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So here my friend are the lab tasks and in this video we're going to walk

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through

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of these lab tasks together. So here in the lab environment, the first thing I

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'm going to do is

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open up the lab topology just so we can see it. Great, great, great. Here for

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our reference,

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also have this topology in the skill if you want to go ahead and keep it on a

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separate screen

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for reference. That's fine too. And then we'll go ahead and double click right

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here on server one

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to open up console access to our routers. All right, and there is our console

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access. So we're

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going to start on our eight. First thing I do is make our eight and IP SLA
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going to start on our eight. First thing I do is make our eight and IP SLA

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responders. So we'll

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get a configuration mode IP SLA responder. Didn't quite put enough responder

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and enter and boom,

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it is good to go. Let's go up to our one and set up the four SLAs. So here on

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our one, we'll do a

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show IP SLA. I did reset the lab so there shouldn't be anything here. Fantastic

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, nothing's currently

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present. So we'll go to configuration mode. And for the first one, IP SLA one,

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and for SLA one,

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we want to use IC&P jitter. So I'll go ahead and copy paste that space. And we
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we want to use IC&P jitter. So I'll go ahead and copy paste that space. And we

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want to target

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8888 base question mark and number of packets based on the lab. We want one

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packet and for the

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source IP address, you didn't ask for one. So we'll go ahead and we don't need

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to put one if we don't

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want. And then we want the frequency to be 60 seconds. So we'll put that in and

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then we'll check

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our work with the do show run type section SLA press center and presuming that

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all looks good,

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which it does. We'll exit out of SLA configuration mode and we'll schedule that
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which it does. We'll exit out of SLA configuration mode and we'll schedule that

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to start with IP SLA

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schedule the ID number of one, then start time, and we'll say no. And then it

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'll run for whatever

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the default is, the answer is 3600 seconds or something similar to that, that

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'll be long enough

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for the lab. So then we do a do show IP SLA summary and it is off to the races.

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So that's our first

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one. Let's do our second one IP SLA two. And for this one, we want to use UDP j

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itter. So we'll go

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ahead and select that right there. We'll copy paste it in space question mark

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and the target

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is once again going to be 8888 and space question mark and for the port number,
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is once again going to be 8888 and space question mark and for the port number,

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it doesn't really

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matter what the port number is, but it needs a port number. So let's go ahead

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and use 6783,

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which happens to be my CC ID number and space question mark and then num

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packets. We want one.

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And again, it didn't ask for a source IP address. We don't have to put that in.

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And let's hear

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specify the frequency is going to be every 60 seconds based on the lab tasks.

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And then let's exit

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out a configuration mode for the jitter SLA and we'll start it. I'll hit the up

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here a few times

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and use the command IP SLA schedule this time to start time now. And then the
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and use the command IP SLA schedule this time to start time now. And then the

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do show IP SLA

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and summary. And now they are both running fantastic. Let's go ahead and do the

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third one with IP SLA

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three. For the third one, we want to go ahead and use HTTP with our target of

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HTTP, the IP address

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of our server 1.1 state 1.100. So back in our lab, we'll do that type in a

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question mark and then

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we'll use HTTP space question mark. And then I get space question mark and the

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URL HTTP colon slash
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URL HTTP colon slash

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slash 192.1 skate that 1.100. And then for our frequency, we'll set that up for

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60 seconds.

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And then take an exit. We'll use the up here a few times. We'll do IP SLA

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schedule this time three.

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And then we'll do a do show IP SLA summary. And looks like the unknown. It is

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running though as

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the little asterisk there indicates. But you know what, let's give this another

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60 seconds.

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Maybe that first one timed out for some reason we could also do a do show IP SL

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A statistics and
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A statistics and

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the number in this case, three, then details press enter. So it doesn't show

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any failures.

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It shows two successes. Maybe just cut it too early. So we'll go ahead and do a

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do show IP SLA

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summary again. And that looks much better. Fantastic. So previously, if we

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scroll up, we had unknown,

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but now it's looking pretty good. All right, that's SLA three. And then our

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last one is IP SLA four.

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And that's going to be a DNS request. So we'll go ahead and put a question mark

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there. We'll

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choose DNS, put that in space question mark. And then the name we want to
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choose DNS, put that in space question mark. And then the name we want to

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resolve, which is PC

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dash one dot nugget lab dot com. And just for grands, let me go to my client PC

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. Here's the

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windows client in the upper right hand corner. And the topology, the little

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windows client is

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sitting in the top left of our topology there client nug at 10 dot zero dot one

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dot 50. Fantastic.

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Let's do an NS lookup for PC one dot nugget lab dot com. Just another way to

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verify that DNS

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is working. Oh, and it's not we're always trying to use ipv six. So as a real
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is working. Oh, and it's not we're always trying to use ipv six. So as a real

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quick fix for that,

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I'm going to type in n CPA that CPL. That's a shortcut for the control panel

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for networking,

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right click on the network card, go to properties, and then solve the ipv six

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problem here by

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removing it and clicking OK. And then I'll close that. And let's do an IP

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config and an IP config

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slash all to verify who our DNS is. So our DNS is that server. So now we do a

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and it's look up

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for PC one dot nugget lab dot com and press center. Now it's coming back with
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for PC one dot nugget lab dot com and press center. Now it's coming back with

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the correct address,

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because it's trying to use ipv four to get to the server. All right, fantastic.

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I just want to

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confirm that that name PC dash one dot nugget lab dot com was resolvable. So it

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is going to close

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the client and the computer will go back to our one. And so the DNS request is

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PC dash one dot

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nugget lab dot com space question mark and the keyword name server and then our

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server down at

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192 dot 168 dot 1 dot 100. And then space question mark. And because it didn't

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say we had to specify

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a source IP, we can leave that off. And then we'll start it by exiting out of

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configuration mode for
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configuration mode for

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that SLA and launching it will use the upper acute few times and an IP SLA

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schedule this time

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for start time now. Then we'll do a do show IP SLA summary. And it is running

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and looking good.

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And we did a show IP SLA statistics as space question mark and press enter

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there. That would

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give us the details for four SLAs. So there is one for IC and P jitter. If we

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keep on going down,

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there's one for UDP jitter. We keep going down. There's one for HTTP and the
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there's one for UDP jitter. We keep going down. There's one for HTTP and the

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final one here for

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is for DNS. If you want more details on any of those specific ones, we use

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command show IP SLA

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statistics, for example, for space and then the keyword details press enter.

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And then we give us

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a little more information about that specific SLA. So thanks for joining me in

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this set of videos

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regarding IP SLAs and a hands on lap. And I look forward to seeing you my

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friend in another set of

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videos very, very soon until then, I hope this has been informative and I'd

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like to thank you for viewing.