Hello everybody.
I had to split this tutorial since it was getting too long.
Basically the last comment we ran was the clean all command with the error.
And now we are good to go.
So now we should be able to run our rainbow table attack now.
Basically let us first see once again with aircraft.
What did it take in or what was the speed of our cracking process with the regular dot cap file.
So let us just specify a minus W and then the word list which is passed on T T.
And then scan which is the cap file.
So let us see what is the speed of this running process.
Now we can see that the speed right here is around three hundred and fifty keys per second.
So we can see that for example this password list would be finished in one day four hours and some minutes.
So let us just call this right now since we won't wait one day and let us see right now what is the
process or what is the cracking time of our rainbow table that we created in the previous video.
So let's just let this air crack wait right here since it is not giving us our comments.
OK.
Here it is.
And now let's actually run our attack with air crack with the rainbow table.
So how we do that basically just type here aircraft minus and G then minus r for the rainbow table and
then specify the name of your rainbow table which in my case it is just rainbow table.
So I type it right here and then you need to specify the DOT cap file that you have your handshake in
which is can dot cap.
And once you do that if you click here enter you can see that it's already finished and the word that
the speed of the password cracking is now 44000 keys per second.
Now it finishes first because we only computed around 20 or 25000 passwords in our rainbow table so
it basically finished in less than a second or in half.
Second the so you can see that the speed process of cracking this is basically around hundred two hundred
and fifty times larger than the previous cracking process.
Now if you use a rainbow table with the GPL which is even faster you can go over 1 million passwords
per second.
Let me just show you the same process with the air crack on my laptop so you can see how fast it cracks
there.
So here we are on my laptop and I already created the rainbow table right here with the Iraqi the password
list.
I basically computed around 600000 passwords right here.
So we don't have to wait and do this process all over again.
I also have the same scan that kept files from our catalytic machine and also the same e ss I.D. file
which only has the name of our wireless access point.
Now let's run the uh.
Basically aircraft all once again.
So let me just become a route and let me enlarge this so you can see it a little bit better there we
go.
So right now what we want to do is basically let me just first show you the air crack cracking time
with the rocket up the Steve a regular pass for list.
So we just type here minus V and then the specified path.
The path to the rocket at the extreme.
So once we specify that all we need to specify also is these candidate kept file and we can let this
crack and you can see that on my laptop the current cracking speed is basically 300 or 3300 passwords
per second.
Now if I also plug in my power cable it would go over 4000 passwords per second but let's see what is
the speed of the cracking process with a rainbow table right here.
So as I said right here I have a rainbow table that I computed for around 600000 passwords.
So let us run the same process right with the same cat file right now.
So minus sign and then we specify the name of the rainbow table and then we specify the name of our
DOT cap file and let this run.
And you can see that the speed of the cracking process is over 200000 keys per second.
And that is the speed with the CPSU.
So you can see that it finished six count around six thousand kids per second in only two seconds so
you can see how fast this can go.
This basically can finish our 10 million passenger list in a matter of seconds.
So imagine now you had a passport list with over 1 billion passwords that would take a reasonable amount
of time.
It would basically take I believe it two hours only.
Which is not that long for one billion passwords.
So this is really useful once you have a huge past full list that you want to use.
Since if we for example ran only our normal attack without the rainbow table this would take a lot longer
to finish.
So I only want to show you that.
So that would be about it for the rainbow tables.
I hope you enjoyed it and I hope I see you in the next lecture by.