>>Mhm Yes. Hi and welcome to the Aruba Pensando announcement. I'm lisa martin. Hopefully you've seen the announcement from Antonio and john but if you haven't, we're going to dig into it from an analyst perspective joining me is bob La Liberty, senior analyst at Enterprise strategy Group to unpack the announcement, bob. Welcome to the program. >>Thank you very much. Great to be here. >>So in this case anybody hasn't seen the announcement go ahead and give me an overview, what are these two companies announcing? >>Yeah, absolutely. So essentially what you've seen is is that Pensando, who's been developing this distributed services platform to be deployed as an intelligent card, basically has taken their technology and incorporate it into an Aruba switch. So now you can get distributed services, all the great capabilities that Pensando has been working on combined with an Aruba top of rack switch, all managed under the Aruba fabric controller. Um so you've got a really simplistic way to be able to provision, configure and update and assigned policies to all those great Pensando state full services in the top of rack switch for an existing data center environment >>and what's your overall synopsis? Is this a disruptive technology? What do you think? >>Yeah, I really like this. I mean the whole goal of developing this technology was to be somewhat disruptive. It was to enable data center organizations to basically recreate what hyper scale hours are doing and the whole concept is around how do I improve, how do I distribute the services that are needed to help my application to protect my applications closer to the applications themselves. Um so I really find that this is something that's that's really needed. You know, we've seen the pendulum swinging towards distributed. But the interesting part about this announcement is that the majority of applications still reside in existing data centers. And the other the other kind of interesting pieces that, you know, cloud native, everyone talks about cloud native applications, but cloud native doesn't always mean public cloud only and that organizations are actually gonna run them in a hybrid. So organizations need to figure out how they're going to run these cloud native applications and their existing data center environments. And what the combination of the technologies enable organizations to do is to basically retrofit if you will that top of rack switch and be able to deploy, excuse me deploy those distributed services at a top of rack switch, instead of having to either rely on existing hardware appliances that are pulled off to the side of the network or to have to deploy agents onto the server which could impact the application performance. So they've kind of hit that that goldilocks spot of being able to provide distributed services without impacting the application performance. In fact, when you look at it from that perspective of its not having to go to that appliance pool any longer, it's actually going to increase the performance, right? Your latency is going to be a lot lower because instead of hair pinning through the core of your network. Now you're just going to your top of rack switch so it's going to improve the performance. >>Everybody wants improved performance. Especially in this the fact that things are continuing to stay distributed and we probably will have some part of that be permanent. So bob how do customers upgrade or integrate this into their existing environments? Talk to me a little bit more about that and the simplicity, it sounds like what you're saying with which they can do that. >>Yeah, this should be a fairly minimally minimally disruptive uh type of integration, essentially what you're doing, if you've got a high availability top of rack up environment, you're going to be swapping out one top of rack switch at the time. And organizations do this quite often when they're upgrading for capacity and things of that nature. So in this case it's simply going to be replacing the top of rack switch and organizations can look at different ways of how they want to do this. You know, to start, they might want to look at where they're critical applications are and deploy them. They're so they've got the services, it might be based on looking at where I don't know, you might have some regulated services, right. Pc I things like that that need to make sure that they've got higher levels of security. So essentially it's all about just simply deploying those top of rack switches going on to Aruba's fabric controller being able to spend that up, configure apply the policies and the security policies that you want to employ for those applications and and let it run >>Talk to me about this in certain context that we know some of the industry's every industry obviously has been affected by the events of the last 1819 months. What we think of manufacturing, healthcare, financial services give me uh your perspective into some of the customers in those industries and how they'll be able to take advantage of this technology as their environments continue to distribute. >>Yeah, I mean I think that the interesting piece of this is that, you know what it's really about for any industry, it's about as they modernize their data center as they modernize their applications. Right? So we've seen the transition from um monolithic too. So a based apps to microservices based applications and and that's really what's driving this because what's happening in all those organizations now, there's a lot of of communication within those applications themselves. Right? Because instead of having one monolithic application or two or three pieces of an application, you could now have dozens or hundreds of pieces of an application that need to talk to each other. And so the key for all of these industries, right, Regardless of the industry, when you're deploying this is how do you secure that communication, how do you make sure that East west traffic is being fully protected um because as organizations, you know, the legacy approach was castle and moat protect the perimeter, which was great. But if you got inside that perimeter right then the malware could really put periphery slow, deliberate, sorry, can't talk today. Um, but the idea is now, how can I deploy services that are able to protect that east west traffic as well? And so by deploying those services at the top of rack, you can do that more easily without having any kind of an impact. Right? So I think that you know the zero trust is what it's the mantra is never trust always verify. And so that's what organizations are looking to do. So even if there is a malware attack and they do get inside the data center that it's not able to spread throughout that organization. >>Got it. And that's absolutely critical. We have seen the security landscape change dramatically in the last year and a half, we've seen this massive spike in ransom where it's companies in every industry. I now know that it is not a matter of if we get attacked, it's when we've seen a massive increase in detail. So let's kind of dig into, You mentioned some of the benefits in terms of low latency performance, let's unpack the security level there. What are some of the things that you've seen in the security landscape where zero trust is absolutely critical for every industry? >>Yeah. Well like I said, it's really all about how do you make sure you're protecting there's a lot more communication going on within your application itself and how do you protect it? And so as that landscape has changed, it's critically important for organizations to adapt to that and to be able to, you know, make this change happen. So I mean we've seen this in the hyper scale is right. They've deployed the technology, they have it running at the right and those, those intelligent cards at the server level as close as they can. But for an existing data center, it doesn't make sense, right, unless you're replacing your whole data center, which is obviously incredibly disruptive. It's this is really about how do you insert those services in a minimally minimally disruptive way. And that's what that's what's really key here. The other interesting pieces because of the location, because they can track that east west traffic and apply the security policies to it and they can see all that and they've got visibility into it. They can then take that information and they can export it to existing other security tools. So you're not going to get rid of your perimeter security, you still need that. So this is more about a defense and depth about securing or augmenting your security posture and creating much more, much more, much tighter security around