U2U Network Documentations
  • Introduction
    • Our Vision
    • Litepaper
      • Overview
        • U2U Network Diagram
        • U2U Network with DEPIN and Web3 Eco System
      • Consensus
  • Services
    • RPC
      • RPC Endpoints
      • Ethereum API Methods
        • eth_blockNumber
        • eth_call
        • eth_chainId
        • eth_estimateGas
        • eth_feeHistory
        • eth_gasPrice
        • eth_getBalance
        • eth_getBlockByHash
        • eth_getBlockByNumber
        • eth_getBlockTransactionCountByHash
        • eth_getBlockTransactionCountByNumber
        • eth_getCode
        • eth_getLogs
        • eth_getProof
        • eth_getStorageAt
        • eth_getTransactionByBlockHashAndIndex
        • eth_getTransactionByBlockNumberAndIndex
        • eth_getTransactionByHash
        • eth_getTransactionCount
        • eth_getTransactionReceipt
        • eth_getUncleByBlockHashAndIndex
        • eth_getUncleByBlockNumberAndIndex
        • eth_getUncleCountByBlockHash
        • eth_getUncleCountByBlockNumber
        • eth_maxPriorityFeePerGas
        • eth_sendRawTransaction
        • eth_subscribe
        • eth_unsubscribe
        • net_version
        • net_listening
        • net_peerCount
        • web3_clientVersion
        • web3_sha3
        • debug_traceTransaction
      • DAG API Methods
        • dag_getEvent
        • dag_getEventPayload
        • dag_getHeads
        • eth_currentEpoch
      • Trace API Methods
        • trace_block
        • trace_get
        • trace_transaction
        • trace_filter
    • Explorer
      • Explorer URLs
      • Explorer API
        • Account
        • Block
        • Contract
        • Logs
        • Stats
        • Token
        • Transaction
      • GraphQL
      • Explorer RPC API
      • Smart Contract Verification
        • Via explorer
        • Via hardhat plugin
      • Testnet Faucet
    • Wallets
      • Metamask
      • Wallet Connect
      • Coinbase Wallet
      • U2U Super App
        • Policy
    • Staking
      • How To Stake?
      • FAQ
    • The Graph
      • Deploy a Graph Node
      • Deploy a Subgraph
    • Bridge
      • Smart Contracts & EOA
    • Oracle
      • Smart Contracts & EOA
  • Network
    • Node Types
    • Requirements
    • Build Dependencies
    • Run Normal Node
      • Mainnet Normal Node
      • Testnet Normal Node
      • Run via Docker
    • Run Validator Node
      • Mainnet Validator Node
      • Testnet Validator Node
    • Run A Local Test Network
    • Troubleshooting
  • SUBNET
    • Overview
    • Subnet Node Type
    • Requirements
    • NFT Digital License
    • Subnet Node Setup
      • Master Node
      • Verifier Node
      • Edge Node CLI
  • For Developers
    • SDK
    • Smart Contract Development
      • What are smart contracts?
      • What is gas?
      • Structure of a smart contract
      • Your first smart contract
      • Test your smart contract
      • Deploy your smart contract
      • Submit your contract to explorer
      • Interact With Your Smart Contract
      • Integrate Your Smart Contract With a Frontend
      • Additional Resources
    • Smart Contract Deployment
      • Deploy with Remix
      • Deploy with Hardhat
Powered by GitBook
On this page
  1. Introduction
  2. Litepaper

Consensus

Introduction to Helios Consensus

The U2U Network is the next generation of blockchain build upon the DAG technology to address the limitations of traditional blockchain systems. It aims to offer efficient, secure, and scalable solutions for various use cases and industries. Helios Consensus mechanism lies on the heart of U2U Chains which play the crucial role in achieving consensus among network participants.

Helios Consensus is a highly innovative and ground breaking mechanism that sets U2U Chain apart from other existing blockchain technologies. What makes this mechanism truly exceptional is its exclusive focus on Layer 0 (protocol layer), where efficiently addresses the need of enterprises and incorporates key ESG (Environmental, Social, and Governance) factors. By prioritizing these aspects, Helios Consensus ensures that U2U Chain not only offers cutting-edge technological solutions but also promotes scalability and protection to entities or businesses. This unique combination of advanced functionality and commitment to social and environment has set the significant successful of U2U Chain.

Helios Consensus security built at the core

Helios Consensus utilizes aBFT (Asynchronous Byzantine Fault Tolerance) and DPoS (Delegated Proof of Stake) mechanism to enhanced security, improve scalability and efficient validation. By doing away with the assumption that some messages will always get through, even if they are lost or delayed forever, aBFT offers robust security against malevolent or bad bad actors, even in the presence of malfunctioning nodes. It ensures that all participant nodes agree with timing and order of transaction in the network. The DPoS permits the election of a small group of reliable and trusted validators who will take part in the consensus process and validate transactions in addition to the security features of aBFT. Efficiency, scalability, and transaction processing speed will all increase with DPoS.

PreviousU2U Network with DEPIN and Web3 Eco SystemNextRPC

Last updated 5 months ago