Wirex Pay
  • 👋What is Wirex Pay?
  • Wirex Pay
    • Vision and Inspiration
      • On-chain trend
      • Vision of Wirex Pay
      • Inspiration Behind Wirex Pay
    • Evolution of Crypto Debit Cards
      • 1st Generation: Reloadable Prepaid Cards
      • 2nd Generation: Wallet-Linked Debit Cards
      • 3rd Generation: Non-Custodial Cards
      • Comparison of Crypto Card Generations
    • ⭐Wirex Pay Overview
      • Innovative Infrastructure
      • Value Propositions
      • How Wirex Pay Works
      • Incubated by Wirex
    • Wirex Pay ZK Infrastructure
      • ZK Rollups
      • ZK Validium
      • Validium vs. Rollup
      • Wirex Pay and AggLayer Integration
      • Wirex Pay ZK Tech Benefits
    • Target Audience and Use Cases
  • Node Sale
    • What is a Node Sale?
    • 🔑Key Information
    • Pricing Tiers and Limits
    • Node License
    • Wirex Pay Node Rewards
    • 🪙How to Run a Wirex Pay Node Rewards
    • ☀️Wirex Pay Node Purchase Guide
    • Guide: Adding Node NFT to wallet
  • Tokenomics
    • DAO
    • 👉Tokenomics
    • 🕑Locked/Vested Wallets
    • Node Operator Rewards
    • Difference Between WXT and WPAY
    • Relationship Between Wirex and Wirex Pay
  • Restaking
    • What is Restaking?
    • 🔐Dual Staking: A New Era of Security
    • Actively Validated Services (AVS)
  • Tech
    • Wirex Pay Chain
  • Guides
    • Getting Your First Wirex Pay Card
    • How to Manage Your Wirex Pay Card: A Complete Guide
    • Wirex Pay Serviced Countries
    • ↗️Wirex Pay Limits
    • Bridge Funds Between Ethereum and Wirex Pay
  • Use Cases
    • Individual Users
    • Non-Custodial Wallets
    • Payroll and Expense Management
    • Communities
    • Web3 Builders
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  1. Restaking

Actively Validated Services (AVS)

An Actively Validated Service (AVS) is a system that requires its own distributed validation semantics for verification. These services can range from sidechains and data availability layers to oracle networks and threshold cryptography schemes. Each AVS operates with its own set of contracts that manage the state relevant to the service's functionality, such as operator management and stake security.

Application to Wirex Pay-Reconciliation of Onchain and Offchain Transactional Data

For Wirex Pay, an AVS is developed to handle the reconciliation of onchain and offchain transactional data. This AVS would ensure that transactions recorded on the blockchain (onchain) match the transactions processed by external systems (offchain), providing a robust mechanism for maintaining data integrity and consistency.

The AVS breaks down its operations into units called "Tasks." Each Task represents the reconciliation of a set of transactions between the onchain records and offchain data sources. Operators will validate these reconciliations based on predefined rules and thresholds.

The AVS specifies the type of trust it inherits, such as using geographically diverse operators to ensure decentralized trust. This setup ensures that the reconciliation process is both transparent and resistant to manipulation.

Clearly defined conditions under which operators will be penalized (slashed) for incorrect validations is the key. This could include scenarios where mismatches in reconciled data exceed a certain threshold or where delays in processing exceed acceptable limits.

By leveraging the AVS framework, Wirex Pay can create a secure, decentralized system for reconciling onchain and offchain transactional data. This ensures data consistency, enhances transparency, and maintains the integrity of financial records, thereby improving overall trust in the Wirex Pay platform.

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Last updated 9 months ago