(upbeat music) >> Welcome back, everyone, to our Cube special programming on "Securing Compute, Engineered for the Hybrid World." We got Cole Humphreys who's with HPE, global server security product manager, and Mike Ferron-Jones with Intel. He's the product manager for data security technology. Gentlemen, thank you for coming on this special presentation. >> All right, thanks for having us. >> So, securing compute, I mean, compute, everyone wants more compute. You can't have enough compute as far as we're concerned. You know, more bits are flying around the internet. Hardware's mattering more than ever. Performance markets hot right now for next-gen solutions. When you're talking about security, it's at the center of every single conversation. And Gen11 for the HPE has been big-time focus here. So let's get into the story. What's the market for Gen11, Cole, on the security piece? What's going on? How do you see this impacting the marketplace? >> Hey, you know, thanks. I think this is, again, just a moment in time where we're all working towards solving a problem that doesn't stop. You know, because we are looking at data protection. You know, in compute, you're looking out there, there's international impacts, there's federal impacts, there's state-level impacts, and even regulation to protect the data. So, you know, how do we do this stuff in an environment that keeps changing? >> And on the Intel side, you guys are a Tier 1 combination partner, Better Together. HPE has a deep bench on security, Intel, We know what your history is. You guys have a real root of trust with your code, down to the silicon level, continuing to be, and you're on the 4th Gen Xeon here. Mike, take us through the Intel's relationship with HPE. Super important. You guys have been working together for many, many years. Data security, chips, HPE, Gen11. Take us through the relationship. What's the update? >> Yeah, thanks and I mean, HPE and Intel have been partners in delivering technology and delivering security for decades. And when a customer invests in an HPE server, like at one of the new Gen11s, they're getting the benefit of the combined investment that these two great companies are putting into product security. On the Intel side, for example, we invest heavily in the way that we develop our products for security from the ground up, and also continue to support them once they're in the market. You know, launching a product isn't the end of our security investment. You know, our Intel Red Teams continue to hammer on Intel products looking for any kind of security vulnerability for a platform that's in the field. As well as we invest heavily in the external research community through our bug bounty programs to harness the entire creativity of the security community to find those vulnerabilities, because that allows us to patch them and make sure our customers are staying safe throughout that platform's deployed lifecycle. You know, in 2021, between Intel's internal red teams and our investments in external research, we found 93% of our own vulnerabilities. Only a small percentage were found by unaffiliated external entities. >> Cole, HPE has a great track record and long history serving customers around security, actually, with the solutions you guys had. With Gen11, it's more important than ever. Can you share your thoughts on the talent gap out there? People want to move faster, breaches are happening at a higher velocity. They need more protection now than ever before. Can you share your thoughts on why these breaches are happening, and what you guys are doing, and how you guys see this happening from a customer standpoint? What you guys fill in with Gen11 with solution? >> You bet, you know, because when you hear about the relentless pursuit of innovation from our partners, and we in our engineering organizations in India, and Taiwan, and the Americas all collaborating together years in advance, are about delivering solutions that help protect our customer's environments. But what you hear Mike talking about is it's also about keeping 'em safe. Because you look to the market, right? What you see in, at least from our data from 2021, we have that breaches are still happening, and lot of it has to do with the fact that there is just a lack of adequate security staff with the necessary skills to protect the customer's application and ultimately the workloads. And then that's how these breaches are happening. Because ultimately you need to see some sort of control and visibility of what's going on out there. And what we were talking about earlier is you see time. Time to seeing some incident happen, the blast radius can be tremendous in today's technical, advanced world. And so you have to identify it and then correct it quickly, and that's why this continued innovation and partnership is so important, to help work together to keep up. >> You guys have had a great track record with Intel-based platforms with HPE. Gen11's a really big part of the story. Where do you see that impacting customers? Can you explain the benefits of what's going on with Gen11? What's the key story? What's the most important thing we should be paying attention to here? >> I think there's probably three areas as we look into this generation. And again, this is a point in time, we will continue to evolve. But at this particular point it's about, you know, a fundamental approach to our security enablement, right? Partnering as a Tier 1 OEM with one of the best in the industry, right? We can deliver systems that help protect some of the most critical infrastructure on earth, right? I know of some things that are required to have a non-disclosure because it is some of the most important jobs that you would see out there. And working together with Intel to protect those specific compute workloads, that's a serious deal that protects not only state, and local, and federal interests, but, really, a global one. >> This is a really- >> And then there's another one- Oh sorry. >> No, go ahead. Finish your thought. >> And then there's another one that I would call our uncompromising focus. We work in the industry, we lead and partner with those in the, I would say, in the good side. And we want to focus on enablement through a specific capability set, let's call it our global operations, and that ability to protect our supply chain and deliver infrastructure that can be trusted and into an operating environment. You put all those together and you see very significant and meaningful solutions together. >> The operating benefits are significant. I just want to go back to something you just said before about the joint NDAs and kind of the relationship you kind of unpacked, that to me, you know, I heard you guys say from sand to server, I love that phrase, because, you know, silicone into the server. But this is a combination you guys have with HPE and Intel supply-chain security. I mean, it's not just like you're getting chips and sticking them into a machine. This is, like, there's an in-depth relationship on the supply chain that has a very intricate piece to it. Can you guys just double down on that and share that, how that works and why it's important? >> Sure, so why don't I go ahead and start on that one. So, you know, as you mentioned the, you know, the supply chain that ultimately results in an end user pulling, you know, a new Gen11 HPE server out of the box, you know, started, you know, way, way back in it. And we've been, you know, Intel, from our part are, you know, invest heavily in making sure that all of our entire supply chain to deliver all of the Intel components that are inside that HPE platform have been protected and monitored ever since, you know, their inception at one of any of our 14,000, you know, Intel vendors that we monitor as part of our supply-chain assurance program. I mean we, you know, Intel, you know, invests heavily in compliance with guidelines from places like NIST and ISO, as well as, you know, doing best practices under things like the Transported Asset Protection Alliance, TAPA. You know, we have been intensely invested in making sure that when a customer gets an Intel processor, or any other Intel silicone product, that it has not been tampered with or altered during its trip through the supply chain. HPE then is able to pick up that, those components that we deliver, and add onto that their own supply-chain assurance when it comes down to delivering, you know, the final product to the customer. >> Cole, do you want to- >> That's exactly right. Yeah, I feel like that integration point is a really good segue into why we're talking today, right? Because that then comes into a global operations network that is pulling together these servers and able to deploy 'em all over the world. And as part of the Gen11 launch, we have security services that allow 'em to be hardened from our factories to that next stage into that trusted partner ecosystem for system integration, or directly to customers, right? So that ability to have that chain of trust. And it's not only about attestation and knowing what, you know, came from whom, because, obviously, you want to trust and make sure you're get getting the parts from Intel to build your technical solutions. But it's also about some of the provisioning we're doing in our global operations where we're putting cryptographic identities and manifests of the server and its components and moving it through that supply chain. So you talked about this common challenge we have of assuring no tampering of that device through the supply chain, and that's why this partnering is so important. We deliver secure solutions, we move them, you're able to see and control that information to verify they've not been tampered with, and you move on to your next stage of this very complicated and necessary chain of trust to build, you know, what some people are calling zero-trust type ecosystems. >> Yeah, it's interesting. You know, a lot goes on under the covers. That's good though, right? You want to have greater security and platform integrity, if you can abstract the way the complexity, that's key. Now one of the things I like about this conversation is that you mentioned this idea of a hardware-root-of-trust set of technologies. Can you guys just quickly touch on that, because that's one of the major benefits we see from this combination of the partnership, is that it's not just one, each party doing something, it's the combination. But this notion of hardware-root-of-trust technologies, what is that? >> Yeah, well let me, why don't I go ahead and start on that, and then, you know, Cole can take it from there. Because we provide some of the foundational technologies that underlie a root of trust. Now the idea behind a root of trust, of course, is that you want your platform to, you know, from the moment that first electron hits it from the power supply, that it has a chain of trust that all of the software, firmware, BIOS is loading, to bring that platform up into an operational state is trusted. If you have a breach in one of those lower-level code bases, like in the BIOS or in the system firmware, that can be a huge problem. It can undermine every other software-based security protection that you may have implemented up the stack. So, you know, Intel and HPE work together to coordinate our trusted boot and root-of-trust technologies to make sure that when a customer, you know, boots that platform up, it boots up into a known good state so that it is ready for the customer's workload. So on the Intel side, we've got technologies like our trusted execution technology, or Intel Boot Guard, that then feed into the HPE iLO system to help, you know, create that chain of trust that's rooted in silicon to be able to deliver that known good state to the customer so it's ready for workloads. >> All right, Cole, I got to ask you, with Gen11 HPE platforms that has 4th Gen Intel Xeon, what are the customers really getting? >> So, you know, what a great setup. I'm smiling because it's, like, it has a good answer, because one, this, you know, to be clear, this isn't the first time we've worked on this root-of-trust problem. You know, we have a construct that we call the HPE Silicon Root of Trust. You know, there are, it's an industry standard construct, it's not a proprietary solution to HPE, but it does follow some differentiated steps that we like to say make a little difference in how it's best implemented. And where you see that is that tight, you know, Intel Trusted Execution exchange. The Intel Trusted Execution exchange is a very important step to assuring that route of trust in that HPE Silicon Root of Trust construct, right? So they're not different things, right? We just have an umbrella that we pull under our ProLiant, because there's ILO, our BIOS team, CPLDs, firmware, but I'll tell you this, Gen11, you know, while all that, keeping that moving forward would be good enough, we are not holding to that. We are moving forward. Our uncompromising focus, we want to drive more visibility into that Gen11 server, specifically into the PCIE lanes. And now you're going to be able to see, and measure, and make policies to have control and visibility of the PCI devices, like storage controllers, NICs, direct connect, NVME drives, et cetera. You know, if you follow the trends of where the industry would like to go, all the components in a server would be able to be seen and attested for full infrastructure integrity, right? So, but this is a meaningful step forward between not only the greatness we do together, but, I would say, a little uncompromising focus on this problem and doing a little bit more to make Gen11 Intel's server just a little better for the challenges of the future. >> Yeah, the Tier 1 partnership is really kind of highlighted there. Great, great point. I got to ask you, Mike, on the 4th Gen Xeon Scalable capabilities, what does it do for the customer with Gen11 now that they have these breaches? Does it eliminate stuff? What's in it for the customer? What are some of the new things coming out with the Xeon? You're at Gen4, Gen11 for HP, but you guys have new stuff. What does it do for the customer? Does it help eliminate breaches? Are there things that are inherent in the product that HP is jointly working with you on or you were contributing in to the relationship that we should know about? What's new? >> Yeah, well there's so much great new stuff in our new 4th Gen Xeon Scalable processor. This is the one that was codenamed Sapphire Rapids. I mean, you know, more cores, more performance, AI acceleration, crypto acceleration, it's all in there. But one of my favorite security features, and it is one that's called Intel Control-Flow Enforcement Technology, or Intel CET. And why I like CET is because I find the attack that it is designed to mitigate is just evil genius. This type of attack, which is called a return, a jump, or a call-oriented programming attack, is designed to not bring a whole bunch of new identifiable malware into the system, you know, which could be picked up by security software. What it is designed to do is to look for little bits of existing, little bits of existing code already on the server. So if you're running, say, a web server, it's looking for little bits of that web-server code that it can then execute in a particular order to achieve a malicious outcome, something like open a command prompt, or escalate its privileges. Now in order to get those little code bits to execute in an order, it has a control mechanism. And there are different, each of the different types of attacks uses a different control mechanism. But what CET does is it gets in there and it disrupts those control mechanisms, uses hardware to prevent those particular techniques from being able to dig in and take effect. So CET can, you know, disrupt it and make sure that software behaves safely and as the programmer intended, rather than picking off these little arbitrary bits in one of these return, or jump, or call-oriented programming attacks. Now it is a technology that is included in every single one of the new 4th Gen Xeon Scalable processors. And so it's going to be an inherent characteristic the customers can benefit from when they buy a new Gen11 HPE server. >> Cole, more goodness from Intel there impacting Gen11 on the HPE side. What's your reaction to that? >> I mean, I feel like this is exactly why you do business with the big Tier 1 partners, because you can put, you know, trust in from where it comes from, through the global operations, literally, having it hardened from the factory it's finished in, moving into your operating environment, and then now protecting against attacks in your web hosting services, right? I mean, this is great. I mean, you'll always have an attack on data, you know, as you're seeing in the data. But the more contained, the more information, and the more control and trust we can give to our customers, it's going to make their job a little easier in protecting whatever job they're trying to do. >> Yeah, and enterprise customers, as you know, they're always trying to keep up to date on the skills and battle the threats. Having that built in under the covers is a real good way to kind of help them free up their time, and also protect them is really killer. This is a big, big part of the Gen11 story here. Securing the data, securing compute, that's the topic here for this special cube conversation, engineering for a hybrid world. Cole, I'll give you the final word. What should people pay attention to, Gen11 from HPE, bottom line, what's the story? >> You know, it's, you know, it's not the first time, it's not the last time, but it's our fundamental security approach to just helping customers through their digital transformation defend in an uncompromising focus to help protect our infrastructure in these technical solutions. >> Cole Humphreys is the global server security product manager at HPE. He's got his finger on the pulse and keeping everyone secure in the platform integrity there. Mike Ferron-Jones is the Intel product manager for data security technology. Gentlemen, thank you for this great conversation, getting into the weeds a little bit with Gen11, which is great. Love the hardware route-of-trust technologies, Better Together. Congratulations on Gen11 and your 4th Gen Xeon Scalable. Thanks for coming on. >> All right, thanks, John. >> Thank you very much, guys, appreciate it. Okay, you're watching "theCube's" special presentation, "Securing Compute, Engineered for the Hybrid World." I'm John Furrier, your host. Thanks for watching. (upbeat music)

