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PreOS presentation from SeaGL online

Last week Paul English of PreOS Security gave a presentation at SeaGL Conference (spelled with the RMS-preferred prefix, “Seattle GNU/Linux Conference”, pronounced like the bird “Seagull”). The presentation was about about firmware defensive skills. Whereas my previous presentation presumed an audience of enterprise (SysAdmins, SREs, Blue Teams, or DFIR), Paul’s talk presumed an audience of end-users, with no enterprise to back them up.

Alas, with most SeaGL presentations, this presentation was not video/audio-taped. His blog post has pointer to his slides.

His blog post also mentions brief status update on the sysadmin ebook that Paul is driving, he’s nearly ready, it’ll be nice to have this resource available.

Also, note that the PreOS Security web site has been revamped. All known HTTP/HTTPS problems have been resolved, and the blog backlog is getting flushed.

https://preossec.com/SeaGL-2017/

 

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UEFI security presentation at Seattle DC206 Meeting

If you missed the Intel presentation from BlackHat Briefings this summer, and if you are in the Seattle area this Sunday, Vincent Zimmer of Intel will be reprising this presentation at the DC206 Meeting at the Black Lodge Research hackerspace.

https://www.dc206.org/?p=216

What: Oct DC206 Meeting: Firmware is the New Black
When: October 15th, 1-3pm
Who: Vincent Zimmer
Where: Black Lodge Research

Firmware is the New Black – Analyzing Past Three Years of BIOS/UEFI Security Vulnerabilities

In recent years, we witnessed the rise of firmware-related vulnerabilities, likely a direct result of increasing adoption of exploit mitigations in major/widespread operating systems – including for mobile phones. Pairing that with the recent (and not so recent) leaks of government offensive capabilities abusing supply chains and using physical possession to persist on compromised systems, it is clear that firmware is the new black in security. This research looks into BIOS/UEFI platform firmware, trying to help making sense of the threat. We present a threat model, discuss new mitigations that could have prevented the issues and offer a categorization of bug classes that hopefully will help focusing investments in protecting systems (and finding new vulnerabilities). Our data set comprises of 90+ security vulnerabilities handled by Intel Product Security Incident Response Team (PSIRT) in the past 3 years and the analysis was manually performed, using white-box and counting with feedback from various BIOS developers within the company (and security researchers externally that reported some of the issues – most of the issues were found by internal teams, but PSIRT is involved since they were found to also affect released products).

https://www.blackhat.com/us-17/briefings.html#firmware-is-the-new-black-analyzing-past-three-years-of-bios-uefi-security-vulnerabilities
http://vzimmer.blogspot.com/2017/08/black-hat-usa-2017-firmware-is-new-black.html
https://github.com/rrbranco/BlackHat2017/blob/master/BlackHat2017-BlackBIOS-v0.13-Published.pdf

https://blacklodgeresearch.org/

https://www.facebook.com/events/1611758852222280/

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UEFI slides from SOURCE Seattle uploaded

Last week I gave a presentation at SOURCE Seattle Conference, on defensive UEFI tools/guidance, mostly talking about NIST 147’s lifecycle, and how to use tools like (CHIPSEC, acpidump, FWTS) to look for signs of firmware attacks.

As I understand it, SOURCE Conference will have video of this presentation online sometime in the near future.

https://www.sourceconference.com/copy-of-seattle-2016-agenda-details

Slides have been uploaded to this blog, and are available here:.srcsea17. (PreOS Security will have an archive of all of our post-conference materials on Github shortly.)

At the conference, Bryan of the Brakeing Security podcast interviewed PreOS Security co-founder Paul English and myself, along with some other SOURCE Seattle speakers. I am not sure when that podcast is queued up for. I hate public speaking in general, but I cringe at completely unprepared interviews like this podcast. Sorry I didn’t have better concise answers to the questions put to me. I think the normal podcast drinking game is to drink whenever you hear ‘um’ or ‘I mean’. Be careful if you’re playing that game during my brief audio clips. 😦

http://www.brakeingsecurity.com/

http://brakeingsecurity.com/rss

@bryanbrake

 

A slide in the presentation pre-announces an upcoming tool we’re working on. That tool should be ready in a few weeks, more details soon.

