>>Mhm. Mhm. Yeah. Hello, everybody. Welcome to the Cubes. Coverage of Mongo db World 2022. This is the first Mongo live mongo DB World. Since 2019, the Cube has covered a number of of mongo shows actually going back to when the company was called Engine. Some of you may recall Margo since then has done an i p o p o in 2017, it's It's been a rocket ship company. It's up. It'll probably do 1.2 billion in revenue this year. It's got a billion dollars in cash on the balance sheet. Uh, despite the tech clash, it's still got a 19 or $20 million valuation growing above 50% a year. Uh, company just had a really strong quarter, and and there seems to be hitting on all cylinders. My name is Dave Volonte. And here to kick it off with me as Sanjeev Mohan, who was the principal at Sanremo. So great to see you. You become a wonderful cube contributor, Former Gartner analyst. Really sharp? No, the database space in the data space generally really well, so thanks for coming back on >>you. You know, it's just amazing how exciting. The entire data space is like they used to say. Companies are All companies are software companies. All companies are data >>companies, >>so data has become the the foundation. >>They say software is eating the world. Data is eating software and a little little quips here. But this is a good size show. Four or 5000 people? I don't really know exactly. You know the numbers, but it's exciting. And of course, a lot of financial services were here at the Javits Centre. Um, let's let's lay down the basics for people of Mongo, DB is a is a document database, but they've been advancing. That's a document database as an alternative to R D. B M s. Explain that, but explain also how Mongo has broadened its capabilities and serving a lot more use cases. >>So that's my forte is like databases technology. But before even I talk about that, I have to say I am blown away by this mongo db world because mongo db uh, in beckons to all of us during the pandemic has really come of age, and it's a billion dollar company. Now we are in this brand new Javits Centre That's been built during the pandemic. And and now the company is holding this event the high 1000 people last year. So I think this company has really grown. And why has it drawn is because its offerings have grown to more developers than just a document database document databases. Revolution revolutionised the whole DBM s space where no sequel came up. Because for a change, you don't need a structured schema. You could start bringing data in this document model scheme, uh, like varying schema. But since then, they've added, uh, things like such. So they have you seen such? They added a geospatial. They had a time series last year, and this year they keep adding more and more so like, for example, they are going to add some column store indexes. So from being a purely transactional, they are now starting to address analytical. And they're starting to address more use cases, like, you know, uh, like what? What was announced this morning at keynote was faceted search. So they're expanding the going deeper and deeper into these other data >>structures. Taking Lucy made a search of first class citizens, but I want to ask you some basic questions about document database. So it's no fixed schemes. You put anything in there? Actually, so more data friendly. They're trying to simplify the use of data. Okay, that's that's pretty clear. >>What are the >>trade offs of a document database? >>So it's not like, you know, one technology has solved every problem. Every technology comes with its own tradeoffs. So in a document, you basically get rid of joining tables with primary foreign keys because you can have a flexible schemer and so and wouldn't sing single document. So it's very easy to write and and search. But when you have a lot of repeated elements and you start getting more and more complex, your document size can start expanding quite a bit because you're trying to club everything into a single space. So So that is where the complexity goes >>up. So what does that mean for for practitioner, it means they have to think about what? How they how they are ultimately gonna structure, how they're going to query so they can get the best performances that right. So they're gonna put some time in up front in order to make it pay back at the tail end, but clearly it's it's working. But is that the correct way of thinking about >>100% in, uh, the sequel world? You didn't care about the sequel. Analytical queries You just cared about how your data model was structured and then sequel would would basically such any model. But in the new sequel world, you have to know your patterns before you. You invest into the database so it's changed that equation where you come in knowing what you are signing up. >>So a couple of questions, if I can kind of Colombo questions so to Margo talks about how it's really supporting mission critical applications and at the same time, my understanding is the architecture of mongo specifically, or a document database in general. But specifically, you've got a a primary, uh, database, and you and that is the sort of the master, if you will, right and then you can create secondaries. But so help me square the circle between mission critical and really maybe a more of a focus on, say, consistency versus availability. Do customers have to sort of think about and design in that availability? How do they do that? How a Mongol customers handling that. >>So I have to say, uh, my experience of mongo db was was that the whole company, the whole ethos was developed a friendly. So, to be honest, I don't think Mongo DB was as much focused on high availability, disaster, recovery, even security. To some extent, they were more focused on developer productivity. >>And you've experienced >>simplicity. Make it simple, make the developers productive as fast as you can. What has really, uh, was an inflexion point for Mongo DB was the launch of Atlas because the atlas they were able to introduce all of these management features and hide it abstracted from the end users. So now they've got, you know, like 2014 is when Atlas came out and it was in four regions. But today they're in 100 regions, so they keep expanding, then every hyper scale cloud provider, and they've abstracted that whole managed. >>So Atlas, of course, is the managed database as a service in the cloud. And so it's those clouds, cloud infrastructure and cloud tooling that has allowed them to go after those high available application. My other question is when you talk about adding search, geospatial time series There are a lot of specialised databases that take time series persons. You have time series specialists that go deep into time series can accompany like Mongo with an all in one strategy. Uh, how close can they get to that functionality? Do they have to be? You know, it's kind of a classic Microsoft, you know, maybe not perfect, but good enough. I mean, can they compete with those other areas? Uh, with those other specialists? And what happens to those specialists if the answer is yes. What's your take on that? If that question >>makes sense So David, this is not a mongo db only issue This is this is an issue with, you know, anytime serious database, any graph database Should I put a graph database or should I put a multifunctional database multidimensional database? And and I really think there is no right or wrong answer. It just really comes down to your use case. If you have an extremely let's, uh, complex graph, you know, then maybe you should go with best of breed purpose built database. But more and more, we're starting to see that organisations are looking to simplify their environment by going in for maybe a unified database that has multiple data structures. Yeah, well, >>it's certainly it's interesting when you hear Mongo speak. They don't They don't call out Oracle specifically, but when they talk about legacy r d m r d B m s that don't scale and are complex and are expensive, they're talking about Oracle first. And of course, there are others. Um, And then when they talk about, uh, bespoke databases the horses for courses, databases that they show a picture of that that's like the poster child for Amazon. Of course, they don't call out Amazon. They're a great partner of Amazon's. But those are really the sort of two areas that mangoes going after, Um, now Oracle. Of course, we'll talk about their converged strategy, and they're taking a similar approach. But so help us understand the difference. There is just because they're sort of or close traditional r d B M s, and they have all the drawbacks associated with that. But by the way, there are some benefits as well. So how do you see that all playing >>out? So you know it. Really, uh, it's coming down to the the origins of these databases. Uh, I think they're converging to a point where they are offering similar services. And if you look at some of the benchmark numbers or you talk to users, I from a business point of view, I I don't think there's too much of a difference. Uh, technology writes. The difference is that Mongo DB started in the document space. They were more interested in availability rather than consistency. Oracle started in the relation database with focus on financial services, so asset compliance is what they're based on. And since then they've been adding other pieces, so so they differ from where they started. Oracle has been in the industry for some since 19 seventies, so they have that maturity. But then they have that legacy, >>you know, I love. Recently, Oracle announced the mongo db uh, kpi. So basically saying why? Why leave Oracle when you can just, you know, do the market? So that, to me, is a sign that Mongo DB is doing well because the Oracle calls you out, whether your workday or snowflake or mongo. You know, whoever that's a sign to me that you've got momentum and you're stealing share in that marketplace, and clearly Mongo is they're growing at 50 plus percent per year. So thinking about the early I mentioned 10 gen Early on, I remember that one of the first conferences I went to mongo conferences. It was just It was all developers. A lot of developers here as well. But they have really, since 2014, expanded the capabilities you talk about, Atlas, you talked about all these other you know, types of databases that they've added. If it seems like Mongo is becoming a platform company, uh, what are your thoughts on that in terms of them sort of up levelling the message there now, a billion dollar plus company. What's the next? You know, wave for Mongo. >>So, uh, Oracle announced mongo db a p i s a W s has document d. B has cost most db so they all have a p. I compatible a p. I s not the source code because, you know, mongo DB has its own SPL licence, so they have written their own layer on top. But at the end of the day, you know, if you if you these companies have to keep innovating to catch up with Mongo DB because we can announce a brand new capability, then all these other players have to catch up. So other cloud providers have 80% or so of capabilities, but they'll never have 100% of what Mongo DB has. So people who are diehard Mongo DB fans they prefer to stay on mongo db. They are now able to write more applications like you know, mongo DB bought realm, which is their front end. Uh, like, you know, like, if you're on social media kind of thing, you can build your applications and sink it with Atlas. So So mongo DB is now at a point where they are adding more capabilities that more like developers like, You know, five G is coming. Autonomous cars are coming, so now they can address Iot kind of use cases. So that's why it's becoming such a juggle, not because it's becoming a platform rather than a single document database. >>So atlases, the near the midterm future. Today it's about 60% of revenues, but they have what we call self serve, which is really the traditional on premise stuff. They're connecting those worlds. You're bringing up the point that. Of course, they go across clouds. You also bring up the point that they've got edge plays. We're gonna talk to Verizon later on today. And they're they've got, uh, edge edge activity going on with developers. I I call it Super Cloud. Right, This layer that floats above. Now, of course, a lot of the super Cloud concert says we're gonna hide the underlying complexity. But for developers, they wanna they might want to tap those primitives, so presumably will let them do that. But But that hybrid that what we call Super Cloud that is a new wave of innovation, is it not? And do you? Do you agree with that? And do you see that as a real opportunity from Mongo in terms of penetrating a new tan? >>Yes. So I see this is a new opportunity. In fact, one of the reasons mongo DB has grown so quickly is because they are addressing more markets than they had three pandemic. Um, Also, there are all gradations of users. Some users want full control. They want an eye as kind of, uh, someone passed. And some businesses are like, you know, we don't care. We don't want to deal with the database. So today we heard, uh, mongo db. Several went gear. So now they have surveillance capability, their past. But if you if you're more into communities, they have communities. Operator. So they're addressing the full stack of different types of developers different workloads, different geographical regions. So that that's why the market is expected. >>We're seeing abstraction layers, you know, throughout the started a physical virtual containers surveillance and eventually SuperClubs Sanjeev. Great analysis. Thanks so much for taking your time to come with the cube. Alright, Keep it right there. But right back, right after this short break. This is Dave Volonte from the Javits Centre. Mongo db World 2022. Thank you. >>Mm.

>>Mm. >>Amdocs is a leader in providing software and services to some key industries, like telecommunications, media and financial services. In our next session, >>we >>welcome Cedric Jay Gould, who is the head of technical product at Amdocs. And we'll learn about Amdocs modernisation journey and how it added value for their end customers. Cedric. Welcome. >>Welcome. Good. >>Thank you. So describe your modern application, your portfolio, and you know what you're delivering for customers. >>So home dogs is B s s S s players who we are providing a food digital suite for customers. Uh, our customers are communication service providers, which are have to deploy a full digital sweets customer experience. Um, we're for the full os BSS, BSS tax. So, actually, Amdocs is one of the leader in this kind of digital transformation. >>So of course you talk about this as and BS. I mean, you're talking about some really hardened, uh, stacks, right? Uh, telco industry. Uh, say what you want about it, but, boy, the phone works when you dial it. So So you've got this sort of a decades old, you know, platform that you guys have been evolving over the over the years. described this modernisation journey and and the role that couch base played. What value does this offer This modernisation offer to your organisation. And where does Couch based fit? >>Yeah, exactly the same. So that so. Basically what, uh, all solution is You know, it's a broad for you of a large number of components which have to deal with funds, uh, experience of the user and from and then dealing all the, uh, activation of the services in the network in order to deliver a solution, Uh, your services, like mobile services or communication services to, uh, Susan users. So we have a full suites, which, uh, was previously based on, you know, on technology is based on the oracle with web logic and things like that. And what we did is that we do a modernisation of, uh, this something, like, six years ago. A bit more than six years ago. We start to modernisation and transformation of our product into a creative solution. Collaborative solutions. So, uh, and when we did that, we start with Coach base as a partner, uh, to provide the nominative database. So we are actually delivery. We have a guarantee of more than 8000 people developing this product. It's a product which is used by more than 300 customers. Uh, so So it's it's real product that needs to be very flexible. That needs to address many kind of use cases from, uh, Telco or customers, which RCs PS usually till 0 to 1 telco. So we what we wanted to build is a food creative solution that can work on any cloud, then can can skill very, very easily and can address multiple use cases. Okay, And that's why, Coach Base, when we selected Coach Basit, it matched a lot of requirements and criteria as we had. And when we decided to modernise our product, we decided to work with >>you. So you had a lot of experience and and legacy with Oracle and Web logic. I'm curious just to follow up. Why didn't you stay with Oracle? You mentioned? Gotta run any cloud. You gotta be flexible. But could you could you double click on what Couch based delivered from a requirement standpoint, that was such a good fit? >>Well, there's there's a good fit with technology that such as, uh, coach basis. First it's a noise school detonates, right? So it's in terms of performance for some of the youth case that we have. It's very important to have, you know, technology which are are done and optimised for the noise secure use cases. That's the first thing. The second thing as I mentioned the scalability, the fact that you can, almost indefinitely infinitely you can increase the size of your cluster. You can have more, uh, servers and and and And this will skill, you know, very rapidly. And also what we're very interesting to have from coach bases the ability to have something which can be replicated across multiple sites. So with visual technology from coach base, which enable to build, you know, very modern architecture with deployment on multiple agents to have disaster recovery, active, active sites, you know, things like that which are very becoming like the main requirement for more customers now. >>Okay, so I'm presuming there were parts of your application portfolio that you weren't gonna touch and throw away that you had to collect or connect the new with the old. That's always, you know, you know, a challenge. I'm wondering what advice you give to an organisation. That's kind of investing in a similar path, trying to deliver the best digital experiences to customers. You know what? What would you say are the modernisation you gotta have must have, whether it's architecture, internal culture, what are some of those items? >>So so that yes, you're right. I think the integration with the legacy systems is actually, you know, very, very important topic in all domain in the domain. But we we made a very, uh, will see drastic choice or brave choice choice. When, uh, 60 years from now, when we decided to reformat to re platforms are completely or portfolio. Okay, So we we changed more than 95% of our portfolio and 95% of the portfolio today, Arklow native. Which means that they can be deployed on any cloud that actually, they are fully scalable and and and still, we did this transformation. Now, when we do the digital transformation of the, uh, customer system, then we need to integrate with legacy systems, and we need to help our customers to migrate from the legacy systems to creative solutions and doing so, it's important to have in the database domain. It's very important to have a solution which is very flexible in terms of, uh, what kind of data I can manage. And I can, as I said, skill easily, for sure. But also, it's sexual. Okay, Because when you are moving the data from a legacy system or record based or whatever to, uh, another type of, uh, database, you want to be sure that you are you can do it securely, and you're you're not, uh, compromising in any sense, Uh, in terms of security scalability, uh, etcetera. Right. So So, um, in this case, I mean, I will say And then in this opportunities journey, uh, this was very, very, very, very important component in, uh, you know, in our strategy, for all the reasons I mentioned right, it's very coordinative. It's scalable, It's secure. Uh, it's another product, uh, grade. So? So that's that's why it really is. So there's there's a chest back to you. >>You know, this notion that 90 per you really re platform 90% of your portfolio and made a cloud native. That's that's a It's a brave move because a lot of companies do that that I've talked to. They will build an abstraction layer and microservices and make that piece cloud native and then have that kind of overlay. You decided not to do that. Why is that? Was that for performance reasons? You were worried about just bringing along technical debt. I mean, that really must have been an interesting discussion internally in your company. >>Yeah, it's true. I mean, the main motivation, the main driver was business flexibility. Because now we live in a world where our customers, what they need is to be able to test the new feature quickly. And they need to be able to scale the system in a matter of hours. Okay, so we are not in a domain anymore. Where you you when you have to upgrade something, you need to take a few days. It needs to be done in a very, very quickly. And the only way to achieve those, uh, requirements business requirements is to be creative. It's to build microservices and to really realise one of those per cent of, uh, micro services architecture because this is the only way you will have the business flexibility. You will be able to have a resilient architecture. Uh, you know, you can, uh you can deploy this with full high availability across multiple zones, multiple regions and feeling that so, uh, any modern architecture today that that is competing with us, Actually, a micro services based architecture. There is no other way to achieve, uh to to to meet the requirement of the market today, and especially when five g is coming, things will become much more complex. Will become much more, uh, distributed. Uh, you cannot work anymore with the model it architecture. And again, I think the database is nowhere different. Needs to follow the same kind of architecture needs to follow the same principles. So that's that's why am I mean another another point about Yeah, >>So if I If I summarised, it sounds like your top three requirements would be flexibility, which you're getting from the cloud native and microservices piece the scale and the security. Is that right? That I get that right? The three top >>That's right. And the resilience as well. I mean the fact that now you know, with micro services architecture, if one of the system is done, he knows how to self to restart it himself. Right itself. Sorry. So So that's this kind of architecture that we built. It's an architecture which can be resilient in a sense that it can sense itself, and it can ensure full availability. And if something is going down, is not working properly, then on some kind of mechanisms will happen in order to go back to a stable state. >>Yeah. So you've got that automation in there. So you don't doesn't require the labour that it might have 10 years ago. So you're obviously embracing cloud native microservices. So you're on that jury. I'm curious. What are you doing with that? You're you're freeing up. You guys used to bring in lab coats and dig in and figure out what's wrong or restart the system. Where are you in your journey, and how are you? Sort of reallocating those resources. And where do you see that going? >>Yeah, Okay, so that's that's a very good point. Because actually, we when we build this new system, which is unable to do, you know, to self heal himself, right? Uh, actually, the question was more about how we can improve the system, even know how we can be sure that, uh, you know, issues that we we any issues which we are we are facing will not happen again. Well, not actual again. Okay. And this is a, uh, principle. Okay, Practise that we have now people are walking on automation. They're building automation around all these recovery procedures about, uh, fixing. So they're not actually digging into the application now anymore into the system, they learn how the system is walking and buildings all the right automation task to ensure that the system is constantly, constantly resilient. Alright, so that's the necessary practises organisation is now built around. You know, this kind of this approach developed computer develops being fully a geologically having sa reorganisation SRE oriented organisation. And, uh and that's the only way you know you can reach very high, uh, in terms of availability. >>So the big problem that your traditional telco customers have is the amount of data that they're servicing going through the roof and the cost per bit is sinking like that. And you have all the over the top providers coming in creating these customer experiences with modern applications and they've owned the customer data. You mentioned five g. So I'm interested in what the future of modern apps looks like for Amdocs and your customers because five G gives your traditional telco customers the ability if they can have these flexible systems that you're providing to now have better relationships with customers and actually kind of reclaim, you know, some of that that value that they've lost to a lot of competitors, your thoughts on the future. >>So first, you know, technically speaking, we we we will have two challenges. One is about data, and other one is about distribution of the work. Okay, because when we are speaking about five g, we're speaking about the age. We're speaking about the fact that an application may be located very closely to the network because it needs to be to to achieve, you know, to to deliver a very short latency, and, uh and this application can move. Okay, so you you you you will have to be able to distribute completely your your solutions. Okay. And that's why we are working closely with, uh, club providers at the US as you Google and because we we need to be sure that the applications of the systems that we are building will be able to distribute the application as close as possible to the end users. Okay, so that's that's one of the key challenges. Which means that the application is to be very possible and he'd be very scalable, and then it needs to be able to move very quickly from one place to another. That's really what is what What, what? What is happening now and what will become, uh, with five G? The other challenge is behind the communication of all these components is really the data, because now we will capture more and more that are coming from the different systems. And I'm not speaking only about the consequence the customer that are who they are, what they what they like and what they want to do, etcetera. And speaking also about, uh, monitoring that of the systems. Okay, so we will generate a lot of information and this this information needs to be traded very quickly, needs to be stored in very large data lake, and we need to have extraction and manipulation of the data very, very quickly to to give the right information to the applications. Um, in this case, okay, it's very important to have application to have databases that can as I said, skill very quickly. But also we'll be able to have very ideal city note, you know, sense that they with a certain amount of memory or sentiment of storage, you can store a lot of data. And this is where we are always, you know, checking what is the best technologies. And so far, not coach bases, technologies that we're using for for stalking, storing all the data. Because because it's it's a ratio in terms of, uh, performance on the number of data you can store, Uh is very high. Okay, so that's that's another challenge that we're addressing. Of course, God is not the only solution, but it's another another one. >>Excellent. Okay, we're gonna leave it there. Cedric, Thanks so much. A great storey and really appreciate your insights. >>You're welcome. Thank you very much. >>Okay, that's it for today. I hope you've enjoyed the application. Modernisation summit made possible by Couch Base. We shared some fresh survey data and got the perspectives of three expert analysts. We got an outstanding roadmap from Ravi Meyer. Um, who's the CEO of Couch base? And of course, we got the customer angle from Cedric. So look, Maybe you're an organisation going through a modernisation initiative. And if you're thinking about what the future of applications looks like cheque out couch. Based on the road this summer, the application modernisation summit is hitting the road traversing North America and Europe. Find out where they will be where they will be near you by visiting couch based dot com slash roadshow. Ravi is gonna be there along with other thought leaders and peers who will be sharing learnings and best practises on how to modernise now and for the future. And you'll get a chance to interact with some of those piers, something that everyone I know is looking forward to. This is Day Volonte. Thanks for joining us today. And thanks for watching the Cube. Mhm. Yeah. Mm, yeah.

