Volatility Download Kali Linux

[Kendall Paschel]

For a complete list of all plugins at your fingertips, open a separate Terminal and run the volatility -h command, rather than having to scroll to the top of the Terminal that you are using to run Volatility plugin commands:

volatility download kali linux

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Introduction: Basic Volatility UsageFinding the RAM Image to ExamineIn your Kali Linux machine, open a Terminalwindow and execute these commands:cdcd Desktopls -lNote that the last command is"LS -L" in lowercase.You should see the memdump.mem file, whichshould be approximately 500 MB in size,as shown below. If you do not, you may needto repeat a previous project to create thememory image again.Starting VolatilityIn your Kali Linux machine, in a Terminalwindow, execute this command:volatility -hYou see a long help message,as shown below:The volatility help is long and confusing.Fortunately, SANS has made ahandy one-pagecheat sheetwhich is much friendlier.The part that is important to us is shownbelow:Basic Volatilty UsageImage InformationIn your Kali Linux machine, in a Terminalwindow, execute this command:volatility imageinfo -f /root/Desktop/memdump.memThis shows basic information about the image,such as the operating system of the machinethat was imaged, and when the image was made,as shown below:Volatility needs to know what operating systemwas imaged in order to interpret the memoryimage correctly. The default profile is WinXPSP2x86,but we used Win2008SP1x86, so we'll have to includethat information in all future volatility command-lines.Running ProcessesIn your Kali Linux machine, in a Terminalwindow, execute this command:volatility pslist --profile=Win2016x64_14393 -f /root/Desktop/memdump.memThis shows the processes that were runningon the machine when the RAM image was made,as shown below:Notice these columns:

• Offset : The location in RAM of the process, in hexadecimal
• Name : The process name, as it would be shown in Task Manager
• PID : The process ID
• PPID : The parent process ID--that is, the process that launched this process. In the example above, the "System" process is process 4, and it is the parent of the "smss.exe" process.

Network ConnectionsIn your Kali Linux machine, in a Terminalwindow, execute this command:volatility netscan --profile=Win2016x64_14393 -f /root/Desktop/memdump.memThis shows the network connectionson the Windows machine,as shown below:ServicesIn your Kali Linux machine, in a Terminalwindow, execute this command:volatility svcscan --profile=Win2016x64_14393 -f /root/Desktop/memdump.mem moreThis shows the first page of a long list of services,as shown below:5.1: Extracting Password Hashes (5 pts)Getting the Windows Server 2008 Memory DumpIf you didn't already do it in a previous project,download and unzip this file:memdump.7zThe file is 130,398,701 bytes in size, and its MD5 hash is 364fed484bcdd1a1f81a3538a4b1cd9a.To unzip a .7z file in Kali, use "7z x filename"Registry HivesIn your Kali Linux machine, in a Terminalwindow,with the working directory in the directorycontainingWindows Server 2008 Memory Dump,execute this command:volatility hivelist --profile=Win2008SP1x86 -f memdump.memThis shows the location in RAM of the Registryhives,as shown below:Examine your output and find the twoaddresses outlined in green above:the virtual addresses of the SAM andSYSTEM hives. Those two hives togethercontain enough information to extractWindows password hashes.Password HashesIn your Kali Linux machine, in a Terminalwindow, execute the command below.Notice that the two hexadecimal addressesyou found above are usedin this format:-y SYSTEM -s SAM

Hello learners, in the first part of our tutorial we learnt how to obtain a volatility memory dump from a computer which either maybe the victim computer or the computer used to launch an attack. From the acquired memory dump, an investigator can be able to determine the processes that were running on the computer hence he/she can also be able to come up with solid evidence which can be used against the suspects involved in a law suit. In this guide, we will be doing a digital forensic analysis on a volatility memory dump.

We can now check for commands which were ran on the PC under investigation. Checking commands can help an investigator while he/she gathers evidence from the volatility memory dump. We will be checking out for process 1484.

On this step we will extract the reader_sl.exe from the volatility memory dump to a folder on our PC. From here, we can be able to perform a malware analysis on the reader_sl.exe. To export the file we will be using a different plugin as shown below.

On the above guide, we were able to perform a volatility memory analysis to gather information from a victim computer as it appears in our findings. We were able to discover a malware which has camouflaged as a known process to the user. This is one of the common method used by hackers when stealing information.

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