CAT记录(计算机活动时间线记录):一种基于统一代理的实时计算机取证方法

Shadi Al Awawdeh, I. Baggili, A. Marrington, Farkhund Iqbal
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引用次数: 7

摘要

在本文中,我们介绍了CAT Record——一个实时计算机取证代理,它记录计算机活动,以便在系统上发生操作时对Windows计算机系统进行后续取证调查。这种方法不同于传统的检查硬盘的事后分析方法,因为活动是在活动发生时被记录下来的。原型代理包括六个模块:1)Windows事件监视器——记录Windows操作系统事件;2)活动窗口检测器——记录屏幕上的活动窗口;3)字体-时间-功率分辨率检测器——记录字体、时间、4)浏览器监视器-记录从Windows资源管理器或Internet Explorer打开项目时的活动5)可移动设备检测器-记录从系统插入或移除的任何外部设备和6)文件系统监视器-记录在文件系统上发生的活动。CAT Record在三种情况下使用一个自动化程序进行了压力测试,该程序是为了测试代理的准确性及其在Windows XP和Windows 7上的内存消耗而编写的。总体而言,结果表明,记录的数据量在Windows XP和Windows 7之间有所不同,在压力极大的测试中,CAT Record在运行期间平均每秒消耗的内存不超过42,876 KB。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CAT Record (computer activity timeline record): A unified agent based approach for real time computer forensic evidence collection
In this paper we present CAT Record - a real time computer forensics agent that records computer activity for subsequent forensic investigation on a Windows computer system as actions are taking place on a system. This approach is different from the traditional post-mortem approach of examining a hard disk since activities are being recorded as they are happening. The prototype agent included six modules 1) Windows Event Watcher - which records the Windows Operating System events 2) Active Window Detector - which records the active windows on the screen 3) Font-Time-Power-Resolution Detector - which records changes in font, time, power or resolution on the system 4) Explorers Monitor - which records the activity when opening an item from the Windows Explorer or Internet Explorer 5) Removable Devices Detector - which records any external devices that are plugged in or removed from a system and 6) File System Watcher - which records the activity taking place on the file system. CAT Record was stress tested in three scenarios using an automated program that was written to test the accuracy of the agent and its memory consumption on Windows XP and Windows 7. Overall, the results indicated that the amount of recorded data varied between Windows XP and Windows 7 and that CAT Record on average did not consume more than 42,876 KB of memory per second during its operation under extremely stressful tests.
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