Parex Network
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  • 🦝Parex Network Docs
  • Welcome
    • 🚩Quick Start
      • Parex Network in a nutshell
      • Connect to Mainnet and Testnet
      • Deploy and verify a contract
        • Deploy with Remix IDE
          • ERC-20 smart contract
        • Deploy with thirdweb
        • Verify with Parex Block Explorer
      • Run a Parex Chain Node
      • Become a Validator
        • Run a Validator node
        • Authorization of Other Validators
        • nametag for Validator
        • Validator slashing
        • Validator Locked
      • Parex Halving
  • How we Work
    • 📖Learn
      • About Parex Network
        • Tokenomics
        • Parex Networks Labs
      • Parex Bridge
        • How to bridge PRX PEP20 to BEP20
        • How to bridge PRX BEP20 to PEP20
      • Staking on Parex Chain
        • Locked Stake your PRX on dAPP
        • Unlocked Stake your PRX on dAPP
        • Staking Rewards
        • Staking PRX from your Ledger
      • Become a Validator
        • Run a Validator node
        • Authorization of Other Validators
        • nametag for Validator
        • Validator slashing
        • Validator Locked
      • Glossary
        • Blockchain
        • Consensus mechanisms
        • Governance
        • Validator
        • Staking
        • Wallet
        • PEP-20
        • Wrapped PRX (wPRX)
        • Dead Contract Wallet
      • Parex Halving
  • For Developers
    • 💻Develop
      • Basics
        • Use MetaMask
          • Install MetaMask
          • Link Parex Testnet to MetaMask
          • Link Parex Chain to MetaMask
        • Connect to Parex Chain
          • Connect using RPC
          • Run a Parex Chain Node
          • Use a hardware wallet
        • Block Explorer
        • Parex Testnet Faucets
          • Obtain testnet tokens
          • Obtain TPRX with Parex Testnet Faucet
        • Obtain wPRX or PRX
          • PRX to wPRX
          • wPRX to PRX
        • Deploy and verify a contract
          • Deploy with Remix IDE
            • ERC-20 smart contract
          • Deploy with thirdweb
          • Verify with Parex Block Explorer
        • Tips & Tricks
  • For Community
    • 🫂Community
  • information
    • 🗺️Roadmap
    • ♻️Doc updates
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  • Overview
  • Decentralised Staking Platform

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  1. How we Work
  2. Learn
  3. Glossary

Staking

Overview

Staking is a contract created to manage an active validator set.

It implements delegation logic that allows users to vote for the best validators. It brings decentralisation into blockchain and allows users to gain rewards by voting for the most honest and stable validators. This is because the Annual Percentage Rate (APR) primarily depends on the stability of the validator.

Compatibility

The staking contract is fully compatible with the original Parlia’s validator set contract.

Decentralised Staking Platform

Staking is an integral part of the consensus mechanism. Likewise, the Parex Chain depends on a robust structure of validators that help in reducing gas fees and shorten block time. A common consensus mechanism used by blockchains is based on Proof of Stake (PoS).

Staking allows PRX holders to contribute to the network by locking their assets on the chain. There are two different roles in staking, namely Validators and Delegators. They are also the participants in the Parex Chain staking model.

Validators must run a node and stake a large amount of native tokens to create and validate blocks.

Delegators are able to contribute to a validator's staking pool with a much lower amount of tokens, allowing communities with fewer PRXs to participate in the network.

Rewards

The reward for each block comes from the gas fees spent on all transactions in the block. These rewards are then split between three entities:

  • The validators who created the block,

  • The delegators of the same validator's pool,

  • and the network.

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Last updated 1 year ago

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