>>Okay, okay, we're back, you're watching the cubes, continuous coverage of HBs Green Lake announcement. One of the things that we said on the Cuban. We first saw Green Lake was let's watch the pace at which H P E delivers new servants is what's that cadence like? Because that's a real signal as to the extent that the company's leading into the cloud and today we're covering that continued expansion. We're here with Tom Black, who was the general manager of HPC storage and Omar assad, who's the storage platform lead for cloud data services at Hewlett Packard Enterprise gentlemen welcome. It's good to see you. >>Thanks Dave. Thanks for having us today. Good to see you. >>Happy to be here. Dave. >>So obviously a lot has changed globally, but when you think of things like cyber threats, ransomware, uh, the acceleration of business transformation, uh, these are new things, a lot of it is unknown a lot of it was forced upon us tom what are you guys doing to address these trends? How are you helping customers? >>Sure, thanks for the question. So if you think back to what we launched in early May, kind of the initial cloud transformation of what was our traditional storage business. Um, we really focused on one key theme. Very customer and customer driven theme that the cloud operational model has one and that customers want that operational model, whether they're operating their workload in the cloud or whether they're operating that workload in their own facility or Nicolo kind of the same thing. So that was kind of our true north and that's what we launched out of the gate in May. But we did allude in May to the fact that we would have an ongoing series of new services coming out on the uh H B Green Lake edge to cloud platform. And just really excited today to be talking about somewhat that expansion looks like um we will continue uh through this month and through the quarters ahead to really add more and more services in that vein of focusing on bringing that true cloud services model to our customer. So we're really excited today to unveil kind of, we've entered the data protection as a service market with HP Green Lake. So this is really our expansion into a very top of mind topic and set of problems and solutions or headaches and aspirins, to quote an old friend um that Ceos faces, they think about how to manage data through its life cycle in their organization. >>When I talked to see IOS during the pandemic. Not that we're out yet, but really in the throes of it and asked them about things like business resilience that they said, you know, we really had to rethink our disaster recovery strategy. It was it was sort of geared toward a fire or a hurricane and we we just didn't even imagine this type of disaster if you will. So we really needed to rethink it. So when I, I see your disaster recovery as a service and capabilities like that. Is that the Xarelto acquisition? >>Yes. Dave thanks you. So we're super happy to have the Xarelto team now as part of our family. Um, just a brilliant team, a well respected technology, uh, kind of a blue chips at our customers and partners that really appreciate what zero has to offer. Um, as we looked at the data protection as a service market, one of the hardest problems is really in that disaster recovery space, I think Omar's gonna talk a little bit more about today. Um, but sort of really does bring the leading industry, what's called continuous data protection um, capability into our green lake platform. Um, we've just recently closed the acquisition and we're working on kind of integration plan as we speak now that we can actually talk to each other post close. Um, but you'll uh, you'll continue to see, you know, some really exciting milestones each and every quarter as we march forward with certain now as part of the family. >>So we all talk about how data is, is so important. We certainly learned during the pandemic that that if you weren't a digital business, you were out of business and a digital business is a data business. So things like backup data protection as a service become increasingly critical. I know you have some capabilities there maybe you could share with us. >>Absolutely. So you know, one of the things that we noticed was as we took the storage business through its transformation and we started can work you know, with the launch of the electron 90 and the six K platform. We really really brought the cloud operational model to our customers. So one of the things that you know, feedback that was coming loud and clear to us is that as we look at the storage portfolio where we look at file block and object, which are now being transformed into a cloud operational experience, data protection, disaster recovery coming back into business after a disaster snapshot management. All of those capabilities, we still have to rely on our partner technologies in order to do that now. It's not bad that we have great partners in the data protection world, but what we're really focused on is that cloud operational model and cloud operational experience and to and as tom mentioned through the data management life cycle. So as a result of that, we talked to a lot of our customers, we talked to a bunch of partners and one of the things that was coming back was that yes, there are many data protection backup offerings on the market. But that true as a service experience that is completely integrated to the services experience of the storage that the customers is experiencing that is not there. So what we looked at was especially to the largest ecosystem, which is the VM ware ecosystems. So we're launching data protection as a service or backup as a service for our VM ware customers offered from data services, cloud console as a SAAS portal. 100% SAs service, nothing to install. No media servers, no application servers, no catalog servers, no backup targets, no patching, no expansion, no capacity planning. None of that is needed. All that's needed is sign on click. Give your V center credentials and off you go, that's it. That is it three clicks and you're in business. So currently, you know, in our, in our analysis we offer five x faster recovery from any of the competitive offerings that there there there are 3.5 better de doop ratios. But for our customers is as simple as this. VM is protected as this many dollars per gig per month. That's it. No backup target, no media server, no catalogs are nothing nothing to manage total Turkey off of the portal. So that's the cadence of services that if you promise and this is one of the first ones when it comes to data management that is coming out into the open. >>So you may have just answered this question, but I want to pose it and get you maybe just summarize it because tom was talking earlier about the customer mandate for cloud in a cloud operational model. So I want you to explain to the audience how you're making that real >>actually can I start that one should be the test was monday morning. Getting ready for this chat with you Dave they got me on console and I'm not kidding three clicks, I got back up and running off the lab VM ware instance so I'll pass it off to you the real answer. But if I could do it three clicks >>as well as a convenience of this service, even tom can be your back, you might be able to do with this. Uh again, you know, a very important question the when you, when you look at the cloud operational model as you abstracts the hardware and and take the management model up into a SAS service, it gives our customers that access to that continuous delivery access that we have. We're going to continue to make the service medal better in the cloud model and automatically customers get the value of it without even reinstalling or going through a patch cycle or an upgrade cycle. But as we get into this cloud operational model, one of the things that was missing was uh if you if you if you if you start to talk about applications, how our application workloads going to be deployed, how are they going to be protected and how are they going to be expanded? So what we did was we, we expanded our info site offerings by merging them into the data services, cloud console and we're releasing a new service called app insects. It is going to be available to our customers at the end of the month. Uh It is, nothing has to change. They don't have to install any sort of agents or or host modifications, nothing like that. If their customers of electra nimble primary boxes and they're using info site and data services, cloud console, they will automatically get app insights. What Athens sites does is it really teases apart all that data that we have been collecting within foresight and now with the acquisition of HPV cloud physics, we're merging them together and relating the operational stacked top to bottom. So discovering all the way from your application usage, network usage, storage, use it. IOP usage VM values cross, collaborating them and presenting that to a customer from an app or an outcome perspective all in the data services, cloud console. So what this does for our customers is it really really transforms not only their operational experience but also buying experience. Because if you remember in one of the earlier releases of data services cloud console we released this application called, you know, intelligent intent based provisioning in which you just describe your workload and we go ahead and we provision that app insights and info site, feed that information directly into that and cloud physics generates and results and displays those analytics back to us to your partner of record and to the H. B. So we can all come together on a common data driven discussion point with our customers to continue to make their journey better >>tom where's all the boxes, traditional storage is changing. I've actually been waiting for this day for a long, long time. We've certainly seen glimpses of it from the cloud players, but they don't have, you know, super rich portfolio storage portfolio. They're growing now, but this is a really good strong example of a company with a large storage portfolio. That's, I mean I haven't heard the word three power once today. Right. And so what that says to me, that's an indication that you're thinking like a cloud player, can you maybe talk >>to that? Sure. Yeah, we're just tremendously excited about this transformation and really the reception we've got in the market from analysts, from partners, from customers because you're right, you haven't heard us talk about a box at all today. It's really about a block service, a file on the object service, a backup and recovery service, disaster recovery service. That that's that is the the language, if you will of the business problems of our customers not, do they need to pick this widget or that widget. And how many apps can I get here and there? And which did the h a cage protection scheme be that, is that, is our job to manage underneath are true North, which is the cloud operational model. And so that's going to be really how we we've set our course and how we will uh kind of deliver products solutions offers into the market underneath that umbrella, Ultimately, um getting our customers wherever their data is Dave to be able to interact at that service level instead of at that infrastructure box >>level, you've got my attention wherever the data. So that's the north star here is this is, you know, you're not done today obviously, but you've got a vision to bring that to the cloud across clouds on prem out to the edge. That's the abstraction layer that you're gonna build, your hiding all that complexity. That's correct. And that's cloud. The definition of cloud is changing. >>Yeah, >>it's no longer started, it's no longer a remote set of services. Somewhere up in the cloud. It's expanding on prem hybrid across clouds edge >>everywhere. You're exactly right. Dave it is, cloud is more about the experience and the outcome. It gives a customer than actually where the compute or storage is. We've chosen to take a very customer an agnostic position of whether it's, you know, data in your premise, data in your cloud. We're going to help you manage that data and deliver, you know, that data to workloads and analytics, uh, wherever the, wherever the compute needs to be, where the data needs to be. Again, technologies like Xarelto giving instability and move data across clouds from facilities and clouds back and forth. So it's a really exciting new day for HP. Green Lake were just so super happy to bring these technologies out and really continue to follow on the course of doing what we said, we would do >>the new mindset starts there, I guess it's obviously knew certainly new technologies, uh, you're talking about machine intelligence is a metadata challenge. Absolutely. Big time, you know, long term that North Star that we talked about and applying that machine intelligence, all the experience that you gather data that you're gathering is, I think ultimately how customers want you to solve this problem >>in the middle of info site data services, cloud console and the instrumentation that is already shipping on our appliances, both in edge appliances and the data center appliances were collecting more than a trillion data points over the period of a quarter. Right at the end of the day. So it's harnessing that at the back end to cross relate and then using the cloud physics accusation. What we're doing is we can now simulate these things on behalf of our customers into the future timeline. So at the end of the day, it's really about listening to the customer and what outcomes that they want to achieve with their data storage is there we provide excellent persistence layers where customers can store their data safely. But at the end of the day it's customers choice, They can store their data out of the edge in compute servers, commodity servers, X 86 servers, they can have their data in the data center which they are privately owned or their data can be in a service provider or it can be in a hyper secular. The infrastructure of the persistence layer is independent from the data services. Cloud console data services. Cloud console provides our customers with a SAS based industry leading metadata rich management experience, which then allows you to draw conclusions. So services like cloud physics services like uh enforce it, provide the analytics and richness of the metadata, backup and recovery service allows us to index our customers data and add a rich metadata to that and then combine that with xylitol, which is our disaster recovery as a service offering. Going to start over here. That gives the customer a very simple slider as to where they want their protection levels to be, they want their protection to be instant or they want their protection to be lazy eight hours window. But the thing is at the end of the day, it's about choice without managing the complexities of the hardware >>underneath because programmable completely right I come in, what I'm hearing is file object blocks of your multi protocol. I got a full stack so data data reduction, my snaps might replicate whatever whatever I need it in there as a service. I can I can access latency sensitive storage if I need to or I can push it out to cheaper stores. I could push it out to the cloud, presumably I could someday I air gap it uh and it's all done as infrastructure as code and then different protection levels where I see this going. It really gets exciting is you're now a data company and you're bringing ai machine intelligence and driving data products, data services for your customers who are going to monetize that at their end of the value >>chain. That's right. That's right. And safely insecurity. Keeping in mind that was their toes technology. We can give you, you know, small second recovery points to protect against ransomware. So all of that operational elegance, all those insights and intelligence to help you build a more agile, um you know, workloads centric organization, but then to do it safely and securely against ransomware, that's kind of the storm, if you will. That's brewing. And we're just really excited to be at the eye of it. >>I'm excited to. This is uh I've been waiting for this day for a long time and we're not talking about envy, Emmy and Atomic Rights and I love that stuff by the way and I'm sure it's all under the covers, but that's not what drives business value guys. Thanks so much for coming on the Cuban. David. >>Thanks for having us. It's been great. Thank you. >>All right. We're seeing a transformation all through the stack and keep it right there. This is Dave Volonte for the Cuban. Our coverage of HBs Green Lake announcements right back mm mhm

