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Very interesting! Thank you professor!!

Very insightful.

buffer = read_input(); is a piece of odd C code. Probably incoorect. Better C code: read_code(&buffer[0]);

Thank you for putting out these videos about the untold technology of hardware security. I'm currently going through the VETS-HASTE Program sponsored by Veterans Florida and University of Florida and your videos are most definitely shedding some light on the situation. My questions to you are: What is a typical day for a person in hardware security? How can you keep steady work in this type of technology field? Thanks again for all that you do!!!

Do you have a playlist for secure boot process, using the above knowledge ? Or any youtube links that have dealt with the secure boot fundamentals and its deployment in the industry ?

Dear Sir, could you please attach the presentation pdfs or ppt format along with video. in the description box, that would be of great help.

hi prof Todd, i am a jordanian student working on an archticure project and i need to use simplescaler tool version 3, but no matter how hard i search for, there are some files that i cant obtain such as simpleutils-990811.tar.gz and other files, the only file i can reach is simplesim-3.0 thanks to someone who archived it as a github repo, if you can point me to where i can obtain those files related to version 3, i would be very grateful professor

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Todd, you're an absolute superstar! Your insights and teaching style shine brightly, inspiring countless minds like mine. Thank you for being such an exceptional mentor!

Hi Todd, I took EECS 370 a few years back, it was fun to see this video from you shared in a Rust slack channel at work. I’m curious how much existing LLVM-level mitigations help here, does adding `-C llvm-args='--x86-speculative-load-hardening'` to the compilation flags help thwart this already?

I have watched this repetitively for about 6 months and it always calms me down whenever I am closer to mental meltdown due to up and downs on my research life. Thank you Professor Austin!

thanks for sharing , we appreciates if you share with us the materials

I really enjoyed the video, thanks, Tod!

Thank you professor for your valuable insights!!

this is super interesting !

This is really cool 👏

This was an awesome talk. Researcher tips and breaking rules in research style. What is the best way to access research papers as a civilian/non-student? Thank you!

Another great discussion. Thanks Prof. Austin

Later i'll show you how to get past Rust 🔥🔥

When will you be completing the 6 videos

Awesome. Thank you! I was always confused by security and privacy.

Great explanation professor, I do have one question regarding producing the factors of a number originally from which the number was produced, is it really possible? Even if quantum computers gave us the computation power for doing all this computation but is not our solution space is infinite possible solution, so how do we find the exact factors which were used to produce the number in first place? I don't have knowledge of working of these ciphers so kindly do correct me if I'm approaching it in a wrong way, thanks.

Very insightful discussion. Thanks Prof Austin.

Excellent points! I encountered many of them in my PhD journey😀

Thanks alot Prof. Austin for taking the time to share these tips.

Professor Thanks a lot for sharing

Thanks so much for sharing . I'm actually "Faking it till I make it" and I believe I will make it :)

Hello , How can I apply for AURA 2023 research program? am currently 4th year undergraduate mechanical engineering student at Addis Ababa institute of Technology. please contact me at my email address: samuelwozab2030@gmail.com

Prof. Austin: Thanks a lot for sharing this great video!

Sounds like a great tool especially when combined with edge AI and compute

Valgrind is pronounced val-grinned.

"Morpheus attack deterctors discern normal code from malicious code, via undefiend semantics" - So you have solved halting problem? :-D

very insightful, thanks Todd for sharing! coarse grained reconfigurable architecture comes to my mind that can be customized for different tasks

it is amazing!!

Great project

"No one has broken AES". Quantum computing. Hold my beer