Secure Payments

While conducting payments on our web shop you are using Stripe and PayPal – an advanced system for secure acceptance of credit cards on the Internet.

Stripe and PayPal ensures complete privacy of your credit card data from the moment you type them into the Stripe and PayPal payment form. Data required for billing is forwarded encrypted from your web browser to the bank that issued your payment card. Our store never comes into contact with your sensitive payment card data. Similarly, MRVL Group operators cannot access your complete cardholder data. An isolated system core independently transmits and manages sensitive data while at the same time keeping it completely safe.

The form for entering payment data is secured by an SSL transmission cipher of the greatest reliability. All stored data is additionally protected by hi-grade encryption. Stripe and PayPal fulfills all of the requirements for safe online payment prescribed by the leading credit card brands, operating in compliance to the PCI standard – the highest security standard of the payment card industry. Payments made by cards enroled with the 3-D Secure program are further authenticated by the issuing bank, confirming your identity through the use of a token or a password.

All information collected by Stripe and PayPal is considered a banking secret and treated accordingly. The information is used exclusively for the purposes for which they were intended. Your sensitive data is fully secure and its privacy is guaranteed by the state of the art safeguard mechanisms. We collect only the data necessary for performing the work in accordance with the demanding prescribed procedures for online payment.

Security controls and operating procedures applied within the Stripe and PayPal infrastructure not only ensure current reliability of Stripe and PayPal but permanently maintain and enhance the security levels of protecting your credit card information by maintaining strict access controls, regular security and in-depth system checks for preventing network vulnerabilities.

X