Test and analysis of server protection against CC attacks
This article mainly introduces the relevant knowledge of testing and analysis of server protection CC attack cases. The content is detailed and easy to understand, and the operation is simple and fast, so it has certain reference value. I believe everyone will gain something after reading this server protection CC attack case test and analysis article. Let's take a look at it.
1 Test environment
Target host: 192.168.7.130
Operating system: centos 6.7
Application: apache 2.2
Application: mysql 5.1
Test host: 192.168.7.129
Operating system: debian 6
Testing tool: webbench
2 Test steps
Open the protection module for concurrent testing
The memory usage before concurrent access is 301m, and the memory utilization rate is 16%.
Webbench-c 100-T10 http://192.168.7.130:81/login.php
If the above figure is successfully protected, the memory usage is 392m and the memory utilization rate is 20.8% after concurrent requests.
Close the protective module for stress test
Turn off the CC protection function. Before concurrent requests, the memory usage is 301m and the utilization rate is 16%
Webbench-c 100-T10 http://192.168.7.130:81/login.php
After concurrent requests, the memory usage is 352m and the utilization rate is 18.7%.
Turn on the protection module for high concurrency testing
Before concurrent requests, the memory usage was 364m, with a utilization rate of 19.4%.
Webbench-c 1000Must 10 http://192.168.7.130:81/login.php
After concurrent requests, the memory usage is 394m, with a utilization rate of 21%.
Turn off the protection module for high concurrency testing
Before concurrent requests, the memory usage is 350m and the utilization rate is 18.6%.
Webbench-c 1000Must 10 http://192.168.7.130:81/login.php
After concurrent requests, the memory usage is 377m and the utilization rate is 20%.
3 Test summary
After several groups of tests, it can be seen that the CC protection module can protect against CC attacks normally and effectively, and in the case of high concurrency, the memory utilization increases by about 2%, which is in line with the expected effect.
This is the end of the article on "Test and Analysis of CC attack cases against Server Protection". Thank you for reading! I believe you all have a certain understanding of the knowledge of "test and analysis of server protection CC attack cases". If you want to learn more, you are welcome to follow the industry information channel.
