Juniper Mist Wired Assurance and Campus Fabrics

0:08 uh my name is abhisham Sundar I'm a part

0:11 of the product management team uh my

0:13 focus on wired assurance

0:15 I'll brief you on a quick reiteration on

0:18 what wired Assurance as a portfolio is

0:20 as well as what we're planning to do

0:22 today

0:24 our Focus currently uh from a missed

0:28 standpoint of it as is encompassing

0:30 every piece of the uh Network every

0:32 Network equipment all the way from

0:34 Wireless wired and Van and ultimately

0:37 give you answers on What the experience

0:39 is like a Christian spoke about you know

0:41 your ex your Zoom calls breaking up

0:43 where could be the problem we have the

0:46 Telemetry coming in from Wi-Fi we have

0:48 Telemetry coming in from wired as well

0:50 as the van portfolio our focus is on how

0:54 do we get the most out of this Telemetry

0:56 and make the most sense out of Fitness

0:58 answer tough questions as to why the

1:01 there was a problem or an experience

1:03 with your uh

1:04 uh with your application and answer that

1:08 as to where the problem is so uh we'll

1:11 focus on campus fabric today uh before

1:13 campus fabric

1:15 wired Assurance is the piece of uh what

1:18 Christian said we're mystifying stuff uh

1:20 we're talk we're talking about how are

1:22 we able to onboard devices faster how

1:24 are we able to get uh easy uh a way of

1:28 deploying and deploying at scale and

1:30 also the last part of it is how do we

1:32 operate so day0 day one and day two as

1:36 we as we classify them uh Day Zero where

1:38 how are you able to onboard devices we

1:40 we brought every single aspect of how we

1:42 onboarded missed APS to the world of

1:45 switching as well every single switch

1:47 that goes out is shipped out with the

1:49 claim code uh you can actually either

1:51 onboard all of your devices that are

1:53 part of a particular purchase order in

1:56 one shot or you could do them Via mobile

1:58 app as you go installing them racking

2:00 them and stacking them so the goal for

2:03 us is to make this uh make the

2:05 deployment ask console free a console

2:06 cable free as possible uh you you uh you

2:10 take a snapshot from your mobile app

2:12 you're able to claim the device onboard

2:15 the that you would have already

2:16 configured them at scale and the device

2:18 would be able to automatically connect

2:20 the cloud get its config and start

2:23 serving its clients be it APS beat

2:25 switches uh be subsequent switches from

2:27 there on that's the day Zero part of it

2:29 the deployment piece there's a host of

2:31 things that that we have again brought

2:33 automation into if we can identify the

2:36 nature of the device we can give it the

2:37 config if it's a camera if we identify

2:39 the device as a camera you could tell us

2:41 what the camera config looks like we

2:43 call that Dynamic Port configuration and

2:45 that's that's enabled into the internet

2:47 Network

2:49 uh and deployment at scale we'll talk

2:52 about deploying an entire campus uh

2:54 we've heard from the delegate panel

2:56 before uh it's great to see videos but

2:59 you would rather see them in action

3:00 today we're going to deploy an entire

3:02 campus Network right here in front of

3:05 you and we're gonna have a surprise at

3:07 the end of it as well as to how we can

3:08 make that you know make the learning

3:10 part of it simple as well

3:12 uh day two uh it's it's our whole Focus

3:16 uh when we moved into the world of uh

3:20 learning wired was to say how can we

3:22 make day two operations simpler we spoke

3:24 about you know the slis we we brought

3:27 the construct of sles from the Wireless

3:29 World sle's answered the question SLS as

3:32 we call them a service level

3:33 expectations answer the question how is

3:35 your network doing from a client

3:37 experience perspective and not just you

3:39 know the devices being up or down the

3:43 network devices being upload on so we'll

3:45 talk about Marvis actions today Marvis

3:47 actions uh is is your cup of coffee View

3:50 and also alerting

3:52 our goal for something from the cloud to

3:55 administer this is to make an

3:57 administrator's life easy uh in terms of

4:00 automation uh we will sprinkle AI to

4:03 make that happen but our goal is is

4:05 eventually to make the life of that

4:07 network administrator simpler

4:10 so uh we're going to talk about the AI

4:13 driven campus fabric today uh so what is

4:16 AI driven campus fabric campus fabric is

4:18 the technology that we've ran uh uh I

4:21 mean it uses EVP and vxlan underneath

4:24 for us to enable uh all of the new

4:27 challenges that that come alongside from

4:29 a perspective of running campuses at

4:31 scale uh so we use evpn in vxlan to make

4:35 those possible Rick will talk in great

4:36 detail you sprinkle missed AI on top of

4:39 it utilizing missed AI to deploy faster