(digital music) >> Hello everyone. And welcome to theCUBE where we're covering the recent news from Hewlett Packard Enterprise Making Moves and Storage. And with me are Omer Asad, Vice President and General Manager for Primary Storage, HCI and Data Management at HPE and Sandeep Singh who's the Vice President of Storage Marketing at Hewlett Packard Enterprise. Gentlemen, welcome back to theCUBE. Great to see you both. >> Dave its a pleasure to be here. >> Always a pleasure talking to you Dave thank you so much. >> Oh, it's my pleasure. Hey, so we just watched HPE make a big announcement and I wonder Sandeep, if you could give us a quick recap. >> Yeah, of course Dave. In the world of enterprise storage there hasn't been a moment like this in decades, a point at which everything is changing for data and infrastructure and it's really coming at the nexus of data, cloud and AI that's opening up the opportunity for customers across industries to accelerate their data-driven transformation. Building on that we just unveiled a new vision for data that accelerates the data driving transformation for customers edge to cloud. And to pay that off we introduce a new data services platform that consists of two game-changing innovations. First it's a data services cloud console which is a SaaS based console that delivers cloud operational agility for customers. And it's designed to unify data operations through a suite of cloud services. Though our second announcement is HPE Electra. HPE Electra is a cloud native data infrastructure portfolio to power your data edge to cloud. It's managed natively with data services cloud console and it brings that cloud operational model to customers wherever their data lives. These innovations are really combined with our industry leading AIOPS platform which is HPE InfoSight and combine these innovations radically simplify and bring that cloud operational model to customers our data and infrastructure management. And it gives the opportunity for streamlining data management across the life cycle. These innovations are making it possible for organizations across the industries to unleash the power of data. >> That's kind of cool. There're a lot of the stuff we've been talking about for all these years is sort of this unified layer across all clouds on-prem, AI injected in I could tell you're excited and it sounds like you you can't wait to get these offerings in the hands of customers, but I wonder we get back up a minute. Omer, maybe you could describe the problem statement that you're addressing with this announcement. What are customers really pain points? >> Excellent question, Dave. So in my role, as the General Manager for Data Management and Storage here at HPE I get the wonderful opportunity to talk to hundreds of customers in a year. And, you know, as time has progressed as the amount of data under organizations' management has continued to increase, what I have noticed is that recently there are three main themes that are continuously emerging and are now bubbling at the top. The first one is storage infrastructure management itself is extremely complex for customers. While there have been lots of leaps and down progress in managing a single array or managing two arrays with a lot of simplification of the UI and maybe some modern UIs are present but as the problem starts to get at scale as customers acquire more and more assets to store and manage their data on premise the management at scale is extremely complex. Yes, storage has gotten faster, yes, flash has had a profound effect on performance availability and latency access to the data but infrastructure management and storage management as a whole has become a pain for customers and it's a constant theme as storage lifecycle management comes up storage refresh has come up and deploying and managing storage infrastructure at scale comes up. So that's one of the main problems that I've been seeing as I talk to customers. Now, secondly, a lot of customers are now talking about two different elements. One is storage and storage deployment and life cycle management. And the second is the management of data that is stored on those storage devices. As the amount of data grows the silos continue to grow a single view of life cycle management of data doesn't, you know, customers don't get to see it. And lastly, one of the biggest things that we see is a lot of customers are now asking, how can I extract a value from this data under my management because they can't seem to parse through the silos. So there is an incredible amount of productivity lost when it comes to data management as a whole, which is just fragmented into silos, and then from a storage management. And when you put these two together and especially add two more elements to it which is hybrid management of data or a multicloud management of data the silos and the sprawl just continues and there is nothing that is stitching together this thing at scale. So these are the three main themes that constantly appear in these discussions. Although in spite of these a lot of modern enhancements in storage >> Well, I wonder if I could comment guys 'cause I've been following this industry for a number of years and you're absolutely right, Omer. I mean, if you look at the amount of money and time and energy that's spent into or put into the data architectures people are frustrated they're not getting enough out of it. And I'd note that, you know, the prevailing way in which we've attacked complexity historically is you build a better box. And well, while that system was maybe easier to manage than the predecessor systems all it did is create another silo and then the cloud, despite its impaired simplicity that was another disconnected siloed. So then we threw siloed management solutions at the problem and we're left with this collection of point solutions with data sort of trapped inside. So I wonder if you could give us your thoughts on that and you know, do you agree, what data do you have around this problem statement? >> Yeah, Dave that's a great point. And actually ESG just recently conducted a survey of over 250 IT decision makers. And that actually brings one of the perfect validations of the problems that Omer and you just articulated. What it showed is that 93% of the respondents indicated that storage and data management, that complexity is impeding their digital transformation. On average, the organizations have over 23 different data management tools which just typifies and is a perfect showcase of the fragmentation and the complexity that exists in that data management. And 95% of the respondents indicated that solving storage and data management that complexity is a top 10 business initiative for them. And actually top five for 67% of the respondents. So it's a great validation across the board. >> Well, its fresh in their minds too, because pre pandemic there was probably, you know, a mixed picture, right. It was probably well there's complacency or we're not moving fast enough, we have other priorities, but they were forced into this. Now they know what the real problem is it's front and center. Yeah, I liked that you're putting out there in your announcement this sort of future state that you're envisioning for customers. And I wonder if we could sort of summarize that and share with our listeners that vision that you unveiled what does it look like and how are you making it real? >> Yeah, overall, we feel very strongly that it's time for our customers to reimagine data management. And our vision is that customers need to break down the silos and complexity that plagues the distributed data environments. And they need to experience a new data experience across the board that's going to help them accelerate their data-driven transformation and we call this vision Unified DataOps. Unified DataOps integrates data-centric policies across the board to streamline data management, cloud-native control and operations to bring that agility of cloud and the operational model to wherever data lives. And AI driven insights and intelligence to make the infrastructure invisible. It delivers a whole new experience to customers to radically simplify and bring the agility of cloud to data and data infrastructure, streamlined data management and really help customers innovate faster than ever before. And we're making the promise of Unified DataOps real by transforming the entire HPE storage business to a cloud native software defined data services and that's through introducing a data services platform that expands HPE GreenLake. >> I mean, the key word I take away there Sandeep, is invisible. I mean, as a customer I want you to abstract that complexity away that underlying infrastructure complexity I just don't want to see it anymore. Omer, I wonder if we could start with the first part of the announcement maybe you can help us unpack data services, cloud console. I mean, you know, people are immediately going to think it's just another software product to manage infrastructure. But to really innovate, I'm hoping that it's more than that. >> Absolutely, Dave, it's a lot more than that. What we have done fundamentally at the root of the problem is we have taken the data and infrastructure control away from the hardware and through that, we provided a unified approach to manage the data wherever it lives. It's a full blown SaaS console which our customers get onto and from there they can deploy appliances, manage appliances, lifecycle appliances and then they not only stop at that but then go ahead and start to get context around their data. But all of that (indistinct) available through a SaaS platform, a SaaS console as every customer onboards themselves and their equipment and their storage infrastructure onto this console then they can go ahead and define role-based access for different parts of their organization. They can also apply role-based access to HPE GreenLake management personnel so they can come in and do and perform all the operations for the customers via the same console by just being another access control methodology in that. And then in addition to that, as you know, data mobility is extremely important to our customers. How do you make data available in different hyperscaler clouds if the customer's digital transformation requires that? So again, from that single cloud console from that single data console, which we are naming here as data services console customers are able to curate the data, maneuver the data, pre-positioned the data into different hyperscalers. But the beautiful thing is that the entire view of the storage infrastructure, the data with its context that is stored on top of that access control methodologies and management framework is operational from a single SaaS console which the customer can decide to give access to whichever management entity or authority comes into help them. And then what this leads us into is then combining these things into a northbound API. So anybody that wants to streamline operational manageability can then use these APIs to program against a single API which will then control the entire infrastructure on behalf of the customer. So if somebody dare what this is it is bringing that cloud operational model that was so desired by each one of our customers into their data centers and this is what I call an in-place transformation of a management experience for our customer by making them seamlessly available on a cloud operational model for their infrastructure. >> Yeah, and you've turned that into essentially an API with a lot of automation, that's great. So, okay. So that's kind of how you're trying to change the game here you're charting new territory. I want you to talk, you talked to hundreds and hundreds of customers every year I wonder if you could paint a picture from the customer perspective how does their experience actually change? >> Right, that's a wonderful question, Dave. This allows me to break it down into bits and bytes further for you and I love that, right. So the way you look at it is, you know, recently if you look at the storage management, as we talked about earlier, from an array perspective or maybe two arrays perspective has been simplified I mean, it's a solved problem. But when you start to imagine deploying hundreds of arrays and these are large customers, they have massive amounts of data assets, storage management hasn't scaled along as the infrastructure scales. But if you look at the consumer world you can have hundreds of devices but the ownership model is completely (indistinct). So the inspiration for solving this problem for us actually was inspired from consumerization of IT and that's a big trend over here. So now we're changing the customer's ownership model, the customer's deployment model and the customer's data management model into a true cloud first model. So let me give some of the examples of that, right. So first of all, let's talk about deployment. So previously deployment has been a massive challenge for our customers. What does deployment in this new data services console world looks like? Devices show up, you rack them up and then you plug in the power cable, you plug in the network cable and then you walk out of the data center. Data center administrator or the storage of administrator they will be on their iPad, on their data services console, or iPhone or whatever the device of their choice is and from that console, from that point on the device will be registered, onboarded, its initial state will be given to it from the cloud. And if the customer has some predefined States for their previous deployment model already saved with the data console they don't even need to do that we'll just take that and apply that state and induct the device into the fleet that's just one example. It's extremely simple plug in the power cable, plug in the network cable and the data center operational manager just walks out. After that you could be on the beach, you could be at your home, you could be driving in a car and this don't, I advise people not to fiddle with their iPhones when they're driving in a car, but still you could do it if you want to, right. So that's just one part from a deployment methodology perspective. Now, the second thing that, you know, Sandeep and I often bounce ideas on is provisioning of a workload. It's like a science these days. And is this array going to be able to absorb my workload, is the latency going to go South does this workload latency profile match this particular piece of device in my data center? All of this is extremely manual and it literally takes, I mean, if you talk to any of the customers or even analysts, deploying a workload is a massive challenge. It's a guesswork that you have to model and, you know basically see how it works out. I think based on HPE InfoSight, we're collecting hundreds and millions of data points from all these devices. So now to harness that and present that back to a customer in a very simple manner so that we can model on their behalf to the data services console, which is now workload of it, you just describe your workload, hey, I'm going to need these many IOPS and by the way, this happens to be my application. And that's it. On the backend because we're managing your infrastructure the cloud console understands your entire fleet. We are seeing the statistics and the telemetric coming off of your systems and because now you've described the workload for us we can do that matching for you. And what intent based provisioning does is describe your workloads in two or three clicks or maybe two or three API construct formats and we'll do the provisioning, the deployment and bringing it up for you on your behalf on the right pieces of infrastructure that matched it. And if you don't like our choices you can manually change it as well. But from a provisioning perspective I think that took days can now come down to a couple of minutes of the description. And lastly, then, you know, global data management distributed infrastructure from edge to cloud, invisible upgrades, only upgrading the right amount of infrastructure that needs the upgrade. All of that just comes rolling along with it, right. So those are some of the things that this data services console as a SaaS management and scale allows you to. >> And actually, if I can just jump in and add a little bit of what Omer described, especially with intent-based provisioning, that's really bringing a paradigm shift to provisioning. It's shifting it from a LAN-centric to app-center provisioning. And when you combine it with identity management and role-based access what it means is that you're enabling self-service on demand provisioning of the underlying data infrastructure to accelerate the app workload deployments. And you're eliminating guesswork and providing the ability to be able to optimize service level objectives. >> Yeah, it sounds like you've really nailed that in an elegant way that provisioning challenge. I've been saying for years if your primary expertise is deploying logical unit numbers you better find some other scales because the day is coming that that's just going to get automated away. So that's cool. There's another issue that I'm sure you've thought about but I wonder if you could address, I mean, you've got the cloud, the definition of cloud is changing that the cloud is expanding to on-prem on-prem expand to the cloud. It's going out to the edge, it's going across clouds and so, you know, security becomes a big issue that threat surface is expanding, the operating model is changing. So how are you thinking about addressing those security concerns? >> Excellent question, Dave. So, you know, most of the organizations that we talked to in today's modern world, you know almost every customer that I talk to has deployed either some sort of a cloud console where they're either one of the customers were the hyperscalers or you know, buy in for SaaS-based applications or pervasive across the customer base. And as you know, we were the first ones to introduce the automatic telemeter management through HPE InfoSight that's one of the largest storage SaaS services in production today that we operate on behalf of our customers, which has, you know, Dave, about 85% connectivity rate. So from that perspective, keeping customer's data secure, keeping customer's telemetry information secure we're no stranger to that. Again, we follow all security protocols that any cloud operational SaaS service would do. So a reverse handling, the firewall compliancy security audit logs that are published to our customers and published to customers' chief information security officers. So all of those, you know what I call crossing the T's and dotted the I's we do that with security expert and security policies for which each of our customers has a different set of rules. And we have a proper engagement model that we go through that particular audit process for our customers. Then secondly, Dave the data services cloud console is actually built on a fundamental cloud deployment technology that is not sort of that new. Aruba Central which is an Aruba management console which is also an HPE company it's been deployed and it's managing millions of access points in a SaaS framework for our customers. So the fundamental building blocks of the data storage console from a basic enablement perspective come from the Aruba Central console. And what we've taken is we've taken those generic cloud-based SaaS services and then built data and storage centric SaaS services on top of that and made them available to our customers. >> Yeah, I really like the Aruba. You picked that up several years ago and it's same thing with InfoSight the way that you bring it to other parts of the portfolio those are really good signs to watch of successful acquisitions. All right, there's a lot here. I want to talk about the second part of the announcement. I know you're a branding team you guys are serious about branding that new product brand. Maybe you could talk about that. >> So again, so delivering the cloud operational model is just the first piece, right. And now the second part of the announcement is delivering the cloud native hardware infrastructure which is extremely performing to go along with this cloud operational model. So what we have done Dave, in this announcement is we've announced HPE Electra. This is our new brand for our cloud native infrastructure to power your data and its appliances from core to the edge, to the cloud, right. And what it does is it takes the cloud operational model and this hardware is powered by that, it's completely wrapped around data. And so HPE Electra is available in two models right now, the HB electron 9,000 which is available