Hi everyone, Joe for jaspyscasebrakes.com coming at you with today's brand new release. 2020 Panini Select Football 3 box. Pick your team at number 6 from jaspyscasebrakes.com. Now we just did the first few boxes right here. Here's the next three stacks that are remaining. Remember we marked all those PYT so we know they're from the same case. Alright so we're going to roll the die and we'll go 1, 2, 3, 4, 5, 6 on the dice roll to see which three boxes we're going to do. It's 4. 1, 2, 3, 4. So it's the middle boxes right here and we'll save these for break 7 and 8. And I think break 7 is already in, I think, I think there's one filler box now for both break 7 and 8.  Alright, big thanks everybody here for getting into the action on Pick Your Team 6. If you have a rooftop next to your name, that means you won that spot from one of those filler breaks. Let's see what we got in here. Now Robert's mentioning there's no zebra print yet. So I think do those generally fall one per case? I know they're very short printed. Alright, two autographs, one memorabilia card per box on average. Plus those tie dies, a lot of different, all card shipped too. I think there's three or four different levels of cards that are different levels of short printedness. So a lot of great stuff in here. This is right up there with prism, mosaic, that kind of quality. Miles is saying zebras maybe first off lion only. Let's take a look at cardboardconnection.com. Select football, set checklist, prism parallels, do include zebra. There's silver, cosmic, disco, tiger, zebra. I think the tigers and zebras are pretty short printed right there. Although no, this doesn't split it up into, oh there it is. So zebra is in hobby and first off the line, by the way. Cardboardconnection.com is saying that the neon out of seven is also in hobby as well. But I think the thing with first off the line is that it delivers, I think it guarantees one neon orange Pulsar rookie patch out on one limited base parallel that can be either neon orange Pulsar or tiger prism. There's a lot of layers, ladies and gentlemen. A lot of layers according to cardboardconnection.com. That's what makes this product so fun. It becomes a really fun challenge trying to build an entire set of this. So there's concourse level Michael Pittman. I love those tie dies right there. Here's tie die Joe Montana. Nice, that is for the X-Line and the Niners. 18 out of 25 on that one, that looks pretty sharp. And there's Brian Edwards rookie silver for my Raiders, that'll be for Ark. Just Jalen Johnson to 199, tri-color. And Clyde Edward D. Lair to 175. I guess I should, what are all the names for these? Out of 175 it's just blue. This is the tri-color. So the Clyde Edward D. Lair goes to David F. and the Chiefs, Bears, that'll be for David Baker. Got randomized the Bears and the Team Random. There's rookie James Morgan, who I guess will be backing up another quarterback, a new quarterback for the Jets. That's going to go to Patrick Davis. There's a Silver JK Dobbins for the Ravens, that's going to be for Aaron, that's Premier level. Saquon Barkley and a Joe Burrow Silver. Nice, Bengals, John Dineen, there you go and that's club level, Joe Burrow. Nice, and that will be for John Dineen and the Bengals, that's a pretty nice one. Dwayne Haskins, Jason Moore and CJ Ham, Orange 18 out of 49. That goes to Pat Wolfe and the Vikings. And another Silver Joe Burrow, yes, Concourse Edition. You might be able to find a Silver Field level and a Silver Club level. That's Concourse, that's Club Silver, Concourse and Silver Premier, no, Concourse, Premier, Club and Field. Yeah, find a couple more. That'll be a pretty nice little collection there. Jordan Love and LaMichael Pirine. Nice, Gold, two-color patch and that's for Patrick Davis and the Jets. Three out of ten. Gold Disco is I think they call it, there's a Gold out of ten and then a Gold Disco out of ten. Maybe that pattern is Disco, sometimes it's Mojo. Yeah, I wish they would, I do like how that product, Mike Tower, puts the parallel names on the back. This just has the different base levels but not what the names are. There's JJ Watt, Purple to 75, Texans, Arc, Ross Blacklock, Rookie Silver for the Texans, Arc. Yeah, John Dany, you got a nice little Burrow collection going there. There he is again, now you've got base versions now. There's Lawrence Taylor and there's Jordan Love, Jay Hart, Sean Matik with the Green Bay Packers, 197 out of 199, Jay Hart and a base burrow for John Dany, Conchorus. Now Lawrence Taylor to 199 for the Giants, Alexander Wolfe to 199, we've got Silver Nick Chubb, Phenom Insert, Isaiah Simmons, Rookie Silver for Arc and the Cardinals. There you go, Cardinals with a little defensive boost, JJ Watt. Next box, remember the next two breaks of this are in the store now, we just need to do that one filler break and that gives away the rest of the teams in breaks seven and eight. So we can just by filling one filler box, half blaster box, contenders blaster, that unlocks two breaks of