Great video, thanks for sharing 👍 And amazing from DOM that they have upgraded the system 👌 Have you ever tried varying the vibration frequency with these kind of attacks?
Yes, I tried that, I have a simple voltage controller attached to the MP Control (the original controller doesn't work right now) so I can dial in any voltage up to the 24V it uses for highest setting. But I only use it at maybe 30%, it seems like the lower frequencies do more. Also, as you can sometimes see in the video, what you want to get going are secondary vibrations where the key starts oscillating in a specific way and you can also hear this point quite well.
Do you think this would work on the mul t lock cliq after picking the pins first then using this method to get electronic element to raise? Great work by the way.
I don't know about mul-t-lock cliq specifically but I know that ASSA Abloy has made significant investments in Cliq to not have it vulnerable to any of these attacks. Very early models were vulnerable to some things and this was later on solved by a redesign of certain interior elements. That said, I would encourage you to try it out with a strong-enough vibration source and see what happens :)
I feel like it does, yes. For most locks, I had success when pushing the key towards that metal piece that's the outermost of the profile (most times on the right side, but some cylinders have it mirrored to the left). Maybe this stabilizes the key further.
impressive!you're absolutely amazing pal!
great find ! nicelly filmed !
Great video, thanks for sharing 👍
And amazing from DOM that they have upgraded the system 👌
Have you ever tried varying the vibration frequency with these kind of attacks?
Yes, I tried that, I have a simple voltage controller attached to the MP Control (the original controller doesn't work right now) so I can dial in any voltage up to the 24V it uses for highest setting. But I only use it at maybe 30%, it seems like the lower frequencies do more. Also, as you can sometimes see in the video, what you want to get going are secondary vibrations where the key starts oscillating in a specific way and you can also hear this point quite well.
@decoderoh ah, amazing 👍 yeah I imagine matching something like a resonance frequency will do a lot 👌
Very cool, thank for the answer 😊
Very awesome video decoder. Thanks for explaining and showing 👍
Awesome stuff❤
Very cool Mr Decoder!
Do you think this would work on the mul t lock cliq after picking the pins first then using this method to get electronic element to raise? Great work by the way.
I don't know about mul-t-lock cliq specifically but I know that ASSA Abloy has made significant investments in Cliq to not have it vulnerable to any of these attacks. Very early models were vulnerable to some things and this was later on solved by a redesign of certain interior elements. That said, I would encourage you to try it out with a strong-enough vibration source and see what happens :)
So basically this is like hardware vetsion of fuzzing? :D
Does where you center the vibration make a difference?
Nevermind, you answered. Lol
I feel like it does, yes. For most locks, I had success when pushing the key towards that metal piece that's the outermost of the profile (most times on the right side, but some cylinders have it mirrored to the left). Maybe this stabilizes the key further.