That's ~5 commits a DAY on average since the last release a year ago, primarily from 29 contributors. That is a rate of development that bests most paid teams that I know of. I am very impressed. How do you manage so much commitment for an open source project?
Hashcat 6.0
41–50 of 55 posts
Re: Hashcat 6.0
#42Re: Hashcat 6.0
#43Hashcat has long been a user of OpenCL. I wondered whether that was because CUDA really wasn't much better for this application, but this release puts that to rest: > One of the biggest advantages of CUDA compared to OpenCL is the full use of shared memory ... This and other optimizations are the reason we improved the performance of bcrypt by 46.90%. Also interesting that they specifically call out CUDA on ARM devic…
As CUDA only really runs on Nvidia hardware, it makes sense that they might be motivated to be as compatible as possible.
Re: Hashcat 6.0
#44Re: Hashcat 6.0
#45How many hashes per second can a high end GPU do?
I ran it recently on my 1080ti: Session..........: hashcat Status...........: Exhausted Hash.Type........: MS Office 2010 Hash.Target......: $office$ 2010 100000 128 16*[removed] Time.Started.....: Sat Apr 18 09:05:24 2020 (3 mins, 35 secs) Time.Estimated...: Sat Apr 18 09:08:59 2020 (0 secs) Guess.Base.......: File (merged.txt) Guess.Queue......: 1/1 (100.00%) Speed.#1.........: 92589 H/s (2.67ms) @ Accel:256 Loops:…
Re: Hashcat 6.0
#46So what's the difference between hashcat and johntheripper? Any reason to use one over the other?
Re: Hashcat 6.0
#47Anyone know why Java's object hash is even on the list given how small it is? It's not even mean to be cryptographically secure.
Re: Hashcat 6.0
#48How many hashes per second can a high end GPU do?
Re: Hashcat 6.0
#49How many hashes per second can a high end GPU do?
You can find benchmarks on Google, e.g. https://gist.github.com/binary1985/c8153c8ec44595fdabbf03157... 75 giga hashes per second for ntlm.
Re: Hashcat 6.0
#50That's ~5 commits a DAY on average since the last release a year ago, primarily from 29 contributors. That is a rate of development that bests most paid teams that I know of. I am very impressed. How do you manage so much commitment for an open source project?
Security researchers / developers are employed by companies and organizations that have an interest in this technology, e.g. law enforcement, secret services. I suspect most serious / active open source projects have a number of paid for developers like that. TBH, they need it, if their scale is beyond a small library / utility.
The reason this is MIT and not GPL makes this project all sorts of bad. MIT has its places and I have several personal open projects under it, but I can't imagine a case where society would be better by a company having closed hash cracks built on top of open source work.