those modern application environments as well. So, so having this capability, like I said, it really starts to democratize that, that capability and the functions that the hyper scholars have and it brings it into existing enterprise data center environments and I think that's really what's important. And then, like I said, as organizations progress, they can take the data that they're collecting and they can leverage that with XDR solutions, right? Feed it into other, you know, sense or things like that. That can really help organizations um, you know, enhance their machine learning algorithms and things like that. The more data you can collect, the better you can, you can nail down the the policies that need to be provided there. >>Well, that's important too. As every company these days either needs to become a data company or if they don't, they're probably not going to be around much longer. Talk to me about the overall security kind of like implication you said this is going to help organizations in any industry augment their overall security posture. That's so critically important these days. >>Yeah. And it's like I said, it's really about having that that full visibility into the east west flows for these. So, and their ability, the distributed services switch is able to stream all of that telemetry of those flows right? And that can be complemented by the existing north south firewall telemetry as well. So you've got all this data for the XDR engines and things like that so that you can really determine whether there's an insider attack where there's any movement of malware, things like that, whether there's an external actor that's gotten into the data center, so it really provides you with a lot more visibility and that visibility provides that data that you talked about. So that's really what's key here and again, it's the ability here is that you're not needing to deploy XDR agents on every workload so there's no impact to the application performance when you're doing it in this this matter. So that's what makes it a really kind of an elegant solution to being able to modernize and deliver these capabilities into an existing data center environment. >>What do you think the timeframe is for an organization to be able to take advantage of this technology? >>Yeah, that's a good question. I mean really it's it's up to the, you know, it's up to the organization themselves. Clearly, once the technology is released by Aruba they've got the ability to start deploying it um you know, obviously one of the easiest ways to deploy it might be if they were adding a new rack adding some new capabilities then certainly that's completely non disruptive and they can get going there, but like I said, it, excuse me, it's also quite easy for organisations to be able to to just simply if they've got a high availability top of rack environment to start augmenting it into their existing their existing infrastructure as well, fairly non destructively >>excellent. That non disruption augmentation is critical. I I do want to ask you a question in terms of the partnership with HP. Aruban Pensando, what does this signify on the HP side in your opinion? >>Mhm Well from from the HP side, like I said, I think this is a HP has been involved with Pensando for a long time now. They've obviously recognized the value of the technology and wanted to partner with them from an early stage and so um what it really helps is you're thinking about moving forward. It creates a unique opportunity for organizations to take advantage of the Pensando technology within the HP server environments as well as those top of rack switches and create some really unique opportunities to drive even greater visibility and protection. >>Let's do one more thing bob. Let's just summarize your key takeaways if somebody has 30-60 seconds to watch this and see what the three things are that Bob says we need to be taking away from this announcement. What are those three things? >>Yeah, I think the key thing is first to recognize that modern application environments are gaining ground and that organizations need to accommodate these new application architecture. Right. But to do that, they need a solution. They need some technology to help them. So the key takeaway is that this now this H P E Aruba and Pensando distributed services switch, enables you to deploy distributed services into your existing environment in a minimally disruptive way and it provides you with the benefits of improving security of improving performance and user experiences um all while making sure that you can scale and do it simply through a single interface through the Aruba fabric controller. >>Got it. And being able to deliver those outstanding customer and user experiences is critical, as we are in this day and age where our business lives blend with our consumer lives that we expect things to be able to work like that bob. Thank you for joining me on the program, breaking down the HP Aruba Pensando announcement, telling us what it is, what the benefits are in it for customers and how they can take advantage of that. We appreciate your analysis. >>Very welcome. It's great to be here. >>Probably Liberty. I'm lisa martin. You're watching this HP Aruba Pensando announcement video. >>Mhm.

>>Thank you. >>Hi and welcome to the Aruba Pensando announcement. I'm lisa martin. Hopefully you've seen the announcement from Antonio and john but if you haven't, we're going to dig into it from an analyst perspective joining me is bob La Liberty, senior analyst at Enterprise strategy Group to unpack the announcement, bob Welcome to the program. >>Thank you very much. Great to be here. >>So in this case anybody hasn't seen the announcement go ahead and give me an overview, what are these two companies announcing? >>Yeah, absolutely. So essentially what you've seen is is that Pensando, who's been developing this distributed services platform to be deployed as an intelligent card, basically has taken their technology and incorporate it into an Aruba switch. So now you can get distributed services, all the great capabilities that Pensando has been working on combined with an Aruba top of rack switch, all managed under the Aruba fabric controller. Um so you've got a really simplistic way to be able to provision, configure and update and assigned policies to all those great Pensando state full services in the top of rack switch for an existing data center environment >>and what's your overall synopsis? Is this a disruptive technology? What do you think? >>Yeah, I really like this. I mean the whole goal of developing this technology was to be somewhat disruptive. It was to enable data center organizations to basically recreate what hyper scale hours are doing and the whole concept is around how do I improve, how do I distribute the services that are needed to help my application to protect my applications closer to the applications themselves. Um so I really find that this is something that's that's really needed. You know, we've seen the pendulum swinging towards distributed. But the interesting part about this announcement is that the majority of applications still reside in existing data centers. And the other the other kind of interesting pieces that, you know, cloud native, everyone talks about cloud native applications, but cloud native doesn't always mean public cloud only and that organizations are actually gonna run them in a hybrid. So organizations need to figure out how they're going to run these cloud native applications and their existing data center environments. And what the combination of the technologies enable organizations to do is to basically retrofit if you will that top of rack switch and be able to deploy, excuse me, deploy those distributed services at a top of rack switch. Instead of having to either rely on existing hardware appliances that are pulled off to the side of the network or to have to deploy agents onto the server which could impact the application performance. So they've kind of hit that goldilocks spot of being able to provide distributed services without impacting the application performance. In fact, when you look at it from that perspective of its not having to go to that appliance pool any longer, it's actually going to increase the performance, right? Your latency is going to be a lot lower because instead of hair pinning through the core of your network. Now you're just going to your top of rack switch. So it's going to improve the performance. >>Everybody wants improved performance. Especially in this the fact that things are continuing to stay distributed and we probably will have some part of that be permanent. So bob how do