>>mhm. Welcome back to Boston. This is the cubes coverage of the Red Hat Summit 2022. The first Red Hat Summit we've done face to face in at least two years. 2019 was our last one. We're kind of rounding the far turn, you know, coming up for the home stretch. My name is Dave Valentin here with Paul Gillon. A J monger is here is a senior director of Iot. The Iot group for developer solutions and engineering at Intel. AJ, thanks for coming on the Cube. Thank you so much. We heard your colleague this morning and the keynote talking about the Dev Cloud. I feel like I need a Dev Cloud. What's it all about? >>So, um, we've been, uh, working with developers and the ecosystem for a long time, trying to build edge solutions. A lot of time people think about it. Solutions as, like, just computer the edge. But what really it is is you've got to have some component of the cloud. There is a network, and there is edge and edge is complicated because of the variety of devices that you need. And when you're building a solution, you got to figure out, like, where am I going to push the computer? How much of the computer I'm going to run in the cloud? How much of the computer? I'm gonna push it at the network and how much I need to run it at the edge. A lot of times what happens for developers is they don't have one environment where all of the three come together. And so what we said is, um, today the way it works is you have all these edge devices that customers by the instal, they set it up and they try to do all of that. And then they have a cloud environment they do to their development. And then they figure out how all of this comes together. And all of these things are only when they are integrating it at the customer at the solution space is when they try to do it. So what we did is we took all of these edge devices, put it in the cloud and gave one environment for cloud to the edge. Very good to your complete solution. >>Essentially simulates. >>No, it's not >>simulating span. So the cloud spans the cloud, the centralised cloud out to the edge. You >>know, what we did is we took all of these edge devices that will theoretically get deployed at the edge like we took all these variety of devices and putting it put it in a cloud environment. So these are non rack mountable devices that you can buy in the market today that you just have, like, we have about 500 devices in the cloud that you have from atom to call allusions to F. P. G s to head studio cards to graphics. All of these devices are available to you. So in one environment you have, like, you can connect to any of the cloud the hyper scholars, you could connect to any of these network devices. You can define your network topology. You could bring in any of your sources that is sitting in the gate repository or docker containers that may be sitting somewhere in a cloud environment, or it could be sitting on a docker hub. You can pull all of these things together, and we give you one place where you can build it where you can test it. You can performance benchmark it so you can know when you're actually going to the field to deploy it. What type of sizing you need. So >>let me show you, understand? If I want to test, uh, an actual edge device using 100 gig Ethernet versus an Mpls versus the five G, you can do all that without virtualizing. >>So all the H devices are there today, and the network part of it, we are building with red hat together where we are putting everything on this environment. So the network part of it is not quite yet solved, but that's what we want to solve. But the goal is here is you can let's say you have five cameras or you have 50 cameras with different type of resolutions. You want to do some ai inference type of workloads at the edge. What type of compute you need, what type of memory you need, How many devices do you need and where do you want to push the data? Because security is very important at the edge. So you gotta really figure out like I've got to secure the data on flight. I want to secure the data at Brest, and how do you do the governance of it. How do you kind of do service governance? So that all the services different containers that are running on the edge device, They're behaving well. You don't have one container hogging up all the memory or hogging up all the compute, or you don't have, like, certain points in the day. You might have priority for certain containers. So all of these mortals, where do you run it? So we have an environment that you could run all of that. >>Okay, so take that example of AI influencing at the edge. So I've got an edge device and I've developed an application, and I'm going to say Okay, I want you to do the AI influencing in real time. You got something? They become some kind of streaming data coming in, and I want you to persist, uh, every hour on the hour. I want to save that time stamp. Or if the if some event, if a deer runs across the headlights, I want you to persist that day to send that back to the cloud and you can develop that tested, benchmark >>it right, and then you can say that. Okay, look in this environment I have, like, five cameras, like at different angles, and you want to kind of try it out. And what we have is a product which is into, um, open vino, which is like an open source product, which does all of the optimizations you need for age in France. So you develop the like to recognise the deer in your example. I developed the training model somewhere in the cloud. Okay, so I have, like, I developed with all of the things have annotated the different video streams. And I know that I'm recognising a deer now. Okay, so now you need to figure out Like when the deer is coming and you want to immediately take an action. You don't want to send all of your video streams to the cloud. It's too expensive. Bandwidth costs a lot. So you want to compute that inference at the edge? Okay. In order to do that inference at the edge, you need some environment. You should be able to do it. And to build that solution What type of age device do you really need? What type of compute you need? How many cameras are you computing it? What different things you're not only recognising a deer, probably recognising some other objects could do all of that. In fact, one of the things happened was I took my nephew to San Diego Zoo and he was very disappointed that he couldn't see the chimpanzees. Uh, that was there, right, the gorillas and other things. So he was very sad. So I said, All right, there should be a better way. I saw, like there was a stream of the camera feed that was there. So what we did is we did an edge in friends and we did some logic to say, At this time of the day, the gorillas get fed, so there's likelihood of you actually seeing the gorilla is very high. So you just go at that point and so that you see >>it, you >>capture, That's what you do, and you want to develop that entire solution. It's based on whether, based on other factors, you need to bring all of these services together and build a solution, and we offer an environment that allows you to do it. Will >>you customise the the edge configuration for the for the developer If if they want 50 cameras. That's not You don't have 50 cameras available, right? >>It's all cameras. What we do is we have a streaming capability that we support so you can upload all your videos. And you can say I want to now simulate 50 streams. Want to simulate 30 streams? Or I want to do this right? Or just like two or three videos that you want to just pull in. And you want to be able to do the infant simultaneously, running different algorithms at the edge. All of that is supported, and the bigger challenge at the edge is developing. Solution is fine. And now when you go to actual deployment and post deployment monitoring, maintenance, make sure that you're like managing it. It's very complicated. What we have seen is over 50% 51% to be precise of developers are developed some kind of a cloud native applications recently, right? So that we believe that if you bring that type of a cloud native development model to the edge, then you're scaling problem. Your maintenance problem, you're like, how do you actually deploy it? All of these challenges can be better managed, Um, and if you run all of that is an orchestration later on kubernetes and we run everything on top of open shift, so you have a deployment ready solution already there it's everything is containerised everything. You have it as health charged Dr Composed. You have all their you have tested and in this environment, and now you go take that to the deployment. And if it is there on any standard kubernetes environment or in an open ship, you can just straight away deploy your application. >>What's that edge architecture looked like? What's Intel's and red hats philosophy around? You know what's programmable and it's different. I know you can run a S, a p a data centre. You guys got that covered? What's the edge look like? What's that architecture of silicon middleware? Describe that for us. >>So at the edge, you think about it, right? It can run traditional, Uh, in an industrial PC. You have a lot of Windows environment. You have a lot of the next. They're now in a in an edge environment. Quite a few of these devices. I'm not talking about Farage where there are tiny micro controllers and these devices I'm talking about those devices that connect to these forage devices. Collect the data. Do some analytics do some compute that type of thing. You have foraged devices. Could be a camera. Could be a temperature sensor. Could be like a weighing scale. Could be anything. It could be that forage and then all of that data instead of pushing all the data to the cloud. In order for you to do the analysis, you're going to have some type of an edge set of devices where it is collecting all this data, doing some decisions that's close to the data. You're making some analysis there, all of that stuff, right? So you need some analysis tools, you need certain other things. And let's say that you want to run like, UH, average costs or rail or any of these operating systems at the edge. Then you have an ability for you to manage all of that. Using a control note, the control node can also sit at the edge. In some cases, like in a smart factory, you have a little data centre in a smart factory or even in a retail >>store >>behind a closet. You have, like a bunch of devices that are sitting there, correct. And those devices all can be managed and clustered in an environment. So now the question is, how do you deploy applications to that edge? How do you collect all the data that is sitting through the camera? Other sensors and you're processing it close to where the data is being generated make immediate decisions. So the architecture would look like you have some club which does some management of this age devices management of this application, some type of control. You have some network because you need to connect to that. Then you have the whole plethora of edge, starting from an hybrid environment where you have an entire, like a mini data centre sitting at the edge. Or it could be one or two of these devices that are just collecting data from these sensors and processing it that is the heart of the other challenge. The architecture varies from different verticals, like from smart cities to retail to healthcare to industrial. They have all these different variations. They need to worry about these, uh, different environments they are going to operate under, uh, they have different regulations that they have to look into different security protocols that they need to follow. So your solution? Maybe it is just recognising people and identifying if they are wearing a helmet or a coal mine, right, whether they are wearing a safety gear equipment or not, that solution versus you are like driving in a traffic in a bike, and you, for safety reasons. We want to identify the person is wearing a helmet or not. Very different use cases, very different environments, different ways in which you are operating. But that is where the developer needs to have. Similar algorithms are used, by the way, but how you deploy it very, quite a bit. >>But the Dev Cloud make sure I understand it. You talked about like a retail store, a great example. But that's a general purpose infrastructure that's now customised through software for that retail environment. Same thing with Telco. Same thing with the smart factory, you said, not the far edge, right, but that's coming in the future. Or is that well, that >>extends far edge, putting everything in one cloud environment. We did it right. In fact, I put some cameras on some like ipads and laptops, and we could stream different videos did all of that in a data centre is a boring environment, right? What are you going to see? A bunch of racks and service, So putting far edge devices there didn't make sense. So what we did is you could just have an easy ability for you to stream or connect or a Plourde This far edge data that gets generated at the far edge. Like, say, time series data like you can take some of the time series data. Some of the sensor data are mostly camera data videos. So you upload those videos and that is as good as your streaming those videos. Right? And that means you are generating that data. And then you're developing your solution with the assumption that the camera is observing whatever is going on. And then you do your age inference and you optimise it. You make sure that you size it, and then you have a complete solution. >>Are you supporting all manner of microprocessors at the edge, including non intel? >>Um, today it is all intel, but the plan, because we are really promoting the whole open ecosystem and things like that in the future. Yes, that is really talking about it, so we want to be able to do that in the future. But today it's been like a lot of the we were trying to address the customers that we are serving today. We needed an environment where they could do all of this, for example, and what circumstances would use I five versus i nine versus putting an algorithm on using a graphics integrated graphics versus running it on a CPU or running it on a neural computer stick. It's hard, right? You need to buy all those devices you need to experiment your solutions on all of that. It's hard. So having everything available in one environment, you could compare and contrast to see what type of a vocal or makes best sense. But it's not >>just x 86 x 86 your portfolio >>portfolio of F. P. G s of graphics of like we have all what intel supports today and in future, we would want to open it up. So how >>do developers get access to this cloud? >>It is all free. You just have to go sign up and register and, uh, you get access to it. It is difficult dot intel dot com You go there, and the container playground is all available for free for developers to get access to it. And you can bring in container workloads there, or even bare metal workloads. Um, and, uh, yes, all of it is available for you >>need to reserve the endpoint devices. >>Comment. That is where it is. An interesting technology. >>Govern this. Correct. >>So what we did was we built a kind of a queuing system. Okay, So, schedule, er so you develop your application in a controlled north, and only you need the edge device when you're scheduling that workload. Okay, so we have this scheduling systems, like we use Kafka and other technologies to do the scheduling in the container workload environment, which are all the optimised operators that are available in an open shift, um, environment. So we regard those operators. Were we installed it. So what happens is you take your work, lord, and you run it. Let's say on an I seven device, when you're running that workload and I summon device, that device is dedicated to you. Okay, So and we've instrumented each of these devices with telemetry so we could see at the point your workload is running on that particular device. What is the memory looking like power looking like How hard is the device running? What is a compute looking like? So we capture all that metrics. Then what you do is you take it and run it on a 99 or run it on a graphic, so can't run it on an F p g a. Then you compare and contrast. And you say Huh? Okay for this particular work, Lord, this device makes best sense. In some cases, I'll tell you. Right, Uh, developers have come back and told me I don't need a bigger process that I need bigger memory. >>Yeah, sure, >>right. And some cases they've said, Look, I have I want to prioritise accuracy over performance because if you're in a healthcare setting, accuracy is more important. In some cases, they have optimised it for the size of the device because it needs to fit in the right environment in the right place. So every use case where you optimise is up to the solution up to the developer, and we give you an ability for you to do that kind >>of folks are you seeing? You got hardware developers, you get software developers are right, people coming in. And >>we have a lot of system integrators. We have enterprises that are coming in. We are seeing a lot of, uh, software solution developers, independent software developers. We also have a lot of students are coming in free environment for them to kind of play with in sort of them having to buy all of these devices. We're seeing those people. Um I mean, we are pulling through a lot of developers in this environment currently, and, uh, we're getting, of course, feedback from the developers. We are just getting started here. We are continuing to improve our capabilities. We are adding, like, virtualisation capabilities. We are working very closely with red hat to kind of showcase all the goodness that's coming out of red hat, open shift and other innovations. Right? We heard, uh, like, you know, in one of the open shift sessions, they're talking about micro shifts. They're talking about hyper shift, the talking about a lot of these innovations, operators, everything that is coming together. But where do developers play with all of this? If you spend half your time trying to configure it, instal it and buy the hardware, Trying to figure it out. You lose patience. What we have time, you lose time. What is time and it's complicated, right? How do you set up? Especially when you involve cloud. It has network. It has got the edge. You need all of that right? Set up. So what we have done is we've set up everything for you. You just come in. And by the way, not only just that what we realised is when you go talk to customers, they don't want to listen to all our optimizations processors and all that. They want to say that I am here to solve my retail problem. I want to count the people coming into my store, right. I want to see that if there is any spills that I recognise and I want to go clean it up before a customer complaints about it or I have a brain tumour segmentation where I want to identify if the tumour is malignant or not, right and I want to telehealth solutions. So they're really talking about these use cases that are talking about all these things. So What we did is we build many of these use cases by talking to customers. We open sourced it and made it available on Death Cloud for developers to use as a starting point so that they have this retail starting point or they have this healthcare starting point. All these use cases so that they have all the court we have showed them how to contain arise it. The biggest problem is developers still don't know at the edge how to bring a legacy application and make it cloud native. So they just wrap it all into one doctor and they say, OK, now I'm containerised got a lot more to do. So we tell them how to do it, right? So we train these developers, we give them an opportunity to experiment with all these use cases so that they get closer and closer to what the customer solutions need to be. >>Yeah, we saw that a lot with the early cloud where they wrapped their legacy apps in a container, shove it into the cloud. Say it's really hosting a legacy. Apps is all it was. It wasn't It didn't take advantage of the cloud. Never Now people come around. It sounds like a great developer. Free resource. Take advantage of that. Where do they go? They go. >>So it's def cloud dot intel dot com >>death cloud dot intel dot com. Check it out. It's a great freebie, AJ. Thanks very much. >>Thank you very much. I really appreciate your time. All right, >>keep it right there. This is Dave Volonte for Paul Dillon. We're right back. Covering the cube at Red Hat Summit 2022. >>Mhm. Yeah. Mhm. Mm.

