So, guys, in the last few days, we have seen what is HDTV protocol.
So from this lecture, we are going to learn about the request and response headers.
So the extra people request made by the client and HTP response sent by the server.
So they have some overhead data that provides administrative information to the client and the server.
So the heady days followed by the actual data that is said between the two end points and how to contain
some critical information which an attacker can use against the application.
So there are several different ways to capture the Hidell.
So Web application proxy is the most common way to capture analyze the header.
So we are going to see later on in this course how to use the Web application proxies.
So from this actually in this particular lecture, we are going to learn about the request header and
we are going to analyze and see what is requested.
So now, as you can see in this particular screenshot, which is captured using the application proxy,
so as soon here you can see in this particular screen sort died.
OK, let me first.
OK, so as you can see in this particular screenshot, which is in front of you.
OK, so the request is from the client using to get, as you can see here, which is get OK.
So which is the get method we are going to run about to get later on, which is searching for the being
dot com and the first line and defines the matter used, which is here, OK.
So in this example, we are using the computer to access the route of the website denoted by HTP wasn't
is one dot one.
OK, so now let's understand what each and every important parameter means here.
OK, so first we know a list as host, which is as you can see here.
So this field is in the head of and it is used to identify individual website by hostname if they are
setting the same IP address so that the browser also sets a user agent string to identify the type and
the voice of the browser.
OK, so then we are having user agent, as you can see here, which is user agent.
So this will is sick, connected to its default value by the Web browser actually, and it can be spoofed
by the end user.
And this is usually done by the malicious user to retrieve content designed for other types of browsers.
OK, so then we are having cookies.
So here and then you will find cookies.
So this field stores are completely values shared between the client and the server forces in management.
OK, so after this we are not having here I think therefore is not a of very important.
So what are we going to do here is I'm going to define the terms for you.
So Leifur is nothing, but is this is the another important feature that you would always see when you
are redirected from one you are to suppose that currently you are using.
This website.
OK, so you have found a link here.
We just did.
So when you click on this, you will.
Will that be to the website?
So this is the river.
OK, so this is the river from where you came.
OK, so this is water for me.
So now let's at the end, which is important.
Dinnerstein let's understand.
Except encoding.
So what is this?
So this is to define the comparison scheme supported by the clanked.
So GJP, as you can see here, and Byfleet are the most common ones.
So there are other parameters too, but they are of little use to benches and test us.
These are important.
So that is what I have to I have taught you what each and every parameter means for you and what each
and every penny defines about the website and the user, what they are searching and in which they are
searching.
So this is all about the request header.