Social login with OAuth for mobile applications: User's view

Ho, Lee Kah; Katuk, Norliza

doi:10.1109/iscaie.2016.7575043

Cited by 2 publications

(2 citation statements)

References 19 publications

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“…But issues occur if the scope of the resource in consideration is limited, in this condition the user cannot know if any misuse is happening because there is no existing way by which the third party can access the resource technically. A similar issue was found when Oauth was implemented in smartphones [2], here a new prototype was implemented and users tested that prototype for security and the results were compared with mobile browsing apps which do not use OAuth. It was found that the OAuth protocol was redirecting the browser to malicious apps that were not needed by the user, so to improve this, a builtin module was suggested along with the protocol.…”

Section: Literature Reviewmentioning

confidence: 76%

Implementation of OpenIdconnect and OAuth 2.0 to create SSO for educational institutes

Sujanani¹,

Vinod²

2018

IJET

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Increase in the number of users is directly proportional to the need of verifying them. This means that any user using any website or application has to be authenticated first; this leads to the creation of multiple credentials of one user. Now if these different websites or applications are connected or belong to one single organization like a college or school, a lot of redundancy of data is there. Along with this, each user has to remember a wide range of credentials for different applications/websites. So in this paper, we address the issue of redundancy and user related problems by introducing SSO using OpenId Connect in educational institutes. We aim to mark the difference between the traditional system and proposed login by testing it on a group of users.

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Section: Literature Reviewmentioning

confidence: 76%

Implementation of OpenIdconnect and OAuth 2.0 to create SSO for educational institutes

Sujanani¹,

Vinod²

2018

IJET

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“…In their comprehensive study Bonneau, et al (2012) describe these efforts and discuss different approaches, such as graphical and cognitive methods, which they contrast in detail. In addition, there have been approaches for many years, for example to use existing social media accounts (social login) (Ho & Katuk, 2016) or to be able to access multiple applications with a single set of credentials (single sign-on (SSO)) (Radha & Reddy, 2012).…”

Section: Multi-faktor Authentication: Principle and Factorsmentioning

confidence: 99%

Authentication in a Hyperconnected World: Challenges, Opportunities and Approaches

Lipps,

Herbst,

Reddy

et al. 2024

iccws

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Authentication and integrity are the prerequisites for trustworthy and secure communication. Without unambiguous knowledge of who is being interacted with, no confidential content can be exchanged, no (remote) access to systems and equipment can be granted, and no trust can be established. This situation is further exacerbated by an increasing interconnection and globalization towards a hyperconnected world. (Communication) Participants are no longer necessarily in close physical and social proximity and do not need to know each other, but can have their source/destination anywhere in the world. An authentication process is used to verify that someone -whether human or machine-, is in fact who she claims to be: The process thus includes a validation step to evaluate an assertion. However, systems differ in terms of their requirements, for instance with regard to the authentication options available, the time period required for re-authentication and the frequency of re-authentication, as well as the level of security to be achieved with authentication. The latter particularly with regard to the cost/benefit ratio of the application. Additionally, there are efforts to finally abolish traditional passwords, passphrases and pin codes and render them obsolete. In this work, technologies and methods for authentication beyond passwords and trustworthy authentication will be examined, particularly with regard to future communication infrastructures such as Beyond 5G and Sixth Generation (6G) wireless systems. Thereby, the impact of Artificial Intelligence (AI) methods, but also the relevance to Quantum Key Distribution (QKD) and Post Quantum Cryptography, as well as the use of 6G-enabling technologies like Reconfigurable Intelligent Surfaces (RISs), Wireless Optical Communication (WOC) and Physical Layer Security (PhySec), for example as additional factors of a multi-factor authentication process, will be considered, along with Body Area Networks (BANs) and the integration of the human body relying on biometrics. The various concepts are compared with regard to their requirements, limitations and possible applications in order to provide the user with an orientation as to which authentication method is conceivable and useful in which specific scenarios.

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Social login with OAuth for mobile applications: User's view

Cited by 2 publications

References 19 publications

Implementation of OpenIdconnect and OAuth 2.0 to create SSO for educational institutes

Implementation of OpenIdconnect and OAuth 2.0 to create SSO for educational institutes

Authentication in a Hyperconnected World: Challenges, Opportunities and Approaches

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