for mission critical workloads for those high intensity workloads with a hundred percent availability guarantee where no failure is ever an option. And then it's also available as HPE Electra, 6,000 which is available for general purpose, business critical workloads generally trying to address that mid range of the storage market. And both of these systems are full 100% NBME front and back. And they're powered by the same unified cloud management operational experience that the data cloud console provides. And what it does is it allows our customers to simplify the deployment model, it simplifies their management model and really really allows them to focus on the context, the data and their app diversity whereas data mobility, data connectivity, data management in a multicloud world is then completely obstructed from them. >> Dave: Yeah. >> Sandeep: And Dave. >> Dave: Go ahead, please. >> Just to jump in HPE Electra combined with data services cloud console is delivering a cloud experience that makes deploying and scaling the application workloads as simple as flipping a switch. >> Dave: Nice. >> It really does. And you know, I'm very comfortable in saying this you know, like HPE InfoSight, we were the first in the industry to bring AI-based elementary and support enabled metrics (indistinct). And then here with data services console and the hardware that goes with it we're just completely transforming the storage ownership and a storage management model. And for our customers, it's a seamless non-disruptive upgrade with fully data in place upgrade. And they transform to a cloud operational model where they can manage their infrastructure better where they are through a complete consumer grade SaaS console is again the first of its kind when you look at storage management and storage management at scale. >> And I like how you're emphasizing that management layer, but underneath you got all the modern hardware technologies too which is important because it's a performance got to be, you know, a good price performance. >> Absolutely. >> So now can we bring this back again to the customers what are the outcomes that this is going to enable for them? >> So I think Dave, the first and the foremost thing is as they scale their storage infrastructures they don't have to think it's really as simple as yeah, just send it to the data center, plug in the power cable, plug in the network cable and up it comes. And from that point onwards the life cycle and the device management aspect are completely abstracted by the data services console. All they have to focus is I just have new capacity available to me and when I have an application the system will figure it out for me where they need to deploy. So no more needing the guesswork, the Excel sheets of capacity management, you know the chargeback models, none of that stuff is needed. And for customers that are looking to transform their applications customers looking to refactor their applications into a hyperscaler model or maybe transform from VM to containers, all they need to think about and focus is on that the data will just follow these workloads from that perspective. >> And Dave, just to almost response here as I speak with customers one of the things I'm hearing from IT is that line of business really wants IT to deliver that agility of cloud yet IT also has to deliver all of the enterprise reliability, availability, all of the data services. And what's fantastic here is that through this cloud operational model IT can deliver that agility, that line of business owners are looking for at the same time they've been under pressure to do a lot more with less. And through this agility, IT is able to get time back be able to focus more on the strategic projects at the same time, be able to get time back to spend more time with their families that's incredibly important. >> Omer: Right >> Well, I love the sort of mindset shift that I'm seeing from HPE we're not talking about how much the box weighs (laughing) we're talking about the customer experience. And I wonder, you know, that kind of leads me, Sandeep to how this kind of fits in to this new really, to me, I'm seeing the transformation before our eyes but how does it fit into HPE's overall mission? >> Well, Dave, our mission overall is to be the edge to cloud platform as a service company with HPE GreenLake, being the key to delivering that cloud experience. And as Omer put it, be able to deliver that cloud experience wherever the customer's data lives. And today we're advancing HPE GreenLake as a service transformation of the HPE storage business to a software defined cloud data services business overall. And for our customers, this translates to how to operational and ownership experience that unleashes their agility, their data and their innovation. So we're super excited >> Guys, I can tell you're excited. Thanks so much for coming to theCUBE and summarizing the announcements, congratulations and best of luck to both of you and to HPE and your customers. >> Thank you Dave. It was a pleasure. (digital music)

(upbeat music) >> Hello everyone, and welcome to The CUBE where we're covering the recent news from Hewlett Packard enterprise, making moves and storage. And with me are Omar Assad, vice president and general manager for Primary Storage, HCI and data management at HPE. And Sandeep Singh, who's the vice president of Storage Marketing at Hewlett Packard Enterprise. Gentlemen, welcome back to the CUBE Great to see you both. >> David, it's pleasure to be here. >> Always a pleasure talking to you David, thank you so much. >> Oh, it's my pleasure. Hey, so we just watched HPE make a big announcement and I wonder Sandeep if you could give us a quick recap. >> Yeah, of course, Dave. In the world of enterprise storage, there hasn't been a moment like this in decades upon at which everything is changing for data and infrastructure. And it's really coming at the nexus of data cloud and AI that's opening up the opportunity for customers across industries to accelerate their data-driven transformation. Building on that, we just unveiled a new vision for data that accelerates the data driving transformation for customers edge to cloud. And to pay that off, we introduce a new data services platform that consists of two game-changing innovations. First it's a data services cloud console which is a SAS based console that delivers cloud operational agility for customers. And it's designed to unify data operations through a suite of cloud services. Then our second announcement is HPE Electra. HB Electra is a cloud native data infrastructure portfolio to power your data edge to cloud. It's managed natively with data services cloud console and it brings that cloud operational model to customers wherever their data lives. These innovations are really combined with our industry leading AI ops platform which is HPE in foresight, and combine these innovations radically simplify and bring that cloud operational model to customers or data and infrastructure management. And it gives the opportunity for streamlining data management across the life cycle. These innovations are making it possible for organizations across the industries to unleash the power of data. >> That's kind of cool, I mean, a lot of the stuff we've been talking about for all these years is sort of this unified layer across all clouds on prem, AI injected in, I could tell you're excited and it sounds like you you can't wait to get these offerings in the hands of customers. But I wonder if we get back up a little a minute. Omer, maybe you could describe the problem statement that you're addressing with this announcement. What are customers really, what are their pain points? >> Excellent question, Dave. So in my role, as the general manager for data management and storage here at HPE, I get the wonderful opportunity to talk to hundreds of customers in a year. And as time has progressed, as the amount of data under organizations management has continued to increase. What I have noticed is that recently there are three main themes that are continuously emerging and are now bubbling at the top. The first one is storage infrastructure management itself is extremely complex for customers. While there have been lots of leaps and down progress in managing a single array or managing two arrays with a lot of simplification of the UI and maybe some modern UI are present. But as the problem starts to get at scale, as customers acquire more, and more assets to store and manage their data on premise, the management at scale is extremely complex. Yes, storage has gotten faster. Yes, flash has had a profound effect on performance availability and latency access to the data but infrastructure management and storage management as a whole has become a pain for customers and it's a constant theme as storage lifecycle management comes up, storage refresh has come up and deploying and managing storage infrastructure at scale comes up. So that's one of the main problems that I've been seeing as I talk to customers. Now, secondly, a lot of customers are now talking about two different elements. One is storage and storage deployment and life cycle management. And the second is the management of data that is stored on those storage devices. As the amount of data grows the silos continue to grow, a single view of life cycle management of data customers don't get to see it. And lastly, one of the biggest things that we see is a lot of customers are now asking, how can I extract a value from this data under my management because they can't seem to parse through the silos. So there is an incredible amount of productivity lost when it comes to data management as a whole, which is just fragmented into silos and then from a storage management. And when you put these two together and especially add two more elements to it which is hybrid management of data or a multi-cloud management of data, the silos and the sprawl just continues and there is nothing that is stitching together this thing at scale. So these are the three main themes that constantly appear in these discussions. Although in spite of these, a lot of modern enhancements in storage. >> Well, I wonder if I could comment guys. Is I've been following this industry for a number of years and you're absolutely right Omer. I mean, if you look at the amount of money and time and energy that's spent into or put into the data architectures, people are frustrated, they're not getting enough out of it. And I'd note that, the prevailing way in which we've attacked complexity historically is you build a better box. And well, that system was maybe easier to manage than the predecessor systems. All it did is create another silo and then the cloud, despite its inherent simplicity, that was another disconnected siloed. So then we threw siloed management solutions at the problem, and we're left with this collection of point solutions with data sort of trapped inside. So I wonder if you could give us your thoughts on that and do you agree? What data do you have around this problem statement? >> Yeah, Dave that's a great point. And actually ESG just recently conducted a survey of over 250 IT decision makers. And that actually brings one of the perfect validations of the problems that Omer, and you just articulated. What it showed is that 93% of the respondents indicated that storage and data management, that complexity is impeding their digital transformation. On average, the organizations have over 23 different data management tools which just typifies and is a perfect showcase of the fragmentation and the complexity that exists in that data management. And 95% of the respondents indicated that solving storage and data management, that complexity is a top 10 business initiative for them. And actually top five for 67% of the respondents. So it's a great validation across the board. >> Well, it's fresh in their minds too, because pre pandemic there was probably a mixed picture, right? It was probably well there's complacency or we're not moving fast enough, we have other priorities, but they were forced into this. Now they know what the real problem is. It's front and center. I liked that you're putting out there in your announcement, this sort of future state that you're envisioning for customers. And I wonder if we could sort of summarize that and share with our listeners that vision that you unveiled, what does it look like and how are you making it real? >> Yeah, overall, we feel very strongly that it's time for our customers to reimagine data management. And our vision is that customers need to break down the silos and complexity that plagues the distributed data environments. And they need to experience a new data experience across the board. That's going to help them accelerate their data-driven transformation. And we call this vision unified data ops. Unified data ops integrates data centric policies across the board to streamline data management, cloud native control and operations, to bring that agility of cloud and the operational model to wherever data lives. And AI driven insights and intelligence to make the infrastructure invisible. It delivers a whole new experience to customers to radically simplify and bring the agility of talent to data and data infrastructure. Streamlined data management, and really help customers innovate faster than ever before. And we're making the promise of unified data ops real by transforming the entire HPE storage business to a cloud native software defined data services. And that's through introducing a data services platform that expands HPE GreenLake. >> I mean, the key word I take away there Sandeep is invisible. I mean, as a customer I want you to abstract that complexity away that underlying infrastructure complexity is. I just don't want to see it anymore over. Omer, I wonder if we could start with the first part of the announcement. Maybe you can help us unpack data services, cloud console. I mean, people are immediately going to think it's just another software product to manage infrastructure. But to really innovate, I'm hoping that it's more than that. >> Absolutely, David, it's a lot more than that. What did we have done fundamentally at the root of the problem is we have taken the data and infrastructure control away from the hardware and through that, we provided a unified approach to manage the data wherever it lives. It's a full blown SAS console, which our customers get onto. And from there they can deploy appliances, manage appliances, lifecycle appliances and then they're not only stop at that, but then go ahead and start to get context around their data. But all of that is available through a SAS platform, a SAS console. 'Cause as every customer onboard themselves and their equipment and their storage infrastructure onto this console, then they can go ahead and define role-based access for different parts of their organization. They can also apply role-based access to HPE GreenLake management personnel, so they can come in and do and perform all the operations for the customers. We at the same console, by just being another access control methodology in that. And then in addition to that, data mobility is extremely important to our customers. How do you make data available in different hyperscaler clouds? If the customer's digital transformation requires that. So again, from that single cloud console, from that single data console, which we are naming here as data services console, customers are able to curate the data, maneuver the data, pre-position the data into different hyperscalers. But the beautiful thing is that the entire view of the storage infrastructure, the data with its that is stored on top of that access control methodologies and management framework is operational from a single SAS console which the customer can decide to give access to whichever management entity or authority comes into help them. And then what this leads us into is then combining these things into a northbound API. So anybody that wants to streamline operational manageability can then use these APIs to program against a single API which will then control the entire infrastructure on behalf of the customer. So if somebody, they, what this is, is it is bringing that cloud operational model that was so desired by each one of our customers into their data centers. And this is what I call an in-place transformation of a management experience for our customer by making them seamlessly available on a cloud operational model for their infrastructure. >> Yeah, and you've turned that into essentially an API with a lot of automation, that's great. So, okay. So that's kind of how you're trying to change the game here. You're charting new territory. You've talked to hundreds and hundreds of customers every year. I wonder if you could paint a picture from the customer perspective. How does their experience actually change? >> Wonderful, Dave. This allows me to break it down into bits and bites further for you. And I love that, right? So the way you look at it is, recently, the storage management from an, as we talked about earlier from an array perspective or maybe two arrays perspective has been simplified. I mean, it's a solved problem. But when you start to imagine deploying hundreds of arrays and these are large customers, they have massive amounts of data assets, storage management hasn't scaled along as the infrastructure scales. But if you look at the consumer world, you can have hundreds of devices, but the ownership model is completely set. So the inspiration for solving this problem for us actually lied, was inspired from consumerization of IT. And that's a big trend over here. So now we're changing the customer's ownership model, the customer's deployment model and the customer's data management model into a true cloud first model. So let me give some of the examples of that, right? So first of all, let's talk about deployment. So previously deployment has been a massive challenge for our customers. What does deployment in this new data services console world looks like? Devices show up, you rack them up and then you plug in the power cable, you plug in the network cable, and then you walk out of the data center. Data center administrator or the storage administrator, they will be on their iPad, on their data services console or iPhone or whatever the device of their choices, and from that console, from that point on, the device will be registered, onboarded. Its initial state will be given to it from the cloud. And if the customer has some predefined states for their previous deployment model already saved with the data console, they don't even need to do