SUPPORTED (NEW) FEATURES AND CHANGES IN RELEASE:
1. The 64bit BIOS is now functional with Linux and Windows 8.1 Embedded/Windows 10.
2. The 32bit BIOS is now functional with Windows 8.1 Embedded/Windows 10.
3. Supports booting from "SD card", "USB drive" and "SATA".
4. Supports S3 resume for Linux, Windows 8.1 Embedded and Windows 10.
5. Supports S4 resume for Windows 8.1 Embedded and Windows 10.
6. Supports 64bit image GCC build (32bit image GCC build is not supported).
7. Update EDK II core from UDK2015 release to UDK2017.
8. Signed Capsule Update is supported.
9. Supports HTTP and HTTPS boot.
10. Add board UUID support.
11. Fixed the issue that USB device may not be detected at system power-on.
12. Main changes in this release
1) Add microcode M0130679906 for D1 stepping.
2) Produce SMBIOS type 1.
3) Changed manufacture name.
4) Fixed some open bugs. Please visit the following link for details.
Brian Richardson of Intel has a new blog post, after the Open Source Firmware Conference, on open source firmware issues:
A variety of attacks targeting system firmware have been discussed publicly, drawing attention to interaction with system firmware components. This includes operating system loaders, secure boot mechanisms, runtime interfaces, and system management mode (SMM). This training will detail and organize objectives, attack vectors, vulnerabilities, and protection mechanisms in this fascinating environment. The training includes two parts.
1. Present a structured approach to system firmware security analysis and mitigations through lecture and hands-on exercises to test system firmware for vulnerabilities. After the training, students will have basic understanding of platform hardware components, system firmware components, attacks against system firmware, and available mitigations. Students can apply this knowledge to identify firmware vulnerabilities and perform forensic analysis.
2. Apply concepts to an enterprise environment. Using an understanding of security issues, students explore potential risks to operational environments including both supply chain and remote malware attacks. Students will perform assessments and basic forensic analysis of potential firmware attacks.
[Strange, I was doing the previous blog post on Brian, and during that time, he did a new blog post…]
Brian Richardson of Intel has a new blog post on using CHIPSEC whitelist command to help with UEFI security:
Using Whitelists to Improve Firmware Security
Firmware has become more popular in the world of computer security research. Attacks operating at the firmware level can be difficult to discover, and have the potential to persist even in bare-metal recovery scenarios. This type of hack has been well documented by investigations of the HackingTeam and Vault7 exploits. Fortunately, there are methods for detecting and defending against such attacks. Firmware-based attacks typically attempt to add or modify system firmware modules stored in NVRAM. Tools provided by the open source CHIPSEC project can be used to generate and verify hashes of these modules, so users can detect unauthorized changes.[…]
Brian Richardson of Intel will be speaking at the Embedded Systems Conference (ECS Conf) on firmware security, talk is called:
What You Don’t Know About Firmware Might Get You 0wn3d
I’m not sure I blogged on this, but Brian also gave a talk at BSidesJackson:
And his talk about BIOS end-of-life from recent UEFI plugfest are also online:
We recommend firmware developers review this docment to understand threats from unauthorized internal DMA, as well as DMA from non-PCI devices that platform firmware may configure. Using an IOMMU such as Intel VT-d allows fine-grain control of memory protection without broadly disabling bus-mastering capabilities in the pre-boot space.
Note: this whitepaper was originally published under the title “A Tour beyond BIOS Using Intel® VT-d for DMA Protection in UEFI BIOS” in January 2015.
Click to access Intel_WhitePaper_Using_IOMMU_for_DMA_Protection_in_UEFI.pdf
Brian Richardson of Intel recently gave a talk about UEFI security at BSides Asheville, NC. Slides are on the below blog URL:
What you don’t know about firmware might get you 0wn3d
Following firmware developers on social media during Black Hat & Def Con can be a bit bewildering. Firmware is becoming more important in the realm of cybersecurity research. Most of the work I do is working with other firmware developers to make sure they understand current capabilities and trends, but that work may take months or years to hit the market. The people on the front lines of computer security need some understanding of what they can do today to help secure their systems. While many of my colleagues spent a very hot and crowded week in Las Vegas, I had a much cooler weekend at the Bsides conference in Asheville, NC. My “What you don’t know about firmware might get you 0wn3d” presentation is designed to describe the importance of firmware in computer security, and what can be done today to mitigate and detect common attacks against firmware. There are practical methods to prevent a number of common bootkit/rootkit attacks, platform security features to consider when purchasing new systems, and responsible ways to research firmware issues.[…]
Brian Richardson of Intel announced a pre-release of UDK2017, a snapshot of the Tianocore.org EDK2 trunk code matching a set of UEFI.org specs.
Information on UDK2017, the next stable snapshot release of EDK II, is available on the TianoCore wiki.
From the release page on the wiki, here’s the list of
UDK2017 Key Features
Industry Standards & Public Specifications
UEFI PI 1.4a
UEFI Shell 2.2
Intel® 64 and IA-32 Architectures Software Developer Manuals
RAM Disk (UEFI 2.6, Section 12.17, RAM Disk Protocol)
UEFI HTTP/HTTPS Boot
Adapter Information Protocol
Regular Expression Protocol
Signed Capsule Update
Signed Recovery Images
SMM Communication Buffer Protections
Memory Allocation/Free Profiler
NX Page Protection in DXE
LZMA Compression 16.04
MP Init Library
Brian Richardson of Intel has a new blog post about UEFI signed firmware updates, including lots of links 🙂
Brian Richardson of Intel recently gave a presentation at ARM Ltd’s Linaro Connect on the subject of UEFI. Intel started UEFI but in recent years ARM is also using UEFI.
ARM’s Linaro Connect is happening. Click on their web page for live streaming.
In addition to all of the ARM topics, Brian Richardson, an Intel evangelist will be speaking about UEFI at this event. 🙂
Brian Richardson of Intel UEFI team has a new blog post, showing HP vendor data using DMTF Redfish as well as viewing UEFI x-UEFI Configuration Language data.
For more on the x-UEFI Configuration language, see Vincent’s post:
Motherboard has an interview with Brian Richardson of the Intel UEFI team, on the topic of IoT security. Wide range of topics covered!
Brian Richardson of Intel’s UEFI team posted a new blog with information about recent changes in the Tianocore development ecosystem. Brian summarizes recent activity, including Tony Mangefeste’s new community roadmap, the recent UEFI plugfest in Taipei, and other changes:
Brian Richardson of Intel has a new blog out talking about UEFI hacking tools in general, and UEFI Tool in particular, and he mentions this blog! 🙂 (This reminds me, I need to create a list of tools that I promised earlier. Give me a few days and I’ll create a new blog on that…)
“This is where my friends in firmware development and validation need to pay attention, because these tools can be your friend or your enemy. It’s great to use UEFITool for testing firmware images, making sure contents are properly formatted and verifying changes between version updated. However, it’s also an easy way for someone you don’t like to try and insert malicious code into your product.”