>>Yeah. Hello and welcome to the Cubes Presentation of Women in text. Global event Celebrating International Women's Day I'm John for a host of the Cube were with Sally E. Senior Policy Advisor Global Foundation for Cyber Studies and Research. Sally, great to see you. Thanks for coming on the cue for International Women's Day. Appreciate it. >>Pleasure, John. Great speech again. >>Love your title. Global Foundation for Cyber Studies. Um, global is a big part of the theme this year. Uh, cyber studies. We're seeing a lot of cyber activity all around the world, networks, communities coming together, the role of data. I mean, everything is touching our lives. There are no boundaries anymore. What does it all mean? There's so much to talk about your in the middle of it before we get into it. Tell us about your career and your history. How you got interested in tech and what you're working on. >>Absolutely. I love it. Kind of this age of convergence coming together right now, isn't it? That's how I would describe it. And that's kind of a bit like my career. I think in many ways as well. So for the audience, really great to be here and share about that today, and I kind of say, three main palace, so one would be emergent technologies. So, you know, I started off right through from coding to advisory to CTO type roles as well also change management. And now I'm more advisors right across from a I to five G to to Iot and security, for example as well. Also passionate about education checking education for me. They always go hand in hand, some a professor at a number of universities and in my non for profit, we really do a lot of outreach around educational opportunities as well. And that third pillar opponent hinted at it already will be social impact. So really passionate about how we can use tech as a force for good things around sustainability right at the heart of that, but also around diversity equity and inclusion. So we do a lot of pro project your locally and globally around kind of reframing what a tech career looks like, giving people more democratised access. Those tech opportunities outside of that a bit like yourself, you know, podcast host and writer and speaker and things as well, so very much going to building that community around key tech topics. >>Well, folks watching should check it out on Twitter. She's that great content you mentioned Mobile World Congress. Before we get on camera, you mentioned convergence. I mean, we're at a time now. I got to ask you while I got you here before we get into the whole schools and career tech thing, we've seen this movie before, but never at this scale. The convergence and the confluence of education and scale of cloud computing, the ability to level up and get, um, I won't say democratised. That's kind of overused. But I'm just talking about like with cloud computing could be educated and in market with a job instantly. Um, the barriers just seem to be moving away because of the the openings and the roles are changing. So, more than ever, this whole new tech scene comes together in a way. Can you share your thoughts and vision because to me, we're seeing this happening at such a scale unprecedented in my career? >>It is. And that's one of those words that the part had been overused, unprecedented, but right now it really, really is. It's not just a speed of change. I think it's a scale of change as well. You know, I think previously we've talked about disciplines in silos to a certain extent. Haven't we know in terms of like, an AI special is, um or five g one or other disciplines as well? But really, now that convergence about what one tech enables another, it really is that smart technology coming together for more and more different use cases, but that residents around how important education is alongside that alongside process alongside culture and shared values as well it really is. It's kind of holistic integration of everything that matters at the moment. And it's evolving business models as well. You know, shared values rights centre stage around that MWC just come back from that, And the key topics there weren't just by G, it was the importance of ecosystem collaboration. For example, there are less tracks that were isolated on one technology. It was more this conflation of these different technologies coming together and what we can achieve from that from business but also for society so really exciting focus areas now things that maybe once or a few years ago, more than periphery. They're now absolutely centre stage. So it's good to see that progress in that area. And I love to advocate around that. >>And the education piece is so important, and we always stay here in Cuba. It's a data problem, right? Everything's a data problem when you look at schools and education is structured and unstructured data kind of our our systems right, So structured as schools, institutions, those kinds of career paths or education pathways. And then you haven't structured freeform communities, seeing a lot more education going on within groups. Um, off structured environments like schools, Can you and you do a lot with schools? Can you share more how you're doing? Um uh, work with schools specifically on the structured side to get girls into careers faster and tech? And then can you also comment on the other side? What's going on in the communities because it's it's kind of going on in parallel, but they're not mutually exclusive. >>No, absolutely community, absolutely key word that I love that, and I think when we're talking about diversity and technology, it's not just what we're doing now with what we're looking at is looking ahead, but also looking at future pipeline as well. So for me, I use this express a little bit. But change the narrative. That's what springs to mind for me when we're talking about that, and particularly for girls going into technology but also more broadly, diversity of experience. More broadly, we do have these drop offs, so UK is one example, but it is really representative of the global trends that we're seeing. Now. We get a drop off of girls in particular, taking ice subjects at GCSE level so kind of that subject choice choice at 12 to 14, that kind of area. We get the same thing at a level that's equivalent of 16 to 18 and then even safer university or even apprenticeships, whichever both equally valid. But even if people are taking those types of skills, they're not then choosing to apply them in their careers. So we're seeing these kind of three pillars where we need to intervene earlier. So for me, the more that we can do things you know from dedicated educational offers, but equally partnering with tech companies to do outreach around this area. We need to go in younger and younger is so important to address that. Why? Why are people thinking they can't? Why is his career not for me, for example, so addressing that is huge. And that's one of the things we do with my nonprofit that's called aspirational futures. We go into schools and two universities, but equally do things with older adults and re Skilling and up Skilling as well. Because again, we can't leave that behind either. There's something for all different kind of age groups and backgrounds here, but specifically, I think, in terms of getting people interested in this career, curiosity matters. You know, I think it's an underrated skills. So it's changing the narrative again. And what the tech career actually is, what skills are valid? You know, I mentioned, I have a coding background as a starter. But not all tech careers involve coding, particularly the rise of low code or no code, for example as well. So really valued skill. But so many other skills are valid as well, you know, creativity or emotional intelligence problem solving skills. So for me, I like to drive forward. All those skills can make a difference as an individual, as a team, so your you know your tech career. All those skills are valid and you can make a huge difference. And I also think, you know, just kind of really bringing to the fore what different types of projects you can be involved in in tech as well. And I found really resonating when you can talk about tech for good projects and show how you're making a difference about some of those big challenges. Um, that's kind of really kind of resonating responsible people as well. So again, the more we can show tangible projects where you can make a difference and the whole range of skills that are involved in that it really helps people to think differently and gain that skills confidence. So it's like, >>Well, that's awesome insight. I want to just double click on that for a second, because one the drop off. Can you just repeat the ages where you see the drop off with the drop offs are >>absolutely yeah, no problem, John. So it's kind of when you're making your first choices around your first kind of qualifications. Between that 12 to 14 age group, 16 to 18 and then 18 to 21 I think we've really got to tackle that So again the earlier we can go in the better and again supporting people within organisations as well. So I do a lot of work like internally, with organisations as well people looking to up skill and re skill. You mentioned about data and the importance of data literacy earlier on in the conversation as well. For example, going into organisations and really helping to support people in all roles, not just tech facing roles develop that skills, confidence as well. So for me it's access to skills really bringing forward the difference. You can make that holistic range of skills that makes a difference, but also the confidence to apply them as well. You know, we talk about agility, of organisations, a lot areas, one of those kind of words in the last 12 months. But maybe we don't talk about personal agility and team agility as well. So I kind of talked about it. This little toolbox, if we can give people more and more things to draw from it, the only constant is this rate of change. If you've got more things in your armoury to cope with that and be an agile to that. It takes that fear away about what happens next because you feel you've got more skills to dip into it and to apply. So for me, it's that that confidence, not just the access to the skills >>and the other thing, too, I thought was insightful. I want to just reiterate and bring to the surface again as skills, right? So you don't have to be a coder. And I see I have two daughters just with my family. Yeah, I do python. They kind of put their toe in the water cause it's cool. Maybe that's a path, and they kind of don't like, maybe get into it. But it's not about coding anymore because you said low code, no code. Certainly. Maybe AI writes the code. We all see that happening. It's problem solving. It's you could be in health care and you could be nerd native, as we say, as on some of the other interviews of that year at the problem, solving the aperture of skills is much broader now. Can >>you share more than >>more than because with your with your programme and your nonprofit, I know you're in the middle of it, and this is important to get that out there. >>Absolutely so skills. You know, I think we need to change the focus on what skills make a difference if you see what I mean. I think you're absolutely right. There's some misconceptions about, you know, you want to go into tech, you need to be a coda. And you're right with the upscale around low Skilling. Sorry, Low code and the code opportunities. Um, I think the niches around being a specialist. Koda. We're gonna get more roles in that area, but in other areas, we need to look at different skills gap. So I'm advising people to look at where the gaps are now. So cyber security is a key example of that testing architecture. Those gaps are getting bigger. Their amazing skills, opportunities. They're so focused on a particular discipline. But it's all those skills that surround that that make a difference as well. So as I mentioned, you know, e Q creativity, communication skills, because it's not just about having the skills to build the future, knew that imagination to refocus about what that could even be. You know, that was one of the MWC 20 to refrain, reimagine and I love to kind of galvanise that spirit and people that you can be part of that, you know, wherever you are now. And I actually run a little series called 365, and you mentioned something right at the start of our conversation about International Women's Day being such an important focus area. But also we need to think about this beyond that as well. So hence that's the title of the series that I run because it's a focus on that every single day of the year. You know, I interviewed people that could be a C suite roles, but equally I've had some amazing interviews with 12 to 14 year olds, even younger, the youngest of the seven year old. He's doing like an amazing project in their kitchen with a three D printer working with local school or a hospice doing something around Ukraine. Another project we're doing at the moment, actually, and it's so resonating it's trying to show people wherever you are now, wherever you want to be, there's somebody relatable that you can make. You can see whatever sector, in whatever age, whatever background, and I think it's to give that inspiration. Hey, you know what I can do that that can be me. So visibility of role models, it really matters. And to really broaden out what role model looks like, you know? >>And then I think people out there you see yourself. I mean, this is what we been >>proven right? >>It's proven I want to get into the aspirational futures thing that you have going on, and I know this is important to you, but also something else you said was, is that there's more jobs open and say cybersecurity than ever before. And you're seeing this trend where all these new roles are emerging because of the tech that weren't around years ago, right? And so we've been having conversations in the Cube saying, Hey, all these roles are new, but also problems are new to these New new problems are surfacing because of the this new environment we're in. So these new roles still have to solve problems, so we need people to solve those problems. This is the future. This is the conversation that people are trying to get zero in on misinformation, cybersecurity, you name it. Society is changing with >>new. You >>have new new problems and new opportunities. Could you share your aspirational future? How you vector into that? >>Yeah, absolutely. And for me it's just again that we're convergence around people in technology and partnership, and that's what we aim to do. We do projects at a very local level, but equally we do them at national and international level as well. And one of our kind of people assume I'm talking pillars a lot, but I like it as a framework. So one of those esteem learning. So putting an equal value on the arts as well as science, technology, engineering, mathematics because I think they are. You know, as I mentioned before, hand that imagination, creativity, curiosity, collaboration, skills. They're equally valid as a different types of tech skills as well. We need an equal value and all of them. I think that's hugely important, important today. I think over the last 5 to 10 years, maybe there's been less of a focus within curriculums on the arts area than the other areas. So for me, putting that equal focus back is hugely important to navigate change, you know, I think that's that's that's absolutely key. So we focus on that area and we do a whole range of tech for good projects, and that's the way we help people to learn, you know, for example, data 90% at the moment of data isn't touched again when it's archived after three months. How can we turn that into a learning opportunity? For example? Some of the projects we use some of this is not going to be used again. We do it in a very safe, secure way, but we use that as one of our training aids, and then we apply them for local projects. We have initiatives from hackathons and ideation right through to very tangible hubs that we've actually built out where people can go, learn up skill and kind of learn through play and experimentation as well. Because again, I think that sometimes under explored that type of value and that freedom to be able to do that. And we also do things, change management skills. We talk about agile learning, agile technology need agile change management as well. So it's a very holistic skills. Look at what you need to navigate that future and have the confidence to apply them. So steam is very much our focus, applying them for tech for good projects and doing that externally, but also within organisations as well. So that very much is shared value approach to good business, but good for society as well. So yes, that this toolbox, that technology I applied earlier we really try and give people that support. To be able to do that, to move forward with confidence and optimism. >>I think adding the aid to stem really for steam is really smart because entrepreneurship or any problem solving creativity is the spark of innovation. >>And that's a super >>important skill. And we've seen it, whether it's startup or in a big company or in society, so super, super insightful. So I got to ask you, as a policy senior policy advisor on cyber studies globally, what are the core issues you're looking at right now? What are you shutting the light on and what's the most important thing you're working on? And then what's the most important thing you're working that people aren't talking about, that people should pay attention to >>Absolutely so. One of my key roles of the foundation is is kind of share of global trust. Essentially, um, and again trust is that one of the key issues of our time? One thing that people are talking about so much that relates with that actually is there's there's research from a group called The Woman. They've been looking at this for about 17 years or so. The research that came out most recently and I've got some original research that kind of support this as well is that for the first time ever, consumers are looking at organisations like tech organisations and other large organisations, in particular the enterprise level, really, as the bastions of trust to a bigger extent than NGOs or even governments. And that's the first time we've seen it at that level. So trust really really matters. It's one of the biggest differentiators of our time, so we're trying to help people. How do you establish trust? How do you build transparency, commitment and accountability, particularly in areas where there's currently confusion, so as one example going back Security zero Trust That phrase is used an awful lot, isn't it? But it's sometimes causing some confusion. Actually, it against what it's trying to deliver if you see what to me. So now I just do something recently with SMB s in particular and there is a confusion that effectively, you know, you could You could buy off the shelf and it's once and done. Um, And then we're sorted for the zero Trust security. And obviously it's not like that. It's an ongoing journey, and there's so many different constituent parts. So there's some things I'm seeing at the moment in the market with there's confusion around around certain language, for example. So again it goes back to backing things up with the technology but also research and awareness so we can see where those skills gaps are. You can see where there's awareness gaps are we can help to fill them. So that's an important part of that particular role bringing the technology in the culture and the education hand in hand together. So it's something I'm really passionate about, and for me sort of related to this, Um, I do a lot of work around S G, um, to the sustainable development goals. In particular, environmental and social governance is something that's becoming much more of a bigger kind of centre stage conversation. I'm an action point in a moment which is fantastic because this is something I've been involved in kind as long as I can remember. So I work directly with organisations like, um Unesco, lots of different professional bodies. It's kind of a huge driver for me. So one thing to kind of look out for that's coming very soon. I'm seeing an issue around around measurement in this area. You know, we're seeing consumers becoming more and more conscious and employees, you know you want to work for by from advocate organisations that have that same value alignment that you have personally and professionally, hugely important. We're seeing some great reports coming out around better e S g measurement. But it can be hard to compare between different organisations, so we are getting more transparency. But it's difficult sometimes to make fare comparisons. Um, so what I'm trying to do a lot of work on at the moment is how you go beyond that transparency to commitment to accountability and that deeper level and that comparability. So I would say kind of to the audience moment, Look out for a bit of a new index. It's going to help people, I think, make those conscious choices make informed choices. So it's something I'm super, super passionate about. I want to try and take that to next level in terms of its actualisation. >>That's awesome. And certainly we'll link to it on our site. All the work you're doing on interviews will put links there as well. We'll make sure we'll follow up on that. Great to have you on. You're such an inspiration. Amazing work, cutting edge work. And I'm I'm super impressed with the cyber studies, and I think this is really important. I have to ask you a final question because you're in the middle of it again with covid and the unfortunate situations we've been living with Covid. And now, obviously with this Ukraine situation that the cyber has been pulled to the front of the agenda and you're seeing a cultural shift. You certainly got Web three. Cyber is now part of everyone's life, and they can see it. They've been seeing it living it. Everything's been pulled forward as a cultural shift happening, okay, and and it's really interesting right now, and I want to get your thoughts because this now people are now aware what cyberwar means cyber security cyber. At home, I have remote work. Cyber has become front and centre or digital. However you want to call it in our lives pulled forward. >>So I'm not even sure in some >>cases, maybe rightfully so, and others. What's your view on this whole cultural cyber being pulled forward? >>It is. It's really, really interesting. And so one of the things I do is I am now ready to a Cyber Insights magazine as well. So we're developing a lot of content pieces around this and lots of things I'm seeing here. So your covid point, I think one of the most interesting things there is around literacy. For example, you remember when we went back to 18 months ago? We're having daily briefings, whether that's from from UK Parliament or the U. S. Equivalent. And different phrases were coming into everyday language driven by the curve or driven by the data. And they're coming into everyday life and people family kitchen table. It was something that hasn't been spoken about before, but suddenly it was driving everyday decision making and what you could and couldn't do. And that's raised awareness. And I think it helped people to ask better questions and to challenge things that they're seeing. And where has that data come from? How has it been presented to have seen that there? I think similarly, where we're having that same understanding and raise of questioning around what we're hearing around cyber as well. You're looking at where that source has come from, and how can we look at that in a different way? So again, I think it's raising that awareness, which is really, really crucial, >>the >>other thing as well around cyber security in particular. And again, I don't think this is talked about as much. When we talk about aspects around inclusion, we talk about diversity equity. Um, I'll see inclusion. I talk about belonging a lot as well. I think there's other aspects around sustainability that Inter relate as well, because when we find, for example, communities that are not included, they tend to be more adversely affected by, for example, climate factors as well. There's an interrelation. They're equally We find that people that haven't got, for example, the same level of cybersecurity protection are also in that same. There's an interrelation across all those elements were not talking about that either. So that's the other thing. I want to kind of bring attention to their again. They aren't separate conversations is a huge crossover between these different conversations and actions that we can do to make a difference. So there's some positive aspects about things that have happened over the last period of time and also some challenges that if we're aware of them, we can work together again, that collaboration piece to be able to overcome them. You know, I've got I've got a book coming out, all for charity called Tech for Good and one of my kind of tag lines. There is around contagion of positive change. Again, let's reframe the language around what's been happening. And let's kind of put that together is something that's far more positive. >>Language is super important, great >>content here. So >>thanks so much for coming. I really appreciate all the great insight and taking the time out of your busy day to to join us here in the Cube. Women in tech Global Event. Thank you so much. >>My absolute pleasure. Thank you. Thank you all for watching. >>Okay. The cubes presentation of women in text. Global event Celebrating International Women's Day. I'm John for a host of the Cube. Thanks for watching

>>Mm. Okay, we're back. Digging into the infrastructure to make hybrid work possible. High performance, cost effective, scalable and secure. That's what it's all about. So far, we've covered the rapid migration to WiFi 60 technology and the role that switching is going to play. And now we're gonna get into private five g to do that. Let's welcome Masumi here. Who is vice president and general manager of mobile cable and the Iot business at Cisco and Greg Dorey, who is the vice president of product management for the networking experiences group of Cisco. He's responsible for Catalyst access that whole portfolio enterprise five G Cisco DNA spaces, Cisco, Iasi A lot of stuff there. Uh, Greg gentlemen, welcome, >>Dave. Thank you for having us. >>Yeah, our pleasure. So let's start with you on the topic of private five g five g. What do we need to know about that? And more specifically, you know what's unique about Cisco's private five G? >>So, most importantly, delivering private five G in enterprise terms that's super important to look at five p. Many of our peer groups might have got it wrong. We're looking at private five g with the lens of enterprise. What enterprise really needs is five g going to come and displace a lot of existing technology? Or is it going to help augment the technology that enterprise has an excellent Their digitisation is you need. I wanted to start Dave with the basic premise of hybrid work, and what hybrid work really means. Is it only for knowledge worker or is it for all workers? So we strongly believe hybrid work needs to empower all workers. It's not only connecting remote workers but also bringing people things and space together. And I strongly believe the combination of WiFi six n five g for private network is going to accelerate that journey, bringing people things and space together in a very, very cohesive way. Why are our offer is so unique? We are going to create a continent. Enterprises don't have to make a hard choice. They will be using WiFi technology and five G technology hand in hand without creating a disruption on their policy and identity systems. They don't have to rethink. Do I have to go and build a new background is a common background that will support both WiFi as well as five t Most importantly, delivering this enter offer as a service with the ease of consumption is of operation and trusted environment that they can put their mission critical workloads on. >>I like it. So couple takeaways there are inclusive of all workers, not just knowledge workers non disruptive. Everybody loves to hear that. And of course, the as a service model is key. So let me stay with you. I mean, we can't wait for five g, right? It's lightning fast. They've got super low latency, very high bandwidth. So that's what everybody is excited about. The question, though, is is five g gets introduced. You know it's going to power things like Coyote Networks. Is that going to replace WiFi and legacy Wired broadband? >>Absolutely not. So we see private five years, an augmentation to the enterprise on top of WiFi WiFi. As you heard in the previous conversation, WiFi is bringing more capability with WiFi six and WiFi 16 and five G is going to be yet another augmentation. WiFi and fight. The will coexist within enterprise for many years to come. I would like my friend Greg to talk a little bit about this continuum. Greg. >>Yeah, I think it's sort of like I like to say it's an and not an AR because there's enough use cases out there. Richard Pryor Spectrum And you know, spectrum >>is a constraint, so >>you have private five G, your WiFi six and both offer opportunities. So, for example, in an indoor carpet setting where you're basically connecting your phone for basic browsing or connecting your laptop, WiFi is sufficient. But if it's a process automation, uh, factory where you need seven nines of reliability, private five g is a better technology. Similarly outdoor large areas. It's probably private. Five g right like this, you can have easy handoff between public and private, so it's use case driven, and once it's used case driven, it's going to be an are because there's so many next time use cases, whether it's a are we are drones, self driving cars, you name it right, like And so I think these two technologies five g and Y 5 60 is gonna work hand in hand to deliver awesome outcomes for our customers. >>Yeah, and just the data volumes are gonna be incredible. We always talk about the data volumes. You ain't seen nothing yet is what I always say. But the thing is, every new tech that's introduced into the enterprise, you can almost be certain that is going to bring adoption challenges. And not only that also is going to bring changes in the way you do things. And that brings new complexities from an operational standpoint. So my question is, how are you addressing this with the introduction of five g. >>Dave, this is a fantastic question, and this is why we have spent me and Greg have spent tremendous amount of time to create continual. I'll start with the foundation first, back down. So we have been building this enterprise backbone, supporting what Wild Connexion as well as WiFi Connexion. We wanted to make sure that as private five G camps within enterprise, you don't have to rethink and reimagine your background is the common backbone that will support both WiFi WiFi six WiFi 60 as well as private five g. You rest assured that it is the same backbone that we have heard in the previous section on the Cap 90 that will also support a private key access. The second aspect of private five G is as you build any new technology into enterprise. Oftentimes we get into this trap to get to an outcome. We move fast and we create asylum. And then that silo operation creates a barriers to mainstream it. So upfront we have to think about not creating another silent and how we're doing it. Number one is a device that can connecting to WiFi network or a private five G network. You don't have to reimagine or rethink how I'm going to manage. The identity will create continue of the common identity across the WiFi access or five t access in the same environment. The second aspect of that is, how are we going to reach in all our staff are enterprise staff is well trained with WiFi technology and white technology. Now five G comes with tremendous amount of value and benefit, but it also comes with inherent technology complexity, learning problems. This is where our simple to consume simple to operate model of sass comes to play. That we're going to take all those complexity away. It is a cloud deliberate service enterprise don't have to go through this massive learning car. Adopting this technology last but not list on how you're going to manage your capital. Any new technology and enterprise, Oftentimes you need a huge amount of upfront investment to adopt the technology to get to the other side of getting the outcome. So again, our business model of SARS will allow Enterprise to adopt this new technology and pay as you go model to meet with enterprise needs. Finally, I also wanted to pass to break to touch a little bit more on how we are thinking about this common identity across any access in the enterprise. Greg to your >>So we we talk about it in two different ways. One is a lot of enterprises today use our identity and secure management platform. We call it Isis Co ice platform. And so years and years of policy and identities Excess service, radio service they use, uh, etcetera are plugged in already into our eyes. Right. So if you can share that with this private five years as a service, uh, infrastructure that Muslims been building, we think we'll be able to create that bridge because we're not forcing enterprises to create new identities, a new policy. So thats sort of step one to make it easier. Uh, you also talk through something where, in the case of a public five g network, for example, the It's very convenient because you take your phone out of your pocket and it's connected to the network, right? Was this for WiFi? You have to log into an S I D in your hotel or in your home and home. It's automatic, but that's that logging process that creates friction. And that's a problem, because then you can't be seamless. So we initiated what we call us open roaming, right? Like that's, uh, identity federation that we first created between identity owners. Could be carriers could be, um, anything that anyone who owns an identity and they will share with venues. And so if the sharing happens, then that Onboarding can be automatic and once on boarding is automatic, then it's easy to pass off between five and five G. And so that's again another way in which you can lower the adoption barriers because you share across public private G and WiFi networks. So these are two concrete examples of how we thought about lowering the barriers of adoption. As we enter into this heterogeneous >>world, >>I can't wait. Let's let's talk about how this thing scales in the go to market, what are the most likely or maybe preferred or obvious routes to market for private five g Francisco >>so they stay tuned when when they announce more about it. But I can also assure you that exposed to the spectrum is a challenge for many enterprises when it comes to cellular technology. In some countries, there are more spectrum accessible by enterprise. In many countries, that's not the case. So we have talked to very carefully that how do we bring this offer to the market? Partnering with many service providers and mobile operators, where in countries where we don't have direct access to the spectrum, our partnership with mobile operators that you will hear more about as we come to mobile world Congress is going to allow our enterprise to consume this technology even if they don't have the spectrum in places where the enterprise might have direct spectrum access. We'll also bring in our relativist providers to hide the complexity of the new technology on top of our cell services or a cloud deliberate services. This is the augmentation with the partnership with menaces providers and mobile operators that will ease this journey for enterprises are most important. Primitive in this journey is to keep it simple for enterprise. Make it intuitive and trust it from day one. >>Outstanding. Okay. Assume, Greg, Thanks so much. It's great to have you guys. I really appreciate your time. >>Thank you. Thank you. Mm mm.