select. Unfortunately those tribute, the random number of blocks have been moving, how are they doing? So still at three and eight respectively, what about the definitive filler? Down to two now, so that definitive break could pop off pretty shortly. Here's Cam Newton, looks like we've got a snakeskin coming up, Dak Prescott, two out of two. This is officially green black snakeskin out of two. So Dallas Cowboys Martin won the Cowboys in that filler, nice. And that is concourse level, wow, that looks really cool, that green black design, that looks really sharp, two out of two, Martin all aboard the Big Hit Express, woop woop. Hopefully it comes back strong, that would be pretty nice. Henry Ruggs to 75, Silver Rookie, Autograph, going to my Raiders, Arik with the Raiders. Brandon Iac to 199 for the X-Line and the Niners, and Jason Huntley Rookie Silver for EA and the Eagles, remember all hardship as well. We got Jordan Fuller to 175 for the Rams and 19 out of 35, Tyler Lockett Jersey and Autograph for Seattle, Jesse with the Seahawks won that spot. Here's Lamar Jackson, Khalil Mack, James Morgan Rookie Silver, Jalen Hertz, Chase Young, Gold, nice three color patch, Mike Evans with the Washington football team. Now remember because of the toddler shortage we have been using toddlers that are much too large for some of these cards, so we will put blue painters tape right there to make sure they don't rattle around, but if you're taking off the tape or for whatever reason there's no tape, just be careful with those cards and the top loaders in general. We got a Big Ben Rothsberger to 149 and a Silver Jerry Judy concourse for Denver, that will be for Arik. Damon Arnett to 149 and Nick Bosa, Michael Thomas, Jake Luton Rookie Silver, CD Lam Rookie Silver, nice, it will be for Martin and the boys, Jake Luton Rookie Silver goes to Adam and the Jags and the Damon Arnett Red goes to Arik and the Raiders. Alright, final box coming up, the packs aren't very strong here, I'm not sure if I'm into this Pelicans Nets game, maybe Orioles the Yankees on MLB Network, you know that's a good question Jimmy, I don't know what the exact, I think it's not really known, I mean maybe someone has crunched the numbers on this, but yeah, it goes concourse, then premier shorter printed, then club is even shorter printed, and then the field level is the shortest printed. Now what the exact print runs are, I don't think that is unknown, John Hightower Rookie Silver behind Jeter Gross Matos is our first XRC card, wow, QB1, who's that going to be? Is that Trevor Lawrence? So if we have to pull a, it's doubtful that we'll pull a second one, but if we happen to pull a second one, we'll separate them, so this will go to the name on top and the next one will go to the second name down, it's not an autograph, but once they figure out who QB1 is going to be, it's got to be Trevor Lawrence, right? No way that Jacksonville passes on Trevor Lawrence, there's Joe Reed for the Chargers to 175, Jake Luton Rookie Silver, and James Morgan Rookie Silver, what if the Jaguars were like, you know what, we're actually really in love with Jake Luton, we're going to go, we're going to roll with him this season, we're going to pass on Trevor Lawrence, there's Jason Moore to 199 and Antonio Ganey, Golden Rookie Silver, Premier level for Mike Evans, Miles Evans, that is, check that, sorry, just keep thinking about the receiver, remember when a football break, I see M Evans, Miles Evans, there's Jordan Love, Red, Concourse to 99, and a Jersey and autograph, Zach Moss, 39 out of 75, that'll be for Buffalo, Mark Miller with that one, Matt Stas saying once Panini fills that redemption, that's a thousand dollar card right here, Adam saying, I mean maybe the Jags should get that card, Adam has the Jags in this one, there's T Higgins Rookie Silver, CJ Ham to 149, yeah I was a little confused, I thought it was only three levels Matt Stas, but yeah it looks like they introduced a club level this year, yeah usually there's just three, there's Grady for the Bucks, that'll be for Wayne, and we got Darius Slaton, 45 out of 75, piece of his jersey for Alexander and the Giants, Justin Jefferson, Rookie Silver, that's pretty nice, Vikings, Pat Wolfe, and it looks like Concourse level, still nice, Club level that is, we got Christian McCaffrey, Blue, that's a nice little color match there, and a 90 out of 199, old Roger Craig, Niners, the X-line with the 49ers, nice autograph, like the color match on this Christian McCaffrey, so McCaffrey will have a new quarterback handing the ball off to him, all right with the Panthers, and a Silver Patrick Mahomes, there's Derek Henry right there too, and that Silver Patrick Mahomes is that field level? It is, field level, and that'll be for Kansas City, David with that one, nice, and there's a Van Jefferson back here too, all right, now everyone has a shot at that QB1 XRC card, so let's go, let's get some new dice here, and a new list, so let's get everyone's names from Arik and the Cardinals down to Miles and the