customers upgrade or integrate this into their existing environments? Talk to me a little bit more about that and the simplicity, it sounds like what you're saying with which they can do that. >>Yeah, this should be a fairly minimally minimally disruptive uh type of integration, essentially what you're doing if you've got a high availability top of rack it environment, you're going to be swapping out one top of rack switch at the time. And organizations do this quite often when they're upgrading for capacity and things of that nature. So in this case it's simply going to be replacing the top of rack switch and organizations can look at different ways of how they want to do this. You know, to start they might want to look at where they're critical applications are and deploy them. They're so they've got the services, it might be based on looking at where, I don't know you might have some regulated services. Right. Pc I things like that that need to make sure that they've got higher levels of security. So essentially it's all about just simply deploying those top of rack switches going on to Aruba's fabric controller being able to spend that up configure, apply the policies and the security policies that you want to employ for those applications and and let it run, >>Talk to me about this in certain context that we know some of the industry's every industry obviously has been affected by the events of the last 1819 months. What we think of manufacturing, healthcare, financial services, give me uh your perspective into some of the customers in those industries and how they'll be able to take advantage of this technology as their environments continue to distribute. >>Yeah, I mean, I think that the interesting piece of this is that, you know what it's really about for any industry, it's about as they modernize their data center, as they modernize their applications. Right? So we've seen the transition from um monolithic too. So a based apps to microservices based applications and and that's really what's driving this. Because what's happening in all those organizations now, there's a lot of of communication within those applications themselves. Right? Because instead of having one monolithic application or two or three pieces of an application, you could now have dozens or hundreds of pieces of an application that need to talk to each other. And so the key for all of these industries, right. Regardless of the industry, when you're deploying this is how do you secure that communication, how do you make sure that East West traffic is being fully protected um because as organizations, you know, the legacy approach was castle and moat protect the perimeter, which was great. But if you got inside that perimeter right then the malware could really put periphery slow, deliberate, sorry, can't talk today. Um, but the idea is now, how can I deploy services that are able to protect that east west traffic as well? And so by deploying those services at the top of rack, you can do that more easily without having any kind of an impact. Right? So I think that you know the zero trust is what it's the mantra is never trust, always verify. And so that's what organizations are looking to do. So even if there is a malware attack and they do get inside the data center that it's not able to spread throughout that organization. >>Got it. And that's absolutely critical. We have seen the security landscape change dramatically in the last year and a half, we've seen this massive spike in ransom where it's companies in every industry. I now know that it is not a matter of if we get attacked, it's when we've seen a massive increase in detail. So let's kind of dig into, You mentioned some of the benefits in terms of low latency performance, let's unpack the security level there. What are some of the things that you've seen in the security landscape where zero trust is absolutely critical for every industry? >>Yeah. Well, like I said, it's really all about how do you make sure you're protecting there's a lot more communication going on within your application itself and how do you protect it? And so as that landscape has changed, it's critically important for organizations to adapt to that and to be able to, you know, make this change happen. So I mean we've seen this in the hyper scale is right. They've deployed the technology, they have it running at the right and those, those intelligent cards at the server level as close as they can. But for an existing data center, it doesn't make sense, right, unless you're replacing your whole data center, which is obviously incredibly disruptive. It's this is really about how do you insert those services in a minimally minimally disruptive way. And that's what that's what's really key here. The other interesting pieces because of the location, because they can track that east west traffic and apply the security policies to it and they can see all that and they've got visibility into it. They can then take that information and they can export it to existing other security tools. So you're not going to get rid of your perimeter security, you still need that. So this is more about a defense and depth about securing or augmenting your security posture and creating much more, much more, much tighter security around those modern application environments as well. So, so having this capability, like I said, it really starts to democratize that, that capability and the functions that the hyper scholars have and it brings it into existing enterprise data center environments and I think that's really what's important. And then, like I said, as organizations progress, they can take the data that they're collecting and they can leverage that with XDR solutions, right? Feed it into other, you know, sense or things like that. That can really help organizations um, you know, enhance their machine learning algorithms and things like that. The more data you can collect, the better you can, you can nail down the the policies that need to be provided there. >>Well, that's important too. As every company these days either needs to become a data company or if they don't, they're probably not going to be around much longer. Talk to me about the overall security kind of like implication. You said this is going to help organizations in any industry augment their overall security posture. That's so critically important these days. >>Yeah. And it's like I said, it's really about having that that full visibility into the east west flows for these so, and their ability, the distributed services switch is able to stream all of that telemetry of those flows right? And that can be complemented by the existing north south firewall telemetry as well. So you've got all this data for the XDR engines and things like that so that you can really determine whether there's an insider attack where there's any movement of malware, things like that, whether there's an external actor that's gotten into the data center, so it really provides you with a lot more visibility and that visibility provides that data that you talked about. So that's really what's key here and again, it's the ability here is that you're not needing to deploy XDR agents on every workload so there's no impact to the application performance when you're doing it in this this matter. So that's what makes it a really kind of an elegant solution to being able to modernize and deliver these capabilities into an existing data center environment. >>What do you think the timeframe is for an organization to be able to take advantage of this technology? >>Yeah, that's a good question. I mean really it's it's up to the, you know, it's up to the organization themselves. Clearly, once the technology is released by Aruba they've got the ability to start deploying it um you know, obviously one of the easiest ways to deploy it might be if they were adding a new rack, adding some new capabilities then certainly that's completely non disruptive and they can get going there, but like I said it, excuse me, it's also quite easy for organisations to be able to to just simply if they've got a high availability top of rack environment to start augmenting it into their existing their existing infrastructure as well, fairly non destructively >>excellent. That non disruption augmentation is critical. I I do want to ask you a question in terms of the partnership with HP Aruban Pensando, what does this signify on the HP side in your opinion? >>Mhm Well from from the HP side, like I said, I think this is a HP has been involved with Pensando for a long time now. They've obviously recognized the value of the technology and wanted to partner with them from an early stage