In the event of system failure from a hardware or network malfunction, redundant resources are used to restore the system back to its original state. There is a direct relationship between failover and reliability.
Published in Chapter:
Analyzing the Security Susceptibilities of Biometrics Integrated with Cloud Computing
John R. Regola (Pennsylvania State University – Altoona, PA), John K. Mitchell III (Pennsylvania State University – Altoona, PA), Brandon R. Baez (Pennsylvania State University – Altoona, PA), and Syed S. Rizvi (Pennsylvania State University – Altoona, PA)
Copyright: © 2015
|Pages: 17
DOI: 10.4018/978-1-4666-6559-0.ch009
Abstract
In the present scenario, the vulnerabilities associated with cloud computing and biometric technology rank among the most vital issues in information security. In this chapter, the primary goal is to investigate the physical and informational security susceptibilities of biometrics, analyze the structure and design possibilities of the cloud, and examine the new developments of biometrics with cloud computing. Foremost, the authors analyze the developments of biometrics and compare the performance based on defining characteristics. In addition, they examine threats and attacks that can compromise the assets of an organization or an individual's sensitive information. Furthermore, this chapter provides a comprehensive discussion on the physical vulnerabilities of biometrics. Moreover, one section of this chapter focuses on the informational and database vulnerabilities. In this chapter, the authors also discuss the design considerations and cloud computing paradigm in relation to biometric security systems.