Effective Method of Web Site Authentication Using Finger Print Verification

Abstract

Abstract-Computer network is supported by network security, network security is facing a lot of problem in real world. The proposed authentication security system supports to avoid database hacking and spoof matching process of web-based network. The proposed security system combines the usage of both fingerprint biometrics and pin-number. The fingerprint biometrics includes the modules such as ridge enhancement, feature extraction, core detection and baseline matching. Applied biometric cryptosystem supports to save the fingerprint feature values and user mobile numbers as an encrypted format in the database. So the hackers can't steal the real feature database values. Corrupting the device through the masking techniques can be avoided using the multi security system. If hackers use masking image modal against database fingerprint feature value, it will give the matching ratio in between 80% to 90%. At that time a random pin will be generated and send to the registered mobile number, so the unauthenticated person can't access the device, at the same time the authenticated persons can login using the corresponding pin number. In the cloud network, the public cloud processes the encrypted database handling and the private cloud handles the decryption and the biometrics verification process. This multi modal authentication system surely increases the network security. This security system can be used in ATM, e-commerce website security and cloud network security.

Vulnerabilities detection using attack recognition technique in multi-factor authentication

“…This research through the result of its experiment has proven to be faster in processing time compared to the previous schemes. This research performed better in terms of efficiency when compared to the previous schemes by Raja & Perumal [11] and Li, et al [28]. The previous scheme by Raja & Perumal [11] were having high processing time during the random number generator step.…”

“…This research performed better in terms of efficiency when compared to the previous schemes by Raja & Perumal [11] and Li, et al [28]. The previous scheme by Raja & Perumal [11] were having high processing time during the random number generator step. The random number was sent to the mobile user phone which was on a different network which is GSM, which then contributed to higher processing time.…”

“…The previous scheme by [28] showed the second-best result. Finally, [11] took the longest time. Table 6 summarizes the experiment result based on average time in second for efficiency.…”

“…Three attempts to log in to the scheme via the proposed scheme were given to respondents. The result from this proposed scheme is compared with two previous schemes from [11,28]. Both of these studies were selected as their schemes have many similarities with the proposed scheme in terms of functionality and performance.…”

“…Any authentication application involving public exposure or critical-business application requires a higher level of protection, especially against authentication attacks that may compromise hardware and/or data [10]. To compensate for the authentication process, various technologies have been developed to strengthen the weaknesses of specific objects and knowledge factor authentications [11,12]. However, there are an increasing number of attacks that are related to authentication methods [2,[13][14][15][16].…”