(upbeat music) (logo swooshing) >> Good morning and welcome back to Dallas, ladies and gentlemen, we are here with theCUBE Live from Supercomputing 2022. David, my cohost, how are you doing? Exciting, day two, feeling good? >> Very exciting. Ready to start off the day. >> Very excited. We have two fascinating guests joining us to kick us off. Please welcome Pete and Armando. Gentlemen, thank you for being here with us. >> Thank you for having us. >> Thank you for having us. >> I'm excited that you're starting off the day because we've been hearing a lot of rumors about Ethernet as the fabric for HPC, but we really haven't done a deep dive yet during the show. You all seem all in on Ethernet. Tell us about that. Armando, why don't you start? >> Yeah, I mean, when you look at Ethernet, customers are asking for flexibility and choice. So when you look at HPC, InfiniBand's always been around, right? But when you look at where Ethernet's coming in, it's really our commercial in their enterprise customers. And not everybody wants to be in the top 500, what they want to do is improve their job time and improve their latency over the network. And when you look at Ethernet, you kind of look at the sweet spot between 8, 12, 16, 32 nodes, that's a perfect fit for Ethernet in that space and those types of jobs. >> I love that. Pete, you want to elaborate? >> Yeah, sure. I mean, I think one of the biggest things you find with Ethernet for HPC is that, if you look at where the different technologies have gone over time, you've had old technologies like, ATM, Sonic, Fifty, and pretty much everything is now kind of converged toward Ethernet. I mean, there's still some technologies such as InfiniBand, Omni-Path, that are out there. But basically, they're single source at this point. So what you see is that there is a huge ecosystem behind Ethernet. And you see that also the fact that Ethernet is used in the rest of the enterprise, is used in the cloud data centers, that is very easy to integrate HPC based systems into those systems. So as you move HPC out of academia into enterprise, into cloud service providers, it's much easier to integrate it with the same technology you're already using in those data centers, in those networks. >> So what's the state of the art for Ethernet right now? What's the leading edge? what's shipping now and what's in the near future? You're with Broadcom, you guys designed this stuff. >> Pete: Yeah. >> Savannah: Right. >> Yeah, so leading edge right now, got a couple things-- >> Savannah: We love good stage prop here on the theCUBE. >> Yeah, so this is Tomahawk 4. So this is what is in production, it's shipping in large data centers worldwide. We started sampling this in 2019, started going into data centers in 2020. And this is 25.6 terabytes per second. >> David: Okay. >> Which matches any other technology out there. Like if you look at say, InfinBand, highest they have right now that's just starting to get into production is 25.6 T. So state of the art right now is what we introduced, We announced this in August, This is Tomahawk 5, so this is 51.2 terabytes per second. So double the bandwidth, out of any other technology that's out there. And the important thing about networking technology is when you double the bandwidth, you don't just double the efficiency, actually, winds up being a factor of six efficiency. >> Savannah: Wow. >> 'Cause if you want, I can go into that, but... >> Why not? >> Well, what I want to know, please tell me that in your labs, you have a poster on the wall that says T five, with some like Terminator kind of character. (all laughs) 'Cause that would be cool. If it's not true, just don't say anything. I'll just... >> Pete: This can actually shift into a terminator. >> Well, so this is from a switching perspective. >> Yeah. >> When we talk about the end nodes, when we talk about creating a fabric, what's the latest in terms of, well, the nicks that are going in there, what speed are we talking about today? >> So as far as 30 speeds, it tends to be 50 gigabits per second. >> David: Okay. >> Moving to a hundred gig PAM-4. >> David: Okay. >> And we do see a lot of nicks in the 200 gig Ethernet port speed. So that would be four lanes, 50 gig. But we do see that advancing to 400 gig fairly soon, 800 gig in the future. But say state of the art right now, we're seeing for the end node tends to be 200 gig E based on 50 gig PAM-4. >> Wow. >> Yeah, that's crazy. >> Yeah, that is great. My mind is act actively blown. I want to circle back to something that you brought up a second ago, which I think is really astute. When you talked about HPC moving from academia into enterprise, you're both seeing this happen, where do you think we are on the adoption curve and sort of in that cycle? Armando, do you want to go? >> Yeah, well, if you look at the market research, they're actually telling you it's 50/50 now. So Ethernet is at the level of 50%, InfinBand's at 50%, right? >> Savannah: Interesting. >> Yeah, and so what's interesting to us, customers are coming to us and say, hey, we want to see flexibility and choice and, hey, let's look at Ethernet and let's look at InfiniBand. But what is interesting about this is that we're working with Broadcom, we have their chips in our lab, we their have switches in our lab. And really what we're trying to do is make it easy to simple and configure the network for essentially MPI. And so the goal here with our validated designs is really to simplify this. So if you have a customer that, hey, I've been InfiniBand but now I want to go Ethernet, there's going to be some learning curves there. And so what we want to do is really simplify that so that we can make it easy to install, get the cluster up and running and they can actually get some value out the cluster. >> Yeah, Pete, talk about that partnership. what does that look like? I mean, are you working with Dell before the T six comes out? Or you just say what would be cool is we'll put this in the T six? >> No, we've had a very long partnership both on the hardware and the software side. Dell's been an early adopter of our silicon. We've worked very closely on SI and Sonic on the operating system, and they provide very valuable feedback for us on our roadmap. So before we put out a new chip, and we have actually three different product lines within the switching group, within Broadcom, we've then gotten very valuable feedback on the hardware and on the APIs, on the operating system that goes on top of those chips. So that way when it comes to market, Dell can take it and deliver the exact features that they have in the current generation to their customers to have that continuity. And also they give us feedback on the next gen features they'd like to see again, in both the hardware and the software. >> So I'm fascinated by... I always like to know like what, yeah, exactly. Look, you start talking about the largest supercomputers, most powerful supercomputers that exist today, and you start looking at the specs and there might be two million CPUs, 2 million CPU cores. Exoflap of performance. What are the outward limits of T five in switches, building out a fabric, what does that look like? What are the increments in terms of how many... And I know it's a depends answer, but how many nodes can you support in a scale out cluster before you need another switch? Or what does that increment of scale look like today? >> Yeah, so this is 51.2 terabytes per second. Where we see the most common implementation based on this would be with 400 gig Ethernet ports. >> David: Okay. >> So that would be 128, 400 gig E ports connected to one chip. Now, if you went to 200 gig, which is kind of the state of the art for the nicks, you can have double that. So in a single hop, you can have 256 end nodes connected through one switch. >> Okay, so this T five, that thing right there, (all laughing) inside a sheet metal box, obviously you've got a bunch of ports coming out of that. So what's the form factor look like for where that T five sits? Is there just one in a chassis or you have.. What does that look like? >> It tends to be pizza boxes these days. What you've seen overall is that the industry's moved away from chassis for these high end systems more towardS pizza boxes. And you can have composable systems where, in the past you would have line cards, either the fabric cards that the line cards are plug into or interfaced to. These days what tends to happen is you'd have a pizza box and if you wanted to build up like a virtual chassis, what you would do is use one of those pizza boxes as the fabric card, one of them as the line card. >> David: Okay. >> So what we see, the most common form factor for this is they tend to be two, I'd say for North America, most common would be a 2RU, with 64 OSFP ports. And often each of those OSFP, which is an 800 gig E or 800 gig port, we've broken out into two 400 gig ports. >> So yeah, in 2RU, and this is all air cooled, in 2RU, you've got 51.2 T. We do see some cases where customers would like to have different optics and they'll actually deploy 4RU, just so that way they have the phase-space density. So they can plug in 128, say QSFP 112. But yeah, it really depends on which optics, if you want to have DAK connectivity combined with optics. But those are the two most common form factors. >> And Armando, Ethernet isn't necessarily Ethernet in the sense that many protocols can be run over it. >> Right. >> I think I have a projector at home that's actually using Ethernet physical connections. But, so what are we talking about here in terms of the actual protocol that's running over this? Is this exactly the same as what you think of as data center Ethernet, or is this RDMA over converged Ethernet? What Are we talking about? >> Yeah, so RDMA, right? So when you look at running, essentially HPC workloads, you have the NPI protocol, so message passing interface, right? And so what you need to do is you may need to make sure that that NPI message passing interface runs efficiently on Ethernet. And so this is why we want to test and validate all these different things to make sure that that protocol runs really, really fast on Ethernet. If you look at NPIs officially, built to, hey, it was designed to run on InfiniBand but now what you see with Broadcom, with the great work they're doing, now we can make that work on Ethernet and get same performance, so that's huge for customers. >> Both of you get to see a lot of different types of customers. I kind of feel like you're a little bit of a looking into the crystal ball type because you essentially get to see the future knowing what people are trying to achieve moving forward. Talk to us about the future of Ethernet in HPC in terms of AI and ML, where do you think we're going to be next year or 10 years from now? >> You want to go first or you want me to go first? >> I can start, yeah. >> Savannah: Pete feels ready. >> So I mean, what I see, I mean, Ethernet, what we've seen is that as far as on, starting off of the switch side, is that we've consistently doubled the bandwidth every 18 to 24 months. >> That's impressive. >> Pete: Yeah. >> Nicely done, casual, humble brag there. That was great, I love that. I'm here for you. >> I mean, I think that's one of the benefits of Ethernet, is the ecosystem, is the trajectory the roadmap we've had, I mean, you don't see that in any of the networking technology. >> David: More who? (all laughing) >> So I see that, that trajectory is going to continue as far as the switches doubling in bandwidth, I think that they're evolving protocols, especially again, as you're moving away from academia into the enterprise, into cloud data centers, you need to have a combination of protocols. So you'll probably focus still on RDMA, for the supercomputing, the AI/ML workloads. But we do see that as you have a mix of the applications running on these end nodes, maybe they're interfacing to the CPUs for some processing, you might use a different mix of protocols. So I'd say it's going to be doubling a bandwidth over time, evolution of the protocols. I mean, I expect that Rocky is probably going to evolve over time depending on the AI/ML and the HPC workloads. I think also there's a big change coming as far as the physical connectivity within the data center. Like one thing we've been focusing on is co-packed optics. So right now, this chip is, all the balls in the back here, there's electrical connections. >> How many are there, by the way? 9,000 plus on the back of that-- >> 9,352. >> I love how specific it is. It's brilliant. >> Yeah, so right now, all the SERDES, all the signals are coming out electrically based, but we've actually shown, we actually we have a version of Tomahawk 4 at 25.6 T that has co-packed optics. So instead of having electrical output, you actually have optics directly out of the package. And if you look at, we'll have a version of Tomahawk 5. >> Nice. >> Where it's actually even a smaller form factor than this, where instead of having the electrical output from the bottom, you actually have fibers that plug directly into the sides. >> Wow. Cool. >> So I see there's the bandwidth, there's radix's increasing, protocols, different physical connectivity. So I think there's a lot of things throughout, and the protocol stack's also evolving. So a lot of excitement, a lot of new technology coming to bear. >> Okay, You just threw a carrot down the rabbit hole. I'm only going to chase this one, okay? >> Peter: All right. >> So I think of individual discreet physical connections to the back of those balls. >> Yeah. >> So if there's 9,000, fill in the blank, that's how many connections there are. How do you do that many optical connections? What's the mapping there? What does that look like? >> So what we've announced for Tomahawk 5 is it would have FR4 optics coming out. So you'd actually have 512 fiber pairs coming out. So basically on all four sides, you'd have these fiber ribbons that come in and connect. There's actually fibers coming out of the sides there. We wind up having, actually, I think in this case, we would actually have 512 channels and it would wind up being on 128 actual fiber pairs because-- >> It's miraculous, essentially. >> Savannah: I know. >> Yeah. So a lot of people are going to be looking at this and thinking in terms of InfiniBand versus Ethernet, I think you've highlighted some of the benefits of specifically running Ethernet moving forward as HPC which sort of just trails slightly behind super computing as we define it, becomes more pervasive AI/ML. What are some of the other things that maybe people might not immediately think about when they think about the advantages of running Ethernet in that environment? Is it about connecting the HPC part of their business into the rest of it? What are the advantages? >> Yeah, I mean, that's a big thing. I think, and one of the biggest things that Ethernet has again, is that the data centers, the networks within enterprises, within clouds right now are run on Ethernet. So now, if you want to add services for your customers, the easiest thing for you to do is the drop in clusters that are connected with the same networking technology. So I think one of the biggest things there is that if you look at what's happening with some of the other proprietary technologies, I mean, in some cases they'll have two different types of networking technologies before they interface to Ethernet. So now you've got to train your technicians, you train your assist admins on two different network technologies. You need to have all the debug technology, all the interconnect for that. So here, the easiest thing is you can use Ethernet, it's going to give you the same performance and actually, in some cases, we've seen better performance than we've seen with Omni-Path, better than in InfiniBand. >> That's awesome. Armando, we didn't get to you, so I want to make sure we get your future hot take. Where do you see the future of Ethernet here in HPC? >> Well, Pete hit on a big thing is bandwidth, right? So when you look at, train a model, okay? So when you go and train a model in AI, you need to have a lot of data in order to train that model, right? So what you do is essentially, you build a model, you choose whatever neural network you want to utilize. But if you don't have a good data set that's trained over that model, you can't essentially train the model. So if you have bandwidth, you want big pipes because you have to move that data set from the storage to the CPU. And essentially, if you're going to do it maybe on CPU only, but if you do it on accelerators, well, guess what? You need a big pipe in order to get all that data through. And here's the deal, the bigger the pipe you have, the more data, the faster you can train that model. So the faster you can train that model, guess what? The faster you get to some new insight, maybe it's a new competitive advantage, maybe it's some new way you design a product, but that's a benefit of speed, you want faster, faster, faster. >> It's all about making it faster and easier-- for the users. >> Armando: It is. >> I love that. Last question for you, Pete, just because you've said Tomahawk seven times, and I'm thinking we're in Texas, stakes, there's a lot going on with that. >> Making me hungry. >> I know, exactly. I'm sitting out here thinking, man, I did not have big enough breakfast. How did you come up with the name Tomahawk? >> So Tomahawk, I think it just came from a list. So we have a tried end product line. >> Savannah: Ah, yes. >> Which is a missile product line. And Tomahawk is being kind of like the bigger and batter missile, so. >> Savannah: Love this. Yeah, I mean-- >> So do you like your engineers? You get to name it. >> Had to ask. >> It's collaborative. >> Okay. >> We want to make sure everyone's in sync with it. >> So just it's not the Aquaman tried. >> Right. >> It's the steak Tomahawk. I think we're good now. >> Now that we've cleared that-- >> Now we've cleared that up. >> Armando, Pete, it was really nice to have both you. Thank you for teaching us about the future of Ethernet and HCP. David Nicholson, always a pleasure to share the stage with you. And thank you all for tuning in to theCUBE live from Dallas. We're here talking all things HPC and supercomputing all day long. We hope you'll continue to tune in. My name's Savannah Peterson, thanks for joining us. (soft music)

>>You can put this in a conference. >>Good morning and welcome back to Dallas. Ladies and gentlemen, we are here with the cube Live from, from Supercomputing 2022. David, my cohost, how you doing? Exciting. Day two. Feeling good. >>Very exciting. Ready to start off the >>Day. Very excited. We have two fascinating guests joining us to kick us off. Please welcome Pete and Armando. Gentlemen, thank you for being here with us. >>Having us, >>For having us. I'm excited that you're starting off the day because we've been hearing a lot of rumors about ethernet as the fabric for hpc, but we really haven't done a deep dive yet during the show. Y'all seem all in on ethernet. Tell us about that. Armando, why don't you start? >>Yeah. I mean, when you look at ethernet, customers are asking for flexibility and choice. So when you look at HPC and you know, infinite band's always been around, right? But when you look at where Ethernet's coming in, it's really our commercial and their enterprise customers. And not everybody wants to be in the top 500. What they want to do is improve their job time and improve their latency over the network. And when you look at ethernet, you kinda look at the sweet spot between 8, 12, 16, 32 nodes. That's a perfect fit for ethernet and that space and, and those types of jobs. >>I love that. Pete, you wanna elaborate? Yeah, yeah, >>Yeah, sure. I mean, I think, you know, one of the biggest things you find with internet for HPC is that, you know, if you look at where the different technologies have gone over time, you know, you've had old technologies like, you know, atm, Sonic, fitty, you know, and pretty much everything is now kind of converged toward ethernet. I mean, there's still some technologies such as, you know, InfiniBand, omnipath that are out there. Yeah. But basically there's single source at this point. So, you know, what you see is that there is a huge ecosystem behind ethernet. And you see that also, the fact that ethernet is used in the rest of the enterprise is using the cloud data centers that is very easy to integrate HPC based systems into those systems. So as you move HPC out of academia, you know, into, you know, into enterprise, into cloud service providers is much easier to integrate it with the same technology you're already using in those data centers, in those networks. >>So, so what's this, what is, what's the state of the art for ethernet right now? What, you know, what's, what's the leading edge, what's shipping now and what and what's in the near future? You, you were with Broadcom, you guys design this stuff. >>Yeah, yeah. Right. Yeah. So leading edge right now, I got a couple, you know, Wes stage >>Trough here on the cube. Yeah. >>So this is Tomahawk four. So this is what is in production is shipping in large data centers worldwide. We started sampling this in 2019, started going into data centers in 2020. And this is 25.6 tets per second. Okay. Which matches any other technology out there. Like if you look at say, infin band, highest they have right now that's just starting to get into production is 25 point sixt. So state of the art right now is what we introduced. We announced this in August. This is Tomahawk five. So this is 51.2 terabytes per second. So double the bandwidth have, you know, any other technology that's out there. And the important thing about networking technology is when you double the bandwidth, you don't just double the efficiency, it's actually winds up being a factor of six efficiency. Wow. Cause if you want, I can go into that, but why >>Not? Well, I, what I wanna know, please tell me that in your labs you have a poster on the wall that says T five with, with some like Terminator kind of character. Cause that would be cool if it's not true. Don't just don't say anything. I just want, I can actually shift visual >>It into a terminator. So. >>Well, but so what, what are the, what are the, so this is, this is from a switching perspective. Yeah. When we talk about the end nodes, when we talk about creating a fabric, what, what's, what's the latest in terms of, well, the kns that are, that are going in there, what's, what speed are we talking about today? >>So as far as 30 speeds, it tends to be 50 gigabits per second. Okay. Moving to a hundred gig pan four. Okay. And we do see a lot of Knicks in the 200 gig ethernet port speed. So that would be, you know, four lanes, 50 gig. But we do see that advancing to 400 gig fairly soon. 800 gig in the future. But say state of the art right now, we're seeing for the end nodes tends to be 200 gig E based on 50 gig pan four. Wow. >>Yeah. That's crazy. Yeah, >>That is, that is great. My mind is act actively blown. I wanna circle back to something that you brought up a second ago, which I think is really astute. When you talked about HPC moving from academia into enterprise, you're both seeing this happen. Where do you think we are on the adoption curve and sort of in that cycle? Armand, do you wanna go? >>Yeah, yeah. Well, if you look at the market research, they're actually telling it's 50 50 now. So ethernet is at the level of 50%. InfiniBand is at 50%. Right. Interesting. Yeah. And so what's interesting to us, customers are coming to us and say, Hey, we want to see, you know, flexibility and choice and hey, let's look at ethernet and let's look at InfiniBand. But what is interesting about this is that we're working with Broadcom, we have their chips in our lab, we have our switches in our lab. And really what we're trying to do is make it easy to simple and configure the network for essentially mpi. And so the goal here with our validated designs is really to simplify this. So if you have a customer that, Hey, I've been in fbe, but now I want to go ethernet, you know, there's gonna be some learning curves there. And so what we wanna do is really simplify that so that we can make it easy to install, get the cluster up and running, and they can actually get some value out of the cluster. >>Yeah. Peter, what, talk about that partnership. What, what, what does that look like? Is it, is it, I mean, are you, you working with Dell before the, you know, before the T six comes out? Or you just say, you know, what would be cool, what would be cool is we'll put this in the T six? >>No, we've had a very long partnership both on the hardware and the software side. You know, Dell has been an early adopter of our silicon. We've worked very closely on SI and Sonic on the operating system, you know, and they provide very valuable feedback for us on our roadmap. So before we put out a new chip, and we have actually three different product lines within the switching group within Broadcom, we've then gotten, you know, very valuable feedback on the hardware and on the APIs, on the operating system that goes on top of those chips. So that way when it comes to market, you know, Dell can take it and, you know, deliver the exact features that they have in the current generation to their customers to have that continuity. And also they give us feedback on the next gen features they'd like to see again in both the hardware and the software. >>So, so I, I'm, I'm just, I'm fascinated by, I I, I always like to know kind like what Yeah, exactly. Exactly right. Look, you, you start talking about the largest super supercomputers, most powerful supercomputers that exist today, and you start looking at the specs and there might be 2 million CPUs, 2 million CPU cores, yeah. Ex alop of, of, of, of performance. What are the, what are the outward limits of T five in switches, building out a fabric, what does that look like? What are the, what are the increments in terms of how many, and I know it, I know it's a depends answer, but, but, but how many nodes can you support in a, in a, in a scale out cluster before you need another switch? What does that increment of scale look like today? >>Yeah, so I think, so this is 51.2 terras per second. What we see the most common implementation based on this would be with 400 gig ethernet ports. Okay. So that would be 128, you know, 400 giggi ports connected to, to one chip. Okay. Now, if you went to 200 gig, which is kind of the state of the art for the Nicks, you can have double that. Okay. So, you know, in a single hop you can have 256 end nodes connected through one switch. >>So, okay, so this T five, that thing right there inside a sheet metal box, obviously you've got a bunch of ports coming out of that. So what is, what does that, what's the form factor look like for that, for where that T five sits? Is there just one in a chassis or you have, what does that look >>Like? It tends to be pizza boxes these days. Okay. What you've seen overall is that the industry's moved away from chassis for these high end systems more towards pizza, pizza boxes. And you can have composable systems where, you know, in the past you would have line cards, either the fabric cards that the line cards are plugged into or interface to these days, what tends to happen is you'd have a pizza box, and if you wanted to build up like a virtual chassis, what you would do is use one of those pizza boxes as the fabric card, one of them as the, the line card. >>Okay. >>So what we see, the most common form factor for this is they tend to be two, I'd say for North America, most common would be a two R U with 64 OSF P ports. And often each of those OSF p, which is an 800 gig e or 800 gig port, we've broken out into two 400 gig quarts. Okay. So yeah, in two r u you've got, and this is all air cooled, you know, in two re you've got 51.2 T. We do see some cases where customers would like to have different optics, and they'll actually deploy a four U just so that way they have the face place density, so they can plug in 128, say qsf P one 12. But yeah, it really depends on which optics, if you wanna have DAK connectivity combined with, with optics. But those are the two most common form factors. >>And, and Armando ethernet isn't, ethernet isn't necessarily ethernet in the sense that many protocols can be run over it. Right. I think I have a projector at home that's actually using ethernet physical connections. But what, so what are we talking about here in terms of the actual protocol that's running over this? Is this exactly the same as what you think of as data center ethernet, or, or is this, you know, RDMA over converged ethernet? What, what are >>We talking about? Yeah, so our rdma, right? So when you look at, you know, running, you know, essentially HPC workloads, you have the NPI protocol, so message passing interface, right? And so what you need to do is you may need to make sure that that NPI message passing interface runs efficiently on ethernet. And so this is why we want to test and validate all these different things to make sure that that protocol runs really, really fast on ethernet, if you look at NPI is officially, you know, built to, Hey, it was designed to run on InfiniBand, but now what you see with Broadcom and the great work they're doing now, we can make that work on ethernet and get, you know, it's same performance. So that's huge for customers. >>Both of you get to see a lot of different types of customers. I kind of feel like you're a little bit of a, a looking into the crystal ball type because you essentially get to see the future knowing what people are trying to achieve moving forward. Talk to us about the future of ethernet in hpc in terms of AI and ml. Where, where do you think we're gonna be next year or 10 years from now? >>You wanna go first or you want me to go first? I can start. >>Yeah. Pete feels ready. >>So I mean, what I see, I mean, ethernet, I mean, is what we've seen is that as far as on the starting off of the switch side, is that we've consistently doubled the bandwidth every 18 to 24 months. That's >>Impressive. >>Yeah. So nicely >>Done, casual, humble brag there. That was great. That was great. I love that. >>I'm here for you. I mean, I think that's one of the benefits of, of Ethan is like, is the ecosystem, is the trajectory, the roadmap we've had, I mean, you don't see that in any other networking technology >>More who, >>So, you know, I see that, you know, that trajectory is gonna continue as far as the switches, you know, doubling in bandwidth. I think that, you know, they're evolving protocols. You know, especially again, as you're moving away from academia into the enterprise, into cloud data centers, you need to have a combination of protocols. So you'll probably focus still on rdma, you know, for the supercomputing, the a AIML workloads. But we do see that, you know, as you have, you know, a mix of the applications running on these end nodes, maybe they're interfacing to the, the CPUs for some processing, you might use a different mix of protocols. So I'd say it's gonna be doubling a bandwidth over time evolution of the protocols. I mean, I expect that Rocky is probably gonna evolve over time depending on the a AIML and the HPC workloads. I think also there's a big change coming as far as the physical connectivity within the data center. Like one thing we've been focusing on is co-pack optics. So, you know, right now this chip is all, all the balls in the back here, there's electrical connections. How >>Many are there, by the way? 9,000 plus on the back of that >>352. >>I love how specific it is. It's brilliant. >>Yeah. So we get, so right now, you know, all the thirties, all the signals are coming out electrically based, but we've actually shown, we have this, actually, we have a version of Hawk four at 25 point sixt that has co-pack optics. So instead of having electrical output, you actually have optics directly out of the package. And if you look at, we'll have a version of Tomahawk five Nice. Where it's actually even a smaller form factor than this, where instead of having the electrical output from the bottom, you actually have fibers that plug directly into the sides. Wow. Cool. So I see, you know, there's, you know, the bandwidth, there's radis increasing protocols, different physical connectivity. So I think there's, you know, a lot of things throughout, and the protocol stack's also evolving. So, you know, a lot of excitement, a lot of new technology coming to bear. >>Okay. You just threw a carrot down the rabbit hole. I'm only gonna chase this one. Okay. >>All right. >>So I think of, I think of individual discreet physical connections to the back of those balls. Yeah. So if there's 9,000, fill in the blank, that's how many connections there are. How do you do that in many optical connections? What's, what's, what's the mapping there? What does that, what does that look like? >>So what we've announced for TAMA five is it would have fr four optics coming out. So you'd actually have, you know, 512 fiber pairs coming out. So you'd have, you know, basically on all four sides, you'd have these fiber ribbons that come in and connect. There's actually fibers coming out of the, the sides there. We wind up having, actually, I think in this case, we would actually have 512 channels and it would wind up being on 128 actual fiber pairs because >>It's, it's miraculous, essentially. It's, I know. Yeah, yeah, yeah, yeah. Yeah. So, so, you know, a lot of people are gonna be looking at this and thinking in terms of InfiniBand versus versus ethernet. I think you've highlighted some of the benefits of specifically running ethernet moving forward as, as hpc, you know, which is sort of just trails slightly behind supercomputing as we define it, becomes more pervasive AI ml. What, what are some of the other things that maybe people might not immediately think about when they think about the advantages of running ethernet in that environment? Is it, is it connecting, is it about connecting the HPC part of their business into the rest of it? What, or what, what are the advantages? >>Yeah, I mean, that's a big thing. I think, and one of the biggest things that ethernet has again, is that, you know, the data centers, you know, the networks within enterprises within, you know, clouds right now are run on ethernet. So now if you want to add services for your customers, the easiest thing for you to do is, you know, the drop in clusters that are connected with the same networking technology, you know, so I think what, you know, one of the biggest things there is that if you look at what's happening with some of the other proprietary technologies, I mean, in some cases they'll have two different types of networking technologies before they interface to ethernet. So now you've got to train your technicians, you train your, your assist admins on two different network technologies. You need to have all the, the debug technology, all the interconnect for that. So here, the easiest thing is you can use ethernet, it's gonna give you the same performance. And actually in some cases we seen better performance than we've seen with omnipath than, you know, better than in InfiniBand. >>That's awesome. Armando, we didn't get to you, so I wanna make sure we get your future hot take. Where do you see the future of ethernet here in hpc? >>Well, Pete hit on a big thing is bandwidth, right? So when you look at train a model, okay, so when you go and train a model in ai, you need to have a lot of data in order to train that model, right? So what you do is essentially you build a model, you choose whatever neural network you wanna utilize, but if you don't have a good data set that's trained over that model, you can't essentially train the model. So if you have bandwidth, you want big pipes because you have to move that data set from the storage to the cpu. And essentially, if you're gonna do it maybe on CPU only, but if you do it on accelerators, well guess what? You need a big pipe in order to get all that data through. And here's the deal. The bigger the pipe you have, the more data, the faster you can train that model. So the faster you can train that model, guess what? The faster you get to some new insight, maybe it's a new competitive advantage. Maybe it's some new way you design a product, but that's a benefit of speed you want faster, faster, faster. >>It's all about making it faster and easier. It is for, for the users. I love that. Last question for you, Pete, just because you've said Tomahawk seven times, and I'm thinking we're in Texas Stakes, there's a lot going on with with that making >>Me hungry. >>I know exactly. I'm sitting up here thinking, man, I did not have a big enough breakfast. How do you come up with the name Tomahawk? >>So Tomahawk, I think you just came, came from a list. So we had, we have a tri end product line. Ah, a missile product line. And Tomahawk is being kinda like, you know, the bigger and batter missile, so, oh, okay. >>Love this. Yeah, I, well, I >>Mean, so you let your engineers, you get to name it >>Had to ask. It's >>Collaborative. Oh good. I wanna make sure everyone's in sync with it. >>So just so we, it's not the Aquaman tried. Right, >>Right. >>The steak Tomahawk. I >>Think we're, we're good now. Now that we've cleared that up. Now we've cleared >>That up. >>Armando P, it was really nice to have both you. Thank you for teaching us about the future of ethernet N hpc. David Nicholson, always a pleasure to share the stage with you. And thank you all for tuning in to the Cube Live from Dallas. We're here talking all things HPC and Supercomputing all day long. We hope you'll continue to tune in. My name's Savannah Peterson, thanks for joining us.

