Dissertation/Thesis Abstract

Assessing the relationship between demographic attributes with the acceptance of biometric security devices
by Bitonti, Ann Marie, Ph.D., Capella University, 2014, 161; 3634666
Abstract (Summary)

The problem addressed was the losses incurred by organizations and individuals that resulted from computer and/or network security incidents originating from within or outside an organization. Although research has shown biometrics to be a reliable mechanism in the protection of data through authorization access, critics in opposition of biometric use profess that increased personal and financial security increases the loss of individual privacy. The acceptance and adoption of biometric based security devices has created a dichotomy between those individuals that demand increased security measures with those that fear the collection of personal data could cause them personal harm. This study extends the technology acceptance model (TAM) to include the demographic variables age, gender, and geographic residence to investigate if individual differences determine if a relationship exists between those characteristics and their perceived need for personal security and individual privacy. Previous research has shown that an individual with a strong need for security and privacy is more willing to adopt biometric technology in the protection of their personal data or self. The knowledge gained from this study addresses the challenges for a successful deployment of biometrics in the prevention of unauthorized access and the future marketing of security devices. The results from the study indicated that there is a relationship between an individual's age and their perceived need of security and perceived need for privacy. The addition of different demographic variables is recommended for future research. The addition of the demographic attributes as extended variables to TAM provides acumen in the study of end-user adoption of biometric technology and its diffusion into the marketplace.

Indexing (document details)
Advisor: Ness, Lawrence
Commitee: Butler, Clifford, Clayton, Phyllis
School: Capella University
Department: Business and Technology
School Location: United States -- Minnesota
Source: DAI-B 76/01(E), Dissertation Abstracts International
Source Type: DISSERTATION
Subjects: Marketing, Information Technology
Keywords: Biometric security device, Biometric technology, Privacy, Technology acceptance, Technology acceptance model
Publication Number: 3634666
ISBN: 9781321153194