MELD Dev Docs
  • Welcome to MELD
  • OVERVIEW
    • Core Concepts
      • EVM Compatible
      • Staking/Block Rewards
      • L1-Subnet
    • Bug Bounties
    • Careers
    • Security & Audits
      • Double Spend Prevention
  • DEVELOP
    • Developing on MELD
    • Basics
      • Kanazawa Testnet
      • Test Tokens & Faucet
      • MELD Mainnet
      • RPC connections
        • RPC Methods
      • Explorers
    • Tools
    • Oracles
      • Integrating Supra Oracles
    • Deploy a Smart Contract
      • Smart Contract Languages
      • Smart Contract Testing
      • Using Remix IDE
      • Using Hardhat
      • Verify Your Smart Contract
    • Token Standards
      • MLD-20: Fungible Tokens
        • Interacting With MLD-20 Tokens
      • MLD-721: NFTs
      • MLD-1155: Multi-token standard
      • MLD-404: Semi-fungible tokens
      • MDL-6551: Token Bound Accounts
    • Deploy NFTs
      • Using Remix
    • dApp
      • Develop a Full Stack dApp on MELD
      • Secure your dApp
    • Decentralized Storage
    • Cross Chain Bridging
      • Integrating Chainport
        • Bridging Between MELD and EVM Chains
          • Main Chain -> Side Chain
          • Side Chain -> Main Chain
          • Side Chain -> Side Chain
      • Akamon Bridge
      • Yield Boost
  • VALIDATORS
    • Overview
    • Consensus
    • Run a Validator node
    • MELD Staking
  • Tutorials
    • Using MELD with your metamask
    • Create a Token
    • Add a Token to Asomi DEX
    • Lock/Burn Liquidity
  • FAQ
    • General FAQ
    • Borrowing & Lending FAQ
    • MELD ISPO FAQ
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  1. OVERVIEW
  2. Core Concepts

Staking/Block Rewards

MELD blockchain operates using a Proof of Stake model with a unique and effective solution for generating staking rewards. In traditional Proof of Stake models, block rewards are generated from transaction fees paid by users., with the user selecting the amount they wish to pay for their transaction to complete. This creates a misalignment between users who want low fees, and staking validators who want high fees.

In turn, during times of high network volume, transaction fees can rise sharply meaning users have to pay high fees to complete a transaction or may be forced to wait until network traffic has dropped.

In MELD, staking rewards for network validators are instead generated using a portion of the profits generated from the Lending & Borrowing (L&B) platform.

This aligns the interests of both users and staking validators as increased traffic through the L&B platform will increase the staking rewards, without increasing the fees paid for individual transactions.

In this way Gas, while still present in MELD, acts as a purely network protective solution in preventing DDoS attacks and reducing the risk of issues due to the Halting Problem.

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Last updated 1 year ago