Volatility Updates Summer 2015

Summer 2015 has been quite a busy time for the memory forensics community. We wanted to write a quick update to talk about some recent events and research as well as upcoming news.

Conferences

Black Hat Vegas 2015

We wanted to again thank everyone who came out and supported us during Black Hat. Between our Arsenal demo, book signing, and party, we met hundreds of Volatility users and fans. Your support and enthusiasm is greatly appreciated. Come back next year for twice the champagne, twice the suite size, and twice the fun!

HTCIA International Conference (Orlando) 

We're putting on a lab session at HTCIA's International Conference in Orlando next week. You can also stop by the Volexity booth for a chance to win a free seat at any upcoming Windows Malware and Memory Forensics Training course.

Open Source Digital Forensics Conference (OSDFC) 2015

The Volatility team will once again be presenting the latest in memory forensic research at OSDFC 2015. This year we will be focusing on the anti-forensic capabilities of PlugX as well as new Volatility capabilities that can auto-detect them. We will also be discussing the results of the 2015 Volatility Plugin contest. 

OSDFC has a great lineup this year so you should try and attend. We hope to see many Volatility users while we are out there.

Research

A New Paper on OS X Memory Forensics

At DFRWS 2015, Dr. Golden Richard and I published a paper on OS X memory forensics entitled: Advancing OS X Rootkit Detection. The purpose of this paper was to document gaps in existing OS X rootkit detection techniques and then develop new methods, in the form of Volatility plugins, to close these gaps. The plugins introduced in the paper will be committed to GitHub in the coming weeks.

DFRWS had a number of good submissions this year, and we recommend browsing the program for other interesting forensics research.

Volatility vs Hacking Team

The malware used by Hacking Team to control victim's computers is known as Galileo RCS, and in a well done blog post, Joe Greenwood shows how to use Volatility to detect RCS in a number of ways.

RCS now joins a long list (Stuxnet, Careto, Flame, and more) of 'advanced', 'stealthy' malware that immediately falls to inspection by memory forensics.

Volatility at PyCon

At PyCon 2015, Ying Li showed how to use newly developed Volatility capabilities in order to find artifacts of Python scripts that were executing on the system. This was very interesting work, and we suggest watching the video of her talk.

Projects Building on Volatility

VolDiff

VolDiff is a project that compares the results of a number of Volatility plugins against two memory samples and automatically the reports the differences. Compared to manually running and comparing the plugins, this can save a substantial amount of time.

The purpose of VolDiff is to compare in-memory artifacts both before (clean state) and after (post-install state) an application, such as a malware sample, has executed. The new artifacts that appear post-installation can be immediately isolated for further analysis and/or for the creation of highly-effective IOCs.

If you wanted to get started with VolDiff then you should read the author's post on analyzing DarkComet with VolDiff.

Evolve

Evolve is an open source web interface to Volatility. It is under very active development and is constantly having new features added. Consult the README on GitHub for the latest features, and be sure to follow the tool's author on Twitter.

To see Evolve in action, check out a video showing the basic features here and advanced features here.

As much as we love the command line, it is sometimes nice to have a GUI visualize and shuffle data for you!

Plugin Contest

The 2015 Volatility Plugin Contest is underway and accepting submissions until October. The contest is a great way to win cash and other prizes, gain recognition in the community and become more familiar with Volatility and Python. We feature the research submitted to the contest on this blog, during conferences, presentations, and all throughout social media and our mailing lists.

New Volatility Capabilities

Windows 10 Support

While not merged in the official Volatility branch (yet), the Windows 10 branch is currently under active development. Nearly all of the plugins are working at the current time, and we would be very appreciative of any bug reports you may have when testing the branch. Please post any bugs to the GitHub issue tracker. Currently supported functionality includes process and kernel module listing, all pool scanning plugins (files, mutexes, processes, drivers, etc.), handles, DLLs, PE file extraction, process memory (VAD) parsing, service enumeration, cached file extraction, and memory signature scanning with Yara.

