Crypto PaymentsCrypto payin
Crypto Payin API
This document provides a comprehensive guide to integrate with the Pay Agency's Crypto Payin API. The Crypto Payin API allows seamless cryptocurrency payment processing. The API endpoint and payload details are provided below, along with examples in multiple programming languages.
API Endpoint
Parameters
Parameter | Type | Description | Required |
---|---|---|---|
first_name | String | First name of the payer | Yes |
last_name | String | Last name of the payer | Yes |
email | String | Email address of the user | Yes |
amount | Number | Transaction amount in smallest currency unit | Yes |
currency | String | Currency code (ISO 4217 format) | Yes |
crypto_currency | String | Cryptocurrency code (e.g., BTC, ETH, USDT) | Yes |
ip_address | String | IP address of the user | Yes |
phone_number | String | Phone number of the payer | Yes |
address | String | Billing address | Yes |
order_id | String | Unique order from merchant side | Yes |
redirect_url | String | URL to redirect users after payment | Yes |
webhook_url | String | URL for server-to-server webhook notifications | No |
terminal_id | String | Connector unique terminal_id (It's useful when you want to bypass all routing and cascading logic) | No |
Payload
The payload should be sent in JSON format. Below is the structure of the payload:
Example Responses
Success Response
Error Response
Integration Examples
The API uses AES-256-CBC encryption to ensure secure transmission of sensitive data. Before sending the payload, you need to encrypt it using your encryption key and a dynamically generated initialization vector (IV). The encrypted payload and the IV must be sent to the API for proper decryption on the server side.
Each integration example demonstrates:
- How to encrypt the payload using AES-256-CBC.
- How to generate a random IV.
- How to include both the encrypted data and the IV in the API request.