Content area

Abstract

This study explored the security challenges associated with consuming SaaS services by regulated enterprises in the United States. Although cloud computing provides numerous business advantages, it introduces significant security risks, such as exposure of information assets to the internet and the complexities of multitenant environments. Expert analysis of recent cybersecurity incidents highlighted the over-reliance on cloud service providers, cloud consumers' underestimated risks, and the need for more effective security practices. Security incidents resulted in impacted business operations, reputation, and regulatory compliance. This qualitative study draws on the Integrated System Theory of Information Security Management and 'Zero Trust' architecture principles to establish a connection between organizational security governance and SaaS-specific security controls, addressing a critical gap in current cloud computing literature and industry practices. The practical implications of this study met the SaaS consumer needs for comprehensive security; these included a SaaS-specific threat modeling approach combining OWASP and HITRUST elements with risk management frameworks such as NIST 800-37 and associated security controls' baseline. This model will guide SaaS consumers on identifying threats for the specific workload context, classifying information assets, selecting controls guided by Zero Trust practices, and responding to emerging threats. Additionally, the study emphasized the importance of thorough risk analyses of cloud providers' security maturity, focusing on factors such as transparency, SLAs, infrastructure scalability, and regulatory compliance. Finally, it stresses the need for integrating Organizational Security Governance (OSG) with security controls, highlighting the pivotal role of the C-suite and board in overseeing risk management, compliance, and ongoing security monitoring, ensuring a robust and accountable security framework within SaaS environments.

Details

1010268
Business indexing term
Title
Protecting Privileged Access to Cloud Computing’s SaaS Services
Author
Number of pages
295
Publication year
2024
Degree date
2024
School code
1351
Source
DAI-A 86/6(E), Dissertation Abstracts International
ISBN
9798346761082
Advisor
Committee member
Muchnick, Marc; Grant, Gayle
University/institution
Capella University
Department
School of Business, Technology and Health Administration
University location
United States -- Minnesota
Degree
Ph.D.
Source type
Dissertation or Thesis
Language
English
Document type
Dissertation/Thesis
Dissertation/thesis number
31641479
ProQuest document ID
3140664999
Document URL
https://www.proquest.com/dissertations-theses/protecting-privileged-access-cloud-computing-s/docview/3140664999/se-2?accountid=208611
Copyright
Database copyright ProQuest LLC; ProQuest does not claim copyright in the individual underlying works.
Database
ProQuest One Academic