eNets Payment Gateway Overview
eNets is a widely used payment gateway in Singapore, offering secure and efficient transaction processing for businesses and individuals. It supports multiple payment methods, including credit and debit cards, direct bank transfers, and mobile payments. The platform primarily facilitates transactions in Singapore Dollars (SGD), making it a preferred choice for businesses operating within the country. Additionally, eNets supports integration with major international card networks such as Visa and Mastercard, allowing businesses to accept payments from global customers.

Supported Cards and Payment Methods
eNets provides a variety of payment options to cater to different customer needs:
Credit and Debit Cards – Supports Visa, Mastercard, and UnionPay.
Direct Bank Transfers – Enables secure payments through internet banking with major Singaporean banks.
Mobile Payments – Offers seamless mobile wallet integration for quick transactions.
With these options, eNets is ideal for e-commerce stores, online services, and subscription-based businesses.

Secure and Reliable Payment Processing
eNets implements advanced encryption and fraud prevention measures, ensuring secure and reliable payment transactions. It complies with regulatory standards, providing businesses with a trusted payment solution.

Connecting eNets to Your Shopify Store Using CartDNA App
The CartDNA Shopify app provides an easy way to integrate eNets with your Shopify store, enabling merchants to accept payments seamlessly. Once installed, CartDNA guides users through the setup process, allowing them to link their eNets account with Shopify’s payment system.

To configure the integration, merchants need to enter their eNets account details within the CartDNA app. The app supports multi-currency setups, providing flexibility for businesses catering to both local and international customers.

With this integration, Shopify merchants in Singapore can enhance their business by offering fast, secure, and reliable payment processing through eNets.