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Comprehensive Integration of Apache Guacamole into the BUTCA Platform
Morawiec, Daniel ; Ilgner, Petr (referee) ; Lieskovan, Tomáš (advisor)
This master thesis focuses on problematics of the comprehensive integration of Apache Guacamole into the Brno University of Technology Cyber Arena (BUTCA). The theoretical part of the thesis is devoted to virtualization technologies, namely virtualization, containerization and cloud computing. The cloud virtualization platform OpenStack, the project Apache Guacamole and the cyber range platform BUTCA – Kybernetická aréna are subsequently described. In the practical part of the thesis, analysis of current status, preparing of environments and experimental deployment and integration of the project Apache Guacamole are executed within BUTCA platform.
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Communication infrastructure virtualization platform
Stodůlka, Tomáš ; Martinásek, Zdeněk (referee) ; Uher, Václav (advisor)
The thesis deals with selection of infrastructure virtualization platform focusing on containerization with sandboxing support and with following examination of its difculty. The work begins with an explanation of the basic technologies such as: virtualization, cloud computing and containerization, along with their representatives, that mediate the technology. A special scope is defned for cloud computing platforms: Kubernetes, OpenStack and OpenShift. Futhermore, the most suitable platform is selected and deployed using own technique so that it fullflls all the conditions specifed by thesis supervisor. Within the difculty testing of the selected platform, there are created scripts (mainly in the Bash language) for scanning system load, creating scenarios, stress testing and automation.
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Cyber exercises on the OpenStack platform
Fišarová, Veronika ; Hajný, Jan (referee) ; Lieskovan, Tomáš (advisor)
The goal of this bachelor thesis is to get acquainted with the platforms that are used to create the cyber ranges. The main part of thesis is focused on the cloud platform named OpenStack and its possibilites in creation of cyber ranges. The OpenStack installation options are compared and the selection of the instalation that is suitable for the KYPO project is made. The last part is devoted to the analysis of the KYPO project and the actual installation of OpenStack to the virtual station followed by the deployment of the KYPO platform on the modified OpenStack cloud and the commissioning of a training scenario.
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Cyber game for the OpenStack platform
Píš, Patrik ; Holasová, Eva (referee) ; Martinásek, Zdeněk (advisor)
This bachelor's thesis presents matters of penetration testing and ethical hacking with primary focus on binary exploitation. The main goal of this bachelor's thesis was to design and implement a cyber game which focuses on combining various exploitation techniques and presenting them in educative and engaging way. The theoretical part of this thesis concentrates on penetration testing methodology and provides a detailed analysis of a given vulnerability's mechanics and technologies that were crucial for the game's development. Practical part of this thesis consists of a detailed description of the game's design and implementation to OpenStack and cyber arena platforms. Additionally, the practical part of this thesis focuses on development of vulnerable applications, methodology and steps necessary for their successful exploitation. Due to the character of cyber game, a few protection mechanisms were necessary to deploy, and their description takes place in practical part of this bachelor's thesis as well.
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Event-Driven Automation
Havlín, Jan ; Češka, Milan (referee) ; Lengál, Ondřej (advisor)
The thesis deals with automation of processes in Testing Farm Team of company Red Hat Czech s.r.o. Automating the chosen task "Update and test continuous integration system with new operating system build results in simplified maintenance of said continuous integration system. Implementation uses a Jenkins server to execute jobs and tft-admin tool to perform smaller steps resulting in automation of the task. Also, in the implementation part, modifications of the tft-admin tool allow usage in automated scripts which simplifies future automation of other processes.
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Continues Integration Support for Copr Build System
Klusoň, Martin ; Hruška, Martin (referee) ; Rogalewicz, Adam (advisor)
This thesis deals with implementation of continuous integration for build system Copr. The implementation uses framework Citool and its modules, which are already used for continuous integration of build system Koji. The outcome system can run the tests for the new package from the build system Copr and test it on virtual machine. This thesis shows way how to implement continuous integration for build system Copr.
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Virtualization of energy infrastructure
Hraboš, Šimon ; Stodůlka, Tomáš (referee) ; Lieskovan, Tomáš (advisor)
This work describes the virtualization process, virtualization tools and virtualization automation. The work also deals with the description of energy infrastructure, KYPO cyber range platform and DLMS/COSEM protocol used in energy. The practical part deals with the virtualization of energy infrastructure using OpenStack and KYPO cyber range platforms. A virtual environment was created using Vagrant application. The OpenStack and KYPO cyber range platforms were subsequently installed in this environment. Next, a sandbox definition was created. The sandbox definition creates a scenario with an energy infrastructure using KYPO platform. The functionality of the energy infrastructure was verified using the Gurux DLMS library.
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Cybersecurity game in OpenStack platform
Huška, Luděk ; Lieskovan, Tomáš (referee) ; Stodůlka, Tomáš (advisor)
The bachelor thesis is about creation of the cybernetic game on the OpenStack platform. The work starts with an explanation of necessary knowledge like: Informational cybernetic and computer security, security threats, and testing of the overall security. In the practical part, there is created a cyber game that focus on exploitation and basic security vulnerabilities. The next part involves analysis ongoing complexity of hardware resources like RAM, CPU, disc, etc. In the end, there is a guideline for a lab exercise, which is made for students and professors or teachers both separated.
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Image-Based Provisioning for Beaker Using OpenStack
Hostačný, Peter ; Rogalewicz, Adam (referee) ; Smrčka, Aleš (advisor)
Integration testing in Beaker project is always performed in a clear environment, on a freshly installed operating system. The installation takes up a large percentage of the test machine preparation time. This work attempts to accelerate the process of preparation by cloning virtual machine images in OpenStack cloud platform. In order to run tests on this platform, Beaker must have it's own OpenStack account, some extra libraries installed on the Beaker server side, images must be uploaded into cloud in advance and the tests must require x86_64 cpu architecture. This feature is expected to accelerate the preparation of test machines and thus accelerate testing and increase the efficiency of computing resources usage. The result of this work is planned to be used by Red Hat for regular package testing.
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