and so um what it really helps is you're thinking about moving forward. It creates a unique opportunity for organizations to take advantage of the Pensando technology within the HP server environments as well as those top of rack switches and create some really unique opportunities to drive even greater visibility and protection. >>Let's do one more thing bob. Let's just summarize your key takeaways if somebody has 30-60 seconds to watch this and see what the three things are that Bob says we need to be taking away from this announcement. What are those three things? >>Yeah, I think the key thing is first to recognize that modern application environments are gaining ground and that organizations need to accommodate these new application architecture. Right? But to do that, they need a solution. They need some technology to help them. So the key takeaway is that this now this H P E. Aruba and Pensando distributed services switch enables you to deploy distributed services into your existing environment in a minimally disruptive way and it provides you with the benefits of improving security of improving performance and user experiences. Um all while making sure that you can scale and do it simply through a single interface through the Aruba fabric controller. >>Got it. And being able to deliver those outstanding customer and user experiences is critical as we are in this day and age where our business lives blend with our consumer lives that we expect things to be able to work like that bob. Thank you for joining me on the program, breaking down the HP Aruba Pensando announcement, telling us what it is, what the benefits are in it for customers and how they can take advantage of that. We appreciate your analysis. >>Very welcome. It's great to be here. >>Probably Liberty. I'm lisa martin. You're watching this HP Aruba Pensando announcement video. Yeah. Mhm.

>>last decade. The >>major vectors of power in >>tech. We're cloud, mobile >>social and big data. Network computing >>architectures were >>heavily influenced by the mobile leg of that stool with bring your own devices and the SAs >>ification of the enterprise. >>The next 10 years are going to see a focus on instrumented the edge and leveraging architectures that provide a range of capabilities from very small embedded devices, too much larger systems that span hybrid it installations, they move data across clouds and then to the very far edge. >>And is so often the >>case consume arised IOT technology is rapidly driving innovations for enterprise IOT. What are the key trends, challenges and opportunities >>that this >>sea change brings and how should we think about the expanding network >>universe and what will it take to >>thrive in this new environment? Hello everyone. This is Dave Volonte. Welcome back to HPD discovered 2021. You're watching the cubes, virtual coverage of H P. S annual customer event. And with me to discuss the next decade >>of IOT innovation >>and enablement is David Logan, who's the vice president and >>Ceo for the >>Americas for >>HP. Es. Aruba >>networks. David, Welcome to the cube, come on in. >>Thanks so much. It's my pleasure to be here today with you. So >>if the last decade was all about mobile that was legit, it was really driven by the iphone and android adoption and we've been hearing about IOT >>for a long time. >>What's >>the impetus behind the current >>focus on IOT is a >>connected cars, connected homes. What's making it >>real this >>time? From your point of view? >>You know, it's it's really almost everything at once. Uh if you look at how um IOT systems had been developed over the past 10 years, it was super industry specific, A lot of, a lot of mitch implementations, um a lot of product vendors trying to become an IOT platform play. But with all of that innovation that's taken place, it's been additive over the past 10 years. Now. The next 10 years, we're really looking at a phenomenal amount of growth, a phenomenal amount of uh increased innovation to bring IOT solutions to almost any industry for any purpose, whether it's a horizontal need or or a vertical need, that's >>so you guys use terms like solutions, enablement IOT solutions, it's a real big focus of HBs Edge to cloud narrative. I wonder if you could add a little color and some details behind that and explain how Aruba fits in. >>I'll be glad to. So um, H p S Edge to cloud strategy is a really accurate term. Ultimately, the Edge is where IOT solutions are first enabled and it's where data is born, it is where end user experiences live and Aruba's role in Edge to cloud architectures is to provide the connectivity, the performance assurance, the ability to commingle what were once parallel architectures into common infrastructure, common operating platforms and allow this data that's born at the edge to go all the way to the hybrid cloud infrastructure, wherever it needs to go, whether it's an IOT and user application, whether it's an IOT subsystem for industry or or for vertical industry or for vertical enterprise, um the Aruba infrastructure really provides this common operating platform at the edge so that the rest of the enterprise can benefit from what's once transpiring >>when you think about the >>sort of >>candidates for IOT at the enterprise level. I mean, the edge obviously is very fragmented and and of course the big industrial giants, they're on a path there digitizing, they're collecting data, they're driving new monetization initiatives and you know, they got the budgets to do that. Can can smaller companies come to this party. >>Absolutely. And it's really the consumer is ation of IOT that's really driving that. As you mentioned in some of your opening statements, um, the consumer is ation of computing with mobile computing architecture, sas clarification of applications and the extension of the enterprise application environment to the end user with their consumer devices as opposed to their enterprise issue devices. We're seeing the same effects in IOT now, the Consumer Ization of IOT, the release of the amazon echo in 2014, all of the smart tv technology, all of the in home home automation technology that's been developed for individual use cases, for conglomerated use cases. It is this innovation that is now being able to be brought into the enterprise either in the form of pure consumer technology. Just take a look inside your average student dorm room, how much digital technology they brought in, But it's in a it's in an enterprise setting in the university. Uh think about hospitals, health care that have brought in technology to facilitate their particular processes. The consumer is a shin will allow digital experiences to be delivered to the patient in their in their in their treatment suite, for example. So we're gonna see this really drive over the next 10 years quite quite uh quite a significant amount of interesting new use cases. >>Just a quick aside, David, I mean, that Echo example is kind of interesting because when you think about the predominant use cases for AI at the enterprise, it's it's largely modeling that's taking place in the cloud. But when you think about the predominance of AI on whether it's smartphones or you mentioned things like Echo, it's that's kind of a i influencing at the edge, facial recognition is another good example that's bleeding into the enterprise. And it's as you as you know, we've talked about up top it sort of points the way and informs the enterprise, much like the Consumer ization of it. >>Absolutely. Um organizations like Microsoft google amazon, they're really leading the charge from from uh both the Consumer ization perspective but also a developer enablement perspective, bringing the ability for a. I machine learning very specific capabilities. Like you mentioned, video recognition to be able to be brought into enterprise application environments by a developer so that they don't necessarily need to know how to develop that full ai ml stack but can incorporate that capability into their end user applications. And then it's going to lead to brand new productivity innovations that an enterprise can benefit from. Uh It's gonna lead to certainly new business models, it's gonna lead to the ability to integrate um Federated Systems together. Whether it's a business model between two enterprises or whether it's uh the how a particular enterprise operates their own business. It's gonna be, it's gonna be really fascinating. >>I was reading about hand recognition of security. You go beyond fingerprint recognition, it should now be hacked. Let's talk about the market. Everybody talks about the tam, you know, pick your trillion, 1,000,000,001 trillion two trillion. It's a