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So now we have just two quick easy things we need to do, mostly for the sake of

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our testing.

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The first is we need to create a route table for Subnet 10 pointing all of the

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internal

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traffic to the virtual network gateway that we just created.

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The next thing we need to do is deploy a server into Subnet 10 that we can use

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for our

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testing to make sure we actually have something that we can ping across this

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VPN.

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So that said, let's just jump in and begin by configuring that route table.
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So that said, let's just jump in and begin by configuring that route table.

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So starting off once again on the homepage, this time let's go to route tables.

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Remember if you don't have this on your launch bar, you can just do a search

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for it and

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then add it to your launch bar if you want to.

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Once again we have no route tables by default, so let's go ahead and hit create

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.

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We'll choose our resource group, our region.

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In this case it's set correctly, we'll give it a name.
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In this case it's set correctly, we'll give it a name.

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We'll just call this like route table inside.

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We'll leave the default to propagate gateway routes.

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We don't need to add tags, so we'll simply hit review and create.

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All of this looks correct, so we'll hit create.

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Once it's complete, let's go to the resource because at this point all we've

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done is created

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an empty route table.

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So now what we need to do is over here under settings, we need to go to routes,

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we need to

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add a route for the route name.
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add a route for the route name.

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Let's just call it inside because this is going to be for our inside networks.

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We're going to route based on IP address.

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The destination IP address is going to be 10.0.0.0/8.

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For the next top type, it's going to be a virtual network gateway.

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And notice that although this field stays here, the next top address is great.

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Now we can't actually fill it in because it's going to the virtual network

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gateway, which

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is an object rather than an IP address.
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is an object rather than an IP address.

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So this configured, let's go ahead and hit add.

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So now that our route is created, next let's deploy a virtual machine to act as

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SRV1.

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So for that, we go over here to virtual machines.

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We're going to go to create a virtual machine.

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You of course can build this however you want, but here's what I'm going to do.

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I'm going to choose my resource group.

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I'm going to set this to SRV1 for the name.

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For the region and availability options, I'll leave these defaults, scroll down
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For the region and availability options, I'll leave these defaults, scroll down

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here to

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the image.

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I'll click on the drop down and I'm going to deploy Ubuntu Server 24/4 long

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term support.

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For the server size, I'll leave this on a standard B1s.

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That's fine.

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We'll scroll down here a little bit further for access.

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I'm going to leave the username at the default and instead of generating a new

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key pair, I'm

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going to tell it to use one that I already have.

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If you don't have a key pair, you can of course create one right here.
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If you don't have a key pair, you can of course create one right here.

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Or if you prefer to use a different key pair for everything you deploy, that's

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also an option.

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But I use the same one, particularly since this is just a lab environment.

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So I'm going to go ahead and select the key pair that I already have created.

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And we'll leave the ports set to allowing SSH.

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So we'll hit next for disks.

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This is going to default to a 30 gig premium SSD.

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This is perfectly fine.

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You could of course change these things if you want to, but we're just using
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You could of course change these things if you want to, but we're just using

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this for testing.

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I'm going to hit next for networking.

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Now this is set to give this a new public IP address.

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We don't actually need one on here because we're just going to be testing over

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the VPN.

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So we don't need that.

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We don't really need these public inbound ports or anything either.

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The main thing to ensure is that we're on the right virtual network and we're

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on the

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correct subnet subnet 10, which we are.

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So if we scroll down, we see everything else here is okay.
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So if we scroll down, we see everything else here is okay.

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Since this is for lab purposes, I'll go ahead and click this delete the network

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card when

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the VM is deleted.

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You don't have to of course, but again, it helps a little bit with cleanup down

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the road.

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We don't need to change anything else about this VM.

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So we'll just go ahead and hit review and create.

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As long as everything here looks correct, we'll go ahead and hit create.

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Once the deployment is complete, let's go to the resource.

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The main thing we want to do here is change its IP address.
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The main thing we want to do here is change its IP address.

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So I'm going to go over here to network settings, click on its primary network

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card, click

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on IP config, and I want to change this to be a static address.

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And I want to change it to be .100.

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This is just so we consistently know where it is and we can make sure we're p

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inging the

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right address.

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So now we'll go ahead and hit save.

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Now that it's completed, we see that it has the correct private IP address.

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So that takes care of our route table and our testing VM SRV1.
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So that takes care of our route table and our testing VM SRV1.

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So in this video, we just deployed a few quick components we needed in our

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Azure environment.

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We configured that route table that points all of the internal routes to our

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virtual network

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gateway.

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And then of course, we deployed SRV1 just to act as a test workstation as we go

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through

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and do verification.

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But of course, before we can do that, we still have to build the iOS XE side of
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But of course, before we can do that, we still have to build the iOS XE side of

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our VPN.

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And that's exactly what we're going to do in the next video.

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