Thirty five in mapping scam.
And map espie target.
So the Skin-tight lists the host in the specified range that will respond to a ping.
Allows you to determine which computers are online rather than which ports are open.
So basically there are four methods in MAP for scanning.
It will send an ICMP echo request packet to the target system.
And if an ICMP echo reply is received, then the system turns on and ICMP packets are not locked.
If there's no response to the ICMP ping and map attempts TCP ping to determine whether ICMP is blocked
or whether the host is actually online.
The TCP ping sends a signal or packet to any port on the remote system and of course, the default is
80.
If reset or a Sinak is return, the remote system won't go online.
And if the remote system does not respond, it is offline or the selected port is filtered in and therefore
does not respond to any.
So when you run around and mapping scan as root, the default will be to use the ICMP and ACT methods.
However, this method may not work correctly on all networks, especially where ping packets are prohibited.
Let me show you an example, so we'll make an active discovery on the network where the virtual computers
are that we have established.
So for this, let's open all of the virtual computers that we have installed, open virtual box, open
county, then extend out zero to two one five, open Métis, voidable zero to do that for one to ten
point zero to 247.
Open Windows seven 10 zero to DOT six and then log in to county Linux VMS username root password to
her.
Open terminal.
And right, this command.
And Matt Aspey 10 zero dot 2.0 slash 24 Prusiner.
And the scan results appear.
And we can see that the computers are open right here.
And map, no ping scanning.
So if you scan with a map and parameter, it accepts that the target threads are open, scans all the
ports for each type without pinging.
So it could take a long time to detect master servers, especially in large networks.
Use and map, pen target.