Symbiosis Documentation
Symbiosis NestDeveloper ToolsGo to Bridge & Swap
  • Getting Started with Symbiosis
  • Symbiosis: Frequently Asked Questions
  • Main concepts
    • Glossary
    • Symbiosis SIS Token
    • Symbiosis sTokens
    • Symbiosis: Cross-Chain Swaps
      • Symbiosis: To/From BTC
      • Symbiosis: To/From TON
    • Cross-Chain Zaps
    • Symbiosis as Interchain Communication Protocol
    • Symbiosis & Fees
    • Security Audits
    • Bug Bounty Program
  • Governance
    • 🚩Governing Symbiosis
  • User Guide (WebApp)
    • Symbiosis WebApp
    • Bridge with Symbiosis: sUSDC, sWETH, sWBTC
    • Swap & Bridge with Symbiosis
    • Swap & Bridge To and From Bitcoin
    • Swap & Bridge To and From Tron
    • Stuck Transactions
    • Bridging SIS Token
    • Symbiosis Liquidity Pools
    • Withdrawing from Symbiosis Octopool
    • Cross-Chain Zaps
    • Common Issues and Solutions
    • Where are My Tokens?
    • Symbiosis Explorer
    • More about Slippage Tolerance
  • Reward Programs
    • Symbiosis Reward Programs
    • Farming on Octopools
    • SIS LP Farming
    • veSIS
  • Cross-chain liquidity engine
    • Symbiosis Core Smart Contracts
    • Symbiosis Mint-Burn Process
    • Symbiosis BridgeV2 Contract
    • Symbiosis Routing Contracts
    • Symbiosis & Emergencies
    • Symbiosis Octopools
  • Relayers network
    • Symbiosis Relayers Network
    • Symbiosis PoS Staking & Symbiotic Staking
      • Symbiosis X Symbiotic: SIS Restaking Vault User Guide
    • Relayers Network: Architecture and Operations
    • Symbiosis Relayer Node
    • Symbiosis Relayers Network: Emergencies
  • Developer Tools
    • Symbiosis Developer Tools
    • Symbiosis API
    • Symbiosis JS SDK
      • JS SDK Types
      • JS SDK Configuration
  • Miscellaneous
    • Symbiosis on Testnet
    • Symbiosis Multisig Address on Scroll
    • Symbiosis v1 vs. v2
    • Gasless Crypto Exchanges
  • Follow Us
  • Symbiosis | X
  • Symbiosis | Telegram
  • Symbiosis | Blog
  • Symbiosis | Publish0x
  • Symbiosis | Discord
  • Symbiosis | Linkedin
  • Symbiosis | Github
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On this page
  • Introducing Symbiosis
  • What is under the Hood
  • Services Provided
  • More Information

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Getting Started with Symbiosis

Welcome to the Symbiosis Documentation Center! Dive into comprehensive explanations of the principles that drive the Symbiosis protocol. Access user guides, developer tools, and much more.

NextSymbiosis: Frequently Asked Questions

Last updated 7 days ago

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Introducing Symbiosis

Symbiosis is a decentralized exchange that pools together liquidity from different blockchains, whether they use EVM technology or not. With Symbiosis, users can effortlessly trade any token and transfer their assets across blockchains. No need to worry about which network a token is on or how to move funds between different blockchains. All cross-chain operations are done in a single click (one transaction) at competitive exchange rates and transaction costs.

The Symbiosis protocol is designed to provide a seamless cross-chain trading experience for users, while adhering to the following key principles:

What is under the Hood

Let's have a look at the parts of the Symbiosis protocol (Scheme 1).

The Symbiosis protocol consists of two main parts:

Services Provided

The Symbiosis protocol provides the following services:

More Information

On-Chain Part: Core Contracts

Symbiosis Core Contracts implement the on-chain logic of cross-chain operations (cross-chain swaps, cross-chain zaps, interchain communication, bridging). The smart contracts are deployed and tuned by Symbiosis administrators while adding a blockchain to the Symbiosis protocol.

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Off-Chain Part: Relayers Network

The Symbiosis Relayers Network is a peer-to-peer (P2P) network designed to enable fast, accurate, and secure transmission of information for cross-chain operations. As the off-chain component of the Symbiosis protocol, the network plays a crucial role in ensuring smooth and secure communication across blockchains.

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Cross-chain Swaps

The Symbiosis protocol was born to enable cross-chain exchange. Any token to any token cross-chain exchange is possible across supported blockchain networks.

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Interchain Communicating Messenger

With Symbiosis, users can supply liquidity to other DeFi protocols. Yes, it's cross-chain and done in one transaction.

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Cross-chain Zaps

Cross-chain zapping facilitates liquidity supplying to Symbiosis Octopools. Liquidity providers can supply assets via cross-chain zapping in one transaction.

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Farming

Symbiosis offers several reward programs for users who provide liquidity to the Symbiosis protocol.

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Symbiosis Explorer

Symbiosis Explorer collects and stores data related to cross-chain operations performed via the Symbiosis protocol.

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veSIS

By staking SIS tokens, users can receive rewards, reduce cross-chain fees, increase APR for providing liquidity, and most importantly, gain voting power to shape the Symbiosis DAO.

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Why not give it a try?

Take a tour around with Symbiosis WebApp.

Questions?

Check our Frequently Asked Questions or contact our support on Discord.

Looking for SDK or API?

Refer to the documentation section dedicated to software engineers.

Complete Decentralization

The Symbiosis protocol operates without a central authority, ensuring that no single party can halt its functionality or censor user access.

Interoperability

Symbiosis aims to connect every blockchain that attracts sufficient market interest, ultimately striving to create a unified bridge between all blockchains.

Non-Custodial

User funds remain secure, as no one – not even the Symbiosis team – has access to them.

Boundless Cross-Chain Liquidity

The Symbiosis protocol targets the full range of token pairs across supported blockchain networks, providing the best prices to exchange any arbitrary token pair.

Scheme 1. Main components of the Symbiosis protocol.