EYWA
  • Eywa v2
    • πŸ’₯Eywa v2: new era of Web3 interoperability
  • Eywa token
    • πŸ’ŽTokenomics Eywa/CrossCurve
    • πŸ“ˆEywa token utility
    • ⚑Eywa NFT Collection
      • Eywa NFT Bridge from Aurora to Arbitrum
      • Merge interface in the Arbitrum chain
      • EYWA NFT Manager interface
      • Dashboard interface
    • 🏒Eywa DAO
      • Overview of EYWA DAO
      • Voting
      • Obtaining veEYWA and Calculating the Boost
      • Staking
  • EYWA Ecosystem
    • πŸ’‘Vision
    • πŸ—ΊοΈProduct & EYWA token Roadmap
    • πŸ—οΈProducts
      • Eywa v1
        • Cross-chain Liquidity Protocol
          • Cross-chain DEX v1
          • Eywa Token Bridge
          • Gasless transactions
        • Cross-chain Data Protocol
          • Eywa CDP Introduction
          • Eywa Oracle Network
          • Data transfer flow
      • Eywa v2
        • πŸŒ‰Consensus Bridge
        • ⚑CrossCurve
    • πŸ›‘οΈSecurity audits
    • 🧠Team
    • πŸ¦„Project History
    • πŸ”—External Links
    • ❓FAQ
  • User documentation
    • πŸ’ΈEywa DEX
      • About EYWA Cross-chain DEX
      • Interface Eywa WebApp
      • How to trade
      • Slippage settings
      • Routing
      • Operation Interruption
        • Slippage condition
        • Data transfer error
    • 🏒DAO
      • EYWA Locker Interface
      • Working with the EYWA Locker contract in Arbiscan.
      • EYWA Vote Interface
      • EYWA Incentives Interface
    • πŸ”—Contracts addresses
      • Cross-chain Liquidity Protocol
        • CLP smart-contracts
        • Supported stablecoins
        • Addresses of Eywa stableswap pools
        • Addresses of s-tokens
        • Addresses of e-tokens
      • Cross-chain Data Protocol
        • Governance of Eywa Oracle network
        • Cross-chain messaging
  • DEVELOPER DOCUMENTATION
    • πŸ’»Guide for Developers
      • Technical Documentation for EYWA DAO Smart Contracts
        • EmissionManagerV1
        • EscrowManager
        • EscrowVoteManagerV1
        • GaugeFactoryV1
        • GaugeV1
        • IncentiveRewardsDistributor
        • ProposalManager
        • RebaseRewardsDistributorV1
        • RewardsDistributorFactoryV1
        • CalldataHelperV1
        • Treasury
        • DelegationManagerV1
        • DelegationConditionValidatorV1
        • LockHolderFactoryV1
        • LockHolderV1
  • Eywa Oracle Network - will be ENDED in April 2024
    • πŸ₯‡Validators token distribution
    • Incentivised PoA mainnet
      • General information
      • Application for participation in PoA mainnet
      • Requirements for PoA mainnet validators
      • Rewards for PoA mainnet
      • Instruction for node operators
    • FAQ
  • βš–οΈLEGAL INFORMATION
    • Terms of Service
    • Protocol Disclaimer
    • Cookies Policy
    • Risk of using Eywa
Powered by GitBook
On this page
  • Why is it important?
  • How the cross-chain pool works
  • Cross-chain stablecoin pools on Eywa DEX v1
  1. EYWA Ecosystem
  2. Products
  3. Eywa v1

Cross-chain Liquidity Protocol

PreviousEywa v1NextCross-chain DEX v1

Last updated 2 days ago

A key feature of this protocol is that it addresses the issue of fragmented liquidity by significantly reducing the cost associated with establishing liquid markets across different blockchains.

Additionally, its architecture reduces losses when trading substantial sums of money by utilizing deep liquidity pools.

