API Overview

Apple Pay Developer Guide
- Recent Revisions to This Document

Introduction to Apple Pay
- Two Apple Pay Decryption Methods
- Integration Options
  - Cybersource Decryption
  - Merchant Decryption
  - Unified Checkout
- Cards Supported for Apple Pay on Visa Platform Connect
- Payment Services Supported for Apple Pay
- Summary of Requirements for Using Apple Pay

Getting Started with Apple Pay
- Requirements for Payment Network Token Support
- Requirements for Enrolling in the Apple Developer Program
- Requirements for End-to-End Testing

Integrating Apple Pay into Your System
- Part 1: Set Up Your Apple Developer Account
  - Starting Enrollment in the Apple Developer Program
  - Completing Enrollment in the Apple Developer Program
  - Registering a New Merchant ID in Your Apple Developer Account
- Part 2: Create an Apple Pay Payment Processing Certificate
  - Generating a CSR for Cybersource Decryption
  - Generating a CSR for Merchant Decryption
  - Creating a Payment Processing Certificate for Your Merchant ID
- Part 3: Perform Additional Setup for Apple Pay on the Web
  - Creating an Apple Pay Merchant Identity Certificate
  - Registering Your Merchant Domains with Apple
  - Verifying the Merchant Domains That You Registered with Apple
- Validating Your Test Integration
- Integrating Apple Pay into Your Production Environment

Processing Apple Pay Transactions
- Authorize an Apple Pay Payment with Cybersource Decryption
  - Basic Steps: Authorizing a Payment with Cybersource Decryption
  - Fields Required to Authorize a Payment with Cybersource Decryption
  - REST Example: Authorize a Payment with Cybersource Decryption
- Authorize an Apple Pay Payment with Merchant Decryption
  - Basic Steps: Authorizing a Payment with Merchant Decryption
  - Fields Required to Authorize a Payment with Merchant Decryption
  - REST Example: Authorize a Payment with Merchant Decryption
- Process an Apple Pay Sale with Cybersource Decryption
  - Basic Steps: Processing a Sale with Cybersource Decryption
  - Fields Required to Process a Sale with Cybersource Decryption
  - REST Example: Process a Sale with Cybersource Decryption
- Process an Apple Pay Sale with Merchant Decryption
  - Basic Steps: Processing a Sale with Merchant Decryption
  - Fields Required to Process a Sale with Merchant Decryption
  - REST Example: Process a Sale with Merchant Decryption
- Reverse an Apple Pay Payment Authorization
  - Basic Steps: Reversing a Payment Authorization
  - Fields Required to Reverse a Payment Authorization
  - REST Example: Reverse a Payment Authorization
- Capture an Apple Pay Authorization
  - Basic Steps: Capturing an Authorization
  - Fields Required to Capture an Authorization
  - REST Example: Capturing an Authorization

Searching for Transactions
- Searching for Apple Pay Transactions

Reference Information
- Quick Integration for the Cybersource Decryption Method
- Endpoints for Services Supported with Apple Pay
- Optional Features Supported with Apple Pay

VISA Platform Connect: Specifications and Conditions for Resellers/Partners

On This Page

Introduction to Apple Pay

Apple Pay is a digital payment solution that enables your customers to make secure and convenient purchases without requiring them to enter their card details or shipping information. You can use the Cybersource platform to process and manage Apple Pay transactions.

When you offer your customers device apps
enabled for Apple Pay, you can collect payments for purchases made on iPhone and Apple Watch apps. When you offer your customers Apple Pay on the web
, Apple Pay cardholders can purchase goods and services from within your web app. You can try an Apple Pay test transaction on the Apple Developer site by using the Apple Pay on the Web Interactive Demo
:

https://applepaydemo.apple.com/

Using Apple Pay on the

Cybersource

platform can reduce the exposure of sensitive payment data to your system. When a cardholder initiates a purchase from within your Apple Pay enabled app or web page, Apple Pay receives the encrypted transaction. An Apple Pay server returns the transaction payment information re-encrypted with a developer-specific key. The key helps to ensure that only the app or the web page can access the encrypted information.

Customers experience reduced payment friction because their information is tokenized and stored for future use. Customers who configure auto-fill options for their Apple Pay accounts can have payment and card data pre-populate after they sign in to their accounts and authenticate.

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