Xvitesse Docs
  • Summary
  • DOCUMENTATION
    • Learn about the Xvitesse Platform
      • Xvitesse Overview: vision, strategy and platform components
      • The Xvitesse Blockchain
        • Discovering the Network
        • Xvitesse Consensus
        • Delegation through Staking with Validators
        • Ethereum (EVM) Compatibility and Smart Contracts
        • Boosting Xvitesse's Scalability
      • Xvitesse Token (XVI)
        • XVI Tokenomics
        • Exchanges, Wallets, On-Ramps and DeFi Tools Supporting XVI
        • XVI on Other Chains
      • Interoperability
      • Xvitesse Governance and Development
      • Wallets supporting Xvitesse
    • Xvitesse for Business
    • Things you can do on Xvitesse
      • Interacting with the Xvitesse Blockchain
      • Xvitesse Ecosystem
      • Community
      • Grants and Bounties
    • Xvitesse Infrastructure Use Cases
  • Developers
    • Network Details
      • Xvitesse Mainnet
      • Xvitesse Testnet
      • Token Faucets
    • Xvitesse Consensus
      • Network Overview
      • Stake, Delegate and Withdraw
      • Vote
      • End-of-Cycle Flow
      • Contract Addresses
    • How to run network nodes
    • Resources & Tools
      • TheGraph
      • WalletConnect on Xvitesse
    • Important smart contracts
      • Xvitesse Token
      • Xvitesse Dollar
      • Major Deployed Contracts
      • Bridges
        • Ethereum ↔ Xvitesse Dollar Token
        • Ethereum ↔ Xvitesse XVI20 Tokens
        • BSC ↔ Xvitesse BNB
        • BSC ↔ Xvitesse Native
        • BSC ↔ Xvitesse XVI20
        • Ethereum ↔ Xvitesse Native
    • How to become a validator
      • Getting started as a validator
      • Getting started as on the Xvitesse testnet
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  1. DOCUMENTATION
  2. Learn about the Xvitesse Platform
  3. The Xvitesse Blockchain

Ethereum (EVM) Compatibility and Smart Contracts

In addition to the information about the transactions processed by Xvitesse, its nodes also permanently store and update the code and current state of smart contracts. Smart contracts are computer programs (persistent scripts) that anyone can interact with by sending transactions invoking them. Smart contracts also have their own accounts which can hold token balances.

On the network nodes, smart contracts are stored and executed in a special environment called 'virtual machine' (VM). The Xvitesse blockchain is currently broadly compatible with Ethereum's virtual machine (EVM).

This means that any smart contract or decentralized application (dApp) that can be deployed on Ethereum or another EVM-compatible chain will also function if deployed on Xvitesse, including the XVI20 and ERC721 standard-compatible contracts, for instance. No modification of the smart contract code is required.

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Last updated 1 year ago