hashi
  • Welcome
  • Introduction
    • What is Hashi?
    • Why Hashi?
    • Key Features
    • The SSN
  • Getting Started
    • How Hashi Works
    • Quick Start
      • Verifying foreign event
        • Setting the scene
        • Getting the Event Proof
        • Validating your statements
      • Reading foreign state
        • Setting the scene
        • Getting the Storage Proof
        • Validating your statements
      • Pushing a message
        • Writing your message sending contract
        • Implementing your callback
        • Waiting for the cross-chain execution
  • Core Concepts
    • Block Header Relaying
    • Message Dispatching
    • Oracles
    • Additive Security Model
  • Deployments
    • Blockchains
    • Oracles
  • Smart Contracts
    • Key Contracts
    • HashiProver API
  • TOOLS
    • SP1 storage proof verifier
    • Solana integration
  • APPS / INTEGRATIONS
    • Safe Crosschain
    • Aragon UCG
    • Openfort Chain Abstraction
  • META
    • Developer resources
    • Audits
    • Explorer
    • Community
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  1. Core Concepts

Message Dispatching

Beyond block headers, Hashi supports secure message dispatching between blockchains. This allows dApps to send messages across chains while ensuring that the messages are verified and valid according to the state of the originating blockchain.

  • How it Works Messages are dispatched after the validation of block headers, ensuring that any message relayed between two blockchains is consistent with the blockchain state. Hashi uses its multi-oracle validation system to verify these messages, making sure that only messages based on valid block headers are dispatched.

  • Use Cases Message dispatching can be used in cross-chain token transfers, governance voting, or any application where information needs to be relayed from one blockchain to another securely and reliably.

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Last updated 7 months ago