And map timing templates.
So in scanning on these networks, our goal, of course, is to make discoveries as soon as possible
without being noticed.
And this discovery identifies to us the computers and ports that may be open.
This next step is to obtain the necessary information.
Our biggest obstacle, one scanning, of course, is security systems.
That map offers different alternatives for scanning without being caught in security systems.
They are activated by the T parameter and named in the range zero to five.
So the T parameter is only related to timing.
When it's used with other parameters.
T zero paranoid.
Only one port is scanned at a time, and it's used to send packets very slowly.
The time difference between the two packets sent is five minutes.
So this option is one of the modes used to bypass security systems.
He's one sneaky.
So this mode is used when you want to send packets quickly, but it's still slower than a normal scan.
The time difference between two packets sent is 15 seconds.
Of course, this option will be the second mode that's used to bypass security systems.
Two polite.
So in this mode, you'll be sending packets quickly, well, more quickly than 091, but certainly slower
than a normal scan.
So the time difference between the two packets sent is four tenths of a second, and when scanning in
this mode, you may be visible to security systems.
T3 is our normal operation, so this mode is the default and timing pattern used when the T parameter
is not specified.
So, yeah, what is the time difference between the two packets sent is a tenth of a second.
For aggressive.
You will use this mode when you want to send packets very quickly and and MAP will wait only one point
twenty five seconds for a response.
So the time difference between the two packets set is up to 10 milliseconds.
Now, the official documentation of Unmap recommends a use of T4 for modern, reasonably modern and
reliable networks.
T5.
Or insane.
So use this mode to just send insanely fast packets and it'll only wait three tenths of a second for
an unmapped response.
And the time difference between two packets is up to five milliseconds.
So, of course, this mode makes scanning super fast, but sometimes you're going to sacrifice accuracy.
So if it fails to complete a scan within 15 minutes and MAP will give up a whole.
Otherwise, the T5 should only be used on a fast network and high quality systems because sending packets
that fast can affect the operation of the network or the entire system and can even cause a system failure.