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Build with Wormhole Settlements, including integrating the Liquidity Layer into your application and running a Solver for efficient cross-chain asset transfers.
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Build with Wormhole Settlement, including integrating the Liquidity Layer into your application and running a Solver for efficient cross-chain asset transfers.
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[:custom-arrow: Get started with Settlements](/docs/build/contract-integrations/settlements/)
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[:custom-arrow: Get started with Settlement](/docs/build/contract-integrations/settlement/)
description: Start building with Wormhole Settlements; integrate with the Liquidity Layer and set up Solvers to enable seamless cross-chain asset transfers.
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title: Wormhole Settlement
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description: Start building with Wormhole Settlement; integrate with the Liquidity Layer and set up Solvers to enable seamless cross-chain asset transfers.
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---
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# Wormhole Settlements
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# Wormhole Settlement
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## Get Started
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This section provides resources to build with Wormhole Settlements, including integrating the Liquidity Layer into your application and running a Solver for efficient cross-chain asset transfers.
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This section provides resources to build with Wormhole Settlement, including integrating the Liquidity Layer into your application and running a Solver for efficient cross-chain asset transfers.
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<divclass="grid cards"markdown>
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Integrate seamlessly with Wormhole's Liquidity Layer, learn key EVM contract functions for fast and secure cross-chain transfers.
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[:custom-arrow: Build on the Liquidity layer](/docs/build/contract-integrations/settlements/liquidity-layer/)
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[:custom-arrow: Build on the Liquidity layer](/docs/build/contract-integrations/settlement/liquidity-layer/)
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- :octicons-code-16:{ .lg .middle } **Run a Settlement Solver**
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---
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Set up, configure, and run a Wormhole Settlement Solver on Solana's Matching Engine to fulfill cross-chain transfers efficiently and securely.
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[:custom-arrow: Run a Solver](/docs/build/contract-integrations/settlements/solver/)
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[:custom-arrow: Run a Solver](/docs/build/contract-integrations/settlement/solver/)
Copy file name to clipboardexpand all lines: build/contract-integrations/settlement/liquidity-layer.md
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title: Wormhole Settlements
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title: Wormhole Settlement
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description: Learn how to build on the Wormhole Liquidity Layer, the underlying chain abstraction infrastructure layer for protocols across Wormhole-connected ecosystems.
Copy file name to clipboardexpand all lines: build/contract-integrations/settlement/solver.md
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- Facilitating the actual cross-chain transfer by locking/burning assets on Solana and minting/unlocking them on the destination chain
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- Rebalancing once the origin chain transaction finalizes and is redeemed back on Solana
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For information on how the protocol functions and its core features, please visit the [Wormhole Settlement](/docs/learn/messaging/wormhole-settlements/overview/){target=\_blank} page.
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For information on how the protocol functions and its core features, please visit the [Wormhole Settlement](/docs/learn/messaging/wormhole-settlement/overview/){target=\_blank} page.
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## Background
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The Solana Matching Engine's permissionless English auction is a central component of Wormhole Settlements protocol architecture. The Matching Engine contract allows any third-party solver to interact with the matching engine to place bids or improve existing ones. The contract includes four key instructions:
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The Solana Matching Engine's permissionless English auction is a central component of Wormhole Settlement protocol architecture. The Matching Engine contract allows any third-party solver to interact with the matching engine to place bids or improve existing ones. The contract includes four key instructions:
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1.`initialize_auction` - creates a new auction account on-chain and sets basic parameters like the auction's token mint, the amount required, and the bidding period details
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2.`bid` - allows a solver to place or update a bid on the active auction
Copy file name to clipboardexpand all lines: learn/messaging/wormhole-settlement/architecture.md
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Solvers concentrate their liquidity entirely on Solana, where they participate in permissionless on-chain English auctions (open ascending-price auctions where bidders publicly raise bids until only one bidder remains) to fulfill each cross-chain transfer. Upon the conclusion of each auction, the winning solver initiates a transfer from Solana to the specified destination chain. The solver rebalances inventory once the originating source chain transaction reaches finality and arrives to Solana.
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The Wormhole Liquidity Layer serves as the underlying chain abstraction infrastructure layer for protocols across Wormhole-connected ecosystems by enabling protocols to bundle call data containing arbitrary protocol actions, which can be executed atomically alongside each transfer. This feature allows developers to create fully chain-abstracted user experiences, including constructing natively cross-chain decentralized exchanges (DEXs), borrow-lend protocols, payment protocols, and other applications atop this layer.
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Mayan Swift addresses these limitations by implementing competitive on-chain English auctions on Solana as an embedded price discovery mechanism, fundamentally shifting solver competition from speed-based to price-based execution. Through this architecture, the solver offering the best possible price secures the right to fulfill the order within pre-specified deadline parameters.
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### Protocol Flow: How It Works
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Mayan MCTP is a cross-chain intents protocol that leverages Circle's CCTP (Cross-Chain Transfer Protocol) mechanism and Wormhole messaging to enable secure, fee-managed asset transfers across chains.
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## Where to Go Next
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- To learn more about available EVM functions, see the [Build on the Wormhole Layer](/docs/build/contract-integrations/settlements/liquidity-layer/){target=\_blank} guide
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- To learn how ot integrate settlement routes into your application, see the [Integrate Wormhole Settlement Routes Using the SDK](/docs/tutorials/by-product/settlements/settlement-routes/){target=\_blank} tutorial
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- To learn more about available EVM functions, see the [Build on the Wormhole Layer](/docs/build/contract-integrations/settlement/liquidity-layer/){target=\_blank} guide
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- To learn how ot integrate settlement routes into your application, see the [Integrate Wormhole Settlement Routes Using the SDK](https://github.com/wormhole-foundation/demo-mayanswift){target=\_blank} tutorial
description: Learn about Wormhole Settlement, an intent-based solution enabling fast and efficient asset transfers across Ethereum, Solana, Sui, and more.
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# Wormhole Settlement
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## Get Started
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This section covers Wormhole Settlement, an intent-based solution enabling fast and efficient asset transfers across Ethereum, Solana, Sui, and more.
Copy file name to clipboardexpand all lines: learn/messaging/wormhole-settlement/overview.md
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title: Wormhole Settlements Overview
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description: Discover Wormhole Settlements, enabling fast, intent-based asset transfers across Ethereum, Solana, Sui, and more for institutions and builders.
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title: Wormhole Settlement Overview
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description: Discover Wormhole Settlement, enabling fast, intent-based asset transfers across Ethereum, Solana, Sui, and more for institutions and builders.
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# Wormhole Settlements Overview
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# Wormhole Settlement Overview
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## Introduction
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Wormhole Settlements is a fast, institutional-scale digital asset settlement — a new way to transfer assets across chains.
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Wormhole Settlement is a fast, institutional-scale digital asset settlement — a new way to transfer assets across chains.
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With Wormhole Settlement, an intent-based asset transfer for individual users and institutions, you can swap, bridge, and build across multiple chains. You can implement cross-chain functionality within your dApps extremely simply and without compromising user experience, widening the horizons of your product offerings and the number and type of users you can cater to.
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## Related Resources
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- To learn more about the architecture of Wormhole-native swap protocols, see the [Settlement Protocol Architectures](/docs/learn/messaging/wormhole-settlements/architecture/){target=\_blank} page
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- To learn more about the architecture of Wormhole-native swap protocols, see the [Settlement Protocol Architectures](/docs/learn/messaging/wormhole-settlement/architecture/){target=\_blank} page
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