Hi, everyone.
In this lecture, we are going to learn about what is erro energy, so erodable energy is used to list
all the networks around us and Bisping useful information about them.
So it is a packet sniffer.
So it is basically designed to capture all the Packers data around us while we are in MONITEAU mode
so we can run it against all the networks around us and collect useful information like the market rest
Jannah name encryption type number of clients connected to that particular network and then start targeting
to the network.
We can secure our target network so we can also run it against 13 access points so that we will only
capture packets from a certain Wi-Fi network.
So now let's check how we can take use of this particular tool.
So in order to run this, what do we need to do?
Here is first of all, you need to check your WiFi adapter is in monitor mode or not.
So for that, you need to type A.W. config and hit enter after hitting enter.
As you can see that currently we are in monitor.
That's very well.
Now let's clear the screen and then type arrow dump engie in order to run this, an interface name which
is Lan Siedel.
After doing doing this, now let's head into.
So often, and as you can see that.
It is in the packet and all the information that you can see, it is everything.
That it has collected OK, so now as you can see that we are having so many venues here, so we are
going to talk about all of them one by one.
So, first of all, let's check what is being assessed idee, OK, what is being said?
So be a society.
Nothing, but it is the Mac address of the network.
OK, so as you can see that this is the Mac address that we have of this particular device and this
is the Mac address of this particular device.
And these all are the Mac at the CBS Bessus.
It contains the marketers.
OK, then we're having B.W. are.
So this is nothing but power.
So this is the signal strength of the network.
So the higher the number of a string, then better will be the signal.
OK, then again, we are having beacons, so because, ah, the frames sent by the network in order
to broadcast its existence.
OK then we are having data.
So what is data?
Data is nothing, but it sold the number of data packets or the number of data frames that currently
sitting.
OK, then we are having this which is has who.
So this shows the number of data packets that we collected in the past ten seconds.
So we have not collected anything.
That is where it is showing us zero.
OK, so now let's talk about what is S.H. so as the name suggesting it is stands for Channel.
So it shows that in which channel the network works on.
OK, so the channel number of this particular network, which is Nokia eight point one, is thirteen,
then for Paha Trefort, Arleta Dot for G and eleven for peeling B two nine seven and two for just loading.
Ben, we're having E and C, so what it is, is is sourced the encryption.
What kind of encryption network is using it can be WSP Open is for open WP and WIPA to see.
In our case we are having WPA to WPA to and WSP, WPA to.
WPA to.
OK, so then we are having one more field, which is safer.
So what it is safer is the safer used in the network.
What kind of safer is used inside the network it is used for?
That is where it is present here.
Then we are having at its source that the authentication used on the network, which kind of authentication
is used in the network.
And at the end we are having ESX ID, which is nothing with the name of the network that you can see
here.
So guys, this is how it works and this is how you can.
Captured the pocket in the air using your WiFi adapter.