trade Optimization (DTO)
      • Multi-Modal Order Types (MMOT)
      • AI Trading Strategies
    • For Liquidity Providers
      • Adaptive Liquidity Provision (ALP)
      • Yield Amplification
    • For Developers
      • Open-Source Protocol Extensions
      • Automated API Interaction
    • Staking
      • Staking Mechanics and Reward Calculations
      • Impact of Deflationary Mechanisms
      • Governance Participation Calculations
      • Risk Management and Performance Analytics in Staking
      • Enhancing Farming and LP Locking through Staking
      • Cross-Platform Integration and Asset Management
      • Example Calculations
    • Security & Accessibility
      • MEV Safeguard (Miner Extractable Value)
      • Mobile DeFi Suite
    • API Documentation
    • Community Engagement
  • Unique Selling Points
  • Links
    • Twitter
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    • Discord
    • Medium
    • Github
  • TERMS AND CONDITIONS
  • PRIVACY NOTICE
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  1. VersaDex [ 2 0 2 5 ]
  2. Staking

Example Calculations

Example 1: Optimal Scenario (Long Duration, Favorable Market)

Given Values:

  • BaseRate: 6% (0.06)

  • AmountStaked: 20,000 VDX

  • StakingDuration: 12 months

  • MarketPerformance: Strong (PerformanceFactor = 1.2)

  • Liquidity: High (LiquidityFactor = 1.1)

Calculations:

  • Initial Reward: Reward = 0.05 × 20,000 × 1 = 1,000 VDX

  • Adjusted Reward considering MarketPerformance: AdjustedReward = 1,000 VDX × 1.1 = 1,100 VDX

  • Final Reward with Liquidity Adjustment: FinalReward = 1,100 VDX × 1.05 = 1,155 VDX

Governance Weight:

  • GovernanceWeight = AmountStaked × DurationFactor

  • Assuming a DurationFactor of 1.2 for 12-month staking: GovernanceWeight = 20,000 × 1.2 = 24,000

  • This results in significantly increased governance influence due to long-term staking.

Example 2: Average Scenario

Given Values:

  • BaseRate: 3% (0.03)

  • AmountStaked: 10,000 VDX

  • StakingDuration: 6 months (0.5 year)

  • MarketPerformance: Average (PerformanceScore = 1.0)

  • Liquidity: Medium (LiquidityAdjustment = 1.0)

Calculations:

  • Initial Reward: Reward = 0.03 × 10,000 × 0.5 = 150 VDX

  • Final Reward considering adjustments: FinalReward = 150 VDX × 1.0 = 150 VDX

Governance Weight:

  • With a shorter DurationFactor of 1.05 for 6 months: GovernanceWeight = 10,000 × 1.05 = 10,500

  • Moderate governance influence reflecting average staking commitment.

Example 3: Challenging Scenario (Short Duration, Volatile Market)

Given Values:

  • BaseRate: 1% (0.01)

  • AmountStaked: 5,000 VDX

  • StakingDuration: 3 months

  • MarketPerformance: Weak (PerformanceFactor = 0.8)

  • Liquidity: Low (LiquidityFactor = 0.9)

  • Calculations:

    • Initial Reward: BaseReward = 0.01 × 5,000 × 0.25 = 12.5 VDX

    • Performance and Liquidity Adjustment: FinalReward = 12.5 VDX × 0.8 × 0.9 ≈ 9 VDX

    Governance Weight:

  • Lower DurationFactor of 1.01 for 3 months: GovernanceWeight = 5,000 × 1.01 = 5,050

  • Limited governance influence due to shorter staking period and smaller amount.

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Last updated 1 year ago