Using the mobile phone as a security token for unified authentication

Hallsteinsen, S.; Jørstad, Ivar; Thành, Đỗ Văn

doi:10.1109/icsnc.2007.82

Cited by 34 publications

(16 citation statements)

References 3 publications

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“…However, the discussed work of [4] lacks potential benchmarking. Usage of mobile device was seen in the work of Hallsteinsen and Jorstad [5] for performing authentication. Certain studies [6] have also introduced Smart cards for security checks for user.…”

Section: Related Workmentioning

confidence: 98%

“…However, the study and its associated problems are more or less related to work done by [4] and [5]. Studies to overcome such similar approach by new and unique approach was found in the work carried out by Qing et al [11] who have proposed a new self-updating hash chain based linear partition-combination algorithm which can share data into m-parts and any part can't leak any information of data.…”

Section: Related Workmentioning

confidence: 98%

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S-DILS: Framework for Secured Digital Interaction Learning System Using keccak

Pratiba¹,

Shobha²

2015

Software Engineering in Intelligent Systems

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Abstract. Authentication plays a critical role in network security. After reviewing the prior studies, it is found that authentication system focusing on Learning Management System (LMS) based on cloud environment is very few. Majority of the prior security techniques applies conventional cryptographic hash function where enough robustness and resiliency towards various vulnerable attacks on cloud environment is substantially missing. Therefore, this paper presents a novel, simple, and yet cost effective authentication technique that uses the potential characteristics of recently launched keccak protocol by NIST for the first time in securing the accessibility of users in interactive digital library system. Hence, we coined a term S-DILS i.e. secured-Digital Interactive Learning System. The outcome of the system is compared with existing hash protocols to find that S-DILS excels far better in every respect of security.

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Section: Related Workmentioning

confidence: 98%

Section: Related Workmentioning

confidence: 98%

S-DILS: Framework for Secured Digital Interaction Learning System Using keccak

Pratiba¹,

Shobha²

2015

Software Engineering in Intelligent Systems

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“…A One-Time-Password (OTP) MIDlet working on a mobile phone for integrated authentication designed for various types of internet services is presented in [39]. The proposed system minimizes the burden on users by automating the solution.…”

Section: A Review Of Otp Based Schemesmentioning

confidence: 99%

Contemplation of Effective Security Measures in Access Management from Adoptability Perspective

Mehraj¹,

Rasool²,

Khan³

et al. 2015

ijacsa

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Abstract-With the extension in computer networks, there has been a drastic change in the disposition of network security. Security has always been a major concern of any organization as it involves mechanisms to ensure reliable access. In the present era of global electronic connectivity where hackers, eavesdroppers, electronic frauds, viruses are growing in number, security has proved to be indispensable. Although numerous solutions have been put forth in literature to guarantee security, they have botched with related traits like efficiency and scalability. Despite the range of security solutions that have been presented by experts, not a single approach has been wholly agreed upon to provide absolute security or standardized upon unanimously. Furthermore, these approaches lack adoptable user implementation. In this paper, various approaches and techniques that were introduced in the past for the purpose of enhancing the authentication and authorization of the user while performing sensitive and confidential transaction are discussed. Each of works performed by the researchers is taken singlehandedly for debate followed by analysis. Finally, the open issues in the current domain of study are formulated from the review conducted.

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“…In terms of phone number privacy, with the popularity of mobile phones, a mobile phone number is used by more and more network systems as a means of binding users' identity [8]. User privacy stored in the system database, such as users' phone numbers, is often stolen by attackers who successfully invade the system database [9,10].…”

Section: Introductionmentioning

confidence: 99%

Breaking Users’ Mobile Phone Number Based on Geographical Location: A Case Study with YY

Yue

Hua-ping

2018

Information

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Geographical location and mobile phone numbers are important parts of user privacy and lots of studies have been working on the privacy leakage problems of these two aspects. However, no researchers have ever studied the security problems that can be caused by the interaction between them. We show a new form of network attack in this paper by making full use of the relationship between them; namely, we try to break a user's mobile phone number with the aid of a user's geographical location that has been broken. We study the phenomenon of exposing a user's geographical location and parts of their phone number that exist in a series of popular software products, and the possibility of the user's mobile phone number to be broken is discussed. We choose one of the software (the largest entertainment webcast platform in China-YY) as the research object. First, taking advantage of a series of security vulnerabilities that exist in YY, a user's accurate geographical location is broken by the trilateration localization algorithm. Then, their mobile phone number attribution can be inferred according to their geographical location. Next, a mobile phone number test set is constructed according to the mobile phone segment allocation made by the three carriers (telecommunication operators) and the exposed parts of the user's phone number. Finally, a brute-force method is used to break the user's mobile phone number. The great effect of a user's geographical location on breaking a mobile phone number is proved by experiments, and security precaution suggestions are given at the end of the paper.

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Using the mobile phone as a security token for unified authentication

Cited by 34 publications

References 3 publications

S-DILS: Framework for Secured Digital Interaction Learning System Using keccak

S-DILS: Framework for Secured Digital Interaction Learning System Using keccak

Contemplation of Effective Security Measures in Access Management from Adoptability Perspective

Breaking Users’ Mobile Phone Number Based on Geographical Location: A Case Study with YY

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