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So for this skill, we're going to be using AWS Cloud Topology 3.

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And in this particular skill, we're going to be focusing on the bottom half of

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this,

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the part inside of AWS.

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We're going to start off by deploying AWS Router 1 down here,

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which is of course our Cisco Catalyst 8000V.
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which is of course our Cisco Catalyst 8000V.

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We'll be configuring its outside interface on subnet one,

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which is going to be 10.20.1.0/24.

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We're also going to configure subnet 10 over here on its gigabit two interface

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at 10.20.10.0/24.

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Now, traditionally, I like to use .1 as my default gateway.

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However, AWS does reserve .1 on each of their subnets.
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However, AWS does reserve .1 on each of their subnets.

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So for this example, we are going to be using sort of the opposite side of the

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well-known standard,

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which is we're going to be placing our default gateway at .254 on each of these

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respective subnets.

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So that's how we're going to be configuring our environment as far as the

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router.

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Then we're going to move on and we're going to deploy this jump box up here.

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Now, this jump box is only here to provide one function really.
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Now, this jump box is only here to provide one function really.

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And that is to give us management of server one over here in our AWS

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environment,

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which we will be deploying as well.

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The idea is we just don't want to give server one an actual real outside

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address,

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sort of making it easier to prove that when it does go out to the internet,

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it will be going through AWS R1 to get out through AWS to the rest of the world

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.

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And that's what we should have working by the end of this skill.
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And that's what we should have working by the end of this skill.

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So let's go ahead and jump in and get started by getting our AWS environment

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ready to accept

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the Cisco 8000V virtual edge router.