So go forward with it.
We are going to discuss about the architecture of the final one.
OK, so first of all, let's discuss the architecture of the fiber, how the firewall is broken by what
is building on autopilot based on the single pass.
This is what is the architecture, OK, as compared to the other firewall.
You have a single pass, which means that operation once or packet, OK?
No fingerprints, luck processing SB three architecture.
This is different than any other random, and I can tell you from my experience, actually, we have
a relative in our lab for one of the first one for to coordinate and checkpoint random.
And what we found is from the realistically that whatever the features we need to use in our environment,
we found the portal is definitely better than all the other ones.
And there are a few reasons.
As you can see, this White House has control plane, which is like like like the beginning of the Bible.
It has a plane with just over the traffic.
OK, so everything is like a parallel processing a packet processed ones from one Indian related to
content, it was arrived at by the networking, everything processed at once and permanently to the
U.S..
Right.
For example, you can see that's the of operation one spot of packet.
Every classification, every indication, user group, content scanning, you are everything that is
once Apple at once, but it doesn't mean that one packet can be processed.
Most of all, for RFID and for user I.D. and the content ID, then for networking and for policy changes,
it takes more time.
It adds to delay.
So payment processing main function Pacific parallel processing hardware inJune, separate data and
control control where the decisions are happening and the data places separate.
If anything happened to, for example, the control plane.
It will not impact the.
That's the concept you need to understand.
So, for example, if we look at the.
What do you think about software?
I want to know why, what is the single purpose of the rich, the expected to perform the function like
networking?
OK, Mike, networking, he was an I.T. policy, Look-Up, a transition classification, RFID and decoding
signature matching password protected country, which are performed once barbequing as shown in the
illustration.
So what you can see the Lantry, check the user I.D., check the RFID application.
All of these were discussed, let alone content ID as well, and then coming from the police union.
So you see all these these next generation features are applied at once.
The packet doesn't need to go through most of all one for these.
Then the second time, this third time, this time.
This time six times out of the packet that actually through once.
From the whole engine and then leave the network.
This is like you can see inbound insight into the traffic is coming in and the traffic is leaving.
OK, diagram, I'm the multipurpose architecture.
So if you see the single pass and multiple use that are used by the other one, but what the pilot is
claiming that the other Brendel, what they're doing, they are using multiple architecture is used
by the other one.
Clearly showing the difference to power, to architectural differences, I would add, is often used,
for example, in other windows.
Most of all, the networking happen then the broad based idea, then the firewall policy, then come
back again.
Again, there are three, then deported as DDP one again, those two different section.
So you see this is called multiple.
One packet is processed by people time from the entire.
That is adding the latency that is adding to delay when the package.
So what do you want to call your boss?
OK, Singapore's S3, Singapore Public Processing, which is its operation on the back, it happened
at once.
OK, what was big architecture?
So as you can see, this one is explaining that our control plane normally is not available, control
plane, control plane.
We didn't see that happening like a.
OK, that must mean something is what we are doing, asking the question that every time the packages
come in, the new package is.
So basically what we are here discussing when we apply the next generation features like Unfitting,
get up, green tech, prevention, all of these things as compared to the other devices, the packet
has to go through on each feature once, then the second feature, then the third feature, and each
of them feature the floor of the packet at once.
But they are going to if you combine the multiple feature, apply on the package floor and what happened,
they applied multiple times.
Right.
But in order to be called single bathroom.
But the next session, when it comes to the same destination, it will be also going to from the same
place.
Click here to see is that, you know, what we can see is the control plane, which is responsible for
Decision-Making, one of the decisions are made.
You can see the this is a data plane with just for the fact that decisions are already made that the
affected is heading.
For example, if you go to the post office in the post office to sort the delivery, the give to the
the internally, they take some time in which direction, in which post code, in which they are going,
in which direction they're going and what the decisions are made.
Then the postman is just delivered a letter.
He does not make any other decision.
OK, so this is the job of the dataplan and the decisions are made.
They just want to look at it today and.
But this section we will discuss again later on a device, architectural review.
So here you can see that, you know, some of the idea about giving you the next mission firewall application
of but quite well have not.
So you can think about it like.
This is just giving you why we should be using appetite for an app has changed, Spotify has not.
So initially what happened and even to the need to resolve visibility and control of the firewall,
basically to get we have to trust what is the right place to enforce policy, the all traffic.
And so basically what we are saying, the traffic is not poverty, not just based the number, but it
look, this is the nature of the application.
What are those signatures?
We will discuss it later on.
But you can only think as of now that the plan will go on any of the next issue, will they just not
look for the number one part?
They're more intelligent.
They really look for the signature inside the application.
For example, you know, when we see the snake, we feel that some kind of sensation in our body.
So that's why when applications are coming, they have some kind of signature.
The firewall has that really idea that you is a YouTube.
They just not look for the default number, but they go deep and look inside the head of the packet.
That is it really a Facebook?
Is it worth workday's to Google is you know, it is that all those things, information and final.
But this is the app idea you've already committed, idea that if our technology changes the game.
Like platform extended application.
That's quite awkward, actually, but now they have thousands of applications.
Look, I'd like to see what else I also can be, you know.
Also, you can see you can apply the policy based on the BlackBerry as well.
So that's the important thing that we can just understand so far, we just understood what is the next
edition final apologize to the rich and the different features actually for what we're doing and how
we can get the benefit from it.
OK.
And.