huge total available market, as I said, very fragmented. So how do you think about segmenting the market? How should we think about the different categories of of IOT and solutions and architectures? >>Well, you know, every every organization is easily category categorized by their industry, healthcare, higher education, industrial retail. They all have their particular operating models that generally speaking, have a lot of similarities. And so when we think about market and market segmentation and I think it's first important to think about the particular vertical that enterprise organization belongs to. And then, you know, innovators like like us here in Aruba, we think about how do these particular industries need solutions? And then we look across them for horizontal opportunities, for example, within Aruba's solution set the ability to uh go through rapid iOT device onboarding and security policy process and procedures that's pretty universally applicable across many different industries. But at the same time when you when you look inside a particular vertical, like a heavily industrialized setting, they want to collapse there. OT infrastructure and their I O. T. And I. T. Infrastructure altogether. And they're going to need some very specific solutions to do that. Um, whether it's the ability to guarantee data flow from the edge to the cloud, whether it's security, performance, assurance, whatever their needs, are there going to be very unique to them too. And so looking at it by vertical first is important and then I think sending by size makes sense. And then as we were talking about earlier, the Consumerism nation of IOT systems is really going to bring the ability for medium and smaller organizations to benefit from a lot of these innovations. >>Another another aside maybe it's not a quicker side, but you get the O. T. And the I. T. You know, T. Engineers that are pretty hard core about the way they do things and you got it folks, they have security edicts and compliance and so forth. Kind of how how are they working together? Like who's driving the bus and that >>convergence. You know, every organization has their own operating culture. They have there their prior way of doing things and then they have the future and the real key here for leadership honestly the real key here for organizational leadership, solution, technology leadership in these organizations is to figure out how to bring everybody together the booty uh responsible part of the organization. The folks that are in the line of business, the folks are in biomedical engineering in a health care organization. They know what the end application is, they know what the systems behaviors are going to be from an end user's perspective or from a from a technology perspective as it's applied at the edge, the I. T. Team knows how to build and operate and maintain a bus nature that is all co mingled together is all integrated together. They're going to have to work together so that they understand the end user applications, the experiences that need to be delivered the system's architecture and then how it needs to be operated. But the reason they need to come together is it needs to be using a common enterprise architecture to do so. Common network infrastructure, common computing storage, data platforms at least from a standards perspective, so that the enterprise can get operational efficiency so they can really have the one plus one equals three value proposition moments when multiple systems come together. >>So a couple things we just hit their the organizational challenges, the architectural challenges. You don't want to have more stovepipes? Everybody talks about stovepipes and and data silos. Are there any other challenges that you note that an organization faces in planning and implementing an IOT solutions architecture from your perspective are the organizational, we talked about that. They were talking about some technical and any others that we might have missed, >>you know. Um It's interesting when you look inside at enterprise that has some decent best practices or some good best practices for implementing their their enterprise IOT frameworks. Um as I mentioned, bringing the organization together uh from the end user perspective and the experiences that they need from the operational perspective and the operational technology bleeding into or merging into I. T. Technology. Clearly there's there's that organizational component, but that then needs to map into a newly refined enterprise architecture last decade, you know, the nineties and two thousands, 2010, we talked about enterprise architecture a lot, it was a lot about client server and it was a lot about migrating from legacy application architecture is into next gen and web dato and now it's all about machine to machine and mobile and post mobile. And that means the enterprise architecture that maybe got dusty on the shelf needs to be pulled off and re implemented. And interestingly, as a networking vendor, what we've seen as a best practice is these enterprise organizations recognize that with cloud and mobile and IOT and vendors playing such a such an important role that a lot of control and a lot of visibility has been pulled away from the classic enterprise I. T. Organization and looking at the network as the place where experiences come to uh at the places where uh as to where um instrumentation of the overall end to end architecture can come together. And so they're really now starting to look at the network as as a far more important component than perhaps they did four or five years ago where it might have just been four bars of wifi or connectivity from branch to headquarters. >>When I think about enterprise architectures, I definitely go to workloads like, okay, how is work? How is work that's being done in the enterprise changing and you obviously have a lot of general purpose E R P and financials and Crm and HCM etcetera. You've got this emerging set of workloads that's data intensive, whether it's A I or you know, whatever, whatever you call, some people call matrix workloads, but all the kind of new, interesting, you know, data intensive workloads and then there's a ton of work being done that's just don't even supporting applications directly, it's it's making storage run better or networks run better and so it's kind of wasted cycles if you will. So yeah, I talked a lot of people who are kind of rethinking that architecture to your point based upon the type of work that's being done and obviously things like influencing at the edge that we talked about a little bit earlier, uh are gonna drive that in the enterprise and that's really gonna put new requirements on the architecture, is it not? >>Absolutely. In fact, this is, this is core to the HP edge to cloud strategy and architecture. Ultimately, every organization is going to be different, they have different use cases, different, different business requirements. But um, we are going to find over the next 10 years that a significant amount of the data that is born at the edge and the experiences that are delivered at the Edge need a local presence of computer and communications to enable what needs to, what needs to take place locally from an operations perspective, Let me give you a concrete example. I mentioned health care a couple of times, imagine the healthcare environment of a large healthcare network organization and they need to consume patient telemetry information from all of their patient bedside monitoring systems. At the point at the point of patient care, well, what if the point of patient care is in a hospital tower? What if the point of patient care is in the patient's home? That's a completely different set of circumstances, physically and logically from an enterprise architecture perspective. And so it's particularly important to think through how data will be born at the edge, consumed locally, processed locally. And then forwarded to hybrid cloud computing environments for continued processing after the fact. So you might need to react immediately to some patient telemetry that's collected locally, but then also collect that information processing and the metadata stored somewhere else, maybe maybe haven't diverge into multiple streams? And in all of this, the computing architecture at the edge, the hybrid cloud architecture, the network architecture from edge to cloud all matters because this involves security, involves availability, involves performance, it involves how the data itself is used, the experience of the end users that are responsible for the delivery of the, Of the experience itself. So the ultimate enterprise architecture here is going to