OS X 10.10.x Support and New Plugins

Volatility now has official support for OS X 10.10.4 and 10.10.5, which are the latest two versions. We have also tested Volatility on a preview release of 10.11, and it appears that all of the plugins work as expected. We will release an official profile for 10.11 once Apple releases debug kits (we are currently using special custom built profiles).

Volatility also has a new plugin named mac_get_profile. This plugin allows Volatility to auto-detect which profile (OS version) matches the given memory sample. To use this plugin you do NOT need any OS X profiles installed. Instead, you can run a fresh checkout of Volatility, determine the profile by using mac_get_profile, and then download the correct profile from our profiles repository.

To use mac_get_profile, simply pass the path to your memory sample as the -f option and then put mac_get_profile after it:

$ python vol.py -f <path to memory sample> mac_get_profile

Linux

Volatility Linux support has now been tested through kernel version 3.19. As many of the data structures do not change between versions, we expect that most or all of the plugins will work with bleeding edge developments kernels as well. Please file an issue if you encounter any bugs.

Memory Forensic Trainings

Our memory forensics training class in Amsterdam is now SOLD OUT.  We appreciate the support and word of mouth praise from past attendees as well as fans of the project.

Our current course is 5 days of memory forensics and malware analysis training against Windows systems. Full information on the course, as well as upcoming dates and locations, can be found here. If our current set of public offerings does not work for your company then please contact us about conducting a private training at one of your facilities.

Volatility at Black Hat USA & DFRWS 2015!

Due to another year of open research and giving back to the open source community, Volatility will have a strong presence at both Black Hat USA and DFRWS 2015. This includes presentations, a book signing, and even a party!

At Black Hat, the core Volatility Developers (@4tphi, @attrc, @gleeda, and @iMHLv2) will be partaking in a number of events including:

• Demoing Volatility at Black Hat Arsenal. This will include new plugins targeted at the PlugX malware, showing how to write simple, but effective Volatility plugins, and more!

• Book signing for The Art of Memory Forensics starting at 11:10AM on Wednesday in the Black Hat book store. All four authors will be present, so be sure to bring your book along or purchase a copy on-site in the bookstore.

• Volatility Happy Hour: This will be an open bar party where you can meet our team, bring books to be signed, and get Volatility swag all while enjoying tasty beverages. You must register (free) if you wish to attend! Note that the party will be at MGM Grand.

Friends of Volatility will also be leading a number of events at Black Hat including Briefing presentations from Jonathan Brossard, jduck, and Alex Ionescu as well as Arsenal Demos from Brian Baskin, Marc Ochsenmeier, David Cowen, and Takahiro Haruyama.

At DFRWS, Dr. Golden Richard will be presenting a paper that he and I wrote: Advancing Mac OS X Rootkit Detection. In this paper, we present several new methods to detect rootkits on OS X systems through memory forensic analysis. All the of the plugins described in the paper will be incorporated into Volatility after the conference. 

Also, at DFRWS, Joe Sylve and Vico Marziale will be leading a workshop on creating forensics tools in Go. If you have never seen Go before, or want to gain some hands-on experience, then we recommend checking it out.

And finally, be sure to check out the "Finding your naughty BITS" presentation by Matthew Geiger, who has been a long time friend of the project.

We hope to see everyone at these events, and we are looking forward to an exciting August! 

Acquiring Memor(ies) from 2014

2014 is extremely volatile. Any minute now, it will be gone. Thus, we wanted to take a minute and preserve some of the more exciting memories. Specifically, we wanted to summarize how the memory forensics field and Volatility community has progressed this year.

