Design and Implementation of an Iris Biometric Door Access Control System

Noma‐Osaghae, Etinosa; Okonigene, R. E.; Okereke, Chinonso; Okesola, Olatunji; Okokpujie, Kennedy

doi:10.1109/csci.2017.102

Cited by 16 publications

(10 citation statements)

References 8 publications

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“…Currently, many studies have proposed solutions to these issues, which are as follows:  Using hardware for authentication: This method involves using a keypad together with sensors and smartphones to form a digital door lock system [1], creating a password from a computer or a smartphone and having a user enter digits using the keypad [2], using a wearable device, such as a smartwatch deploying an android application, for identity verification [3], and using RFID for authentication and access control [4].  Using biometrics for authentication: This method includes developing equipment to unlock a door by using a fingerprint scanner for authentication [5][6], the development of a facial recognition system for authentication when accessing a building, where the system can send a notification to a smartphone when an intruder tries to enter a building [7][8] or use an image classification technique for a smart door closer system [9], and using an iris biometric to control access [10].  Using distance for authentication: This system detects the distance between the user and the device to confirm access.…”

Section: Related Studies On Residential Access Controlmentioning

confidence: 99%

Residential access control system using QR code and the IoT

Satanasaowapak

Kawseewai

Promlee

et al. 2021

IJECE

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This paper presents a residential access control system (RACs) using QR codes and the internet of things (IoT) to improve security and help house owners. The contribution of this paper is that it proposes two mechanisms in the authentication phase and the verification phase, respectively, to enhance residential access control. The main idea is using cryptography between smartphones and access control devices. The cryptography compares secret codes on the key server via the internet. The RACs can notify a user of the residential access status through the LINE application and show the statuses of devices through the network platform for the internet of everything (NETPIE) in real-time. We compare this system’s performance with that of the current access control methods in terms of security and access speed. The results show that this system has more security and has an access speed of 5.63 seconds. Moreover, this system is safer and more flexible than the comparative methods and suitable for contactless authentication.

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Section: Related Studies On Residential Access Controlmentioning

confidence: 99%

Residential access control system using QR code and the IoT

Satanasaowapak

Kawseewai

Promlee

et al. 2021

IJECE

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“…The paper in [8] details the design of a door access system which makes use of the iris biometric technique. The system makes use of an Arduino Uno and an iris scanner.…”

Section: Literature Reviewmentioning

confidence: 99%

Design of a Fingerprint Biometric Access Control System with GSM Functionality

Govender

Umenne

2021

2021 International Conference on Artificial Intelligence, Big Data, Computing and Data Communication Systems (icABCD)

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We live in a world with ever-increasing digital technology, hence the need for enhanced security systems is vital. In the past a simple PIN or password would have been sufficient to maintain the integrity of security systems, however with the advancements in technology, these are slowly becoming a secondary method of access control. Biometrics provide an enhanced level of security since they make use of unique characteristics or features of a person making them increasingly popular in security systems. This paper describes a project in which the fingerprint biometrics together with the Arduino Uno are used to provide access to a home security gate. A GSM module is appended to the system and used to provide an alert when unauthorized access occurs via a cellphone.

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“…Although, most Nigerian organisations are ill-equipped to mitigate malware threats, studies have shown that organisations cannot effectively mitigate botnet in isolation [5]. Both private and public organisations collaborate to fight botnet but the individuals and corporate entities in the private sector still remains the biggest victim of cybercrime [23][24][25]. Towards fighting against all forms of financial and cyber-crimes therefore EFCC was setup and empowered by Nigerian government to work hand in hand with the cybercrime Prevention Working Group to combat financial crimes.…”

Section: Best Practices and Incentivesmentioning

confidence: 99%

Internet service providers responsibilities in botnet mitigation: a Nigerian perspective

Okesola

Adebiyi

Osi-Okeke

et al. 2020

IJECE

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Botnet-based attack is dangerous and extremely difficult to overcome as all the primary mitigation methods are passive and limited in focus. A combine efforts of Internet Service Providers (ISPs) are better guides since they can monitor the traffic that traverse through their networks. However, ISPs are not legally banded to this role and may not view security as a primary concern. Towards understudying the involvement of ISPs in Botnet mitigation in Nigeria, this study elicited and summarized mitigation measures from scientific literatures to create a reference model which was validated by structured interview. Although, ISPs role is seen to be voluntary and poorly incentivized, the providers still take customers security very serious but concentrate more on preventive and notification measures.

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Design and Implementation of an Iris Biometric Door Access Control System

Cited by 16 publications

References 8 publications

Residential access control system using QR code and the IoT

Residential access control system using QR code and the IoT

Design of a Fingerprint Biometric Access Control System with GSM Functionality

Internet service providers responsibilities in botnet mitigation: a Nigerian perspective

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