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Network Attack Generator
Buček, Hynek ; Košař, Vlastimil (referee) ; Bartoš, Václav (advisor)
This thesis is focused on the study of the best-known network attacks, especially on those that can be theoretically detected without knowledge of the contents of transmitted messages. The goal is to use the basis of acquired knowledge to create a tool that will simulate the behavior of the communication in different network attacks. Simulation outputs will be used for testing the quality of security tools designed to defend against network attacks. The simulator will be used only for offline testing, it will not be possible to carry out real attacks. Purpose of this work is to improve the security against network attacks nowadays.
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Generator for simulation of SCADA attacks
Hudec, Jan ; Fujdiak, Radek (referee) ; Blažek, Petr (advisor)
Output of this bachelor’s thesis is an attack generator aimed on IEC 61850 protocol using the libpcap library. Part of the output is also a simulation of devices which are normally present in SCADA systems. Theoretic part aims to explain protocols DNP3, IEC 60870 and IEC 61850 more in-depth and further focus is on the attacks. Practical part contains attack implementation that aim on communication between SCADA units, more precisely on GOOSE and Sampled Values frames. Simulated devices generate this communication using the libiec61850 library. Attacks are aimed on that communication.
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Generator for simulation of SCADA attacks
Hudec, Jan ; Fujdiak, Radek (referee) ; Blažek, Petr (advisor)
Output of this bachelor’s thesis is an attack generator aimed on IEC 61850 protocol using the libpcap library. Part of the output is also a simulation of devices which are normally present in SCADA systems. Theoretic part aims to explain protocols DNP3, IEC 60870 and IEC 61850 more in-depth and further focus is on the attacks. Practical part contains attack implementation that aim on communication between SCADA units, more precisely on GOOSE and Sampled Values frames. Simulated devices generate this communication using the libiec61850 library. Attacks are aimed on that communication.
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Generator for simulation of SCADA attacks
Hudec, Jan ; Fujdiak, Radek (referee) ; Blažek, Petr (advisor)
Output of this bachelor’s thesis is an attack generator aimed on IEC 61850 protocol using the libpcap library. Part of the output is also a simulation of devices which are normally present in SCADA systems. Theoretic part aims to explain protocols DNP3, IEC 60870 and IEC 61850 more in-depth and further focus is on the attacks. Practical part contains attack implementation that aim on communication between SCADA units, more precisely on GOOSE and Sampled Values frames. Simulated devices generate this communication using the libiec61850 library. Attacks are aimed on that communication.
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Generator for simulation of SCADA attacks
Hudec, Jan ; Fujdiak, Radek (referee) ; Blažek, Petr (advisor)
Output of this bachelor’s thesis is an attack generator aimed on IEC 61850 protocol using the libpcap library. Part of the output is also a simulation of devices which are normally present in SCADA systems. Theoretic part aims to explain protocols DNP3, IEC 60870 and IEC 61850 more in-depth and further focus is on the attacks. Practical part contains attack implementation that aim on communication between SCADA units, more precisely on GOOSE and Sampled Values frames. Simulated devices generate this communication using the libiec61850 library. Attacks are aimed on that communication.
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|
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Network Attack Generator
Buček, Hynek ; Košař, Vlastimil (referee) ; Bartoš, Václav (advisor)
This thesis is focused on the study of the best-known network attacks, especially on those that can be theoretically detected without knowledge of the contents of transmitted messages. The goal is to use the basis of acquired knowledge to create a tool that will simulate the behavior of the communication in different network attacks. Simulation outputs will be used for testing the quality of security tools designed to defend against network attacks. The simulator will be used only for offline testing, it will not be possible to carry out real attacks. Purpose of this work is to improve the security against network attacks nowadays.
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