>>Yeah. Hey, everyone, Welcome to the cubes. Continuous coverage of AWS Re invent 2021. I'm Lisa Martin with John Furrier were running one of the industry's largest and most important hybrid tech events with AWS and massive ecosystem of partners. Right now there are two live cube sets to remote sets over 100 guests on the programme and we're pleased to welcome back one of our alum I to talk about the next generation and cloud innovation. Georgia Lisa is joins John to me, the director of product management for EC two edge at A. W S George. Welcome to the programme. >>Glad to be here in person. Thanks Great to be here in person. Awesome to be here in person. Finally, >>one of the things that is very clear is the US flywheel of innovation and there was no slowdown with what's happened in the last 22 months. Amazing announcements, new leadership. We talked a little bit about five g yesterday, but let's talk more about that. Everyone is excited about five g consumers businesses. What's going on? >>So, yeah, I wanted to talk to you today about the new service that we launched called AWS Private. Five g. Essentially, it's a service that allows any AWS customer to build their own private five g network and what we try to do with the services make it that simple and cost effective for anyone without any telco experience or expertise, really, to build their own private five g network. So you just have to go to your AWS console. Um, describe the parameters for network simple stuff like, Where do you want it to be located? The throughput, the number of devices and AWS will build a plan for your network and seep you everything that you need. Just plug it together. Uh, turn it on and the network automatically configures itself. All you got to do is popular sim cards that we send you into your mobile devices and you have a private five g network working in your your premise is >>one of the things that we know and love about AWS is its customer obsession. It's focused on the customer's that whole flywheel of all the innovation that comes out as Adam was saying yesterday to the customers, we deliver this, but but you wanted more. We said we deliver this, but you wanted more. Talk to me a little bit about some of the customer catalysts for private five G. >>Actually, one of the good examples is where we are right now. More and more AWS customers need to connect an increased number of devices, and these devices become more data hungry. You know they need to push data around. They also become more and more wireless, right? Uh, so when you are trying to connect devices in the manufacturing floor, bit sensors, you know, connect the tracks, forklifts or in a convention centre. You look at how many devices there are around us. When you're trying to connect these devices with a wired network, you quickly run into physical problems like it's. It's hard to lay cable anywhere, and customers try to use for many of these use cases. But as a number of devices grows into the thousands and you know you need to put more and more data around, you quickly reach the limitations of what the WiFi technology and also WiFi is not really great at covering really open, large space. So that's where these customers, you know, think of college campuses, convention centres, manufacturing floors, all of these customers. Really? What they need to be able to do is to level the power of the mobile networks. However, doing that by yourself is pretty hard. So that's what we aim to to enable here we are waiting to enable these customers to build very easily and cost effectively their own. Uh, >>Okay, George. So I have to ask. I'm truly curious. I love this announcement. Um, because it brings together kind of the edge story. But also, I'm a band with love. I love more broad. Give me more broadband. Faster, cheaper and more broadband. How does it work? So take me through the use case of what do I need to deploy? Do I need to have a back haul connection? What does that look like? Is there a certain band with requirements? How big is the footprint? What's the radius? Just walk me through. How do I roll this out? >>Yeah, sure. Some of that stuff actually depends on your requirements, right. How How big? How much of a space do you want to cover? Basically, what we see, if you were in preview right now, so we're sipping you. The simplest configuration, which is basically these things called small cells there, you know, radio units and antennas. And all you have to do is connect them to your local. The network has Internet access. These things connect and automatically had, you know, connect home to the cloud and basically integrate and build up your whole network. All all you need is that Internet connection, and I don't know what to do. Now, how big is the network? You can You can make it pretty big. You can cover hundreds of thousands of square feet with with cellular networks with mobile networks. Um, you know, the bigger you they especially want to cover the more of these radio units. We're gonna stop you, uh, >>classic wireless radios. >>Yes. You >>light up the area with five g connected to the network. That's your choke point. The big of the pipe >>took the bigger pipe. That toxic. I mean, well, there, there's two. There's two things to consider here. There is local connectivity. So devices talking to each other, and there was connectivity back to somewhere else, like the Internet or the cloud. There are use cases, for example. Let's say data video feeds that you want to push up to do some inference in the cloud. In these use cases, you're basically pushing all of the data up. There is no left. There's no East West connectivity locally, and that's where our simplest configuration works best. There are other, uh, use cases where there is a lot of connectivity and devices talk to each other locally, like in this place, for example, right in this. In these cases, we can sip you that second configuration where we actually see Pew, a managed hardware WS managed hardware on premises, and that runs the smart of the network and allows all of your data traffic to remain local. That's >>wavelength Outpost, or both. >>A different configuration of A. W s private five G. It's a managed service. We take. We take care of it. You basically it's very It has a pricing model, which is very customer friendly because you like multi W services. You can start with no upfront fees. You can scale and pay as you scale because >>it's designed to deploy easily. >>Yep, deploys the >>footprint. Just I'm just curious if the poll is it like, it's like an antenna. Is it like so and >>yeah, well, the antenna is, you know, the small cell. They call them small cells in, you know, in in cellular land there, this big. And you can you can hide this. There is actually a demo in the Venetian of the private service. So you can you can actually see it in action, but yeah, that thing can cover 10,000 square feet, just one of them. So you can >>go out and put a five g network downtown and be like the king. >>You could Yes. You could have your own private network. You can monetise that next >>on the Q. >>Great stuff. >>So in terms of industries adopting this, you gave us some examples. Obviously. Convention centres, campuses, universities. I'm just curious, given the amount of acceleration that we've seen in every industry the last 22 months where organisations must become digital. They depend on that for their livelihood. And we saw this all these pivots, right? 22 months ago. How do we survive this? How do we thrive? Are consumers now are whether it's an injury or consumer or enterprise. Have this expectation that we're gonna be able to communicate no matter where we are 24 by seven. Whether it's health care, financial services. I'm just curious if you're seeing any industries in particular that you think are really prime for this private five >>G. Yeah. So manufacturing is a is a really great example because you have to cover large spaces. You have thousands of devices, sensors, etcetera and using other solutions like WiFi does not provide you the depth of capabilities like, for example, you know, advanced security capabilities or even capabilities to prioritise traffic from some devices over others, which is what a five G network can do for you. But also, you know, it involves large spaces both indoors and outdoors. We, you know, actually, Amazon is a really great example of you know of using this. We're working with Amazon fulfilment centres. These are the warehouses that fulfil your orders when you order online. Um, and they are a mix of indoor space and outer space, and you can think of, you know, I don't know if you've seen pictures or videos. There's robots running around their sensors everywhere. There is packing lines, etcetera, all of these things in order to operate performantly, but also securely and safely for the people that are around. You need to be well connected at a very high reliability rate. Right? So, uh, Amazon for two networks is actually using private A W s private five G to connect all of these devices. The really key thing here is you don't have to go drop 1000 of these access points we're talking about you. Can you can. You can probably cover your space with 5 10 of these. So your operational expenses, your maintenance goes down and there is less interruption of your normal operations like you can't. You don't have to stop your manufacturing line for someone to come in and fix your WiFi access. >>It's great for campuses like college campuses, college >>campuses, a great one. We you know, we've worked with college campuses, including the CME University in the past two, you know, with some of our partners to, uh, to to deploy. So >>that's how close you have these distribution, gas systems, distribution, whatever they call it accelerate whatever amplifies into get extra coverage, this seems to be a good fit. Um, for that how you mentioned in the preview? How do people get involved? Is there like a criteria. How was it going to >>be available to get priority? Don't get you >>tell them ready to jump in. Take us through the programme. What's the plants? >>So currently we're you know, we're in that preview mode. So we're keeping you this small configuration, the simpler configuration. You can sign up on the AWS website and you know, we, as we scale our operations are supply chain. Because this involves also, you know, hardware, etcetera. We're gonna go to general availability g A over the next few months and we have both configurations open. So I I encourage everyone who is interested go to the W s website and sign up. We're asking to get that in customers' hands because we're getting overwhelmingly positive feedback on what we built. >>This is transformative. I mean, clearly what you're talking about here is going to transform industry and help organisations transform themselves and outpaced the competitors that are in the rear view mirror Aren't going to be able to take advantage of this were on the show floor. We've got lots of people here. Where can people actually go and see this preview tested up? >>There is an actual demo in the Venetian. I can't remember. Sorry, I can't remember the room. I think it's on the Yes, actually, it's on the floor on the third floor where the meeting rooms are on outside 35 or one. If anyone wants to go, we're >>going to start buying lunch time. >>Yes. Yeah, you can see it in action. And, you know, you could You could see a future where everything, You know, you look around. There's thousands of devices here. You could power all of these devices with a single cell and, you know, really scaled throughput >>in the five G. Just curious, um on the range is better than wifi >>ranges. Better outdoors, >>obviously, or factories. What's the throughput on the >>depending on the spectrum that you choose? And that's actually a really good save way. The device, the service that we built, its spectrum agnostic so it can be used on right now. We're using it on what we call C BRS spectrum, which is the free for all you can. You know, you can you can use it yourself. But also, customers can bring their own spectrum. And we're working with a batch of, uh, CSP operators to build advanced bundles where you can work this on licence spectrum. So if you're going up the spectrum in what they called millimetre wave >>spectrum owner to bring your own licence, >>you could So telco right? You could be a telco, bring your, you know, and work with us as a partner or some actually, actually, manufacturing customers have purchased rights to small spectrum bands so they can use those in combination with this service to deploy. So to your original question, as you're going back up the spectrum, you can drive more and more throughput. You it's not. It's not unheard of to drive one gig. You know what's so >>The low hanging fruit is the the use cases that have critical need for edge connectivity manufacturing? Um, certainly the retail or whatever that they help do the deployment >>we can. We can. We can see this being applicable because because you can start super small. You can see this being applicable even to branch offices, right? Like, uh, let's say I was talking to a customer yesterday. They were thinking or have all these branch offices. I don't even I don't even want to have I thought either he just wants something that's very quickly and easily. You know, I can manage centrally and it just connects. >>Can I should have fixed wireless shot to the wavelength order to have back all with wire >>too. Oh, they actually we are planning to. You know, I talked about where the smarts of the network live in the they can live in a region, they can live in the locals, and they can live in a wave election. So we're combining more and more of these products as well. And it's computing, obviously, is a is an obvious thing that, you know, we should be working on >>incredible work, George, that you and the team have done transforming industries. And I don't know if a feeling there might be a cube to Is it? Would it be too dot >>Oh, John, >>he's ready. Big George, Thank you so much for joining joining me today. It's great >>to be here. Thanks for having that >>for John Ferrier. I'm Lisa Martin. You're watching the Cube, the global leader in live coverage. Mhm

>>Mhm. Hey, everyone, welcome back to the cubes. Continuous coverage of AWS Re Invent 2021. Live from Las Vegas. Lisa Martin with John Ferrier We have to live sets to remote studios over 100 guests on the Cube at this year's show and we're really excited to get to the next decade in cloud innovation and welcome from the keynote stage. Mark Ruin the Chief Network Officer Andy VPs Dish Network Mark, Welcome to the Cube. >>Thank you. >>Enjoyed your keynote this morning. So big news coming from AWS and dish you guys announced in the spring telecom industry First dish in AWS have formed a strategic collaboration to reinvent, reinvent five G connectivity and innovation. Let's let's really kind of dig into the AWS dish partnership. >>Yeah, you know, we're putting our network in the cloud, which allows us to have a different speed of innovation and a much more corroborative way of bringing new technology. And then we have access to all the developer ecosystem of AWS. So that's but as you say, it's a world first to put the telco in the cloud. >>And so the first time the five g network is going to be in the cloud, and it was also announced I'm curious, uh, that Las Vegas is going to be the first city live here. We are sitting in Las Vegas. What's the any status you can give us on >>that? So we're building across the US and Las Vegas is a place that we've built and we better testing. So that's where we have all run and we're testing all sorts of traffic and capability with our people and partners live here at the same time that we have the reinvent and, uh, Bianco around. We're also starting to test new capabilities like orchestration, slicing things that we've never seen any industry. So that's pretty exciting, I >>have to ask you. In the telecom industry, there has been an inflexion point around cloud and cloud Impact Ran is opening up new opportunities. What is the telecom industry getting and missing at the same time? Because it seems to be two schools of thought cloud pro cloud ran and then hold onto the old way. >>I think everybody would like to go to Iran and the cloud, but it's not as easy if you have a big installed base. So for us. You know, we all knew it. It's easy so we can adopt the best technology and the newest. But of course, if you have a big instal base, there is going to be a transformation, if you wish. So you know, people are starting trying to set the expectation of how much time it will take. But for us, you know we are. We're moving ahead because we're building a completely new network. >>It's a lot easier than well, it's a relative term. It's >>really much more fun. And we can We don't have to make compromises, right? So but it's still a lot of work, you know, we're discovering we're learning a lot of things. We're partners. >>What if you have a clean sheet of paper or Greenfield? What's the playbook to roll this out across the campus for a large geographic area? >>Yeah, so pretty much You have the same capability in terms of coverage and capabilities than anybody else, but we can do it in an automated manner. We can do it with much thinner and efficient hardware, pretty much hardware with a few accelerators, so a bit of jargon. But, you know, we just have access to a larger ecosystem and much more silicon and all the good things that are coming with the cloud >>talk to us about some of the unique challenges of five G that make running it in the cloud so much more helpful. And then also, why did you decide to partner with AWS? Clearly you have choice, but I'd love to know the backstory on that. >>Yeah, I've been in the telco industry forever, and I've always seen that our speed of innovation was to slow. The telco is very good at reliability. You know, your phone always works. Um, it's very reliable. You can have massive traffic, but the speed of innovation is not fast enough. And the the applications that are coming on the clouds are much faster. So what we wanted to marry is the reliability of the telco and and all the knowledge that exists with the speed of the cloud. And that's what we're doing with bringing their ecosystem into our ecosystem to get the best of two worlds. >>Lots of transformation in the vertical industries. We heard from Adam today on stage vertical with ai machine learning. How does that apply in the telco world because it's an edge you got. See, sports stadiums, for instance. You're seeing all kinds of home impact. How is vertical specialisation? >>Yeah. So what is unique about the cloud is that you can observe a lot of things, you know, in the cloud you have access to data, so you see what's happening, and then you use a lot of algorithms. We call it Machine Learning Analytics to make decisions. Now, for us, it means if you're a stadium, you're going to have a much better visibility of what's happening. Where is the traffic? You know, people moving in and moving out? Are they going to buy some food awards? So you see the traffic and you can adapt the way you steal the traffic the way you distribute video, the way you distribute entertainment to how people are moving because you can observe what is happening in the network, which you can't do in a classic or legacy five g network. So once you observe, you can have plenty of ideas, right? And you can start innovation again, mix a lot of things and offer new services. >>In this last 22 months, when we saw this rapid pivot to work from home. And now it's work from anywhere, right? We talk about hybrid cloud hybrid events here, but this hybrid work environment talk to me about the impact that that decision A W s are going to have on all of those companies and people who are going to be remote and working from the edge for maybe permanently. >>Yes, you say, You know what is important is that people want to have access to the to the cloud to the services, the enterprise from wherever they are. So as a software architect, I need to make sure that we can follow them and offer that service from wherever they are in a similar manner today. If you're making a phone call, you don't have to think if you're connecting to the Web, you know, through WiFi through this and that, you have to think we want to make it as simple as making a phone call. In the past, where you always connected, you always secured. You always have access to your data. So that's really the ambition we have. And, of course, with the new remote abbots, the video conferencing that's the perfect time to come with a new offer. >>And the Strand also is moving towards policy based. You mentioned understanding video and patterns. Having that differentiated services capability in real time is a big deal. >>Yeah, that's a big deal. Actually, what enterprise want? They want to manage their policy, so they want to decide what traffic gets, a premium access and what traffic can be put in the background. You want to update your computers? Maybe that's not a premium price for that. You can do it at any time, but you want to have real time, customer service and support. You want premium? And who am I to decide for an enterprise? Enterprises want to decide. So what we offer them is the tools to create their policy, and their policy will be a competitive advantage for them when they can different change. >>And this brings up another point. I want to ask you. You brought this up earlier about this. The ideas, the creativity that enables with cloud you mentioned ideas will come out. These are this is where the developers now can really encode. This is the whole theme of this Pathfinders keynote. You were up on stage. This is a real opportunity to add value. Doing all the heavy lifting in the top of the stack and enabling new use cases, new applications, new expectations. >>You know what I tell to my engineers? My dream as an engineer is to be, uh, developer friendly. I want people to come to us because it's fun to work in our environment and try things. And a lot of the ideas that developers will have won't work. But if they can spin it off very fast, they will move to that killer application of killer service very fast. So my job is to bring that to them so that it's very easy to consume and and trying to live And, you know, just like bringing >>candy to a baby here. >>Yeah, cause right And have fun and, uh, and discover it for yourself and decide for yourself. >>I gotta ask your questions in the Telecom for a while. We've been seeing on the Cube earlier in our intro keynote analysis that we're now living in an era with SAS applications. No more shelf where now, with purpose built applications that you're seeing now and horizontally scalable, vertically integrated machine learning. You can't hide the ball anymore around what's working. You can't put a project out there and say no, you can't justify. You can't put you can put lipstick on that. You can't know you're seeing on >>that bad cake. Yeah, it's all the point of beta testing and market adoption. You try, you put it there. It works. You say the brake doesn't work. You try again, right? That's the way it works. And and in Telco, you're right. We were cooking for a year or two years, Three years and saying, Oh, you know what? That's what you need. It doesn't work like this faster now. Yeah, Yeah. And people want to be able to influence and they want to say, I like it. I don't like it. And the market is deciding. >>Speaking of influence, one of the things we know we talk a lot about with A W S and their guests is their customer. First customer obsession focused. You know, the whole reason we're here is that is to serve the customer, talk to me about how customers and joint customers are influencing some of the design choices that you guys are making as you're bringing five due to the cloud. >>So what is important for us? We have to dreams, right? The first one is for consumers. We want consumers to have access to the network so that they feel that they are VIP and often I know you and I, sometimes when we're connected to the network with tropical, we don't get the feeling where a V i p So that's something that's a journey for us to make people feel like they get the service and the network is following them and caring about them for the enterprises. You want to let them decide what they want. You were talking about policy building. They want to come with their own rating engine. They want to come with their own geographical maps. Like here. I have traffic here. I don't need coverage. So we want to open up so that the enterprise decide how they invest, how they spend the money on the network >>giving control back to the end user. Whether that's a consumer or enterprise, >>absolutely giving control to the end user and the enterprises. And we're there to support and accelerate the service for them. >>Mark, I want to ask you about leadership. You mentioned all these new things. Are there your dreams? And it's happening Giving engineers the canvas to paint their own future. It's gonna be fun is fun as you're affecting that change. What can people do as leaders to create that momentum to bring the whole organisation along is their tricks of the trade. Is their best practises >>Absolutely their best practises? Um, we were very much following develops where, you know, as a leader, you don't know, you're just learning and you're exposing and you're sharing. Uh, we're also creating an open world where we're asking all our partners to be open. Sometimes, you know, they feel like a bit challenge. Like, do I want to show what I'm doing? And I would say, Yeah, sure, because you're benefiting between each other. Um, And then you want to give tools to your engineers and your marketers to be fast speed, speed, speed, speed so that they can just play and learn. And at the end of the day, you said it. It's all about fun. You know, if it's fun, it's easy to do >>that. We're having fun here. >>That is true. We always have fun here. Last question for you is talk about some of the things that AWS announced this morning. Lots of stuff going on in Adam's keynote. What excites you about this continued partnership between AWS and Dish? >>Yeah, we were. We were surprised and so happy about AWS answer to when we came in with the first one to come big time in the telco and the Cloud was not ready. To be honest, it was Enterprise and Data Club and AWS. When is going all the way, we've asked to transform their cloud to make it a telco frantic, loud. So we have a lot of discussions about networking, routing, service level agreements and a lot of things that are very technical. And there are a true partner innovating with us. We have a road map with ideas and that's pretty unique. So, great partner, >>I was going to say it sounds like a really true >>trust and partnership. We're sharing ideas and challenging each other all the time, so that's really great. >>Awesome and users benefit consumers Benefit enterprises benefit Mark Thank you for joining Joining me on the programme today. Georgia Keynote enjoyed hearing more about dish and AWS. And what are you doing to power? The future. We appreciate your time. >>Thank you. Thank you >>for John Ferrier. I'm Lisa Martin. You're watching the Cube? The global leader in tech coverage, So mhm. Yeah.

