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So in this challenge, we're tasked with deploying a redundant router into Azure

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.

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Now we're going to deploy this the same way we did router one, the only real

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difference

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is of course going to be its IP addresses.

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So we'll start off here on the Azure homepage.

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Again, we start off in the marketplace.

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We search for the C8000V.

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Click node here if you follow through the whole skill.

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Notice that on this search, they came up in a different order.
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Notice that on this search, they came up in a different order.

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So you do sort of have to pay attention to which one you're choosing because

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they're not

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always in the same order.

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In this situation, the bring your own license is actually the third choice.

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So once we select that, we'll choose our software version, we'll hit create, we

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'll choose

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our resource group for the name.

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This is going to be Azure R2 scrolling down.

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All of the zoning information will leave it their defaults, we'll verify our
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All of the zoning information will leave it their defaults, we'll verify our

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image, that's

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correct.

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This is still set from the last one we deployed as far as the size.

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So it's already set to the standard DS2V2.

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If it wasn't, of course, we would want to change that.

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We scroll down a little bit further, we'll set our authentication.

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So we'll tell this to use our existing key pair and select our key pair.

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We'll hit next.

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Again, we're not going to change the disks, so we'll hit next for the

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networking.

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So again, this is going to be connected to VNet1, that's correct, subnet1, that
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So again, this is going to be connected to VNet1, that's correct, subnet1, that

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's correct,

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and it's going to create a new public IP address for this router.

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That is also correct.

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The only thing we really want to change here is to tell it to delete the neck

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and the public

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IP when we delete the VM.

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Again, just because this is a lab environment.

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As long as everything else here looks correct, which it is, we'll hit review

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and create.

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Everything here looks correct, so we'll hit create, and we'll give this a
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Everything here looks correct, so we'll hit create, and we'll give this a

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moment to deploy.

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Once the deployment is complete, we'll go to the resource, and we'll stop the

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router.

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Once it's stopped, we'll come over here to network settings, we'll click on our

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primary

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interface, we'll enable IP forwarding, apply that, then we'll go to IP config,

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set the

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address to static, and change this to 253 as shown on our diagram.

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We'll hit save, then we go back to our network settings, we attach a new
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We'll hit save, then we go back to our network settings, we attach a new

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interface, then we're

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going to create a new interface.

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This one we'll call Azure R2G2 for Gigabit2.

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The subnet for this is going to be 10, and we want to set a static address.

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This is going to be 10.30, 10.253.

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We'll hit create.

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Once the new interface is attached, let's go ahead and click on that interface

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now, enable

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IP forwarding, and hit apply.
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IP forwarding, and hit apply.

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Again, this already has the correct static address on it from our deployment.

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Now we can go back to the overview page for our VM, and we'll start the virtual

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machine.

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Also note here the public IP address, we're going to use that in just a moment

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to connect

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into this router using SSH.

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So now our router Azure R2 is fully booted, and we've gotten SSH into it using

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again our SSH
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again our SSH

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key and its external public address.

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Now let's go ahead and paste in our baseline configuration.

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We're just going to set its host name once again, some timestamps on our debugs

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and logs,

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the time zone, turn off, log in, logging, and configure our Gigabit 2 interface

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as well

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as a few little settings there under the VTY lines and configure our NTP server

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.

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With all of that done, let's do a show IP interface brief.
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With all of that done, let's do a show IP interface brief.

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What we're looking for here is that our two interfaces 10.30.1.253 on Gigabit 1

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and 10.30.10.253

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Gigabit 2 are both configured properly, which they are.

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We should also be able to ping 8.8.8.8.

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We can also ping sysco.com.

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So we know we have Internet Reachability and DNS, which means that we just have

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one more

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thing to do here on router 2.

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Because if we try our ping again and we source it from Gigabit 2, it won't work
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Because if we try our ping again and we source it from Gigabit 2, it won't work

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.

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For the same reason it didn't on Azure R1, we're going to have to configure NAT

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.

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The NAT configuration is exactly the same.

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And if we do our ping again, it now works.

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So now we have our redundant router fully up and running.

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And that was the goal of this challenge, which means we've now completed the

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challenge.

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And therefore, this skill.

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So if you feel you were missing any of the information needed to deploy this
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So if you feel you were missing any of the information needed to deploy this

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router and

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complete this challenge, I would encourage you to go back and review the

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necessary sections

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in the skill above.

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Otherwise, congratulations on completing deploying the catalyst 8,000 V router

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into Azure.

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I hope this has been informative for you and I'd like to thank you for viewing.

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