4:42 understand problems faster that gives

4:44 you uh AI driven campus fabric

4:47 I'll quickly run through a two-minute

4:49 demo of wired Assurance as a whole and

4:52 then subsequently Rick will walk us

4:54 through campus Fabric in detail what

4:57 what it means how using the technology

4:58 what are the problems it solves and

5:01 we'll run a demo of building an entire

5:03 campus right here

5:08 so uh from a construct of

5:12 us saying how are we able to solve the

5:15 problems uh we'll we'll showcase all the

5:17 entire building of of the network in

5:19 front of you so the day Zero and day one

5:21 will we will technically Showcase in the

5:22 upcoming demo let's talk about day two a

5:25 little bit we said we are able to answer

5:27 the question of how is your network

5:29 doing and this is the wireless SLE

5:31 framework we started off with this

5:34 always starts with two questions is your

5:36 client able to connect okay which we

5:38 call as you know the pre-connection and

5:40 is is your client able to pass traffic

5:42 okay if there are any experience issues

5:44 during this process

5:45 the same constructs were brought into

5:47 the world of wire networking as well

5:49 wired networking as most most times it

5:52 may seem uh simple and may not

5:55 necessarily seem as complex as Wireless

5:57 but there are a host of problems that we

5:59 can bring about the answer for always

6:01 for us to say you know there are issues

6:04 with your switch Health we'll talk about

6:05 a little bit but are they able to

6:07 connect okay if they're not what could

6:10 be the reasons a client coming in is it

6:12 able to authorize and authenticate okay

6:14 is it able to get its DHCP okay and pass

6:17 traffic if it starts going through the

6:19 process of passing traffic is it is the

6:22 experience of traffic passing traffic

6:24 okay so hitting congestion on the

6:26 network uh are you is it being storm

6:29 control my favorite one though uh we

6:32 talk about anomalies on the interface

6:34 segment itself or we we go all the way

6:37 from layer One issues uh and MTU issues

6:40 from Layer Two and also negotiation

6:42 failures if there are congestion in the

6:44 network

6:45 all of these pieces are all brought to

6:47 you and said you may have 3 000 ports in

6:51 your network this Juniper Network's uh

6:53 organization actually is an organization

6:56 of close to 300 switches in all now

6:58 among amongst this particular site by

7:01 itself amongst the 300 searches if each

7:03 of them is also 50 ports we're still

7:05 talking 15 to 20 000 ports here

7:08 amongst your 15 to 20 000 ports how many

7:11 of your ports

7:12 are actually seeing an issue is what the

7:16 end goal for um

7:19 um the wire Assurance portfolio is

7:20 bringing your ability to to say this is

7:24 running at scale we are telling you

7:26 exactly

7:28 the internet we're telling you exactly

7:30 the devices that are affected and

7:33 telling you that these are the places

7:34 where you would want to look at okay

7:36 sorry David and also here yeah I

7:38 couldn't avoid but look at the

7:40 throughput section so in which way we

7:42 measuring throughput there is an agent

7:44 sitting in then into the box on this is

7:46 running it in both directions inside of

7:48 proverb how do you know that there's

7:51 actually a good throughput because it

7:53 might be also derivated from derives are

7:56 from several things there's a thick wall

7:57 in front of it or maybe there is

8:00 something else is a to do that what 11

8:03 and ABG and I see whatever there could

8:05 be many reasons but how then are you

8:08 able to see that the actual Troop that

8:09 you're measuring it is correct what's

8:11 the method uh we'll focus on the the why

8:15 this Wireless section to it as well like

8:17 you mentioned abgn the capacity of the

8:19 device uh where we actually say that the

8:21 device capacity is what is limiting it

8:23 that comes from the wireless side of the

8:24 house from the wired side of the house

8:27 we have the device constantly talking to

8:30 the cloud the device is having a

8:33 heartbeat to the cloud so we don't have

8:34 to actually have an agent rather the

8:37 Baseline the actual latency Jitter

8:40 Matrix for us to look and loss metrics

8:42 for us to look at it so now you're

8:44 looking at the connectivity of any

8:45 Northbound traffic is a representation

8:47 of what's happening on it so we don't

8:49 run agents on on the on the device for

8:52 us to say are we talking to AWS okay but

8:54 it's more about we have uh we have our

8:57 Cloud we have our own switches we are

9:00 always constantly talking we have a

9:01 heartbeat we Baseline uh what's your

9:04 latency geometrics like and we are able

9:06 to uh actually extrapolate from the fact

9:09 that that's cool so these sorry again so

9:12 these throughputs that you're showing

9:13 here is box wise as in backplane

