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Testing of Device for DoS Attack Protection
Burzala, Matúš ; Vrána, Roman (referee) ; Kučera, Jan (advisor)
This thesis deals with testing of a device for (D)DoS protection DCPRO, that is developed within the CESNET association. The aim of the thesis was to design and implement an extendable testing system, which would allow automated testing of DCPRO device. In addition to the testing system, there was created a collection of tests for verification of functional and performance parameters of the device within the thesis. Afterwards, the developed system was integrated into a continuous integration system Jenkins. Particularly within the thesis there were created 109 specific test scenarios to test device firmware modules, 7 throughput test scenarios, 10 test scenarios to verify proper functionality of software modules dedicated to SYN Flood and amplification attacks protection, and one test for verification of device network routing ability. The developed testing system is easily extensible. In order to simplify a future extension of the system, there is a created template encapsulated in source files for new test creation and text part of the thesis contains guide how to create new tests.
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Testing of Device for DoS Attack Protection
Burzala, Matúš ; Vrána, Roman (referee) ; Kučera, Jan (advisor)
This thesis deals with testing of a device for (D)DoS protection DCPRO, that is developed within the CESNET association. The aim of the thesis was to design and implement an extendable testing system, which would allow automated testing of DCPRO device. In addition to the testing system, there was created a collection of tests for verification of functional and performance parameters of the device within the thesis. Afterwards, the developed system was integrated into a continuous integration system Jenkins. Particularly within the thesis there were created 109 specific test scenarios to test device firmware modules, 7 throughput test scenarios, 10 test scenarios to verify proper functionality of software modules dedicated to SYN Flood and amplification attacks protection, and one test for verification of device network routing ability. The developed testing system is easily extensible. In order to simplify a future extension of the system, there is a created template encapsulated in source files for new test creation and text part of the thesis contains guide how to create new tests.
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