>>Mhm Welcome back to Los Angeles. The Cubans live, I can't say that enough. The Cubans live. We're at cu con cloud Native Con 21. We've been here all day yesterday and today and tomorrow talking with lots of gas. Really uncovering what's going on in the world of kubernetes, lisa martin here with Dave Nicholson. We've got some folks. Next we're gonna be talking about a customer use case, which is always one of my favorite things to talk about. Please welcome Michael Coletti, the principal platform engineer at CHG Healthcare and then cat from a christian VP of products from port works by pure storage. Guys, welcome to the program, Thank you. Happy to be here. Yeah. So Michael, first of all, let's go ahead and start with you, give the audience an overview of CHG healthcare. >>Yeah, so CHG Healthcare were a staffing company so we sure like a locum pen and so our clients are doctors and hospitals, so we help staff hospitals with temporary doctors or even permanent placing. So we deal with a lot of doctors, a lot of nursing and we're were a combination of multiple companies to see if she is the parents. So and uh yeah, we're known in the industry is one of the leaders in this, this field and providing uh hospitals with high quality uh doctors and nurses and uh you know, our customer services like number one and one of these are Ceos really focused on is now how do we make that more digital, how we provide that same level of quality of service, but a digital experience as rich for >>I can imagine there was a massive need for that in the last 18 months alone. >>Covid definitely really raised that awareness out for us and the importance of that digital experience and that we need to be out there in the digital market. >>Absolutely. So your customer report works by pure storage, we're gonna get into that. But then can talk to us about what's going on. The acquisition of port works by peer storage was about a year ago I talked to us about your VP of product, what's going on? >>Yeah, I mean, you know, first of all, I think I could not say how much of a great fit for a port works to be part of your storage. It's uh uh Pure itself is a very fast moving large start up that's a dominant leader in a flash and data center space. And you know, pure recognizes the fact that Cuban it is is the new operating system of the cloud is now how you know, it's kind of virtualizing the cloud itself and there is a, you know, a big burgeoning need for data management in communities and how you can kind of orchestrate work lords between your on prem data centers in the cloud and back. So port books fits right into the story as complete vision of data management for our customers and uh spend phenomenal or business has grown as part of being part of Pure and uh you know, we're looking at uh launching some new products as well and it's all exciting times. >>So you must have been pretty delighted to be acquired as a startup by essentially a startup because because although pure has reached significant milestones in the storage business and is a leader in flash storage still, that, that startup mindset is there, that's unique, that's not, that's not the same as being acquired by a company that's been around for 100 years seeking to revitalize >>itself. Can >>you talk a little bit about that >>aspect? So I think it will uh, Purest culture is highly innovation driven and it's a very open flat culture. Right? I mean everybody impure is accessible, it can easily have a conversation with folks and everybody has his learning mindset and Port works is and has always been in the same way. Right? So when you put these teams together, if we can create wonders, I mean we, right after that position, just within a few months we announced an integrated solution that Port works orchestrates volumes and she file shares in Pure flash products and then delivers as an integrated solution for our customers. And Pure has a phenomenal uh, cloud based monitoring and management system called Pure one that we integrated well into. Now we're bringing the power of all of the observe ability that Purest customers are used to for all of the partners customers and having super happy, you know, delivering that capability to our customers and our customers are delighted now they can have a complete view all the way from community is an >>app to the >>flash and I don't think any one company on the planet can even climb, they can do that. >>I think, I think it's fair to acknowledge that pure one was observe ability before observe ability was a word. Exactly one used regularly. So that's very interesting. >>I could talk to us about obviously you are a customer CHD as a customer of court works now Port works by peer storage. Talk to us about the use case, what what was the compelling? It was their compelling event and from a storage perspective that that led you to Port works in the >>first so we be, they began this our Ceo basically in the vision, we we need to have a digital presence, we need and hazards and this was even before Covid, so they brought me on board and my my manager read uh glass or he we basically had this task to how are we going to get out into the cloud, how we're going to make that happen And we we chose to follow very much cloud native strategy and the platform of choice. I mean it just made sense with kubernetes and so when we were looking at kubernetes, we're starting to figure out how we're doing, we knew that data is going to be a big factor, you know, um being to provide data, we're very much focused on an event driven, were really pushing to event driven architecture. So we leverage Kafka on top of kubernetes, but at the time we were actually leveraging Kafka with M S K down out in a W S and that was just a huge cost to us. So I came on board, I had experienced with poor works prior company before that and I basically said we need to figure out a great storage away overlay. And the only way to do is we gotta have high performance storage, we've got to have secure, we gotta be able to back up and recover that storage and the poor works was the right match and that allowed us to have a very smooth transition off of M S K onto kubernetes, saving us, it's a significant amount of money per month and just leverage that already existing hardware that are existing, compute memory and just in the and move right to port works, >>leveraging your existing investments. >>Exactly which is key. Very, very key. So, >>so been kept, how common are the challenges that when you guys came together with the HD, how common are the challenges? It's actually, >>that's a great question, you know, this is, I'll tell you the challenges that Michael and his team are running into is what we see a lot in the, in the industry where people pay a ton of money, you know, to, you know, to to other vendors or especially in some cases use some cloud native services, but they want to have control over the data. They want to control the cost and they want higher performance and they want to have, you know, there's also governance and regulatory things that they need to control better. So they want to kind of bring these services and have more control over them. Right? So now we will work very well with all of our partners including the cloud providers as well as uh, you know, an from several vendors and everybody but different customers are different kinds of needs and port works gives them the flexibility if you are a customer who want, you know, have a lot of control over your applications, the performance of the agency and want to control cars very well in leveraging existing investments board works can deliver that for you in your data center right now you can integrate it with pure slash and you get a complete solution or you won't run it in cloud and you still want to have leverage the agility of the cloud and scale for books delivers a solution for you as well. So it kind of not only protects their investment in future proves their architecture, you get future proving your architecture completely. So if you want to tear the cloud or burst the cloud, you have a great solution that you can continue to leverage >>when you hear a future proof and I'm a marketer. So I always go, I love to know what it means to different people, what does that mean to you in your environment? >>My environment. So a future proof means like one of the things we've been addressing lately, that's just a real big challenge and I'm sure it's a challenge in the industry, especially Q and A's is upgrading our clusters ability to actually maintain a consistent flow with how fast kubernetes is growing, you know, they they're out I think yes, we leverage eks so it's like 1 21 or 1 22 now, uh that effort to upgrade a cluster, it can be a daunting one with port works. We actually were able to make that to where we could actually spin up a brand new cluster and with port work shift, all our application services, data migrated completely over poor works, handles all that for us and stand up that new cluster in less than a day. And that effort, it would take us a week, two weeks to do so not even man hours the time spent there, but just the reliability of being able to do that and the cost, you know, instead of standing up a new cluster and configuring it and doing all that and spending all that time, we can just really, we move to what we call blue green cut over strategy and port works is an essential piece of that. >>So is it fair to say that there are a variety of ways that people approach port works from a, from a value perspective in terms of, I I know that one area that you are particularly good in is the area of backups in this environment, but then you get data management and there's a third kind of vector there. What is the third vector? >>Yeah, it's all of the data services. Data services, like for example, database as a service on any kubernetes cluster paid on your cloud or you're on from data centers, which >>data, what kind of databases >>you were talking about? Anything from Red is Kafka Postgres, my sequel, you know, council were supporting, we just announced something called port books, data services offering that essentially delivers all these databases as a service on any kubernetes cluster uh that that a customer can point to unless than kind of get the automated management of the database on day one to day three, the entire life cycle. Um you know, through regular communities, could curdle experience through Api and SDK s and a nice slick ui that they can, you know, just role based access control and all of that, that they can completely control their data and their applications through it. And, you know, that's the third vector of potatoes Africans >>like a question for you. So what works has been a part of peer storage? You've known it since obviously for several years before you were a c h G, you brought up to see H G, you now know it a year into being acquired by a fast paced startup. Talk to me about the relationship and some of the benefits that you're getting with port works as a part of pure storage. >>Well, I mean one of the things, you know, when, when I heard about the accusation, my first thing was I was a little bit concerned is that relationship going to change and when we were acquiring, when we're looking at a doctor and Poor works, One thing I would tell my management is poor works is not just a vendor that wants to throw a solution on you and provide some capability there, partner, they want to partner with you and your success in your journey and this whole cloud native journey to provide this rich digital experience for not only our platform engineering team, but our dev teams, but also be able to really accelerate the development of our services so we can provide that digital portal for our end users and that didn't change. If anything that accelerated that that relationship did not change. You know, I came to the cat with an issue we just, we're dealing with, he immediately got someone on the phone call with me and so that has not changed. So it's really exciting to see that now that they've been acquired that they still are very much invested in the success of their customers and making sure we're successful. You know, it's not all of a sudden I was worried I was gonna have to do a whole different support process and it's gonna go into a black hole didn't happen. They still are very much involved with their customers. And >>that sounds kind of similar to what you talked about with the cultural alignment I've known here for a long time and they're very customer centric. Sounds like one of the areas in which there was a very strong alignment with port works. >>Absolutely important works has always taken pride in being customer. First company. Our founders are heavily customer focused. Uh, you know, they are aligned. They want, they have always aligned uh, the portraits business to our customers needs. Uh Pure is a company that's men. I actually focused on customers, right? I mean, that's all, you know, purist founder cause and everybody care about and so, you know, bringing these companies together and being part of the pure team. I kind of see how synergistic it is. And you know, we have, you know, that has enabled us to serve our customers customers even better than before. >>So, I'm curious about the two of you personally, in terms of your histories, I'm going to assume that you didn't both just bounce out of high school into the world of kubernetes, right? So like lisa and I your spanning the generations between the world of, say, virtualization based on X 86 architecture and virtualization where you can have microservices, you have a full blown operating system that you're working with, that kind of talk about, you know, Michael with you first talk about what that's been like navigating that change. We were in the midst of that, Do you have advice for others that are navigating that change? >>Don't be afraid of it, you know, a lot of people want to, you know, I call it, we're moving from where we're uh naming, we still have cats and dogs, they have a name, the VMS either whether or not their physical boxes or their VMS to where it's more like it's a cattle, you know, it's like we don't own the Os and not to be afraid afraid of that because change is really good. You know, the ability for me to not have to worry about patching and operating system is huge, you know, where I can rely on someone like the chaos and and the version and allow them to, if CV comes out, they let me know I go and I use their tools to be able to upgrade. So I don't have to literally worry about owning that Os and continues the same thing. You know, you, you, you know, it's all about being fault tolerant, right? And being able to be changed where you can actually brought a new version of a container, a base image with a lot of these without having to go and catch a bunch of servers, I mean patch night was held, I'm sorry if I could say that, but it was a nightmare, you know, but this whole world has just been a game changer >>with that. So Van cut from your perspective, you were coming at it, going into a startup, looking at the landscape in the future and seeing opportunity, um what what what's that been like for you? I guess the question for you is more something lisa and I talk about this concept of peak kubernetes, where are we in the wave, is this just is this just the beginning, are we in the thick of it? >>Yeah, I think I would say we're kind of transitioning from earlier doctors too early majority face in the whole, you know, um crossing the chasm analogy. Right, so uh I would say we're still the early stages of this big wave that's going to transform how infrastructure is built, apps are, apps are built and managed and run in production. Um I think some of the uh pieces, the key pieces are falling in place and maturing, uh there are some other pieces like observe ability and security, uh you know, kind of edge use cases need to be, you know, they're kind of going to get a lot more mature and you'll see that the cloud as we know today and the apps as we know today, they're going to be radically different and you know, if you're not building your apps and your business on this modern platform, on this modern infrastructure, you're gonna be left behind. Um, you know, I, my wife's birthday was a couple of days ago. I was telling this story a couple of friends is that I r I used another flowers delivery website. Uh they missed delivering the flowers on the same day, right? So when they told me all kinds of excuses, then I just went and looked up, you know, like door dash, which delivers uh, you know, and then, you know, like your food, but there's also flower delivery, indoor dash and I don't do it, I door dash flowers to her and I can track the flower does all the way she did not eat them, okay, You need them. But my kids love the chocolates though. So, you know, the case in point is that you cannot be, you know, building a modern business without leveraging the moral toolchain and modern toolchain and how the business is going to be delivered. That that thing is going to be changing dramatically. And those kind of customer experience, if you don't deliver, uh, you're not gonna be successful in business and communities is the fundamental technology that enables these containers. It's a fundamental piece of technology that enables building new businesses, you know, modernizing existing businesses and the five G is gonna be, there's gonna be new innovations that's going to get unleashed. And uh, again, communities and containers enable us to leverage those. And so we're still scratching the surface on this, it's big now, it's going to be much, much bigger as we go to the next couple of years. >>Speaking of scratching the surface, Michael, take us out in the last 30 seconds or so with where CHG healthcare is on its digital transformation. How is port works facilitating that? >>So we're right in the thick of it. I mean we are we still have what we call the legacy, we're working on getting those. But I mean we're really moving forward um to provide that rich experience, especially with inventing driven platforms like Kafka and Kubernetes and partnering with port works is one of the key things for us with that and a W s along with that. But we're, and I remember I heard a talk and I can't, I can't remember me but he he talked about how, how kubernetes just sort of like 56 K. Modem, You're hearing it, see, but it's got to get to the point where it's just there, it's just the high speed internet and Kelsey Hightower, That's who Great. Yeah, and I really like that because that's true, you know, and that's where we're on that transition, where we're still early, it's still that 50. So you still want to hear a note, you still want to do cube Cto, you want to learn it the hard way and do all that fun stuff, but eventually it's gonna be where it's just, it's just there and it's running everything like five G. I mean stripped down doing Micro K. It's things like that, you know, we're gonna see it in a lot of other areas and just proliferate and really accelerate uh the industry and compute and memory and, and storage and >>yeah, a lot of acceleration guys, thank you. This has been a really interesting session. I always love digging into customer use cases how C H. G is really driving its evolution with port works Venkat. Thanks for sharing with us. What's going on with port works a year after the acquisition. It sounds like all good stuff. >>Thank you. Thanks for having us. It's been fun, our >>pleasure. Alright for Dave Nicholson. I'm lisa martin. You're watching the cube live from Los Angeles. This is our coverage of Yukon cloud native Con 21 mhm

>>mm Welcome back to the huge covered cubes coverage of VM world 2021. The virtual edition tom gillis is back on the cube. He's in S. V. P at VM ware and the GM of network and advanced security at the company. Tom. Always a pleasure to see you. Thanks for coming on. >>Hey, thanks for having me. It's always a pleasure to be back here on the cube. I really enjoyed it. We've we've been, we've known each other for I don't want to count how many years but more than a few. Uh it's always an interesting conversation. >>We've had a lot of face to face interactions a couple years in a row were virtual. We'll be back together at some point. I'm >>calling. Yeah. Yeah. I'm actually on the road with customers. So it's starting to happen. >>Yeah, us too. We did uh we did public sector summit in D. C. This week. I'm heading out to Vegas next week for a show. So it is, it is starting to happen. So just a matter of time hey, >>when I start >>with with your your scope of responsibilities? Network and advanced security, you're kind of putting those two areas together. Very important. It makes sense synergistically. But how are you guys thinking about that? Maybe you could add some color. >>Yeah, sure thing. Um So network in advance security means all things security of Myanmar. So it's carbon black with our endpoint product, NsX in the data center. It's our tons of service mesh for cloud native applications to all the security stuff that goes into our anywhere workspace. Um and you know, I think you you probably get the message here dave at the end where there's three big waves that we're trying to ride. You know, multi cloud computing platform, which is our hallmark, is what we're known for running out across every cloud. It's the cloud native applications, building tools for new modern apps. And then really kind of the future of both networking and compute is being defined by this anywhere workspace. Our mission is to put security and connectivity into all of that. That makes it work. That makes it work well at scale. And so it made sense to put all that under one roof. Uh, I'm the guy and that's what we're doing. >>Yeah, you talk about that anywhere workspace, which, You know, it was always kind of a great vision and then it was somewhat aspirational, but then it became not only reality, but a mandate over the past 15, 18 months and that has that ripples through two implications on networking, even getting flatter and the security implications. So, all those things are coming together >>there really are. You know, I think we can't under estimate the profound impact that covid and the kind of work from home has had on our lives on society were still turning through what those implications are, but in networking it's cause for a fundamental rethink and for 20 years I've been doing networking and for 20 years we had this notion of a demarcation point networks defined as something that it was a DMZ, right? And, and on one side of that, TMZ was a dirty, untrusted internet, who would scary the other side is the clean, blissful corporate network where you know, only butterflies and unicorns exist and you know, wherever you were in the world, your traffic would be back hauled through that dems so that it could be scrubbed. And if you ever used tools like we're using now zoom, you know, you realize that that experience of back hauling traffic through traditional VPN is pretty simple. And so, so across the industry, enterprises are saying, you know what, there's got to be a different way instead of moving by traffic to the security services. What if I turn that upside down, That's what we're doing a VM ware, which we're taking those security services that we live in the DFc. We're doing what VM ware does well, which is defined them as software and then running them in hundreds of points of presence around the world. Hundreds. And so we effectively moved the security close to the users wherever the users are instead of the other way around. And that's the way we think we'll be building networks in a post pandemic world. >>Yeah. And that talks to the trend of this hyper decentralized system that's basically everywhere now, you know, even even out to the edge. And so, so you now have this, you know, zero trust used to be a buzzword and, and again, it's become this, this mandate. You guys actually did some, I think it was you who did some really interesting research post the solar winds hack on. Talking about things like island hopping and explaining how malware was getting in self forming and some of the insidious ways in which the, the adversaries and, and that is a function of a lot of things. The adversaries are obviously highly capable. Uh, they're motivated because it's lucrative and, and, and they keep upping the game on the good guys if you will. >>Yeah, it's nuts. But, and so so think about the impact that ransomware has had. Uh, and also to your point about the anywhere workspace. I'm right now in boston, I could, you know, tomorrow I'm going to be in texas and the day after that I'll be in san Francisco. So I'm popping all over the place, you know, we're back meeting customer's going wherever they want us to be. But wherever I am, I'm able to connect and, and my traffic needs to be protected. Now in boston it was a ransomware attack against the ferry. We're not talking about a bank or like a sophisticated, you know, sort of organization, it's a ferry that moves people from Cape Cod to an island across the water and it disrupted that ferry for days. So so at VM ware, we're measuring all the inner workings of what's happening in the data center and we collect more than eight trillion with a T eight trillion events per week and that allows us to be able to identify these anomalies like ransomware. And so just in the last 90 days we've stopped more than a million ransomware attacks. 1.1 million ransomware attacks that we stopped within six seconds, More than a million ransomware attacks in the last 90 days. To give you a sense of the magnitude of this problem it's everywhere. And you you reference Zero Trust. Zero Trust is a concept, it's a philosophy, is not a product by Zero Trust. You implement a Zero Trust model which says in a deep perimeter Rised world in a world where people like tom or hopscotch on all over the place and Dave's in boston and you know, I could be in san Francisco, we have to make the assumption that somehow some way, you know, our machine or a user has been compromised. And so you wrap each little piece of the infrastructure, each little piece of the application, you wrap it a protective armor to assume that everything around it is hostile and that's how we stop somewhere. That's how we can keep your infrastructure safe. And this is something you have and where does very uniquely because of the intrinsic attributes of our platform, our virtualization platform and our multi cloud platform. >>Yeah. You talk about the ferry anybody who's ever taken the ferry to Nantucket knows it's a pretty low tech operation and when that ferry goes down, it's one thing, it's, it's whether you can kind of understand that but people's lives get ruined, their vacations get ruined, they can't get off the island. Commerce comes to a grinding halt. It's extremely, extremely expensive really. >>For days, >>for days it was >>Like it wasn't a 20 minute outage. You know, it was like a fairy is not running for a couple things like that. That is a huge, huge, very high impact thing. And the fact that it was so pedestrian, like they don't have billions of dollars in the bank and you know, sort of super secret defense technologies, it's a ferry, you know, right, come on rental cars everywhere. So everywhere >>talk about your software approach two networking and security a little bit more. How that changes the experience for organizations generally, and developers specifically. >>So in a multi cloud world you can't always count on having physical infrastructure that you can touch. And in fact, do you really want to touch that stuff. And so our idea is that if you think about infrastructure, its job is to support the needs of the application. And so for example, in Kubernetes, we have the ability for developers say, look, here's my cool new application and this peace talks to this peace talks to this piece and nothing else. And so we can implement those types of controls using what we call a service smash, which allows us to, to make those connections smooth and seamless across clouds. Some of it could run on amazon, some of them could be running in a private cloud infrastructure. Some of them could be running in the traditional VM and in fact many complication applications do just that. So we can facilitate that communication back and forth and we have the ability to look for stuff that you just never happened because when you understand how an application is supposed to work, it allows you to spot, hey, wait a minute. That's not right. That's that, that's that, that don't like someone trying to manipulate the ferry system rather than somebody trying to board the ferry and get off. And I think, you know, there's a really interesting observation here, which is when you, when you, if you can see the inner workings of an application, like it looks for example, let's think about a mortgage payment application filed, a mortgage payment application and the Attackers has stolen a credential. They're going to get in. It's really hard to figure out a friend from foe. But once they get into mortgage payment application, I'm not going to pay my mortgage right? They do crazy anomalous things like wildly anomalous things. If you can see them, you can stop them and we have the unique ability to see them because we put the telemetry, the observation into our virtualization platform that runs on every cloud that runs wherever the user is. Right and pulling all that together into a central issue. That's something I think the N word to do uniquely and this is why we're having such success insecurity. >>I wonder if you could talk a little bit more about securing containers. You just sort of reference that but containers are moving target just a few short years ago, containers are ephemeral. You weren't you weren't gonna be running you know, your mission critical or business critical postgres in containers. But now that's changed. You're getting state. But so that's a moving target. How are you thinking about handling? You know, those kind of changes And what about the architecture allows you to be kind of future proof if you will. Sorry to use that >>word? No, no, it's a good question. So you've articulated right. So if you think about a traditional application, we used to always talk about three tiered web app, there's a web server is app server and the database a little more complicated than that. But you can usually go in and you could touch those three tiers. This box is the web tier. This box step here. This big box, is that it. And so security controls were built around this idea that you could you could wrap that relatively easily. We talk about a container based application And all these microservices. It's not three tiers anymore. It's 300 tears or maybe 3000 tears. Bitty little things, these little services that turn up and turn down and they all have a piece and so our view is that the A P is the new endpoint, the ap is where the action happens and not just the ap that faces the internet but all the inner workings, all the internal apps. And so because we put that application together, because we help the developers create those apaches, we have a unique understanding of how those apps are used and we're just introducing the ability to provide visibility around how are these epi is being used and then we can do anomaly detection and we are seeing a whole new set of attacks that are using legitimate apiece. They're not appease that are that are that are broken or malformed but the Attackers are finding ways to extract data from an API that maybe they shouldn't remember some of the facebook stuff where they had these Attackers were profiling users and there's no limit to how they could profile users and they were just expecting huge amounts of data that's an ap breach. These are the kind of problems that we can solve for our customers with these built in Tan Xue uh service mesh and api security controls >>you think about all these trends we're talking about and I want to ask you about how it's affected go to market because kind of the old days you had box sellers, they, you know, they would integrate VM ware or whatever. They you might have a specialist that was really good at ST for instance, S. A. P. And they were good partners. So that kind of value add developers have become a new channel for you and I wonder how you think about that, how they're now influencing their go to market. >>Yeah, that's that's a clear trend in the industry are absolutely right on, we call it moving left, right. So it's getting earlier and earlier in the development process. And so one of the things that renouncing at the show here is that the tons of community edition that makes it super easy for developers without putting down a credit card or making a big expensive commitment. They can start using these tools and get productive right away. And so so on top of that we build security controls that understand the total life cycle. So as the developers writing code, we're checking that code to make sure is this compliant doesn't have any known vulnerabilities. This is gonna break something. If you if you put it out there and then when you go to hit commit and say, all right, I'm ready to go, we've already done the homework to make sure the code is clean, we'll put it in the right place. So placing it into production in a way that is wrapped with the security that it needs the guardrails are in place and now we have this this X ray vision, this ability to look at the inner workings and understand the Ap is what's happening inside the application and identify anomalies. And lastly, once the thing is up and running we actually have the ability to measure we called posture and make sure that it doesn't drift from its intended configuration. All of this is done across every cloud. So this is, this is how we think we have a kind of new and very holistic approach to securing collaborative applications. >>Tom I want to ask you about telco transformation, I mean N F V kind of just barely scratched the surface in my view and now we're seeing with the edge and five G and the cloud there's some oh ransom. Really interesting opportunities going on in in telco say what you want about telcos? Yeah, there, you know the connectivity and Okay, fine. But one thing you say about the telco networks as they work, you know, and it actually did a great job during the pandemic. They had to pivot to landlines and and so when it comes to reliability and rock solid nous, those guys kinda kinda get it but they've got to be more flexible. So you see those two worlds colliding what's going on in in telco and and where does VM ware play? >>Yeah, sure thing. A huge amount of emphasis on telco, we've won some very large telco deals. Five G is not just a faster version of four G. 5G is a new take on what an edge network can do. It has the ability to run extremely high performance network connections and the ability to control the performance. So this idea of what's called network slicing, so you can guarantee a certain amount of latency or a certain amount of bandwidth. So combine that with this explosion of IOT devices. We're going to have an infinite number of devices. Every device you can imagine has a computer in it and it's spitting off giant amounts of data. We keep coming up with new and interesting ways to analyze that data to do things like, you know, control the self driving car to do things like create a customized retail experience to do things like help guide research for an oil company on the oil platform. Okay. These are all examples of edge computing. Now, the infrastructure that you need to protect those workloads is what we're defining and software. And putting it everywhere, Not just in the traditional data center where you might be in 1020 locations, we're talking about hundreds going into thousands of locations. And this is what the industry is calling sassy or secure access services. Edge. So where's your firewall? Your web proxy the controls that you need to protect those apps, where do they live? They're gonna live in the telco infrastructure And that stuff all runs on X 86 servers. So if you put in the data center services into this distributed architecture and you've got tons and tons of data that's being produced produced locally. Why would you want to remove the compute there and we think you can and will and this is this is why VM ware with our telco partners is uniquely suited to build the groundwork for this edge computing infrastructure. And I think edge computing is going to be the next big wave. So we went from private clouds to public clouds and public cloud was built on, you know, the scale out fault tolerant model as we move to edge computing, edge computing is going to be around applications that need huge amounts of data, very low latency and they're highly distributed. So they're going to run not in 10 or 20 locations but in 1000 more. And we can do all of this with our tons of kubernetes with our virtual networking infrastructure and our anywhere workspace and the secure access services, Edge, the pops that we're building and I think VM ware is probably one of the few if any companies that have all of these pieces that we can put together to make the Edge actually work. >>Yeah, exciting times and and all that data ai influencing at the edge of new processor models and you guys are thinking about all that stuff tom we got to leave it there. Thanks so much for coming back in the queue. Great conversation. >>Always a pleasure. Thanks very much. David, Take care >>Alright you to keep it right there, everybody. This is Dave Volonte. For the Cubes coverage of VM World 2021. The virtual edition will be right back.