evolve yet again. And just as we've seen over 30 years, the centralization, the decentralization, the centralization, the distribution of various functions. We're just we're just seeing that again, because we continue to reinvent how we operate with better and better architectural models, >>right. Pendulums definitely swinging when you, when I think about the compute at the local level, I think it's gonna be super, super high performance and dirt, cheap and low power. Um, and I want to ask you a question about something you said earlier about your strategy is really to look for those horizontal opportunities. So am I right to and for you're not going after the, the deep edge with, you know, specialized capabilities or are you? I think Tesla, right. I mean, you know, designing their own chips for their cars, you're not going there, I presume. But you also reference, hey, there's gonna be some data that's coming back, that's kind of your role. But maybe you can help clarify that for me. >>Yeah, so, so interesting. We are in a way going after the special edge cases, but that's through the creation of an architecture that is malleable enough where you can define an enterprise network architecture and enterprise network experience that will address the horizontal, easy to understand use cases like mobile devices that need wifi connectivity or mobile devices that need bluetooth connectivity or Zig B or what have you. But also we have found that through again through consumer is ation of IOT systems that um, I O T specific technologies for very specific edge use cases are still embedding common access technologies, common networking technologies, common security protocols, um Common orchestration capabilities for compute as some examples. And so what we are building is the ability for uh an enterprise architect or an enterprise network architect to define a single network architecture physically that can commingle lots of different perhaps parallel network architectures into a single common platform and then operate it even though that it might consume multiple, many parallel types of systems ultimately operated as one single entity. Um That honestly, that's the power of the Aruban architecture is even though we have to physically deploy access points and switches and SD WAN gateways to create whatever the enterprise network architecture looks like, It's all driven by software and it's all driven by common interfaces that at some point get down to. Okay, I can actually connect that kind of strange device because it has enough commonality so that I can plug in this USB adapter into this access point. And all of a sudden I've got this connectivity for this very specialized thing transporting specialist protocol across an I. P. Network. So it's um it's really the blend of looking for horizontal opportunities so that we attacked the market effectively but also make sure we don't leave anybody behind in the process just because they've got a specialized need. >>Thank you for that clarification. So room is going to participate in the entire value chain that we've sort of laid out here and visualized. What do you think's going on? Maybe we can talk about the vendor landscape the pretenders from the contenders. What are the keys in your view to the product solutions, the right clarity of vision? Uh maybe some things that haven't been invented yet. How do you how do you think about that? >>Yeah, so um a lot of lessons learned over the past 10 years, I would say um there have been a number of very prominent enterprise technology companies, facilities, tech, um a vertical oriented solutions for healthcare, for industrial settings and they've all at one point or another tried to build a platform strategy, they have decided to self anoint or anoint themselves with, we're going to be the platform for some particular horizontal function inside the enterprise that involves IOT because we want to be the centerpiece where all this data from all these IOT systems concerning this particular environment flows through and we want to help democratize data access. Um Unfortunately most of them still took a very vendor specific point of view about it, even even by layering standards on top of what they've built, um even forming industry consortiums, they haven't necessarily achieved critical mass of what we would all like to see, which is full democratization of IOT solution architectures and IOT data access and I think we're gonna see that over the next 10 years, it's gonna take a while but I think um you know to to your question of what are some interesting uh interesting products or technologies to be developed? Um I think uh industries working together vendors working together like Microsoft like google like amazon like Aruba HP like um in ocean which is an industry consortium, these places where we come together and decide to achieve the greater good to achieve greater benefits for our enterprise customers and build a platform capabilities using standards using open source, using consume arised tech using really critical functions in orchestration, configuration management, aPI architectures, standard standard object models for how how information is communicated. I think that we will be able to democratize IOT data access, I think we'll be able to democratize how IOT systems are deployed and dramatically expand the market opportunity for the benefit of everybody. >>Yeah, we've certainly seen those types of collaborations before, I'm not sure it's ever been this large. Maybe the internet was this large, but that was kind of more government driven than it was a vendor driven, which is your land, give us the bumper sticker for Y H P E in Aruba. >>Well, you know, um HBs in a really um in a really interesting position, we really are enabling the entire edge to cloud architecture, as we've mentioned a few times and the ability to lay out the foundation of the infrastructure for communications for compute for storage regardless of how an enterprise organization wants to consume it, whether it's all at the edge or all in private data centers or in hybrid architecture, whether they want to control the entire architecture top to bottom, whether they want us to help them deploy and manage the architecture on their behalf with industry partners. Ultimately, we are giving them a set of building blocks into end that will coexist with whatever they've already built, help them build a malleable architecture and going forward in the future and really helped them achieve economies of scale, >>David, Very interesting discussion. Thank you so much for your perspectives. Really appreciate you coming on the cube. >>Thank you. Thank you so much. Dave. I really appreciate the time and I'm uh I'm really excited to be part of discover, >>awesome. And thank you for watching this segment of H. P. E. Discovered 2021. You're watching the cube. This is David. Want to keep it right there. Mhm.

>>from our studios in the heart of Silicon Valley. Palo ALTO, California It is a cute conversation. >>Hi, and welcome to the Cube studios for another cube conversation where we go in depth with thought leaders driving innovation across the technology industry. I'm your host, Peter Boris. Digital businesses affecting every enterprise of every size, small and large, and the types of solutions that required the types of outcomes that are being pursued are extremely complex and require an enormous amount of work from some of the best and brightest people on the business side as well as the technology side. And that means not just from a large company. It means from an entire ecosystem of potential sources of genius and insight and good hard work. So the consequence for every enterprises, how do they cobble together that collection of experts and capabilities that are gonna help them transform their business more successfully, Maur completely and more certainly than they would otherwise? And that's we're gonna talk about today. Today we're here with Kelly Ireland, who's the founder and C E o. C. B Technologies. Kelly. Welcome to the >>Cube. Thank you, Peter. Happy to be here, >>so let's start by finding a little bit about CV Technologies to also about what you do. >>Um, I have a IittIe background, so I have been in it for 40 years. In 2001 I decided I had a better idea of how to both support clients as well as my employees. So I opened CB Technologies were value added reseller, um, and then say about five years ago, I decided to do some transforming of the company itself. I saw what was going on in the industry, and I thought this was the time for us to get going. Turned out we were a little early, but we wanted to transform from what you would call