[Music] the cyber security landscape has changed dramatically over the past 24 to 36 months rapid cloud migration has created a new layer of security defense sure but that doesn't mean csos can relax in many respects it further complicates or at least changes the cso's scope of responsibilities in particular the threat surface has expanded and that creates more seams and csos have to make sure their teams pick up where the hyperscaler clouds leave off application developers have become a critical execution point for cyber assurance shift left is the kind of new buzz phrase for devs but organizations still have to shield right meaning the operational teams must continue to partner with secops to make sure infrastructure is resilient so it's no wonder that an etr's latest survey of nearly 1500 cios and it buyers that business technology executives cite security as their number one priority well ahead of other critical technology initiatives including collaboration software cloud computing and analytics rounding out the top four but budgets are under pressure and csos have to prioritize it's not like they have an open checkbook they have to contend with other key initiatives like those just mentioned to secure the funding and what about zero trust can you go out and buy zero trust or is it a framework a mindset in a series of best practices applied to create a security consciousness throughout the organization can you implement zero trust in other words if a machine or human is not explicitly allowed access then access is denied can you implement that policy without constricting organizational agility the question is what's the most practical way to apply that premise and what role does infrastructure play as the enforcer how does automation play in the equation the fact is that today's approach to cyber resilient type resilience can't be an either or it has to be an and conversation meaning you have to ensure data protection while at the same time advancing the mission of the organization with as little friction as possible and don't even talk to me about the edge that's really going to keep you up at night hello and welcome to the special cube presentation a blueprint for trusted infrastructure made possible by dell technologies in this program we explore the critical role that trusted infrastructure plays in cyber security strategies how organizations should think about the infrastructure side of the cyber security equation and how dell specifically approaches securing infrastructure for your business we'll dig into what it means to transform and evolve toward a modern security infrastructure that's both trusted and agile first up are pete gear and steve kenniston they're both senior cyber security consultants at dell technologies and they're going to talk about the company's philosophy and approach to trusted infrastructure and then we're going to speak to paris our godaddy who's a senior consultant for storage at dell technologies to understand where and how storage plays in this trusted infrastructure world and then finally rob emsley who heads product marketing for data protection and cyber security he's going to take a deeper dive with rob into data protection and explain how it has become a critical component of a comprehensive cyber security strategy okay let's get started pete gear steve kenniston welcome to the cube thanks for coming into the marlboro studios today great to be here dave thanks dave good to see you great to see you guys pete start by talking about the security landscape you heard my little rap up front what are you seeing i thought you wrapped it up really well and you touched on all the key points right technology is ubiquitous today it's everywhere it's no longer confined to a monolithic data center it lives at the edge it lives in front of us it lives in our pockets and smartphones along with that is data and as you said organizations are managing sometimes 10 to 20 times the amount of data that they were just five years ago and along with that cyber crime has become a very profitable uh enterprise in fact it's been more than 10 years since uh the nsa chief actually called cybercrime the biggest transfer of wealth in history that was 10 years ago and we've seen nothing but accelerating cybercrime and really sophistication of how those attacks are are perpetrated and so the new security landscape is really more of an evolution we're finally seeing security catch up with all of the technology adoption all the build out the work from home and work from anywhere that we've seen over the last couple of years we're finally seeing organizations and really it goes beyond the i.t directors it's a board level discussion today security's become a board level discussion so yeah i think that's true as well it's like it used to be the security was okay the sec ops team you're responsible for security now you've got the developers are involved the business lines are involved it's part of onboarding for most companies you know steve this concept of zero trust it was kind of a buzzword before the pandemic and i feel like i've often said it's now become a a mandate but it's it's it's still fuzzy to a lot of people how do you guys think about zero trust what does it mean to you how does it fit yeah i thought again i thought your opening was fantastic in this whole lead into to what is zero trust it had been a buzzword for a long time and now ever since the federal government came out with their implementation or or desire to drive zero trust a lot more people are taking a lot more seriously because i don't think they've seen the government do this but ultimately let's see ultimately it's just like you said right if you don't have trust to those particular devices applications or data you can't get at it the question is and and you phrase it perfectly can you implement that as well as allow the business to be as agile as it needs to be in order to be competitive because we're seeing with your whole notion around devops and the ability to kind of build make deploy build make deploy right they still need that functionality but it also needs to be trusted it needs to be secure and things can't get away from you yeah so it's interesting we attended every uh reinforce since 2019 and the narrative there is hey everything in this in the cloud is great you know and this narrative around oh security is a big problem is you know doesn't help the industry the fact is that the big hyperscalers they're not strapped for talent but csos are they don't have the the capabilities to really apply all these best practices they're they're playing whack-a-mole so they look to companies like yours to take their your r d and bake it into security products and solutions so what are the critical aspects of the so-called dell trusted infrastructure that we should be thinking about yeah well dell trusted infrastructure for us is a way for us to describe uh the the work that we do through design development and even delivery of our it system so dell trusted infrastructure includes our storage it includes our servers our networking our data protection our hyper-converged everything that infrastructure always has been it's just that today customers consume that infrastructure at the edge as a service in a multi-cloud environment i mean i view the cloud as really a way for organizations to become more agile and to become more flexible and also to control costs i don't think organizations move to the cloud or move to a multi-cloud environment to enhance security so i don't see cloud computing as a panacea for security i see it as another attack surface and another uh aspect in front that organizations and and security organizations and departments have to manage it's part of their infrastructure today whether it's in their data center in a cloud or at the edge i mean i think it's a huge point because a lot of people think oh the data's in the cloud i'm good it's like steve we've talked about oh why do i have to back up my data it's in the cloud well you might have to recover it someday so i don't know if you have anything to add to that or any additional thoughts on it no i mean i think i think like what pete was saying when it comes to when it comes to all these new vectors for attack surfaces you know people did choose the cloud in order to be more agile more flexible and all that did was open up to the csos who need to pay attention to now okay where can i possibly be attacked i need to be thinking about is that secure and part of the part of that is dell now also understands and thinks about as we're building solutions is it is it a trusted development life cycle so we have our own trusted development life cycle how many times in the past did you used to hear about vendors saying you got to patch your software because of this we think about what changes to our software and what implementations and what enhancements we deliver can actually cause from a security perspective and make sure we don't give up or or have security become a whole just in order to implement a feature we got to think about those things yeah and as pete alluded to our secure supply chain so all the way through knowing what you're going to get when you actually receive it is going to be secure and not be tampered with becomes vitally important and pete and i were talking earlier when you have tens of thousands of devices that need to be delivered whether it be storage or laptops or pcs or or whatever it is you want to be tr you want to know that that that those devices are can be trusted okay guys maybe pete you could talk about the how dell thinks about it's its framework and its philosophy of cyber security and then specifically what dell's advantages are relative to the competition yeah definitely dave thank you so i we've talked a lot about dell as a technology provider but one thing dell also is is a partner in this larger ecosystem we realize that security whether it's a zero trust paradigm or any other kind of security environment is an ecosystem with a lot of different vendors so we look at three areas uh one is protecting data in systems we know that it starts with and ends with data that helps organizations combat threats across their entire infrastructure and what it means is dell's embedding security features consistently across our portfolios of storage servers networking the second is enhancing cyber resiliency over the last decade a lot of the funding and spending has been in protecting or trying to prevent cyber threats not necessarily in responding to and recovering from threats right we call that resiliency organizations need to build resiliency across their organization so not only can they withstand a threat but they can respond recover and continue with their operations and the third is overcoming security complexity security is hard it's more difficult because of the the things we've talked about about distributed data distributed technology and and attack surfaces everywhere and so we're enabling organizations to scale confidently to continue their business but know that all all the i.t decisions that they're making um have these intrinsic security features and are built and delivered in a consistent security so those are kind of the three pillars maybe we could end on what you guys see as the key differentiators uh that people should know about that that dell brings to the table maybe each of you could take take a shot at that yeah i i think first of all from from a holistic portfolio perspective right the secure supply chain and the secure development life cycle permeate through everything dell does when building things so we build things with security in mind all the way from as pete mentioned from from creation to delivery we want to make sure you have that that secure device or or asset that permeates everything from servers networking storage data protection through hyper converge through everything that to me is really a key asset because that means you can you understand when you receive something it's a trusted piece of your infrastructure i think the other core component to think about and pete mentioned as dell being a partner for um making sure you can deliver these things is that even though those are that's part of our framework these pillars are our framework of how we want to deliver security it's also important to understand that we are partners and that you don't need to rip and replace but as you start to put in new components you can be you can be assured that the components that you're replacing as you're evolving as you're growing as you're moving to the cloud as you're moving to more on-prem type services or whatever that your environment is secure i think those are two key things got it okay pete bring us home yeah i think one of one of the big advantages of dell uh is our scope and our scale right we're a large technology vendor that's been around for decades and we develop and sell almost every piece of technology we also know that organizations are might make different decisions and so we have a large services organization with a lot of experienced services people that can help customers along their security journey depending on uh whatever type of infrastructure or solutions that they're looking at the other thing we do is make it very easy to consume our technology whether that's traditional on-premise in a multi-cloud environment uh or as a service and so the best of breed technology can be consumed in any variety of fashion and know that you're getting that consistent secure infrastructure that dell provides well and dell's forgot the probably top supply chain not only in the tech business but probably any business and so you can actually take take your dog food and then and allow other your champagne sorry allow other people to you know share share best practices with your with your customers all right guys thanks so much for coming thank you appreciate it okay keep it right there after this short break we'll be back to drill into the storage domain you're watching a blueprint for trusted infrastructure on the cube the leader in enterprise and emerging tech coverage be right back you

okay we're back digging into trusted infrastructure with paris are good at he's a senior consultant for product marketing and storage at dell technologies pastor welcome to the cube good to see you great to be with you dave yeah coming from hyderabad awesome so i really appreciate you uh coming on the program let's start with talking about your point of view on what cyber security resilience means to to dell generally but storage specifically yeah so for something like storage you know we are talking about the data layer name and if you look at cyber security it's all about securing your data applications and infrastructure it has been a very mature field at the network and application layers and there are a lot of great technologies right from you know enabling zero trust uh advanced authentications uh identity management systems and so on and and in fact you know with the advent of you know the the use of artificial intelligence and machine learning really these detection tools for cyber securities have really evolved in the network and application spaces so for storage what it means is how can you bring them to the data layer right how can you bring you know the principles of zero trust to the data layer uh how can you leverage artificial intelligence and machine learning to look at you know access patterns and make intelligent decisions about maybe an indicator of a compromise and identify them ahead of time just like you know how it's happening and other of of applications and when it comes to cyber resilience it's it's basically a strategy which assumes that a threat is imminent and it's a good assumption with the severity and the frequency of the attacks that are happening and the question is how do we fortify the infrastructure in this rich infrastructure to withstand those attacks and have a plan a response plan where we can recover the data and make sure the business continuity is not affected so that's uh really cyber security and cyber resiliency at storage layer and of course there are technologies like you know network isolation um immutability and all these principles need to be applied at the storage level as well let me have a follow up on that if i may the intelligence that you talked about that ai and machine learning is that do you do you build that into the infrastructure or is that sort of a separate software module that that points at various you know infrastructure components how does that work both dave right at the data storage level we have come up with various data characteristics depending on the nature of data we developed a lot of signals to see what could be a good indicator of a compromise um and there are also additional applications like cloud iq is the best example which is like an infrastructure wide health monitoring system for dell infrastructure and now we have elevated that to include cyber security as well so these signals are being gathered at cloud iq level and other applications as well so that we can make those decisions about compromise and we can either cascade that intelligence and alert stream upstream for uh security teams um so that they can take actions in platforms like sign systems xtr systems and so on but when it comes to which layer the intelligence is it has to be at every layer where it makes sense where we have the information to make a decision and being closest to the data we have we are basically monitoring you know the various parallels data access who is accessing um are they crossing across any geo fencing is there any mass deletion that is happening or a mass encryption that is happening and we are able to uh detect uh those uh patterns and flag them as indicators of compromise and in allowing automated response manual control and so on for i.t teams yeah thank you for that explanation so at dell technologies world we were there in may it was one of the first you know live shows that that we did in the spring certainly one of the largest and i interviewed shannon champion and my huge takeaway from the storage side was the degree to which you guys uh emphasized security uh within the operating systems i mean really i mean power max more than half i think of the features were security related but also the rest of the portfolio so can you talk about the the security aspects of the dell storage portfolio specifically yeah yeah so when it comes to data security and broadly data availability right in the context of cyber resiliency um dell storage uh this you know these elements have been at the core of our um a core strength for the portfolio and a source of differentiation for the storage portfolio you know with almost decades of collective experience of building highly resilient architectures for mission critical data something like power max system which is the most secure storage platform for high-end enterprises um and now with the increased focus on cyber security we are extending those core technologies of high availability and adding modern detection systems modern data isolation techniques to offer a comprehensive solution to the customer so that they don't have to piece together multiple things to ensure data security or data resiliency but a well-designed and well-architected solution by design is uh delivered to them to ensure cyber protection at the data layer got it um you know we were talking earlier to steve kenniston and pete gear about this notion of dell trusted infrastructure how does storage fit into that as a component of that sort of overall you know theme yeah and you know and let me say this if you could adjust because a lot of people might be skeptical that i can actually have security and at the same time not constrict my organizational agility that's old you know not an or it's an and how do you actually do that if you could address both of those that would be great definitely so for dell trusted infrastructure cyber resiliency is a key component of that and just as i mentioned you know uh air gap isolation it really started with you know power protect cyber recovery you know that was the solution more than three years ago we launched and that was first in the industry which paved way to you know kind of data isolation being a core element of data management and you know for data infrastructure and since then we have implemented these technologies within different storage platforms as well so the customers have the flexibility depending on their data landscape they can approach they can do the right data isolation architecture right either natively from the storage platform or consolidate things into the backup platform and isolate from there and and the other key thing we focus in trusted infrastructure delta dell trusted infrastructure is you know the goal of simplifying security for the customers so one good example here is uh you know risk being able to respond to these cyber threats or indicators of compromise is one thing but an i.t security team may not be looking at the dashboard of the storage systems constantly right storage administration admins may be looking at it so how can we build this intelligence and provide this upstream platforms so that they have a single pane of glass to understand security landscape across applications across networks firewalls as well as storage infrastructure and and compute infrastructure so that's one of the key ways where how we are helping simplify the um kind of the ability to uh respond ability to detect and respond these threads uh in real time for security teams and you mentioned you know about zero trust and how it's a balance of you know not uh kind of restricting users or put heavy burden on you know multi-factor authentication and so on and this really starts with you know what we are doing is provide all the tools you know when it comes to advanced authentication uh supporting external identity management systems multi-factor authentication encryption all these things are intrinsically built into these platforms now the question is the customers are actually one of the key steps is to identify uh what are the most critical parts of their business or what are the applications uh that the most critical business operations depend on and similarly identify uh mission critical data where part of your response plan where it cannot be compromised where you need to have a way to recover once you do this identification then the level of security can be really determined uh by uh by the security teams by the infrastructure teams and you know another you know intelligence that gives a lot of flexibility for for even developers to do this is today we have apis um that so you can not only track these alerts at the data infrastructure level but you can use our apis to take concrete actions like blocking a certain user or increasing the level of authentication based on the threat level that has been perceived at the application layer or at the network layer so there is a lot of flexibility that is built into this by design so that depending on the criticality of the data criticality of the application number of users affected these decisions have to be made from time to time and it's as you mentioned it's it's a balance right and sometimes you know if if an organization had a recent attack you know the level of awareness is very high uh against cyber attacks so for a time you know these these settings may be a bit difficult to deal with but then it's a decision that has to be made by security teams as well got it so you're surfacing what may be hidden kpis that are being buried inside for instance the storage system through apis upstream into a dashboard so that somebody you know dig into the storage tunnel extract that data and then somehow you know populate that dashboard you're saying you're automating that that that workflow that's a great example and you may have others but is that the correct understanding absolutely and it's a two-way integration let's say a detector an attack has been detected at a completely different layer right in the application layer or at a firewall we can respond to those as well so it's a two-way integration we can cascade things up as well as uh respond to threats that have been detected elsewhere uh through the api that's great all right api for power skill is the best example for that uh excellent so thank you appreciate that give us the last word put a bow on this and and bring this segment home please absolutely so a dell uh storage portfolio um using advanced data isolation um with air gap having machine learning based algorithms to detect uh indicators of compromise and having ripple mechanisms um with granular snapshots being able to recover data and restore applications to maintain business continuity is what we deliver to customers uh and these are areas where a lot of innovation is happening a lot of product focus as well as you know if you look at the professional services all the way from engineering to professional services the way we build these systems the very we configure and architect these systems cyber security and protection is a key focus uh for all these activities and dell.com securities is where you can learn a lot about these initiatives that's great thank you you know at the recent uh reinforce uh event in in boston we heard a lot uh from aws about you know detent and response and devops and machine learning and some really cool stuff we heard a little bit about ransomware but i'm glad you brought up air gaps because we heard virtually nothing in the keynotes about air gaps that's an example of where you know this the cso has to pick up from where the cloud leaves off but as i was in front and so number one and number two we didn't hear a ton about how the cloud is making the life of the cso simpler and that's really my takeaway is is in part anyway your job and companies like dell so paris i really appreciate the insights thank you for coming on thecube thank you very much dave it's always great to be in these uh conversations all right keep it right there we'll be right back with rob emsley to talk about data protection strategies and what's in the dell portfolio you're watching the cube [Music] you

the cyber security landscape has changed dramatically over the past 24 to 36 months rapid cloud migration has created a new layer of security defense sure but that doesn't mean csos can relax in many respects it further complicates or at least changes the ciso's scope of responsibilities in particular the threat surface has expanded and that creates more seams and cisos have to make sure their teams pick up where the hyperscaler clouds leave off application developers have become a critical execution point for cyber assurance shift left is the kind of new buzz phrase for devs but organizations still have to shield right meaning the operational teams must continue to partner with secops to make sure infrastructure is resilient so it's no wonder that in etr's latest survey of nearly 1500 cios and it buyers that business technology executives cite security as their number one priority well ahead of other critical technology initiatives including collaboration software cloud computing and analytics rounding out the top four but budgets are under pressure and csos have to prioritize it's not like they have an open checkbook they have to contend with other key initiatives like those just mentioned to secure the funding and what about zero trust can you go out and buy xero trust or is it a framework a mindset in a series of best practices applied to create a security consciousness throughout the organization can you implement zero trust in other words if a machine or human is not explicitly allowed access then access is denied can you implement that policy without constricting organizational agility the question is what's the most practical way to apply that premise and what role does infrastructure play as the enforcer how does automation play in the equation the fact is that today's approach to cyber resilient type resilience can't be an either or it has to be an and conversation meaning you have to ensure data protection while at the same time advancing the mission of the organization with as little friction as possible and don't even talk to me about the edge that's really going to keep you up at night hello and welcome to the special cube presentation a blueprint for trusted infrastructure made possible by dell technologies in this program we explore the critical role that trusted infrastructure plays in cyber security strategies how organizations should think about the infrastructure side of the cyber security equation and how dell specifically approaches securing infrastructure for your business we'll dig into what it means to transform and evolve toward a modern security infrastructure that's both trusted and agile first up are pete gear and steve kenniston they're both senior cyber security consultants at dell technologies and they're going to talk about the company's philosophy and approach to trusted infrastructure and then we're going to speak to paris arcadi who's a senior consultant for storage at dell technologies to understand where and how storage plays in this trusted infrastructure world and then finally rob emsley who heads product marketing for data protection and cyber security he's going to take a deeper dive with rob into data protection and explain how it has become a critical component of a comprehensive cyber security strategy okay let's get started pete gear steve kenniston welcome to the cube thanks for coming into the marlboro studios today great to be here dave thanks dave good to see you great to see you guys pete start by talking about the security landscape you heard my little rap up front what are you seeing i thought you wrapped it up really well and you touched on all the key points right technology is ubiquitous today it's everywhere it's no longer confined to a monolithic data center it lives at the edge it lives in front of us it lives in our pockets and smartphones along with that is data and as you said organizations are managing sometimes 10 to 20 times the amount of data that they were just five years ago and along with that cyber crime has become a very profitable enterprise in fact it's been more than 10 years since uh the nsa chief actually called cyber crime the biggest transfer of wealth in history that was 10 years ago and we've seen nothing but accelerating cyber crime and really sophistication of how those attacks are perpetrated and so the new security landscape is really more of an evolution we're finally seeing security catch up with all of the technology adoption all the build out the work from home and work from anywhere that we've seen over the last couple of years we're finally seeing organizations and really it goes beyond the i t directors it's a board level discussion today security's become a board level discussion yeah i think that's true as well it's like it used to be the security was okay the secops team you're responsible for security now you've got the developers are involved the business lines are involved it's part of onboarding for most companies you know steve this concept of zero trust it was kind of a buzzword before the pandemic and i feel like i've often said it's now become a mandate but it's it's it's still fuzzy to a lot of people how do you guys think about zero trust what does it mean to you how does it fit yeah i thought again i thought your opening was fantastic in in this whole lead into to what is zero trust it had been a buzzword for a long time and now ever since the federal government came out with their implementation or or desire to drive zero trust a lot more people are taking a lot more seriously because i don't think they've seen the government do this but ultimately let's see ultimately it's just like you said right if if you don't have trust to those particular devices uh applications or data you can't get at it the question is and and you phrase it perfectly can you implement that as well as allow the business to be as agile as it needs to be in order to be competitive because we're seeing with your whole notion around devops and the ability to kind of build make deploy build make deploy right they still need that functionality but it also needs to be trusted it needs to be secure and things can't get away from you yeah so it's interesting we attended every uh reinforce since 2019 and the narrative there is hey everything in this in the cloud is great you know and this narrative around oh security is a big problem is you know doesn't help the industry the fact is that the big hyperscalers they're not strapped for talent but csos are they don't have the the capabilities to really apply all these best practices they're they're playing whack-a-mole so they look to companies like yours to take their r your r d and bake it into security products and solutions so what are the critical aspects of the so-called dell trusted infrastructure that we should be thinking about yeah well dell trusted infrastructure for us is a way for us to describe uh the the work that we do through design development and even delivery of our it system so dell trusted infrastructure includes our storage it includes our servers our networking our data protection our hyper converged everything that infrastructure always has been it's just that today customers consume that infrastructure at the edge as a service in a multi-cloud environment i mean i view the cloud as really a way for organizations to become more agile and to become more flexible and also to control costs i don't think organizations move to the cloud or move to a multi-cloud environment to enhance security so i don't see cloud computing as a panacea for security i see it as another attack surface and another uh aspect in front that organizations and and security organizations and departments have to manage it's part of their infrastructure today whether it's in their data center in a cloud or at the edge i mean i think it's a huge point because a lot of people think oh data's in the cloud i'm good it's like steve we've talked about oh why do i have to back up my data it's in the cloud well you might have to recover it someday so i don't know if you have anything to add to that or any additional thoughts on it no i mean i think i think like what pete was saying when it comes to when it comes to all these new vectors for attack surfaces you know people did choose the cloud in order to be more agile more flexible and all that did was open up to the csos who need to pay attention to now okay where can i possibly be attacked i need to be thinking about is that secure and part of the part of that is dell now also understands and thinks about as we're building solutions is it is it a trusted development life cycle so we have our own trusted development life cycle how many times in the past did you used to hear about vendors saying you got to patch your software because of this we think about what changes to our software and what implementations and what enhancements we deliver can actually cause from a security perspective and make sure we don't give up or or have security become a whole just in order to implement a feature we got to think about those things yeah and as pete alluded to our secure supply chain so all the way through knowing what you're going to get when you actually receive it is going to be secure and not be tampered with becomes vitally important and pete and i were talking earlier when you have tens of thousands of devices that need to be delivered whether it be storage or laptops or pcs or or whatever it is you want to be you want to know that that that those devices are can be trusted okay guys maybe pete you could talk about the how dell thinks about it's its framework and its philosophy of cyber security and then specifically what dell's advantages are relative to the competition yeah definitely dave thank you so we've talked a lot about dell as a technology provider but one thing dell also is is a partner in this larger ecosystem we realize that security whether it's a zero trust paradigm or any other kind of security environment is an ecosystem uh with a lot of different vendors so we look at three areas one is protecting data in systems we know that it starts with and ends with data that helps organizations combat threats across their entire infrastructure and what it means is dell's embedding security features consistently across our portfolios of storage servers networking the second is enhancing cyber resiliency over the last decade a lot of the funding and spending has been in protecting or trying to prevent cyber threats not necessarily in responding to and recovering from threats right we call that resiliency organizations need to build resiliency across their organization so not only can they withstand a threat but they can respond recover and continue with their operations and the third is overcoming security complexity security is hard it's more difficult because of the things we've talked about about distributed data distributed technology and and attack surfaces everywhere and so we're enabling organizations to scale confidently to continue their business but know that all all the i.t decisions that they're making um have these intrinsic security features and are built and delivered in a consistent security so those are kind of the three pillars maybe we could end on what you guys see as the key differentiators that people should know about that that dell brings to the table maybe each of you could take take a shot at that yeah i think first of all from from a holistic portfolio perspective right the uh secure supply chain and the secure development life cycle permeate through everything dell does when building things so we build things with security in mind all the way from as pete mentioned from from creation to delivery we want to make sure you have that that secure device or or asset that permeates everything from servers networking storage data protection through hyper converge through everything that to me is really a key asset because that means you can you understand when you receive something it's a trusted piece of your infrastructure i think the other core component to think about and pete mentioned as dell being a partner for making sure you can deliver these things is that even though those are that's part of our framework these pillars are our framework of how we want to deliver security it's also important to understand that we are partners and that you don't need to rip and replace but as you start to put in new components you can be you can be assured that the components that you're replacing as you're evolving as you're growing as you're moving to the cloud as you're moving to a more on-prem type services or whatever that your environment is secure i think those are two key things got it okay pete bring us home yeah i think one of one of the big advantages of dell is our scope and our scale right we're a large technology vendor that's been around for decades and we develop and sell almost every piece of technology we also know that organizations are might make different decisions and so we have a large services organization with a lot of experienced services people that can help customers along their security journey depending on whatever type of infrastructure or solutions that they're looking at the other thing we do is make it very easy to consume our technology whether that's traditional on-premise in a multi-cloud environment uh or as a service and so the best of breed technology can be consumed in any variety of fashion and know that you're getting that consistent secure infrastructure that dell provides well and dell's forgot the probably top supply chain not only in the tech business but probably any business and so you can actually take take your dog food and then and allow other billionaire champagne sorry allow other people to you know share share best practices with your with your customers all right guys thanks so much for coming thank you appreciate it okay keep it right there after this short break we'll be back to drill into the storage domain you're watching a blueprint for trusted infrastructure on the cube the leader in enterprise and emerging tech coverage be right back concern over cyber attacks is now the norm for organizations of all sizes the impact of these attacks can be operationally crippling expensive and have long-term ramifications organizations have accepted the reality of not if but when from boardrooms to i.t departments and are now moving to increase their cyber security preparedness they know that security transformation is foundational to digital transformation and while no one can do it alone dell technologies can help you fortify with modern security modern security is built on three pillars protect your data and systems by modernizing your security approach with intrinsic features and hardware and processes from a provider with a holistic presence across the entire it ecosystem enhance your cyber resiliency by understanding your current level of resiliency for defending your data and preparing for business continuity and availability in the face of attacks overcome security complexity by simplifying and automating your security operations to enable scale insights and extend resources through service partnerships from advanced capabilities that intelligently scale a holistic presence throughout it and decades as a leading global technology provider we'll stop at nothing to help keep you secure okay we're back digging into trusted infrastructure with paris sarcadi he's a senior consultant for product marketing and storage at dell technologies parasaur welcome to the cube good to see you great to be with you dave yeah coming from hyderabad awesome so i really appreciate you uh coming on the program let's start with talking about your point of view on what cyber security resilience means to to dell generally but storage specifically yeah so for something like storage you know we are talking about the data layer name and if you look at cyber security it's all about securing your data applications and infrastructure it has been a very mature field at the network and application layers and there are a lot of great technologies right from you know enabling zero trust advanced authentications uh identity management systems and so on and and in fact you know with the advent of you know the the use of artificial intelligence and machine learning really these detection tools for cyber securities have really evolved in the network and the application spaces so for storage what it means is how can you bring them to the data layer right how can you bring you know the principles of zero trust to the data layer uh how can you leverage artificial intelligence and machine learning to look at you know access patterns and make intelligent decisions about maybe an indicator of a compromise and identify them ahead of time just like you know how it's happening and other ways of applications and when it comes to cyber resilience it's it's basically a strategy which assumes that a threat is imminent and it's a good assumption with the severity of the frequency of the attacks that are happening and the question is how do we fortify the infrastructure in the switch infrastructure to withstand those attacks and