KLK Sync Nexus
English
English
  • Whitepaper
    • Introduction
    • About KLK Sync Nexus
    • Technical Framework
      • Dynamic Collaboration Pool (DCP)
      • AI Game-Theoretic Oracle
      • Proof of Time Power (PoTP)
      • Liquidity Sharding Protocol
      • Asset Permission Declaration
    • Operational Mechanism
      • Model Overview: KSN Six-Dimensional Collaborative Economic Flywheel
      • AI Treasury Contract
      • Bond Issuance Contract
      • Time Power Proof Contract
    • AI Incentive Model
    • Tokenomics
    • KSN Ecosystem
      • Core DeFi Ecosystem
      • Collaborative Power Mapping
      • Compliance Financial System
    • DAO Governance
    • Risk Control
    • Roadmap
    • Core Developers
    • Legal Disclaimer
  • Support
    • Q&A
    • Contract Audits
    • Official Links
    • Brand Toolkit
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On this page
  • Mathematical Modeling and Computational Logic
  • Dynamic Adjustment of PoTP Weight
  • Ecosystem Rights and Governance Applications
  • PoTP Security and Anti-Manipulation Measures
  • Dual Governance Protection Mechanisms
  1. Whitepaper
  2. Technical Framework

Proof of Time Power (PoTP)

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Last updated 8 days ago

Proof of Time Power (PoTP) is a decentralized incentive mechanism designed to enhance the stability of long-term capital within the DeFi ecosystem. By quantifying the value of users’ staking time, PoTP equitably distributes governance rights, reward rights, and ecosystem resources, ensuring that the interests of long-term contributors are not undermined by the influx of short-term arbitrageurs.

Mathematical Modeling and Computational Logic

PoTP uses a weighted calculation model based on time functions, liquidity parameters, and governance contributions, ensuring that long-term small-scale stakers are not marginalized.

PoTP Formula:

Where:

  • t: Staking duration (in days)

  • Stakeᵢ: User’s staking amount

  • Gᵢ: User’s governance participation (e.g., voting frequency, proposal approval rate)

  • Lᵢ: User’s loyalty score (e.g., rewards for not withdrawing over time)

  • λ, μ, ν: System-dynamic weight factors to balance the influence of time, governance, and loyalty

Dynamic Adjustment of PoTP Weight

  • PoTP weights are updated every 24 hours to ensure the rights of long-term supporters are not diluted by short-term market volatility.

  • AI oracles analyze market trends and dynamically adjust λ, μ, ν to optimize the PoTP incentive mechanism.

Ecosystem Rights and Governance Applications

Governance Weight, Rewards, and Privileges

PoTP influences users' governance weight, reward distribution, and access to advanced privileges in the KLK Sync Nexus ecosystem, ensuring long-term users gain greater economic benefits.

"Time Lords" Election

  • The top 10% of PoTP users can run for "Time Lord", enjoying rights to protocol revenue, governance proposals, and ecosystem resource allocation.

  • A Bonding Curve mechanism rewards high PoTP users with higher returns, encouraging long-term holding.

  • Time Lords influence critical KLK Sync Nexus governance parameters, such as DCP fund allocation and PoTP parameter adjustments.

"Spacetime Key" Redemption Mechanism

  • PoTP points can be redeemed for "Spacetime Keys", unlocking high-yield DeFi compound pools and RWA asset subscription rights.

  • Integrated with NFT mechanisms, Spacetime Keys can be traded on secondary markets, enhancing PoTP asset liquidity.

  • Built on the ERC-6551 standard, PoTP accounts offer higher extensibility, enabling on-chain identity management.

PoTP Security and Anti-Manipulation Measures

AI Monitoring of Abnormal PoTP Growth

  • AI oracles detect unusual staking behaviors, such as large-scale deposits and withdrawals within a short period.

  • If abnormal PoTP growth is detected, the system automatically adjusts λ, μ, ν parameters to prevent reward imbalance.

Gradual Unlocking of PoTP Privileges

  • To deter short-term large-scale staking followed by rapid exit, PoTP employs a nonlinear unlocking curve for user privileges:

    • k: Adjustment factor

    • t: User’s staking duration

Dual Governance Protection Mechanisms

  • Implements Quadratic Voting to reduce the influence of whale users and ensure decentralized governance.

  • Uses Merkle Tree to store governance voting data, ensuring immutability and transparency.