基于USB设备的Windows操作系统键盘注入攻击的实现与分析

Annisa Dwiayu Ramadhanty, Avon Budiono, A. Almaarif
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引用次数: 3

摘要

Windows是当今最流行的操作系统之一,而通用串行总线(USB)是许多人使用的具有实际即插即用功能的机制之一。长期以来,USB一直被用作攻击计算机的载体。一种攻击方法是键盘记录器。Keylogger可以利用Windows 10操作系统中现有的漏洞,在受害者不知情的情况下以记录计算机击键活动的形式进行攻击。在本研究中,攻击将通过使用BadUSB运行Powershell脚本来激活Keylogger程序。该脚本嵌入在Arduino Pro Micro设备中。在使用Arduino Pro Micro的键盘注入攻击研究中获得的结果成功进行,在连接到互联网的计算机上运行键盘记录程序的平均时间为7.474秒。键盘记录器的结果将通过电子邮件发送给攻击者。
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Implementation and Analysis of Keyboard Injection Attack using USB Devices in Windows Operating System
Windows is one of the popular operating systems in use today, while Universal Serial Bus (USB) is one of the mechanisms used by many people with practical plug and play functions. USB has long been used as a vector of attacks on computers. One method of attack is Keylogger. The Keylogger can take advantage of existing vulnerabilities in the Windows 10 operating system attacks carried out in the form of recording computer keystroke activity without the victim knowing. In this research, an attack will be carried out by running a Powershell Script using BadUSB to be able to activate the Keylogger program. The script is embedded in the Arduino Pro Micro device. The results obtained in the Keyboard Injection Attack research using Arduino Pro Micro were successfully carried out with an average time needed to run the keylogger is 7.474 seconds with a computer connected to the internet. The results of the keylogger will be sent to the attacker via email.
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