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CRYPTCAT WINDOWS SERIES
The live response data is collected by running a series of commands. Of course, this data would exist in a forensic duplication, but it would be more difficult to output it in a nice format after the machine has been powered off. On the other hand, the nonvolatile data we collect during the live response is information that would be "nice to have." We would collect non-volatile data such as the system event logs in an easily readable format, for instance, instead of the raw binary files in which Microsoft Windows saves them. A live response process contains information such as the current network connections, running processes, and open files. This data would not be present if we were to rely on the traditional analysis methods of forensic duplications.
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The volatile data is information we would lose if we walked up to a machine and yanked out the power cord. The data collected during a live response consists of two main subsets: volatile and nonvolatile data. In short, a live response collects all of the relevant data from the system that will be used to confirm whether an incident occurred. This chapter will address a technique for collecting and analyzing forensically sound evidence from what is known as the Live Incident Response Process. Other times, the data currently in memory may be the only evidence of the incident. Therefore, a traditional forensic duplication cannot be acquired.
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Sometimes your victim cannot afford to remove the system from the network because a proper backup server cannot be swapped in its place. The overall scenario usually dictates the next steps an investigator takes.
CRYPTCAT WINDOWS HOW TO
When a Microsoft Windows machine is involved in an incident, we have several choices of how to proceed in our investigation. ISBN: 0321240693 Published: Copyright 2006 Dimensions 7×9-1/4 Pages: 688 Edition: 1st.Ĭhapter 1: Windows Live Response for Collecting and Analyzing Forensically Sound Evidence This chapter is excerpted from the book titled "Real Digital Forensics: Computer Security and Incident Response" By Keith Jones, Richard Bejtlich, Curtis W. Either way, a standard forensic duplication is impossible. As discussed in Chapter 1, sometimes your victim cannot afford to remove the system or the only evidence of the incident may currently be in memory. In this book, a team of world-class computer forensics experts walks you through six detailed, highly realistic investigations and provides a DVD with all the data you need to follow along and practice.