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02-10-2017, 07:39 PM
(This post was last modified: 02-10-2017, 08:16 PM by atom.)
I can increase rule-based attack speed but for the price of a decreased brute-force attack speed.
I can not guarantee the numbers, but after the change all modes will have the same speed.
The speed will be slower to what combinator-mode is doing right now and depend on the hash-mode.
For NTLM, only half the speed of combinator attack
For SHA256, almost the same speed of combinator attack
Note: This is for fast hashes (NTLM, MD5, VB, etc) only. Slow hashes speeds don't change.
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I'm in favor of the trade off.
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Yeah! New algo!
No, wait. Wrong thread.
Yes, do it atom :-)
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For those haven't seen it: There's a voting system on top of this thread
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02-10-2017, 09:21 PM
(This post was last modified: 02-10-2017, 09:22 PM by blandyuk.)
I'm in favour but, its a shame brute-force it taking a hit. I presume the classes / interfaces are linked in hashcat which is why this is causing this to happen?
Back in the old days, hashcat was split into 2 apps. Because of this, this issue would never occur.
Surely hashcat can accommodate this without a sacrifice? Is it not the crackers way for speed!
I do realise it would be a lot of work but worth it and we would have the best of both worlds.
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02-11-2017, 01:09 AM
(This post was last modified: 02-11-2017, 01:12 AM by xsdafsr.)
Why brute-force attack speed will decrease after changes?
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Brute force is for noobs.
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OK, poll is closed now. Bad thing is that I've found in the meanwhile that the idea didn't work out, so everything will stay as-is
