Two factor verification using QR-code: A unique authentication system for Android smartphone users

Rodrigues, Brinzel; Chaudhari, Anita; More, Shraddha

doi:10.1109/ic3i.2016.7918008

Cited by 22 publications

(14 citation statements)

References 2 publications

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“…In the case of physical effort, the process of entering an ID and password is more mobile than expected because it uses a mouse and keyboard to enter characters. Recently, additional authentication methods using secondary passwords and QR codes [5] have been utilized by utilizing smartphones [4] to increase security. This method is certainly highly reliable in security, but there is a hassle of unlocking a smartphone, using an application, or checking a message and entering it back into the computer.…”

Section: A Id-password Authenticationmentioning

confidence: 99%

Delivery of User Intentionality between Computer and Wearable for Proximity-based Bilateral Authentication

Jo¹,

Lee²,

Jo³

2021

IJACSA

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Section: A Id-password Authenticationmentioning

confidence: 99%

Delivery of User Intentionality between Computer and Wearable for Proximity-based Bilateral Authentication

Jo¹,

Lee²,

Jo³

2021

IJACSA

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“…On the client-side, a user must scan it with his/her smartphone using a relevant application. A scheme was proposed by Rodrigues et al [11]. It uses QR technology to create a 2nd Factor.…”

Section: B Quick Response Codes (Qr)mentioning

confidence: 99%

0EISUA: Zero Effort Indoor Secure User Authentication

2020

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Two-factor authentication (2FA) systems implement by verifying at least two factors. A factor can be one or more of something a user knows (password, or phrase), something a user possesses (smart card, or smartphone), something a user is (fingerprint, or iris), something a user does (keystroke), or somewhere a user is (location). In a conventional 2FA system, a user is required to interacts (e.g., typing a passcode) in order to implement the second layer of authentication, which is not very user-friendly. Nowadays, smart devices (phones, laptops, tablets, etc.) can receive signals from different radio frequency technologies within range. As these devices move among networks (Wi-Fi access points, cell phone towers, etc.), they receive broadcast messages, some of which can be used to collect information. This information can be utilized in a variety of ways, such as establishing a connection, sharing information, locating devices, and, most appropriately, identifying users in range. The principal benefit of broadcast messages is that the devices can read and process the embedded information without being connected to the broadcaster. Moreover, the broadcast messages can be received only within a range of the wireless access point sending the broadcast, thus inherently limiting access to those devices in close physical proximity and facilitating many applications dependent on that proximity. In this paper, 0EISUA is proposed, a zero-effort two-factor authentication scheme based on something that is in the user's environment (ambient access points). In our research, data from the broadcast messages are utilized to implement the second authentication factor by determining whether two devices are proximate or not to ensure that they belong to the same user, in a way that requires zero interaction from the user. The new proposed system introduced in this paper is experimentally tested.

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“…RSA SecurID [14] and Google Authenticator [15] are well-known examples of OTP implementation. Unfortunately, common OTP mechanisms such as [16,17] have the possibility of vulnerability on the server side. When compromised, attackers might obtain the shared secrets and compute the OTP to authenticate.…”

Section: Related Workmentioning

confidence: 99%

2FYSH: two-factor authentication you should have for password replacement

Pranata

Nugroho

2019

TELKOMNIKA

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Password has been the most used authentication system these days. However, strong passwords are hard to remember and unique to every account. Unfortunately, even with the strongest passwords, password authentication system can still be breached by some kind of attacks. 2FYSH is two tokens-based authentication protocol designed to replace the password authentication entirely. The two tokens are a mobile phone and an NFC card. By utilizing mobile phones as one of the tokens, 2FYSH is offering third layer of security for users that lock their phone with some kind of security. 2FYSH is secure since it uses public and private key along with challenge-response protocol. 2FYSH protects the user from usual password attacks such as man-in-the-middle attack, phishing, eavesdropping, brute forcing, shoulder surfing, key logging, and verifier leaking. The secure design of 2FYSH has made 90% of the usability test participants to prefer 2FYSH for securing their sensitive information. This fact makes 2FYSH best applied to secure sensitive data needs such as bank accounts and corporate secrets.

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Two factor verification using QR-code: A unique authentication system for Android smartphone users

Cited by 22 publications

References 2 publications

Delivery of User Intentionality between Computer and Wearable for Proximity-based Bilateral Authentication

Delivery of User Intentionality between Computer and Wearable for Proximity-based Bilateral Authentication

0EISUA: Zero Effort Indoor Secure User Authentication

2FYSH: two-factor authentication you should have for password replacement

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