have a plan a response plan where we can recover the data and make sure the business continuity is not affected so that's uh really cyber security and cyber resiliency and storage layer and of course there are technologies like you know network isolation immutability and all these principles need to be applied at the storage level as well let me have a follow up on that if i may the intelligence that you talked about that ai and machine learning is that do you do you build that into the infrastructure or is that sort of a separate software module that that points at various you know infrastructure components how does that work both dave right at the data storage level um we have come with various data characteristics depending on the nature of data we developed a lot of signals to see what could be a good indicator of a compromise um and there are also additional applications like cloud iq is the best example which is like an infrastructure wide health monitoring system for dell infrastructure and now we have elevated that to include cyber security as well so these signals are being gathered at cloud iq level and other applications as well so that we can make those decisions about compromise and we can either cascade that intelligence and alert stream upstream for uh security teams um so that they can take actions in platforms like sign systems xtr systems and so on but when it comes to which layer the intelligence is it has to be at every layer where it makes sense where we have the information to make a decision and being closest to the data we have we are basically monitoring you know the various parallels data access who is accessing um are they crossing across any geo fencing uh is there any mass deletion that is happening or a mass encryption that is happening and we are able to uh detect uh those uh patterns and flag them as indicators of compromise and in allowing automated response manual control and so on for it teams yeah thank you for that explanation so at dell technologies world we were there in may it was one of the first you know live shows that that we did in the spring certainly one of the largest and i interviewed shannon champion and a huge takeaway from the storage side was the degree to which you guys emphasized security uh within the operating systems i mean really i mean powermax more than half i think of the features were security related but also the rest of the portfolio so can you talk about the the security aspects of the dell storage portfolio specifically yeah yeah so when it comes to data security and broadly data availability right in the context of cyber resiliency dell storage this you know these elements have been at the core of our um a core strength for the portfolio and the source of differentiation for the storage portfolio you know with almost decades of collective experience of building highly resilient architectures for mission critical data something like power max system which is the most secure storage platform for high-end enterprises and now with the increased focus on cyber security we are extending those core technologies of high availability and adding modern detection systems modern data isolation techniques to offer a comprehensive solution to the customer so that they don't have to piece together multiple things to ensure data security or data resiliency but a well-designed and well-architected solution by design is delivered to them to ensure cyber protection at the data layer got it um you know we were talking earlier to steve kenniston and pete gear about this notion of dell trusted infrastructure how does storage fit into that as a component of that sort of overall you know theme yeah and you know and let me say this if you could adjust because a lot of people might be skeptical that i can actually have security and at the same time not constrict my organizational agility that's old you know not an ore it's an end how do you actually do that if you could address both of those that would be great definitely so for dell trusted infrastructure cyber resiliency is a key component of that and just as i mentioned you know uh air gap isolation it really started with you know power protect cyber recovery you know that was the solution more than three years ago we launched and that was first in the industry which paved way to you know kind of data isolation being a core element of data management and uh for data infrastructure and since then we have implemented these technologies within different storage platforms as well so that customers have the flexibility depending on their data landscape they can approach they can do the right data isolation architecture right either natively from the storage platform or consolidate things into the backup platform and isolate from there and and the other key thing we focus in trusted infrastructure dell infra dell trusted infrastructure is you know the goal of simplifying security for the customers so one good example here is uh you know being able to respond to these cyber threats or indicators of compromise is one thing but an i.t security team may not be looking at the dashboard of the storage systems constantly right storage administration admins may be looking at it so how can we build this intelligence and provide this upstream platforms so that they have a single pane of glass to understand security landscape across applications across networks firewalls as well as storage infrastructure and in compute infrastructure so that's one of the key ways where how we are helping simplify the um kind of the ability to uh respond ability to detect and respond these threads uh in real time for security teams and you mentioned you know about zero trust and how it's a balance of you know not uh kind of restricting users or put heavy burden on you know multi-factor authentication and so on and this really starts with you know what we're doing is provide all the tools you know when it comes to advanced authentication uh supporting external identity management systems multi-factor authentication encryption all these things are intrinsically built into these platforms now the question is the customers are actually one of the key steps is to identify uh what are the most critical parts of their business or what are the applications uh that the most critical business operations depend on and similarly identify uh mission critical data where part of your response plan where it cannot be compromised where you need to have a way to recover once you do this identification then the level of security can be really determined uh by uh by the security teams by the infrastructure teams and you know another you know intelligence that gives a lot of flexibility uh for for even developers to do this is today we have apis um that so you can not only track these alerts at the data infrastructure level but you can use our apis to take concrete actions like blocking a certain user or increasing the level of authentication based on the threat level that has been perceived at the application layer or at the network layer so there is a lot of flexibility that is built into this by design so that depending on the criticality of the data criticality of the application number of users affected these decisions have to be made from time to time and it's as you mentioned it's it's a balance right and sometimes you know if if an organization had a recent attack you know the level of awareness is very high against cyber attacks so for a time you know these these settings may be a bit difficult to deal with but then it's a decision that has to be made by security teams as well got it so you're surfacing what may be hidden kpis that are being buried inside for instance the storage system through apis upstream into a dashboard so that somebody could you know dig into the storage tunnel extract that data and then somehow you know populate that dashboard you're saying you're automating that that that workflow that's a great example and you may have others but is that the correct understanding absolutely and it's a two-way integration let's say a detector an attack has been detected at a completely different layer right in the application layer or at a firewall we can respond to those as well so it's a two-way integration we can cascade things up as well as respond to threats that have been detected elsewhere um uh through the api that's great all right hey api for power skill is the best example for that uh excellent so thank you appreciate that give us the last word put a bow on this and and bring this segment home please absolutely so a dell storage portfolio um using advanced data isolation um with air gap having machine learning based algorithms to detect uh indicators of compromise and having rigor mechanisms with granular snapshots being able to recover data and restore applications to maintain business continuity is what we deliver to customers uh and these are areas where a lot of innovation is happening a lot of product focus as well as you know if you look at the professional services all the way from engineering to professional services the way we build these systems the way we we configure and architect these systems um cyber security and protection is a key focus uh for all these activities and dell.com securities is where you can learn a lot about these initiatives that's great thank you you know at the recent uh reinforce uh event in in boston we heard a lot uh from aws about you know detent and response and devops and machine learning and some really cool stuff we heard a little bit about ransomware but i'm glad you brought up air gaps because we heard virtually nothing in the keynotes about air gaps that's an example of where you know this the cso has to pick up from where the cloud leaves off but that was in front and so number one and number two we didn't hear a ton about how the cloud is making the life of the cso simpler and that's really my takeaway is is in part anyway your job and companies like dell so paris i really appreciate the insights thank you for coming on thecube thank you very much dave it's always great to be in these uh conversations all right keep it right there we'll be right back with rob emsley to talk about data protection strategies and what's in the dell portfolio you're watching thecube data is the currency of the global economy it has value to your organization and cyber criminals in the age of ransomware attacks companies need secure and resilient it infrastructure to safeguard their data from aggressive cyber attacks [Music] as part of the dell technologies infrastructure portfolio powerstor and powermax combine storage innovation with advanced security that adheres to stringent government regulations and corporate compliance requirements security starts with multi-factor authentication enabling only authorized admins to access your system using assigned roles tamper-proof audit logs track system usage and changes so it admins can identify suspicious activity and act with snapshot policies you can quickly automate the protection and recovery process for your data powermax secure snapshots cannot be deleted by any user prior to the retention time expiration dell technologies also make sure your data at rest stays safe with power store and powermax data encryption protects your flash drive media from unauthorized access if it's removed from the data center while adhering to stringent fips 140-2 security requirements cloud iq brings together predictive analytics anomaly detection and machine learning with proactive policy-based security assessments monitoring and alerting the result intelligent insights that help you maintain the security health status of your storage environment and if a security breach does occur power protect cyber recovery isolates critical data identifies suspicious activity and accelerates data recovery using the automated data copy feature unchangeable data is duplicated in a secure digital vault then an operational air gap isolates the vault from the production and backup environments [Music] architected with security in mind dell emc power store and powermax provides storage innovation so your data is always available and always secure wherever and whenever you need it [Music] welcome back to a blueprint for trusted infrastructure we're here with rob emsley who's the director of product marketing for data protection and cyber security rob good to see a new role yeah good to be back dave good to see you yeah it's been a while since we chatted last and you know one of the changes in in my world is that i've expanded my responsibilities beyond data protection marketing to also focus on uh cyber security marketing specifically for our infrastructure solutions group so certainly that's you know something that really has driven us to you know to come and have this conversation with you today so data protection obviously has become an increasingly important component of the cyber security space i i don't think necessarily of you know traditional backup and recovery as security it's to me it's an adjacency i know some companies have said oh yeah now we're a security company they're kind of chasing the valuation for sure bubble um dell's interesting because you you have you know data protection in the form of backup and recovery and data management but you also have security you know direct security capability so you're sort of bringing those two worlds together and it sounds like your responsibility is to to connect those those dots is that right absolutely yeah i mean i think that uh the reality is is that security is a a multi-layer discipline um i think the the days of thinking that it's one uh or another um technology that you can use or process that you can use to make your organization secure uh are long gone i mean certainly um you actually correct if you think about the backup and recovery space i mean people have been doing that for years you know certainly backup and recovery is all about the recovery it's all about getting yourself back up and running when bad things happen and one of the realities unfortunately today is that one of the worst things that can happen is cyber attacks you know ransomware malware are all things that are top of mind for all organizations today and that's why you see a lot of technology and a lot of innovation going into the backup and recovery space because if you have a copy a good copy of your data then that is really the the first place you go to recover from a cyber attack and that's why it's so important the reality is is that unfortunately the cyber criminals keep on getting smarter i don't know how it happens but one of the things that is happening is that the days of them just going after your production data are no longer the only challenge that you have they go after your your backup data as well so over the last half a decade dell technologies with its backup and recovery portfolio has introduced the concept of isolated cyber recovery vaults and that is really the you know we've had many conversations about that over the years um and that's really a big tenant of what we do in the data protection portfolio so this idea of of cyber security resilience that definition is evolving what does it mean to you yeah i think the the analyst team over at gartner they wrote a very insightful paper called you will be hacked embrace the breach and the whole basis of this analysis is so much money has been spent on prevention is that what's out of balance is the amount of budget that companies have spent on cyber resilience and cyber resilience is based upon the premise that you will be hacked you have to embrace that fact and be ready and prepared to bring yourself back into business you know and that's really where cyber resiliency is very very different than cyber security and prevention you know and i think that balance of get your security disciplines well-funded get your defenses as good as you can get them but make sure that if the inevitable happens and you find yourself compromised that you have a great recovery plan and certainly a great recovery plan is really the basis of any good solid data protection backup and recovery uh philosophy so if i had to do a swot analysis we don't have to do the wot but let's focus on the s um what would you say are dell's strengths in this you know cyber security space as it relates to data protection um one is we've been doing it a long time you know we talk a lot about dell's data protection being proven and modern you know certainly the experience that we've had over literally three decades of providing enterprise scale data protection solutions to our customers has really allowed us to have a lot of insight into what works and what doesn't as i mentioned to you one of the unique differentiators of our solution is the cyber recovery vaulting solution that we introduced a little over five years ago five six years parapatek cyber recovery is something which has become a unique capability for customers to adopt uh on top of their investment in dell technologies data protection you know the the unique elements of our solution already threefold and it's we call them the three eyes it's isolation it's immutability and it's intelligence and the the isolation part is really so important because you need to reduce the attack surface of your good known copies of data you know you need to put it in a location that the bad actors can't get to it and that really is the the the the essence of a cyber recovery vault interestingly enough you're starting to see the market throw out that word um you know from many other places but really it comes down to having a real discipline that you don't allow the security of your cyber recovery vault to be compromised insofar as allowing it to be controlled from outside of the vault you know allowing it to be controlled by your backup application our cyber recovery vaulting technology is independent of the backup infrastructure it uses it but it controls its own security and that is so so important it's like having a vault that the only way to open it is from the inside you know and think about that if you think about you know volts in banks or volts in your home normally you have a keypad on the outside think of our cyber recovery vault as having its security controlled from inside of the vault so nobody can get in nothing can get in unless it's already in and if it's already in then it's trusted exactly yeah exactly yeah so isolation is the key and then you mentioned immutability is the second piece yeah so immutability is is also something which has been around for a long time people talk about uh backup immunoability or immutable backup copies so immutability is just the the the additional um technology that allows the data that's inside of the vault to be unchangeable you know but again that immutability you know your mileage varies you know when you look across the uh the different offers that are out there in the market especially in the backup industry you make a very valid point earlier that the backup vendors in the market seems to be security washing their marketing messages i mean everybody is leaning into the ever-present danger of cyber security not a bad thing but the reality is is that you have to have the technology to back it up you know quite literally yeah no pun intended and then actually pun intended now what about the intelligence piece of it uh that's that's ai ml where does that fit for sure so the intelligence piece is delivered by um a solution called cybersense and cybersense for us is what really gives you the confidence that what you have in your cyber recovery vault is a good clean copy of data so it's looking at the backup copies that get driven into the cyber vault and it's looking for anomalies so it's not looking for signatures of malware you know that's what your antivirus software does that's what your endpoint protection software does that's on the prevention side of the equation but what we're looking for is we're looking to ensure that the data that you need when all hell breaks loose is good and that when you get a request to restore and recover your business you go right let's go and do it and you don't have any concern that what you have in the vault has been compromised so cyber sense is really a unique analytic solution in the market based upon the fact that it isn't looking at cursory indicators of of um of of of malware infection or or ransomware introduction it's doing full content analytics you know looking at you know has the data um in any way changed has it suddenly become encrypted has it suddenly become different to how it was in the previous scan so that anomaly detection is very very different it's looking for um you know like different characteristics that really are an indicator that something is going on and of course if it sees it you immediately get flagged but the good news is is that you always have in the vault the previous copy of good known data which now becomes your restore point so we're talking to rob emsley about how data protection fits into what dell calls dti dell trusted infrastructure and and i want to come back rob to this notion of and not or because i think a lot of people are skeptical like how can i have great security and not introduce friction into my organization is that an automation play how does dell tackle that problem i mean i think a lot of it is across our infrastructure is is security has to be built in i mean intrinsic security within our servers within our storage devices uh within our elements of our backup infrastructure i mean security multi-factor authentication you know elements that make the overall infrastructure secure you know we have capabilities that you know allow us to identify whether or not configurations have changed you know we'll probably be talking about that a little bit more to you later in the segment but the the essence is is um security is not a bolt-on it has to be part of the overall infrastructure and that's so true um certainly in the data protection space give us the the bottom line on on how you see dell's key differentiators maybe you could talk about dell of course always talks about its portfolio but but why should customers you know lead in to dell in in this whole cyber resilience space um you know staying on the data protection space as i mentioned the the the work we've been doing um to introduce this cyber resiliency solution for data protection is in our opinion as good as it gets you know the you know you've spoken to a number of our of our best customers whether it be bob bender from founders federal or more recently at delton allergies world you spoke to tony bryson from the town of gilbert and these are customers that we've had for many years that have implemented cyber recovery vaults and at the end of the day they can now sleep at night you know that's really the the peace of mind that they have is that the insurance that a data protection from dell cyber recovery vault a parapatex cyber recovery solution gives them you know really allows them to you know just have the assurance that they don't have to pay a ransom if they have a an insider threat issue and you know all the way down to data deletion is they know that what's in the cyber recovery vault is good and ready for them to recover from great well rob congratulations on the new scope of responsibility i like how you know your organization is expanding as the threat surface is expanding as we said data protection becoming an adjacency to security not security in and of itself a key component of a comprehensive security strategy rob emsley thank you for coming back in the cube good to see you again you too dave thanks all right in a moment i'll be back to wrap up a blueprint for trusted infrastructure you're watching the cube every day it seems there's a new headline about the devastating financial impacts or trust that's lost due to ransomware or other sophisticated cyber attacks but with our help dell technologies customers are taking action by becoming more cyber resilient and deterring attacks so they can greet students daily with a smile they're ensuring that a range of essential government services remain available 24 7 to citizens wherever they're needed from swiftly dispatching public safety personnel or sending an inspector to sign off on a homeowner's dream to protecting restoring and sustaining our precious natural resources for future generations with ever-changing cyber attacks targeting organizations in every industry our cyber resiliency solutions are right on the money providing the security and controls you need we help customers protect and isolate critical data from ransomware and other cyber threats delivering the highest data integrity to keep your doors open and ensuring that hospitals and healthcare providers have access to the data they need so patients get life-saving treatment without fail if a cyber incident does occur our intelligence analytics and responsive team are in a class by themselves helping you reliably recover your data and applications so you can quickly get your organization back up and running with dell technologies behind you you can stay ahead of cybercrime safeguarding your business and your customers vital information learn more about how dell technology's cyber resiliency solutions can provide true peace of mind for you the adversary is highly capable motivated and well equipped and is not standing still your job is to partner with technology vendors and increase the cost of the bad guys getting to your data so that their roi is reduced and they go elsewhere the growing issues around cyber security will continue to drive forward thinking in cyber resilience we heard today that it is actually possible to achieve infrastructure security while at the same time minimizing friction to enable organizations to move quickly in their digital transformations a xero trust framework must include vendor r d and innovation that builds security designs it into infrastructure products and services from the start not as a bolt-on but as a fundamental ingredient of the cloud hybrid cloud private cloud to edge operational model the bottom line is if you can't trust your infrastructure your security posture is weakened remember this program is available on demand in its entirety at thecube.net and the individual interviews are also available and you can go to dell security solutions landing page for for more information go to dell.com security solutions that's dell.com security solutions this is dave vellante thecube thanks for watching a blueprint for trusted infrastructure made possible by dell we'll see you next time

(light upbeat music) >> Hey, everyone, welcome back to theCUBE's day two live coverage of VMware Explore 2022 from Moscone Center in San Francisco. Lisa Martin here as your host with Dave Nicholson. We've got a couple of guests here and we have some props on set. Get a load of this Nature Fresh Farms produce. Keith Bradley joins us, the VP of IT from Nature Fresh Farms, and Alison Biers is back, as well, director of marketing at Edge Solutions for Dell. Guys, welcome back to the program and thanks for bringin' some food. >> Well, thank you, yeah. >> Thank you so much. >> So, Keith, talk to us a little bit about technology from Nature Fresh Farm's perspective. How do we look at this farming organization as a tech company? >> As technical, we're something that measures everything we grow. So, we're 200 acres of greenhouse, spanning probably about 3 or 400 acres of land. Everything's entirely environmentally controlled. So, the peppers that we have in front of you, the tomatoes, they're all grown and controlled from everything they get from light to moisture to irrigation and nutrients. So, we do all that. >> So, should I be able to taste the Dell goodness in these cucumbers, for example? >> I'd like to say Nature Fresh slash Dell good. >> Connect the dots for us. So, let's go through that sort of mental exercise of how are these end products for consumers better because of what you're doing in IT? >> So, one of the things that we've been able to do, and one of the transformations we made is we are now able to run our ETLs. So, analyze the data realtime at the Edge. So, making decisions which used to be only once a day based on analytics to now multiple times a day. Our ETLs used to take 8 to 10 hours to run. Now they run- >> So, extraction, transformation and load. >> Yep, yep. >> Okay. So, we consider it a party foul if you use a TLA and you don't find it the first time. >> Okay. >> But you get a pass 'cause you're an actual and real person. >> I'll give you that one. >> I already had a claim laid on that. I'm sorry, so continue. >> Yeah, yeah. So, it allowed now the growers to make multiple decisions and then you start adding the next layer. As we expanded our technology base, we started introducing AI into it. So now, AI is even starting to make decisions before the grower even knows to make them based on historical data. So, it's allowed us to become more proactive in protecting the health and longevity and even taste of that plant and the product coming out to you. >> That's awesome. Alison, talk to us about from Dell's perspective how is it helping Nature Fresh to simplify the Edge which there's a lot of complexity there? You talked about the size of the organization but how do you help simplify it? >> I think Nature Fresh had a lot of common problems that we see customers have. So, they had some really interesting ambitions to improve their produce and do it in a GMO free way and really bring a quality product to their customer. But yet, they were each solving their problems on their individual farms in different ways. And so, one of the ways that we were able to help was to consolidate a lot of those silos as they were expanding the scope and scale of what they really wanted to do from a technology perspective. And then being able to do that in a secure way that's delivering the insights they need when they need them right there at the Edge is really critical. >> I think it's wonderful that we have the actual stuff here. Because we often talk in these abstract terms about outcomes. There's your outcome right there. >> Yeah. >> Right. >> But talk about this growing in the soil somewhere. You have growers. It's not an abstraction. These are actual actual people. Where does the technology organism interface occur here? You have organically grown crops. Where's that interface? Where's the first technology involved in this process? Literally physically. >> Physically. >> Yeah, yeah, yeah. Is there a shack with a server in it somewhere? >> So, we actually have, we have a core data center at the center of Nature Fresh set up basically where everything ends up. We have our Edge. So, we have computers, we're at the Edge analyzing stuff. But if you want to go right back to the grassroots of where it actually is, is it's right at, not dirt, but a ground up coconut husk. That is what the plants are grown in. And we analyze the data right there, 'cause that is our first Edge. And people think that's static for us. The Edge isn't static. 'Cause the Edge now moves. We have a plant that grows. Then we pick it. And then we have to store it and then we have to ship it. So, our Edge actually does move from area to area to area. So, statically one thing isn't the same all the time. It's a hard thing to say how it all starts but it's just a combination of everything from natural gas to everything. >> Okay, then are those, 'cause we think of things in terms of like internet of things and these sensors. >> Oh yeah. >> Things are being gathered. So, you've got stuff happily growing in husks and then being picked. What's the next step there? Where is that aggregated? Where does that go? Is that all going straight back to your data center or are there sort of intermediate steps in the process? >> So, what we do is we actually store everything at the Edge, and we do daily processes right there. And then it aggregates that data and it drops it down from a large number to a smaller number to go to the core. >> Got it. >> And then that way, at the core, it does the long term analysis. 'Cause again, a lot of the data that we collect, we don't need to keep. A lot of it is the temperature was X, the temperature was X, the temperature, we don't need that. So, it aggregates it all down. So, that way the information coming to the core doesn't overwhelm it. Because we do store enough information. And to give you an idea of how our 1.8 million plants are living and breathing. We actually have estimated 1.8 million plants throughout our 200 acres. >> At any moment. >> Yeah. >> That's how many plants they're tracking. And so, that realtime information is helping to make sure that they water the plants precisely with the amount that they need, that they're fertilizing them. And you were telling me about how the life of a plant, you're really maintaining that plant over the life of 12 months. So, if you make a mistake at any point along the line, then you're dealing with that in terms of their yield throughout the life of the plant. But you aggregate a lot of that data right there on site so that you're not having to send so much back to the cloud or to the core. And you do that a lot with VxRail as well as other technology you have on site. Right? >> Yeah. Our VxRail is the center of the core of how we process things. It allowed us to even expand, not even just for compute but GPUs for our AIs to do it. So, it's what we did. And it allowed us to mold how we do things. >> Alison, question for you, this sounds like a dynamic Edge the way that you described it, Keith, and you described it so eloquently. How does the partnership that Dell has with Nature Fresh, how is Dell enabling and accelerating and advancing its Edge solutions based on what you're seeing here and this need for realtime data analytics. >> Well, we spend a lot of time with customers like Keith and also across all kinds of other industries. And what we see is that they have a really common set of problems. They're all trying to derive realtime data right then and there so that they can make business decisions that impact their profitability and their competitiveness and all of their customers experience their product quality. And what we see a lot of times is that they have a common set of concerns around security. How to manage all of the hardware that they're implementing. And at the same time, they really want to be an enabler for the business outcome. So, people have creative ideas and they come to IT hoping for support in that journey. If you're managing everything as a snowflake, it becomes really hard and untenable. So, I think one of the things that we have as our mission is to help customers simplify their Edge so that they can be the enabler that's helping the business to transform and modernize. One of the things I really admire about Nature Fresh Farms is that they decided it from a full organization perspective. So, everybody from the operational technologists to the IT to the business decision makers and leaders at the company, they all decided to modernize together. And so, I think from a partnership perspective, too, that's one of the areas that we try to work with our customers on is really talking about total transformation and modernization. >> So, it sounds like, Keith, there was an appetite there as Alison was saying for a digital transformation and IT transformation. Talk to me a little bit about from a historical perspective, how old Nature Fresh is and how did you get the team on board sounds so eloquent. How did you get the team on board to go, "This is what we need to do and technology needs to fuel our business because it's going to impact the end user, consumer of our fabulous English cucumbers." >> So, it's actually really neat. Our owner, Pete Quiring, when he first started out he really wanted to embrace technology. And this is going back right to 2000. 2000 is when we first had our first planting. And he was actually a builder by nature. He actually was a builder and fabricator and he built greenhouses for other companies. But he said they're getting a little bigger and it's the labor amount, and the number of growers he needed for a range was getting exponentially higher. So, he was one of the first ones that said, "I'm going to put a computer right in the middle and control this 16 acre range." >> It's a pretty visionary view when you really think about it. He's trying to operate his farm. >> Yeah. >> Right? >> From one single computer. >> Operationalize it. It's really cool. >> So, it was neat concept and it was actually very much not a normal concept then. You go back to 2000, people weren't talking about internet of things. They didn't talk about automation. It wasn't there. And he basically said, this is the way to go. And unfortunately, he thought, "I'll sell it to somebody. I'll grow it, I'll put a product in for a year and I'll sell it." And then guess what happened? He didn't sell it. He says, "Ah, it's not big enough. I'll build another phase two." And then his comment to me was after he built the fourth phase, he says, "I guess I'm in the pepper and cucumber business now." And that's what he is just grown. But he said it was a great relationship we had and it's a great concept. And it even goes back, and I know we talked about before, is the computer allowed one senior grower to control large number of acreages. Where before, you'd need multiple growers that know exactly what to do, 'cause they'd have to manually change all these things. Now, from a single computer they can see everything that's going on in the entire range. >> You mentioned temperature and water. And this is kind of out of the blue question, but how have global circumstances and increases in the cost of fertilizer affected you? Or is that fertilizer that's not the type that you use in your operation? You have any insight into that. >> Yeah, everything has, the global change in cost has changed everybody. I don't think there's anybody that's exempt from it. The only thing that we've been able to do is we're able to control it. We don't need to rely on, I guess you can say, rely on the weather to help us do things. We can control how much is. And we recycle all of our water. So, what the plant doesn't absorb today for nutrients, we'll put it back in the system, sterilize- >> Wait, when you say 200 acres, it's all enclosed? >> Yep, 200 acres. >> 200 acres of greenhouse. >> Yep, at 200 acres of greenhouse entirely enclosed. >> Okay, okay. >> There is not a single portion of our greenhouse that's actually gets exposed to the outside. And if you ever see a picture of a greenhouse and you see one of these lovely plants here wet, that's not true. That's just a nice to make it look better. >> Spray it for the photo. >> Yeah, yeah. They spray it for the photo. But actually everything is dry. That water goes directly to the roots and we monitor how much we put in and how much comes out. And then we recycle it. We even get so much recycling, we run natural gas generators to heat the water to heat the greenhouse. We take the burn-off of natural gas, the CO2, and funnel that into the greenhouse to give it natural stimulant. >> So, this is starting to remind me of "The Martian", if you read the book or if you seen the movie. >> Oh yeah. >> But planting the potatoes inside the hab, in the habitat. >> Yeah, and you cut 'em in half and the little ones grow with that next ones. But yep, we recycle everything that we do. And that's what we do. >> That's amazing. >> And all that information at their fingertips. Really, I think what technology is enabling you all to do is focus on what you all are good at, which is focusing on your farming operation and not necessarily the technology. So, one of the places I think we deliver some value is in validating a lot of the solutions so that customers don't have to figure that all out themselves. >> Yeah, 'cause I'm not a security expert. I don't always understand the true depth of security, but that's where that relationship is. We need this and we need that. And we need a secure way to let those communicate. And we can hand that off to the experts at Dell and let us do what we do best. >> What have been some of the changes? In the last couple of years, we've seen the security elevate skyrocket to a board level conversation. Ransomware is a when, not if, we get attacked. How does Dell help you from a security perspective ensure that what you're able to do ultimately gets these products to market in a secure fashion so that all that data that you're generating isn't exposed? >> So, like I said, I agree 100%. It's not matter of if it's going to happen, it's when it's going to happen. So, one of the things that we've actually done is we started to use Dell solution, the PowerProtect Data Manager to back up our solutions on the VxRail. And it actually did twofold for us. It allowed us to do a lot of database manipulation from restores and stuff like that. But we're now actually even investing in the cyber recovery vault that gives us that protection. And it allows us to now look at how long will it take us to get back up. And we're doing some tests right now and the last test we did is we're able to get back up going as a company from a full attack in about an hour. >> Wow. >> We've actually done a few simulations now. So, we are able to recover what our core needs are within an hour. >> Which is a very different metric than simply saying, "Oh, the data's available." >> Yeah. >> No, no, no, no, no, no, no, no. You get zero credit for that. We need our operations to be back up and running. >> Even that hour is stressful to our growers. >> Sure. >> It's a variable within a variable because if you go in the summer when it's super hot, they'll be very stressed out within an hour. And then you got nice calm weather day, it's not as bad. But the weather can change in how they have to close the vents. And you're not just closing one vent, you're closing 32, 64, 100 acres of vents. And you're changing irrigation cycle. You need that automation to do it for you. >> How do you let people eat these things after all the care that goes into it? I'm going to feel mildly guilty for just about a second and a half before I sink my teeth into the cucumber. >> Oh, but that's the joy of it. That's one of the things that I love. >> This is serious. You're proud of this, aren't you? >> Oh yeah. You know what? There's not single person at Nature Fresh that isn't proud of what we do each day. We enjoy what we do and it's a culture that makes us strive to do better every day. It's just a great feeling to be there every day and to just enjoy what you're doing. >> And see, it's real. It's real. Isn't it great? Isn't it great to be a part of? My background's in economics. I think of these things in terms of driving efficiency. And this is just a beautiful thing. When you control those variables, you leverage the technology and what's the end result? You're essentially uplifting everything in the world. >> Yeah, so true. >> Not to get philosophical on ya. >> Right, and feeding the world, especially during the last couple of years, that access. One of the things we learned in the pandemic, one of many, is access to realtime data isn't a nice to have anymore, it's essential. >> Yeah. >> So true. >> And so, the story that you're telling here, the impact to the growers, enabling them to focus what you were saying, Alison, on what they do best, Dell Technologies, VxRail enabling Nature Fresh to focus on what it does best, ultimately delivering food to people during the last couple of years was huge. >> Yeah, and allowing even at a reduced labor number for us to keep growing and doing things by automation. We still need labor in the greenhouse to pick, prune and do stuff like that. But again, we're looking into technologies to help offset that. But again, it was one of those things that we just had to be efficient at everything we do. And we drove that through everything we have. >> Well, and you guys haven't stopped. Right? >> Yeah. >> You're continuing to figure out, he was just telling me a little bit about what their next step is. So, just getting more and more accurate, more intelligence as they grow. So, it's the possibilities, that's what's exciting to me about Edge. I think this example is great, 'cause it's so relatable. Everybody can understand what the Edge is in this context. And it's really driven by the fact that you can put compute into so many different places now. It's more though a matter about how do you gather it? How do you do it in a way where you can actually understand and glean information and insights from it? And that, I think, is what you all are really focused on. >> Yeah, yeah, information is key. >> It is key. What's next from Dell's perspective for Edge computing technologies? what are some of the things you guys got cooking? >> Yeah, we're going to try to help customers to continue to simplify their Edge. So, to deliver those insights that they need where they need them, to do it in a really secure way. I know we talked about security but to do it in really a zero trust fashion. And to help customers to do it also in a zero IT fashion. Because in this example, it's the growers that are out there in the fields, or in your greenhouse in this sense, helping people that aren't necessarily IT specialists to be able to get all the benefits from the technology. >> So, do you think that VxRail technology could be used to optimize say the production of olive oil? I'm looking here and we have the makings of a pretty good salad. >> Yeah, you do. >> There you go. >> It obviously doesn't just apply to food production. >> Yeah, it really goes across the board. Whether we're talking about manufacturing or retail or energy, putting technology right there at the point of data creation and being able to figure out how to manage that inflow of data, be able to figure out which portion of the data is really valuable, and then driving decisions and being able to understand and intelligently make decisions for your business based on that data is really important. >> Keith, what's next? Give us, as we wrap out this segment here, what's next from a technology perspective? You mentioned a couple things you're looking into. >> Yeah, so I think automation is really going to change the way we do things. And automation within the greenhouse is truly just becoming a reality. It's funny we go back and we say, can we do this stuff? And now it's like, oh, even three years ago, I don't think we were quite ready for it, but now it's right there. So, I see us doing a lot more work with vendors like Dell and to do automatic picking, automatic scouting, all that stuff that we do by hand, do it in an automated fashion. >> And at scale, right? >> Yeah. >> That's the important part. I think when you're managing a snowflake, you can only do it to some level, and to be able to automate it and to be able to break down those silos, you're going to be able to apply it to so many parts of your business. >> Yeah, wide applicability. Guys, thank you so much for joining us, sharing the Nature Fresh, Dell story, bringing us actual product. This is so exciting. We congratulate you on how you're leveraging technology in a really innovative way. And we look forward to hearing what's next. Maybe we'll see you at Dell Technologies World next year. >> Sounds great. >> Sounds great. >> Thank you so much. >> All right, our pleasure, guys. >> Thank you. >> For our guests and Dave Nicholson, I'm Lisa Martin. You're watching theCUBE live from VMware Explorer 2022. Dave and I will be right back with our next guest. So, stick around. (light upbeat music)

