Orbit Bridge
  • Introduction
  • Overview
  • Core Concept
  • How it works
    • Features
    • Differentiation
    • Bridge Validator
    • Bridge Operator
    • Governance
  • Bridging Transactions
    • Ethereum
    • BNB Chain
    • Klaytn
    • Heco
    • Polygon
    • Celo
    • ICON
    • XRP
  • Validator Guide
    • Notes for Validator Nodes
    • Hardware Specifications
    • Validator Reward Structure
    • Quick Start
    • REST API
    • Configuration
    • Troubleshooting
  • Operator Guide
    • Hardware Specifications
    • Quick Start
    • REST API
    • Configuration
    • Troubleshooting
  • Official Bridge Governance
  • Token Registration for Bridging
    • Registration Using Etherscan
    • Registration Using Remix
    • Bridge to The Open Network(TON)
      • Registration on TON Using Etherscan
      • Registration on TON Using Remix
  • FAQ
    • General [EN]
    • General [KO]
    • Gas Fee Guide [EN]
    • Gas Fee Guide [KO]
    • Guide for Adding RPC Network [EN]
    • Guide for Adding RPC Network [KO]
    • Anti-Phishing [EN]
    • Anti-Phishing [KO]
    • Transaction delay after setting the gas fee
    • Integration Guide
      • 1. List of supported chains
      • 2. Contract Addresses
      • 3. How to use an Orbit Bridge
      • 4. Chain Explorers
      • 5. API
  • Contract
    • OrbitHub
    • Bridge
      • Ethereum
      • BNB Chain
      • Klaytn
      • Heco
      • Polygon
      • Celo
      • ICON
      • XRP
    • Vault (Layer 1)
      • Ethereum
      • BNB Chain
      • Klaytn
      • Heco
      • Polygon
      • Celo
      • XRP
    • Minter (Layer 2)
      • Ethereum
      • Avalanche
      • BNB Chain
      • Klaytn
      • Celo
      • Fantom
      • Harmony
      • Polygon
      • Moonriver
      • OKExChain
      • Orbit
      • Gnosis
      • ICON
      • XRP
    • BridgeReceiver
    • Governance
    • Glossary
  • LINK
    • Orbit Bridge Github
    • Orbit Bridge Website
  • POLICIES
    • Layer Fee
    • Bridge Fee
      • Current
      • History
        • Ethereum Layer1
        • BNB Layer 1
        • Ripple Layer 1
        • Klaytn Layer 1
    • Terms of Use [EN]
    • Terms of Use [KO]
  • Bridging Assets
    • Ethereum Layer 1
    • Ripple Layer 1
    • BNB Layer 1
  • CROSS CHAIN TIPS
    • ICON
    • Celo
    • HECO
    • XRP
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Introduction

‌Welcome to the Orbit Bridge documentation! This book covers everything you need to know about setting and managing the Orbit Bridge IBC protocol.

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Last updated 1 year ago

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Orbit Chain has worked to surpass the ever-present scalability and connectivity constraints that have limited traditional public chains. Our improvements and innovations grow user accessibility and convenience so blockchain-based protocols and services can have more real-life integration. Orbit IBC, the basis of the Orbit Chain, is the world’s first open Hub Chain. It allows various chains to be linked to Orbit Chain and their digital assets can be handled and used freely within Orbit.

While many interchain platforms aim to support major public chains (Bitcoin, Ethereum, Ripple, Klaytn, BNB, ICON, etc.), Orbit Chain is the world’s first and only chain to actually be able to support the operation of these . Some key examples are l, which supports asset exchange, the , which enables lending and borrowing using assets in the chain, and the , which allows staking to heterogeneous chains through Orbit. Having developed its own technology and services, Orbit Chain currently hosts more than $30M USD of assets on its network.

This documentation explores how Orbit Chain IBC’s role has been taken one step further and introduces the new Orbit Bridge IBC protocol, which allows different chains to communicate and enables the completely decentralized, free movement of assets.

‌Orbit Bridge is an interchain communication protocol that allows communication between heterogeneous blockchains. Before, with Orbit Pegging IBC, assets were integrated and used within Orbit Chain through communication between blockchains, including Orbit Chain. Orbit Bridge IBC allows different blockchains to communicate with each other using Orbit Chain. It was built using a Multi-signature BFT consensus to establish a decentralized, trustless consensus process. Through this, users can utilize the various assets of many public chains in all dApps through simple transactions on each chain.

  • Sending cross-chain data between heterogeneous chains

    • Users can send assets or data to any chain connected to Orbit Bridge.

  • Trustless, Secure Multiple-Signature Verification

    • All consensus happens on-chain, and all authority throughout this process is decentralized.

  • Fast, Secure Consensus Process

    • The consensus process is smart contract-based and goes through Orbit Chain.

various protocols
Orbit’s DEX protoco
Divine protocol
Staking-as-a-Service protocol