that. We'll just take that and apply that state and induct the device into the fleet. That's just one example. It's extremely simple. Plug in the power cable, plug in the network cable and the data center operational manager just walks out. After that you could be on the beach, you could be at your home, you could be driving in a car and this don't, I advise people not to fiddle with their I-phones when they're driving in a car, but still you could do it if you want to. So that's just one part from a deployment methodology perspective. Now, the second thing that Sandeep and I often bounce ideas bond is is it is provisioning of a workload. It's like a science these days. And is this array going to be able to absorb my workload? Is the latency going to go South? Does this workload latency profile match this particular piece of device in my data center? All of this is extremely manual. And it literally takes, I mean, if you talk to any of the customers or even analysts, deploying a workload is a massive challenge. It's a guesswork that you have to model and basically see how it works out. I think based on HPE info site, we're collecting hundreds and millions of data points from all these devices. So now to harness that and present that back to a customer in a very simple manner so that we can model on their behalf to the data services console, which is now workload of it. you just describe your workload. Hey, I'm going to need these many IOPS. And by the way, this happens to be my application. And that's it. On the backend, because we're managing your infrastructure, the cloud console understands your entire fleet. We are seeing the statistics and the telemetric coming off of your systems. And because now you've described the workload for us we can do that matching for you. And what intent based provisioning does is, describe your workloads in two or three clicks or maybe two or three API construct formats and we'll do the provisioning, the deployment and bringing it up for you on your behalf on the right pieces of infrastructure that matched it. And if you don't like our choices, you can manually change it as well. But from a provisioning perspective, a thing that took days can now come down to a couple of minutes of the description. And lastly then, global data management, distributed infrastructure from edge to cloud, invisible upgrades, only upgrading the right amount of infrastructure that needs the upgrade. All of that just comes rolling along with it, right? So those are some of the things that this data services console as a SAS management and scale allows you to do. >> And actually, if I can just jump in and add a little bit. What Omer described, especially with intent based provisioning, that's really bringing a paradigm shift to provisioning. It's shifting it from a long centric to app centric provisioning. And when you combine it with identity management and role-based access, what it means is that you're enabling self-service on demand provisioning of the underlying data infrastructure to accelerate the app workload deployment. And you're eliminating guesswork and providing the ability to be able to optimize service level objectives. >> Yeah, it sounds like you've really nailed in an elegant way that provisioning challenge. I've been saying for years if your primary expertise is deploying logical unit numbers you better find some other skills because the day is coming that that's just going to get automated away. So that's cool. There's another issue that I'm sure you've thought about, but I wonder if you could address. I mean, you've got the definition of cloud is changing, the cloud is expanding to on prem expand. The cloud is going out to the edge, it's going across clouds. And so security becomes a big issue that threat surface is expanding. The operating model is changing. So how are you thinking about addressing those security concerns? >> Excellent question, Dave. So most of the organizations that we've talked to... In today's modern world, almost every customer that I've talked to has deployed either some sort of a cloud console where they're either one of the customers for the hyperscalers or buy in for SAS based applications are pervasive across the customer base. And as you know, we were the first ones to introduce the automatic telemeter management through HPE info site. That's one of the largest storage SAS services in production today that we operate on behalf of our customers, which has, Dave, about 85% connectivity rate. So from that perspective, keeping customers data secure, keeping customers telemetry information secure, we're no stranger to that. Again, we follow all security protocols that any cloud operational SAS service would do so. Reverse tunneling, the firewall compliancy security audit logs that are published to our customers and published to customers chief information security officers. So all of those, what I call crossing the T's and dotted the I's, we do that with security expert and security policies for which each of our customers has a different set of rules. And we have a property engagement model that we go through that particular audit process for our customers. Then secondly, Dave, the data services cloud console is actually built on a fundamental cloud deployment technology that is not, sort of new. Aruba central, which is an Aruba management console which is also an HPE company it's been deployed, it's managing millions of access points in a SAS framework for our customers. So the fundamental building blocks of the data storage console from a basic enablement perspective come from the Aruba central console. And what we've taken is we've taken those generic cloud-based SAS services and then built data and storage centric SAS services on top of that and made them available to our customers. >> Yeah, I really like the Aruba. You picked that up several years ago . And it's same thing with, with info site, the way that you bring it to other parts of the portfolio. Those are really good signs to watch of successful acquisitions. All right, there's a lot here. I want to talk about the second part of the announcement. I know your branding team, you guys are serious about branding. That new product brand, maybe you could talk about that. >> So again, so delivering the cloud operational model is just the first piece, right? And now the second part of the announcement is delivering the cloud native hardware infrastructure which is extremely performance to go along with this cloud operational model. So what we have done Dave, in this announcement is we've announced HPE Electra. This is our new brand for our cloud native infrastructure to power your data and its appliances from core to the edge, to the cloud. And what it does is it takes the cloud operational model and this hardware is powered by that. It's completely wrapped around that. And so HPE Electra is available in two models right now, the HB electron 9,000, which is available for mission critical workloads, for those high intensity workloads with a hundred percent availability guarantee where no failure is ever an option. And then it's also available as HPE Electra 6,000, which is available for general purpose, business critical workloads, generally trying to address that mid range of the storage market. And both of these systems are full 100% NBME front and back. And they're powered by the same unified cloud management operational experience that the data cloud console provides. And what it does is it allows our customers to simplify the deployment model. It simplifies their management model and really, really allows them to focus on the context, the data and the app diversity, whereas data mobility, data connectivity, data management in a multi-cloud world is then completely obstructed from them. >> [Sandeep And Dave-- >> Go ahead, please. >> Just to jump in. HPE Electra combined with data services cloud console is delivering a cloud experience that makes deploying and scaling the application workloads as simple as flipping a switch. >> It really does. It really does. And I'm very comfortable in saying this, like HPE in foresight, we were the first in the industry to bring AI based elementary and support enabled metrics to work. And then here with data services console and the hardware that goes with it, we're just completely transforming the storage ownership and a storage management model. And for our customers, it's a seamless, non-disruptive upgrade with fully data in place upgrade. And they transform to a cloud operational model where they can manage their infrastructure better where they are through a complete consumer grade SAS console, is again the first of its kind, when you look at storage management and storage management at scale. >> And I like how you're emphasizing that management layer, but underneath you've got all the modern hardware technologies too which is important, because it's a performance it's got to be, a good price performance. So now can we bring this back again to the customers? What are the outcomes that this is going to enable for them? >> So I think Dave, the first and the foremost thing is as they scale their storage infrastructures, they don't have to think. It's really as simple as yeah, just send it to the data center, plug in the power cable, plug in the network cable and up it comes. And from that point onwards, the life cycle and the device management aspect are completely abstracted by the data services console. All they have to focus is I just have new capacity available to me and when I have an application, the system will figure it out for me where they need to deploy. So no more needing the guesswork, the Excel sheets of capacity management, the charge back models, none of that stuff is needed. And for customers that are looking to transform their applications, customers looking to refactor their applications into a hyperscaler model, or maybe transform from VM to containers, all they need to think about and focus is on that. The data will just follow these workloads from that perspective. >> And David, just to almost response here. As I speak with customers, one of the things I'm hearing from IT is that line of business really wants IT to deliver that agility of cloud. Yet IT also has to deliver all of the enterprise reliability, availability, all of the data services. And what's fantastic here is that through this cloud operational model, IT can deliver that agility, that line of business owners are looking for. At the same time they're been under pressure to do a lot more with less. And through this agility, IT is able to get time back, be able to focus more on the strategic projects, at the same time, be able to get time back to spend more time with our families. That's incredibly important. >> Well, I love the sort of mindset shift I'm seeing from HPE. We're not talking about how much the box weighs, we're talking about the customer experience. And I wonder, you know, that kind of leads me, Sandeep to how this kind of fits in to this new. Really to me, I'm seeing the transformation before our eyes but how does it fit into HPE's overall mission? >> Well Dave, our mission overall is to be the edge to cloud platform as a service company with HPE GreenLake, being the key to delivering that cloud experience. And as Omer put it, be able to deliver that cloud experience wherever the customer data lives. And today we're advancing HPE GreenLake as a service transformation of the HPE storage business to a software defined cloud data services business overall. And for our customers, this translates to our operational and ownership experience that unleashes their agility, their data and their innovation. So we're super excited. >> Guys, I can tell you're excited. Thanks so much for coming to the CUBE and summarizing the announcements, congratulations and best of luck to both of you and to HPE and your customers. >> Thank you, Dave. It was a pleasure. >> Thanks, Dave. (upbeat music)

>>Hi, Maya. Mr England. And I am an associate professor of electrical engineering and computer science at M I T. It's been fantastic to be part of this team that Professor Yamamoto put together, uh, for the entity Fire program. It's a great pleasure to report to you are update from the first year I will talk to you today about our recent work in photonic accelerators for machine intelligence. You can already get a flavor of the kind of work that I'll be presenting from the photonic integrated circuit that services a platonic matrix processor that we are developing to try toe break some of the bottle next that we encounter in inference, machine learning tasks in particular tasks like vision, games control or language processing. This work is jointly led with Dr Ryan heavily, uh, scientists at NTT Research, and he will have a poster that you should check out. Uh, in this conference should also say that there are postdoc positions available. Um, just take a look at announcements on Q P lab at m i t dot eu. So if you look at these machine learning applications, look under the hood. You see that a common feature is that they used these artificial neural networks or a and ends where you have an input layer of, let's say, and neurons and values that is connected to the first layer of, let's Say, also and neurons and connecting the first to the second layer would, if you represented it biomatrix requiring and biomatrix that has of order and squared free parameters. >>Okay, now, in traditional machine learning inference, you would have to grab these n squared values from memory. And every time you do that, it costs quite a lot of energy. Maybe you can match, but it's still quite costly in energy, and moreover, each of the input values >>has to be multiplied by that matrix. And if you multiply an end by one vector by an end square matrix, you have to do a border and squared multiplication. Okay, now, on a digital computer, you therefore have to do a voter in secret operations and memory access, which could be quite costly. But the proposition is that on a photonic integrated circuits, perhaps we could do that matrix vector multiplication directly on the P. I C itself by encoding optical fields on sending them through a programmed program into parameter and the output them would be a product of the matrix multiplied by the input vector. And that is actually the experiment. We did, uh, demonstrating that That this is, you know, in principle, possible back in 2017 and a collaboration with Professor Marine Soldier Judge. Now, if we look a little bit more closely at the device is shown here, this consists of a silicon layer that is pattern into wave guides. We do this with foundry. This was fabricated with the opposite foundry, and many thanks to our collaborators who helped make that possible. And and this thing guides light, uh, on about of these wave guides to make these two by two transformations Maxine and the kilometers, as they called >>input to input wave guides coming in to input to output wave guides going out. And by having to phase settings here data and five, we can control any arbitrary, uh, s U two rotation. Now, if I wanna have any modes coming in and modes coming out that could be represented by an S u N unitary transformation, and that's what this kind of trip allows you to dio and That's the key ingredient that really launched us in in my group. I should at this point, acknowledge the people who have made this possible and in particular point out Leon Bernstein and Alex lots as well as, uh, Ryan heavily once more. Also, these other collaborators problems important immigrant soldier dish and, of course, to a funding in particular now three entity research funding. So why optics optics has failed many times before in building computers. But why is this different? And I think the difference is that we now you know, we're not trying to build an entirely new computer out of optics were selective in how we apply optics. We should use optics for what it's good at. And that's probably not so much from non linearity, unnecessarily I mean, not memory, um, communication and fan out great in optics. And as we just said, linear algebra, you can do in optics. Fantastic. Okay, so you should make use of these things and then combine it judiciously with electronic processing to see if you can get an advantage in the entire system out of it, okay. And eso before I move on. Actually, based on the 2017 paper, uh, to startups were created, like intelligence and like, matter and the two students from my group, Nick Harris. And they responded, uh, co started this this this jointly founded by matter. And just after, you know, after, like, about two years, they've been able to create their first, uh, device >>the first metrics. Large scale processor. This is this device has called Mars has 64 input mode. 64 Promodes and the full program ability under the hood. Okay. So because they're integrating wave guides directly with Seamus Electron ICS, they were able to get all the wiring complexity, dealt with all the feedback and so forth. And this device is now able to just process a 64 or 64 unitary majors on the sly. Okay, parameters are three wants total power consumption. Um, it has ah, late and see how long it takes for a matrix to be multiplied by a factor of less than a nanosecond. And because this device works well over a pretty large 20 gigahertz, you could put many channels that are individually at one big hurts, so you can have tens of S U two s u 65 or 64 rotations simultaneously that you could do the sort of back in the envelope. Physics gives you that per multiply accumulate. You have just tens of Tempted jewels. Attn. A moment. So that's very, very competitive. That's that's awesome. Okay, so you see, plan and potentially the breakthroughs that are enabled by photonics here And actually, more recently, they actually one thing that made it possible is very cool Eyes thes My face shifters actually have no hold power, whereas our face shifters studios double modulation. These use, uh, nano scale mechanical modulators that have no hold power. So once you program a unitary, you could just hold it there. No energy consumption added over >>time. So photonics really is on the rise in computing on demand. But once again, you have to be. You have to be careful in how you compare against a chance to find where is the game to be had. So what I've talked so far about is wait stationary photonic processing. Okay, up until here. Now what tronics has that also, but it doesn't have the benefits of the coherence of optical fields transitioning through this, uh, to this to this matrix nor the bandwidth. Okay, Eso So that's Ah, that is, I think a really exciting direction. And these