Attack and defense test method for network safety of power industry

Abstract

The invention discloses an attack and defense test method for the network safety of a power industry, and the method comprises the steps: building a test device, building a user database, and distributing a user resource; importing a teaching plan or examination questions, handing out the teaching plan or randomly extracting examination questions, and selecting a current check task; scoring a task check result selected or inputted by a user for each current check task if the each current check task is a theory check task; or else, capturing a data package when the user executes the current check task, carrying out scene analysis of the data package, obtaining an attack scene corresponding to the current check task, scoring the attack scene obtained through analysis, and finally outputting the total of scoring results of the distributed teaching plan or randomly-extracted examination questions. The method can be used for safety attack and protection test of wireless terminal equipment of the power industry, and can provide a convenient, complete and expandable research and safety testing system for the safety test of wireless access equipment of a power system.

Description

technical field [0001] The invention relates to a wireless network security attack and defense experiment technology in the electric power industry, in particular to a network security attack and defense experiment method in the electric power industry. Background technique [0002] Wireless networks (WLAN) are increasingly used in the power industry. As an asset-intensive enterprise, the high-efficiency and standardized operation, monitoring, and maintenance activities of the power system are strongly supported by wireless networks. In particular, the popularity of smart phones has made the functions of mobile phones gradually move from the field of life to the field of work. Application systems such as power marketing, automatic meter reading, and self-service electricity bill payment can be accessed through wireless networks using smart phones. Systems such as unattended substations, equipment status information collection, storage material management, and inspection re...

AI Technical Summary

Problems solved by technology

In the first half of 2015, the State Grid Corporation of China notified a number of security vulnerabilities in mobile apps, which may lead to the leakage of user electricity consumption information

However, the existing network security experiment platform cannot monitor the transmission signal on the wireless channel, nor can it use the signal on the wireless channel for data analysis, and it is impossible to conduct experiments on these attack methods

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