Washington football team, and let's roll it and randomize it, six the hard way, three and a three, name on top after six, good luck, one, two, three, four, five, and a sixth and final time, 20, 31 sad people here, no one, no one's happy about this result, the only person happy about the result is the name on top, oh very close, all right, name on top is extremely happy, sad times for everybody else, but hey thanks for getting into the select break, more on the story, jaspyscasebreaks.com, and congrats to Kurt Disser, Kurt, I don't think I called your name out and then I think there were some Colts cards here and there, but I don't think I called your name out the entire break, until now, and it's a good time because you get the 2021 XRC prism redemption QB1, which should be, unless the Jags screw it up, I'm Joe for jaspyscasebreaks.com, thanks for watching, I'll see you next time for the next one.


Okay, so I want to start by talking about this. Yeah, that's cute. I'll explain what that is when you talk. But this is really about deformation of burdens. I'm going to say something very general that I can't say much about and then I'll keep me restricted to a case that I can say something about. So we'll start with complex manifold B. Another complex manifold B will just be some polymorphic subversion. Eventually, I'm just going to require a type of dropper, but partially non-dropper case. Shoot, one has done something like that. Current student has extended some of that work in some more depth of directions. But I won't speak about that. I will assume that this is profit for spaces. And I want to give them some kind of structure. Okay, so to do that, I'm going to basically describe first what the student sections are. And then I'm going to tell you how to compute the B-bar. The student sections, I take some, I can send this locally to some co-working vector field on the base. And then I can take a lift that I'll call a section. And the view is defined by, like, oh, it is anti-paper. Student sections, for instance, is this thing. So in the proper case, this is a smooth vector bubble. This structure is the bar, and it's still not a polymorphic bubble. Declare for yourself a set of smooth sections. Those are the size of the... No, this does not, because, oh, I forgot to say something. Yes, yeah. But I want it to be sort of polymorphic. Polymorphic on the fibers. So, yeah, that's crucial here. We want the property that when you restrict these to any given fiber, it should be polymorphic. The B-bar operator, this does not depend on the choice of the lift. Any two lifts will differ by, because if there are one vector field, it will be it. So this B-bar operator was defined by both. As smooth sections go, you sort of declare for yourself that you have a collection of sections that you call the smooth sections, and they satisfy some axiomatic things in this sort of general theory. And you get a family of Hilbert spaces, or field of Hilbert spaces, that would be called a smooth... So, it's confusing. I mean, there is a bit of control about the B-bar operator. I mean, this, I don't really know how... I mean, there is a notion of polymorphic section as a direct image, or... Yes, but... But these things will be directed at this, okay? Okay, you can do that. Basically, that's what BLS means. There's an electric circuit. So it's these smooth Hilbert fields, and the attachment of a complex structure. So I just kind of stole those ideas from the people, declared it for myself, and then I named it after them, and that was okay. Yeah, okay. This is not... With this structure, which I haven't been very specific about, this is not a BLS... So the problem is that these fibres don't have to be... That means that there will be some bad fibres, and concessions passing through every single, say, a dense subset of information. We don't have such a pattern passing through every single, or some large subset of these fibres, and that's a problem for us. If we consider this to be okay, we still try to prove some theory about it. So let me state... You should have no mean. It's also possible to know about M-positivity, of, say, in words, what it is. So you can compute the curvature of this H, and then you can use it to define a quadratic form on the tensor product of tangent vectors, one-zero tangent vectors with the vector on E. You can look at those tensors, and they have a rank. You can think of as linear maps from, say, the cotangent bundle to the fibre of E, and you can look at the rank of those things. If the tensor has rank one, then it's an indie composable. If you have a positive one, that's the same as Griffith's positive one. And then if you have M-positivity for all M, I mean the rank can only be as big as the minimum of the fibre dimension, the bigger M which redundancy, but that's called not... So if positivity of this H implies the local triviality of this capital, unless M is maximum. In that case, the Salatakegoshi theorem, as it was observed by Kou, the Salatakegoshi theorem tells you that