MTT Validator Protocol
  • Overview
  • Key Features of the Protocol
    • Decentralized and Scalable Consensus
    • Transparent and Fair Validator Incentives
    • Flexible Governance Participation
    • Security and Penalty Mechanisms
    • Automated Validator Monitoring and Reporting
    • Long-Term Network Sustainability
  • Node Processing of EVM Transactions in a Cosmos SDK-Compatible Network
    • Transaction Hashes: EVM and Cosmos Formats
    • Hash Discrepancy: Why Are They Different?
    • Mapping and Storage
  • Reward Mechanism
    • Components of Validator Node Rewards
    • Reward Calculation Method
    • Reward Settlement Time
    • Withdrawal Cycles
  • Hardware and Operating Requirements
    • Machine Configuration
    • Operating System and Network Requirements
  • Slashing Mechanism
    • Reasons for Slashing
    • Execution Details and Timing of Slashing
    • How to Apply for Restoration
  • Operation Manual
    • Node
    • Validator
  • Community
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  1. Key Features of the Protocol

Decentralized and Scalable Consensus

  • Leveraging Cosmos SDK's Proof of Stake (PoS) Mechanism: The MTT Validator Protocol is built on the Cosmos SDK's robust Proof of Stake consensus model, ensuring that the network remains highly decentralized and secure. Validators participate in the consensus process by validating blocks and transactions, thereby securing the entire blockchain ecosystem.

  • Scalability: Cosmos SDK’s modular architecture allows the MTT Validator Protocol to scale efficiently as the network grows, supporting an increasing number of validators and delegators without compromising on security or performance.

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Last updated 5 months ago