Security Management Access Control System

Abstract

Authenticating a legitimate user is a trivial task, which is involved in a door lock system, safe lock and also in ATM transactions while accessing bank accounts to secure personal information. Security is a major concern due to large number of criminal and malicious activities. For better understanding let's consider the security feature of an ATM machine which uses the access card along with its PIN for verification. Now this basic level of security provided by the PIN can be enhanced along with fingerprint verification. In the proposed system we have ingrained the Global System for Mobile Communications (GSM) modem that connects to the core controller. It generates a one-time password (four digit) that is sent to the primary user’s mobile number when the user (primary user or secondary user) enrolls the fingerprint. The fingerprints of the secondary user along with the cardholder (primary user) are saved inside the database. Every fingerprint entered is validated by the database. The four digit PIN should be enrolled using a keypad. Further, the transaction is completed on entering the exact information. In case the cardholder is unable to do the transaction the system also provides a facility for fingerprint identification of the nominee. Since biometric features are unique; the proposed system will solve the issue of account security. This system can be designed using ARM7 LPC2148 as a core controller. It also uses SM630 fingerprint module to capture fingerprints, which consists of an optical sensor and DSP processor. This system can be integrated with any application because of the uniqueness provided with fingerprints. Additional convenience is provided with low power requirement alongside portability.

Authors and Affiliations

Ajinkya M. Ghadge, Taruna V. Hingorani

Keywords

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  • EP ID EP21830
  • DOI -
  • Views 290
  • Downloads 5

How To Cite

Ajinkya M. Ghadge, Taruna V. Hingorani (2016). Security Management Access Control System. International Journal for Research in Applied Science and Engineering Technology (IJRASET), 4(3), -. https://europub.co.uk./articles/-A-21830