Mobile Payment Protocol 3D by Using Cloud Messaging

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Presentation transcript:

Mobile Payment Protocol 3D by Using Cloud Messaging Mohammad Vahidalizadehdizaj AND AVERY LEIDER RESEARCH DAY – MAY 5, 2017 - Pace University

E-Commerce E-commerce (Electronic Commerce) is any financial transaction over Internet M-commerce (Mobile Commerce) is e-commerce via mobile platform An e-commerce transaction involves purchaser or card holder, merchant, purchaser’s credit card issuer (bank), merchant’s acquirer (bank), and certification authority for supporting secure transaction execution M-commerce transaction involves e-commerce parties plus mobile network operator

Motivation Mobile devices like smart phones and tablets are becoming 43 very popular among people Forrester predicted 11 percent (of whole e-commerce) growth in m-commerce between 2016 and 2020 Currently, m-commerce has 35 percent of e-commerce transactions Forrester predicts that m-commerce will be 49 percent of e-commerce in 2020 This amount is 252 billion dollars in sales

Background Diffie and Hellman in their seminal work developed a key agreement scheme between two parties over an insecure channel. Internet Keyed Payment Protocols (iKP) IBM developed iKP (i = 1; 2; 3) family of protocols. The initial version of SET emerged in a call for security standards by MasterCard and Visa in February 1996 KSL is a payment protocol for e-commerce in fixed networks like the Internet.

Issues However, Diffie-Hellman is using algebra of exponents that is not suitable for mobile platform. Mobileplatform has limited memory and computational power. Algebra of exponents produce larger numbers. These large numbers are not suitable for mobile platform. Existing mobile payment protocols are built for the computers with a stable network connection. None of these protocols are built for mobile platform. Mobile platform has its own limitations like computational power and network bandwidth. Also, the network stability of the mobile platform is not comparable with a wired network connection. So, these protocols are not suitable for mobile platform. These protocols don’t protect the privacy of the payer. Defining a secure channel in these protocols are expensive.

The Proposed Mobile Payment Protocol

3D Secure 3D Secure is an extra layer of security for payment protocols. In current 3DS, customer may face a pop-up window in the payment process based on 3DS. This pop-up window may be considered as a man in the middle or phishing scam, since its domain is not Visa, MasterCard, the bank’ domain, or the merchant’s domain This protocol is dependent on the geographic location of the customer at the time of the transaction This protocol is inconvenient for the people who tend to change their number time to time

The Proposed 3DS Implementation Cloud messaging is a mobile service that allows third-party applications to send data or information as push notification from their servers to the operating system on the device. Note that, device operating system is handling these messages. All mobile devices support this feature nowadays. Apple has APNS (Apple Push Notification Service), Google has GCM (Google Cloud Messaging), Microsoft has MPNS (Microsoft Push Notification Service), and Blackberry has BBPS (Blackberry Push Service). This feature is well supported in mobile devices and it is secure to transfer messages from third-party to the mobile device. Cloud messaging will be utilized for transferring one time passwords to customers and as the extra security layer in the protocol This extra security layer prevents card not present fraud. The extra security layer is improved version of the 3D Secure protocol Note that, by using cloud messaging instead of text messaging, the customer can see the source of notifications and authentications This approach is not dependent on the current geographic location of the customer

Comparison

Conclusion In the recommended payment protocol, two different random and time-stamp generated numbers are defined to avoid replay attacks. Digital signature is utilized to support non-repudiation in the protocol. The payer and payee should digitally sign the transaction to prevent repudiation. An extra security layer is suggested to prevent card not present fraud. Cloud messaging is recommended to implement this extra security layer in order to solve original 3DS issues

Question