it the value added reseller two systems integrator. Because that was the only words what they had for. You know what that end result would be? Now I've heard it's the, um, domain expert integrator, which we like a lot better. And what we've done is gone from this value add, which we've all seen over the last couple of decades, into actually engineering solutions, and mostly with consortiums, which will talk about of the O. T. I t. Convergence and what's going to be needed for that to make our customers successful. >>Well, you just described. In many respects, the vision that businesses have had and how it's changed over years were first. The asset was the hardware. Hence the var. Today, the asset really is the date of the application and how you're going to apply that to change the way your business operates the customer experiences, you provide the profitability that you're able to return back to shareholders. So let's dig into this because that notion of data that notion of digital transformation is especially important in a number of different names, perhaps no more important than in the whole industrial and end of things domain. That intersection of I t know Tia's, you said, Tell us a little bit about what you're experiencing with your customers as they try to think about new ways of applying technology technology rich data to their business challenges. >>We'll use the perfect word you said dig, because this is all about layers. It's all about it was technology and software. Now it's about technology, software and integration. In fact, the conversations were having with our clients. Right now we don't even talk about a no Yim's name. Where before you would. But we haven't our head. What? We know what would be best. What we look at now is the first thing you do is go in and sit down with the client. And not only with the client, the you know, the executives or the C I or the C T. O's et cetera, but the employees themselves. Because what we've seen with I I I o t o t i t Convergence, it's You have to take into account what the worker needs and the people that are addressing it that way. Um, this project that we started with Hewlett Packard Enterprise, they started up what we call the refinery of the future. It could be acts of the future. It doesn't really matter. But it was getting at least up to five use cases with a consortium of partner companies that could go address five different things within the refinery. And the reason that I think it's been so successful is that the owner, the CEO Doug Smith and the VP of ops Linda Salinas, immediately wrap their arms around bringing employees. They're a small company there, maybe 50. They brought half of them to HPD Lab to show them what a smart pump laws for their chemical plant text. More chemical in Galina Park in Texas. Starting from that, it was like they put him on a party bus, took them down, put them in the lab, told them, showed them what a smart pump was and all of a sudden the lights turned on for the workers. These are people that have been, you know, manual valves and turning knobs and, you know, looking at computer screens they'd never seen what a smart, censored pump waas all of it sudden on the drive back to the company, ideas started turning. And then HP took it from there, brought in partners, sat everybody in the room, and we started feathering out. Okay, what's needed. But let's start with what the client needs. What do those different business users within the chemical plant need, and then build use cases from that? So we ended up building five use cases. >>Well, so what? Get another five years cases in a second? But you just described something very interesting, and I think it's something that partners have historically been able to do somewhat uniquely on that is that the customer journey is not taken by just an individual within the business. What really happens is someone has an idea. They find someone, often a partner, that can help them develop that idea. And then they go off and they recruit others within their business and a local partner that has good domain expertise at the time. And energy and customer commitment could be an absolutely essential feature of building the consensus within the organization to really accelerate that customer journey. If I got that right? >>Absolutely, absolutely. And what we saw with Refinery of the Future was getting those partnerships HP East started. It created the project kind of through information out to many of their ecosystem partners trying to gain interest because the thing was is this was kind of our bet was a very educated bet, but it's our bet to say, Yeah, we think this makes sense. So, you know, like I said, I think there's about 14 partners that all joined in both on the I t om side the ot oh am side and then both Deloitte and CB Technologies for the S. I and like expert domain expert integration where you really get into How do you tie OT and I t together? >>All right, so we've got this situation where this is not As you said, It's not just in the refining process, manufacturing businesses. It's in a lot of business. But in this particular one, you guys have actually fashioned what you call the refinery of of the future has got five clear use cases. Just give us an example of what those look like and how you've been RCB technology has been participated in the process of putting those together. >>Um, the 1st 1 was pretty wrapped around Predictive Analytics, and that was led by Deloitte and has a whole host of OT and I t integration on it >>again, not limited to process manufacturing at all >>at all, but and a good group, you know, you have national instruments, Intel flow. Serve. Oh, it's ice off Snyder Electric, PTC riel, where they're such a host >>of the >>consortium and I I think what was most important to start this whole thing was H P E. Came in and said, Here's an MOU. Here's a contract. You all will be contract ID to the overall resorts results. Not just your use case. Not just one or two use cases you're in, but all five because they all can integrate in some sense so >>that all can help. Each of you can help the others think. Problems. Truce. That's the 1st 1 about the 2nd 1 >>The 2nd 1 is video is a sensor that was Intel CB Technologies. I think we have as you're in there as well, doing some of the analytics, some P T. C. And what that was all about was taking video. And, you know, taking a use case from Linda and saying, Where where do you need some sort of video analytics Taking that processing it and what we ended up doing with that one was being able to identify, you know, animals or aggressive animals within the train yard. A downed worker transients that shouldn't be there because we can't decipher between you know, someone that's in text marks p p ease versus somebody that's in street clothes. So taking all that analyzing the information, the pictures, training it to understand when it needs to throw and alert >>lot of data required for that. And that's one of the major major drivers of some of the new storage technologies out there. New fabrics that are out there. How did that play? A role? >>As you can imagine, H p E is the under underlying infrastructure across the entire refinery. The future from compute with the, uh, EJ data center into the Reuben network into nimble storage for storing on site. Um, what we're finding, no matter who we talked to in the industry, it is. Most of them still want to keep it on Prem. In some sense, security. They're still all extremely cautious. So they want to keep it on Prem. So having the nimble storage right in the date, having the edge data center having everything in the middle of this chemical plant was absolutely a necessity. And having all of that set up having my team, which was the C B Tech team that actually did all the integration of setting up the wireless network, because guess what? When you're in a different kind of environment, not inside a building, you're out where there's metal pumps. There's restrictions because ah, flash could cause an explosion so intrinsically safe we had to set up all that and determined how? How could we get the best coverage? Especially? We want that video signal to move quite fast over the WiFi. How do we get all that set up? So it takes the most advantage of, you know, the facility and the capabilities of the Aruban network. >>So that's 12345 quickly were >>three worker safety, which hasn't started yet. We're still waiting for one of the manufacturers to get the certification they need. Um, four we have is connected worker, which is on fire, having a work >>of connected worker on fire and worker >>safety. >>Yeah, they don't sound, but just think of all