Software Debug and Trace - Intel Archives | Page 11 of 16

The MinnowBoard Chronicles Episode 21: Building and Installing Linux, Part 2

Alan Sguigna

July 31, 2017
1:36 pm

This week, I had some success building a Linux image using the Yocto Project. But, that’s the good news.

The MinnowBoard Chronicles Episode 20: Building and Installing Linux, Part 1

Alan Sguigna

July 25, 2017
4:51 pm

I have a little secret to share: even though I may make it look easy, getting Linux onto my MinnowBoard is hard, hard work. But it's very rewarding.

The MinnowBoard Chronicles Episode 19: The Yocto Project

Alan Sguigna

July 16, 2017
4:28 pm

After working with UEFI over the last 18 episodes of the MinnowBoard Chronicles, I’ve decided to install Linux on my MinnowBoard. It is turning out to be harder than I thought.

Benchtop and remote debuggers for new Intel Xeon Scalable Processors

Alan Sguigna

July 11, 2017
2:42 pm

The news is out! Intel today announced its Intel Xeon Processor Scalable Family, codenamed Purley or Skylake-EP. ASSET of course has supported this silicon since its earliest beginnings, with the SourcePoint and ScanWorks Embedded Diagnostics products. Read the full press release here: ASSET releases new benchtop and remote debugging applications for Intel Xeon Processor Scalable Family.

Locks, Keys and Traps: Securing device JTAG interfaces

Alan Sguigna

July 10, 2017
5:57 pm

In two previous articles, I looked at the JTAG access port from a security perspective, and considered what exposure the choice of BMC operating system might have on a platform supporting At-Scale Debug. Now, let’s consider the root of all trust, the silicon itself, and see what options exist for locking it down.

Security of BMC Operating Systems

Alan Sguigna

July 2, 2017
1:58 pm

Given that they are network-accessible, BMCs present an attack surface. Which operating systems are hardened enough to be secure against malicious actors?

Securing JTAG-based At-Scale Debug

Alan Sguigna

June 18, 2017
4:14 pm

Security through obscurity is not a meaningful means to mitigate malevolent attacks. With the greater forensics capabilities offered by At-Scale Debug (ASD), how are platforms protected?

The MinnowBoard Chronicles Episode 18: Reverse-Engineering Code Execution

Alan Sguigna

June 11, 2017
1:55 pm

In my last article, I used Last Branch Record (LBR) Trace to manually capture UEFI program flow source and destination addresses. This week, I look at the associated instruction opcodes and mnemonics and try to figure out what is going on.

The Minnowboard Chronicles Episode 17: Using LBR Trace without Source Code

Alan Sguigna

May 26, 2017
2:24 pm

My curiosity got the better of me this week. I decided to play detective, and see what I can learn from LBR trace data if I pretend I don’t have access to the source code.

The Minnowboard Chronicles Episode 16: Delving into LBR Trace

Alan Sguigna

May 21, 2017
4:45 pm

This week, I decided to do a thorough analysis of how Last Branch Record (LBR) trace works, to see how useful it is in tracing back what might be the root cause of system failures.

Category: Software Debug and Trace – Intel

The MinnowBoard Chronicles Episode 21: Building and Installing Linux, Part 2

The MinnowBoard Chronicles Episode 20: Building and Installing Linux, Part 1

The MinnowBoard Chronicles Episode 19: The Yocto Project

Benchtop and remote debuggers for new Intel Xeon Scalable Processors

Locks, Keys and Traps: Securing device JTAG interfaces

Security of BMC Operating Systems

Securing JTAG-based At-Scale Debug

The MinnowBoard Chronicles Episode 18: Reverse-Engineering Code Execution

The Minnowboard Chronicles Episode 17: Using LBR Trace without Source Code

The Minnowboard Chronicles Episode 16: Delving into LBR Trace

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