companies are off and they're they're building these trips and we'll see the next couple of months how well this works. Uh, on the A different direction is to have an output stationary matrix vector multiplication. And for this I want to point to this paper we wrote with Ryan, Emily and the other team members that projects the activation functions together with the weight terms onto a detector array and by the interference of the activation function and the weight term by Hamad and >>Affection. It's possible if you think about Hamad and affection that it actually automatically produces the multiplication interference turn between two optical fields gives you the multiplication between them. And so that's what that is making use of. I wanna talk a little bit more about that approach. So we actually did a careful analysis in the P R X paper that was cited in the last >>page and that analysis of the energy consumption show that this device and principal, uh, can compute at at an energy poor multiply accumulate that is below what you could theoretically dio at room temperature using irreversible computer like like our digital computers that we use in everyday life. Um, so I want to illustrate that you can see that from this plot here, but this is showing. It's the number of neurons that you have per layer. And on the vertical axis is the energy per multiply accumulate in terms of jewels. And when we make use of the massive fan out together with this photo electric multiplication by career detection, we estimate that >>we're on this curve here. So the more right. So since our energy consumption scales us and whereas for a for a digital computer it skills and squared, we, um we gain mawr as you go to a larger matrices. So for largest matrices like matrices of >>scale 1,005,000, even with present day technology, we estimate that we would hit and energy per multiply accumulate of about a center draw. Okay, But if we look at if we imagine a photonic device that >>uses a photonic system that uses devices that have already been demonstrated individually but not packaged in large system, you know, individually in research papers, we would be on this curve here where you would very quickly dip underneath the lander, a limit which corresponds to the thermodynamic limit for doing as many bit operations that you would have to do to do the same depth of neural network as we do here. And I should say that all of these numbers were computed for this simulated >>optical neural network, um, for having the equivalent, our rate that a fully digital computer that a digital computer would have and eso equivalent in the error rate. So it's limited in the error by the model itself rather than the imperfections of the devices. Okay. And we benchmark that on the amnesty data set. So that was a theoretical work that looked at the scaling limits and show that there's great, great hope to to really gain tremendously in the energy per bit, but also in the overall latency and throughput. But you shouldn't celebrate too early. You have to really do a careful system level study comparing, uh, electronic approaches, which oftentimes happened analogous approach to the optical approaches. And we did that in the first major step in this digital optical neural network. Uh, study here, which was done together with the PNG who is an electron ICS designer who actually works on, uh, tronics based on c'mon specifically made for machine on an acceleration. And Professor Joel, member of M I t. Who is also a fellow at video And what we studied there in particular, is what if we just replaced on Lee the communication part with optics, Okay. And we looked at, you know, getting the same equivalent error rates that you would have with electronic computer. And that showed that that way should have a benefit for large neural networks, because large neural networks will require lots of communication that eventually do not fit on a single Elektronik trip anymore. At that point, you have to go longer distances, and that's where the optical connections start to win out. So for details, I would like to point to that system level study. But we're now applying more sophisticated studies like this, uh, like that simulate full system simulation to our other optical networks to really see where the benefits that we might have, where we can exploit thes now. Lastly, I want to just say What if we had known nominee Garrity's that >>were actually reversible. There were quantum coherent, in fact, and we looked at that. So supposed to have the same architectural layout. But rather than having like a sexual absorption absorption or photo detection and the electronic non linearity, which is what we've done so far, you have all optical non linearity, okay? Based, for example, on a curve medium. So suppose that we had, like, a strong enough current medium so that the output from one of these transformations can pass through it, get an intensity dependent face shift and then passes into the next layer. Okay, What we did in this case is we said okay. Suppose that you have this. You have multiple layers of these, Uh um accent of the parameter measures. Okay. These air, just like the ones that we had before. >>Um, and you want to train this to do something? So suppose that training is, for example, quantum optical state compression. Okay, you have an optical quantum optical state you'd like to see How much can I compress that to have the same quantum information in it? Okay. And we trained that to discover a efficient algorithm for that. We also trained it for reinforcement, learning for black box, quantum simulation and what? You know what is particularly interesting? Perhaps in new term for one way corner repeaters. So we said if we have a communication network that has these quantum optical neural networks stationed some distance away, you come in with an optical encoded pulse that encodes an optical cubit into many individual photons. How do I repair that multi foot on state to send them the corrected optical state out the other side? This is a one way error correcting scheme. We didn't know how to build it, but we put it as a challenge to the neural network. And we trained in, you know, in simulation we trained the neural network. How toe apply the >>weights in the Matrix transformations to perform that Andi answering actually a challenge in the field of optical quantum networks. So that gives us motivation to try to build these kinds of nonlinear narratives. And we've done a fair amount of work. Uh, in this you can see references five through seven. Here I've talked about thes programmable photonics already for the the benchmark analysis and some of the other related work. Please see Ryan's poster we have? Where? As I mentioned we where we have ongoing work in benchmarking >>optical computing assed part of the NTT program with our collaborators. Um And I think that's the main thing that I want to stay here, you know, at the end is that the exciting thing, really is that the physics tells us that there are many orders of magnitude of efficiency gains, uh, that are to be had, Uh, if we you know, if we can develop the technology to realize it. I was being conservative here with three orders of magnitude. This could be six >>orders of magnitude for larger neural networks that we may have to use and that we may want to use in the future. So the physics tells us there are there is, like, a tremendous amount of gap between where we are and where we could be and that, I think, makes this tremendously exciting >>and makes the NTT five projects so very timely. So with that, you know, thank you for your attention and I'll be happy. Thio talk about any of these topics

(upbeat music) >> Live from Barcelona, Spain, it's theCUBE! Covering Ciscolive! Europe brought to you by Cisco and its ecosystem partners. >> Welcome back to Barcelona everybody. You're watching theCUBE, the leader in live tech coverage. This is our first day of three days of coverage for Cisco live for Europe. Lynn Lucas is here, she's the chief marketing officer for Cohesity. Lynn, great to see you again. Thanks for coming on. >> Great to see you here in Europe. >> We were just saying it's the first time that we've done this on the continent so, another first. >> Yeah, another first. >> So pleased to be in the US with you guys at multiple shows, and now we're here in Barcelona. >> So it's a great venue. We've actually done you know, a number of shows here and again, it's a pleasure having you on. Let's see, let's get right to it. What's going on with you guys in Cisco? You got some news? Let's talk about it. >> Absolutely. >> As you know, we don't stop innovating, continuous innovation at Cohesity, and a number of new things. So, last week we announced a new Cisco validated design with HyperFlex, and Cohesity integrating for Snapshot. Integration for backup, and of course, instant recovery of that critical data center infrastructure and we're calling it HyperSquared. So you get full hyperconvergence for your primary and of course, your backup and other secondary applications. >> And those guys this morning talked about HyperFlex anywhere Stu so, it's like infinitive hype and infinity HyperFlex. >> HyperSquared. >> So, HyperSquared, love it. So you guys will, how's that work? Obviously you want to be the provider of data protection provider for multi-cloud. That's a huge opportunity for you guys. >> Absolutely. >> So how do you do that? You'll plug into whatever framework the customer wants, presumably a lot of customers want the Cisco framework, how does that all- >> No, absolutely, you hit the nail on the head. I mean, Cisco, obviously one of the most respected IT leaders in the world. Tens of thousands of customers globally depend on them. I'm a Cisco Alum, love being back here at the old stomping grounds. And Cisco's been an investor in Cohesity now since our Series C, so they really saw the promise and the benefit of what Cohesity offers with hyperconverge solutions for modern backup, recovery, and two year point to the cloud. You know Cisco's talking a lot about multi-cloud here and Cohesity with our native cloud integration helps customers protect those backups on, or those applications on HyperFlex. And then instantly move them to a cloud of choice and then as you've mentioned, Cisco has so many fantastic relationships that they're a very strong go to market partner with us. When customers want to buy a solution, they can get the whole solution from Cisco, including Cohesity. >> Yeah Lynn, glad we have you on. >> Because connecting the dots between something like hyperconverge, which we've been talking about for a number of years now and how that fits into multi-cloud is, it's a little clunky sometimes because like, when I've got my data center am I just doing backup to the cloud? Cause what we know is customers at Cisco says their data is, you know, kind of de-centered. It's no longer in the data center, it's all over the place. Companies like Cohesity can give you that centralized data protection no matter where your environment is. Walk us through what you're hearing from your customers, how they look at their data center versus the multicloud environment and data production. >> Yeah so, I think it's you know, customers are now understanding that its not either or, right? There was a time when people thought "wow I'm going to move everything to the cloud" and I really think there's a maturing of an understanding of what's going to work well for me in this cloud first world, what do I want to put there and then what am I going to keep on premises. So that's one of the things that Cohesity innovated; our core technology, a distributed webscale file system, spanning file system which spans the data center and the cloud world seamlessly. And what we're seeing is customers are really using the cloud for archiving, getting off of tape because then they get that search capability very easy when they need to. Tiering and then most importantly, disaster recovery you know, in the event of something man made or natural. Many many organizations moving to the cloud for their second site and with Cohesity, it's very easy to make that transfer happen in a very seamless way with our capabilities set. So I think what we're seeing is this real maturing of how customers look at it as a real holistic environment. And so Cisco calling it data centered, but we call this mass data fragmentation and then with our spanning file system being able to really consolidate that now. >> Yeah, another thing that needs that kind of holistic view is security. >> I know its something that's in your product, there was a ransomware announcement that you made last week. Tell us how security fits into this world. >> Yeah well I think that we all hate to say it, but that old phrase the new normal, unfortunately ransomware and malware has become the new normal for organizations of all sizes. Here in Europe we had that awful situation with the NHS and the UK last year, and it's happening everywhere. So one element that these attackers are taking is looking at how to disable backups. And so this is really important that as a part of a holistic security strategy, that organizations take a look at that attack vector. So what Cohesity has introduced is really unique. It's three steps. It's detect, prevent, and then recover. So detect in terms of capabilities to see if there are nefarious changes being happened to the file system right? And then prevent with Helios automatically detecting and with our smart assistant providing that notification. And then if need be, recover with our instant mass restore capability going back to any point in time with no performance issue. This is not taking time for the rehydration, the spanning file system doing this instantly, and allowing an organization to basically say "sorry, not today attackers", we don't need to pay you because we can instantly restore back to a safe point in time. >> So let's unpack those a little bit if we could. The detect piece, I presume there's an analytics component to that? You're observing the behavior of the backup corpus, is that right? Which is a logical place because it's got all the corporate data in there. >> That's correct. >> So, last year we introduced Helios, which is our global sass space management system. It has machine learning capability in it. And that's providing that machine learning based monitoring to see what kinds of anomalies may be happening that is then proactively alerted to the IT team. >> And then the recovery piece as well like you said, its got to be fast. You got to have high performance, high performance data movement, and that's fundamental to your file system is that what I'm hearing or the architecture? >> That's correct. >> That's one of the differences of our modern backup. Solution versus some of the non-hyperconverge architectures is the distributed web file system which our CEO, Mohit Aron, he was formerly at Google, helped with developing their file system, has what's called instant ability to go back into any point in time and recover not just one VM. At Vmware a couple years ago we demonstrated thousands of VMs at a time and the reason for that is this web scale file system, which is really unique to Cohesity. And that's what allows an IT organization to not be held hostage because they can not have to potentially spend not just hours, but even days with the old legacy systems trying to rehydrate, you know, these backups. If they have to go back potentially many months in time because you don't know that that ransomware may have been introduced not say yesterday, but it might have been several months ago. And that's one of the key advantages of this instant mass restore. >> I mean, this is super important right Stu? Cause we're talking about very granular levels of being able to dial up, dial down, you can tune it by application. A high value application, you can have much greater granularity. Some of the craplications, maybe not as important. So the flexibility is key there. How about customers? Any new customers that you can talk about? >> Absolutely. >> So one of the ones since we're here at Ciscolive! So Cisco along with Cohesity, we've been working with one of the largest global manufactures of semiconductors and other electronic equipment. Tokyo Electron based in Tokyo, but also here in the UK on the continent. They had one of those older backup solutions and were challenged with the time it was taking them to backup, the restores not being predictable. So they've gone with Cohesity, running on Cisco UCS because we're a software defined platform. We offer our software on our customers choice of certified solutions and of Cisco UCS. So they've started with backup but they're now moving very quickly into archiving to the cloud, helping reduce their costs and get off of tape, and to disaster recovery ultimately. So, super excited that together with Cisco, we can help this customer modernize their data center and accelerate their hybrid cloud strategy at the same time. >> Awesome. And then you guys are also protecting the Cisco live network here? Tell us about that. >> Yeah so you know, Cisco builds an amazing network here I mean, you've seen the operation center, a huge team of people. But as we all know, things can go wrong potentially. And so, we are protecting the critical services that Cisco's providing to all of the Ciscolive! Attendees here so should something happen, which I'm sure won't, Cohesity will be used to instantly recover and bring back up critical services like DNS and other areas that they're depending on to serve all of the thousands of show goers here. >> So, super hot space, we talked about this at VMworld. Actually last couple of years just how much activity and interest there is and the whole parlance is changing and I wonder if you could comment. It used to be backup when the world was tape. Now you're talking about data protection, data management, which could mean a lot of things to a lot of people. To us storage folks its pretty specific but you're seeing a massive evolution of the space, cloud clearly is the underpinning of the tailwind, and it requires you guys to respond as an industry. And Cohesity specifically as a company. So I wonder if you could talk about some of those major trends and how you guys are responding and how you're leading. >> Yeah. Yeah I think, you know, folks have been a little bit surprised like wait a minute, what's this kind of sleepy industry? Why is it getting all this funding? I mean our own Series D funding, middle of last year 250 million dollars, Softbank banked along with Sequoia of course. But really the trend is being talked about here at