>>mhm. What the special cube conversation here in Palo alto, I'm john Kerry host of the cube. We're here talking about kubernetes Cloud native and all things Cloud, cloud enterprise amir Sure VP of product and morgan Stanley is with me and we are great to have you on the cube. Thanks for coming on. I appreciate you taking the time, >>appreciate it, john good to be here. You >>know, cloud Native obviously super hot right now as the edges around the corner, you're seeing people looking at five G looking at amazon's wavelength outposts you've got as you got a lot of cloud companies really pushing distributed computing and I think one of the things that people really are getting into is okay, how do I take the cloud and re factor my business and then that's one business side then, the technical side. Okay, How do I do it? Like it's not that easy. Right. So it sounds, it sounds really easy to just go to move to the cloud. This is something that's been a big problem. So I know you guys in the center of all this uh and you've got, you know, microservices, kubernetes at the core of this, take a minute to introduce the company, what you guys do then I want to get into some specific questions. >>Mhm, of course. Well, bob Sani is a startup? Silicon Valley startup and what we do is automate system configuration that's typically worked at an engineer does and take lengthy and if done incorrectly at least to a lot of errors and cost overruns and the user experience problems. We completely automate that using an Ai and ml back end so that the engineering can focus on writing code and not worry about having to tune the little pieces working together. >>You know, I love the, I was talking to a V. C on our last uh startup showcase, cloud startup showcase and uh really prominent VC and he was talking about down stack up stack benefits and he says if you're going to be a down stack um, provider, you got to solve a problem. It has to be a big problem that people don't want to deal with. So, and you start getting into some of the systems configuration when you have automation at the center of this as a table stakes item problems are cropping up as new use cases are emerging. Can you talk about some of the problems that you guys see that you solve for developers and companies, >>of course. So they're basically, they're, the problem expresses itself in a number of domains. The first one is that he who pays the bills is separate from he who consumes the resources. It's the engineers that consume the resources and the incentives are to deliver code rapidly and deliver code that works well, but they don't really care about paying the bills. And then the CFO office sees the bills and there's a disparity between the two. The reason that creates a problem, a business problem is that the developers uh, will over provision stuff, uh to make sure that everything works and uh, they don't want to get caught in the middle of the night. You know, the bill comes due at the end of the month or into the quarter and then the CFO has smoke coming out of his ears because there's been clawed overruns. Then the reaction happens to all right, let's cut costs. And then, you know, there's an edict that comes down that says everything, reduce everything by 30%. So people go across and give a haircut to everything. So what happens next to systems out of balance? There's allocation resource misallocation and uh, systems start uh, suffering. So the customers become unhappy. And ironically, if you're not provisioned correctly, Not ironically, but maybe understandably, customers start suffering and that leads to a revenue problem down the line if you have too many problems unhappy. So you have to be very careful about how you cut costs and how you apportion resources. So both the revenue side is happy and it costs are happy because it all comes down to product experience and what the customers consume. You >>know, that's something that everyone who's done. Cloud development knows, you know, whose fault is it? You know, it's this fall. But now you can actually see the services you leave a switch open or, you know, I'm oversimplifying it. But, you know, you experiment services, you can the bills can just have massive, you know, overruns and then, and then you got to call the cloud company and you gotta call the engineers and say why did you do this? You got to get a refund or or the bad one. Bad apple could ruin it for everyone as you, as you highlighted over the bigger companies. So I have to ask you mean everyone lives this. How do companies have cost overruns? Is their patterns that you see that you guys wrote software 4-1, automate the obvious ones. Is there is there are certain things that you know always happen. Are there areas that have some indications? So why do, first of all, why do companies have cloud cost overruns? >>That's a great question. And let's start with a bit of history where we came from a pre cloud world, you built your own data centers, which means that you have an upfront Capex cost and you spend the money and you were forced to live within the needs that your data center provided. You really couldn't spend anymore. That provided kind of a predictable expenditure bottle it came in big chunks. But you know what, your budget was going to be four years from now, three years from now. And you built for that with the cloud computing, Your consumption is now on on demand basis and it's api enabled. So the developer can just ask for more resources. So without any kind of tools that tell the developer here is x amount of CPU or X amount of memory that you need for this particular service, that for it to deliver the right uh, performance that for the customer. The developers incentivized to basically give it a lot more than the application needs. Why? Because the developer doesn't want to pick up service tickets. He's incentivizing delivering functionality quickly and moving on to next project, not in optimizing costs. So that creates kind of uh an agency problem that the guy that actually controls how research are consumed is not incentivized to control the consumption of these resources. And we see that across the board in every company, engineers, engineering organization is a separate organization than the financial organization. So the control place is different. The consumption place and it breaks down the patterns are over provisions. And what we want to do is give engineers the tools to consume precisely the right amount of resources for the service level objectives that they have, given that you want a transaction rate of X and the literacy rate of Why here's how you configure your cloud infrastructure. So the application delivers according to the sls with the least possible resources consumed. >>So on this tool you guys have in the software you guys have, how how do you guys go to mark with that, you target the business buyer or the developer themselves and and how do you handle the developers say, I don't want anyone looking over my shoulder. I'm gonna go, I'm gonna have a blank check to do whatever it takes, um how do you guys roll that out because actually the business benefits are significant controlling the budget, I get that. Um how do you guys rolling this out? How do people engage with you? What's your strategy? >>Right. Are there, is the application owner, is the guy that owns the PML for the application? It tends to be a VP level or a senior director person that owns a SAAS platform and he or she is responsible for delivering good products to the market and delivering good financial results to the CFO So in that person of everything is rolled up, but that person will always favor the revenue site, which means consume more resources than you need in order to maximize customer happiness, therefore faster growth and uh they do that while sacrificing the cost side. So by giving the product owner the optimization tools autonomous of optimization tools that Sandy has, we allow him or her to deliver the right experience to the customer, with the right sufficient resources and address both the performance and the cost side of equation simultaneously, >>awesome. Can you talk about the impact c I C D s having in the cloud native computing on the optimization cycle? Um Obviously, you know, shifting left for security, we hear a lot of that, you're hearing a lot of more microservices being spun up, spun down automatically. Uh I'll see kubernetes clusters are going mainstream, you start to see a lot more dynamic uh activity if you if you in these new workflows, what is the impact of these new CSC D cloud? Native computing on the optimization cycle? >>C i c D is there to enable a fast delivery of software features basically. Uh So, you know, we have a combination of get get ups where you can just pull down repositories, libraries, open source projects from left and right. And using glue code, developers can deliver functionality really quick. In fact, microservices are there in service of that capability, deliver functionality quickly by being able to build functional blocks and then through a piece you put everything together. So ci cd is just accelerates the software delivery code. Between the time the boss says, give me an application until the application team plus the devops team plus SRE team puts it out in production. Now we can do this really quickly. The problem is though, nobody optimizes in the process. So when we deliver 1.0 in six months or less, we've done zero in terms of optimization and at one point, oh, becomes a way that we go through QA in many cases, unfortunately. And it also becomes a way that we go through the optimization. The customer screams that you eyes Laghi, you know, the throughput is really slow and we tinker and tinker and tinker and by the time it typically goes through a 12 month cycle of maturation, we get that system stability in the right performance with a I and machine learning that a person has enabled. We can deliver that, we can shrink that time out considerably. In fact, uh you know what we're going to announce in q khan is something that be called Kite storm is the ability to uh install our product and kubernetes environment in roughly 20 minutes and within two days you get the results. So before you have this optimization cycle that was going on for a very long time now that it's frank down and because of Ci Cd, you know, you don't have the luxury of waiting and the system itself can become part of the way of contributing system. The system being the uh ai ml service, that the presiding deliveries can be uh part and parcel of the Ci cd pipeline, that optimizes the code and gives you the right configuration and you get to go. So >>you guys are really getting down and injecting in some uh instrumentation for metadata around key areas. That right. Is that kind of how it's working? Are you getting in there with codes going to watch? Um how was it working under the hood? Can you just give me a quick example of, you know, how this would play out and what people might expect, how it would handle, >>of course. So what the way we optimize application performance is we have to have a metric against which we measure performance. That metric is an S L O service level, objective and in a kubernetes environment, we typically tap into Prometheus, which is the metrics gathering place metrics database for kubernetes workloads and we really focus on red metrics, the rate of transactions, the error rate and the for delay or latency. So we focus on these three metrics and what we have to do is inject a small container, it's an open source container into the application work space that we call that a container. Servo. Servo interacts with Prometheus to get the metrics and then it talks to our back end to tell the M L engine what's happening and then L engine and does this analysis and comes back with a new configuration which then servo implements in a canary instance. So the Canary instances where we run our experiments and we compare it against the main line, Which the application is doing after roughly 20 generations or so. The Bellingen Learns what part of the problem space to focus on in order to optimize to deliver optimal results. And then it very quickly comes to the right set of solutions to try and it tries those inside uh inside the canary instance and when it finds the optimal solution, it gives the recommendation back to the application team or alternatively, when you have enough trust in the tiny you can ought to promote it into mainline that >>gets the learning in there is a great example of some cloud native action. I want to get into some examples with your customer, but before we get there, I want to ask you, since I have you here, if you don't mind, what is cloud native mean these days, because you know, cloud native become kind of much cloud computing, um which essentially go move to the cloud, but as people start developing in the cloud where there's real new benefits, people talk about the word cloud native, could you take a quick minute to define? What is cloud Native, Does that even mean? What does cloud native mean? >>I'll try to give you my understanding government, we could get into a bit of philosophy. Uh Yeah, that's good. But basically cloud Native means it's, your application is built for the cloud and it takes advantages of the inherent benefits that a cloud environment can give you, which means that you can grow and shrink resources on the fly, if you built your application correctly, that you can scale up and scale down, you're a number of instances very quickly and uh, everything has taken advantage of a P I S so initially that was kind of done inside of the environment. Uh AWS Ec two is a perfect example of that. Kubernetes shifted cloud native to container its workload because it allows for rapid, more, rapid deployment and even enables or it takes advantage of a more rapid development cycle as we look forward. Cloud Native is more likely to be a surplus environment where you write functions and the backend systems of the cloud service provider, just give you that capability and you don't have to worry about maintaining and managing a fleet of any sort, whether it's VMS or containers, that's where it's gonna go. Currently we are to contain our space >>so as you start getting into the service molly good land, which we've been playing with, loves that as you get into that, that's going to accelerate more data. So I gotta ask you as you get into more of this this month, I will say monitoring or observe ability, how we want to look at it. You gotta get at the data. This becomes a critical part of solving a lot of problems and also making sure the machine learning is learning the right thing. How do you view that you guys over there? Because I think everyone is like getting that cloud native and it's not hard sell to say that's all good, but we can go back, you know, the expression ships created ships and then you have shipwrecks, you know, there's always a double edged sword here. So what's the downside? If you don't get the data right? >>Uh well, so the for us, the problem is not too much data, it's lack of data. So if you don't get data right is you don't have enough data. And the places where optimization cannot be automated is where the transaction rates are slow, where you don't have enough fruit. But coming into the application and it really becomes difficult to optimize that application with any kind of speed. You have to be able to profile the application long enough to know what moves its needle and in order for you to hit the S. L. O. Targets. So it's not too much data, it's not enough data. That seems to be the problem. And there are a lot of applications that are expensive to run but have a low throughput. And I would uh in all cases actually in every customer environment that have been in, where that's been the case if the application is just over provision, if you have a low throughput environment and it's costing too much, don't use ml to solve it. That's a wrong application of the technology. Just take a sledgehammer and back your resources by 50%, see what happens. And if that thing breaks back it again, until you find the baggage point. >>Exactly for you over prison, you bang it back down again. It's like the old school now with the cloud. Take me through some examples when you guys had some success, obviously you guys are in the right area right now, you're seeing a lot of people looking at this area to do that in some cases like changing the whole data center and respect of their business. But as you get it with customers with the app side, what some successes can you share some of the use cases, what you guys are being successful, your customers can get some examples. >>Yeah. So well known financial software for midsize businesses that that does accounting. It's uh there are customer during a large fleet and this product has been around for a while. It's not a container ice product. This product runs on VMS. Angela is a large component of that. So the problem for this particular vendor has been that they run on heterogeneous fleet that the application has been a along around for a very long time. And as new instance types on AWS have come in, developers have used those. So the fleet itself is quite heterogeneous and depending on the time of the day and what kind of reports are being run by organisations, they, the mix of resources that the applications need are different. So uh when we started analyzing the stack, we started we started looking at three different tiers, we looked at the database level, we looked at the job of mid tier and we looked at the web front end. And uh one of the things that became counterproductive is that m L. Discovered that using for the mid tier using larger instances but fear of a lot for better performance and lower cost and uh typically your gut feel is to go with smaller instances and more of a larger fleet if you would. But in this case, what the ML produced was completely counter intuitive And the net result for the customer was 78% cost reduction while agency went down by 10%. So think about it that you're, the response time is less, uh 10% less but your costs are down almost 80% 78% in this case. And the other are the fact that happened in the job of mitt here is that we improve garbage collection significantly and because whenever garbage collection happens on a JV M it takes a pause and that from a customer perspective it reflects as downtime because the machines are not responding so by tuning garbage collection Andrzej VMS across this very large fleet we were able to recover over 5000 minutes and month across the entire fleet. So uh, these are some substantial savings and this is what the right application of machine learning on a large fleet can do for assess business. >>And so talk about this fleet dynamic, You mentioned several lists. How do you see the future evolving for you guys? Where are you skating to where the puck is? As the expression goes? Um obviously with server list is going to have essentially unlimited fleets potentially That's gonna put a lot of power in the hands of developers. Okay. And people building experiences, What's the next five years look like for you guys? >>So I'm looking at the product from a product perspective, the service market depends on the mercy of the cloud service provider and typically the algorithms that they use. Uh basically they keep very few instances warm for you until you're the rate of api calls goes up and they start they start uh start turning on VMS are containers for you and then the system becomes more responsive over time. One place that we can optimize the service environment is give predictability of what the cyclicality of load is. So we can pre provision those instances and warm up the engine before the loads come into the system always stays responsive. You may have noticed that some of your apps on your phone that when you start them up, they may have a start up like a minute or two. Especially if it's a it's a terror gap. What's happening in those cases that you're starting an api calls goes in containers being started up for you to start up that instance, not enough of our warm to give you that rapid response. And that can lead to customer churn. So by by analyzing what the load on the overall load of the system is and pre provision the system. We can prevent the downtime uh prevent the lag to start up black on the downside. Which when you know when the usage goes down, it doesn't make sense to keep that many instances up. So we can talk to the back in infrastructure and the commission of those VMS in order to make to prevent cost creeps basically. So that's one place that we're thinking about extending our technology. >>So it's like, it's like the classic example where people say, oh during black monday everyone searches to do e commerce. You guys are thinking about it on A level that's a user centric kind of use case where you look at the application and be smart about what the expectation is on any given situation and then flex the resources on that. Is that right? That by getting right? So if it's your example, the app is a good one. If I wanted to load fast, that's the expectation. It better load fast. >>Yes, that's exactly but more romantic. So I use valentine's day and flowers my example. But you know, it doesn't have to be annual cycles. It can be daily cycles or hourly cycles. And all those patterns are learning about by an Ml back in. >>Alright, so I gotta ask you love the, this, this this new concept because most people think auto scaling right? Because that's a server concept. Can auto scale or database. Okay. On a scale up, you're getting down to the point where, okay, we'll keep the engines warm, getting more detailed. How do you explain this versus a concept like auto scaling. Is it the same as a cousins? >>They're they're basically the way they're expressed, it's the same technology but their way there expressed is different. So uh in a cooper native environment, the H. B A is your auto scaler basically in response to the need, response more instances and you get more containers going on. What happens as services? Less environment is you're unaware of the underpinnings that do that scale up for you. But there is an auto Scaler in place that does that scale up for you. So the question becomes that we're in a stack from a customer's perspective, are you talking about if you imagine your instances we're dealing with the H. B. A. If you're managing at the functional level we have to have api calls on the service provider's infrastructure to pre warm up the engine before the load comes. >>I love I love this under the hood is kind of love new dynamics kind of the same wine, new bottle but still computer science, still coding, still cool and relevant to make these experiences great. Thanks for coming on this cube conversation. I really appreciate it. Take a minute to put a plug in for the company. What are you guys doing in terms of status funding scale employees, what are you looking for? And if someone's watching this and there should be a customer of you guys, what what's, what's, what's going on in their world? What tells them that they need to be calling you? >>Yeah, so we're serious. Dave we've had the privilege of uh, our we've been privileged by having a very good success with large enterprises. Uh, if you go to our website, you'll see the logos of who we have, we will be at Q khan and there were going to be actively targeting the mid market or smaller kubernetes instances, as I mentioned, it's gonna take about 20 minutes to get started and we'll show the results in two hours. And our goal is for our customers to deliver the best user experience in terms of performance, reliability. Uh, so that they, they delight their customers in return and they do so without breaking the bank. So deliver excellent products, do it at the most efficient way possible, deliver a good financial results for your stakeholders. This is what we do. So we encourage anybody who is running a SAS company to come and take a look at us because we think we can help them and we can accelerate there. The growth at the lower cost >>and the last thing people need is have someone coming breathing down their necks saying, hey, we're getting overcharged. Why are you guys screwing up when they're not? They're trying to make a great experience. And I think this is kind of where people really want to do push the envelope and not have to go back and revisit the cost overruns, which if it's actually a good sign if you get some cost overruns here and there because you're experimenting. But again, you don't want to get out of control. >>You don't want to be a visual like the U. S. Debt. >>Exactly. I'm here. Thank you for coming on. Great. We'll see a coupe con. The key will be there in person is a hybrid event. So uh, coupon is gonna be awesome and thanks for coming on the key. Appreciate it. >>John is a pleasure. Thank you for having me on. >>Okay. I'm john fryer with acute here in Palo alto California remote interview with upsetting hot startup series. I'm sure they're gonna do well in the right spot in the market. Really well poisoned cloud Native. Thanks for watching. Yeah.

