A Novel 3D Graphical Password Schema

Alsulaiman, Fawaz A.; Saddik, Abdulmotaleb El

doi:10.1109/vecims.2006.250805

Cited by 35 publications

(10 citation statements)

References 2 publications

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“…Previous research on authentication in virtual environments on 2D devices has highlighted the value of 3D passwords as an alternative to common authentication mechanisms, with the assumption that they are highly secure whilst also being less prone to shoulder surfing attacks [3], [12], [29]. As 3D passwords are not yet widely accepted, we start with accepted methods, namely PINs and Patterns (Android Unlock Pattern).…”

Section: B Authentication Concepts In Other Environmentsmentioning

confidence: 99%

Seamless and Secure VR: Adapting and Evaluating Established Authentication Systems for Virtual Reality

George¹,

Khamis²,

Zezschwitz³

et al. 2017

Proceedings 2017 Workshop on Usable Security

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Virtual reality (VR) headsets are enabling a wide range of new opportunities for the user. For example, in the near future users may be able to visit virtual shopping malls and virtually join international conferences. These and many other scenarios pose new questions with regards to privacy and security, in particular authentication of users within the virtual environment. As a first step towards seamless VR authentication, this paper investigates the direct transfer of well-established concepts (PIN, Android unlock patterns) into VR. In a pilot study (N = 5) and a lab study (N = 25), we adapted existing mechanisms and evaluated their usability and security for VR. The results indicate that both PINs and patterns are well suited for authentication in VR. We found that the usability of both methods matched the performance known from the physical world. In addition, the private visual channel makes authentication harder to observe, indicating that authentication in VR using traditional concepts already achieves a good balance in the trade-off between usability and security. The paper contributes to a better understanding of authentication within VR environments, by providing the first investigation of established authentication methods within VR, and presents the base layer for the design of future authentication schemes, which are used in VR environments only. While authentication has been explored for multiple do-Permission to freely reproduce all or part of this paper for noncommercial purposes is granted provided that copies bear this notice and the full citation on the first page. Reproduction for commercial purposes is strictly prohibited without the prior written consent of the Internet Society, the first-named author (for reproduction of an entire paper only), and the author's employer if the paper was prepared within the scope of employment.

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Section: B Authentication Concepts In Other Environmentsmentioning

confidence: 99%

Seamless and Secure VR: Adapting and Evaluating Established Authentication Systems for Virtual Reality

George¹,

Khamis²,

Zezschwitz³

et al. 2017

Proceedings 2017 Workshop on Usable Security

View full text Add to dashboard Cite

show abstract

“…Otentifikasi adalah sebuah proses pembentukan identitas seorang pengguna sehingga dapat diotorisasi berhak atau tidak mengakses sebuah sistem atau aplikasi. Proses otentifikasi bisa terdiri dari berbagai tipe tergantung dari tingkatan keamanan yang diterapkan [3].…”

Section: A Otentifikasiunclassified

Survey Tingkat Penggunaan Single Sign On pada 500 Situs Peringkat Teratas Alexa.com

Suhartanta¹,

Sastra

2017

MITE

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Advances in Internet technology has provided a new market for the growth of the service provider. New sites appear in large numbers every year. This gives a new problem for users of the service. Users are forced to memorize many username and password to access the service. Overcoming it is a new emerging technology, the technology called Single Sign On (SSO). SSO offers simple authentication process for users to access many services sites. But the level of confidence of users and service providers, in the use of SSO technology have not been investigated. In this research shows that the rate of utilizing the SSO technology of the top 500 sites on alexa.com by 31% (155 websites). And the level of utilization of the SSO more than one provider, by 41%. In studies it appears that the most used SSO services provider is google followed by facebook and twitter.

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“…In this paper, the reviewed graphical password schemes included are the S3PAS (Huanyu, 2007), Triangle Scheme (Sabrado, 2002), Intersection Scheme (Sabrado, 2002), Moveable Frame (Sabrado, 2002), YAGP (HaiChang, 2008), ColorLogin (HaiChang, 2009, RGGPW (Lin Phen-Lan, 2008), CTZ (Kumar V., 2009), Use Your Illusion (Eiji Hayashi, 2008), Association-based Graphical Password Scheme (Zhi Li, 2005), Blonder's Graphical Password Scheme (G. Blonder, 1996), PassPoint (S. Weidenbeck, 2005), Pass-Go (H. Tao, 2008), Passfaces (realuser.com), V-Go (Passlogix, 2007), Random Art (R. Dhamija, 2000), 3D (Alsulaiman F.A., 2006), Hasegawa et al Algorithm (Hasegawa, 2009), An Interaction and Secure User Authentication Scheme (Qibin Sun, 2008), User Authentication for Mobile Device through Image Selection Scheme (Sarwar M.I, 2008), SFR Password (http://www.sfr-software.de/cms/EN/pocketpc/sfr-password/index.html, 2009), Jansen et al Algorithm (W. Jansen, 2004), Recall-A-Story (Yves Maetx, 2009), Awase-E (Tetsuji Takada, 2008), Stroke-based Graphical Password Scheme (ZiranZheng, 2009), and DAS (Jermyn I., 1999).…”

Section: Existing Graphical Password Schemesmentioning

confidence: 99%

Identifying the Re-usability of Triangle Scheme and Intersection Scheme on Mobile Device

Seng¹,

Ithnin²,

Mammi³

2011

CIS

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Graphical passwords are vulnerable to shoulder-surfing attacks as the images are easier to remember than text. Therefore, existing graphical password schemes incorporate anti-shoulder-surfing mechanisms to ensure that the graphical password is safe against such attacks. Unfortunately, according to the literature review, most graphical password schemes with anti-shoulder-surfing mechanisms are for general devices, not mobile devices. Therefore, in this experiment, two general device graphical password anti-shoulder-surfing mechanisms, which are the Triangle and Intersection schemes, are reconstructed on a mobile device to test if general device graphical password anti-shoulder-surfing mechanisms can be reused in mobile devices.

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A Novel 3D Graphical Password Schema

Cited by 35 publications

References 2 publications

Seamless and Secure VR: Adapting and Evaluating Established Authentication Systems for Virtual Reality

Seamless and Secure VR: Adapting and Evaluating Established Authentication Systems for Virtual Reality

Survey Tingkat Penggunaan Single Sign On pada 500 Situs Peringkat Teratas Alexa.com

Identifying the Re-usability of Triangle Scheme and Intersection Scheme on Mobile Device

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