The Eywa CLP is a modular, flexible, and efficient system designed to facilitate the value transfer between blockchains. This protocol includes both familiar components, such as a universal bridge for ERC20 tokens and NFTs, as well as innovative elements. For instance:

Eywa CLP’s unique architecture ensures minimal exchange losses, a cross-chain router enabling complex exchange transactions consisting of two, three or more cross-chain hops, secured convertible cross-chain Eywa Assets that provide access to deep Curve.fi pools on major blockchains, and a user-friendly interface on Eywa DEX for cross-chain trading and cross-chain liquidity pool creation.

EYWA CLP consists of:

  1. consists of a user-friendly user interface providing access to all EYWA CLP features, such as cross-network trading, farming, cross-chain liquidity pool creation, and liquidity management.

  2. Eywa Assets are convertible meta-assets, backed by real assets from various blockchains and hosted within the Eywa Token Bridge, addressing the issue of fragmented liquidity. For example, an EUSD asset is backed by different stablecoins from major blockchains and can be easily converted into the desired stablecoin on the required blockchain.

    This method of utilizing meta-assets facilitates singular access to the liquidity of the largest DeFi blockchains.

  3. is a universal bridge that allows users and Web3 projects to move tokens and NFTs between blockchains securely and with ease. It supports operations such as lock-to-mint, burn-to-unlock, and burn-to-mint, which makes it possible to support a variety of options for organizing the multichain economy, where tokens can have one or multiple emission centers.

Eywa Cross-chain Liquidity Protocol (Eywa CLP) is dedicated to enabling projects at any stage of development to manage cross-chain liquidity. Projects utilizing Eywa CLP can offer their end-users a comprehensive range of cross-chain trading capabilitiesβ€”fast and conveniently within a single interface using . We have created an infrastructure composed of several cross-chain liquidity pools that allow the Eywa users to exchange crypto assets from different networks using a decentralized approach.

Why is it important?

Given that blockchains operate in isolation, direct asset exchange between different networks is technically impossible. Currently, the problem of transferring liquidity between blockchains has traditionally been addressed through centralized systems, which assume responsibility for moving users' funds. This practice runs counter to the decentralization ethos of the entire DeFi ecosystem and has proven risky, as evidenced by of such systems.

The cross-chain pool concept offered by Eywa solves this problem. It allows users to exchange assets from Blockchain A for Blockchain B assets through an intermediate blockchain in a decentralized and secure manner, as depicted on the scheme below.

How the cross-chain pool works

The Fantom hubchain serves as an intermediary for cross-chain exchanges, where synthetic assets are accumulated and backed by real assets. Due to the double-layered pool system, synthetic assets from different networks are placed into a single liquidity pool. This consolidation enables effortless asset exchanges within the network and allows the withdrawal of liquidity from the cross-chain pool in any blockchain in the form of the desired asset. At the same time, the synthetic asset is burned, and the real asset backing it is unlocked.

In order for operations within the pool to be viable and to minimize slippage, the pool must contain diverse network assets. Liquidity for the cross-chain pool is provided by the users who contribute their assets to the protocol to conduct operations within the cross-chain pool. In return, they receive LP tokens from the cross-chain liquidity pool, which are the Eywa assets.

Cross-chain stablecoin pools on Eywa DEX v1

A cross-chain liquidity pool filled with stablecoins is utilized for exchanging stablecoins across different networks. This cross-chain pool is located on the Fantom blockchain and has the following configuration:

Ethereum

USDT, USDC, DAI, TUSD

BNB

USDT, USDC, DAI, TUSD

Polygon

USDT, USDC, DAI, TUSD

Fantom

USDT, USDC, DAI, TUSD

Avalanche

USDT, USDC, DAI, TUSD

Arbitrum

USDT, USDC, DAI, TUSD

Optimism

USDT, USDC, DAI, TUSD

Liquidity providers can deposit their stablecoins into this pool and receive EUSD stablecoins in return. EUSD holders then become liquidity providers for cross-chain exchanges and can convert their EUSD tokens into any of its backed assets.

For additional information on the cross-chain pool architecture, please visit the section.

πŸ—οΈ
Cross-chain DEX
Curve.finance
Eywa Cross-chain DEX
Eywa Token Bridge
EYWA Cross-chain DEX
multiple hacks