Hak5

Hosted by Darren Kitchen and Shannon Morse. New episodes Tuesdays.

Put together by a band of IT ninjas, security professionals and hardcore gamers, Hak5 isn't your typical tech show. We take on hacking in the old-school sense, covering everything from network security, open source and forensics, to DIY modding and the homebrew scene. Then we wrap it all up with a... Read More

What's in your RAM?

Tuesday, July 14th, 2009 – running time 19:47

Rob Fuller, aka Mubix, of Room362.com joins us to expand on last week's discussion about the Cold Boot attacks. We cover retrieving memory from live systems, analysis with tools like volatility, and file recovery with foremost. Mubix calls it forensics for the gray hat.

Rob Fuller, aka Mubix of Room362.com joins us to expand on last weeks discussion about the cold boot attack.

This time we're imaging memory from live systems. Windows boxes specifically. I point out my favorite open source app win32dd, which allows retrieval of physical memory in a couple of methods. Mubix is a fan of ManTech's MDD. Both of these tools are capable of capturing memory on Windows 2003 SP1 (Vista+) and later machines. More tools can be found at the Forensics Wiki.

Once we've captured our memory it's time to run it through a few tools to extract the good bits. Last week we touched on AESKeyFinder and RSAKeyFinder as well as Strings. This week we're using the epic memory artifact extraction utility Volatility.

This gem allows us to see deep into what a Windows box was doing at time of memory capture, including running processes, open network connections, DLLs loaded for each process, registry handles, and more. The tool can even extract executables from memory. It's a nifty little cross platform tool that's worth a spin. If you're looking to get your feet wet you might want to try it against some example data, courtesy of the NIST.

Best of all, Volatility if a framework that supports third party scripts. One such target="_blank">plugin makes it pretty simple to extract the Windows SAM from a memory sample.

We also cover using foremsot, an excellent tool for recovering data from memory based on headers, footers and data structures. I can say from experience that using the

-t ALL
option on a dump of Mubix's memory that A TON of files are recovered, all nice and neat in their own folders based on extension. Thanks for the mem dump Mubix ;). If you don't have a capture of Mubix's memory you can find samples to play with Foremost at the Digital Forensics Tool Testing Images site.

We'll be back in studio next week with Matt. Of course be sure to send your feedback to feedback@hak5.org, post in the forums or respond in the comments.

And don't forget about our first ever official Hak5 Meetup at Busch Gardens Williamsburg on August 15th. Find all the details at hak5meetup.squarespace.com or RSVP on Facebook.

Mubix is Here To Help

Matt and Mubix are in Colonial Williamsburg to talk about Penetration Testers use of Forensics.
00:00 | Play

Finding, Imaging, and Playing With Ram

This time we're imaging memory from live systems. Windows boxes specifically. I point out my favorite open source app win32dd, which allows retrieval of physical memory in a couple of methods. Mubix is a fan of ManTech's MDD. Both of these tools are capable of capturing memory on Windows 2003 SP1 (Vista+) and later machines. More tools can be found at the Forensics Wiki.
02:31 | Play

After You've Captured the RAM

Once we've captured our memory it's time to run it through a few tools to extract the good bits. Last week we touched on AESKeyFinder and RSAKeyFinder as well as Strings. This week we're using the epic memory artifact extraction utility Volatility.

09:16 | Play

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About the Show

Details
Show Title:
Hak5
Description:
Hak5 isn't your typical tech show. It's hacking in the old-school sense, covering everything from network security, open source and forensics to DIY modding and the homebrew scene. Damn the warranties, it's time to Trust your Technolust.
Categories:
How-To & DIY, Technology & Gadgets
Launch Date:
Sep 7, 2008
Episodes:
Credits