Fetcch
  • 🟠What is Fetcch?
  • 🚅Pull Payments Layer
    • 🔭Overview
    • ❓How it works?
      • 👮Specification
      • 🎒How is it stored?
      • 🌊Pull Payments Flow
    • 🔐Security
      • 🎒Storage
      • ⛓️Cross Chain
    • ⚔️Use Pull Payments
  • 🆔Universal Identity Layer
    • 🔭Overview
    • ❓How it works?
      • 👮Specifications
      • 🎒How is it stored?
      • 🌊Identity Flow
    • 🔐Security
      • 🎒Storage
    • ⚔️Use Fetcch Identity
  • 🏗️Data Structures
    • 📖Address Books
      • 🔭Overview
      • 🎒Storage
  • 💻How to integrate?
    • ✈️Quickstart
    • ⛷️SDK Quickstart
    • 🔓Blockchain
    • ✨Guides
      • 🙇Authentication
      • 😁Identity
        • How to resolve identity?
        • How to create identity?
        • How to update identity?
      • 🤌Transaction Requests
        • How to get transaction requests?
        • How to create transaction request?
        • How to build transaction?
        • How to resolve transaction request?
      • 🫂Address Books
        • How to get address books?
        • How to create address books?
        • How to share address book?
        • How to accept address book request?
      • ⚙️Utility
        • How to sign messages?
          • EVM
          • Solana
          • Aptos
          • EIP-6492 Compatible Signatures
        • How to generate & verify proofs for identity?
    • 📖API Reference
      • ☢️Troubleshooting Errors
      • 🟢OpenAPI Specs
  • 🐧Open Source
    • 📸@fetcch/resolve-names
  • 🥶FAQs
    • FAQs
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  • Direct Payments (Pay)
  • Other Integrations
  1. Pull Payments Layer

Use Pull Payments

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Last updated 1 year ago

The Pull Payments system is revolutionizing how we think of blockchain based transactions, pivoting from the conventional 'push' to a more controlled 'pull' mechanism. This setup brings forth a range of applications, not just limited to direct payments. Let's explore some of the key ways in which Pull Payments can be harnessed:

Direct Payments (Pay)

  1. User-centric Control:

    • Unlike traditional methods where one pushes money, Pull Payments allow the receiver to send a request to the payer. This places the user at the center of the transaction, giving them more control and making the process more intuitive.

  2. Enhanced Security:

    • Each payment request is digitally signed, ensuring the authenticity of the request. This reduces the risk of fraudulent requests and provides an additional layer of security to the transaction.

Other Integrations

  1. Subscription Services:

    • Pull Payments can be seamlessly integrated into subscription-based platforms. Instead of users manually renewing, service providers can send periodic payment requests, ensuring uninterrupted service and easier management for businesses.

  2. Invoicing and B2B Transactions:

    • Businesses can use Pull Payments for sending digital invoices, streamlining the B2B transaction process. This digital transformation not only speeds up transactions but also minimizes errors inherent in manual processes.

  3. Cross-chain Transactions:

    • With the inherent support for cross-chain interoperability, Pull Payments can facilitate transactions across multiple blockchains. This feature is especially crucial in a decentralized ecosystem where assets are spread across different chains.

  4. E-Commerce Integrations:

    • Online retailers can incorporate Pull Payments for checkout processes. When a customer is ready to checkout, instead of inputting payment details, they can simply approve a payment request sent by the retailer.

By integrating Pull Payments, businesses and individuals alike can reap the benefits of a more streamlined, secure, and efficient transaction system. As the payments landscape continues to evolve, such innovations play a pivotal role in shaping the future of online transactions.

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