Ciscolive! Is data is, I don't want to say the new oil, but its the water of the world right? I mean, it's absolutely crucial to any business these days. Other than your talent, it's your most important business asset and the pressure on the board and the CEO and the CIO in turn to be agile, to do more with that data, to know what you have, because here we are in Europe, GDPR increasing regulations, is super important. And so, you know, this has really brought forth the need to create holistic ways to organize and manage and have visibility to all of that data. And it's massively fragmented. We put out that research last year, massive data fragmentation, and most of that data has been kind of under the water line in most peoples minds, you know. You think about your primary applications in data that's really only 20% and the other 80% in testev and analytics and backup, has been pretty fragmented and siloed and it hasn't yet had that vision of how can we consolidate that and move it into a modern space until folks like Mohit Aron you know, founded Cohesity and applied those same hyperconverge techniques that he did at Nutanix. So I think this investment just further validates the fact that data is the most important business asset and people are really in need of new solutions to manage it, protect it, and then ultimately do more with it. Gain insights out of it. >> You know, just a couple comments on that. >> One is you know, we always joke about data is the new oil, its even more valuable because you can use data in multiple places, you can only put oil in your car once. And so, companies are beginning to realize that. How valuable it is, trying to understand that value, how to protect that, and then GDPR. It's interesting, its really the fines went into effect in Europe last May. But its become a template, a framework globally. People, you know, US companies are saying alright we got to prepare for GDPR, and then local jurisdictions are now saying well that's a decent starting point. And so its not just confined to Europe. It's really on everybody's mind. >> It is. >> You brought up the cloud before, and you know the cloud is a new way for people to be agile and they're getting a lot of value out of it. But it also continues to fragment their data and the visibility in talking to a large CIO of Fortune 100, a large organization, he actually has less visibility in many ways in the cloud because of the ease of proliferation of testev, and that is creating more stress I would say in the system, and need for solutions to both provide and enhance that agility, move data to the cloud easily, move it out when you need to, but also with regulation be able to identify and delete as you know, with GDPR if needed, the information that your customer may ask you to remove from your systems. >> Yeah well, I love this conversation. >> I love following Cohesity because you guys are up leveling the entire game. I've been following the data protection space for decades now and the problem with data protection is there's always been a bolt on. And companies like Cohesity, both with the funding, your vision, you're really forcing the industry to kind of rethink data protection. Not as a bolt on but as a fundamental component of digital strategies and data strategies. So it's fun watching you guys. Congratulations on all the growth. I know you've got more to go. So thanks so much for coming to theCUBE and its always a pleasure to see you. >> Always a pleasure to be here with you guys. Thanks very much. >> You're very welcome. Alright keep it right there everybody. Stu Miniman and Dave Vellante from Ciscolive! Barcelona. You're watching theCUBE. (upbeat music)

>> Live from Barcelona, Spain. It's the cue covering Sisqo Live Europe, brought to you by Cisco and its ecosystem partners. >> Welcome back to Barcelona, everybody. You watching the Cube? The leader in live tech coverage is the first day of three days of coverage for Sisqo. Live for Europe. Lin Lucas is here. She's the chief marketing officer for Kohi City. Lend great to see you again. Thanks for coming on. >> Great to see you here in Europe. >> We were just saying it's the first time that we've done this on the continent. So another >> first? Yeah. Another first. Been s so pleased to be in the U. S with you guys, that multiple shows. And now we were here in Barcelona, >> so it's a great venue. We've actually done a number of shows here. Then again, it's a pleasure having you on. Let's see, Let's get right to it. What's going on with you guys and Cisco? You got got some news. Let's talk about >> Absolutely. As you know, we don't stop innovating continuous innovation at Cohesity and a number of new things. So last week we announced a new Cisco validated design with hyper flex and Cohesity integrating for snapshot integration for backup and, of course, instant recovery of that critical data center infrastructure. And we're calling it hyper squared. So you get full hyper convergence for your primary and, of course, your backup. Another secondary application. >> And those guys just want to talk about hype reflects anywhere. Still, so it's like infinitive hype. Infinity, hyper flex, >> hyper square, >> so hyper squared. Love it. So you guys will. How does that work? You'll obviously you want to be the provider of data protection provider from Multi Cloud. That's a huge opportunity. So how do you do that? You'll you'll plug into whatever framework that customer wants. Presumably, a lot of customers wanted the Cisco framework out. Is that all? >> Oh, absolutely. Hit the nail on the head. I mean, Cisco, obviously, one of the most respected leaders in the world, tens of thousands of customers globally depend on them. I'm Francisco alum love being back here at the old stomping grounds and Cisco's been an investor in cohesive he now, since our serious sees. So, they really saw the promise in the benefit of what Kohi City offers with hybrid converge solutions for modern backup recovery. And to your point to the cloud. You know, Cisco's talking a lot about multi cloud here and cohesive E with our native cloud integration helps customers protect those backups on or those applications on hyper flex, and then instantly move them to a cloud of choice. And then, as you've mentioned, Cisco has so many fantastic relationships that there are very strong go to market partner with us. And when customers wanted by solution, they could get the whole solution from Cisco, including Cohesive >> Yulin. We're glad we have you on because connecting the dots between something like hyper converge, which we've been talking about for a number of years now, and how that fits into multi cloud. To some, it's a little clunky sometimes goods like. But I've got my data center. Or am I just doing backup to the cloud? Because what we know is customers, a. Cisco says their data is, you know, kind of de centred. It's no longer in the in the data center of all over the place. Companies like Kohi City can give you that centralized data protection. No matter where your environment is, walk us through what you're hearing from your customers. How they look at kind of their data center versus the multi cloud environment and data protection. >> Yeah, so I think it's Ah, you know, I think customers air now understanding that it's not either or right. There was a time when people thought, Wow, I'm going to move everything to the cloud And I really think there's a maturing of an understanding of what's going to work well for me in this cloud First world, what do I want to put there? And then what am I going to keep on premises? So that's one of the things that Cohee City innovated our core technology. A distributed Web scale file system spanning file system, which spans the data center and the cloud world seamlessly. And what we're seeing is customers air really using the cloud for archiving, getting off of tape because then they get that search capability very easy when they need Teo tearing and then, most importantly, disaster recovery. You know, in the event of something man made or natural, many, many organizations moving to the clouds for their second sight. And with Kohi City, that's very easy to make. That transfer happened in a very seamless way with our capability set. So I think what we're seeing is this really maturing of how customers look at it as a really holistic environment. And so Cisco calling it data centered. But we call this, you know, mass data fragmentation. And then with our spanning file system being able to really consolidate that now >> yeah, another thing that needs that kind of holistic view is security. I know it's something that's in your product. There was a random where announcement that you made last week tells how security fits into this world. >> Yeah, well, you know, I think we all hate to say it, but you know that old phrase, the new normal unfortunately ran somewhere, and malware has become the new normal for organizations of all sizes. You know, here in Europe, we have that off the situation with the N HS in the UK last year. Andi, it's happening everywhere. So you know one element that the's attackers air taking is looking at how to disable backups. And so this is really important that as a part of a holistic security strategy that organizations take a look at that attack vector. So what cohesive he's introduced is really unique. It's three steps. It's prevent its detect, prevent and then recover. So detect in terms of capabilities to see if there are nefarious changes being happened to the file system right, and then prevent with Helios automatically detecting and with our smart assistant providing that notification and then, if need be, recover with our instant mass restore capability, going back to any point in time with no performance issue. This is not taking time for the rehydration spanning file system doing this instantly and allowing an organization to basically say, Sorry, not today, attackers. We don't need to pay you because we can instantly restore back to a safe point in time. >> So let's unpack those a little bit. If we could detect piece, I presume there's an analytics component to that. You're you're observing the the behavior of the of the backup corpus is that right there, Which is a logical place because it's got all the corporate data in there >> that that's correct. So last year we introduced Helios, which is our global SAS space management system, as machine learning capability in it. And that's providing that machine learning based monitoring to see what kinds of anomalies may be happening that is then proactively alerted to the team >> and then the recovery piece, a ce Well, like you said, it's it's got to be fast. Gotta have high performance, high performance data movement, and that's fundamental to your file system. Is that what I'm hearing >> that architecture that's correct. That's one of the differences of our modern backup solution. Versus some of the non hyper converge architectures is the distributed Web file system, which our CEO Motorin, he was formally at Google, helped with developing their file system has what's called instant ability to go back into any point in time and recover not just one of'em, but actually at a v M wear. A couple years ago, we demonstrated thousands of'em is at a time, and the reason for that is this Web scale file system, which is really unique to Kohi City. And that's what allows a nightie organization to not be held hostage because they can not have two potentially spend not just ours, but even days with the old legacy systems trying to rehydrate. You know these backups if they have to go back potentially many months in time because you don't know that that ran somewhere may have been introduced, not say yesterday, but might have been several months ago, and that's one of the key advantages of this instant master store. >> I mean, this is super important rights, too, because we're talking about very granular levels of being able to dial up dial down. You could tune it by application of high value applications. You can. You have much greater granularity some of the crap locations that not, maybe not. It's important. So flexibility is key there. How about customers, any new customers that you can talk about? >> Absolutely. So one of the ones since we're here, it's just go live. So Cisco, along with Kohi City, we've been working with one of the largest global manufacturers of semiconductors and other electronic equipment, Tokyo Electron, based in Tokyo but also here in the U. K. On the continent. And they had one of those older backup solutions and were challenged with time. It was taking them to back up the restores not being predictable. So they've gone with Cohesive e running on Cisco UCS. Because we're a software to find platform. We offer our software on our customers, you know, choice of Certified Solutions and Cisco UCS. And so they've started with backup, but they're now moving very quickly into archiving to the cloud, helping reduce their costs and get off of tape and to disaster recovery. Ultimately, so super excited that together with Cisco, we could help this customer modernized their data center and, you know, accelerate their hybrid clouds strategy at the same time. >> Awesome. And then you guys were also protecting the Sisqo Live network here. What? Tell us about that? >> Yes. Oh, you know, Cisco builds an amazing network here. I mean, you've seen the operations center, a huge team of people. But as we all know, things could go wrong. Potentially. And so we are protecting the critical services that Cisco's providing to all of this is go live attendees here. So should something happen, which I'm sure won't. Kohi City will be used to instantly recover and bring backup critical services like DNA and other areas that they're depending on to serve. All of the thousands of showgoers here. >> So super hot space. We talked about this at PM World. Actually, last couple of years. Just how much activity and interest there is and the whole parlance is changing land on one of you could come and I used to be you back up when the world was tape. Now you're talking about data protection data management, which could mean a lot of things to a lot of people to a storage folks. It's, you know, it's pretty specific, but you're seeing a massive evolution of the space cloud. Clearly is the underpinning of the tailwind on it requires you guy's toe. To respond is an industry and cohesive, specifically is a company. So I wanted to talk about some of those major trends and how you guys are responding and you're leading. And, >> yeah, I think you know, folks have been a little bit surprised, like, Wait a minute. What's this kind of sleepy industry? Why is it getting all this funding? I mean, our own Siri's de funding. Middle of last year, two hundred fifty million dollars. Softbank banked along with Sequoia, of course. But really, the trend, as is being talked about Francisco Live, is data is. I don't want to say the new oil, but it's the water of the world, right? I mean, it's absolutely crucial to any business, the's days other than your talent. It's your most important business asset. >> And >> the pressure on the board and the CEO and the CEO and turn to be agile to do more with that data to know what you have because here we are in Europe, GDP are increasing, regulations is super important. And so you know, this has really brought for be need to create holistic ways to organize and manage and have visibility toe all of that data, and it's massively fragmented. We put out that research last year, massive data fragmentation and most of that data has been kind of under the water line in most people's minds. You know, you think about your primary applications and data that's really only twenty percent, and the other eighty percent in test Evan Analytics and Backup has been pretty fragmented in Siloed, and it hasn't yet had that vision of How could we consolidate that and move it into a modern space until folks like Mode Erin, you know, founded Cohesive E and applied those same hyper converge techniques that he did at new tonics. So I think that this investment just further validates the fact that data is the most important business asset, and people are really in need of new solutions to manage it, protected and then ultimately do Mohr with it gain insights out of it. >> You know, just a couple comments on that one is, you know, data. We always joke about data's the new oil. It's even more valuable because you can use data in multiple places. You can only put oil in your car once. And so so companies of being in and to realize that how valuable it is trying to understand that value, how to protect that and the GPR. It's interesting. It's it's really. The fines went into effect in Europe last May, but it's become a template, a framework globally. People, you know us. Compensate. All right, we gotta prepare for GPR. And then local jurisdictions announced thing. Well, that's a decent starting point. And so it's not just confined to Europe. It's really on everybody's mind. >> It is, and you brought up the cloud before. And you know the cloud is a new way for people to be agile, and they're getting a lot of value out of it. But it also continues to fragment their data and the visibility. No. In talking Teo Large CIA O of, ah, Fortune one hundred large organisation. He's actually has less visibility in many ways in the cloud because of the ease of proliferation of test ever. And that is creating Mohr. You know, stress, I would say in the system and need for solutions to both provide an enhanced set agility. Move data to the cloud, easily move it out when you need to. But also with regulation, be able to identify and delete. As you know, with GPR if needed, the information that you know your customer may ask you to remove from your systems. >> Yeah, well, I love this conversation a little following cohesively because you guys are up leveling the entire game. I've been following the data protection space for decades now, and the problem with data protection is has always been a bolt on, and companies like, oh, he city both with the funding your your vision. He really forcing the industry. They're kind of re think data protection, not as a bolt on what is a fundamental component of digital strategies and data strategy. So it's fun watching you guys. Congratulations on all the growth. I know you got more to go. So thanks so much for coming in the Cuban and always a pleasure to see you. >> All of always a pleasure to be here with you guys. Thanks very much. >> You're very welcome. All right. Keep it right there, buddy. Stew Minimum and David Lantz from Cisco Live. Barcelona. You watching the Cube?