[Music] okay we're back digging into trusted infrastructure with paris our godaddy he's a senior consultant for product marketing and storage at dell technologies parasite welcome to the cube good to see you great to be with you dave yeah coming from hyderabad awesome so i really appreciate you uh coming on the program let's start with talking about your point of view on what cyber security resilience means to to dell generally but storage specifically yeah so for something like storage you know we are talking about the data layer name and if you look at cyber security it's all about securing your data applications and infrastructure it has been a very mature field at the network and application layers and there are a lot of great technologies right from you know enabling zero trust uh advanced authentications uh identity management systems and so on and and in fact you know with the advent of you know the the use of artificial intelligence and machine learning really these detection tools for cyber securities have really evolved in the network and the application spaces so for storage what it means is how can you bring them to the data layer right how can you bring you know the principles of zero trust to the data layer how can you leverage artificial intelligence and machine learning to look at you know access patterns and make intelligent decisions about maybe an indicator of a compromise and identify them ahead of time just like you know how it's happening in other words of of applications and when it comes to cyber resilience it's it's basically a strategy which assumes that a threat is imminent and it's a good assumption with the severity and the frequency of the attacks that are happening and the question is how do we fortify the infrastructure in the switch infrastructure to withstand those attacks and have a plan a response plan where we can recover the data and make sure the business continuity is not affected so that's uh really cyber security and cyber resiliency and storage layer and of course there are technologies like you know um in network isolation um immutability and all these principles need to be applied at the storage level as well let me have a follow up on that if i may the intelligence that you talked about that ai and machine learning is that do you do you build that into the infrastructure or is that sort of a separate software module that that points at various you know infrastructure components how does that work both dave um right at the data storage level um we have come with various data characteristics depending on the nature of data we developed a lot of signals to see what could be a good indicator of a compromise um and there are also additional applications like cloud iq is the best example which is like an infrastructure-wide health monitoring system for dell infrastructure and now we have elevated that to include cyber security as well so these signals are being gathered at cloud iq level and other applications as well so that we can make those decisions about compromise and we can either cascade that intelligence and alert stream upstream for uh security teams um so that they can take actions in platforms like sign systems xtr systems and so on but when it comes to which layer the intelligence is it has to be at every layer where it makes sense where we have the information to make a decision and being closest to the data we have we are basically monitoring you know the various parallels data access who is accessing um are they crossing across any geo fencing is there any mass deletion that is happening or mass encryption that is happening and we are able to uh detect uh those uh patterns and flag them as indicators of compromise and in allowing automated response manual control and so on for iot teams yeah thank you for that explanation so at dell technologies world we were there in may it was one of the first you know live shows that that we did in the spring certainly one of the largest and i interviewed shannon champion and my huge takeaway from the storage side was the degree to which you guys uh emphasized security uh within the operating systems i mean really i mean powermax more than half i think of the features were security related but also the rest of the portfolio so can you talk about the the security aspects of the dell storage portfolio specifically yeah yeah so when it comes to data security and broadly data availability right in the context of cyber resiliency um dell storage uh this you know these elements have been at the core of our um a core strength for the portfolio and a source of differentiation for the storage portfolio you know with almost decades of collective experience of building highly resilient architectures for mission critical data something like power max system which is the most secure storage platform for high-end enterprises um and now with the increased focus on cyber security we are extending those core technologies of high availability and adding modern detection systems modern data isolation techniques to offer a comprehensive solution to the customer so that they don't have to piece together multiple things to ensure data security or data resiliency but a well-designed and well-architected solution by design is delivered to them to ensure cyber protection at the data layer got it um you know we were talking earlier to steve kenniston and pete gear about this notion of dell trusted infrastructure how does storage fit into that as a component of that sort of overall you know theme yeah and you know and let me say this if you could address because a lot of people might be skeptical that i can actually have security and at the same time not constrict my organizational agility that's old you know not an ore it's an end how do you actually do that if you could address both of those that would be great definitely so for dell trusted infrastructure cyber resiliency is a key component of that and just as i mentioned you know uh air gap isolation it really started with you know power protect cyber recovery you know that was the solution more than three years ago we launched and that was first in the industry which paved way to you know kind of data isolation being a core element of data management and uh for data infrastructure and since then we have implemented these technologies within different storage platforms as well so that customers have the flexibility depending on their data landscape they can approach they can do the right data isolation architecture right either natively from the storage platform or consolidate things into the backup platform and isolate from there and and the other key thing we focus in trusted infrastructure dell infra dell trusted infrastructure is you know the goal of simplifying security for the customers so one good example here is uh you know being able to respond to these cyber threats or indicators of compromise is one thing but an i.t security team may not be looking at the dashboard of the storage systems constantly right storage administration admins may be looking at it so how can we build this intelligence and provide this upstream platforms so that they have a single pane of glass to understand security landscape across applications across networks firewalls as well as storage infrastructure and and compute infrastructure so that's one of the key ways where how we are helping simplify the um kind of the ability to uh respond ability to detect and respond these threads uh in real time for security teams and you mentioned you know about zero trust and how it's a balance of you know not uh kind of restricting users or put heavy burden on you know multi-factor authentication and so on and this really starts with you know what we are doing is provide all the tools you know when it comes to advanced authentication uh supporting external identity management systems multi-factor authentication encryption all these things are intrinsically built into these platforms now the question is the customers are actually one of the key steps is to identify uh what are the most critical parts of their business or what are the applications uh that the most critical uh business operations depend on and similarly identify uh mission critical data where part of your response plan where it cannot be compromised where you need to have a way to recover once you do this identification then the level of security can be really determined uh by uh by the security teams by the infrastructure teams and you know another you know intelligence that gives a lot of flexibility uh for for even developers to do this is today we have apis um that so you can not only track these alerts at the data infrastructure level but you can use our apis to take concrete actions like blocking a certain user or increasing the level of authentication based on the threat level that has been perceived at the application layer or at the network layer so there is a lot of flexibility that is built into this by design so that depending on the criticality of the data criticality of the application number of users affected these decisions have to be made from time to time and it's as you mentioned it's it's a balance right and sometimes you know if if an organization had a recent attack you know the level of awareness is very high uh against cyber attacks so for a time you know these these settings may be a bit difficult to deal with but then it's a decision that has to be made by security teams as well got it so you're surfacing what may be hidden kpis that are buried inside for instance the storage system through apis upstream into a dashboard so that somebody could you know dig into the storage tunnel extract that data and then somehow you know populate that dashboard you're saying you're automating that that that workflow that's a great example and you may have others but is that the correct understanding absolutely and it's a two-way integration let's say a detector an attack has been detected at a completely different layer right in the application layer or at a firewall we can respond to those as well so it's a two-way integration we can cascade things up as well as uh respond to uh threats that have been detected elsewhere um through the api that's great all right api for power scale is the best example for that uh excellent so thank you appreciate that give us the last word put a bow on this and and bring this segment home please absolutely so a dell storage portfolio um using advanced data isolation with air gap having machine learning based algorithms to detect uh indicators of compromise and having rigor mechanisms with granular snapshots being able to recover data and restore applications to maintain business continuity is what we deliver to customers uh and these are areas where a lot of innovation is happening a lot of product focus as well as you know if you look at the professional services all the way from engineering to professional services the way we build these systems the way we we configure and architect these systems uh cyber security and protection uh is a key focus uh for all these activities and dell.com securities is where you can learn a lot about these initiatives that's great thank you you know at the recent uh reinforce uh event in in boston we heard a lot uh from aws about you know detent and response and devops and machine learning and some really cool stuff we heard a little bit about ransomware but i'm glad you brought up air gaps because we heard virtually nothing in the keynotes about air gaps that's an example of where you know this the cso has to pick up from where the cloud leaves off that was in front and so number one and number two we didn't hear a ton about how the cloud is making the life of the cso simpler and that's really my takeaway is is in part anyway your job and companies like dell so paris i really appreciate the insights thank you for coming on thecube thank you very much dave it's always great to be in these uh conversations all right keep it right there we'll be right back with rob emsley to talk about data protection strategies and what's in the dell portfolio you're watching the cube [Music] you

(upbeat music) >> The cybersecurity landscape has changed dramatically over the past 24 to 36 months. Rapid cloud migration has created a new layer of security defense, sure, but that doesn't mean CISOs can relax. In many respects, it further complicates, or at least changes, the CISO's scope of responsibilities. In particular, the threat surface has expanded. And that creates more seams, and CISOs have to make sure their teams pick up where the hyperscaler clouds leave off. Application developers have become a critical execution point for cyber assurance. "Shift left" is the kind of new buzz phrase for devs, but organizations still have to "shield right," meaning the operational teams must continue to partner with SecOps to make sure infrastructure is resilient. So it's no wonder that in ETR's latest survey of nearly 1500 CIOs and IT buyers, that business technology executives cite security as their number one priority, well ahead of other critical technology initiatives including collaboration software, cloud computing, and analytics rounding out the top four. But budgets are under pressure and CISOs have to prioritize. It's not like they have an open checkbook. They have to contend with other key initiatives like those just mentioned, to secure the funding. And what about zero trust? Can you go out and buy zero trust or is it a framework, a mindset in a series of best practices applied to create a security consciousness throughout the organization? Can you implement zero trust? In other words, if a machine or human is not explicitly allowed access, then access is denied. Can you implement that policy without constricting organizational agility? The question is, what's the most practical way to apply that premise? And what role does infrastructure play as the enforcer? How does automation play in the equation? The fact is, that today's approach to cyber resilience can't be an "either/or," it has to be an "and" conversation. Meaning, you have to ensure data protection while at the same time advancing the mission of the organization with as little friction as possible. And don't even talk to me about the edge. That's really going to keep you up at night. Hello and welcome to this special CUBE presentation, "A Blueprint for Trusted Infrastructure," made possible by Dell Technologies. In this program, we explore the critical role that trusted infrastructure plays in cybersecurity strategies, how organizations should think about the infrastructure side of the cybersecurity equation, and how Dell specifically approaches securing infrastructure for your business. We'll dig into what it means to transform and evolve toward a modern security infrastructure that's both trusted and agile. First up are Pete Gerr and Steve Kenniston, they're both senior cyber security consultants at Dell Technologies. And they're going to talk about the company's philosophy and approach to trusted infrastructure. And then we're going to speak to Parasar Kodati, who's a senior consultant for storage at Dell Technologies to understand where and how storage plays in this trusted infrastructure world. And then finally, Rob Emsley who heads product marketing for data protection and cyber security. We're going to going to take a deeper dive with Rob into data protection and explain how it has become a critical component of a comprehensive cyber security strategy. Okay, let's get started. Pete Gerr, Steve Kenniston, welcome to theCUBE. Thanks for coming into the Marlborough studios today. >> Great to be here, Dave. Thanks. >> Thanks, Dave. Good to see you. >> Great to see you guys. Pete, start by talking about the security landscape. You heard my little wrap up front. What are you seeing? >> I thought you wrapped it up really well. And you touched on all the key points, right? Technology is ubiquitous today. It's everywhere. It's no longer confined to a monolithic data center. It lives at the edge. It lives in front of us. It lives in our pockets and smartphones. Along with that is data. And as you said, organizations are managing sometimes 10 to 20 times the amount of data that they were just five years ago. And along with that, cyber crime has become a very profitable enterprise. In fact, it's been more than 10 years since the NSA chief actually called cyber crime the biggest transfer of wealth in history. That was 10 years ago. And we've seen nothing but accelerating cyber crime and really sophistication of how those attacks are perpetrated. And so the new security landscape is really more of an evolution. We're finally seeing security catch up with all of the technology adoption, all the build out, the work from home and work from anywhere that we've seen over the last couple of years. We're finally seeing organizations, and really it goes beyond the IT directors, it's a board level discussion today. Security's become a board level discussion. >> Yeah, I think that's true as well. It's like it used to be that security was, "Okay, the SecOps team. You're responsible for security." Now you've got, the developers are involved, the business lines are involved, it's part of onboarding for most companies. You know, Steve, this concept of zero trust. It was kind of a buzzword before the pandemic. And I feel like I've often said it's now become a mandate. But it's still fuzzy to a lot of people. How do you guys think about zero trust? What does it mean to you? How does it fit? >> Yeah. Again, I thought your opening was fantastic. And this whole lead in to, what is zero trust? It had been a buzzword for a long time. And now, ever since the federal government came out with their implementation or desire to drive zero trust, a lot more people are taking it a lot more seriously, 'cause I don't think they've seen the government do this. But ultimately, it's just like you said, right? If you don't have trust to those particular devices, applications, or data, you can't get at it. The question is, and you phrase it perfectly, can you implement that as well as allow the business to be as agile as it needs to be in order to be competitive? 'Cause we're seeing, with your whole notion around DevOps and the ability to kind of build, make, deploy, build, make, deploy, right? They still need that functionality but it also needs to be trusted. It needs to be secure and things can't get away from you. >> Yeah. So it's interesting. I've attended every Reinforce since 2019, and the narrative there is, "Hey, everything in the cloud is great. And this narrative around, 'Oh, security is a big problem.' doesn't help the industry." The fact is that the big hyperscalers, they're not strapped for talent, but CISOs are. They don't have the capabilities to really apply all these best practices. They're playing Whac-A-Mole. So they look to companies like yours, to take your R&D and bake it into security products and solutions. So what are the critical aspects of the so-called Dell Trusted Infrastructure that we should be thinking about? >> Yeah, well, Dell Trusted Infrastructure, for us, is a way for us to describe the the work that we do through design, development, and even delivery of our IT system. So Dell Trusted Infrastructure includes our storage, it includes our servers, our networking, our data protection, our hyper-converged, everything that infrastructure always has been. It's just that today customers consume that infrastructure at the edge, as a service, in a multi-cloud environment. I mean, I view the cloud as really a way for organizations to become more agile and to become more flexible, and also to control costs. I don't think organizations move to the cloud, or move to a multi-cloud environment, to enhance security. So I don't see cloud computing as a panacea for security, I see it as another attack surface. And another aspect in front that organizations and security organizations and departments have to manage. It's part of their infrastructure today, whether it's in their data center, in a cloud, or at the edge. >> I mean, I think that's a huge point. Because a lot of people think, "Oh, my data's in the cloud. I'm good." It's like Steve, we've talked about, "Oh, why do I have to back up my data? It's in the cloud?" Well, you might have to recover it someday. So I don't know if you have anything to add to that or any additional thoughts on it? >> No, I mean, I think like what Pete was saying, when it comes to all these new vectors for attack surfaces, you know, people did choose the cloud in order to be more agile, more flexible. And all that did was open up to the CISOs who need to pay attention to now, okay, "Where can I possibly be attacked? I need to be thinking about is that secure?" And part of that is Dell now also understands and thinks about, as we're building solutions, is it a trusted development life cycle? So we have our own trusted development life cycle. How many times in the past did you used to hear about vendors saying you got to patch your software because of this? We think about what changes to our software and what implementations and what enhancements we deliver can actually cause from a security perspective, and make sure we don't give up or have security become a hole just in order to implement a feature. We got to think about those things. And as Pete alluded to, our secure supply chain. So all the way through, knowing what you're going to get when you actually receive it is going to be secure and not be tampered with, becomes vitally important. And then Pete and I were talking earlier, when you have tens of thousands of devices that need to be delivered, whether it be storage or laptops or PCs, or whatever it is, you want to be know that those devices can be trusted. >> Okay, guys, maybe Pete, you could talk about how Dell thinks about its framework and its philosophy of cyber security, and then specifically what Dell's advantages are relative to the competition. >> Yeah, definitely, Dave. Thank you. So we've talked a lot about Dell as a technology provider. But one thing Dell also is is a partner in this larger ecosystem. We realize that security, whether it's a zero trust paradigm or any other kind of security environment, is an ecosystem with a lot of different vendors. So we look at three areas. One is protecting data in systems. We know that it starts with and ends with data. That helps organizations combat threats across their entire infrastructure. And what it means is Dell's embedding security features consistently across our portfolios of storage, servers, networking. The second is enhancing cyber resiliency. Over the last decade, a lot of the funding and spending has been in protecting or trying to prevent cyber threats, not necessarily in responding to and recovering from threats. We call that resiliency. Organizations need to build resiliency across their organization, so not only can they withstand a threat, but they can respond, recover, and continue with their operations. And the third is overcoming security complexity. Security is hard. It's more difficult because of the things we've talked about, about distributed data, distributed technology, and attack surfaces everywhere. And so we're enabling organizations to scale confidently, to continue their business, but know that all the IT decisions that they're making have these intrinsic security features and are built and delivered in a consistent, secure way. >> So those are kind of the three pillars. Maybe we could end on what you guys see as the key differentiators that people should know about that Dell brings to the table. Maybe each of you could take a shot at that. >> Yeah, I think, first of all, from a holistic portfolio perspective, right? The secure supply chain and the secure development life cycle permeate through everything Dell does when building things. So we build things with security in mind, all the way from, as Pete mentioned, from creation to delivery, we want to make sure you have that secure device or asset. That permeates everything from servers, networking, storage, data protection, through hyperconverged, through everything. That to me is really a key asset. Because that means you understand when you receive something it's a trusted piece of your infrastructure. I think the other core component to think about, and Pete mentioned, as Dell being a partner for making sure you can deliver these things, is that even though that's part of our framework, these pillars are our framework of how we want to deliver security, it's also important to understand that we are partners and that you don't need to rip and replace. But as you start to put in new components, you can be assured that the components that you're replacing as you're evolving, as you're growing, as you're moving to the cloud, as you're moving to more on-prem type services or whatever, that your environment is secure. I think those are two key things. >> Got it. Okay. Pete, bring us home. >> Yeah, I think one of the big advantages of Dell is our scope and our scale, right? We're a large technology vendor that's been around for decades, and we develop and sell almost every piece of technology. We also know that organizations might make different decisions. And so we have a large services organization with a lot of experienced services people that can help customers along their security journey, depending on whatever type of infrastructure or solutions that they're looking at. The other thing we do is make it very easy to consume our technology, whether that's traditional on premise, in a multi-cloud environment, or as a service. And so the best-of-breed technology can be consumed in any variety of fashion, and know that you're getting that consistent, secure infrastructure that Dell provides. >> Well, and Dell's got probably the top supply chain, not only in the tech business, but probably any business. And so you can actually take your dog food, or your champagne, sorry, (laughter) allow other people to share best practices with your customers. All right, guys, thanks so much for coming up. I appreciate it. >> Great. Thank you. >> Thanks, Dave. >> Okay, keep it right there. After this short break, we'll be back to drill into the storage domain. You're watching "A Blueprint for Trusted Infrastructure" on theCUBE, the leader in enterprise and emerging tech coverage. Be right back. (upbeat music)

>>The cube presents, Dell technologies world brought to you by Dell. >>Welcome back to the cube. Lisa Martin and Dave Vale are live in Las Vegas. We are covering our third day of covering Dell technologies world 2022. The first live in-person event since 2019. It's been great to be here. We've had a lot of great conversations about all the announcements that Dell has made in the last couple of days. And we're gonna unpack a little bit more of that. Now. One of our alumni is back with us. Shannon champion joins us again, vice president product marketing at Dell technologies, and she's a company by Pete Robinson, the director of infrastructure engineering at Salesforce. Welcome. Thank >>You. >>So Shannon, you had a big announcement yesterday. I run a lot of new software innovations. Did >>You hear about that? I heard a little something >>About that. Unpack that for us. >>Yeah. Awesome. Yeah, it's so exciting to be here in person and have such a big moment across our storage portfolio, to see that on the big stage, the boom to announce major updates across power store, PowerMax and power flex all together, just a ton of innovation across the storage portfolio. And you probably also heard a ton of focus on our software driven innovation across those products, because our goal is really to deliver a continuously modern storage experience. That's what our customers are asking us for that cloud experience. Let's take the most Val get the most value from data no matter where it lives. That's on premises in the public clouds or at the edge. And that's what we, uh, unveil. That's what we're releasing. And that's what we're excited to talk about. >>Now, Pete, you, Salesforce is a long time Dell customer, but you're also its largest PowerMax customer. The biggest in the world. Tell us a little bit about what you guys are doing with PowerMax and your experience. >>Yeah, so, um, for Salesforce, trust is our number one value and that carries over into the infrastructure that we develop, we test and, and we roll out and Parex has been a key part of that. Um, we really like the, um, the technology in terms of availability, reliability, um, performance. And it, it has allowed us to, you know, continue to grow our customers, uh, continue needs for more and more data. >>So what was kind of eye popping to me was the emphasis on security. Not that you've not always emphasized security, but maybe Shannon, you could do a rundown of, yeah. Maybe not all the features, but give us the high level. And at Pete, I, I wonder how I, if you could comment on how, how you think about that as a practitioner, but please give us that. >>Sure. Yeah. So, you know, PowerMax has been leading for, uh, a long time in its space and we're continuing to lean into that and continue to lead in that space. And we're proud to say PowerMax is the world's most secure mission, critical storage platform. And the reason we can say that is because it really is designed for comprehensive cyber resiliency. It's designed with a zero trust security architecture. And in this particular release, there's 19 different security features really embedded in there. So I'm not gonna unpack all 19, but a couple, um, examples, right? So multifactor authentication also continuous ransomware anomaly detection, a leveraging cloud IQ, which is, uh, huge. Um, and last but not least, um, we have the industry's most granular cyber recovery at scale PowerMax can do up to 65 million imutable snapshots per array. So just, uh, and that's 30 times more than our next nearest competitor. So, you know, really when you're talking about recovery point objectives, power max can't be beat. >>So what does that mean to you, Pete? >>Uh, well, it's it's same thing that I was mentioning earlier about that's a trust factor. Uh, security is a big, a big part of that. You know, Salesforce invests heavily into the securing our customer data because it really is the, the core foundation of our success and our customers trust us with their data. And if we, if we were to fail at that, you know, we would lose that trust. And that's simply not, it's not an option. >>Let's talk about that trust for a minute. We know we've heard a lot about trust this week from Michael Dell. Talk to us about trust, your trust, Salesforce's trust and Dell technologies. You've been using them a long time, but cultural alignment yeah. Seems to be pretty spot on. >>I, I would agree. Um, you know, both companies have a customer first mentality, uh, you know, we, we succeed if the customer succeeds and we see that going back and forth in that partnership. So Dell is successful when Salesforce is successful and vice versa. So, um, when we've it's and it goes beyond just the initial, you know, the initial purchase of, of hardware or software, you know, how you operate it, how you manage it, um, how you continue to develop together. You know, our, you know, we work closely with the Dell engineering teams and we've, we've worked closely in development of the new, new PowerMax lines to where it's actually able to help us build our, our business. And, and again, you know, continue to help Dell in the process. So you've >>Got visibility on the new, a lot of these new features you're playing around with them. What I, I, I obviously started with security cuz that's on top of everybody's mind, but what are the things are important to you as a customer? And how do these features the new features kind of map into that? Maybe you could talk about your experience with the, I think you're in beta, maybe with these features. Maybe you could talk about that. >>Yeah. Um, probably the, the biggest thing that we're seeing right now, other than OB the obvious enhancements in hardware, which, which we love, uh, you know, better performance, better scalability, better, and a better density. Um, but also the, some of the software functionality that Dells starting to roll out, you know, we've, we've, we've uh, implemented cloud IQ for all of our PowerMax systems and it's the same thing. We continue to, um, find features that we would like. And we've actually, you know, worked closely with the cloud IQ team. And within a matter of weeks or months, those features are popping up in cloud IQ that we can then continue to, to develop and, and use. >>Yeah. I think trust goes both ways in our partnership, right? So, you know, Salesforce can trust Dell to deliver the, you know, the products they need to deliver their business outcomes, but we also have a relationship to where we can trust that Salesforce is gonna really help us develop the next generation product that's gonna, you know, really deliver the most value. Yeah. >>Can you share some business outcomes that you've achieved so far leveraging power max and how it's really enabled, maybe it's your organization's productivity perspective, but what are some of those outcomes that you've achieved so far? >>Um, there there's so many to, to, to choose from, but I would say the, probably the biggest thing that we've seen is a as we roll out new infrastructure, we have various generations that we deploy. Um, when we went to the new PowerMax, um, initially we were concerned about whether our storage infrastructure could keep up with the new compute, uh, systems that we were rolling out. And when we went through and began testing it, we came to realize that the, the performance improvements alone, that we were seeing were able to keep up with the compute demand, making that transition from the older VMAX platforms to the PMAX practically seamless and able to just deploy the new SKUs as, as they came out. >>Talk about the portfolio that you apply to PowerMax. I mean, it's the highest of the highest end mission critical the toughest workloads in the planet. Salesforce has made a lot of acquisitions. Yeah. Um, do you throw everything at PowerMax? Are you, are you selective? What's your strategy there? So >>It's, it's selective. In other words that there's no square peg that meets every need, um, you know, acquisitions take some time to, to ingest, um, you know, some run into cloud, some run in first, in, in first party. Um, but so we, we try to take a very, very intentional approach to where we deploy that technology. >>So 10 years ago, someone in your position, or maybe someone who works for you was probably do spent a lot of time managing lawns and tuning performance. And how has that changed? >>We don't do that. <laugh> we? >>We can, right. So what do you do with right. Talk, talk more double click on that. So how talk about how that transition occurred from really non-productive activities, managing storage boxes. Yeah. And, and where you are today, what are you doing with those resources? >>It, it, it all comes outta automation. Like, you know, the, you know, hardware is hardware to a point, um, but you reach a point where the, the manageability scale just goes exponential and, and we're way, well past that. And the only way we've been able to meet that, meet that need is to, to automate and really develop our operations, to be able to not just manage at a lung level or even at the system level, but manage at the data center level at the geographical, you know, location level and then being able to, to manage from there. >>Okay. Really stupid question. But I'm gonna ask it cause I wanna hear your answer. True. Why can't you just take a software defined storage platform and just run everything on that? Why do you need all these different platforms and why do you gotta spend all this money on PowerMax? Why, why can't you just do >>That? That's the million dollar question. Uh, I, I ask that all the time. <laugh>, um, I think software defined is it's on its way. Um, it's come a long way just in the last decade. Yeah. Um, but in terms of supporting what I consider mission critical, large scale, uh, applications, it's, it's not, it's just simply not on par just yet with what we do with PowerMax, for example. >>And that's exactly how we position it in our portfolio. Right? So PowerMax runs on 95% of the fortune 100 companies, top 20 healthcare companies, top 10 financial services companies in the world. So it's really mission critical high end has all of the enterprise level features and capabilities to really have that availability. That's so important to a lot of companies like Salesforce and, and Pete's right, you know, software define is on its way and it provides a lot of agility there. But at the end of the day for mission critical storage, it's all about PowerMax. >>I wonder if we're ever gonna get to, I mean, you, you, you, it was interesting answer cuz you kind of, I inferred from your that you're hopeful and even optimistic that someday will get to parody. But I wonder because you can't be just close enough. It's almost, you have to be. >>I think, I think the key answer to that is it's it's the software flying gets you halfway there. The other side of the coin is the application ecosystem has to change to be able to solve that other, other side of it. Cuz if you simply simply take an application that runs on a PowerMax and try to run it, just forklift it over to a software defined. You're not gonna have very much luck. >>Recovery has to be moved up to stack >>Operations recovery, the whole, whole whole works. >>Jenny, can you comment on how customers like Salesforce? Like what's your process for involving them in testing in roadmap and in that direction, strategic direction that you guys are going? Great >>Question. Sure. Yeah. So, you know, customer feedback is huge. You've heard it. I'm sure this is not new right product development and engineering. We love to hear from our customers. And there's multiple ways you heard about beta testing, which we're really fortunate that Salesforce can help us provide that feedback for our new releases. But we have user groups, we have forums. We, we hear directly from our sales teams, our, you know, our customers, aren't shy, they're willing to give us their feedback. And at the end of the day, we take that feedback and make sure that we're prioritizing the right things in our product management and engineering teams so that we're delivering the things that matter. Most first, >>We've heard a lot of that this week. So I would agree guys, thank you so much for joining Dave and me talking about Salesforce. What you doing with PowerMax? All the stuff that you announced yesterday, alone. Hopefully you get to go home and get a little bit of rest. >>Yes. >>I'm sure that there's, there's never a dull moment. Never. Can't wait guys. Great to have you. >>Thank you. You guys, >>For our guests on Dave Volante, I'm Lisa Martin and you're watching the queue. We are live day three of our coverage of Dell technologies world 2022, Dave and I will be right back with our final guest of the show.

