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A Novel Approach to Troubleshoot Security Attacks in Local Area Networks

机译:解决局域网中安全攻击的新方法

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摘要

Many Software Industries today use huge number of computers to handle their projects in an effective way that is obviously connected in a dedicated Local Area Network, which is geographically less size. Connecting systems through LAN is very useful with respect to File Sharing, Common File Access, and Work Sharing etc., but lack of standard LAN security. The difficulty for these systems is from the Deadly and Self -Explicative WORMS. Worms are always likely to infect the systems in LAN. Unlike virus, worm spreads to all the systems connected in LAN within a very short period of time thereby making a huge loss to the Industry regarding its economy without the actual intervention of the user. The user doesn't know even that some worm has taken control over the system. In order to provide security to the systems, there is need to detect a worm immediately, and stop the spread of that worm to other systems. Now we are detecting the worms by analyzing the probable paths where they tend to copy themselves. Hence a worm could be identified and deleted instantly. Even if the path the worm copies itself changes and can't be traced, we detect it by capturing the content in packets flowing between the systems in the LAN using JPCAP. Ultimately the Infectious packets i.e., the packets which contain the worm or malicious data can be traced.
机译:如今,许多软件行业都使用大量计算机以有效的方式处理其项目,这些方法显然连接在专用局域网中,该专用局域网在地理上较小。对于文件共享,通用文件访问和工作共享等,通过LAN连接系统非常有用,但是缺乏标准的LAN安全性。这些系统的困难来自致命和自我复制的WORMS。蠕虫总是很可能感染局域网中的系统。与病毒不同,蠕虫会在很短的时间内传播到局域网中连接的所有系统,从而在经济上给业界造成巨大损失,而无需用户的实际干预。用户甚至都不知道某些蠕虫已经控制了系统。为了向系统提供安全性,需要立即检测到蠕虫,并阻止该蠕虫传播到其他系统。现在,我们通过分析蠕虫倾向于复制自身的可能路径来检测蠕虫。因此,可以立即识别并删除蠕虫。即使蠕虫复制自身的路径发生更改并且无法跟踪,我们也可以通过使用JPCAP捕获LAN中系统之间流动的数据包中的内容来检测到它。最终,可以跟踪传染性数据包,即包含蠕虫或恶意数据的数据包。

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