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Secure deployment and testing of oVirt platform
Vágner, Vojtěch ; Martinásek, Zdeněk (oponent) ; Dzurenda, Petr (vedoucí práce)
The oVirt virtualization platform offers a wide range of different configurations. All of those configurations are by no means inherently secure when deployed out of the blue. The secure configurations are defined by security standards which the configurations claim conformance to. Since oVirt is a community project, it is hard to get such a software certified in the field of security standards. Certifications in the field of security standards are expensive. Luckily, oVirt shares common ground with Red~Hat~Virtualization to which certain security standards are applicable (FIPS 140-2, DISA STIG, Common Criteria). The link between Red~Hat~Virtualization and oVirt enables secure configurations also for oVirt. The focus of this thesis is then to determine which configurations are supported by the standards, therefore secure, and how to verify that the secure configurations are present. This is done through the use of a script in the form of an Ansible Playbook incorporating Ansible Roles that manage compliance evaluation for each of the presented security standards.
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Secure deployment and testing of oVirt platform
Vágner, Vojtěch ; Martinásek, Zdeněk (oponent) ; Dzurenda, Petr (vedoucí práce)
The oVirt virtualization platform offers a wide range of different configurations. All of those configurations are by no means inherently secure when deployed out of the blue. The secure configurations are defined by security standards which the configurations claim conformance to. Since oVirt is a community project, it is hard to get such a software certified in the field of security standards. Certifications in the field of security standards are expensive. Luckily, oVirt shares common ground with Red~Hat~Virtualization to which certain security standards are applicable (FIPS 140-2, DISA STIG, Common Criteria). The link between Red~Hat~Virtualization and oVirt enables secure configurations also for oVirt. The focus of this thesis is then to determine which configurations are supported by the standards, therefore secure, and how to verify that the secure configurations are present. This is done through the use of a script in the form of an Ansible Playbook incorporating Ansible Roles that manage compliance evaluation for each of the presented security standards.
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