Authentication Methods Based on Digital Fingerprint Random Encryption IBC

Aiming at the problem of the storage and transmission security of fingerprint templates in datacenter computer monitoring system (DCRMS), an authentic method based on digital fingerprint random encryption IBC is proposed in this paper, combined with the feature of fingerprint vector encryption algorithms. The method is mainly based on fusion user’s fingerprint characteristic and asymmetric authentication technology which is to secure the implementation in DCRMS environment. The analysis about the safety of authentication scheme indicated that scheme can authenticate the users right legality, while the attacker can’t get users’ privacy information. It is difficult to find the solution in limited time. Users’ identification and fingerprint template is to be protected. The experimental results show that the false reject rate of the authentication system is 1.83% while its false acceptance rate is 0, and the average login time is 0.94 s.