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So of course, the first thing we want to do before we jump in and start config

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uring everything

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is figure out exactly what it is we're trying to accomplish.

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So in this video, we're going to take a look at our diagram, put together a

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game plan

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of what we're actually trying to do, and then of course, we'll jump in and get

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started.

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So as we jump in here looking at our diagram, the first thing I want to point

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out is this

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whole top section of the diagram up here is what we're going to be referring to
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whole top section of the diagram up here is what we're going to be referring to

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as on

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PrAM or in some cases, we'll just refer to it as our headquarters site.

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But this is really part of our network that's already configured.

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If you don't already have this part built, all of the initial configurations

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are provided

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below this video for both the Cisco CML environment and for non-CML

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environments.

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So all of that configuration is available and we're assuming is already up and
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So all of that configuration is available and we're assuming is already up and

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running.

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Our focus in this video is going to be what's happening down here in the Azure

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environment.

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Specifically what we're going to be looking at is deploying Azure R1 here,

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which is going

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to be our primary catalyst 8000V.

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When we get to the challenge, we'll also be deploying this redundant Azure R2

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down here,

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but that's again going to be part of the challenge.

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So we're going to be focusing on Azure R1.
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So we're going to be focusing on Azure R1.

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We'll also be deploying in this video this jump box here, which we're going to

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be using for

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out of band management.

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And ultimately this server over here, which when we're done not with this skill

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, but with

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the next skill which builds on this environment, we should be able to reach

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server one from

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workstation one up here.

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That's our ultimate goal, but we won't be getting that far in this skill.

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For right now we're going to be focusing on deploying these components into our
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For right now we're going to be focusing on deploying these components into our

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Azure network.

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Now keep in mind as we go in here, we are going to need two subnets.

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So we can see here that we have subnet one, which is acting as our outside sub

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net connecting

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out to the internet.

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And it's also on the same subnet as our jump box.

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And then we have subnet 10 in here acting as our inside or our server subnet.

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Now we don't want this server subnet to have any direct access to the internet.
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Now we don't want this server subnet to have any direct access to the internet.

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And that is part of why we're going to be having the jump box.

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Ultimately we're going to be using the jump box and the server for testing

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connectivity.

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So we'll be starting with getting the jump box to be able to talk to the server

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through

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Azure R1.

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Also notice we go through here, we will be using these IP addresses that are

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shown on the diagram.

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And you'll be referencing these as well when you get to the challenge for the

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IP addresses

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for Azure R2.

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And one final thing to note here, even though we're using two subnets in Azure,
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And one final thing to note here, even though we're using two subnets in Azure,

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this is all

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going to be in one vnet.

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For the deployment of the catalyst 8000 v, we just have to put one interface in

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each subnet.

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But those subnets can be in the same vnet.

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So that's what we're going to be doing as we go through our configuration.

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So in this video, we just took a look at our diagram here to get an idea of
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So in this video, we just took a look at our diagram here to get an idea of

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what we're

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going to be deploying throughout this skill.

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Again that's specifically Azure R1, Azure R2 when we get to the challenge, and

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of course

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our jump box and our server one workstations that are going to be acting as

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testing targets.

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Next, let's take a look at some of the guidelines for deploying the Cisco 8000

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v into Microsoft Azure.

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