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SyScan360 Seattle

https://www.syscan360.org/

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UEFI lab at Cascadia IT Conference in Seattle March 10th

[DISCLAIMER: FirmwareSecurity is my personal blog. I work at PreOS Security.]

PreOs Security is offering a half-day training lab for System Administrators, SRE/DevOps in the Seattle area at Cascadia IT Conference, for those interested in learning about UEFI/ACPI/BIOS/SMM/etc security. Here’s the text for the training:

Defending System Firmware

Target audience: System administrators, SRE, DevOps who work with Intel UEFI-based server hardware

Most enterprises only defend operating system and application software; system and peripheral firmware (eg., BIOS, UEFI, PCIe, Thunderbolt, USB, etc) has many attack vectors. This workshop targets enterprise system administrators responsible for maintaining the security of their systems. The workshop is: an introduction to UEFI system firmware, an overview of the NIST secure BIOS platform lifecycle model of SP-(147,147b,155) and how to integrate that into normal enterprise hardware lifecycle management, and an introduction to the available open source firmware security tools created by security researchers and others, and how to integrate UEFI-based systems into the NIST lifecycle using available tools, to help protect your enterprise. It will be a 3.5 hour presentation, and at the end, you can optionally can run some tests on your laptop: Intel CHIPSEC, Linux UEFI Validation distribution (LUV-live), FirmWare Test Suite live boot distribution (FWTS-live), and a few other tools. Attendees trying to participate in the lab will need to have a modern Intel x86 or x64-based (not AMD), UEFI-based firmware, running Windows or Linux OS software. That means no AMD systems, no Apple Macbooks, no ARM systems. Any system used in the lab must have all data backed up, in case some tool bricks the device. Attendees should understand the basics of system hardware/firmware, be able to use a shell (eg, bash, cmd.exe, UEFI Shell), and able to use Python-based scripts.

https://www.casitconf.org/casitconf17/tutorials/

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Seattle firmware presentation at DC206 Meeting this Sunday

Many cities have “DC<areacode>” groups, the local DEF CON community. The Seattle-area DC206 group is having it’s monthly meeting this Sunday, and is firmware-centric, in case you are in the Seattle-area.

An Introduction To Pulling Software From Flash via I2C, SPI and JTAG
by Matt DuHarte

This beginners talk is as jargon free as possible and a great introduction to the world inside all those little devices that make up our world.  Not every device we have makes it easy to see the software they run.  How do you analyze the firmware of a device that does not have a display or even a serial port?  Simple – pull the software directly from the flash on the device.  A new generation of simple and inexpensive hardware devices make it fast and easy.  This talk will introduce just enough of the protocols involved, the devices used to pull a firmware image and the software we use to modify the images and put them back. Following the talk there will be a hands on area for watching demonstrations and you to try your hand at pulling images off various devices.

Matt DuHarte is the Security Lead at a major networking hardware manufacturer but is still a software guy.  Matt is an avid BSides presenter in hardware topics like USB hacking and embedded electronics. He started doing electronics as a kid, later for a UGA and now does it because it is fun.  He is a firm believer that password brute forcing is for wimps and that it is easier to open the case, attach a few wires and ask hardware nicely in their own language to spill their secrets. Hardware likes him, except FPGAs, they say his timing is off.

http://blacklodgeresearch.org/
http://dc206.org/

What: October DC206 Meeting
When: October 16, 1pm-3pm
Where: Black Lodge Research (17725 NE 65th St, A-155; Evans Business Park, Building A); Redmond, WA 98052 USA

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