SANS Digital Forensics and Incident Response Blog: Tag - VMWare

Installing the REMnux Virtual Appliance for Malware Analysis

REMnux is a lightweight Linux distribution for assisting malware analysts with reverse-engineering malicious software. Here is how to install the REMnux virtual appliance using common virtualization tools, such as VMware and VirtualBox, thanks to the Open Virtualization Format (OVF/OVA). Continue reading Installing the REMnux Virtual Appliance for Malware Analysis


How To - Digital Forensic Imaging In VMware ESXi

Paul A. Henry Forensics and Recovery.com Follow me on Twitter

As a follow up to my recent SANS Forensic Blog post "How To - Digital Forensics Copying A VMware VMDK" that provided insight in to making a "GUI tool" based copy of a VMware VMDK, I have put together a How To that addresses creating a forensically sound image of a VMware VMDK on the ESXi console, that is able to provide the "chain of custody" needed in a digital forensics investigation.

Important note: In the simplest of terms a VMDK is an abstraction of a physical disk for a VM contained within a file (VMDK-flat). We are making a bit by bit

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How To - Digital Forensics Copying A VMware VMDK

Having recently seen a number of requests on the security and forensic list servers that I participate in requesting recommendations / procedures for copying the disk (VMDK) for a specific Virtual Machine (VM) within a VMware environment for analysis in an incident response, I put together a quick How To in effort to provide some insight in to a few of the methods that I have used.

The Game Has Clearly Changed With Virtualization

Most often the files associated with a given VM are not stored locally on the physical server running ESX or ESXi and the respective VM. It is important to understand that in order to use many of the more powerful features of VMware such as vMotion and DRS the files for the VM's must reside on shared storage that is reachable from each ESX or ESXi server that needs to interact with it. Hence, when

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Decrypting a PointSec Encrypted Drive Using Live View, VMWare, and Helix

Doing it the HARD way!

Perhaps you remember my previous blog on EnCase and PointSec, which included my plea for Guidance Software and CheckPoint to work together to create a seamless way to decrypt drives without having to go through 20 or 30 steps to get there. I even wrote, out of desperation, A Case for Decryption of the Original, because it would save time consuming steps and not change the data relevant to an investigation.

Time for an update. As noted in my last blog on decrypting the original, VMWare no longer recognizes a raw disk as a valid disk image. Images have to be converted before

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PointSec Decryption - A Case for Decryption of the Original

By J. Michael Butler

A while back, I posted about EnCase and PointSec — "Encase and PointSec - I'm Not Feeling the Love". I wrote about my frustrations with the difficulties of decryption for a forensic exam. My main point was that EnCase and PointSec need to work together to provide forensic examiners a way to view the PointSec drive in EnCase simply by entering the PointSec password. I also detailed my process for decryption which involved the use of VMWare and a virtual image of the encrypted drive.