>>Yeah. Welcome to the cubes coverage for mobile world Congress 2021. I'm john for your host of the cube we're here in person as well as remote. It's a hybrid event were on the ground. Mobile concert green. All the action here were remote with vodka, who is the managing director of the telecom industry solutions team and google cloud, a big leader and driving a lot of the change. Well, thank you for coming on the cube here in the hybrid event from over world Congress. >>Thank you john thank you john thank you for having me. >>So hybrid event which means it's in person were on the floor as well as doing remote interviews and people are virtual. This is the new normal kind of highlights where we are in the telecom world because last time mobile World Congress actually had a physical event was winter of 2019. A ton has changed in the industry. Look at the momentum at the edge. Hybrid cloud is now standard Multi cloud is being set being set up as we speak. This is all now the new normal. What is your take it? It's pretty active in your, in your industry. Tell us your opinion. >>Yes, john, I mean the last two years have been >>seismic to say the >>least, right. I mean, in terms of the change that the CSP industries had had to >>do, you >>know, jOHn uh, in the last two years, the importance of a CSP infrastructure has never become so important, right? The infrastructure is paramount. I'm talking to you remotely over a CSB infrastructure right now and everything that we're doing in the last two years, whether it's working or studying or entertaining ourselves all on that CSP infrastructure. So from that perspective, they are really becoming a critical national, global information fabric on which the society is actually depending >>on and >>That we see at Google as well, in the sense that we have seen up to 60% increase in demand John in the last two years for that infrastructure. And then when I look at the industry itself, unfortunately, all of that huge demand is not translating into revenue because as an industry, the revenue is still flatlining, in fact the forecasted Revenue for globally for all the industry over the next 12 months is 3-5% negative on revenue. Right? So one starts to think how come there is so much demand over the last two years post pandemic and that's not translating to revenue. Having said that, the other thing that's happening is this demand is driving significant Capex and Opec's investments in the infrastructure, as much as 8 to $900 billion over the next decade is going to get spent in this infrastructure from >>our perspective, >>which means it's really a perfect storm, john that we have massive demand, massive need to invest to meet that demand, yet not translating to revenue. And the crux of all this is customer experience because ultimately all of that translates into not having that kind of radically disruptive or transformational customer experience. Right? So that's a backdrop that we find ourselves in the industry and that really sets the stage for us to look at these challenges in terms of how does the CSP industry as a whole growth up line? Radically transformed PST CEO at the same time reinventing the customer experience and finding those capital efficiency, it's almost an impossible problem to solve them. >>It's a perfect storm. The waves are kind of coming together to form one big wave. You mentioned Capex and Opec's that's obviously changing the investments. Are there post pandemic growth and changing the user behavior and expectations. The modern applications are being built on top of the infrastructure. That's changing all of this is being driven by cloud native and that's clear. And you're seeing a lot more open kind of approaches, I T and O. T. Coming together whatever you want to do, this is just it's a collision, right? It's a collision of many things and this positive innovation coming out of. So I have to ask you, what are you seeing the solutions that are showing the most promise for these telco industry leaders because they're digitally transforming so they gotta re factor their platforms while enabling innovation, which is a key growth for the revenue. >>Yes. So john from a solution standpoint, what we actually did first and foremost as google cloud was look at ourselves. So just like the transformation we just talked about in the CSB industry, we are seeing google being transformed over the last two decades or so. Right. And it's important to understand that there's a lot google did over the last two decades that we can actually now externalize all of that innovation, all of that open source, all of that multi cloud was originally built for all the google applications that all of us use daily, whether it's Youtube or mail or maps, you know, same infrastructure, same open source, same multi cloud. And we decided to sort of use the same paradigms to build the telecom solutions that I'm going to talk about next. Right? So that's important to bear in mind that those assets were there and we wanted to externalize those assets right. There are really four big solutions that are resonating really well with our CSP partners, john you know, number one to your point is how can they monitor? Is the edge all of this happens at the edge. All of these kids can watch at the edge we believe with five G acting as a brilliant catalyst to really drive this edge deployment, CSP s would be in a very strong position, partnering with cloud players like ourselves to drive growth, not just for that offline, but also to add value to the actual end enterprises that are seeking to use that age. Let me give you a couple of examples. We've been working with industries like retail and manufacturing to create a solutions in a post pandemic world solutions like contact less shopping or visual inspection of an assembly line in a manufacturing plant without the need for having a human there because of the digitization of workforce, which meant these kind of solutions can actually work well at the edge Driven by 5G, but of course they can't be done in isolation. So what we do is we partner with CSP s, we bring our set of solutions and we actually launched in december 30 partners that already on our google cloud solutions and then we partner with the CSP is based on our infrastructure and their infrastructure to ultimately bring this ball to life at the end customer which opened, tends to be an enterprise, whether it's a manufacturing plant, you >>guys got some great examples there, I love that edge story, I think it's huge and it's only gonna get bigger. I gotta ask you, Well, I got you here because again, you're in the industry the managing director, so you have to oversee this whole telecom industry, but it's bigger. It's beyond telecom right now, telecoms. Just one another. Edge network piece of the pie. And the distributed computing, as we say. So I have to ask you one of the big things that google brings to the table is the developer mojo and open source and scale obviously the scales unprecedented. Everyone knows everyone knows that. Um, but ecosystems are super important and telcos kind of really aren't good at that. So, you know, the telco ecosystem was, I mean, I'd say okay, but mostly driven by carriers and and moving bits from point A to point B. But now you've got a developer mindset, public cloud developer ecosystem. How is this changing the landscape of the CSP and how are they changing how is it changing this cloud service providers ability to execute? Because that's the key in this new world. What's your opinion? >>Absolutely, john So there are two things, there are two dimensions. Look at. One is when we came to market a couple of years ago with anti offs, we recognize exactly what you said, jOHn which is the world is moving to multi cloud hybrid cloud. We needed to provide a common platform that the developer community can utilize through microservices and A P I and that platform had to, by definition work not just from google cloud but any club. It could work on any public cloud can work on CSP s private cloud And of course for >>some google cloud. Right. >>The reason was once you deploy and tossed once as a seamless application development platform, You could put all kinds of developer acts on top. So I just talked about 5GH John a minute ago. Those acts can sit on Santa's but at the same time I did to your point John I thi apps could also sit on the same and toss paradigm and network apps. So as network start becoming cloud native, whether it's ran, whether it's all ran, whether it's five G core same principle and that's why we believe when we partner with the SPS were saying, hey, you give this Antos to an ecosystem of community, whether that community is network with the communities, it with the communities, edge apps, all of those can reside seamlessly on this sort of Antos fabric. >>And that's going to set the table for multi cloud, which is basically cloud words for multi vendor, multi app. Well I got to ask you while you have here, first of all, thank you for coming on and sharing your insights. It's really great industry perspective and it's a google clouds got huge scale, great leadership and again, you know, the big, the big cloud players are moving in and helping out and enabling a lot of value. I gotta ask you if you don't mind sharing. If someone asked you him all, tell me about the uh impact that public cloud is having on the telco industry, what would you say? What's, what's the, what's the answer to that is? A lot of people are like, OK, public cloud, I get it, I know what it looks like, but now everyone knows it's going hybrid. So everyone ask, we'll ask you the question, what is public cloud doing for the telecom sector? >>Yeah, I think it's been treating john and great question by the way. Um number one, we are actually providing unprecedented amount of insight on data that the CSP traditionally already had but have never looked at it from the angle we have looked at whether that insights are at the network layer, whether those insights are to personalize customer experiences on the front end systems or whether those insights are to drive care solutions in contact centers and so on and so forth. So it's a massive uplift of customer experience that we can help, Right? So that's that's a very important point because we do have a significant amount of leadership johN at google cloud and analytics and data and insects. Right? So and we offer goes to overseas people. Number two is really what I talked about which is helping them build an ecosystem because let's take retail as an example as a minimum. There are five constituents in that ecosystem, jOHN there is a CSP, there is google cloud, there is an actual retail store, there is a hardware supplier, there's a software developer, all of them as a minimum have to work together to build that ecosystem which is where we give those solutions, Right? So that's the second part. And in the third part is as they move towards cloud Native, we are really helping them change their business model to become a deVOPS. A cloud native mindset, not just a cloud native network. Alrighty, but a cloud native mindset that creates unparalleled agility and flexibility in how they work as a business. So those are the three things I would say as a response to that question >>and obviously the retail, great vertical for google to go in there, given the amazon fear out there, people want this certainly low hanging fruit. I think the devops piece is going to be a big winning opportunity to see how the developers get driven into the landscape. I think that's a huge point and well that's really great insight. A final question for you. I got you here. Um, if someone says, Hey, what's happened in the industry since 2019? We last time we had multiple Congress, they were talking speeds and feeds. Now the world has changed. We're coming out of the pandemic California's opening up. Um, there's going to be in a physical event, the world's going hybrid certainly on the event and certainly cloud what's different in the telecom industry from, you know, many, many months ago, over a year and a half ago from 2019. >>I would say primarily it's the adoption of digital everywhere, which previously, you know, there were all these inhibitions and oh would this work? Would my customer systems become fully digital? Would I be able to offer a are we are experiences? Ah, that's a futuristic thing, you know, And suddenly the pandemic has created this acceleration that says, oh, even post pandemic, half my customers are always gonna talk to me why our digital channel only, which means the way they experience us has to be through these new experiences. Whether it's a are we are, whether it's some other types of applications. So that has been accelerated, johN and the C. S. P. S have therefore really started to go to the application and to the services, which is why you're seeing less on, You know, speeds and feeds because 5Gs here, five years being deployed. Now, how do you monetize? How can we leverage the biggest, so that's the biggest changes >>down stack and then there's the top of the stack for applications and certainly there's a lot of assets in the telecom landscape, a lot of value, A lot of re factoring going on and new opportunities that are out there. Great, great conversation. Well thank you Wolf Pataca, Managing Director, telecom industry. So thanks for coming on the key. Appreciate it. >>Thank you john thank you for having me. Okay. >>Mobile Rule Congress here in person and hybrid and remote. I'm john for a host of the cube. Thank you for watching. We are here in person at the Cloud City Expo community area. Thanks for watching.

>>Hello everyone. Thank you, add appreciating the studio. We're here at the cube here in cloud city telco DRS Cloud city. I'm Jeffrey Day Volonte. We're here for the next three days. Wall to wall live coverage. It's a physical event with a virtual program. It's hybrid. We're here with Daniel Royston, the Ceo of telco D. R. And the acting Ceo Toby, which is announced today. Great >>to see you. It's awesome to see you guys. >>Awesome to see how you doing, how you >>Feeling? I'm feeling congratulations. Right. 101 days ago, I didn't even think this doesn't exist. Right. And we got in contact with you guys and we said we knew there was always going to be a big virtual component and we invited you guys and here we are together. It's insane. >>Well we did the preview videos, but we're kind of walking through and document in the early stages. It all came together beautifully spectacular For the folks watching behind us is the most spectacular build out clouds. It's an ecosystem open concept. It feels like the Apple store meets paradise. Of course. We got the cube here in the set and we got the studio with all the command and control of adam there. So I gotta ask you with the connected keynotes going on right now. The connected world. Yeah. It's connected. We all know that everyone knows that what's, what's different now real quick before we get into the program, what's going on? >>Yeah. I think a big part of my messages and advocating it's more than just the network, Right? And I think telcos forever have relied on. That's all it is. That's what it's about. And I'm like, nope, you guys got to start focusing on your subscribers, right? And so the over the top players keep coming in and siphoning away their revenue and it's time for them to start focusing on us, right and making experience great. And I think that's what this is all about. >>So we're gonna get the news but I want to toss it to Katie. The roving reporter is going to give it a detail on how it all came together. So Katie take it away. >>Mhm We're here in Barcelona and so excited to be back in this beautiful city over at the convention center. The team is working hard putting the finishing touches to tell Cody are amazing cloud city booth at MwC Barcelona 2021. I'm sure you know the story of how this all came together as one of the biggest vendors Erickson pulled out of M. W. C. With just over 100 days until the start of the event. When this happened last year, it kicked off a tidal wave of departures and MwC was called off this year. We all wondered if MWC was going to be cancelled again and that's when Daniel Royston Ceo of Telco D. R. And Tito G swooped in and took over the booth all 6000 square meters of it. The plan turn the booth into cloud city, the epicenter of public cloud innovation at MWC crews have been working around the clock. Over 100 and 50 people have been on this construction site for over three weeks with covid testing every day to prevent outbreaks during the build and in 100 days, it's become just that Cloud city has over 30 vendors presenting over 70 demos with 24 private meeting areas. Cloud City Live is a virtual showcase and live broadcast studio featuring 50 guests from cloud Thought leaders around the world. They have telepresence robots for a more personalized experience and the Cloud city quest game with a chance to win more than $100,000 to gain access to live streams of our nightly concerts with rosario flores and rock legend Jon bon Jovi. And don't forget to visit cloud city dot telco D R dot com to join in on the fun Daniel Royston and Nacho Gomez, founder and Ceo of one of the key vendors in the construction of the booth gave us a behind the scenes tour of the booth. >>Nacho. We did it. Yeah, we did. It can't even touch because of Covid. Yeah, but look what we did. But right, 100 days ago I called and I said I'm taking over the Ericsson booth. What did you think? I know you were crazy but just a little bit crazy, realized that you were mortgages than I thought. So at the very, at the very beginning I thought, yeah, she's crazy. But then I couldn't sleep that night. But the next uh then I realized that it was a very good it's a great idea. Yeah super smart. So yeah we're gonna show everyone toward the booth. Yeah let's go. Let's go. Okay So how do we build such an amazing, beautiful building now? So this is we've made building inside a book. So it was very hard to find a glassful of facade. The roof is around 24 tones. Yeah so it's crazy crazy but we made it work and it's totally amazing. Yeah. Do you want to go to tragedy life? Do let's go. Okay so here we are Cloud city live. I know we're producing a whole live streaming tv show. We always knew because of covid that not everyone will be able to come to Mwc as we wanted to make sure that people can learn about the public cloud. So over here we have the keynote stage, we're gonna have awesome speakers talking all throughout M. W. C. People from AWS Microsoft, google vendors companies. So really really great content. And then over there we have the cube interviewing people again 15 minute segments, live streaming but also available on demand. And you can find all of this content on cloud city. Tell Cody are calm and it's available for anyone to you. Well, a lot of content. And what about the roberts? I never get them out. Come on. We remember 100 days ago we were locked down. So we came up with the idea of having robots for the people who cannot attend in person. I know right. We always knew that there was gonna be a big virtual component to MWC this year. So we bought 100 telepresence robots. It's a great way to have a more personal experience inside the boot. Just sign up for one on cloud city dot telco D r dot com and you can control it yourself. Right? So today we have Nikki with us, who's dialing in from the Philippines in Manila? Hello, Nicky. Hi there, how are you? I were great. Can you show us a twirl all gaining on us? Super cool. Yeah, it is. What an experience. So Nikki robots are not the only cool thing we have in cloud city. We also have super awesome concert. We have rosario flores on monday. Who's a latin grammy award winner. We have Jon bon Jovi, Jon bon Jovi on Tuesday, can't be changing telephone that a little bit of rock n roll and that's Tuesday. And on Wednesday we have DJ official, it's going to be a super party. Now if you play our cloud city quest on cloud city telco D R dot com you can participate in a live streaming concert and so I know a lot of people out there have been a lockdown. Haven't been able to be going to concerts. Things from austin texas, which is the live music capital of the world, How to have music. It would be so exciting is gonna be great. I'm getting hungry. Why don't we go to the restaurant? Let's go eat. Let's go. Yeah, Here is our awesome restaurant. I know it's called Cloud nine. Right? It's a place to come and sit down and relax now. Barcelona is known for its great food and I'm a foodie. So we had to have a restaurant. Should we go check out my secret bar? Let's go. Mhm. Yeah, here >>thanks to a R. And thank you Nacho if you're watching this at home, I'm so sorry you can't join us in person. However, let's not forget this is a hybrid event meaning we're bringing all the public cloud action right to you wherever in the world you might be. This includes the Pact cloud city live program. We've partnered with the cube Silicon angle Media's live streaming video studio to make sure that all of the keynotes, panel discussions, demos, case studies interviews and way more are available on demand so you can watch them whenever and wherever you want or you can live stream and enjoy all things cloud city as and when they happen. So for those of you not able to join us in, Barcelona, be sure to log in to cloud city live and catch all the action and don't miss the awesome concert Tuesday night with Jon bon Jovi available for free. If you participate in our cloud city quest game, I'll be here throughout MWc bringing you reports and updates. Stay >>tuned. Yeah. >>Mhm. Okay, we're back here on the cube on the floor at mobile world congress in cloud city telco DRS clouds. They were here with D. R. Of telco, D R. Danielle Rice and great to see you back, we're back. So the keynotes going on connected world, the big news here, I'll see the open shift that's happening is going open. Open ran, it's been a big thing. Open ran alliance. You're starting to see the industry come together around this clear mandate that applications are gonna be cloud native and the public cloud is just coming in like a big wave and people are gonna be driftwood or they'll be surfing the wave. Yeah, this is what's happening. >>Yeah, I think public cloud is an unstoppable megatrend. It's hit every other industry regulated industries like banking, right? Top secret industries like government. They all use the public cloud tells us the last, you know, standing old school industry and it's coming and I don't think we could have had an MWc without talking about open man. That's the other major shift. And so we're bringing both of those ideas here together in cloud city. So >>the big theme is telco transformation. Maybe we could start with the basics like paint a picture of what the telco infrastructure looks like, particularly the data center stuff because they all have big data centers >>because that's >>those are the candidates to go into the cloud explained to the audience. >>Well, do you have a time machine? I think if any of us were in tech in the late 90s and early 2000s, that's what telcos like today. Right. So for people outside of the industry don't know right there mostly still managing their own data centers, they're just sort of adopting virtualization. Some of the more advanced telcos are mostly virtualized public cloud. Is this idea that like this advanced thought and so yeah, I mean things are on premise, things are in silom, things don't use a P. I. S there all integrated with custom code. And so the transformation, we can all see it because we've lived it in other industries. And I'm bringing that to telco and say come along for the ride. It totally works and it's gonna be amazing. >>So it's hardened purpose built infrastructure. Okay. That ultimately parts of that need to go to the public cloud. Right. What parts do you see going first? >>I think all of it. Really. Yeah. And I think when you look at like dish in the W. S. Which was an announcement that came out about two months ago. Right. I mean dish was doing all these are FPs. Everyone knew about it. They were looking for a cloud native software and no one knew what they were. They knew a big part was open man. But their coupling open ran with AWS and deploying their parts of their network onto the public cloud and the whole industry is like wait we thought this was years away, right? Or number two, you're crazy. And I'm saying this is what I've been talking about guys. This is exactly what you can do, leverage the Capex over. Let's see. I think Amazon did $100 billion 2020 right, leverage that Capex for yourself. Get that infinite scalability right? It's going to, well we >>have, we have a saying here in the queue, we just made this up called D. R. That's your initial tucker. The digital revolution and the three Rs reset re platform and re factor. I think the observation we're seeing is that you're coming in with the narrative what everyone's kind of like they're waking up because they have to reset and then re platform with the cloud. But the opportunity is gonna be the re factoring, You're seeing the public cloud, do that already with the Enterprise Enterprises. Already re factoring has done that. Already done that now. Telcos the last area to be innovated by the cloud. >>Yeah, I think there's old school big, we're kind of on a hollowed ground here in the Ericsson booth that I took over, right? They bailed and I kind of made fun of them. I was like, they don't have anything to say, right, They're not going to go to the show. I'm like, this is this is a revolution that's happening in telco and I don't think the big guys are really interested in rewriting their software that frankly makes them billions and billions of dollars of revenue. And I'm like to use the public cloud. All of the software needs to be rewritten needs to be re factored and you've got to start training your teams on how to use it. They don't have any capability. The telcos, in terms of those skills hire the right people, retrain your teams, move your applications, rewrite them. And I think that's what we're talking, this is not a short journey, this is a 10 year journey. So >>let's fast forward to the future a little bit because when I look around cloud city, I see ecosystem everywhere. So as you well know, the telcos have generally done a poor job of attacking adjacent seas. So my question is can they go beyond should they go beyond connectivity or is that going to be the role of the ecosystem? >>Yeah, I think it's time that the telco starts to focus on their subscriber, right? It's been really easy for them to rely on the oligopoly of the network, Right? The network, we live in the United States, we see the 18 T Verizon T mobile five G network, five G network. Like what about us? Right. And it's really easy for the over the top players right, that come in and they're always, telcos are always complaining about being coming dumb pipes and I'm like, you don't focus on the customer, we would rather buy from an Apple and amazon if they provided a mobile service because the customer experience will be better. Right? They need to start focusing on us. They have great businesses but they want to make them better. They need to start focusing on the subscriber, so >>it's a partnership with the ecosystem then for them to go beyond just straight connectivity because you're right, those are the brands that we want to do business >>with. You know, there was a great survey, Peter Atherton who will be talking as a speaker I think um I can't remember when he's talking but he was talking about how there was a survey done, where would you rather get your mobile service from? And it had a couple of big names in telco and then of course the obvious, you know, consumer brands, the ones that we all know and it was like overwhelmingly would rather buy from an amazon or an apple. And I'm like, this is like if you guys don't change, right, if telco doesn't change they keep rolling out 60 and blah blah blah. It's about the network and I don't start making about the subscriber right? Those revenues are going to continue to erode and they just sit there and complain about the O. T. T. Players. Like it's time to fight back. Yeah, I own the subscriber >>relationship. It's a digital revolution and I think This event really encapsulates in my mind this hybrid world here because it's physical events back. It's been since 2019 winter that this event actually happened. >>Well no it was even longer than, well I guess winter it was February of 19, right? And so like you look at ericsson and some of the big names that dropped out of the show, the time they come back, three years will have passed three years, right? This is how you feel your sales funnel is how you connect with your customers right? Tokyo is a very global, you know experience and so you gotta, you gotta get in front of people and you got to talk a >>lot of change to its happened, look at just what public clouds done in 2.5 years. You imagine three years being just >>gone, right? And I think a lot of people back to edition A. W. S. I think the industry was a little bit surprised by that announcement. So I've been telling executives if you were surprised by that, if you think that's, you know, if you don't know how that's gonna work, you need to come to cloud cities, you start meeting all the vendors are here. We have over 30 vendors, 70 demos, right? People who are pushing the technology forward, you need to learn what's going on here. We have several dish vendors here. Come learn about open rand, come learn about public cloud. So >>we're tight on time today, but we're going to have you back and we want to get into the tech, Get it to open, ran a little bit, get into what 5G and beyond and how we're going to take advantage of that and monetize it and what that all means. >>And also we want to hear what's going on the hallways. I know you got a lot of your key noting, you're gonna be a lot of events, the yacht. You've got a lot of briefings, >>yep. Yeah, I've already had two meetings this morning. I shot a video. Um, I met with one of the world's largest groups and I met with a tiny little super app company. Right? So running the gamut, doing everything reporter >>now, we could be like our roaming >>reporter. You know, I love, I love talking to execs and telco getting their perspective on what is public cloud and where are they going, what are they thinking about? And you talked to people who really, really get it and you get people who are just nascent and everywhere in between and I love mwc it's going great. >>Daniel Rose and you are a digital revolution telco DDR. There's amazing. Davis has been fantastic. Again for the folks watching, this is a hybrid events, there's an online component and we're reaching out with our remote interviews to get people brought in and we're shipping this content out to the masses all over the world. It's gonna be really amazing cube coverages here. It's gonna be rocking you guys are doing great. I just want to give you a compliment that you guys just did an amazing job. And of course we've got adam in the studio with the team. So adam, I'm gonna pass it off back to you in the studio