(upbeat music) >> Okay, we're back. I'm John Furrier with theCUBE and we're going to go deeper into a deep dive into unified cloud networking solution from Pluribus and NVIDIA. And we'll examine some of the use cases with Alessandro Barbieri, VP of product management at Pluribus Networks and Pete Lumbis, the director of technical marketing and video remotely. Guys thanks for coming on, appreciate it. >> Yeah thanks a lot. >> I'm happy to be here. >> So a deep dive, let's get into the what and how. Alessandro, we heard earlier about the Pluribus and NVIDIA partnership and the solution you're working together in. What is it? >> Yeah, first let's talk about the what. What are we really integrating with the NVIDIA BlueField the DPU technology? Pluribus has been shipping in volume in multiple mission critical networks, this Netvisor ONE network operating systems. It runs today on merchant silicon switches and effectively it's standard based open network operating system for data center. And the novelty about this operating system is that it integrates distributed the control plane to automate effect with SDN overlay. This automation is completely open and interoperable and extensible to other type of clouds. It's not enclosed. And this is actually what we're now porting to the NVIDIA DPU. >> Awesome, so how does it integrate into NVIDIA hardware and specifically how is Pluribus integrating its software with the NVIDIA hardware? >> Yeah, I think we leverage some of the interesting properties of the BlueField DPU hardware which allows actually to integrate our network operating system in a manner which is completely isolated and independent from the guest operating system. So the first byproduct of this approach is that whatever we do at the network level on the DPU card is completely agnostic to the hypervisor layer or OS layer running on the host. Even more, we can also independently manage this network node this switch on a NIC effectively, managed completely independently from the host. You don't have to go through the network operating system running on X86 to control this network node. So you truly have the experience effectively top of rack for virtual machine or a top of rack for Kubernetes spots, where if you allow me with analogy, instead of connecting a server NIC directly to a switchboard, now we are connecting a VM virtual interface to a virtual interface on the switch on an niche. And also as part of this integration, we put a lot of effort, a lot of emphasis in accelerating the entire data plan for networking and security. So we are taking advantage of the NVIDIA DOCA API to program the accelerators. And these you accomplish two things with that. Number one, you have much better performance. They're running the same network services on an X86 CPU. And second, this gives you the ability to free up I would say around 20, 25% of the server capacity to be devoted either to additional workloads to run your cloud applications or perhaps you can actually shrink the power footprint and compute footprint of your data center by 20% if you want to run the same number of compute workloads. So great efficiencies in the overall approach. >> And this is completely independent of the server CPU, right? >> Absolutely, there is zero code from Pluribus running on the X86. And this is why we think this enables a very clean demarcation between compute and network. >> So Pete, I got to get you in here. We heard that the DPU enable cleaner separation of DevOps and NetOps. Can you explain why that's important because everyone's talking DevSecOps, right? Now, you've got NetSecOps. This separation, why is this clean separation important? >> Yeah, I think, it's a pragmatic solution in my opinion. We wish the world was all kind of rainbows and unicorns, but it's a little messier than that. I think a lot of the DevOps stuff and that mentality and philosophy. There's a natural fit there. You have applications running on servers. So you're talking about developers with those applications integrating with the operators of those servers. Well, the network has always been this other thing and the network operators have always had a very different approach to things than compute operators. And I think that we in the networking industry have gotten closer together but there's still a gap, there's still some distance. And I think that distance isn't going to be closed and so, again, it comes down to pragmatism. And I think one of my favorite phrases is look, good fences make good neighbors. And that's what this is. >> Yeah, and it's a great point 'cause DevOps has become kind of the calling car for cloud, right? But DevOps is a simply infrastructures code and infrastructure is networking, right? So if infrastructure is code you're talking about that part of the stack under the covers, under the hood if you will. This is super important distinction and this is where the innovation is. Can you elaborate on how you see that because this is really where the action is right now? >> Yeah, exactly. And I think that's where one from the policy, the security, the zero trust aspect of this, right? If you get it wrong on that network side, all of a sudden you can totally open up those capabilities. And so security's part of that. But the other part is thinking about this at scale, right? So we're taking one top of rack switch and adding up to 48 servers per rack. And so that ability to automate, orchestrate and manage its scale becomes absolutely critical. >> Alessandro, this is really the why we're talking about here and this is scale. And again, getting it right. If you don't get it right, you're going to be really kind of up you know what? So this is a huge deal. Networking matters, security matters, automation matters, DevOps, NetOps, all coming together clean separation. Help us understand how this joint solution with NVIDIA fits into the Pluribus unified cloud networking vision because this is what people are talking about and working on right now. >> Yeah, absolutely. So I think here with this solution we're attacking two major problems in cloud networking. One, is operation of cloud networking and the second, is distributing security services in the cloud infrastructure. First, let me talk about first what are we really unifying? If we're unifying something, something must be at least fragmented or disjointed. And what is disjointed is actually the network in the cloud. If you look wholistically how networking is deployed in the cloud, you have your physical fabric infrastructure, right? Your switches and routers. You build your IP clause, fabric leaf and spine topologies. This is actually a well understood problem I would say. There are multiple vendors with let's say similar technologies, very well standardized, very well understood and almost a commodity I would say building an IP fabric these days, but this is not the place where you deploy most of your services in the cloud particularly from a security standpoint. Those services are actually now moved into the compute layer where cloud builders have to instrument a separate network virtualization layer where they deploy segmentation and security closer to the workloads. And this is where the complication arise. This high value part of the cloud network is where you have a plethora of options that they don't talk to each other and they're very dependent on the kind of hypervisor or compute solution you choose. For example, the networking API between an ESXi environment or an Hyper-V or a Zen are completely disjointed. You have multiple orchestration layers. And then when you throw in also Kubernetes in this type of architecture, you are introducing yet another level of networking. And when Kubernetes runs on top of VMs which is a prevalent approach, you actually are stuck in multiple networks on the compute layer that they eventually ran on the physical fabric infrastructure. Those are all ships in the knights effectively, right? They operate as completely disjointed and we're trying to tackle this problem first with the notion of a unified fabric which is independent from any workloads whether this fabric spans on a switch which can be connected to bare metal workload or can span all the way inside the DPU where you have your multi hypervisor compute environment. It's one API, one common network control plane and one common set of segmentation services for the network. That's problem number one. >> It's interesting I hear you talking and I hear one network among different operating models. Reminds me of the old serverless days. There's still servers but they call it serverless. Is there going to be a term network-less because at the end of the day it should be one network, not multiple operating models. This is a problem that you guys are working on, is that right? I'm just joking serverless and network-less, but the idea is it should be one thing. >> Yeah, effectively what we're trying to do is we're trying to recompose this fragmentation in terms of network cooperation across physical networking and server networking. Server networking is where the majority of the problems are because as much as you have standardized the ways of building physical networks and cloud fabrics with IP protocols and internet, you don't have that sort of operational efficiency at the server layer. And this is what we're trying to attack first with this technology. The second aspect we're trying to attack is how we distribute security services throughout the infrastructure more efficiently whether it's micro-segmentation is a stateful firewall services or even encryption. Those are all capabilities enabled by the BlueField DPU technology. And we can actually integrate those capabilities directly into the network fabric limiting dramatically at least for east west traffic the sprawl of security appliances whether virtual or physical. That is typically the way people today segment and secure the traffic in the cloud. >> Awesome. Pete, all kidding aside about network-less and serverless kind of fun play on words there, the network is one thing it's basically distributed computing, right? So I'd love to get your thoughts about this distributed security with zero trust as the driver for this architecture you guys are doing. Can you share in more detail the depth of why DPU based approach is better than alternatives? >> Yeah, I think what's beautiful and kind of what the DPU brings that's new to this model is completely isolated compute environment inside. So it's the, yo dog, I heard you like a server so I put a server inside your server. And so we provide ARM CPUs, memory and network accelerators inside and that is completely isolated from the host. The actual X86 host just thinks it has a regular niche in there, but you actually have this full control plane thing. It's just like taking your top of rack switch and shoving it inside of your compute node. And so you have not only this separation within the data plane, but you have this complete control plane separation so you have this element that the network team can now control and manage, but we're taking all of the functions we used to do at the top of rack switch and we're distributing them now. And as time has gone on we've struggled to put more and more and more into that network edge. And the reality is the network edge is the compute layer, not the top of rack switch layer. And so that provides this phenomenal enforcement point for security and policy. And I think outside of today's solutions around virtual firewalls, the other option is centralized appliances. And even if you can get one that can scale large enough, the question is, can you afford it? And so what we end up doing is we kind of hope that NVIDIA's good enough or we hope that the VXLAN tunnel's good enough. And we can't actually apply more advanced techniques there because we can't financially afford that appliance to see all of the traffic. And now that we have a distributed model with this accelerator, we could do it. >> So what's in it for the customer real quick and I think this is an interesting point you mentioned policy. Everyone in networking knows policy is just a great thing. And as you hear it being talked about up the stack as well when you start getting to orchestrating microservices and whatnot all that good stuff going on there, containers and whatnot and modern applications. What's the benefit to the customers with this approach because what I heard was more scale, more edge, deployment flexibility relative to security policies and application enablement? What's the customer get out of this architecture? What's the enablement? >> It comes down to taking again the capabilities that we're in that top of rack switch and distributing them down. So that makes simplicity smaller, blast radius' for failures smaller failure domains, maintenance on the networks and the systems become easier. Your ability to integrate across workloads becomes infinitely easier. And again, we always want to kind of separate each one of those layers so just as in say a VXLAN network, my leaf in spine don't have to be tightly coupled together. I can now do this at a different layer and so you can run a DPU with any networking in the core there. And so you get this extreme flexibility. You can start small, you can scale large. To me the possibilities are endless. >> It's a great security control plan. Really flexibility is key and also being situationally aware of any kind of threats or new vectors or whatever's happening in the network. Alessandro, this is huge upside, right? You've already identified some successes with some customers on your early field trials. What are they doing and why are they attracted to the solution? >> Yeah, I think the response from customer has been the most encouraging and exciting for us to sort of continue and work and develop this product. And we have actually learned a lot in the process. We talked to tier two, tier three cloud providers. We talked to SP, Soft Telco type of networks as well as inter large enterprise customers. In one particular case one, let me call out a couple of examples here just to give you a flavor. There is a cloud provider in Asia who is actually managing a cloud where they're offering services based on multiple hypervisors. They are native services based on Zen, but they also on ramp into the cloud workloads based on ESXi and KVM depending on what the customer picks from the menu. And they have the problem of now orchestrating through their orchestrate or integrating with Zen center, with vSphere, with OpenStack to coordinate this multiple environments. And in the process to provide security, they actually deploy virtual appliances everywhere which has a lot of cost complication and eats up into the server CPU. The promise that they saw in this technology, they call it actually game changing is actually to remove all this complexity, having a single network and distribute the micro segmentation service directly into the fabric. And overall they're hoping to get out it tremendous OPEX benefit and overall operational simplification for the cloud infrastructure. That's one important use case. Another global enterprise customer is running both ESXi and Hyper-V environment and they don't have a solution to do micro segmentation consistently across hypervisors. So again, micro segmentation is a huge driver security. Looks like it's a recurring theme talking to most of these customers. And in the Telco space, we're working with few Telco customers on the CFT program where the main goal is actually to harmonize network cooperation. They typically handle all the VNFs with their own homegrown DPDK stack. This is overly complex. It is frankly also slow and inefficient. And then they have a physical network to manage. The idea of having again one network to coordinate the provisioning of cloud services between the Telco VNFs and the rest of the infrastructure is extremely powerful on top of the offloading capability opted by the BlueField DPUs. Those are just some examples. >> That was a great use case. A lot more potential I see that with the unified cloud networking, great stuff, Pete, shout out to you 'cause at NVIDIA we've been following your success us for a long time and continuing to innovate as cloud scales and Pluribus with unified networking kind of bring it to the next level. Great stuff, great to have you guys on and again, software keeps driving the innovation and again, networking is just a part of it and it's the key solution. So I got to ask both of you to wrap this up. How can cloud operators who are interested in this new architecture and solution learn more because this is an architectural shift? People are working on this problem, they're try to think about multiple clouds, they're try to think about unification around the network and giving more security, more flexibility to their teams. How can people learn more? >> Yeah, so Alessandro and I have a talk at the upcoming NVIDIA GTC conference. So it's the week of March 21st through 24th. You can go and register for free nvidia.com/gtc. You can also watch recorded sessions if you end up watching this on YouTube a little bit after the fact. And we're going to dive a little bit more into the specifics and the details and what we're providing in the solution. >> Alessandro, how can we people learn more? >> Yeah, absolutely. People can go to the Pluribus website, www.pluribusnetworks.com/eft and they can fill up the form and they will contact Pluribus to either know more or to know more and actually to sign up for the actual early field trial program which starts at the end of April. >> Okay, well, we'll leave it there. Thank you both for joining, appreciate it. Up next you're going to hear an independent analyst perspective and review some of the research from the enterprise strategy group ESG. I'm John Furrier with theCUBE, thanks for watching. (upbeat music)

>>Everyone wants a cloud operating model. Since the introduction of the modern cloud. Last decade, the entire technology landscape has changed. We've learned a lot from the hyperscalers, especially from AWS. Now, one thing is certain in the technology business. It's so competitive. Then if a faster, better, cheaper idea comes along, the industry will move quickly to adopt it. They'll add their unique value and then they'll bring solutions to the market. And that's precisely what's happening throughout the technology industry because of cloud. And one of the best examples is Amazon's nitro. That's AWS has custom built hypervisor that delivers on the promise of more efficiently using resources and expanding things like processor, optionality for customers. It's a secret weapon for Amazon. As, as we, as we wrote last year, every infrastructure company needs something like nitro to compete. Why do we say this? Well, Wiki Bon our research arm estimates that nearly 30% of CPU cores in the data center are wasted. >>They're doing work that they weren't designed to do well, specifically offloading networking, storage, and security tasks. So if you can eliminate that waste, you can recapture dollars that drop right to the bottom line. That's why every company needs a nitro like solution. As a result of these developments, customers are rethinking networks and how they utilize precious compute resources. They can't, or won't put everything into the public cloud for many reasons. That's one of the tailwinds for tier two cloud service providers and why they're growing so fast. They give options to customers that don't want to keep investing in building out their own data centers, and they don't want to migrate all their workloads to the public cloud. So these providers and on-prem customers, they want to be more like hyperscalers, right? They want to be more agile and they do that. They're distributing, networking and security functions and pushing them closer to the applications. >>Now, at the same time, they're unifying their view of the network. So it can be less fragmented, manage more efficiently with more automation and better visibility. How are they doing this? Well, that's what we're going to talk about today. Welcome to changing the game for cloud networking made possible by pluribus networks. My name is Dave Vellante and today on this special cube presentation, John furrier, and I are going to explore these issues in detail. We'll dig into new solutions being created by pluribus and Nvidia to specifically address offloading, wasted resources, accelerating performance, isolating data, and making networks more secure all while unifying the network experience. We're going to start on the west coast and our Palo Alto studios, where John will talk to Mike of pluribus and AMI, but Donnie of Nvidia, then we'll bring on Alessandra Bobby airy of pluribus and Pete Lummus from Nvidia to take a deeper dive into the technology. And then we're gonna bring it back here to our east coast studio and get the independent analyst perspective from Bob Liberte of the enterprise strategy group. We hope you enjoy the program. Okay, let's do this over to John >>Okay. Let's kick things off. We're here at my cafe. One of the TMO and pluribus networks and NAMI by Dani VP of networking, marketing, and developer ecosystem at Nvidia. Great to have you welcome folks. >>Thank you. Thanks. >>So let's get into the, the problem situation with cloud unified network. What problems are out there? What challenges do cloud operators have Mike let's get into it. >>Yeah, it really, you know, the challenges we're looking at are for non hyperscalers that's enterprises, governments, um, tier two service providers, cloud service providers, and the first mandate for them is to become as agile as a hyperscaler. So they need to be able to deploy services and security policies. And second, they need to be able to abstract the complexity of the network and define things in software while it's accelerated in hardware. Um, really ultimately they need a single operating model everywhere. And then the second thing is they need to distribute networking and security services out to the edge of the host. Um, we're seeing a growth in cyber attacks. Um, it's, it's not slowing down. It's only getting worse and, you know, solving for this security problem across clouds is absolutely critical. And the way to do it is to move security out to the host. >>Okay. With that goal in mind, what's the pluribus vision. How does this tie together? >>Yeah. So, um, basically what we see is, uh, that this demands a new architecture and that new architecture has four tenants. The first tenant is unified and simplified cloud networks. If you look at cloud networks today, there's, there's sort of like discreet bespoke cloud networks, you know, per hypervisor, per private cloud edge cloud public cloud. Each of the public clouds have different networks that needs to be unified. You know, if we want these folks to be able to be agile, they need to be able to issue a single command or instantiate a security policy across all those locations with one command and not have to go to each one. The second is like I mentioned, distributed security, um, distributed security without compromise, extended out to the host is absolutely critical. So micro-segmentation and distributed firewalls, but it doesn't stop there. They also need pervasive visibility. >>You know, it's, it's, it's sort of like with security, you really can't see you can't protect what you can't see. So you need visibility everywhere. The problem is visibility to date has been very expensive. Folks have had to basically build a separate overlay network of taps, packet brokers, tap aggregation infrastructure that really needs to be built into this unified network I'm talking about. And the last thing is automation. All of this needs to be SDN enabled. So this is related to my comment about abstraction abstract, the complexity of all of these discreet networks, physic whatever's down there in the physical layer. Yeah. I don't want to see it. I want to abstract it. I wanted to find things in software, but I do want to leverage the power of hardware to accelerate that. So that's the fourth tenant is SDN automation. >>Mike, we've been talking on the cube a lot about this architectural shift and customers are looking at this. This is a big part of everyone who's looking at cloud operations next gen, how do we get there? How do customers get this vision realized? >>That's a great question. And I appreciate the tee up. I mean, we're, we're here today for that reason. We're introducing two things today. Um, the first is a unified cloud networking vision, and that is a vision of where pluribus is headed with our partners like Nvidia longterm. Um, and that is about, uh, deploying a common operating model, SDN enabled SDN, automated hardware, accelerated across all clouds. Um, and whether that's underlying overlay switch or server, um, hype, any hypervisor infrastructure containers, any workload doesn't matter. So that's ultimately where we want to get. And that's what we talked about earlier. Um, the first step in that vision is what we call the unified cloud fabric. And this is the next generation of our adaptive cloud fabric. Um, and what's nice about this is we're not starting from scratch. We have a, a, an award-winning adaptive cloud fabric product that is deployed globally. Um, and in particular, uh, we're very proud of the fact that it's deployed in over a hundred tier one mobile operators as the network fabric for their 4g and 5g virtualized cores. We know how to build carrier grade, uh, networking infrastructure, what we're doing now, um, to realize this next generation unified cloud fabric is we're extending from the switch to this Nvidia Bluefield to DPU. We know there's a, >>Hold that up real quick. That's a good, that's a good prop. That's the blue field and video. >>It's the Nvidia Bluefield two DPU data processing unit. And, um, uh, you know, what we're doing, uh, fundamentally is extending our SDN automated fabric, the unified cloud fabric out to the host, but it does take processing power. So we knew that we didn't want to do, we didn't want to implement that running on the CPU, which is what some other companies do because it consumes revenue generating CPU's from the application. So a DPU is a perfect way to implement this. And we knew that Nvidia was the leader with this blue field too. And so that is the first that's, that's the first step in the getting into realizing this vision. >>I mean, Nvidia has always been powering some great workloads of GPU. Now you've got DPU networking and then video is here. What is the relationship with clothes? How did that come together? Tell us the story. >>Yeah. So, you know, we've been working with pluribus for quite some time. I think the last several months was really when it came to fruition and, uh, what pluribus is trying to build and what Nvidia has. So we have, you know, this concept of a Bluefield data processing unit, which if you think about it, conceptually does really three things, offload, accelerate an isolate. So offload your workloads from your CPU to your data processing unit infrastructure workloads that is, uh, accelerate. So there's a bunch of acceleration engines. So you can run infrastructure workloads much faster than you would otherwise, and then isolation. So you have this nice security isolation between the data processing unit and your other CPU environment. And so you can run completely isolated workloads directly on the data processing unit. So we introduced this, you know, a couple of years ago, and with pluribus, you know, we've been talking to the pluribus team for quite some months now. >>And I think really the combination of what pluribus is trying to build and what they've developed around this unified cloud fabric, uh, is fits really nicely with the DPU and running that on the DPU and extending it really from your physical switch, all the way to your host environment, specifically on the data processing unit. So if you think about what's happening as you add data processing units to your environment. So every server we believe over time is going to have data processing units. So now you'll have to manage that complexity from the physical network layer to the host layer. And so what pluribus is really trying to do is extending the network fabric from the host, from the switch to the host, and really have that single pane of glass for network operators to be able to configure provision, manage all of the complexity of the network environment. >>So that's really how the partnership truly started. And so it started really with extending the network fabric, and now we're also working with them on security. So, you know, if you sort of take that concept of isolation and security isolation, what pluribus has within their fabric is the concept of micro-segmentation. And so now you can take that extended to the data processing unit and really have, um, isolated micro-segmentation workloads, whether it's bare metal cloud native environments, whether it's virtualized environments, whether it's public cloud, private cloud hybrid cloud. So it really is a magical partnership between the two companies with their unified cloud fabric running on, on the DPU. >>You know, what I love about this conversation is it reminds me of when you have these changing markets, the product gets pulled out of the market and, and you guys step up and create these new solutions. And I think this is a great example. So I have to ask you, how do you guys differentiate what sets this apart for customers with what's in it for the customer? >>Yeah. So I mentioned, you know, three things in terms of the value of what the Bluefield brings, right? There's offloading, accelerating, isolating, that's sort of the key core tenants of Bluefield. Um, so that, you know, if you sort of think about what, um, what Bluefields, what we've done, you know, in terms of the differentiation, we're really a robust platform for innovation. So we introduced Bluefield to, uh, last year, we're introducing Bluefield three, which is our next generation of Bluefields, you know, we'll have five X, the arm compute capacity. It will have 400 gig line rate acceleration, four X better crypto acceleration. So it will be remarkably better than the previous generation. And we'll continue to innovate and add, uh, chips to our portfolio every, every 18 months to two years. Um, so that's sort of one of the key areas of differentiation. The other is the, if you look at Nvidia and, and you know, what we're sort of known for is really known for our AI artificial intelligence and our artificial intelligence software, as well as our GPU. >>So you look at artificial intelligence and the combination of artificial intelligence plus data processing. This really creates the, you know, faster, more efficient, secure AI systems from the core of your data center, all the way out to the edge. And so with Nvidia, we really have these converged accelerators where we've combined the GPU, which does all your AI processing with your data processing with the DPU. So we have this convergence really nice convergence of that area. And I would say the third area is really around our developer environment. So, you know, one of the key, one of our key motivations at Nvidia is really to have our partner ecosystem, embrace our technology and build solutions around our technology. So if you look at what we've done with the DPU, with credit and an SDK, which is an open SDK called Doka, and it's an open SDK for our partners to really build and develop solutions using Bluefield and using all these accelerated libraries that we expose through Doka. And so part of our differentiation is really building this open ecosystem for our partners to take advantage and build solutions around our technology. >>You know, what's exciting is when I hear you talk, it's like you realize that there's no one general purpose network anymore. Everyone has their own super environment Supercloud or these new capabilities. They can really craft their own, I'd say, custom environment at scale with easy tools. Right. And it's all kind of, again, this is the new architecture Mike, you were talking about, how does customers run this effectively? Cost-effectively and how do people migrate? >>Yeah, I, I think that is the key question, right? So we've got this beautiful architecture. You, you know, Amazon nitro is a, is a good example of, of a smart NIC architecture that has been successfully deployed, but enterprises and serve tier two service providers and tier one service providers and governments are not Amazon, right? So they need to migrate there and they need this architecture to be cost-effective. And, and that's, that's super key. I mean, the reality is deep user moving fast, but they're not going to be, um, deployed everywhere on day one. Some servers will have DPS right away, some servers will have use and a year or two. And then there are devices that may never have DPS, right. IOT gateways, or legacy servers, even mainframes. Um, so that's the beauty of a solution that creates a fabric across both the switch and the DPU, right. >>Um, and by leveraging the Nvidia Bluefield DPU, what we really like about it is it's open. Um, and that drives, uh, cost efficiencies. And then, um, uh, you know, with this, with this, our architectural approach effectively, you get a unified solution across switch and DPU workload independent doesn't matter what hypervisor it is, integrated visibility, integrated security, and that can, uh, create tremendous cost efficiencies and, and really extract a lot of the expense from, from a capital perspective out of the network, as well as from an operational perspective, because now I have an SDN automated solution where I'm literally issuing a command to deploy a network service or to create or deploy our security policy and is deployed everywhere, automatically saving the oppor, the network operations team and the security operations team time. >>All right. So let me rewind that because that's super important. Get the unified cloud architecture, I'm the customer guy, but it's implemented, what's the value again, take, take me through the value to me. I have a unified environment. What's the value. >>Yeah. So I mean, the value is effectively, um, that, so there's a few pieces of value. The first piece of value is, um, I'm creating this clean D mark. I'm taking networking to the host. And like I mentioned, we're not running it on the CPU. So in implementations that run networking on the CPU, there's some conflict between the dev ops team who owned the server and the NetApps team who own the network because they're installing software on the, on the CPU stealing cycles from what should be revenue generating. Uh CPU's. So now by, by terminating the networking on the DPU, we click create this real clean DMARC. So the dev ops folks are happy because they don't necessarily have the skills to manage network and they don't necessarily want to spend the time managing networking. They've got their network counterparts who are also happy the NetApps team, because they want to control the networking. >>And now we've got this clean DMARC where the DevOps folks get the services they need and the NetApp folks get the control and agility they need. So that's a huge value. Um, the next piece of value is distributed security. This is essential. I mentioned earlier, you know, put pushing out micro-segmentation and distributed firewall, basically at the application level, right, where I create these small, small segments on an by application basis. So if a bad actor does penetrate the perimeter firewall, they're contained once they get inside. Cause the worst thing is a bad actor, penetrates a perimeter firewall and can go wherever they want and wreak havoc. Right? And so that's why this, this is so essential. Um, and the next benefit obviously is this unified networking operating model, right? Having, uh, uh, uh, an operating model across switch and server underlay and overlay, workload agnostic, making the life of the NetApps teams much easier so they can focus their time on really strategy instead of spending an afternoon, deploying a single villain, for example. >>Awesome. And I think also from my standpoint, I mean, perimeter security is pretty much, I mean, they're out there, it gets the firewall still out there exists, but pretty much they're being breached all the time, the perimeter. So you have to have this new security model. And I think the other thing that you mentioned, the separation between dev ops is cool because the infrastructure is code is about making the developers be agile and build security in from day one. So this policy aspect is, is huge. Um, new control points. I think you guys have a new architecture that enables the security to be handled more flexible. >>Right. >>That seems to be the killer feature here, >>Right? Yeah. If you look at the data processing unit, I think one of the great things about sort of this new architecture, it's really the foundation for zero trust it's. So like you talked about the perimeter is getting breached. And so now each and every compute node has to be protected. And I think that's sort of what you see with the partnership between pluribus and Nvidia is the DPU is really the foundation of zero trust. And pluribus is really building on that vision with, uh, allowing sort of micro-segmentation and being able to protect each and every compute node as well as the underlying network. >>This is super exciting. This is an illustration of how the market's evolving