(relaxing guitar music) >> Announcer: Live from Los Angeles, it's theCUBE, covering Open Source Summit North America 2017. Brought to you by the Linux Foundation and Red Hat. >> Hey, welcome back everyone, live here in Los Angeles, this is CUBE's live coverage of Open Source Summit North America. I'm John Furrier, as part of the Linux Foundation I'm here with Stu Miniman, co-host now to Wikibon. [Unintelligible] Technical product marketing for Linux containers with Red Hat, welcome to theCUBE. >> Thanks for having me, pleasure to be here. >> Thanks for coming on, appreciate Red Hat has been, again, the gold standard when it comes to Open Source, this conference really is about Linux, so you can't go any further than to look at the shining example of success that is Red Hat. From when I was growing up, back in the day, when Open Source was radical, Tier 2, Tier 3 some would argue, alternative to the big boys who were the proprietary operating systems. Now, Tier 1, well documented, don't need to recycle all that, but the fact is, Rell is a Tier 1, supports multiple, seven, ten, how many years now has support Rell, is it over twelve? >> Yeah, we're 15 years of Red Hat Enterprise Linux at this point. >> Oh yeah, come on, John, remember when Red Hat Advance Server came out in, what was that, 2002, 2001, turned into Rell eventually. John, I was working for an infrastructure company and keepingupwiththecolonel.org was a total nightmare, and it needed some adult supervision, and that's what Red Hat brought. >> Yeah, of course, Stu, and this is well-known, every bang, this is Tier 1, is part of the operational infrastructure, so it's got to be stable, but now you've got all this growth going on, certainly we heard Zemlin talking about it on [Unintelligible] he's the Executive Director, saying, look it, we're going to have potentially by 2026 400 million libraries in Open Source. So certainly the Open Source realm is growing. >> Sure. >> Operating systems still has got to power all these applications and see what the best of both worlds, you want the stability foundational aspect of the operating system, while still encouraging experimentation, failure, growth, iteration, so Agile and DevOps Ethos is about Open Source, it is about trying it, same time you got to keep the lights on, they want downtime. What's your reaction, how do you guys look at that going forward? You want to enable more, but you don't want to break stuff. >> Yeah, I mean, that's really kind of one of the hearts of most of our customers' problems right, is if you put it in terms of spend, 75-80% of what people spend money on in IT right now, is keeping the lights on. That's really long-term not sustainable. Right, for anybody involved. So one of the things that we need to do, as an operating system, and as a... Broader than an just an operating system as a distribution, where customers come to us and not want just OS bits, but they also want tooling and application components. How do we draw that line between things that move a little bit faster and upstream, that are popular and people want and need access to, at the same time providing that really long-term, stable system user space that really shouldn't change over a long period of time, because that's what provides that sort of application stability that we can ride out over a long period of time. >> Matt, in the Keynote this morning, Jim put out a lot of stats, talking about 10,000 lines of code outed daily. 2,500 lines of code removed daily. 450 organizations contributing, so much going on in the space. What are they working on? What are some of the big issues, because it's stability, we've added growth, sure there's cool things like Coobernetties and containers, I remember that the hot t-shirt at the Red Hat Summit this year was Linux's containers, containers are Linux. So, we know a little bit about that story, so what sort of things is the community working on these days? >> Sure, so like you said, a lot of shiny objects, right? Even those objects, to be honest, they're not that shiny, you look at some of the original support for what's now Linux Containers, we're talking 2006, if you really want to draw the line, 2002, but there's a lot of things going on in new hardware enablement, it's not just new applications that are taking advantage of these different kinds of technologies, we've got new vendors coming out, ARM is about set to take off and add some new challenges and choices to the Enterprise customers. We've got a lot of folks who are working in networking, the networking is stacked within Rell has changed dramatically over the past ten years, and with Open Stack and things that are driving through DPDK, and into virtual functions and things along those lines, there's a lot of core stability and core change and things that we think of as stable over time. >> Matt, isn't some of those new work loads we spent a lot of time this last year hearing about edge computing, IoT, being something that's pretty important going forward, Linux looks like it's going to be a lot of these places, mobile, it's already all there. We talked this morning, 2017's the year of the Linux Desktop, just because there's so many devices now that are Linux, so how does the workload impact that? >> Yeah, so everything these days is really starting to get to the point where almost everything is a distributed workload. We've definitely left the single systems, single workload paradigm, and even the traditional up through the past few years, n-tier, we have app, web, and database, that's really starting to get pushed out across multiple devices. Not only is it getting compute closer to the edge with some of the IT devices, but simply looking at how we do reliability, stability, you mentioned DevOps, that whole ability to move that reliability layer away from relying on expensive components and hardware, or expensive components and software, they really distribute that layer of knowledge that the application and use more replaceable, more commodity sorts of productions. >> Matt, [Unintelligible] operations is, one of my degree in my undergraduate in computer science, and back in the 80s everything was just build your own operating systems, again, this is where systems come back. But even with the Cloud today is really a systems game, and all of us guys and gals from the old days are now in vogue again because the Cloud is an operating system. Now you got sub-systems, you got, maybe it's distributed a little bit more decentralized, but again, it's the same game, different era, if you will. So you're starting to see the absence on operating systems, so the question is Intel and the Grading Table, Paul Merit used to call Intel the hardened top, where a lot of proprietary stuff underneath that crust that no one really cares-- [Audio Cuts Out]