Transmission of Biometric Feature Using Facial Features Securely For Long Distance Biometric Recognition System

Abstract

Assuring biometric data security and integrity is crucial. The widespread use of biometric authentication technologies creates a demand for data security and privacy that is both effective and dependable. To solve these difficulties, watermarking approach is preferred for biometric data protection. Multi biometric systems have enhanced the accuracy and reliability of biometric systems. Though a biometric system can be hacked in a variety of ways, unauthorised access to biometric template information poses a severe security and privacy risk. Here description of biometric watermarking strategies for safe user verification on a remote, biometric system that uses both facial and multi iris information, and statistically assess their effects on verification accuracy is presented. The Haar wavelet, LBP, and LTP iris characteristics are combined using average fusion and concatenation fusion. A single secure sketch is created after messing with the images. This biometric feature is hidden within the cover image, facial image. The results of the experiments reveal that the preset's security, performance, and accuracy are all satisfactory.