architectures are being reshaped and refactored for cloud scale and all this new goodness with data. So I gotta ask how you guys go into market together. Michael, start with you. What's the relationship look like in the go to market with an Nvidia? >>Sure. Um, I mean, we're, you know, we're super excited about the partnership, obviously we're here together. Um, we think we've got a really good solution for the market, so we're jointly marketing it. Um, uh, you know, obviously we appreciate that Nvidia is open. Um, that's, that's sort of in our DNA, we're about open networking. They've got other ISV who are gonna run on Bluefield too. We're probably going to run on other DPS in the, in the future, but right now, um, we're, we feel like we're partnered with the number one, uh, provider of DPS in the world and, uh, super excited about, uh, making a splash with it. >>I'm in get the hot product. >>Yeah. So Bluefield too, as I mentioned was GA last year, we're introducing, uh, well, we now also have the converged accelerator. So I talked about artificial intelligence or artificial intelligence with the Bluefield DPU, all of that put together on a converged accelerator. The nice thing there is you can either run those workloads. So if you have an artificial intelligence workload and an infrastructure workload, you can warn them separately on the same platform or you can actually use, uh, you can actually run artificial intelligence applications on the Bluefield itself. So that's what the converged accelerator really brings to the table. Uh, so that's available now. Then we have Bluefield three, which will be available late this year. And I talked about sort of, you know, uh, how much better that next generation of Bluefield is in comparison to Bluefield two. So we will see Bluefield three shipping later on this year, and then our software stack, which I talked about, which is called Doka we're on our second version are Doka one dot two. >>We're releasing Doka one dot three, uh, in about two months from now. And so that's really our open ecosystem framework. So allow you to program the Bluefields. So we have all of our acceleration libraries, um, security libraries, that's all packed into this STK called Doka. And it really gives that simplicity to our partners to be able to develop on top of Bluefield. So as we add new generations of Bluefield, you know, next, next year, we'll have, you know, another version and so on and so forth Doka is really that unified unified layer that allows, um, Bluefield to be both forwards compatible and backwards compatible. So partners only really have to think about writing to that SDK once, and then it automatically works with future generations of Bluefields. So that's sort of the nice thing around, um, around Doka. And then in terms of our go to market model, we're working with every, every major OEM. So, uh, later on this year, you'll see, you know, major server manufacturers, uh, releasing Bluefield enabled servers. So, um, more to come >>Awesome, save money, make it easier, more capabilities, more workload power. This is the future of, of cloud operations. >>Yeah. And, and, and, uh, one thing I'll add is, um, we are, um, we have a number of customers as you'll hear in the next segment, um, that are already signed up and we'll be working with us for our, uh, early field trial starting late April early may. Um, we are accepting registrations. You can go to www.pluribusnetworks.com/e F T a. If you're interested in signing up for, um, uh, being part of our field trial and providing feedback on the product, >>Awesome innovation and network. Thanks so much for sharing the news. Really appreciate it. Thanks so much. Okay. In a moment, we'll be back to look deeper in the product, the integration security zero trust use cases. You're watching the cube, the leader in enterprise tech coverage, >>Cloud networking is complex and fragmented slowing down your business. How can you simplify and unify your cloud networks to increase agility and business velocity? >>Pluribus unified cloud networking provides a unified simplify and agile network fabric across all clouds. It brings the simplicity of a public cloud operation model to private clouds, dramatically reducing complexity and improving agility, availability, and security. Now enterprises and service providers can increase their business philosophy and delight customers in the distributed multi-cloud era. We achieve this with a new approach to cloud networking, pluribus unified cloud fabric. This open vendor, independent network fabric, unifies, networking, and security across distributed clouds. The first step is extending the fabric to servers equipped with data processing units, unifying the fabric across switches and servers, and it doesn't stop there. The fabric is unified across underlay and overlay networks and across all workloads and virtualization environments. The unified cloud fabric is optimized for seamless migration to this new distributed architecture, leveraging the power of the DPU for application level micro-segmentation distributed fireball and encryption while still supporting those servers and devices that are not equipped with a DPU. Ultimately the unified cloud fabric extends seamlessly across distributed clouds, including central regional at edge private clouds and public clouds. The unified cloud fabric is a comprehensive network solution. That includes everything you need for clouds, networking built in SDN automation, distributed security without compromises, pervasive wire speed, visibility and application insight available on your choice of open networking switches and DP use all at the lowest total cost of ownership. The end result is a dramatically simplified unified cloud networking architecture that unifies your distributed clouds and frees your business to move at cloud speed, >>To learn more, visit www.pluribusnetworks.com. >>Okay. We're back I'm John ferry with the cube, and we're going to go deeper into a deep dive into unified cloud networking solution from Clovis and Nvidia. And we'll examine some of the use cases with Alessandra Burberry, VP of product management and pullovers networks and Pete Bloomberg who's director of technical marketing and video remotely guys. Thanks for coming on. Appreciate it. >>Yeah. >>So deep dive, let's get into the what and how Alexandra we heard earlier about the pluribus Nvidia partnership and the solution you're working together on what is it? >>Yeah. First let's talk about the water. What are we really integrating with the Nvidia Bluefield, the DPO technology, uh, plugable says, um, uh, there's been shipping, uh, in, uh, in volume, uh, in multiple mission critical networks. So this advisor one network operating systems, it runs today on a merchant silicone switches and effectively it's a standard open network operating system for data center. Um, and the novelty about this system that integrates a distributed control plane for, at water made effective in SDN overlay. This automation is a completely open and interoperable and extensible to other type of clouds is not enclosed them. And this is actually what we're now porting to the Nvidia DPO. >>Awesome. So how does it integrate into Nvidia hardware and specifically how has pluribus integrating its software with the Nvidia hardware? >>Yeah, I think, uh, we leverage some of the interesting properties of the Bluefield, the DPO hardware, which allows actually to integrate, uh, um, uh, our software, our network operating system in a manner which is completely isolated and independent from the guest operating system. So the first byproduct of this approach is that whatever we do at the network level on the DPU card that is completely agnostic to the hypervisor layer or OSTP layer running on, uh, on the host even more, um, uh, we can also independently manage this network, know that the switch on a Neek effectively, um, uh, managed completely independently from the host. You don't have to go through the network operating system, running on x86 to control this network node. So you throw yet the experience effectively of a top of rack for virtual machine or a top of rack for, uh, Kubernetes bots, where instead of, uh, um, if you allow me with the analogy instead of connecting a server knee directly to a switchboard, now you're connecting a VM virtual interface to a virtual interface on the switch on an ache. >>And, uh, also as part of this integration, we, uh, put a lot of effort, a lot of emphasis in, uh, accelerating the entire, uh, data plane for networking and security. So we are taking advantage of the DACA, uh, Nvidia DACA API to program the accelerators. And these accomplished two things with that. Number one, uh, you, uh, have much greater performance, much better performance. They're running the same network services on an x86 CPU. And second, this gives you the ability to free up, I would say around 20, 25% of the server capacity to be devoted either to, uh, additional workloads to run your cloud applications, or perhaps you can actually shrink the power footprint and compute footprint of your data center by 20%, if you want to run the same number of compute workloads. So great efficiencies in the overall approach, >>And this is completely independent of the server CPU, right? >>Absolutely. There is zero code from running on the x86, and this is what we think this enables a very clean demarcation between computer and network. >>So Pete, I gotta get, I gotta get you in here. We heard that, uh, the DPU is enabled cleaner separation of dev ops and net ops. Can you explain why that's important because everyone's talking DevSecOps right now, you've got net ops, net, net sec ops, this separation. Why is this clean separation important? >>Yeah, I think it's a, you know, it's a pragmatic solution in my opinion. Um, you know, we wish the world was all kind of rainbows and unicorns, but it's a little, a little messier than that. And I think a lot of the dev ops stuff and that, uh, mentality and philosophy, there's a natural fit there. Right? You have applications running on servers. So you're talking about developers with those applications integrating with the operators of those servers. Well, the network has always been this other thing and the network operators have always had a very different approach to things than compute operators. And, you know, I think that we, we in the networking industry have gotten closer together, but there's still a gap there's still some distance. And I think in that distance, isn't going to be closed. And so, you know, again, it comes down to pragmatism and I think, you know, one of my favorite phrases is look good fences, make good neighbors. And that's what this is. >>Yeah. That's a great point because dev ops has become kind of the calling card for cloud, right. But dev ops is as simply infrastructure as code and infrastructure is networking, right? So if infrastructure is code, you know, you're talking about, you know, that part of the stack under the covers under the hood, if you will, this is super important distinction. And this is where the innovation is. Can you elaborate on how you see that? Because this is really where the action is right now. >>Yeah, exactly. And I think that's where, um, one from, from the policy, the security that the zero trust aspect of this, right? If you get it wrong on that network side, all of a sudden you, you can totally open up that those capabilities. And so security is part of that. But the other part is thinking about this at scale, right? So we're taking one top of rack switch and adding, you know, up to 48 servers per rack. And so that ability to automate, orchestrate and manage at scale becomes absolutely critical. >>I'll Sandra, this is really the why we're talking about here, and this is scale. And again, getting it right. If you don't get it right, you're going to be really kind of up, you know what you know, so this is a huge deal. Networking matters, security matters, automation matters, dev ops, net ops, all coming together, clean separation, um, help us understand how this joint solution with Nvidia fits into the pluribus unified cloud networking vision, because this is what people are talking about and working on right now. >>Yeah, absolutely. So I think here with this solution, we're attacking two major problems in cloud networking. One is, uh, operation of, uh, cloud networking. And the second is a distributing security services in the cloud infrastructure. First, let me talk about the first water. We really unifying. If we're unifying something, something must be at least fragmented or this jointed and the, what is this joint that is actually the network in the cloud. If you look holistically, how networking is deployed in the cloud, you have your physical fabric infrastructure, right? Your switches and routers, you'll build your IP clause fabric leaf in spine typologies. This is actually a well understood the problem. I, I would say, um, there are multiple vendors, uh, uh, with, uh, um, uh, let's say similar technologies, um, very well standardized, whether you will understood, um, and almost a commodity, I would say building an IP fabric these days, but this is not the place where you deploy most of your services in the cloud, particularly from a security standpoint, two services are actually now moved into the compute layer where you actually were called builders, have to instrument the, a separate, uh, network virtualization layer, where they deploy segmentation and security closer to the workloads. >>And this is where the complication arise. These high value part of the cloud network is where you have a plethora of options that they don't talk to each other. And they are very dependent on the kind of hypervisor or compute solution you choose. Um, for example, the networking API to be between an GSXI environment or an hyper V or a Zen are completely disjointed. You have multiple orchestration layers. And when, and then when you throw in also Kubernetes in this, in this, in this type of architecture, uh, you're introducing yet another level of networking. And when Kubernetes runs on top of VMs, which is a prevalent approach, you actually just stacking up multiple networks on the compute layer that they eventually run on the physical fabric infrastructure. Those are all ships in the nights effectively, right? They operate as completely disjointed. And we're trying to attack this problem first with the notion of a unified fabric, which is independent from any workloads, whether it's this fabric spans on a switch, which can be con connected to a bare metal workload, or can span all the way inside the DPU, uh, where, um, you have, uh, your multi hypervisor compute environment. >>It's one API, one common network control plane, and one common set of segmentation services for the network. That's probably the number one, >>You know, it's interesting you, man, I hear you talking, I hear one network month, different operating models reminds me of the old serverless days. You know, there's still servers, but they call it serverless. Is there going to be a term network list? Because at the end of the day, it should be one network, not multiple operating models. This, this is a problem that you guys are working on. Is that right? I mean, I'm not, I'm just joking server listen network list, but the idea is it should be one thing. >>Yeah, it's effectively. What we're trying to do is we are trying to recompose this fragmentation in terms of network operation, across physical networking and server networking server networking is where the majority of the problems are because of the, uh, as much as you have standardized the ways of building, uh, physical networks and cloud fabrics with IP protocols and internet, you don't have that kind of, uh, uh, sort of, uh, um, um, uh, operational efficiency, uh, at the server layer. And, uh, this is what we're trying to attack first. The, with this technology, the second aspect we're trying to attack is are we distribute the security services throughout the infrastructure, more efficiently, whether it's micro-segmentation is a stateful firewall services, or even encryption. Those are all capabilities enabled by the blue field, uh, uh, the Butte technology and, uh, uh, we can actually integrate those capabilities directly into the nettle Fabrica, uh, limiting dramatically, at least for east-west traffic, the sprawl of, uh, security appliances, whether virtual or physical, that is typically the way the people today, uh, segment and secure the traffic in the cloud. >>Awesome. Pete, all kidding aside about network lists and serverless kind of fun, fun play on words there, the network is one thing it's basically distributed computing, right? So I love to get your thoughts about this distributed security with zero trust as the driver for this architecture you guys are doing. Can you share in more detail the depth of why DPU based approach is better than alternatives? >>Yeah, I think what's, what's beautiful and kind of what the DPU brings. That's new to this model is a completely isolated compute environment inside. So, you know, it's the, uh, yo dog, I heard you like a server, so I put a server inside your server. Uh, and so we provide, uh, you know, armed CPU's memory and network accelerators inside, and that is completely isolated from the host. So the server, the, the actual x86 host just thinks it has a regular Nick in there, but you actually have this full control plane thing. It's just like taking your top of rack switch and shoving it inside of your compute node. And so you have not only the separation, um, within the data plane, but you have this complete control plane separation. So you have this element that the network team can now control and manage, but we're taking all of the functions we used to do at the top of rack switch, and we're just shooting them now. >>And, you know, as time has gone on we've, we've struggled to put more and more and more into that network edge. And the reality is the network edge is the compute layer, not the top of rack switch layer. And so that provides this phenomenal enforcement point for security and policy. And I think outside of today's solutions around virtual firewalls, um, the other option is centralized appliances. And even if you can get one that can scale large enough, the question is, can you afford it? And so what we end up doing is we kind of hope that of aliens good enough, or we hope that if the excellent tunnel is good enough and we can actually apply more advanced techniques there because we can't physically, you know, financially afford that appliance to see all of the traffic. And now that we have a distributed model with this accelerator, we could do it. >>So what's the what's in it for the customer. I real quick, cause I think this is interesting point. You mentioned policy, everyone in networking knows policy is just a great thing and it adds, you hear it being talked about up the stack as well. When you start getting to orchestrating microservices and whatnot, all that good stuff going on there, containers and whatnot and modern applications. What's the benefit to the customers with this approach? Because what I heard was more scale, more edge deployment, flexibility, relative to security policies and application enablement. I mean, is that what what's the customer get out of this architecture? What's the enablement. >>It comes down to, uh, taking again the capabilities that were in that top of rack switch and asserting them down. So that makes simplicity smaller blast radiuses for failure, smaller failure domains, maintenance on the networks, and the systems become easier. Your ability to integrate across workloads becomes infinitely easier. Um, and again, you know, we always want to kind of separate each one of those layers. So just as in say, a VX land network, my leaf and spine don't have to be tightly coupled together. I can now do this at a different layer. And so you can run a DPU with any networking in the core there. And so you get this extreme flexibility. You can start small, you can scale large. Um, you know, to me, the, the possibilities are endless. Yes, >>It's a great security control plan. Really flexibility is key. And, and also being situationally aware of any kind of threats or new vectors or whatever's happening in the network. Alessandra, this is huge upside, right? You've already identified some successes with some customers on your early field trials. What are they doing and why are they attracted to the solution? >>Yeah, I think the response from customers has been, uh, the most, uh, encouraging and, uh, exciting, uh, for, uh, for us to, uh, to sort of continue and work and develop this product. And we have actually learned a lot in the process. Um, we talked to tier two tier three cloud providers. Uh, we talked to, uh, SP um, software Tyco type of networks, uh, as well as a large enterprise customers, um, in, uh, one particular case. Um, uh, one, uh, I think, um, let me, let me call out a couple of examples here, just to give you a flavor. Uh, there is a service provider, a cloud provider, uh, in Asia who is actually managing a cloud, uh, where they are offering services based on multiple hypervisors. They are native services based on Zen, but they also are on ramp into the cloud, uh, workloads based on, uh, ESI and, uh, uh, and KVM, depending on what the customer picks from the piece on the menu. >>And they have the problem of now orchestrating through their orchestrate or integrating with the Zen center with vSphere, uh, with, uh, open stack to coordinate these multiple environments and in the process to provide security, they actually deploy virtual appliances everywhere, which has a lot of costs, complication, and eats up into the server CPU. The problem is that they saw in this technology, they call it actually game changing is actually to remove all this complexity of in a single network and distribute the micro-segmentation service directly into the fabric. And overall, they're hoping to get out of it, uh, uh, tremendous, uh, um, opics, uh, benefit and overall, um, uh, operational simplification for the cloud infrastructure. That's one potent a use case. Uh, another, uh, large enterprise customer global enterprise customer, uh, is running, uh, both ESI and hyper V in that environment. And they don't have a solution to do micro-segmentation consistently across hypervisors. >>So again, micro-segmentation is a huge driver security looks like it's a recurring theme, uh, talking to most of these customers and in the Tyco space, um, uh, we're working with a few types of customers on the CFT program, uh, where the main goal is actually to our Monet's network operation. They typically handle all the VNF search with their own homegrown DPDK stack. This is overly complex. It is frankly also as low and inefficient, and then they have a physical network to manage the, the idea of having again, one network, uh, to coordinate the provision in our cloud services between the, the take of VNF, uh, and, uh, the rest of the infrastructure, uh, is extremely powerful on top of the offloading capability of the, by the bluefin DPOs. Those are just some examples. >>That was a great use case, a lot more potential. I see that with the unified cloud networking, great stuff, feed, shout out to you guys at Nvidia had been following your success for a long time and continuing to innovate as cloud scales and pluribus here with the unified networking, kind of bring it to the next level. Great stuff. Great to have you guys on. And again, software keeps driving the innovation again, networking is just a part of it, and it's the key solution. So I got to ask both of you to wrap this up. How can cloud operators who are interested in, in this, uh, new architecture and solution, uh, learn more because this is an architectural shift. People are working on this problem. They're trying to think about multiple clouds of trying to think about unification around the network and giving more security, more flexibility, uh, to their teams. How can people learn more? >>Yeah, so, uh, all Sandra and I have a talk at the upcoming Nvidia GTC conference. Um, so that's the week of March 21st through 24th. Um, you can go and register for free and video.com/at GTC. Um, you can also watch recorded sessions if you ended up watching us on YouTube a little bit after the fact. Um, and we're going to dive a little bit more into the specifics and the details and what we're providing in the solution. >>Alexandra, how can people learn more? >>Yeah, absolutely. People can go to the pluribus, a website, www boost networks.com/eft, and they can fill up the form and, uh, they will contact durables to either know more or to know more and actually to sign up for the actual early field trial program, which starts at the end of April. >>Okay. Well, we'll leave it there. Thanks. You both for joining. Appreciate it up next. You're going to hear an independent analyst perspective and review some of the research from the enterprise strategy group ESG. I'm John ferry with the >>Cube. Thanks for watching. >>Okay. We've heard from the folks at networks and Nvidia about their effort to transform cloud networking and unify bespoke infrastructure. Now let's get the perspective from an independent analyst and to do so. We welcome in ESG, senior analysts, Bob LA Liberte, Bob. Good to see you. Thanks for coming into our east coast studios. >>Oh, thanks for having me. It's great to be >>Here. Yeah. So this, this idea of unified cloud networking approach, how serious is it? What's what's driving it. >>Yeah, there's certainly a lot of drivers behind it, but probably the first and foremost is the fact that application environments are becoming a lot more distributed, right? So the, it pendulum tends to swing back and forth. And we're definitely on one that's swinging from consolidated to distributed. And so applications are being deployed in multiple private data centers, multiple public cloud locations, edge locations. And as a result of that, what you're seeing is a lot of complexity. So organizations are having to deal with this highly disparate environment. They have to secure it. They have to ensure connectivity to it and all that's driving up complexity. In fact, when we asked in one of our last surveys and last year about network complexity, more than half 54% came out and said, Hey, our network environment is now either more or significantly more complex than it used to be. >>And as a result of that, what you're seeing is it's really impacting agility. So everyone's moving to these modern application environments, distributing them across areas so they can improve agility yet it's creating more complexity. So a little bit counter to the fact and, you know, really counter to their overarching digital transformation initiatives. From what we've seen, you know, nine out of 10 organizations today are either beginning in process or have a mature digital transformation process or initiative, but their top goals, when you look at them, it probably shouldn't be a surprise. The number one goal is driving operational efficiency. So it makes sense. I've distributed my environment to create agility, but I've created a lot of complexity. So now I need these tools that are going to help me drive operational efficiency, drive better experience. >>I mean, I love how you bring in the data yesterday. Does a great job with that. Uh, questions is, is it about just unifying existing networks or is there sort of a need to rethink kind of a do-over network, how networks are built? >>Yeah, that's a, that's a really good point because certainly unifying networks helps right. Driving any kind of operational efficiency helps. But in this particular case, because we've made the transition to new application architectures and the impact that's having as well, it's really about changing and bringing in new frameworks and new network architectures to accommodate those new application architectures. And by that, what I'm talking about is the fact that these new modern application architectures, microservices, containers are driving a lot more east west traffic. So in the old days, it used to be easier in north south coming out of the server, one application per server, things like that. Right now you've got hundreds, if not thousands of microservices communicating with each other users communicating to them. So there's a lot more traffic and a lot of it's taking place within the servers themselves. The other issue that you starting to see as well from that security perspective, when we were all consolidated, we had those perimeter based legacy, you know, castle and moat security architectures, but that doesn't work anymore when the applications aren't in the castle, right. >>When everything's spread out that that no longer happens. So we're absolutely seeing, um, organizations trying to, trying to make a shift. And, and I think much, like if you think about the shift that we're seeing with all the remote workers and the sassy framework to enable a secure framework there, this it's almost the same thing. We're seeing this distributed services framework come up to support the applications better within the data centers, within the cloud data centers, so that you can drive that security closer to those applications and make sure they're, they're fully protected. Uh, and that's really driving a lot of the, you know, the zero trust stuff you hear, right? So never trust, always verify, making sure that everything is, is, is really secure micro-segmentation is another big area. So ensuring that these applications, when they're connected to each other, they're, they're fully segmented out. And that's again, because if someone does get a breach, if they are in your data center, you want to limit the blast radius, you want to limit the amount of damage that's done. So that by doing that, it really makes it a lot harder for them to see everything that's in there. >>You know, you mentioned zero trust. It used to be a buzzword, and now it's like become a mandate. And I love the mode analogy. You know, you build a moat to protect the queen and the castle, the Queens left the castles, it's just distributed. So how should we think about this, this pluribus and Nvidia solution. There's a spectrum, help us understand that you've got appliances, you've got pure software solutions. You've got what pluribus is doing with Nvidia, help us understand that. >>Yeah, absolutely. I think as organizations recognize the need to distribute their services to closer to the applications, they're trying different models. So from a legacy approach, you know, from a security perspective, they've got these centralized firewalls that they're deploying within their data centers. The hard part for that is if you want all this traffic to be secured, you're actually sending it out of the server up through the rack, usually to in different location in the data center and back. So with the need for agility, with the need for performance, right, that adds a lot of latency. Plus when you start needing to scale, that means adding more and more network connections, more and more appliances. So it can get very costly as well as impacting the performance. The other way that organizations are seeking to solve this problem is by taking the software itself and deploying it on the servers. Okay. So that's a, it's a great approach, right? It brings it really close to the applications, but the things you start running into there, there's a couple of things. One is that you start seeing that the DevOps team start taking on that networking and security responsibility, which they >>Don't want to >>Do, they don't want to do right. And the operations teams loses a little bit of visibility into that. Um, plus when you load the software onto the server, you're taking up precious CPU cycles. So if you're really wanting your applications to perform at an optimized state, having additional software on there, isn't going to, isn't going to do it. So, you know, when we think about all those types of things, right, and certainly the other side effects of that is the impact of the performance, but there's also a cost. So if you have to buy more servers because your CPU's are being utilized, right, and you have hundreds or thousands of servers, right, those costs are going to add up. So what, what Nvidia and pluribus have done by working together is to be able to take some of those services and be able to deploy them onto a smart Nick, right? >>To be able to deploy the DPU based smart SMARTNICK into the servers themselves. And then pluribus has come in and said, we're going to unify create that unified fabric across the networking space, into those networking services all the way down to the server. So the benefits of having that are pretty clear in that you're offloading that capability from the server. So your CPU's are optimized. You're saving a lot of money. You're not having to go outside of the server and go to a different rack somewhere else in the data center. So your performance is going to be optimized as well. You're not going to incur any latency hit for every trip round trip to the, to the firewall and back. So I think all those things are really important. Plus the fact that you're going to see from a, an organizational aspect, we talked about the dev ops and net ops teams. The network operations teams now can work with the security teams to establish the security policies and the networking policies. So that they've dev ops teams. Don't have to worry about that. So essentially they just create the guardrails and let the dev op team run. Cause that's what they want. They want that agility and speed. >>Yeah. Your point about CPU cycles is key. I mean, it's estimated that 25 to 30% of CPU cycles in the data center are wasted. The cores are wasted doing storage offload or, or networking or security offload. And, you know, I've said many times everybody needs a nitro like Amazon nugget, but you can't go, you can only buy Amazon nitro if you go into AWS. Right. Everybody needs a nitro. So is that how we should think about this? >>Yeah. That's a great analogy to think about this. Um, and I think I would take it a step further because it's, it's almost the opposite end of the spectrum because pluribus and video are doing this in a very open way. And so pluribus has always been a proponent of open networking. And so what they're trying to do is extend that now to these distributed services. So leverage working with Nvidia, who's also open as well, being able to bring that to bear so that organizations can not only take advantage of these distributed services, but also that unified networking fabric, that unified cloud fabric across that environment from the server across the switches, the other key piece of what pluribus is doing, because they've been doing this for a while now, and they've been doing it with the older application environments and the older server environments, they're able to provide that unified networking experience across a host of different types of servers and platforms. So you can have not only the modern application supported, but also the legacy environments, um, you know, bare metal. You could go any type of virtualization, you can run containers, et cetera. So a wide gambit of different technologies hosting those applications supported by a unified cloud fabric from pluribus. >>So what does that mean for the customer? I don't have to rip and replace my whole infrastructure, right? >>Yeah. Well, think what it does for, again, from that operational efficiency, when you're going from a legacy environment to that modern environment, it helps with the migration helps you accelerate that migration because you're not switching different management systems to accomplish that. You've got the same unified networking fabric that you've been working with to enable you to run your legacy as well as transfer over to those modern applications. Okay. >>So your people are comfortable with the skillsets, et cetera. All right. I'll give you the last word. Give us the bottom line here. >>So yeah, I think obviously with all the modern applications that are coming out, the distributed application environments, it's really posing a lot of risk on these organizations to be able to get not only security, but also visibility into those environments. And so organizations have to find solutions. As I said, at the beginning, they're looking to drive operational efficiency. So getting operational efficiency from a unified cloud networking solution, that it goes from the server across the servers to multiple different environments, right in different cloud environments is certainly going to help organizations drive that operational efficiency. It's going to help them save money for visibility, for security and even open networking. So a great opportunity for organizations, especially large enterprises, cloud providers who are trying to build that hyperscaler like environment. You mentioned the nitro card, right? This is a great way to do it with an open solution. >>Bob, thanks so much for, for coming in and sharing your insights. Appreciate it. >>You're welcome. Thanks. >>Thanks for watching the program today. Remember all these videos are available on demand@thekey.net. You can check out all the news from today@siliconangle.com and of course, pluribus networks.com many thanks diplomas for making this program possible and sponsoring the cube. This is Dave Volante. Thanks for watching. Be well, we'll see you next time.

