Skip to main content

volatility3 installation steps and some commands to execute

 

git clone https://github.com/volatilityfoundation/volatility3.git


cd volatility3

sudo python setup.py install

python3 vol.py --h

/usr/bin/python3 -m pip install --upgrade pip

pip3 install -r requirements.txt 


How to use:

Assuming you are in volatility3 directory.

python3 vol.py -f stuxnet.mem windows.info 


To find windows info:

python3 vol.py -f file.mem windows.info

To find computer name: Look for USERNAME section.

python3 vol.py -f stuxnet.mem windows.envars

 

cheat sheet:

https://www.andreafortuna.org/search/Volatility%2C+my+own+cheatsheet/?s=Volatility,%20my%20own%20cheatsheet&__cf_chl_managed_tk__=pmd_.iPdwp81fWu_lhvBB13BSWtGbCdRFWJQ0oTDQKpFlJg-1634626200-0-gqNtZGzNAzujcnBszQhR


https://blog.onfvp.com/post/volatility-cheatsheet/?__cf_chl_managed_tk__=pmd_f_TreWN8S.vXHthLub8YbdOPHgehGZB_G7in.mfe1cE-1634626346-0-gqNtZGzNAvujcnBszQgl


https://book.hacktricks.xyz/forensics/basic-forensic-methodology/memory-dump-analysis/volatility-examples


https://github.com/The-Art-of-Hacking/h4cker/blob/master/cheat_sheets/volatility-memory-forensics-cheat-sheet.pdf

When you see --profile parameter is used, then you assume that this is for volatility 2. In volatility 3, there is no need to use --profile parameter.


VOL3

To list all the process and all things related to process id:

python3 vol.py -f stuxnet.mem windows.pslist

python3 vol.py -f stuxnet.mem windows.psscan (get hidden process)

python3 vol.py -f stuxnet.mem windows.pstree (parent-child relationship)

psxview is not available is vol3. To use this you need to use vol2

Dump files or process using pid in a directory and find out sha1 hash of that malicious file:

python3 vol.py -f RogueProcessCase1.mem windows.pslist --dump --pid 5688   (suitable way)

python3 vol.py -f stuxnet.mem windows.dumpfiles --pid 8180  (not suitable way, it will dump so many files, you need to then find your malicious process, then take the hash and so on)

python3 vol.py -f stuxnet.mem -o . windows.dumpfiles --pid 8180 (not suitable way, it will dump so many files, you need to then find your malicious process, then take the hash and so on)

sha1sum <malicious file name>  

Hashdump from the memory capture: contains hash of users

python3 vol.py -f stuxnet.mem windows.hashdump 

or

python3 vol.py -f stuxnet.mem windows.lsadump

hashcat -m 1000 0d757ad173d3fc3419354d64c8ec /usr/share/wordlists/rockyou.txt


Command line: To find the cmdline argument of a particular pid

python3 vol.py -f RogueProcessCase1.mem windows.cmdline | grep 5688

Netscan: It will show if this pid is associated with network connection or not. 

python3 vol.py -f RogueProcessCase1.mem windows.netscan | grep 5688

Process injection detection using malfind plugin:

python3 vol.py -f ProcessInjectionCase2.mem windows.malfind

Windows dlllist:

python3 vol.py -f DllInjectionCase3.mem windows.dlllist | grep Winsrvc

Windows dll dump:

python3 vol.py -f DllInjectionCase3.mem windows.dlllist --pid 1656 --dump

Domain name\User name: If we want to see a process running under the context of which user!!

python3 vol.py -f DllInjectionCase3.mem windows.sessions | grep -i "lsass.exe"

Avi


Comments

Post a Comment

Popular posts from this blog

API hacking lab setup

 Follow the commands to install and configure API hacking lab: 1. Install kali linux and update all the packages.  apt update -y apt upgrade -y or apt dist-upgrade -y or apt full-upgrade -y If you face any problem regarding update, install cloud flare warp in the host machine, then again start updating packages in your kali vm.  2. Install and configure burpsuite professional.  After that open burpsuite and go to Extensions tab. Click on BAppStore. Search for Autorize extension, It will help us to automate authorization testing. Click on Download Jython from the right side. From Jython website click on Jython standalone JAR and save it. Go to Extensios > Extensions settings >  under Core extension settings find out Python environment on the right pane. Select the jython jar file that you just downloaded. Now again go to BAppStore and re-search for Autorize extension. You will see Install option this time after selecting Autorize extension. Install it. You ...
Post a Comment
Read more

Installing kansa incident response tool

 Kansa is an IR framework. https://github.com/davehull/Kansa For enterprise data collection, you need to do this first from the admin system: Set-NetConnectionProfile -NetworkCategory Private (In private network) Enable-PSRemoting  from powershell on the system where you want to run this tool. This will enable winrm service with port 5985 and 5986. Check: netstat -naob | findstr "5985"   Also allow tcp port 5985 and 5986 for winrm through the network. You can use  GPO. Though winrm is communicating over http and https but authentication will be happened using kerberos in domain environment.  After downloading it  from the github and unzip it, you need to unlock it using powershell. Need powershell v3 or later. ls -r *.ps1 | Unblock-File Powershell policy bypass: Set-ExecutionPolicy AllSigned | RemoteSigned | Unrestricted From FOR508 course: .\kansa.ps1 -OutputPath .\Output\ -TargetList .\hostlist -TargetCount 250 -Verbose -Pushbin -Pushbin is requir...
Post a Comment
Read more

Downloading kape incident response tool for forensic triage

 Kape is a triage collection and post-processing application written by Eric Zimmerman. Remember its just the triage collection tool ok? We will analyze the collection later.  https://github.com/EricZimmerman/KapeFiles Kape download: Kroll Artifact Parser And Extractor (KAPE) | Cyber Risk | Kroll Besides full disk image/acquired disk image, this tool allows us to create smaller triage image where important forensic data is present . In case the scenario is divide and conquer , meaning if you want smaller triage image from big size disk image then you can use this and share with your DFIR team to investigate together. The main reason of using kape is now you don't need to wading or sift through into the full image where 10% actual artifacts are present. Kape will allow you to collect those 10% before taking full image. Now you can analysis those 10% of data.  If you want to learn more, please open for508 workbook and labs section 1-2.pdf file and look for page 28. This is...
Post a Comment
Read more