CPMap: Design of Click-Points Map-Based Graphical Password Authentication

Meng, Weixiao; Fei, Fei; Jiang, Lijun; Liu, Zhe; Su, Chunhua; Han, Jinguang

doi:10.1007/978-3-319-99828-2_2

Cited by 4 publications

(4 citation statements)

References 30 publications

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“…In reference [51], they showed that graphical passwords (GPs) might be a viable solution to traditional authentication schemes. Map-based GPs (geographical passwords), which enable users to choose one or more locations on a map for authentication, have been designed to provide an expansive password room.…”

Section: Map-based Graphical Passwordmentioning

confidence: 99%

Smart Android Graphical Password Strategy: A Review

Izadeen

Ameen

2021

AJRCoS

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In recent years, when users across the world have embraced smart devices in greater numbers owing to recent advances and appealing applications, they have also become a target for criminals who are zealously attempting to breach protection. As a result, a significant number of attacks have been observed on these systems. As a result, several password-based authentication mechanisms have been proposed to counteract these attacks. Among them, the graphical password scheme is more consistent with smart devices, which are highly graphic-oriented. However, current graphical password schemes are vulnerable to a variety of assaults, including shoulder surfing, smudging, intersection attacks, and reflection attacks. Thus, the paper aims to review recent published papers on android smart phone graphical password and identify used techniques. Moreover, the paper analyzes results to give better understanding for users of such devices to protect their devices from unauthorized access and attacks.

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Section: Map-based Graphical Passwordmentioning

confidence: 99%

Smart Android Graphical Password Strategy: A Review

Izadeen

Ameen

2021

AJRCoS

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“…Meng and Liu [30] proposed TMGMap, a touch movement-based graphical password scheme, in which users can draw their secrets on a world map via touch movement events on smartphones. Meng et al [31] introduced CPMap, a click-points map-based GP scheme that allows users to choose one place on a world map at first and then choose a point or an object on an image associated with the previously selected location. Some other relevant studies on improving the performance of GPs can be referred but not limited to [7,14,21,22,23,25,27,28,45].…”

Section: Gp Classificationmentioning

confidence: 99%

Enhancing the security of FinTech applications with map-based graphical password authentication

Meng¹,

Zhu²,

et al. 2019

Future Generation Computer Systems

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With the rapid development of information technology (IT) in financial industry, financial technology (FinTech) has become an emerging area for enterprises and organizations. Due to the wide adoption of IT, various FinTech applications are used by financial industry to help process information and offer financial services. Traditionally, textual passwords are the most widely deployed authentication mechanism, while having many known limitations. As a result, there is a need to enhance the security of FinTech authentication against cyber-criminals. As an alternative, graphical passwords (GPs) are considered as one promising solution to complement traditional password-based systems. In the literature, various GP schemes were proposed such as PassPoints, DAS, Cued Click Points, GeoPass, etc. In this work, we identify that multiple password inference has become a challenge for most GP schemes, and thus design RouteMap, a map-and route-based GP to further improve the security of FinTech applications. This scheme requires users to create a route on a world map as their credentials. In the evaluation, we involved a total of 120 participants, among which 60 of them have financial (FinTech) background, and investigated the performance of RouteMap by comparing it with two similar schemes. Our results demonstrate that participants can achieve better performance using RouteMap in the aspects of authentication accuracy and multiple password memory. Our effort attempts to complement existing studies and stimulate more research on the combination of GP and FinTech.

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“…Certain websites use dynamic codes through e-mails or phone messages to provide authentication. It is one of the most successful two-factor authentication schemes, but the identified problem is that it mainly relies on other devices [3,4]. Some of the earlier studies found that the users can better recall images than text passwords.…”

Section: Introductionmentioning

confidence: 99%

An Advanced Knowledge Based Graphical Authentication Framework with Guaranteed Confidentiality and Integrity

Golar,

Sharma

2023

IJRITCC

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The information and security systems largely rely on passwords,which remain the fundamental part of any authentication process. The conventional authentication method based on alphanumerical username and password suffer from significant disadvantages. The graphical password-based authentication system has recently been introduced as an effective alternative. Although the graphical schemes effectively generate the passwords with better flexibility and enhanced security, the most common problem with this is the shoulder surfing attack. This paper proposes an effective 3D graphical password authentication system to overcome such drawbacks. The system is based on the selection of click points for generating passwords. The proposed work involved a training phase for evaluating the model in terms of the success rate. The overall evaluations of the model in terms of password entropy, password space, login success rates, and prediction probability in the shoulder surfing and guessing attacks proved that the model is more confidential and maintains a higher range of integrity than the other existing models.

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CPMap: Design of Click-Points Map-Based Graphical Password Authentication

Cited by 4 publications

References 30 publications

Smart Android Graphical Password Strategy: A Review

Smart Android Graphical Password Strategy: A Review

Enhancing the security of FinTech applications with map-based graphical password authentication

An Advanced Knowledge Based Graphical Authentication Framework with Guaranteed Confidentiality and Integrity

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