>>mhm. Okay, we're back. I'm John. Fully with the Cuban. We're going to go deeper into a deep dive into unified cloud networking solution from Pluribus and NVIDIA. And we'll examine some of the use cases with Alexandra Barberry, VP of product Management and Pluribus Networks. And Pete Lambasts, the director of technical market and video. Remotely guys, thanks for coming on. Appreciate it. >>I think >>so. Deep dive. Let's get into the what and how Alexandra, we heard earlier about the pluribus and video partnership in the solution you're working together on. What is it? >>Yeah. First, let's talk about the what? What are we really integrating with the NVIDIA Bluefield deep You Technology pluribus says, uh, has been shipping, uh, in volume in multiple mission critical networks. So this adviser, one network operating systems it runs today on merchant silicon switches and effectively, it's a standard based open network computing system for data centre. Um, and the novelty about this operating system is that it integrates a distributed the control plane for Atwater made effective in STN overlay. This automation is completely open and interoperable, and extensible to other type of clouds is nothing closed and this is actually what we're now porting to the NVIDIA GPU. >>Awesome. So how does it integrate into video hardware? And specifically, how is plural is integrating its software within video hardware? >>Yeah, I think we leverage some of the interesting properties of the blue field the GPU hardware, which allows actually to integrate, um, our soft our network operating system in a manner which is completely isolated and independent from the guest operating system. So the first byproduct of this approach is that whatever we do at the network level on the GPU card is completely agnostic to the hyper visor layer or OS layer running on on the host even more. Um, uh, we can also independently manage this network. Note this switch on a nick effectively, uh, managed completely independently from the host. You don't have to go through the network operating system running on X 86 to control this network node. So you truly have the experience effectively of a top of rack for virtual machine or a top of rack for kubernetes spots. Where instead of, uh, um, if you allow me with analogy instead of connecting a server nique directly to a switchboard now you're connecting a VM virtual interface to a virtual interface on the switch on a nick. And also as part of this integration, we, uh, put a lot of effort, a lot of emphasis in accelerating the entire day to play in for networking and security. So we are taking advantage of the DACA, uh, video DACA api to programme the accelerators and this your accomplished two things with that number one, you, uh, have much greater performance, much better performance than running the same network services on an X 86 CPU. And second, this gives you the ability to free up. I would say around 2025% of the server capacity to be devoted either to additional war close to run your cloud applications. Or perhaps you can actually shrink the power footprint and compute footprint of your data centre by 20% if you want to run. The same number of computer work was so great efficiencies in the overall approach. >>And this is completely independent of the server CPU, right? >>Absolutely. There is zero quote from pluribus running on the X 86 this is what why we think this enables a very clean demarcation between computer and network. >>So, Pete, I gotta get I gotta get you in here. We heard that the GPUS enable cleaner separation of devops and net ops. Can you explain why that's important? Because everybody's talking. Def SEC ops, right now you've got Net ops. Net net SEC ops, this separation. Why is this clean separation important? >>Yeah, I think it's, uh, you know, it's a pragmatic solution, in my opinion, Um, you know, we wish the world was all kind of rainbows and unicorns, but it's a little a little messier than that. And I think a lot of the devops stuff in that, uh, mentality and philosophy. There's a natural fit there, right? You have applications running on servers. So you're talking about developers with those applications integrating with the operators of those servers? Well, the network has always been this other thing, and the network operators have always had a very different approach to things than compute operators. And, you know, I think that we we in the networking industry have gotten closer together. But there's still a gap. There's still some distance, and I think in that distance isn't going to be closed and So again it comes down to pragmatism. And I think, you know, one of my favourite phrases is look, good fences make good neighbours. And that's what this is. Yeah, >>it's a great point because devops has become kind of the calling card for cloud. Right? But devops is a simply infrastructure as code infrastructure is networking, right? So if infrastructure as code, you know, you're talking about, you know, that part of the stack under the covers under the hood, if you will. This is super important distinction. And this is where the innovation is. Can you elaborate on how you see that? Because this is really where the action is right now. >>Yeah, exactly. And I think that's where one from from the policy, the security, the zero trust aspect of this right. If you get it wrong on that network side, all of a sudden, you you can totally open up that those capabilities and so security is part of that. But the other part is thinking about this at scale, right. So we're taking one top of rack switch and adding, you know, up to 48 servers per rack, and so that ability to automate orchestrate and manage its scale becomes absolutely critical. >>Alexandra, this is really the why we're talking about here. And this is scale and again getting it right. If you don't get it right, you're gonna be really kind of up. You know what you know. So this is a huge deal. Networking matters. Security matters. Automation matters. DEVOPS. Net ops all coming together. Clean separation. Help us understand how this joint solution within video gets into the pluribus unified cloud networking vision. Because this is what people are talking about and working on right now. >>Yeah, absolutely. So I think here with this solution, we're talking to major problems in cloud networking. One is the operation of cloud networking, and the second is distributing security services in the cloud infrastructure. First, let me talk about first. What are we really unifying? If you really find something, something must be at least fragmented or disjointed. And what is this? Joint is actually the network in the cloud. If you look holistically how networking is deployed in the cloud, you have your physical fabric infrastructure, right? Your switches and routers. You build your I P clause fabric leaf and spine to apologies. this is actually well understood the problem. I would say, um, there are multiple vendors with a similar technologies. Very well, standardised. Very well understood. Um, and almost a commodity, I would say building an I P fabric these days. But this is not the place where you deploy most of your services in the cloud, particularly from a security standpoint. Those services are actually now moved into the compute layer where you actually were called. Builders have to instrument a separate network virtualisation layer, where they deploy segmentation and security closer to the workloads. And this is where the complication arise. This high value part of the cloud network is where you have a plethora of options, that they don't talk to each other, and they are very dependent on the kind of hyper visor or compute solution you choose. Um, for example, the networking API between an SX I environment or and hyper V or a Zen are completely disjointed. You have multiple orchestration layers and when and then when you throw in Also kubernetes in this In this in this type of architecture, uh, you're introducing yet another level of networking, and when you burn it, it runs on top of the M s, which is a prevalent approach. You actually just stuck in multiple networks on the compute layer that they eventually run on the physical fabric infrastructure. Those are all ships in the night effectively, right? They operate as completely disjointed. And we're trying to attack this problem first with the notion of a unified fabric, which is independent from any work clothes. Uh, whether it's this fabric spans on a switch which can become connected to a bare metal workload or can spend all the way inside the deep You where you have your multi hypervisors computer environment. It's one a P I one common network control plane and one common set of segmentation services for the network. That's probably number one. >>You know, it's interesting you I hear you talking. I hear one network different operating models reminds me the old server list days. You know there's still servers, but they called server list. Is there going to be a term network list? Because at the end of the, it should be one network, not multiple operating models. This this is like a problem that you guys are working on. Is that right? I mean, I'm not I'm just joking. Server, Listen, network list. But the idea is it should be one thing. >>Yeah, it's effectively. What we're trying to do is we're trying to recompose this fragmentation in terms of network operations across physical networking and server networking. Server networking is where the majority of the problems are because of the as much as you have standardised the ways of building, uh, physical networks and cloud fabrics with high people articles on the Internet. And you don't have that kind of, uh, sort of, uh, operational efficiency at the server layer. And this is what we're trying to attack first with this technology. The second aspect we're trying to attack is how we distribute the security services throughout the infrastructure more efficiently. Whether it's micro segmentation is a state, full firewall services or even encryption, those are all capabilities enabled by the blue field deep you technology and, uh, we can actually integrate those capabilities directly into the network fabric. Limiting dramatically, at least for is to have traffic, the sprawl of security appliances with a virtual or physical that is typically the way people today segment and secured the traffic in the >>cloud. All kidding aside about network. Listen, Civil is kind of fun. Fun play on words There the network is one thing is basically distributed computing, right? So I love to get your thoughts about this Distributed security with zero trust as the driver for this architecture you guys are doing. Can you share in more detail the depth of why DPU based approach is better than alternatives? >>Yeah, I think. What's what's beautiful and kind of what the deep you brings that's new to this model is completely isolated. Compute environment inside. So you know, it's the yo dog. I heard you like a server, So I put a server inside your server. Uh, and so we provide, you know, arm CPUs, memory and network accelerators inside, and that is completely isolated from the host. So the server, the the actual X 86 host just thinks it has a regular nick in there. But you actually have this full control plane thing. It's just like taking your top of rack, switch and shovel. Get inside of your compute node. And so you have not only the separation, um, within the data plane, but you have this complete control plane separation. So you have this element that the network team can now control and manage. But we're taking all of the functions we used to do at the top of rack Switch, and we distribute them now. And, you know, as time has gone on, we've we've struggled to put more and more and more into that network edge. And the reality is the network edge is the compute layer, not the top of rack switch layer. And so that provides this phenomenal enforcement point for security and policy. And I think outside of today's solutions around virtual firewalls, um, the other option is centralised appliances. And even if you can get one that can scale large enough, the question is, can you afford it? And so what we end up doing is we kind of hope that if aliens good enough or we hope that if you excellent tunnel is good enough, and we can actually apply more advanced techniques there because we can't physically, financially afford that appliance to see all of the traffic, and now that we have a distributed model with this accelerator, we could do it. >>So what's the what's in it for the customer real quick. I think this is an interesting point. You mentioned policy. Everyone in networking those policies just a great thing. And it has. You hear it being talked about up the stack as well. When you start getting to orchestrate microservices and what not all that good stuff going on their containers and whatnot and modern applications. What's the benefit to the customers with this approach? Because what I heard was more scale, more edge deployment, flexibility relative to security policies and application. Enablement. I mean, is that what what's the customer get out of this architecture? What's the enablement? >>It comes down to taking again the capabilities that were that top of rack switch and distracting them down. So that makes simplicity smaller. Blast Radius is for failure, smaller failure domains, maintenance on the networks and the systems become easier. Your ability to integrate across workloads becomes infinitely easier. Um, and again, you know, we always want to kind of separate each one of those layers. So, just as in, say, a Vieques land network, my leaf and spine don't have to be tightly coupled together. I can now do this at a different layer and so you can run a deep You with any networking in the core there. And so you get this extreme flexibility, you can start small. You can scale large. Um, you know, to me that the possibilities are endless. >>It's a great security control Playing really flexibility is key, and and also being situationally aware of any kind of threats or new vectors or whatever is happening in the network. Alexandra, this is huge Upside, right? You've already identified some, uh, successes with some customers on your early field trials. What are they doing? And why are they attracted? The solution? >>Yeah, I think the response from customer has been the most encouraging and exciting for for us to, uh, to sort of continuing work and develop this product. And we have actually learned a lot in the process. Um, we talked to three or two or three cloud providers. We talked to s P um, sort of telco type of networks, uh, as well as enter large enterprise customers. Um, in one particular case, um uh, one, I think. Let me let me call out a couple of examples here just to give you a flavour. There is a service provider, a cloud provider in Asia who is actually managing a cloud where they are offering services based on multiple hypervisors their native services based on Zen. But they also, um, ramp into the cloud workloads based on SX I and N K P M. Depending on what the customer picks from the piece from the menu. And they have the problem of now orchestrating through the orchestrate or integrating with Zen Centre with this fear with open stock to coordinate this multiple environments and in the process to provide security, they actually deploy virtual appliances everywhere, which has a lot of cost complication, and it's up into the service of you the promise that they saw in this technology they call it. Actually, game changing is actually to remove all this complexity, even a single network, and distribute the micro segmentation service directly into the fabric. And overall, they're hoping to get out of it. Tremendous OPEC's benefit and overall operational simplification for the cloud infrastructure. That's one important use case, um, another large enterprise customer, a global enterprise customer is running both Essex I and I purvey in their environment, and they don't have a solution to do micro segmentation consistently across Hypervisors. So again, micro segmentation is a huge driver. Security looks like it's a recurring theme talking to most of these customers and in the telco space. Um, uh, we're working with a few telco customers on the CFT programme, uh, where the main goal is actually to Arman Eyes Network operation. They typically handle all the V NFC with their own homegrown DPD K stock. This is overly complex. It is, frankly, also slow and inefficient. And then they have a physical network to manage the idea of having again one network to coordinate the provisioning of cloud services between the take of the NFC. Uh, the rest of the infrastructure is extremely powerful on top of the offloading capability. After by the blue fill the pews. Those are just some examples. >>There's a great use case, a lot more potential. I see that with the unified cloud networking. Great stuff shout out to you guys that NVIDIA, you've been following your success for a long time and continuing to innovate his cloud scales and pluribus here with unified networking. Kind of bringing the next level great stuff. Great to have you guys on and again, software keeps, uh, driving the innovation again. Networking is just part of it, and it's the key solution. So I got to ask both of you to wrap this up. How can cloud operators who are interested in in this new architecture and solution learn more? Because this is an architectural ship. People are working on this problem. They're trying to think about multiple clouds are trying to think about unification around the network and giving more security more flexibility to their teams. How can people learn more? >>And so, uh, Alexandra and I have a talk at the upcoming NVIDIA GTC conference, so it's the week of March 21st through 24th. Um, you can go and register for free and video dot com slash gtc. Um, you can also watch recorded sessions if you end up watching this on YouTube a little bit after the fact, Um, and we're going to dive a little bit more into the specifics and the details and what we're providing a solution >>as Alexandra. How can people learn more? >>Yeah, so that people can go to the pluribus website www pluribus networks dot com slash e. F t and they can fill up the form and, uh, they will contact Pluribus to either no more or to know more and actually to sign up for the actual early field trial programme. Which starts at the end of it. >>Okay, well, we'll leave it there. Thank you both for joining. Appreciate it up. Next, you're going to hear an independent analyst perspective and review some of the research from the Enterprise Strategy Group E s G. I'm John Ferry with the Cube. Thanks for watching. Mhm. Mhm.

(upbeat music) >> Hello, and welcome to this "CUBE" conversation. I'm John Furrier, host of "theCUBE", Here in Palo Alto, California, beginning in 2022, kicking off the new year with a great conversation. We're with folks from down under, two co-founders of Instaclustr. Peter Lilley, CEO, Ben Bromhead, the CTO, Intaclustr success. 'Cause he's been on "theCUBE" before, 2018 at Amazon re:Invent. Gentlemen, thanks for coming on "theCUBE". Thanks for piping in from Down Under into Palo Alto. >> Thanks, John, it's really good to be here, I'm looking forward to the conversation. >> So, I love the name, Instaclustr. It conjures up cloud, cloud scale, modern application, server list. It just gives me a feel of things coming together. Spin me up a cluster of these kinds of feelings. The cloud is here, open sources is growing, that's what you guys are in the middle of. Take a minute to explain what you guys do real quick and this open source cloud intersection that's just going supernova right now. >> Yeah, yeah, yeah. So, Instaclustr is on a mission to really enable the world's ambitions to use open source technology. And we do that specifically at the data layer. And we primarily do that through what we call our platform offering. And think of it as the way to make it super easy, super scalable, super reliable way to adopt open source technologies at the data layer, to build cutting edge applications in the cloud. Today used by customers all over the world. We started the business in Australia but we've very quickly become a global business. But we are the business that sits behind some of the most successful brands that are building massively scalable cloud based applications. And you did right. We sit at a real intersection of kind of four things. One is open source adoption which is an incredibly powerful journey and wave that's driving the future direction of IT. You've got managed services or managed operations and moving those onto a platform like Instaclustr. You've got the adoption of cloud and cloud as a wave, like open source is a wave. And then you've got the growth of data, everything is data-driven these days. And data is just excellent for businesses and our customers. And in a lot of cases when we work with our customers on Instaclustr today, the application and the data, the data is the business. >> Ben, I want to get your thoughts as a CTO because open source, and technology, and cloud, has been a real game changer. If you go back prior to cloud, open source is very awesome, still great, freedom, we've got code, it's just the scale of open source. And then cloud came along, changed the game, so, open source. And then new business models became, so commercial open source software is now an industry. It's not just open source, "Hey, free software." And then maybe a red hat's out there, or someone like a red hat, have some premium support. There's been innovation on the business model side. So, matching technology innovation with the business model has been a big change in the past, many, many years. And this past year in particular that's been key. And open source, open core, these are the things that people are talking about. License changes, this is a big discussion. Because you could be on the wrong side of history if you make the wrong decision here. >> Yeah, yeah, definitely. I think it's also worth, I guess, taking a step back and understanding a little bit about why have people gravitated towards open source and the cloud? Beyond kind of the hippie freedoms of, I can see the code and I have ownership, and everything's free and great. And I think the reason why it's really taken off in a commercial setting, in an enterprise setting is velocity. How much easier is it to go reach and grab a open-source tool? That you can download, you can grab, you can compile yourself, you can make it work the way you want it to do to solve a problem here and now. Versus the old school way of doing it which is with I have to go download a trial version. Oh no, some of the features are locked. I've got to go talk to a procurement or a salesperson to kind of go and solve the problem that I have. And then I've got to get that approved by my own purchasing department. And do we have budget? And all of a sudden it's way, way, way harder to solve the problem in front of you as an engineer. Whereas with open source I just go grab it and I move on. I've achieved something for the day. >> Basically all that friction that comes, you got a problem to solve, oh, open-source, I'm going to just get a hammer and hammer that nail. Wait, whoa, whoa. I got to stand in line, I got to jump over hoops, I got to do all these things. This is the hassle and friction. >> Exactly, and this is why it's often called one of the most impressive things about that. And I think on the cloud side it's the same thing, but for hardware, and capability, and compute, and memory. Previously, if you wanted to compute, oh, you're going to lodge a ticket. You've got to ask someone to rack a server in a data center. You've got to deal with three different departments. Oh my goodness. How painful is that just to get a server up to go run and do something? That's just pulling your hair out. Whereas with the cloud, that's an API call or clicking a few buttons on a console and off you go. You'd have to combine those two things. And I would say that software engineers are probably the most productive they've ever been in the last 20 years. I know sometimes it doesn't look like that but their ability to solve problems in front of them, especially using external stuff is way way, way better. >> Peter: I think when you put those two things together you get an- >> The fact of the matter is they are productive. They're putting security into the code right in the CICD pipeline. So, this is highly agile right now. So, coders are highly productive and efficient in changing the way people are rolling out applications. So, the game is over, open source has won, open core is winning. And this is where the people are confused. This is why I got you guys here? What's the difference between open source and open core? What's the big deal? Why is it so important? >> Yeah, no, great question. So, really the difference between open source and open core, it comes down to, really it's a business model. So, open core contains open-source software, that's a hundred percent true. So, usually what will happen is a company will take a project that is open source, that has an existing community around it, or they've built it, or they've contributed it, or however that genesis has happened. And then what they'll do is they'll look at all the edges around that open-source project. And I think what are some enterprise features that don't exist in the open-source project that we can build ourselves? And then sprinkle those around the edges and sell that as a proprietary offering. So, what you get is you get the core functionality is powered by an open-source project. And quite often the code is identical. But there's all these kinds of little features around the outside that might make it a little bit easier to use in an enterprise environment. Or might make it a bit easier to do some operations side of things. And they'll charge you a license for that. So, you end up in a situation where you might have adopted the open source project, but then now if you want a feature X, Y, or Z, you then need to go and fork over some money and go into that whole licensing kind of contract. So, that's the core difference between open core and open-source, right? Open core, it's got all these little proprietary bits kind of sprinkled around the outside. >> So, how would you describe your platform for your customers? Obviously, you guys are succeeding, your growth is great, we're going to get that second. But as you guys have been steadily expanding the platform of open source data technologies, what is the main solution that you guys are offering customers? Managing open source technologies? What's the main value that you guys bring to the customer? >> Yeah, definitely. So, really the main value that we bring to the customer is we allow them to, I guess, successfully adopt open source databases or database technologies without having to go down that open core path. Open core can be quite attractive, but what it does is you end up with all these many Oracles drivers. Still having to pay the toll in terms of license fees. What we do, however, is we take those open-source projects and we deliver that as a database, as a service on our managed platform. So, we take care of all the operations, the pain, the care, the feeding, patch management, backups. Everything that you need to do, whether you're running it yourself or getting someone else to run it, we'll take care of that for you. But we do it with the pure upstream open source version. So, that means you get full flexibility, full portability. And more importantly you're not paying those expensive license fees. Plus it's easy and it just works. You get that full cloud native experience and you get your database right now when you need it. >> And basically you guys solve the problem of one, I got this legacy or existing licensed technology I've got to pay for. And it may not be enabling modern applications, and they don't have a team to go do all the work (laughing). Or some companies have like a whole army of people just embedded in open-source, that's very rare. So, it sounds like you guys do both. Did I get that right, is that right? >> Yeah, definitely. So, we definitely enable it if you don't have that capability yourself. We are the outsourced option to that. It's obviously a lot more than that but it's one of those pressures that companies nowadays face. And if we take it back to that concept of developer velocity, you really want them working on your core business problems. You don't want them having to fight database infrastructure. So, you've also got the opportunity cost of having your existing engineers working on running this stuff themselves. Or running a proprietary or an open call solution themselves, when really you should be outsourcing preferably to Instaclustr. But hey, let's be honest, you should be outsourcing it to anyone so that your engineers can be focusing on your core business problems. And really letting them work on the things that make you money. >> That's very smart. You guys have a great business model. Because one of the things we've been reporting on "theCUBE" on SiliconANGLE as well, is that the database market is becoming so diverse for the right reasons. Databases are everywhere now and code is becoming horizontally scalable for the cloud but vertically specialized with machine learning. So, you're seeing applications and new databases, no one database rules the world anymore. It's not about Oracle anymore, or anything else. So, open source fits nicely into this kind of platform view. How do you guys decide which technologies go in to the platform that you support? >> Yeah, great question. So, we certainly live in a world of, I call it polyglot persistence. But a simple way of referring to that is the right tool for the right job. And so, we really live in this world where engineers will reach for a database that solves a specific problem and solves it well. As you mentioned, companies, they're no longer Oracle shops, or they're no longer MySQL shops. You'll quite often see services or applications of teams using two or three different databases to solve different challenges. And so, what we do at Instaclustr is we really look at what are the technologies that our existing customers are using, and using side-by-side with, say, some of the existing Instaclustr offerings. We take great lead from that. We also look at what are the different projects out there that are solving use cases that we don't address at the moment. So, it's very use case driven. Whether it's, "Hey, we need something that's better at," say, "Time series." Or we need something that's a little bit better at translatable workloads. Or something a bit of a better fit for a case, right? And we work with those. And I think importantly, we also have this view that in a world of polyglot persistence, you've also got data integration challenges. So, how do you keep data safe between these two different database types? So, we're also looking at how do we integrate those better and support our users on that particular journey. So, it really comes down to one, listening to your customers, seeing what's out there and what's the right use case for a given technology and then we look to adopt that. >> That's great, Ben, machine learning is completely on fire right now. People love it, they want more of it. AI everything, everyone's putting AI on every label. If it does any automation, it's magic, it's AI. So, really, we know what that's happening, it's just really database work and machine learning under the covers. Pete, the business model here has completely changed too, because now with open source as a platform you have more scale, you have differentiation opportunities. I'm sure business is doing great. Give us an update on the business side of Instaclustr. What's clicking for you guys, what's working? What's the success trajectory look like? >> Yeah, it's been an amazing journey for us. When you think about it we were founded it in 2013, so, we're eight years into our journey. When we started the business we were focused entirely on Cassandra. But as Ben talked about, we've gone in diversified those technologies onto the platform, that common experience that we offer customers. So, you can adopt any one to a number of open source technologies in a highly integrated way and really, really grow off the back of that. It's driving some phenomenal growth in our business and we've really enjoyed growth rates that have been 70, 80, 100 year on year since we've started the business. And that's led to an enormous scale and opportunities for us to invest further in the platform, invest further in additional technologies in a really highly opinionated way. I think Ben talked about that integrations, then that becomes incredibly complex as you have many, many kinds of offerings on the platform. So, Instaclustr is much more targeted in terms of how we want to take our business forward and the growth opportunity before us. We think about being deeply expert and deeply capable in a smaller subset of technologies. But those which actually integrate and inter operate for customers so they can build solutions for their applications. But do that on Instaclustr using its platform with a common experience. And, so we've grown to 270 people now around the world. We started in Australia, we've got a strong presence in the US. We recently acquired a business called credativ in Europe, which was a PostgreSQL specialist organization. And that was because, as Ben said before, talking about those technologies we bring onto our platform. PostgreSQL, huge market, disrupting Oracle, exactly the right place that we want to be as Instaclustr with pure open source offerings. We brought them into the Instaclustr family in March this year and we did that to accelerate it on our platform. And so, we think about that. We think about future technologies on their platform, what we can do, and introduced to even provide an even greater and richer experience. Cadence is new to our platform. Super exciting for us because not only is it something that provides workflow as code, as an open source experience, but as a glue technology to build a complex business technology for applications. It actually drives workloads across Cassandra, PostgreSQL and Kafka, which are kind of core technologies on our platform. Super exciting for us, a big market. Interesting kind of group of adopters. You've got Uber kind of leading the charge there with that and us partnering with them now. We see that as a massive growth opportunity for our business. And as we introduce analytics capabilities, exploration, visibility features into the platform all built on open source. So, you can build a complete top to bottom data services layer using open source technology for your platform. We think that's an incredibly exciting part of the business and a great opportunity for us. >> Opportunities to raise money, more acquisitions on the horizon? >> Well, I think acquisitions where it makes sense. I talked about credativ, where we looked at credativ, we knew that PostgreSQL was new to our market, and we were coming into that market reasonably late. So, the way we thought about that from a strategy perspective was we wanted to accelerate the richness of the capability on our platform that we introduced and became GA late last year. So, we think about when we're selecting that kind of technology, that's the perfect opportunity to consider an acquisition for us. So, as we look at what we're going to introduce in the platform over the next sort of two, three, four years, that sort of decision that will, or that sort of thinking, or frames our thinking on what we would do from an acquisition perspective. I think the other way we think about acquisitions is new markets. So, thinking about globally entering, say into the Japanese market. does that make sense because of any language requirements to be able to support customers? 'Cause one of the things that's really, really important to us is the platform is fantastic for scaling, growing, deploying, running, operating this very powerful open source technology. But so too is the importance of having deep operational open source expertise backing and being there to call on if a customer's having an application issue. And that kind of drives the need for us to have in country kind of market support. And so, when we think about those sort of opportunities, I think we think about acquisition there, isn't it like another string to the bow in terms of getting presence in a particular or an emerging market that we're interested in. >> Awesome, Ben, final question to you is, on the technology front what do you see this year emerging? A lot of changes in 2021. We've got another year of pandemic situation going on. Hopefully it goes by fast. Hopefully it won't be three years, but again, who knows? But you're seeing the cloud open source actually taking as a tailwind from the pandemic. New opportunities, companies are refreshing, they have to, they're forced. There's going to be a lot more changes. What do you see from a tech perspective in open-source, open core, and in general for large companies as opensource continues to power the innovation? >> So, definitely the pandemic has a tailwind, particularly for those companies adopting the cloud. I think it's forced a lot of their hands as well. Their five-year plans have certainly become two or three year plans around moving to the cloud. And certainly, that contest for talent means that you really want to be keeping your engineers focused on core things. So, definitely I think we're going to see a continuation of that. We're going to say the continuation of open source dominating when it comes to a database and the database market, the same with cloud. I think we're going to see the gradual march towards different adoption models within the cloud. So, server lists, right? I think we're going to see that kind of slowly mature. I think it's still a little bit early in the hype cycle there, but we're going to start to see that mature. On the ML, AI side of things as well, people have been talking about it for the last three or four years. And I'm sure to people in the industry, they're like, "Oh, we're over that." But I think on the broader industry we're still quite early in that particular cycle as people figure out, how do they use the data that they've got? How do they use that? How do they train models on that? How do they serve inference on that? And how do they unlock other things with lower down on their data stack as well when it comes to ML and AI, right? We're seeing great research papers come out from AI powered indexes, right? So, the AI is actually speeding up queries, let alone actually solving business problems. So, I think we're going to say more and more of that kind of come out. I think we're going to see more and more process capabilities and organizational responses to this explosion of data. I'm super excited to say people talking about concepts and organizational concepts like data mesh. I think that's going to be fundamental as we move forward and have to manage the complexities of dealing with this. So, it's an old industry, data, when you think about it. As soon as you had computers you had data, and it's an old industry from that perspective. But I feel like we're only just getting started and it's just heating up. So, we're super excited to see what 2022 holds for us. >> Every company will be an source AI company. It has to be no matter what. (Ben laughing) Well, thanks for sharing the data Pete and Ben, the co-founders of Instaclustr. We'll get our "CUBE" AI working on this data we got today from you guys. Thanks for sharing, great stuff. Thanks for sharing the open core perspective. We really appreciate it and congratulations on your success. Companies do need more Instaclustrs out there, and you guys are doing a great job. Thanks for coming on, I appreciate it. >> Thanks John, cheers mate. >> Thanks John. >> It's "theCUBE" Conversation here at Palo Alto. I'm John Furrier, thanks for watching. (bright music)