9:16 capacity or are we going into the

9:19 specific Port Bay Port by Port then

9:22 stats and then okay so import one you're

9:24 getting 100 but maybe in Portugues and

9:25 getting a jig yeah I was gonna pick to

9:28 piggyback off David's like question like

9:30 how deep excuse me how deep can you go

9:32 with this you know like can you click on

9:34 the device not only did you see the

9:35 thorough put but okay well here's the

9:36 health of it here's the time like if you

9:38 needed to generate some kind of report

9:39 yeah for yourself or your team and then

9:41 maybe export that into something you

9:42 know and kind of monitor device health

9:44 and things of that nature so uh to uh

9:46 for the two questions how deep can we go

9:48 uh we start with uh saying this is the

9:50 distribution subsequently you can go

9:52 into the exact interface uh and then you

9:56 can say you can also distribute it based

9:58 on vlans if there are multiple vlans in

10:00 the network in fact we can go to go

10:01 based off a client as well because we

10:03 know the client Mac address of the

10:04 device that's connected then the tripod

10:07 at the top is box wise in this case it's

10:09 Global correct it's a global on a per

10:10 box excellent okay

10:13 um and then subsequently if you if you

10:15 know you know amongst so what we are

10:17 showing here in the interfaces section

10:19 uh in all honesty is amongst your

10:22 um you know 15 000 ports that across 300

10:25 switches we're giving you you those 20

10:28 or 15 whatever the number of interfaces

10:30 there are that are in this state so you

10:32 are not going and looking at uh

10:34 Telemetry or instance from every single

10:37 interface we're doing that for you but

10:39 we're telling you uh as an admin your

10:41 focus should be here uh and also the

10:43 same case we were telling about we

10:45 classify on failure rate so that you can

10:47 actually focus on the right elements

10:49 okay then in case that because I

10:51 understand that this is already filtered

10:53 out and then you get just the more

10:54 relevant things but if I would want them

10:56 to go into details for whatever the

10:59 reason doesn't matter then I can also do

11:01 it so it doesn't have just the

11:02 simplified thing in which you you're the

11:05 one deciding what I should be looking at

11:07 right yeah we'll tell you uh globally so

11:09 that it's easy for you because we're

11:12 talking scale here uh you can actually

11:14 say if you don't if you're not not only

11:16 just this particular sign you want the

11:19 health of your entire organization in

11:20 one shot uh you want to filter this by

11:23 the verse 100 sites we have customers

11:26 who have three thousand four thousand

11:28 sites on on the network how do they

11:30 focus on on the right ones but to answer

11:33 your question if you want to focus on

11:35 and say I want to know about this

11:37 particular Port you can always think the

11:40 exactly to the port of choice I love

11:42 that the filtering because it's the

11:44 worst 100s because nobody monitoring

11:46 wants to see the cute one yeah that's

11:48 right so that's the goal uh so that's

11:51 that's wire Assurance in a quick

11:53 nutshell uh

11:55 Rita younger is um their way to

11:58 customize this dashboard so you're

12:00 looking at a view that has maybe

12:01 throughput some other metrics on the

12:04 same window

12:05 uh if I go into the monitor screen uh

12:10 the SLE screen you can actually say uh I

12:13 mean obviously you can say which ones

12:15 you want to look at uh in here and the

12:17 same can be done at an entire org level

12:19 as well to say I don't care about switch

12:21 Health show me just the throughput

12:23 pieces of it I don't care about or you

12:26 would rather say I want to focus on the

12:27 successful connect because I want to

12:28 make sure the clients are connecting so

12:30 there is customization to a point where

12:33 you can you would you can say these are

12:35 the areas I want to focus on I'm not

12:37 sure if if that that's what you were

12:39 looking for yeah I guess I'm looking for

12:41 you know the mythological single pane of

12:43 glass single pane of glass uh so there

12:45 is report two parts to it one is active

12:49 troubleshooting where you're looking at

12:50 this and then there is the analytics

12:52 where we talk about criminal analytics

12:54 soolini will go into great detail about

12:56 how do you want to see what what was the

12:58 nature of the network 60 days ago or

13:01 nine nine months ago and then you can

13:03 compare and contrast I did this

13:05 implementation is my life better so uh

13:07 you can look at live troubleshooting

13:09 from here on going to exactly the

13:10 interface of choice or the port of

13:12 choice and then subsequently you can

13:14 also look at analytics pieces of it as

13:16 well so those are those are two pieces

13:18 available