(upbeat music) >> Live from Barcelona, Spain, it's theCUBE! Covering Ciscolive! Europe brought to you by Cisco and its ecosystem partners. >> Welcome back to Barcelona everybody. You're watching the Cube, the leader in live tech coverage. This is our first day of three days of coverage for Cisco live for Europe. Lynn Lucas is here, she's the chief marketing officer for Cohesity. Lynn, great to see you again. Thanks for coming on. >> Great to see you here in Europe. >> We were just saying it's the first time that we've done this on the continent so, another first. >> Yeah, another first. >> So pleased to be in the US with you guys at multiple shows, and now we're here in Barcelona. >> So it's a great venue. >> We've actually done you know, a number of shows here and again, it's a pleasure having you on. Let's see, let's get right to it. What's going on with you guys in Cisco? You got some news? Let's talk about it. >> Absolutely. >> As you know, we don't stop innovating, continuous innovation at Cohesity, and a number of new things. So, last week we announced a new Cisco validated design with HyperFlex, and Cohesity integrating for Snapshot. Integration for backup, and of course, instant recovery of that critical data center infrastructure and we're calling it HyperSquared. So you get full hyperconvergence for your primary and of course, your backup and other secondary applications. >> And those guys this morning talked about HyperFlex anywhere Stu so, it's like infinitive hype and infinity HyperFlex. >> HyperSquared. >> So, HyperSquared, love it. So you guys will, how's that work? Obviously you want to be the provider of data protection provider for multi-cloud. That's a huge opportunity for you guys. >> Absolutely. >> So how do you do that? You'll plug into whatever framework the customer wants, presumably a lot of customers want the Cisco framework, how does that all- >> No, absolutely, you hit the nail on the head. I mean, Cisco, obviously one of the most respected IT leaders in the world. Tens of thousands of customers globally depend on them. I'm a Cisco Alum, love being back here at the old stomping grounds. And Cisco's been an investor in Cohesity now since our Series C, so they really saw the promise and the benefit of what Cohesity offers with hyperconverge solutions for modern backup, recovery, and two year point to the cloud. You know Cisco's talking a lot about multi-cloud here and Cohesity with our native cloud integration helps customers protect those backups on, or those applications on HyperFlex. And then instantly move them to a cloud of choice and then as you've mentioned, Cisco has so many fantastic relationships that they're a very strong go to market partner with us. When customers want to buy a solution, they can get the whole solution from Cisco, including Cohesity. >> Yeah Lynn, glad we have you on. >> Because connecting the dots between something like hyperconverge, which we've been talking about for a number of years now and how that fits into multi-cloud is, it's a little clunky sometimes because like, when I've got my data center am I just doing backup to the cloud? Cause what we know is customers at Cisco says their data is, you know, kind of de-centered. It's no longer in the data center, it's all over the place. Companies like Cohesity can give you that centralized data protection no matter where your environment is. Walk us through what you're hearing from your customers, how they look at their data center versus the multicloud environment and data production. >> Yeah so, I think it's you know, customers are now understanding that its not either or, right? There was a time when people thought "wow I'm going to move everything to the cloud" and I really think there's a maturing of an understanding of what's going to work well for me in this cloud first world, what do I want to put there and then what am I going to keep on premises. So that's one of the things that Cohesity innovated; our core technology, a distributed webscale file system, spanning file system which spans the data center and the cloud world seamlessly. And what we're seeing is customers are really using the cloud for archiving, getting off of tape because then they get that search capability very easy when they need to. Tiering and then most importantly, disaster recovery you know, in the event of something man made or natural. Many many organizations moving to the cloud for their second site and with Cohesity, it's very easy to make that transfer happen in a very seamless way with our capabilities set. So I think what we're seeing is this real maturing of how customers look at it as a real holistic environment. And so Cisco calling it data centered, but we call this mass data fragmentation and then with our spanning file system being able to really consolidate that now. >> Yeah, another thing that needs that kind of holistic view is security. >> I know its something that's in your product, there was a ransomware announcement that you made last week. Tell us how security fits into this world. >> Yeah well I think that we all hate to say it, but that old phrase the new normal, unfortunately ransomware and malware has become the new normal for organizations of all sizes. Here in Europe we had that awful situation with the NHS and the UK last year, and it's happening everywhere. So one element that these attackers are taking is looking at how to disable backups. And so this is really important that as a part of a holistic security strategy, that organizations take a look at that attack vector. So what Cohesity has introduced is really unique. It's three steps. It's detect, prevent, and then recover. So detect in terms of capabilities to see if there are nefarious changes being happened to the file system right? And then prevent with Helios automatically detecting and with our smart assistant providing that notification. And then if need be, recover with our instant mass restore capability going back to any point in time with no performance issue. This is not taking time for the rehydration, the spanning file system doing this instantly, and allowing an organization to basically say "sorry, not today attackers", we don't need to pay you because we can instantly restore back to a safe point in time. >> So let's unpack those a little bit if we could. The detect piece, I presume there's an analytics component to that? You're observing the behavior of the backup corpus, is that right? Which is a logical place because it's got all the corporate data in there. >> That's correct. >> So, last year we introduced Helios, which is our global sass space management system. It has machine learning capability in it. And that's providing that machine learning based monitoring to see what kinds of anomalies may be happening that is then proactively alerted to the IT team. >> And then the recovery piece as well like you said, its got to be fast. You got to have high performance, high performance data movement, and that's fundamental to your file system is that what I'm hearing or the architecture? >> That's correct. >> That's one of the differences of our modern backup. Solution versus some of the non-hyperconverge architectures is the distributed web file system which our CEO, Mohit Aron, he was formerly at Google, helped with developing their file system, has what's called instant ability to go back into any point in time and recover not just one VM. At Vmware a couple years ago we demonstrated thousands of VMs at a time and the reason for that is this web scale file system, which is really unique to Cohesity. And that's what allows an IT organization to not be held hostage because they can not have to potentially spend not just hours, but even days with the old legacy systems trying to rehydrate, you know, these backups. If they have to go back potentially many months in time because you don't know that that ransomware may have been introduced not say yesterday, but it might have been several months ago. And that's one of the key advantages of this instant mass restore. >> I mean, this is super important right Stu? Cause we're talking about very granular levels of being able to dial up, dial down, you can tune it by application. A high value application, you can have much greater granularity. Some of the craplications, maybe not as important. So the flexibility is key there. How about customers? Any new customers that you can talk about? >> Absolutely. >> So one of the ones since we're here at Ciscolive! So Cisco along with Cohesity, we've been working with one of the largest global manufactures of semiconductors and other electronic equipment. Tokyo Electron based in Tokyo, but also here in the UK on the continent. They had one of those older backup solutions and were challenged with the time it was taking them to backup, the restores not being predictable. So they've gone with Cohesity, running on Cisco UCS because we're a software defined platform. We offer our software on our customers choice of certified solutions and of Cisco UCS. So they've started with backup but they're now moving very quickly into archiving to the cloud, helping reduce their costs and get off of tape, and to disaster recovery ultimately. So, super excited that together with Cisco, we can help this customer modernize their data center and accelerate their hybrid cloud strategy at the same time. >> Awesome. And then you guys are also protecting the Cisco live network here? Tell us about that. >> Yeah so you know, Cisco builds an amazing network here I mean, you've seen the operation center, a huge team of people. But as we all know, things can go wrong potentially. And so, we are protecting the critical services that Cisco's providing to all of the Ciscolive! Attendees here so should something happen, which I'm sure won't, Cohesity will be used to instantly recover and bring back up critical services like DNS and other areas that they're depending on to serve all of the thousands of show goers here. >> So, super hot space, we talked about this at VMworld. Actually last couple of years just how much activity and interest there is and the whole parlance is changing and I wonder if you could comment. It used to be backup when the world was tape. Now you're talking about data protection, data management, which could mean a lot of things to a lot of people. To us storage folks its pretty specific but you're seeing a massive evolution of the space, cloud clearly is the underpinning of the tailwind, and it requires you guys to respond as an industry. And Cohesity specifically as a company. So I wonder if you could talk about some of those major trends and how you guys are responding and how you're leading. >> Yeah. Yeah I think, you know, folks have been a little bit surprised like wait a minute, what's this kind of sleepy industry? Why is it getting all this funding? I mean our own Series D funding, middle of last year 250 million dollars, Softbank banked along with Sequoia of course. But really the trend is being talked about here at Ciscolive! Is data is, I don't want to say the new oil, but its the water of the world right? I mean, it's absolutely crucial to any business these days. Other than your talent, it's your most important business asset and the pressure on the board and the CEO and the CIO in turn to be agile, to do more with that data, to know what you have, because here we are in Europe, GDPR increasing regulations, is super important. And so, you know, this has really brought forth the need to create holistic ways to organize and manage and have visibility to all of that data. And it's massively fragmented. We put out that research last year, massive data fragmentation, and most of that data has been kind of under the water line in most peoples minds, you know. You think about your primary applications in data that's really only 20% and the other 80% in testev and analytics and backup, has been pretty fragmented and siloed and it hasn't yet had that vision of how can we consolidate that and move it into a modern space until folks like Mohit Aron you know, founded Cohesity and applied those same hyperconverge techniques that he did at Nutanix. So I think this investment just further validates the fact that data is the most important business asset and people are really in need of new solutions to manage it, protect it, and then ultimately do more with it. Gain insights out of it. >> You know, just a couple comments on that. >> One is you know, we always joke about data is the new oil, its even more valuable because you can use data in multiple places, you can only put oil in your car once. And so, companies are beginning to realize that. How valuable it is, trying to understand that value, how to protect that, and then GDPR. It's interesting, its really the fines went into effect in Europe last May. But its become a template, a framework globally. People, you know, US companies are saying alright we got to prepare for GDPR, and then local jurisdictions are now saying well that's a decent starting point. And so its not just confined to Europe. It's really on everybody's mind. >> It is. >> You brought up the cloud before, and you know the cloud is a new way for people to be agile and they're getting a lot of value out of it. But it also continues to fragment their data and the visibility in talking to a large CIO of Fortune 100, a large organization, he actually has less visibility in many ways in the cloud because of the ease of proliferation of testev, and that is creating more stress I would say in the system, and need for solutions to both provide and enhance that agility, move data to the cloud easily, move it out when you need to, but also with regulation be able to identify and delete as you know, with GDPR if needed, the information that your customer may ask you to remove from your systems. >> Yeah well, I love this conversation. >> I love following Cohesity because you guys are up leveling the entire game. I've been following the data protection space for decades now and the problem with data protection is there's always been a bolt on. And companies like Cohesity, both with the funding, your vision, you're really forcing the industry to kind of rethink data protection. Not as a bolt on but as a fundamental component of digital strategies and data strategies. So it's fun watching you guys. Congratulations on all the growth. I know you've got more to go. So thanks so much for coming to theCUBE and its always a pleasure to see you. >> Always a pleasure to be here with you guys. Thanks very much. >> You're very welcome. Alright keep it right there everybody. Stu Miniman and Dave Vellante from Ciscolive! Barcelona. You're watching theCUBE. (upbeat music)

(click) >> Hey, welcome back everybody. Jeff Frick here with theCUBE. We're at Node Summit 2017 in San Francisco at the Mission Bay Convention Center. We've been coming here for years. A really active community, a lot of good mojo, about 800 developers here. About to the limits that the Mission Bay center can hold. Now we're excited to have our next guest. He just came off a panel. It's Jacob Groundwater. He's an engineering manager for Electron at Github. Jacob, welcome. >> Thank you, it's great to be here. >> So really interesting panel, Electron. I hadn't heard about Electron before, I was kind digging in a little bit while the panel was going on, but for the folks that aren't familiar, what is Electron? >> Yeah. Electron, there's a good chance that people who haven't even heard of it might already be using it. >> (chuckles) That's always a good thing. >> Yeah. Electron is a project that's started by Github and it's open source and you can use it to build desktop applications but with web technologies. We're leveraging the Google Chrome project to do a lot of that. And Node. And Node. Node.js is a big part of it as well. >> So build desktop apps using web technologies. >> Yep. >> And why would somebody want to do that? >> You know, I think at the root of that question, it's always the same answer which is just economics right now. Developers are in demand, software developers are in demand. The web is taking over and the web is becoming the most common skillset that people have. So you get a few benefits by using Electron. You get to distribute to three platforms automatically, you get Linux, Mac, and Windows. Sometimes it's like super easy. Sometimes you do a little bit of building to get that to happen, but it's, you know, you could cut your team size down by maybe two thirds if you do it that way. >> Wow, that's a pretty significant cut. Now you said one 1.0 released year, and how's the, how's the adoption? >> I actually can't even keep up with the number of applications that are being published on top of Electron. I'm often surprised, I'll go to a company and I'll say, oh I work on Electron at Github. And they'll be like, oh we're developing an Electron app, or we're working on an Electron app. So it, it's kind of unreal. Like I've never really been in this situation before where something that I'm working on is being used so much. I think it's out, it's out there, it's in production, it's running in millions of laptops and desktops. >> Yeah. That's great though, 'cause that's the whole promise of software, right? That's why people want to get into software. >> Yeah. >> 'Cause you can actually write something that people use and you can change the world. It could be distributed all over the world with millions of users before you even know it. >> There's this wonderful thought of like writing something once and then it running in millions of places potentially. I just love it. I love it. I think it's super cool. Yeah. So as it's grown what have been some of the main kind of concerns, issues, what are some of the things you're managing within that growth that's not pure technical? >> Yeah. That's a great question. One of the biggest things that I found interesting is when I got on our website and check the analytics, it's almost uniform across the globe. People are interested in it from everywhere. So there's challenges like, right now I had to set up a core meeting to talk about some of the like, updates to Electron and that had to be at midnight pacific time because we had to include the Prague time zone, Tokyo time zone, and Chennai in India. And we're trying to see if we can squeeze in someone from Australia. And just the global distributive nature of Electron, like people around the world are working on this and using it. >> Right. The other part you mentioned in the session, was the management of the community. And you made an interesting, you know, we go to a lot of conferences, everyone's got their code of conduct published these days which is kind of sad. It's good, but it's kind of sad that people don't have basic manners it seems like anymore. We've covered a lot of opensource communities. One that jumps to mind is OpenStack and watch that evolve over time and there's kind of community management issues that come up as these things grow. And you brought up, kind of an interesting paradigm, if you've got a great technical contributor who's just not a good person for, I don't know you didn't really define kind of the negative side but got some issues that may impact the cohesiveness of the community going forward, especially because community is so important in these projects. But if you got a great technical mind, I never really heard that particular challenge. >> I think it comes up a lot more than people realize. And it's something that I think about a lot. And one thing I want to focus on is, what we're really zeroing in on is bad behavior. >> Bad behavior. That was the word. >> And not a bad person. >> Right, right. >> One of the best ways to, to maybe get around that happening is to set an expectation early about what is acceptable behavior and alert people early when they're doing things that are going to cause harm to the community or cause harm to others. And also frame it in a way where they know, we're trying to keep other people safe, but we're also trying to keep those offenders, give them the space to change. If you choose not to change, that's a whole different story. So I think that by keeping the community strong, we encourage people around the globe to work on this project and we've already seen great returns by doing this far, so that's why I'm really focused on keeping it, keeping it a place where you know you can come and show up and do your work and do your best work. >> Right. Right. Well hopefully that's not taking too many of your cycles, you don't got too many of those, of those characters. >> Every hour I put in, I get like 10s and 20, like hours and hours back in return from the people who give back. So it's well worth it. It's the best use of my time. >> Alright good. So great growth over the year. As you look forward to next calendar year, kind of what are some of your priorities? What are some of the community's priorities? Where is Electron going? And if we touch base a year from now, what are we going to be talking about? >> Excellent question. So strengthening, formalizing some aspects of the community that we have so far, it's a little ad hoc, would be great. We want to look to having people outside of Github that feel more ownership over the project. For example, we have contributors who probably should be reviewing and committing code on their own, without necessarily needing to loop in someone from my team. So really turning this into a community project. In addition, we are focusing up on what might go into a version 2 release. And we're really focusing on security as a key feature in version two. >> Yeah, security's key and it's got to be baked in all the way to the bottom. >> Yeah. >> Alright Jacob, well it sounds like you've got your work cut out for you >> Thank you. and it should be an exciting year. >> Yeah, thanks very much. >> Alright. He's Jacob Groundwater. He's from the Electron project at Github. I'm Jeff Frick. You're watching theCUBE. We'll see you next time. Thanks for watching. (sharp music)