What type of attack can the high defense server defend against?
In this issue, the editor will bring you about what type of attack the high defense server can defend against. The article is rich in content and analyzes and narrates it from a professional point of view. I hope you can get something after reading this article.
What type of attack can the high defense server defend against? With the rapid development of the Internet, the pace of economic globalization is becoming faster, and the number of corporate websites increases amazingly every year. Of course, corporate websites are attacked frequently every year, and everyone is choosing high-defense servers. Which type of attack can high-defense servers defend against?
High-defense server mainly refers to the server that can effectively identify and clean malicious data through the main high-defense equipment, and has the function of defending against network attacks. because of the wide range of DDoS in the network, many computer rooms will mainly target DDoS attacks, but due to the diversified development of DDoS, such as CC, special network attacks can not be carried out solely on high-defense servers. Therefore, in order to strengthen the comprehensiveness of defense and carry out manual defense strategies, many computer rooms carry out related defense against special DDoS attacks such as CC. If users who are in need of high defense servers should pay attention to renting high defense servers, they should ask service providers whether they can defend against CC attacks, because some service providers will not list CC attacks as the protection category of high defense servers. Below we will introduce in detail what types of attacks the high defense server can defend against!
What attacks can the high defense server defend against?
Type of attack:
Send abnormal Datagram attack
Sending IP fragments, or more datagrams than the host can handle, crashes the victim host. The famous TeardroD attack tool takes advantage of program vulnerabilities related to fragmentation and reassembly in some system IP protocol stacks when datagrams are transmitted in different networks. It may be necessary to divide the Datagram into multiple fragments according to the maximum transmission unit (MTU) of the network. Each network segment has different most big data units that can be processed. When the host receives more network datagrams than the network host can handle, they do not know how to deal with such datagrams, thus causing the system to crash.
Sending abnormal Datagram attack is a common hacker attack, and the high-defense server can easily defend against this attack.
The above is what kind of attack the high defense server shared by Xiaobian can defend against. If you happen to have similar doubts, please refer to the above analysis to understand. If you want to know more about it, you are welcome to follow the industry information channel.
