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So next up here, let's go ahead and deploy an EC2 VM into our VDC.

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Now, again, the main purpose of this, we're just going to do a simple Linux

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server, put it on our subnet,

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and this is just to give us something to try to test connectivity with once we

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get Cloud on-ramp built up and functional.

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So let's go ahead and just deploy a real simple Linux VM into our VPC.
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So here we're going to start off on the EC2 dashboard, and once again, we can

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see that we have a launch instance button right here.

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So we'll go ahead and click on that.

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We'll start off by giving our instance a name.

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We'll simply call it AWS-WS1 for Workstation 1.

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For the image, we'll just leave the default here. Again, we just need something

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that's pingable.

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If you would rather choose some other operating system or use something

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different here, you're more than welcome to.
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different here, you're more than welcome to.

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I'm just going to stick with the Amazon Linux.

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We'll scroll down here a bit.

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Again, based on the fact that all we want to do is have something we can ping,

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having an instance type of T2 micro is perfectly fine.

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I will go ahead and configure this key pair.

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I already have a key created in AWS that I use for logging into AWS devices.

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This is just in case we want to SSH into this server once it's up and running.
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This is just in case we want to SSH into this server once it's up and running.

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The big thing we want to make sure we do here is under network settings, we

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want to hit edit.

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Now a couple of things here under edit that we want to verify.

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First, we want to make sure that we are in the correct VPC.

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Of course, we only have one, so that's going to be the one selected by default.

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Same thing with the subnet.

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We want to make sure we're in the correct subnet, but of course, given that we

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only have the one subnet we created, this is going to be correctly selected by

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default as well.
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If you add more than one, of course, you would have to choose the appropriate

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choices here.

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Next is the security group.

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We're going to let this go ahead and create a security group since we don't

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have any existing security groups at the moment.

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And if you want, you can give it a name.

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It defaults to just launch lizard one.

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I'm just going to rename it.

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We're not going to make it anything super fancy.

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I'll just make it like SG dash one for security group one.

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If you want, you can put a description on it.

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We could maybe call this something like host security group, something along
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We could maybe call this something like host security group, something along

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those lines.

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The main thing we want to do here, though, is we continue scrolling down.

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And we see that there's going to be a default inbound security group rule for

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SSH from anywhere.

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And that's fine because we may want to SSH into this server, but we also want

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to be able to ping it.

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So what we want to do is come down here to add a security group rule.

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For this rule, we'll simply set this to all ICMP for IPV four.
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For this rule, we'll simply set this to all ICMP for IPV four.

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And for the source type, we'll set this to anywhere.

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So this way, we'll actually be able to ping our server once we get cloud on

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ramp deployed.

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We can scroll down, make sure the rest of these settings look appropriate.

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Again, things like storage.

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We're not going to be too concerned with right now.

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Again, we just need a pingable server of some sort.
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This is just for testing.

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So everything here looks fine. Let's go ahead and hit launch instance.

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Notice here we get a failure.

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Apparently, it doesn't like my incredibly simple name of SG dash one for the

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security group.

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It says the group names may not be in the format of SG dash.

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I guess that just makes too much sense.

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So let's go ahead and edit the instance config.

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We'll scroll down to our security group name.

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Let's make it sec group security group.
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Let's make it sec group security group.

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So we'll make it essentially still security group one.

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Let's try that again.

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Little happier this time.

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Now our instance has successfully launched.

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Let's go back to our overall instance page.

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We can see that it's currently being deployed.

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Let's give this just a moment and let it complete properly.

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So we jumped ahead just a couple minutes.

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This doesn't take long, but we see now that our instant state is in fact

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running and it has passed both status checks.
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So in this video, we just deployed a Linux VM into our subnet in our VPC so

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that when we get cloud on ramp up and running, we'll have something to actually

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test our connectivity.

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Next, we have to make sure that we have a subscription for the catalyst 8000 V

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before we can deploy this using cloud on ramp.

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So we'll take a look at that in the next video.