>>Please >>welcome back to HPD discovered 2021. The cubes virtual coverage, continuous coverage of H P. S H. P. S. Annual customer event. My name is Dave Volonte and we're going to dive into the intersection of high performance computing data and AI with DR Eng limb go who is the senior vice president and CTO for AI Hewlett Packard enterprise Doctor go great to see you again. Welcome back to the cube. >>Hello Dave, Great to talk to you again. >>You might remember last year we talked a lot about swarm intelligence and how AI is evolving. Of course you hosted the day two keynotes here at discover and you talked about thriving in the age of insights and how to craft a data centric strategy. And you addressed you know some of the biggest problems I think organizations face with data that's You got a data is plentiful but insights they're harder to come by. And you really dug into some great examples in retail banking and medicine and health care and media. But stepping back a little bit with zoom out on discovered 21, what do you make of the events so far? And some of your big takeaways? >>Mm Well you started with the insightful question, Right? Yeah, data is everywhere then. But we like the insight. Right? That's also part of the reason why that's the main reason why you know Antonio on day one focused and talked about that. The fact that we are now in the age of insight, right? Uh and uh and and how to thrive thrive in that in this new age. What I then did on the day to kino following Antonio is to talk about the challenges that we need to overcome in order in order to thrive in this new asia. >>So maybe we could talk a little bit about some of the things that you took away in terms I'm specifically interested in some of the barriers to achieving insights when customers are drowning in data. What do you hear from customers? What we take away from some of the ones you talked about today? >>Oh, very pertinent question. Dave You know the two challenges I spoke about right now that we need to overcome in order to thrive in this new age. The first one is is the current challenge and that current challenge is uh you know stated is no barriers to insight. You know when we are awash with data. So that's a statement. Right? How to overcome those barriers. What are the barriers of these two insight when we are awash in data? Um I in the data keynote I spoke about three main things. Three main areas that received from customers. The first one, the first barrier is in many with many of our customers. A data is siloed. All right. You know, like in a big corporation you've got data siloed by sales, finance, engineering, manufacturing, and so on, uh supply chain and so on. And uh there's a major effort ongoing in many corporations to build a federation layer above all those silos so that when you build applications above they can be more intelligent. They can have access to all the different silos of data to get better intelligence and more intelligent applications built. So that was the that was the first barrier. We spoke about barriers to incite when we are washed with data. The second barrier is uh that we see amongst our customers is that uh data is raw and dispersed when they are stored and and uh and you know, it's tough to get tough to to get value out of them. Right? And I in that case I I used the example of uh you know the May 6 2010 event where the stock market dropped a trillion dollars in in tens of minutes. You know, we we all know those who are financially attuned with know about this uh incident, But this is not the only incident. There are many of them out there and for for that particular May six event, uh you know, it took a long time to get insight months. Yeah, before we for months we had no insight as to what happened, why it happened, right. Um, and and there were many other incidences like this and the regulators were looking for that one rule that could, that could mitigate many of these incidences. Um, one of our customers decided to take the hard road to go with the tough data right? Because data is rolling dispersed. So they went into all the different feeds of financial transaction information, took the took the tough took the tough road and analyze that data took a long time to assemble. And they discovered that there was quote stuffing right? That uh people were sending a lot of traits in and then cancelling them almost immediately. You have to manipulate the market. Um And why why why didn't we see it immediately? Well, the reason is the process reports that everybody sees the rule in there that says all trades, less than 100 shares don't need to report in there. And so what people did was sending a lot of less than 103 100 100 shares trades uh to fly under the radar to do this manipulation. So here is here the second barrier right? Data could be raw and dispersed. Um Sometimes you just have to take the hard road and um and to get insight And this is 1 1 great example. And then the last barrier is uh is has to do with sometimes when you start a project to to get insight to get uh to get answers and insight. You you realize that all the datas around you but you don't you don't seem to find the right ones to get what you need. You don't you don't seem to get the right ones. Yeah. Um here we have three quick examples of customers. 111 was it was a great example right? Where uh they were trying to build a language translator, a machine language translator between two languages. Right? By not do that. They need to get hundreds of millions of word pairs, you know, of one language compared uh with a corresponding other hundreds of millions of them. They say, well I'm going to get all these word pairs. Someone creative thought of a willing source. And you thought it was the United Nations, you see. So sometimes you think you don't have the right data with you, but there might be another source. And the willing one that could give you that data Right? The 2nd 1 has to do with uh there was uh the uh sometimes you you may just have to generate that data, interesting one. We had an autonomous car customer that collects all these data from their cars, right? Massive amounts of data, loss of sensors, collect loss of data. And uh, you know, but sometimes they don't have the data they need even after collection. For example, they may have collected the data with a car uh in in um in fine weather and collected the car driving on this highway in rain and also in stone, but never had the opportunity to collect the car in hill because that's a rare occurrence. So instead of waiting for a time where the car can dr inhale, they build a simulation you by having the car collector in snow and simulated him. So, these are some of the examples where we have customers working to overcome barriers, right? You have barriers that is associated the fact that data silo the Federated it various associated with data. That's tough to get that. They just took the hard road, right? And, and sometimes, thirdly, you just have to be creative to get the right data. You need, >>wow, I I'll tell you, I have about 100 questions based on what you just said. Uh, there's a great example, the flash crash. In fact, Michael Lewis wrote about this in his book The Flash Boys and essentially right. It was high frequency traders trying to front run the market and sending in small block trades trying to get on the front end it. So that's and they, and they chalked it up to a glitch like you said, for months. Nobody really knew what it was. So technology got us into this problem. I guess my question is, can technology help us get out of the problem? And that maybe is where AI fits in. >>Yes, yes. Uh, in fact, a lot of analytics, we went in to go back to the raw data that is highly dispersed from different sources, right, assemble them to see if you can find a material trend, right? You can see lots of trends, right? Like, uh, you know, we if if humans look at things right, we tend to see patterns in clouds, right? So sometimes you need to apply statistical analysis, um math to to be sure that what the model is seeing is is real. Right? And and that required work. That's one area. The second area is uh you know, when um uh there are times when you you just need to to go through that uh that tough approach to to find the answer. Now, the issue comes to mind now is is that humans put in the rules to decide what goes into a report that everybody sees. And in this case uh before the change in the rules. Right? But by the way, after the discovery, uh authorities change the rules and all all shares, all traits of different any sizes. It has to be reported. No. Yeah. Right. But the rule was applied uh you know, to say earlier that shares under 100 trades under 100 shares need not be reported. So sometimes you just have to understand that reports were decided by humans and and under for understandable reasons. I mean they probably didn't want that for various reasons not to put everything in there so that people could still read it uh in a reasonable amount of time. But uh we need to understand that rules were being put in by humans for the reports we read. And as such there are times you just need to go back to the raw data. >>I want to ask, >>it's gonna be tough. >>Yeah. So I want to ask a question about AI is obviously it's in your title and it's something you know a lot about but and I want to make a statement, you tell me if it's on point or off point. So it seems that most of the Ai going on in the enterprise is modeling data science applied to troves of data but but there's also a lot of ai going on in consumer whether it's you know, fingerprint technology or facial recognition or natural language processing will a two part question will the consumer market as has so often in the enterprise sort of inform us uh the first part and then will there be a shift from sort of modeling if you will to more you mentioned autonomous vehicles more ai influencing in real time. Especially with the edge you can help us understand that better. >>Yeah, it's a great question. Right. Uh there are three stages to just simplify, I mean, you know, it's probably more sophisticated than that but let's simplify three stages. All right. To to building an Ai system that ultimately can predict, make a prediction right or to to assist you in decision making, have an outcome. So you start with the data massive amounts of data that you have to decide what to feed the machine with. So you feed the machine with this massive chunk of data and the machine uh starts to evolve a model based on all the data is seeing. It starts to evolve right to the point that using a test set of data that you have separately kept a site that you know the answer for. Then you test the model uh you know after you trained it with all that data to see whether it's prediction accuracy is high enough and once you are satisfied with it, you you then deploy the model to make the decision and that's the influence. Right? So a lot of times depend on what what we are focusing on. We we um in data science are we working hard on assembling the right data to feed the machine with, That's the data preparation organization work. And then after which you build your models, you have to pick the right models for the decisions and prediction you wanted to make. You pick the right models and then you start feeding the data with it. Sometimes you you pick one model and the prediction isn't that robust, it is good but then it is not consistent right now. What you do is uh you try another model so sometimes it's just keep trying different models until you get the right kind. Yeah, that gives you a good robust decision making and prediction after which It is tested well Q eight. You would then take that model and deploy it at the edge. Yeah. And then at the edges is essentially just looking at new data, applying it to the model that you have trained and then that model will give you a prediction decision. Right? So uh it is these three stages. Yeah, but more and more uh your question reminds me that more and more people are thinking as the edge become more and more powerful. Can you also do learning at the edge? Right. That's the reason why we spoke about swarm learning the last time, learning at the edge as a swamp, right? Because maybe individually they may not have enough power to do so. But as a swamp they made >>is that learning from the edge? You're learning at the edge? In other words? >>Yes. >>Yeah, I understand the question. Yeah. >>That's a great question. That's a great question. Right? So uh the quick answer is learning at the edge, right? Uh and and also from the edge, but the main goal, right? The goal is to learn at the edge so that you don't have to move the data that the edge sees first back to the cloud or the core to do the learning because that would be the reason. One of the main reasons why you want to learn at the edge, right? Uh So so that you don't need to have to send all that data back and assemble it back from all the different Edge devices, assemble it back to the cloud side to to do the learning right. With someone you can learn it and keep the data at the edge and learn at that point. >>And then maybe only selectively send the autonomous vehicle example you gave us great because maybe there, you know, there may be only persisting, they're not persisting data that is inclement weather or when a deer runs across the front. And then maybe they they do that and then they send that smaller data set back and maybe that's where it's modelling done. But the rest can be done at the edges. It's a new world that's coming down. Let me ask you a question, is there a limit to what data should be collected and how it should be collected? >>That's a great question again, you know uh wow today, full of these uh insightful questions that actually touches on the second challenge. Right? How do we uh in order to thrive in this new age of insight? The second challenge is are you know the is our future challenge, right? What do we do for our future? And and in there is uh the statement we make is we have to focus on collecting data strategically for the future of our enterprise. And within that I talk about what to collect right? When to organize it when you collect and where will your data be, you know, going forward that you are collecting from? So what, when and where for the what data for the what data to collect? That? That was the question you ask. Um it's it's a question that different industries have to ask themselves because it will vary, right? Um Let me give you the, you use the autonomous car example, let me use that. And We have this customer collecting massive amounts of data. You know, we're talking about 10 petabytes a day from the fleet of their cars. And these are not production autonomous cars, right? These are training autonomous cars, collecting data so they can train and eventually deploy commercial cars. Right? Um, so this data collection cars they collect as a fleet of them collect 10 petabytes a day and when it came to us uh building a storage system yeah, to store all of that data, they realized they don't want to afford to store all of it. Now here comes the dilemma, right? Should what should I after I spent so much effort building all these cars and sensors and collecting data, I've now decide what to delete. That's a dilemma right now in working with them on this process of trimming down what they collected. You know, I'm constantly reminded of the sixties and seventies, right? To remind myself 16 seventies we call a large part of our D. N. A junk DNA. Today we realize that a large part of that what we call john has function as valuable function. They are not jeans, but they regulate the function of jeans, you know? So, so what's jumped in the yesterday could be valuable today or what's junk today could be valuable tomorrow. Right? So, so there's this tension going on right between you decided not wanting to afford to store everything that you can get your hands on. But on the other hand, you you know, you worry you you you ignore the wrong ones, right? You can see this tension in our customers, right? And it depends on industry here. Right? In health care, they say I have no choice. I I want it. All right. One very insightful point brought up by one health care provider that really touched me was, you know, we are not we don't only care. Of course we care a lot. We care a lot about the people we are caring for, right? But you also care for the people were not caring for. How do we find them? Mhm. Right. And that therefore they did not just need to collect data that is uh that they have with from their patients. They also need to reach out right to outside data so that they can figure out who they are not caring for. Right? So they want it all. So I tell us them. So what do you do with funding if you want it all? They say they have no choice but to figure out a way to fund it and perhaps monetization of what they have now is the way to come around and find out. Of course they also come back to us rightfully that, you know, we have to then work out a way to help them build that system, you know, so that health care, right? And and if you go to other industries like banking, they say they can't afford to keep them on, but they are regulated. Seems like healthcare, they are regulated as to uh privacy and such. Like so many examples different industries having different needs but different approaches to how what they collect. But there is this constant tension between um you perhaps deciding not wanting to fund all of that uh all that you can stall right on the other hand, you know, if you if you kind of don't want to afford it and decide not to store some uh if he does some become highly valuable in the future right? Don't worry. >>We can make some assumptions about the future, can't we? I mean, we know there's gonna be a lot more data than than we've ever seen before. We know that we know. Well notwithstanding supply constraints on things like nand, we know the prices of storage is gonna continue to decline. We also know and not a lot of people are really talking about this but the processing power but he says moore's law is dead. Okay, it's waning. But the processing power when you combine the Cpus and N. P. U. S. And Gpus and accelerators and and so forth actually is is increasing. And so when you think about these use cases at the edge, you're going to have much more processing power, you're going to have cheaper storage and it's going to be less expensive processing. And so as an ai practitioner, what can you do with that? >>So the amount of data that's gonna come in, it's gonna we exceed right? Our drop in storage costs are increasing computer power. Right? So what's the answer? Right? So so the the answer must be knowing that we don't and and even the drop in price and increase in bandwidth, it will overwhelm the increased five G will overwhelm five G. Right? Given amount 55 billion of them collecting. Right? So the answer must be that there might need to be a balance between you needing to bring all that data from the 55 billion devices data back to a central as a bunch of central. Cause because you may not be able to afford to do that firstly band with even with five G. M and and SD when you'll still be too expensive given the number of devices out there, Were you given storage costs dropping? You'll still be too expensive to try and store them all. So the answer must be to start at least to mitigate the problem to some leave both a lot of the data out there. Right? And only send back the pertinent ones as you said before. But then if you did that, then how are we gonna do machine learning at the core and the cloud side? If you don't have all the data, you want rich data to train with. Right? Some sometimes you wanna mix of the uh positive type data and the negative type data so you can train the machine in a more balanced way. So the answer must be eventually right. As we move forward with these huge number of devices out of the edge to do machine learning at the edge today, we don't have enough power. Right? The edge typically is characterized by a lower uh energy capability and therefore lower compute power. But soon, you know, even with lower energy they can do more with compute power, improving in energy efficiency, Right? Uh So learning at the edge today we do influence at the edge. So we data model deploy and you do in France at the age, that's what we do today. But more and more I believe given a massive amount of data at the edge, you, you have to have to start doing machine learning at the edge and, and if when you don't have enough power then you aggregate multiple devices, compute power into a swamp and learn as a swan. >>Oh, interesting. So now of course, if, if I were sitting and fly, fly on the wall in hp board meeting, I said okay. HB is as a leading provider of compute how do you take advantage of that? I mean we're going, we're, I know its future, but you must be thinking about that and participating in those markets. I know today you are, you have, you know, edge line and other products. But there's, it seems to me that it's, it's not the general purpose that we've known in the past. It's a new type of specialized computing. How are you thinking about participating in that >>opportunity for the customers? The world will have to have a balance right? Where today the default? Well, the more common mode is to collect the data from the edge and train at uh at some centralized location or a number of centralized location um going forward. Given the proliferation of the edge devices, we'll need a balance. We need both. We need capability at the cloud side. Right? And it has to be hybrid and then we need capability on the edge side. Yeah. That they want to build systems that that on one hand, uh is uh edge adapted, right? Meaning the environmentally adapted because the edge different. They are on a lot of times. On the outside. Uh They need to be packaging adapted and also power adapted, right? Because typically many of these devices are battery power. Right? Um, so you have to build systems that adapt to it. But at the same time they must not be custom. That's my belief. They must be using standard processes and standard operating system so that they can run a rich set of applications. So yes. Um that's that's also the insightful for that Antonio announced in 2018 Uh the next four years from 2018, right $4 billion dollars invested to strengthen our edge portfolio. Edge product lines, Right. Edge solutions. >>I can doctor go, I could go on for hours with you. You're you're just such a great guest. Let's close. What are you most excited about in the future? Of of of it. Certainly H. P. E. But the industry in general. >>Yeah. I think the excitement is uh the customers, right? The diversity of customers and and the diversity in a way they have approached their different problems with data strategy. So the excitement is around data strategy, right? Just like you know uh you know, the the statement made was was so was profound, right? Um And Antonio said we are in the age of insight powered by data. That's the first line, right. Uh The line that comes after that is as such were becoming more and more data centric with data, the currency. Now the next step is even more profound. That is um You know, we are going as far as saying that you know um data should not be treated as cost anymore. No. Right. But instead as an investment in a new asset class called data with value on our balance sheet, this is a this is a step change right? In thinking that is going to change the way we look at data, the way we value it. So that's a statement that this is the exciting thing because because for for me, a city of Ai right uh machine is only as intelligent as the data you feed it with data is a source of the machine learning to be intelligent. So, so that's that's why when when people start to value data, right? And and and say that it is an investment when we collect it, it is very positive for AI because an AI system gets intelligent, get more intelligence because it has a huge amounts of data and the diversity of data. So it would be great if the community values values data. Well, >>you certainly see it in the valuations of many companies these days. Um and I think increasingly you see it on the income statement, you know, data products and people monetizing data services and maybe eventually you'll see it in the in the balance. You know, Doug Laney, when he was a gardener group wrote a book about this and a lot of people are thinking about it. That's a big change, isn't it? Dr >>yeah. Question is is the process and methods evaluation right. But I believe we'll get there, we need to get started and then we'll get there. Believe >>doctor goes on >>pleasure. And yeah. And then the Yeah, I will well benefit greatly from it. >>Oh yeah, no doubt people will better understand how to align you know, some of these technology investments, Doctor goes great to see you again. Thanks so much for coming back in the cube. It's been a real pleasure. >>Yes. A system. It's only as smart as the data you feed it with. >>Excellent. We'll leave it there, thank you for spending some time with us and keep it right there for more great interviews from HP discover 21 this is Dave Volonte for the cube. The leader in enterprise tech coverage right back