Kibble Exchange
  • ๐Ÿ‘‹Welcome to Kibble
  • About Kibble
    • ๐Ÿค–Introduction
    • ๐ŸŽฏRoadmap
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    • ๐Ÿ”„Meta Aggregator
      • ๐Ÿ”ƒHow to Swap
      • ๐ŸงฑAdd Liquidity & Farming
        • โš™๏ธHow to Add Liquidity
        • ๐Ÿ› ๏ธFarming guide
    • ๐Ÿค–Kibble DeFAI
      • ๐Ÿค–Trade with DeFAI
      • ๐Ÿ“ƒPrompt Guide
    • โ›“๏ธKibble Cross-Chain
      • ๐Ÿ”„How to Swap
    • โš’๏ธKibble Staking
      • ๐Ÿ†KIB Staking
      • ๐ŸงŠSimple Staking Pools
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      • ๐Ÿช™IDO token sales
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      • ๐Ÿ‘‘Kibble Genesis Pass NFT
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      • ๐ŸŽฎKibble Clicker
  • KIB TOKEN
    • ๐Ÿ’ŽKIB Tokenomics
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  • What is Cross-Chain Swap ?
  • Types of cross-chain swap
  • How does Kibble Cross-Chain Swap work?
  • Step 1: Checking Direct Bridge Availability
  • Step 2: Liquidity Optimization via DEXs and Aggregators
  • Step 3: Cross-Chain Bridging
  • Step 4: Token Swap on Destination Blockchain
  • Step 5: Transaction Finalization
  1. KIBBLE ECOSYSTEM

Kibble Cross-Chain

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Last updated 1 month ago

What is Cross-Chain Swap ?

Cross-chain swaps are a decentralized method of exchanging assets between different blockchain networks without relying on intermediaries. They enable seamless asset transfers across ecosystems, improving liquidity and accessibility in decentralized finance (DeFi). By using smart contracts and interoperability protocols and cross-chain swaps ensure secure and trustless transactions, allowing users to move funds efficiently between blockchains while maintaining control over their assets.

Types of cross-chain swap

Cross-chain swaps can be categorized into the following types:

Custodial Centralized Exchange (CEX): This method involves using a centralized exchange to swap assets across different blockchains. However, it is custodial in nature, meaning the exchange controls your funds until you withdraw them. While convenient, it comes with risks such as account restrictions and withdrawal fees.

Atomic Swaps Based on Smart Contracts: These swaps use smart contracts, specifically Hash Time Lock Contracts (HTCLs), to let people trade tokens directly with each other across chains, without going through any middlemen. While they ensure atomic execution (either the trade completes fully or is canceled), they are dependent on smart contract security and are vulnerable to exploits.

Smart-Order-Routing Based: This type of cross-chain swap leverages a Smart-Order-Routing Engine to source liquidity from both centralized (CEX) and decentralized (DEX) exchanges. It allows users to trade across chains at optimal prices with lower fees.

Kibble falls under the Smart-Order-Routing-Based category, utilizing an advanced routing engine to provide efficient and cost-effective cross-chain swaps.

How does Kibble Cross-Chain Swap work?

Kibble simplifies cross-chain token swaps by utilizing an advanced routing system. The swap process begins on the source blockchain, where users hold their tokens. At this stage, Kibble's routing engine analyzes various factors, such as liquidity availability, gas fees, and transaction speed, to determine the most efficient way to move assets across chains.

Step 1: Checking Direct Bridge Availability

  • If the token has direct bridge support with sufficient liquidity, it is transferred immediately through the optimal cross-chain bridge.

  • If direct bridging is not feasible due to liquidity constraints or high transaction costs, an alternative route is selected.

Step 2: Liquidity Optimization via DEXs and Aggregators

If the bridge does not support the token directly or lacks liquidity, the routing engine swaps the token on a decentralized exchange (DEX) or DEX aggregator on the source blockchain.

The purpose of this step is to convert the token into a bridge-compatible asset, ensuring that the transfer can proceed efficiently.

The system prioritizes swaps that offer low slippage, minimal fees, and rapid execution.

Step 3: Cross-Chain Bridging

Once the token is in the appropriate format, it is sent through one of the 24+ supported cross-chain bridges. Bridges act as interoperability layers that enable assets to move between different blockchain networks securely. The routing engine selects the most reliable bridge based on security, transaction speed, and cost-effectiveness.

Once the asset crosses the bridge and reaches the destination blockchain, the next step is to ensure that the user receives the desired token in their wallet.

Step 4: Token Swap on Destination Blockchain

  • If the received token matches the user's requested token, it is sent directly to their wallet.

  • If the received token is not the desired asset, Kibbleโ€™s routing engine automatically executes a swap on a DEX or DEX aggregator on the destination blockchain.

The system identifies the best trading pair with optimal liquidity to ensure low slippage and minimal fees.

Step 5: Transaction Finalization

After the final swap is completed, the correct token is delivered to the userโ€™s wallet on the destination blockchain.

Kibble ensures that the entire process is completed efficiently, with a focus on reducing transaction costs and execution time.

Role of KIB Router

  • The KIB Router serves as the central hub, analyzing data from bridges, DEXs, and aggregators to select the best route for each swap.

  • It ensures that every transaction is executed quickly, securely, and at the lowest possible cost.

When a swap request is submitted, Kibbleโ€™s cutting-edge routing engine scans 100+ DEXs, 24+ bridges, and 50+ blockchains to identify the most efficient path. Designed to support multiple ecosystems, Kibble works seamlessly with protocols across EVMs, Bitcoin, Cosmos, Solana, Sei, Sui, Aptos, and more. By aggregating data from various protocols, Kibble identifies optimal routes among thousands of possibilities. The diagram illustrates Kibble's cross-chain swapping process, highlighting its seamless and efficient routing system.

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