the data and having the worker have it right at his fingertips. And, oh, by the way, hands free. So they're being ableto to take in all this data and transmit data, whether it's by voice or on screen back >>from a worker central perspective, from one that sustains the context of where the worker is, what stress there under what else? They've got to do it said. >>And and what are they trying to complete and how quickly? And that's where right now we have r A y that's in the 90% which is off the chart. But it's and and what's great about being at Text Mark is we actually can prove this. I can have somebody walk with me, a client that wants to look at it. They can go walk the process with me, and they will immediately see that we reduce the time by 90%. >>So I've given your four. What's the 5th 1? >>Acid intelligence, which is all about three D Point Cloud three D visualization. Actually being able to pull up a smart pump. You know it really? Any pump, you scan the facility you converted into three D and then in the program that we're using, you can actually pull up a pump. You can rotate it 360 degrees. It's got a database behind it that has every single bit of asset information connected videos, cad cams, P and I. D s. For the oil and gas industry. Everything's in their e mails could be attached to it, and then you can also put compliance reports. So there you might need to look a corrosion. One of those tests that they do on a you know, annual or every five year basis. That's point and click. You pull it up and it tells you where it sits, and then it also shows you green, yellow, red. Anything in red is immediate, attest that tension yellow is you need to address it greens. Everything's 100% running. >>So the complexity that we're talking about, the kind of specificity of these solutions, even though they can be generalized. And you know, you talked about analytics all the way out to asset optimization Intel intelligence. There are We can generalize and structure, but there's always going to be, it seems to us there's going to be a degree of specificity that's required, and that means we're not gonna talk about package software that does this kind of stuff. We're talking about sitting down with a customer with a team of experts from a lot of different places and working together and applying that to achieve customer outcome. So I got that right >>absolutely, and what we did with the consortium looking at everything. How they first addressed it was right along that line, and if you look at software development, agile following agile process, it's exactly what we're doing in four I I o T o R O T I t Convergence, because if you don't include all of those people, it's never going to be successful. I heard it a conference the other day that said, POC is goto I ot to die, and it's because a lot of people aren't addressing it the right way. We do something called Innovation Delivery as a service, which is basically a four day, 3 to 4 day boot camp. You get all the right people in, in in the room. You pull in everything from them. You boot out the executive team partway through, and you really get in depth with workers and you have them say what they wouldn't say in front of their bosses that this happened with Doug and Linda and Linda said it was mind blowing. She goes. I didn't realize we had so many problems because she came back in the room and there was a 1,000,000 stickies. And then she said, the more she read it and the more you know, we refined it down, she said it was absolutely delivered, you know, the use case that she would have eventually ended up with, but loved having all the insights from, >>well, work. Too often, tech companies failed to recognize that there's a difference between inventing something and innovation. Inventing is that engineering act of taking what you know about physics or social circumstance Secreting hardware software innovation is a set of social acts that get the customer to adopt it, get a marketplace to adopt it, change their behaviors. And partners historically have been absolutely essential to driving that innovation, to getting customers to actually change the way to do things and embed solutions in their operations. And increasingly, because of that deep knowledge with customers are trying to doing, they're participating. Maurine, the actual invention process, especially on the softer side of you said, >>Yeah, yeah, I think what's really interesting in this, especially with Coyote. When I look back a few years, I look at cloud and you know everything was cloud and everybody ran to it and everybody jumped in with both feet, and then they got burned. And what we're seeing with this whole thing with I o t you would think we're showing these are lies, return on. Investments were showing all this greatness that can come out of it and and they're very slow at sticking their toe in. But what we've found is no one arrives should say the majority of corporations anymore don't want to jump in and say, Let's do it two or five or $10 million project. We see your power point. No, let's let's depart Owen with with what we're doing, it's, you know, a really small amount of money to go in and really direct our attention at exactly what their problem is. It's not off the shelf. It's but it's off the shelf with customization. It's like we've already delivered on connected worker for oil and gas. But now we're are so starting to deliver multiple other industries because they actually walk through text mark. We could do tours, that text mark. That was kind of the trade off. All these partners brought technology and, you know, brought their intelligence and spent. We were now on two years of proving all this out. Well, they said, Fine, open the kimono will let your customers walk through and see it >>makes text mark look like a better suppliers. >>Well, it's enhanced their business greatly. I can tell you they're just starting a new process in another week. And it was all based on people going through, you know, a client that went through and went. Wait >>a minute. I >>really like this. There are also being able to recruit technologists within the use in industry, which you would think text marks 50 employees. It's a small little plant. It's very specialized. It's very small. They pulled one of the top. Uh, sorry. Lost not. I'm trying to think of what the name >>they're. They're a small number of employees, but the process manufacturing typically has huge assets. And any way you look at it, we're talking about major investments, major monies that require deep expertise. And my guess is the text Mark is able to use that to bring an even smarter and better >>people smarter and better. People that are looking at it going they're ahead of the curve, for they're so far ahead of the curve that they want to be on board were that they're bringing in millennials on they're connected. Worker Carlos is there trainload lead. And he dropped an intrinsically safe camera and it broke and he tried to glue it together, tried to super glue it together. And then he ran back to Linda and he said I broke the case and this case is like £10. They call it the Brick. They gotta lug it up. They got to climb up the train car, leg it up, take a picture that they have sealed the valves on all the cars before they leave. Well, he had used the real where had, you know, device. And he went into Linda and he said, I know there's a camera in there. There's camera capabilities. Can I use that until we get another case? And she's like, Yeah, go ahead. Well, he went through, started using that toe like lean over, say, Take photo. We engineered that it could go directly back to the audit file so that everybody knew the minute that picture was taken, it went back into the audio file. This is where we found the process was reduced by 90% of time. But he turned around and trained his entire team. He wasn't asked to, but he thought, this is the greatest thing. He went in trainable. And now, about every two weeks, Carlos walks in to my team that sits a text mark and comes up with another use case for connected worker. It's amazing. It's amazing what you know were developed right out of the customer by using their workers and then, you know, proactively coming to us going. Hey, I got another idea. Let's add this where I think at version 7.0, for connected worker. Because of that feedback because of that live feed back in production. >>Great story, Kelly. So, once again, Callie Ireland is a co founder and CEO of CB Technologies. Thanks for being on the tube. >>Thank you for having me >>on once again. I wanna thank all of you for joining us for another cute conversation. I'm Peter burgers. See you next time.