>>Oh, well, the back to the cubes coverage of ADA bus reinvent, 2021 executive seminar, I'm John ferry hosts of the cube. We've got a great segment here on the modernization. We were ringing in the success with Amazon web services, Vodafone digital in the UK, an example of modern engineering examples using Amazon, the cloud, looking at where we're cloud native is actually changing the game two great guests, Ben Collie, head, head of digital engineering, Vodafone UK, and Maynard Williams, managing director of center. Gentlemen, thank you for coming on the cube and sharing the story. >>Thanks, John. Appreciate it. So >>I gotta, I gotta ask you guys one of the main themes that we've been covering all year and even even pre pandemic, we, we saw the cloud native wave coming pretty hard containers. Great for modernization sets the table. You seeing things like Kubernetes and now serverless changing the game on all aspects of how modernization is happening. And everyone's talking about application modernization shift left all great for business, but you have to, you have to kind of take care of things under the, under the covers a little bit, the infrastructure, making sure the engineering teams are all set. So this has been a top topic. This is kind of what you guys are doing. Can you guys explain to me the needs that Vodafone has, um, that brought about this transformation? >>Yeah, sure. Um, so we we've been on this transformation for around four years, but you're absolutely right. The, uh, the pandemic has been a real catalyst for, for all kinds of organizations like ours around the world. Uh, so we were really driving a digital first agenda for quite a long time. Uh, and that, that came as, as you just said, John, it, it really did start with the, uh, the cloud hosted, uh, and then, uh, and then moving and realizing the difference between that and become native to the, to the cloud and really leveraging the services, uh, like AWS, um, in order to really drive pace, uh, and, and the outcomes that we needed for the business. Uh, we've seen a huge change over the last, uh, purely over the last 18 months, really. Um, our daily traffic, uh, these days is as it was on our highest ever, uh, uh, like an iPhone launch day, for example, um, before the pandemic, is I a daily traffic these days. And so that scalability and flexibility and that leveraging those services has been absolutely fundamental to supporting the, the changing needs and expectations of our customers. >>You know, back in the old days, uh, Maynard, you know, it's oh yeah, black Friday surge, you need the cloud to scale up and be flexible. Agile elastic, you know, scale is definitely now table stakes. And if you're not dealing with scale and some sort of either SRE fashion or whatever, you, you really ain't going to be behind the curve, but the next level that's being discussed is how do you leverage the scale for not just customer experience and business value, but we're talking about system architecture, kind of thinking there's kind of, this is our system design is now a big part of it. Can you talk about how this kind of threads together? Because we always talk about consumer experience, customer experience CX, but now there's a new system was mindset out there. Can you kind of share your vision on that >>Thing that stands out for me is if I look at digital, we've designed it to a point where the scale is just as you say, it's the table stakes, and only for launch with something that two years ago needed to be planned and thought about. And it's now absolutely routine. We think about the business side of it, but a big increase in scale really is seamless. But if I look at the full stack, we're still connected into some of the older backend systems, um, where any production, uh, they were on prime actually tasks. This is on AWS now, which is a big step forward, but when you've got to manage scaling in a way that translates from backend systems that are on premises on prime, and therefore we can't lastingly scale through to the front tab where we have to be able to scale up very seamlessly and balancing that across with, uh, an architecture that supports that level of scale and makes it so seamless on something like, as you say, iPhone launches or back Friday, any product coming out is actually key to the way we've architected that. >>So you're saying that essentially AWS combined with Vodafone worked on this solution that was more of a cloud native solutions that the innovation here, can you just summarize and unpack a little bit of what is the innovation, what problems did you solve together with essentially those and Vodafone? What was the core challenge? Yes. >>I think that the core is actually, how do you get to the point where, um, at the scaling is seamless, where you can move from being on the cloud to cloud native has been, just touched on what the same time you're actually connected into an enterprise state where the production systems are all on prem and don't have that ability to scale in the same fraction. So you can't, for example, push you to load into, uh, an on-prem backend system and, and simply expected to scale in the same fashion. So between our three organizations architecting something that is robust scales, we usable and takes away a load of pieces that actually were quite complex two years ago. And turns them into just routine has been a big step forward. >>And I want to get your reaction to this because, you know, you're, you're the you're on the, on the front line saying, Hey, be more agile at Basel saying, be agile, do different left, take that hill. Um, it's, it's easier said than done. Talk about what goes on when you have to implement and the stakes involved. Again, there's always the old way, new way. Can you just kind of give some color on what's going on? What's your perspective showing? >>And as I just said, that the real benefits and the story behind this was the ability to launch an iPhone. For example, as a event for Vodafone previously was weeks and months of preparation and design and testing and confidence building. And now it really is, it just happens. Uh, and we watched things scale and, and, and then down again, gracefully, um, and really do celebrate the, the another level up, if you like the leveling up of us as an organization, allowing our commercial colleagues to, to launch propositions or to launch campaigns without needing us to be involved anymore, because they're confident, we're all that things will, will flex like that. But you're absolutely right, that, that the changes and the demands of us as a, as a team, but also the, the expectations of our stakeholders, uh, have been changing for quite a long time now. Uh, and we're really excited now to be able to meet them by leveraging the services that we're discussing. >>Yeah. So the guys say said launched the iPhone, no big deal routine, hit the pub. Everyone's happy having a good day. >>Uh, >>Let's get into the solution, how it works. Talk about what's going on with the covers. How does this all work? Can you take us through, what's the state of the art of the, of the solution? Sure. >>Well, uh, as you mentioned earlier, we were very much inclined to serverless these days. So we rolled out fire gate, um, a few, uh, uh, started about 18 months ago. Um, and that really has, um, freed us up in, into all kinds of, um, uh, scalability, uh, measures, but also really about, about reusing and applying this across much more than just the, the engineering or the digital part of Vodafone, where we, where we began. So that's been a really big part of our agenda, uh, and that's, that's informed all kinds of things, the ability to scale and flex like that, and the architecture beneath us, um, and the containerization and orchestration that that goes along with that has really enabled us to, um, to flex that, uh, ability to, to reuse it across other areas. And because of that, now it's driven our hiring policy or tooling and, uh, technical, uh, our procedural approaches, uh, it all now leverages that ability to move a patient, to be able to scale, uh, not just in, um, uh, infrastructure or ability to serve customers, but in ability to deliver for the business commercially as well. Uh, and this is all now informed on our direction. I think, as an organization, >>It's interesting, you mentioned far you far gate than a trigger of events happens. People get excited, opens up new doors of opportunities as a chain reaction from that. Um, talk about the impact to the staff and the operations, because you almost, it's motivating at some level you get new things happening, but you're actually making things go better and faster, cheaper. >>Yeah. Uh, well, the, the impact is one, uh, because we're on a journey at Vodafone of this transformation, really becoming a technology business first and foremost, rather than a telco classically like our competitors, uh, we're able to really drive cultural change as well. So the impact on our people is a really, it's been particularly engaging. One with, we've also been part of, uh, a real recruitment drive. We've just announced 7,000 new, uh, roles, uh, joining our team across Europe and that these are engineering roles, um, driving more of the same, uh, behaviors and principles of a modern software engineering business like ours. Uh, and that really is fueled by our, our ability to experiment and try, but become cloud native and, and, uh, employ these services in the way that they're designed to be >>Maynard. I'd like to get your take on this and, and, and shift to a topic around how, what this all means. Um, if you zoom out and you say, okay, with the pandemic, it's become a mobile virtual hybrid. Now world around work play, all those lines are kind of blurring. It's not as clean as it used to be. Oh, the network segmented over here. This is over here. These legacy systems were built around the notion of things when nicely segmented. Um, now you have this whole kind of mashup, if you will, of how you just want to work, right. There's mobilization is a huge thing. So access identity, these are things that we're all kind of set up nicely before the pandemic, or at least, you know, not as, uh, stable, maybe not scalable, but what's your take on this? What's the big picture what's all happening. >>I think, I mean, the pandemic has accelerated a set of changes that were already happening anyway. And I'd say the other particles is under the covers. A lot of the work's been done has been to create the microservices that stitch together to produce those journeys, but, you know, running the containers. And so that, that opens up an omni-channel future that starts to move away from saying actually businesses are organized around the environment in which they're serving. Is it a retail store? Is it, is it online that additional and so on, and actually into much more of a space where you're building the best journeys and those journeys come and are served through digital or through a call center or through a store and so on. And that makes a huge difference because the focus on improving the customer's experience has been enormous. And I think that's one of the other parts that come out of the whole cloud native setup. >>And the ability to experiment has been iteratively and endlessly improving the experience for the customer. And that's, that's a, that's a massive step forward. So we can talk about the fact that we deploy a huge number of times more frequently than we did even a year ago, uh, or the, you know, our quality has improved by a massive percentage and so on. And I think the thing that's really interesting is the improvement in the experience and the endless improvement and iteration of that, because we can make lots and lots of small changes and do every day. That's a big one, >>You know, what's interesting Ben, and let's get your reaction on this. And if you don't mind to just add a little color to this, this is just another example of reports that we've been talking with folks on where it's not about just replatforming to the cloud. It's refactoring the business, uh, with, with the engineering, the modernization. And so there's two things that go on one, you see the efficiencies and new doors open up new things are happening. People are getting excited, good, some good Mo morale boosting things are becoming clear, but then there's actually new business, new business value being created or new propositions engineering propositions. Can you share from a digital standpoint, because this seems to be the new role of the digital person, whether it's engineering or on the business side, make things run faster, cheaper, and better, and then create new opportunities, new propositions, what's your >>Absolutely. Yeah. Yeah. It's fundamentally around pace of delivery. Uh, being able to, as, as may not says, uh, moving from a world, uh, two or three years ago where we were deploying once every two or three months, uh, this is a website once every two or three months where we were, uh, to now it's happening all the time every day. Uh, it's, it's, it's a skill that we've given us as an organization that we couldn't have leveraged before. And what we're able to do with that now is experiment our way and iterate our way to new value streams, as you say, but also trial and error. What we already know, uh, or expects to be true with our customers much, much more easily and much, much more frequently, very little a barrier to production or friction between us and the customer these days, and the almost instant response and feedback we get from customers. Um, we, we learn constantly about because of that. And it's, uh, it's become much less of a stab in the dark with large business cases where they work well, they worked and are much more experimental initiative. Uh, we, most of the propositions we know about, but also to the experiments, um, and unknowns in our future. Um, that also now unlocked, >>That's a great point. You mentioned about the whole timing of, you know, the old way, months, weeks, just for website stuff, uh, Maynard. And if you guys can share this new world order is actually pretty exciting, but also daunting if you're not like in the water, so to speak, right? So, you know, some people are actually, you know, putting their toe in the water, they're experimenting, but it's a game changer. I mean, a significant step up of value. What's your advice about solutions and they're not easy. I mean, you just got to get your hands around the sensor. You guys have been doing a lot more of these projects is seeing more and more of these, these kinds of partnerships, uh, and the value is there. Can you guys share your, your, uh, opinion and advice to folks out there watching saying, how do I do this and is it going to be worth it? Is that bridge to the future there? >>I mean, I think there's a mechanical piece. How do I enable this? And we can talk about dev ops and moving to cloud native, and actually some of the, some of the process side of as an organization, how do I get really comfortable with deploying very frequently and it being low risk and routine. And so the other part for me, which we sort of haven't touched on is as much as we talk about experimentation, it's about the data and the analytics and the knowledge that we create of that. So the, the, the small changes we're making are highly scientific. And when we think about actually understanding how we're optimizing experiences, that's all about the whole set of data points that I'm pinning up. And so I'll take two parts is know the, the journey we've been on here is, is about enablement. It's about moving the architecture. It's about moving the ways of working so that a lot of things that were hard or required thinking about two years ago on that quality team. But the other part of it is understanding the data and having the analytics capability and being able to make a very scientific experiment where you can see the result in the day-to-day >>Ben, what's your reaction advice to folks watching as they modernize exciting, challenging. It's a lot of hard work, but what's it look, it's the end game, >>All of those things, yes. I'd say it's, um, more than anything, it's a necessity these days we have to embark on this journey. It is, it is daunting. And, and of course, a lot of large organizations like ours, we were successful for doing things in a particular way, uh, have built up a lot of, uh, protection mechanisms for doing, for making sure we protect that. And so to come at it from a new angle is, is obviously daunting. And it's very challenging as well. There is an immune system in all of our organizations that is real, but I'll deal with it. Um, but the, the real, um, success behind, uh, the real, I think the reasons behind a lot of our success has been beat by being able to quickly prove value to quickly prove that outcomes are deliverable and achievable. Um, and then to build on those and iterate on it. And as, as I said, it's, it's about being able to move at pace for us in Vodafone. It's about leveraging our scale. We're a huge organization. Um, and we're, we're now coming together as one to really make sure that we do just lean on that scale more than we have them. Yeah, that's really about iterating, as I said, and, and, um, finding things that work, keep doing it, finding things that hold you back and get rid of them as quickly as you can, uh, is what I would say for us. >>It's interesting. You mentioned the scale. The thing about the cloud is when I hear the common pattern is it takes advantage of the strengths of your environment. You know, so every environment is a bit different, but you guys have the scale. I have to ask you while you're here. What are some of the anecdotal comments that kind of, you hear from folks that make you happy? When about the results? I think saying, Hey man, I'm not even seeing this anymore, or, wow. This is faster. What's some of the sound bites that you guys take as proof points of the success of this project. >>Yeah. It's, uh, I'd say it's mainly an R there's two things I would say, uh, the ability to rely less on it delivery if you like. So empowering our commercial business to make changes for themselves in a safe and secure manner. So providing these self-service capabilities, we've started to see a real pace about our commercial business, as well as our technology business. Uh, but also the, the time it takes to get things out is probably one of the biggest, uh, really tangible results and outcomes for us at the moment. Um, just the sheer amount of things we can release to production, uh, in, in sorts of short space, space of time really does bring to life, our ability to now trial and error, to AB test a Canary deploy. Things like that is really, um, it's been a real superpower for our, um, transformation, I think yes. >>Kind of kidding about can't make time to go to the pub, but in reality, it's free time freeing up people from doing those tasks that were slower shifting that value. >>Yeah. Whereas as you mentioned, Johnny, it really is much more than a technical journey. This is a cultural one as well for a lot of organizations and, um, by being more connected, by being more connected to the outcomes or the value that you add into production, uh, it really does drive a new culture and engagement across our teams. You know, if it's six months between writing a line of code and seeing it in production by up no sense of ownership or pride in what I've done there, but if I can deploy code immediately see an impact good or bad, um, then, uh, I really do feel connected to the outcomes and the value that I'm driving to, to the business and to our customers. So there really is a great cultural, >>Yeah. I remember Andy Jassy last year when he was a sea of AWS on stage and talked about that dynamic of the teamwork, people rowing in the right direction. Um, feeling part of it may know this is a cultural shift on how companies do business. I know center I've covered probably a dozen or so killer projects that have just been awesomely new and kind of different, but successful built on the cloud. So a lot of replatforming refactoring you're in the front lines, working with, uh, companies that essentially what's the pattern that you see that's that's happening right now. What's the, what's your view of the current market? >>Um, I mean, I think there's a huge shift to this, that this journey too has been part of the move from being on the cloud to being proud nature. I'm really getting that value because there's a, um, a kind of, almost a example. I see there's a light bulb moment where ownership of what you put in production means that you move away from a model of we change code because either the business tell us too, because they have a functional requirement or because something's broken. When we get into the model of that, I want to improve the thing that I feel ownership of. That's not leave. And you suddenly see how much difference that makes to the experience of it, the quality of it, the stability, all of those things improving. And so if, if I look more generally that cultural shift is it is an evolution that organizations go through and it starts with actually delivering it in a more agile way. At some large scale, you see agility moving up into kind of business agility and starting to affect things like budgeting cycles and the kind of corporate functions. If you like that tend to sit around, uh, you know, supporting Pete pieces of delivery. And there's a lot more of that happening at the moment, a load with more organizations pushing into being properly cloud native and transforming rather than the kind of first wave, which was the shift onto the cloud. Now it's actually, that's really leveraged what we've got with the, >>Yeah. And you guys essentially have been riding on the wave of AWS and the cloud for many, many years. We've been covering it. Ben great success story. Thanks for coming on the cube, a head of digital engineering, Vodafone UK, great example of modern engineering at work using AWS in Europe. Uh, thanks for coming on the Cuban, sharing your story. Maynor thank you for also coming on and the work you're doing at Accenture and AWS. Thank you. Thanks John. The cube coverage of AWS reinvent 2021 executive summit. I'm John furry, your host. Thanks for watching.

>>Hey, welcome back everyone to cube Cod's coverage and cloud native con the I'm John for your husband, David Nicholson cube analyst, cloud analyst. Co-host you got two great guests, KIPP alumni, Jerry Chen needs no introduction partner at Greylock ventures have been on the case many times, almost like an analyst chair. It's great to see you. I got guest analyst and Martin mal who's the CEO co-founder of Chronosphere just closed a whopping $200 million series C round businesses. Booming. Great to see you. Thanks for coming on. Thank you. Hey, first of all, congratulations on the business translations, who would have known that observability and distributed tracing would be a big deal. Jerry, you predicted that in 2013, >>I think we predicted jointly cloud was going to be a big deal with 2013, right? And I think the rise of cloud creates all these markets behind it, right. This, you know, I always say you got to ride a wave bigger than you. And, uh, and so this ride on cloud and scale is the macro wave and, you know, Marty and Robin cryosphere, they're just drafted behind that wave, bigger scale, high cardinality, more data, more apps. I mean, that's, that's where the fuck. >>Yeah. Martin, all kidding aside. You know, we joke about this because we've had conversations where the philosophy of you pick the trend is your friend that you know, is going to be happening. So you can kind of see the big waves coming, but you got to stay true to it. And one of the things that we talk about is what's the next Amazon impact gonna look like? And we were watching the rise of Amazon. You go, if this continues a new way to do things is going to be upon us. Okay, you've got dev ops now, cloud native, but observability became really a key part of that. It's like almost the, I call it the network management in the cloud. It's like in a new way, you guys have been very successful. There's a lot of solutions out there. What's different. >>Yeah. I'd say for Kearney sphere, there's really three big differences. The first thing is that we're a platform. So we're still an observability platform. And by that, I mean, we solved the problem end to end. If thinking about observability and monitoring, you want to know when something's wrong, you want to be able to see how bad it is. And then you want to able to figure out what the root cause is. Often. There are solutions that do a part of that, that that problem might solve a part of the problem really well for a platform that does the whole thing. And 10 that's that's really the first thing. Second thing is we're really built for not just the cloud, but cloud native environments. So a microservices architecture on container-based infrastructure. And that is something that, uh, we, we have saw coming maybe 20 17, 20 18, but luckily for us, we were already solving this problem at Uber. That's where myself, my co-founder were back in 20 14, 20 15. So we already had the sort of perfect technology to solve this problem ahead of where the, the trend was going in the industry and therefore a purpose-built solution for this type of environment, a lot more effective than a lot of the existing. >>It's interesting, Jerry, you know, the view investing companies that have their problem, that they have to solve themselves as the new thing, versus someone says, Hey, there's a market. Let's build a solution for something. I don't really know. Well, that's kind of what's going on here. Right? It's >>That's why we love founders. Like Martin Marna, rod that come out with these hyperscale comes Uber's like we say, they've seen the future. You know, like there were Uber, they looked at the existing solutions out there trying to scale Promethease or you know, data dogs and the vendors. And it didn't work. It fell over, was too expensive. And so Martin Rob saw solid future. Like, this is where the world's going. We're going to solve it. They built MP3. It became cryosphere. And um, so I don't take any credit for that. You know, I just look fine folks that can see the future. >>Yeah. But they were solving their problem. No one else had anything. There's no general purpose software that managed servers you could buy, you guys were cutting your teeth into solving the pain. You had Uber. When did you guys figure out like, oh, well this is pretty big. >>Uh, probably about 20 17, 20 18 with a rise in popularity of Kubernetes. That's when we knew, oh wait, the whole world is shifting to this. It's not, no one could really it to just goober and the big tech giants of the world. And that's when we really knew, okay. The whole, the whole whole world is shifting here. And again, it's, it's sheer blind luck that we already had the ideal solution for this particular environment. It wasn't planned it. Wasn't what we were planning for back then. But, um, yeah. Get everything. >>It makes a lot of difference. When you walk into a customer and say, we had this problem, I can empathize with you. Not just say we've got solved. Exactly. Jerry, how do they compete in the cloud? We always talk about how Amazon and Azure want to eat up anything that they see that might, you know, something on AWS. Um, this castle in the cloud opportunity here. Okay. >>In the cloud. I mean, you know, we talked last time about how to fight the big three, uh, Amazon Azure and, uh, and Google. And I think for sure they have basic offerings, right. You know, Google Stackdriver years ago, they've done basically for Pete's offerings, basic modern offerings. I think you have like basic, simple needs. It's a great way to get started, but customers don't want kind of a piecemeal solution all the time. They want a full product. Like Datadog shows a better user experience, but full product is going to, you know, the better mousetrap the world will beat a path to your door. So first you can build a better product versus these point solutions. Number two is at some scale and some level complexity, those guys can handle like the demanding users that current affairs handling right now, right? The door dash, the world. >>And finally don't want the Fox guarding the hen house. You know, you don't want to say like Amazon monitoring, you can't depend on Amazon service monitoring your Amazon apps or Google service monitor your Google apps, having something that is independent and multi-cloud, that can dual things, Marta said, you know, see a triage, fixed your issues is kind of what you want. And, um, that's where the market's skilling. So I do believe that cloud guys will have an offering the space, but in our castle and cloud research, we saw that, yeah, there's a plenty of startups being funded. There's plenty of opportunity. And that the scoreboard between Splunk Datadog and all these other companies, that there's a huge amount of market and value to be created in this piece. So, >>So with, at, at the time, when you, you know, uh, uh, necessity is the mother of invention, you're an Uber, you have a practical problem to solve and use you look around you and you see that you're not the only entity out there that has this problem. Where are we in that wave? So not everyone is at, cloud-scale not everyone has adopted completely Kubernetes and cloud native for everything. Are we just at the beginning of this wave? How far from the >>Beach are we, we think we're just at the beginning of this wave right now. Um, and if you think about most enterprises today, they're still using on, and they're not even in perhaps in the cloud at all right. Are you still using perhaps APM and solutions, uh, on premise? So, um, if you look at that wave, we're just at the beginning of it. But when, but when we talked to a lot of these companies and you ask them for their three year vision, Kubernetes is a huge piece of that because everyone wants to be multi-cloud everyone to be hybrid eventually. And that's going to be the enabler of that. So, uh, we're just in the beginning now, but it seems like an inevitable wave that is coming. >>So obviously people evaluated that exactly the way you're evaluating that. Right. Thus the funding, right. Because no one makes that kind of investment without thinking that there is a multiplier on that over time. So that's pretty, that's a pretty exciting place. >>Yeah. I think to your point, a lot of companies are running into that situation right now, and they're looking at existing solutions there for us. It was necessity because there wasn't anything out there now that there is a lot of companies are not using their sort of precious engineering resources to build their own there. They would prefer to buy a solution because this is something that we can offer to all the companies. And it's not necessarily a business differentiating technology for the businesses themselves >>Distributed tracing in that really platform. That's the news. Um, and you mentioned you've got this, a good bid. You do some good business. Is scale the big differentiator for you guys? Or is it the functionality? Because it sounds like with clients like door dash, and it looks a lot like Uber, they're doing a lot of stuff too, and I'm sure everyone needs the card. Other people doing the same kind of thing, that scale, massive amount of consumer data coming in on the edge. Yeah. Is that the differentiation or do you work for the old one, you know, main street enterprise, right. >>Um, that is a good part of the differentiation and for our product thus far before we had a distributor tracing for monitoring and metric data, that was the main differentiation is the sheer volume of data that gets produced so much higher, really excited about distributor tracing because that's actually not just a scale problem. It's, it's a space that everybody can see the potential distributor tracing yet. No one has really realized that potential. So our offering right now is fairly unique. It does things that no other vendors out there can do. And we're really excited about that because we think that that fundamentally solves the problem differently, not just at a larger scale, >>Because you're an expert, what is distributed tracing. >>Yeah. Uh, it's, it's, it's a great question. So really, if you look at this retracing, it captures the details of a particular request. So a particular customer interaction with your business and it captures how that request flows through your complex architecture, right? So you have every detail of that at every step of the way. And you can imagine this data is extremely rich and extremely useful to figure out what the underlying root causes of issues are. The problem with that is it's very bit boast. It's a lot of data gets produced. A ton of data gets produced, every interaction, every request. So one of the main issues are in this space is that people can't afford cost effectively to store all of this data. Right? So one of the main differentiators for our product is we made it cost efficient enough to store everything. And when you have all the data, you have far better analytics and you have >>Machine learning is better. Everything's better with data. That's right. Yeah. Great. What's the blind spot out. Different customers, as cybersecurity is always looking for corners and threats that some people say it's not what you want. It's what you don't see that kills you. That's, that's a tracing issue. That's a data problem. How do you see that evolving in your customer base clients, trying to get a handle of the visibility into the data? >>Yeah. Um, I think right now, again, it's, it's very early in this space of people are just getting started here and you're completely correct where, you know, you need that visibility. And again, this is why it's such a differentiator to have all the data. If you can imagine with only 10% of the data or 1% of data, how can you actually detect any of these particular issues? Right. So, uh, uh, data is key to solving that >>Feel great to have you guys on expert and congratulations on the funding, Jerry. Good to see you take a minute to give a plug for the company. What do you guys do? And actually close around the funding, told you a million dollars. Congratulations. What are you looking for for hiring? What are your milestones? What's on your plan plan. >>Yeah. Uh, so with the spanning, it's really to, to, uh, continue to grow the company, right? So we're sort of hiring, as I told you earlier, we are, uh, we grew our revenue this year by, by 10 X in the sense of the 10 months of this year, thus far. So our team hasn't really grown 10 X. So, so we, we need to keep up with that grid. So hiring across the board on engineering side, on the go to market side, and I just continue to >>Beat that. The headquarters, your virtual, if you don't mind, we've gone >>Completely distributed. Now we're mostly in the U S have a bunch of folks in Seattle and in New York, however, we going completely remote. So hiring anyone in the U S anywhere in Europe, uh, >>Oh, I got you here. What's your investment thesis. Now you got castles in the cloud, by the way, if you haven't seen the research from Greylock, Jerry and the team called castles in the cloud, you can Google it. What's your thesis now? What are you investing in? >>Yeah, it is. It is hard to always predict the next wave. I mean, my job is to find the right founders, but I'd say the three core areas are still the same one is this cloud disruption to Martin's point we're. So early days, the wave, I say, number two, uh, there's vertical apps, different SAS applications be finance, healthcare construction, all are changing. I think healthcare, especially the past couple of years through COVID, we've seen that's a market that needs to be digitized. And finally, FinTech, we talked about this before everything becomes a payments company, right? And that's why Stripe is such a huge juggernaut. You know, I don't think the world's all Stripe, but be it insurance payments, um, you know, stuff in crypto, whatever. I think fintechs still has a lot of, a lot of market to grow. >>It's making things easier. It's a good formula right now. If you can reduce complexity, it makes things easy in every market. You're going to seems to be the formula. >>And like the next great thing is making today's crappy thing better. Right? So the next, the next brace shows making this cube crappy thing. Yeah, >>We're getting better every day on our 11th season or year, I'm calling things seasons now, episodes and season for streaming, >>All the seasons drop a Netflix binge, watch them all the >>Cube plus and NFTs for our early videos. There'll be worth something because they're not that good, Jerry. How, of course you're great. Thank you. Thanks guys. Thanks for coming on it. Cubes coverage here in a physical event, 2021 cloud being the con CubeCon I'm John farrier and Dave Nicholson. Thanks for watching.