Automated security compliance tool for the cloud

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Journal Title
Journal ISSN
Volume Title
Perustieteiden korkeakoulu | Master's thesis
Date
2012
Major/Subject
Tietokoneverkot
Mcode
T-110
Degree programme
Language
en
Pages
viii + 67 s.
Series
Abstract
Security, especially security compliance, is a major concern that is slowing down the large scale adoption of cloud computing in the enterprise environment. Business requirements, governmental regulations and trust are among the reasons why the enterprises require certain levels of security compliance from cloud providers. So far, this security compliance or auditing information has been generated by security specialists manually. This process involves manual data collection and assessment which is slow and incurs a high cost. Thus, there is a need for an automated compliance tool to verify and express the compliance level of various cloud providers. Such a tool can reduce the human intervention and eventually reduce the cost and time by verifying the compliance automatically. Also, the tool will enable the cloud providers to share their security compliance information using a common framework. In turn, the common framework allows clients to compare various cloud providers based on their security needs. Having these goals in mind, we have developed architecture to build an automated security compliance tool for a cloud computing platform. We have also outlined four possible approaches to achieve this automation. These possible four approaches refer to four design patterns to collect data from the cloud system and these are: API, vulnerability scanning, log analysis and manual entry. Finally, we have implemented a proof-of-concept prototype of this automated security compliance tool using the proposed architecture. This prototype implementation is integrated with OpenStack cloud platform, and the results are exposed to the users of the cloud following the CloudAudit API structure defined by Cloud Security Alliance.
Description
Supervisor
Aura, Tuomas
Gligoroski, Danilo
Thesis advisor
Ylitalo, Jukka
Abu Shohel, Ahmed
Keywords
security compliance, cloud audit, cloud control matrix, CCM, OpenStack, OpenVAS
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