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Security verification tool for industrial and energy equipments
Sagindykova, Anel ; Kuchař, Karel (oponent) ; Blažek, Petr (vedoucí práce)
The aim of this work is to analyze various search engines with the intention to select the most suitable for the creation of a tool that should be able to perform security testing. Comparisons were made between Shodan, ZoomEye, Nexpose, Censys and BinaryEdge. These search engines were compared according to different criteria, namely their perfomance and publicly available information. Shodan and ZoomEye were chosen as the most suitable ones and as a result, web application was created. This application is able to retrieve search results from engines' servers using their API's and is able to store these results in a database. The thesis includes a description of a variety of industrial and energy protocols, as well as industrial and energy networks and their security features. Moreover, a few of the most well-known attacks on these networks were described. The last goal of the work is to test and evaluate the implemented tool on at least two devices.
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Gathering information about industrial equipment using a search engine
Danko, Krištof ; Fujdiak, Radek (oponent) ; Pospíšil, Ondřej (vedoucí práce)
The work is focused on operating technologies, specificaly on the security of PLC (programmable logic controller), and obtaining information using device search engines. The types and parts of industrial networks, which are the main segment of operational technologies, and the search engines such as Shodan, Censy, BinaryEdge, and Zoomeye are described. These search engines are compared based on available information and industry protocols Siemens S7, Modbus, Ethernet / IP, and DNP3. In addition to comparing search engines, this work aims to create an application that can download results from the Shodan search engine via the Shodan API and store them in a database. Another point of work is the connection of own PLC, to determine the time of PLC appearing in search engines.
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Security verification tool for industrial and energy equipments
Sagindykova, Anel ; Kuchař, Karel (oponent) ; Blažek, Petr (vedoucí práce)
The aim of this work is to analyze various search engines with the intention to select the most suitable for the creation of a tool that should be able to perform security testing. Comparisons were made between Shodan, ZoomEye, Nexpose, Censys and BinaryEdge. These search engines were compared according to different criteria, namely their perfomance and publicly available information. Shodan and ZoomEye were chosen as the most suitable ones and as a result, web application was created. This application is able to retrieve search results from engines' servers using their API's and is able to store these results in a database. The thesis includes a description of a variety of industrial and energy protocols, as well as industrial and energy networks and their security features. Moreover, a few of the most well-known attacks on these networks were described. The last goal of the work is to test and evaluate the implemented tool on at least two devices.
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Gathering information about industrial equipment using a search engine
Danko, Krištof ; Fujdiak, Radek (oponent) ; Pospíšil, Ondřej (vedoucí práce)
The work is focused on operating technologies, specificaly on the security of PLC (programmable logic controller), and obtaining information using device search engines. The types and parts of industrial networks, which are the main segment of operational technologies, and the search engines such as Shodan, Censy, BinaryEdge, and Zoomeye are described. These search engines are compared based on available information and industry protocols Siemens S7, Modbus, Ethernet / IP, and DNP3. In addition to comparing search engines, this work aims to create an application that can download results from the Shodan search engine via the Shodan API and store them in a database. Another point of work is the connection of own PLC, to determine the time of PLC appearing in search engines.
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