I absolutely loved this and I may have to watch this a million time after I lean some of the acronyms. You would make a great teacher because you make your lectures very interesting even though I didn't understand a lot of this I watched the whole thing. I hope to learn more!
Hello, I am Marko. I am a graduate student studying cryptography, and my project involves analyzing the KeeLoq algorithm. I need to evaluate its strengths and weaknesses and review the types of attacks that have been conducted against this algorithm so far. Ultimately, I need to propose a solution to break this algorithm. Up to this point, I have reviewed all the attacks that have been conducted, and they all adhere to the following two conditions: Initial conditions are considered. Hardware access is available. Given the nature of my project, where I do not have hardware access and cannot consider initial conditions, I cannot use these types of attacks. I am looking for a method to theoretically break this algorithm, even if it involves reducing the key space or any other approach that can help me. I would appreciate it if you could help me out and guide me out of this confusion. Thank you.
Dude is super smart! Respect.
Computer code and security is so complex. Crazy.
Samy is my hero.
I absolutely loved this and I may have to watch this a million time after I lean some of the acronyms. You would make a great teacher because you make your lectures very interesting even though I didn't understand a lot of this I watched the whole thing. I hope to learn more!
Genius.
Nice work
So scary
Browser should warn if local ip addresses are being used in script or html
I have no idea what he's talking about
spend all that time
tell everyone "hey look"
they "fix it"
you receive no money
we all need energy drinks people. that s%%^ ain't free
📱
Hello,
I am Marko. I am a graduate student studying cryptography, and my project involves analyzing the KeeLoq algorithm. I need to evaluate its strengths and weaknesses and review the types of attacks that have been conducted against this algorithm so far. Ultimately, I need to propose a solution to break this algorithm.
Up to this point, I have reviewed all the attacks that have been conducted, and they all adhere to the following two conditions:
Initial conditions are considered.
Hardware access is available.
Given the nature of my project, where I do not have hardware access and cannot consider initial conditions, I cannot use these types of attacks. I am looking for a method to theoretically break this algorithm, even if it involves reducing the key space or any other approach that can help me.
I would appreciate it if you could help me out and guide me out of this confusion.
Thank you.
that tool called miranda , for upnp 🤓🤣🤣🤣🤣