• Volatility 2.4 was released - our most stable and fully featured code base, supporting all of the major versions of Windows, Linux, and Mac. The release includes Windows 8 and Server 2012 support, despite the encrypted debugging structures. Windows 10 beta support is also available.
• We also moved to Github, which makes it easier for other developers to submit patches and pull requests. A separate repository stores Linux and Mac profiles. The 2.5 release is also under way. 
• Extraction of TrueCrypt cached passwords and master keys become even easier than it was before, with new plugins that execute a structured approach at locating and recovering the data. The capability was also ported to Linux, and a member of the community completed a similar plugin for dm-crypt.
• Our 5-day hands-on Malware and Memory Forensics training course proliferated to over 10 events (public and private) across the United States, Europe, and Australia. Testimonials from attendees are available here and registration is open for classes in 2015.
• The Volatility Foundation was established as a 501(c)(3) non-profit organization. A new website was created to aggregate the foundation's resources. Among other things, the site describes the various ways to get involved with the community. The Volatility(R) name also became a registered trademark of the Volatility Foundation.
• Volexity, LLC became a corporate sponsor of the Volatility Foundation and named core developer Michael Hale Ligh as its CTO. Volexity is a security firm based out of the Washington, D.C. area that specializes in assisting organizations with threat intelligence, incident response, forensics, and trusted security advisory.
• The Volatility Plugin Contest received an extremely generous donation from Facebook and generated an enormous amount of new capabilities from various talented developers and researchers. 
• The Volatility Team partnered with GMG Systems, Inc. to offer KnTTools (incl. KnTDD) at a discounted rate to students in our training course. KnTTools is the most reliable, robust, and fully featured memory acquisition suite for Windows. 
• Volatility and memory forensics were represented at almost all security and technology related conferences, including (but not limited to) Blackhat USA, Defcon, OMFW, OSDFC, API Cybersecurity, SecTor, Archc0n, Alabama Cyber Security Summit, National Cyber Crime Conference, RSA USA, BSides, and Recon.
• Volatility was used by Det. Michael Chaves to track down high profile ATM skimmers. It was used by European law enforcement to produce the primary source of evidence that put away a child sex offender for over 10 years. It was used by the United States Government on various occasions to investigate cases involving espionage, cyber terrorism, and major botnet rings.
• Volatility developer Andrew Case and Golden G. Richard III won best paper at DFRWS 2014 for In lieu of swap: Analyzing compressed RAM in Mac OS X and Linux.
• We enjoyed a record breaking number of attendees at Open Memory Forensics Workshop (OMFW) 2014 and a serious group of awesome talks. Later that week, Next Generation Memory Forensics was presented at OSDFC. 
• The Art of Memory Forensics was published in August, a 900-page book that covers Windows, Linux, and Mac topics in depth. To date, its the most thorough and illustrative written source of memory forensics knowledge. Please remember to check the errata page and also the sample memory images that are accompanied with lab questions and answers (free online download). 
• A Reddit Ask Me Anything (AMA) was conducted on Art of Memory Forensics. We appreciate all the great questions!  
• An entire chapter of Black Hat Python was devoted to using Volatility for offensive purposes during pentests (extracting password hashes, injecting code, etc). 
• We presented some Volatility capabilities at Blackhat Arsenal and later created a YouTube channel with recordings of the demos. There was also a book signing in the Blackhat bookstore, which was an exciting way for us to meet new Volatility users in person.

 Thanks to all who played a part! We look forward to an even more productive 2015!

Volatility 2.4 at Blackhat Arsenal - Defeating Truecrypt Disk Encryption

This video shows how to use Volatility’s new Truecrypt plugins to defeat disk encryption on suspect computers running 64-bit Windows 8 and server 2012.

The video is narrated by Apple's text to speech and you can find the actual text on the Youtube page. The live/in-person demo was given at the @Toolswatch Blackhat Arsenal.

Volatility 2.4 at Blackhat Arsenal - Reverse Engineering Rootkits

This video demonstrates how you can leverage Volatility and memory forensics to detect kernel rootkits, assist with reverse engineering, and use the results for developing additional indicators.

The video is narrated by Apple's text to speech and you can find the actual text on the Youtube page. The live/in-person demo was given at the @Toolswatch Blackhat Arsenal.

Volatility 2.4 at Blackhat Arsenal - Tracking Mac OS X User Activity

This demo shows how to track Mac OS X user activity by examining artifacts in physical memory with Volatility. 

The video is narrated by Apple's text to speech and you can find the actual text on the Youtube page. The live/in-person demo was given at the @Toolswatch Blackhat Arsenal.