针对DDoS和暴力破解攻击的入侵防御系统Fail2ban在服务器上的实现

Fazar Dawamsyach, Ikhwan Ruslianto, Uray Ristian
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引用次数: 0

摘要

服务器安全性是一个必须考虑的重要因素,这样服务器才能正常工作并为用户服务。对服务器的攻击可能威胁服务器性能和数据安全。根据国家网络和加密机构2020年的报告,端口22和80是攻击最多的端口。对端口22的攻击之一是暴力攻击,对端口80的攻击是分布式拒绝服务(DDoS)。为了解决这个问题,研究了如何实现fail2ban IPS(入侵防御系统)来提高服务器的安全性。测试的攻击集中在使用TCP协议的端口22上的暴力攻击和端口80上的DDoS攻击。fail2ban系统配备了网站界面和通过电报进行通知。测试结果表明,DDoS攻击对CPU性能的影响更大,CPU最高增长92%,而暴力攻击对服务器内存性能的影响最大,内存最高增长100%。服务器性能的提高导致服务器性能降低。该系统成功阻止了DDoS攻击,平均速度为0.5秒,而暴力攻击则为6.1秒。该系统成功阻止了DDoS攻击(共88次)和暴力攻击(共864次)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of IPS (Intrusion Prevention System) Fail2ban on Server for DDoS and Brute Force Attacks
Server security is an important thing that must be considered so that the server can work well and serve users. Attacks on servers can threaten server performance and data security in it. According to the National Cyber and Crypto Agency 2020 report, ports 22 and 80 were the top ports with the most attacks. One of the attacks on port 22 is brute force and an attack on port 80 is Distributed Denial of Service (DDoS). To solve this problem, a study was conducted to implement fail2ban IPS (Intrusion Prevention System) to increase server security. The attacks tested focused on brute force attacks on port 22 and DDoS attacks on port 80 using the TCP protocol. The fail2ban system is equipped with a website interface and notifications via telegram. The test results show that DDoS attacks have more impact on CPU performance with the highest increase in CPU being 92%, while brute force attacks have more impact on server memory performance with the highest increase in memory by 100%. The increase in server performance results in slowed server performance. The system managed to prevent DDoS attacks with an average speed of 0.5 seconds while brute force attacks were 6.1 seconds. The system managed to prevent DDoS attacks with a total of 88 attacks and brute force attacks with a total of 864 attacks.
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