Efficient tag-to-tag near field communication (NFC) protocol for secure mobile payment

Husni, Emir; Kuspriyanto, .; Basjaruddin, Noor Cholis; Purboyo, Tito Waluyo; Purwantoro, Sugeng; Ubaya, Huda

doi:10.1109/icici-bme.2011.6108602

Cited by 19 publications

(12 citation statements)

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“…Moreover, their scheme did not verify the merchant in the mobile payment system, whereas the Point-of-Sale merchant cannot be assumed to as a legal seller. In 2011, E. Husni et al [7] proposed a Tag-to-Tag NFC protocol that could realize mutual authentication for a consumer and merchant. However, the protocol used both a symmetric key and the consumer's password, which cannot meet the requirements of highly dynamic NFC mobile payments.…”

Section: Related Workmentioning

confidence: 99%

A Secure and Efficient Key Authentication using Bilinear Pairing for NFC Mobile Payment Service

Chen

Choi

Chae

2017

Wireless Pers Commun

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Near Field Communication (NFC) is widely used as a contactless communication technology in mobile phones for mobile payments. However, achieving payment security is challenging due to the authentication between the NFC-enabled mobile phone users and the merchants. Attackers can use the vulnerabilities of card payment transactions to compromise the NFC communication message and then transmit the wrong payment information to the communicators. An efficiency key authentication scheme is proposed to help NFC-enabled mobile payment communication using bilinear pairing. The proposed scheme can furnish a secure environment for NFC mobile payments by providing unlinkability and unforgeability functions to prevent attack scenarios.

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Section: Related Workmentioning

confidence: 99%

A Secure and Efficient Key Authentication using Bilinear Pairing for NFC Mobile Payment Service

Chen

Choi

Chae

2017

Wireless Pers Commun

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“…To do The tag is a chip in a card or a sticker. The data stored in the NFC device or the NFC tag is located in the secure element [11][12][13]. The application of NFC is to access information faster such as, exchanging identity cards, sharing links, and doing network configuration, e.g.…”

Section: Introductionmentioning

confidence: 99%

Single identity in check-in using NFC in airport

Renardi

Basjaruddin²,

Kuspriyanto

2020

IJEECS

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An increase in transactions in airports is in line with a growing number of airline passengers, thus, a system which can enhance the service may be required. One of the concerns related to airline services is the long time for transactions due to the time required for each transaction and the number of transactions for each passenger. One of the transactions which require long time is the check-in process. In addition, the conventional check-in process also requires paper which its use is rapidly rising due to the increasing number of passengers. Hence, an NFC (Near Field Communication)-based system can be applied to accelerate transactions and to reduce the use of paper. Transactions in airports require several documents including booking reference and passengers’ identity cards, and both of which can be digitally stored in an NFC device. This study revealed that the implementation of SI could accommodate the check-in process in airports and decrease the redudancy of passenger data.

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“…Due to applications, smartphone is an electronic device that is most commonly used. A sort of smartphone apps has been made by the developers in Indonesia, for example: GO-JEK (online taxi motorbike) has successfully run using smartphone [1], mobile-based academic information system [2], shopping using smartphone [3], mobile payment [4,5], and mobile service commerce [6].…”

Section: Introductionmentioning

confidence: 99%

Dynamic Rule Encryption for Mobile Payment

Husni

2017

Security and Communication Networks

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The trend of financial transactions by using a mobile phone or mobile payment increases. By using the mobile payment service, users can save money on mobile phone (handset) and separate from the pulse. For protecting users, mobile payment service providers must complete the mobile payment service with the transaction security. One way to provide transaction security is to utilize a secure mobile payment application. This research provides a safety feature used for an Android-based mobile payment application. This security feature is making encryption rules dynamically named Dynamic Rule Encryption (DRE). DRE has the ability to protect data by means of encrypting data with dynamic rules, and DRE also has a token function for an authentication. DRE token raised with dynamic time-based rules. Here, the time is used as a reference with the order of the day in the year (day of the year). The processes of the DRE’s encryption, decryption, and the DRE’s functionality as the token are discussed in this paper. Here, the Hamming distance metric is employed for having maximum differences between plaintext and ciphertext.

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Efficient tag-to-tag near field communication (NFC) protocol for secure mobile payment

Cited by 19 publications

References 0 publications

A Secure and Efficient Key Authentication using Bilinear Pairing for NFC Mobile Payment Service

A Secure and Efficient Key Authentication using Bilinear Pairing for NFC Mobile Payment Service

Single identity in check-in using NFC in airport

Dynamic Rule Encryption for Mobile Payment

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