Multichain
  • Getting Started
    • Introduction
      • Supported Chains
      • Supported Tokens
    • How it works
      • Cross-Chain Bridge
      • Cross-Chain Router
    • Governance Token
      • VeMulti
      • How to Convert ANY to MULTI
    • Security
      • Security model
      • Bug bounty (Immunefi)
      • Bug bounty (alternative)
    • How to Use
      • Fees
    • Road Map
    • FAQ
    • Careers
      • Front-end developer
      • Back-end developer
      • Test Engineer
      • Test Development Engineer
      • Security Engineer (Code Auditing)
      • Blockchain Development Engineer
      • Senior Content Editor
      • Event Manager
  • Listing and Integration
    • Token Listing
      • ERC20 Cross-chain Options
      • Difference between V2&V3
    • Chain Integration
      • EVM Networks Integration
      • Non-EVM Networks Integration
    • FAQ
  • Developer Guide
    • How to Integrate Front-end Router
    • Bridge API (Token list/Tx Status)
    • Scan API (Tx Status/Account History)
    • Token Router Testnet
    • anyCall V7
      • How to integrate anyCall V7?
      • API/Explorer
      • Quickstart (Cross-chain text example)
      • Estimate Fee/Pay Fees on destination chain
    • anyCall V6
      • How to integrate anyCall V6?
      • anyFallback
      • anyCall V6 Testnet Environments
      • Fees Paid on Source Chain
      • Context (Verify msg.sender)
    • $USDC CCTP X anyCall
      • Contract Addresses and example
    • anyCall NFT Bridge
    • Permissionless Token bridging
    • How to develop under Anyswap ERC20 standards
    • Bridge funds and anyCall (Router V7)
      • Mainnet
      • Testnet (Quick Start Example)
    • How to Integrate Front-end Bridges
Powered by GitBook
On this page
  1. Listing and Integration
  2. Token Listing

Difference between V2&V3

PreviousERC20 Cross-chain OptionsNextChain Integration

Last updated 3 years ago

Differences between V2 and V3

V2
V3

Two-way: Assume Chain A is the native chain, and Chains B/C are the destination chains.

  • Chain A to Chain B ✅

  • Chain A to Chain C ✅

  • Chain B to Chain C ❌

Multiple-way: Assume Chain A is the native chain, and Chains B/C are the destination chains.

  • Chain A to Chain B ✅

  • Chain A to Chain C ✅

  • Chain B to Chain C ✅

Liquidity:

  • Not required

Liquidity:

  • Required when token was already issued on two or more chains

  • Required when token is using hybrid model (check last chapter Multichain V2 No.4)

  • Not required when token was issued on just one chain and uses standard contracts on other chains

Note: V2 and V3 have no visual differences on the side.

UI
😄
😢
😢
😄