any local section has an extension to some neighbourhood. But in general, I don't know if there is such an extension. If E is a line bundle, then M-positivity is just one positivity, and also not a positive one. That was the situation. So I'm just trying to read it. If E has dimension one, then it's what you're meant to do. But then at the point is that then we're just talking about ordinary visibility. Yes. Right, except that it should have no meaning because what is the curvature of a non-vector line? Yes. So that's some of what I want to try to explain. I would like to define the curvature of such a thing and give it some kind of structure. And so, as I said before, you don't have these extension of any element of the fiber to the neighbourhood to give you a section along which you could try to compute something like the churn connection before the curvature. And so, but on the other hand, what I'm going to try to convince you of is that you don't really need to extend it to a neighbourhood. You just need to extend it homomorphically to second order infinitesimally at the point. And that would be enough to give a well-defined notion of curvature that I have to sell it and I have to be willing to buy it. I don't have any other... So the trick is to embed this picture inside some ambient animal's paper. This is what he wanted to initially do, maybe, and he sort of did it into another case, a case in which the homomorphic family you start with is sort of trivially trivial in the sense that you cook it up to be trivial in all respects. But we'll have a non-trivial thing that will be some kind of sub-level. You can compare the differences and it's the ancient idea of Gauss in Romanian geometries and imported into complex geometry by Griffiths is that the difference of those two things is the square of some kind of tensor called the second fundamental form. And you want to estimate that second fundamental form in the... in this very trivial family case, particularly positive who can use the Skoda version of R-minor sphere to estimate that second fundamental form. You can really discuss this in the other way and kind of recurve things because there's some kind of finite spirit. By and large, you've correctly got this what he would have liked to do in this case, but there's no obvious complex structure for the bundle of L2 spaces. I'm going to tell you there are many. Okay, so how do you construct some DLS field new sections, content some theta inside of the total space X and I want it to be horizontal. H is sitting inside H has homomorphic on the fibers. This one is not homomorphic on the fibers. I mean the sheath theoretic H0 sections of this sheath. So you've got one of these horizontal subspaces. That means you're choosing a horizontal direction in every fiber and then if you've got a tau a lift that I'll you know, see theta to tau so that's where the sections are going to be vector fields and then I can use the complex content of this on the E-bar operator. I'll have some E-bar theta and the way I would differentiate is to compute an E-bar question if you compute. So this is how you do non-sections and there's an obvious extension to differential forms. I'm not going to bother. I've asked whether or not there's 0 and that can be true if not only if this theta is 0. Initially I made an error when I first sent out this preprint. I thought it was always going to be 0 but it's not. It's no big deal. If you have a curvature bundle with a deltium metric you can still define that a churn connection and so it has some kind of curvature and the first formula I was going to put on the board the first formula I was going to put on the board was going to be the curvature of this L and this E-bar theta. So I don't want to put it up because I don't think it's going to be particularly helpful for that. So in this kind of trivial family setting when we computed this curvature the curvature operator was just a curvature of the vector on the E-flies and you restrict it to directions in the horizontal direction because it's a product structure you can lift the horizontal. In this setting it actually is not just that multiplier it also has contribution theory of the family X. There is a contribution from the federa spectrum. And also if this E-bar square is not zero then you don't get a one-one form in this setting you can always find a theta so that E-bar square theta is zero and that's because of Erisman's theorem. It's not Erisman's theorem itself but it's a version of Erisman's theorem proved by Oranishi at the MIE through publication in the book of Lausanne. And maybe also, yeah, so there's a way of finding these sort of complex sub-manifolds and just use the tangent spaces of those as the phagos and they're automatically linked.  Yeah, following. It's griffons. That is so overly difficult but even if it's not positively griffons I still have a theory here. Okay, so anyway then as I said you want to get the sections that are even in terms of the polymorphic in the second order if there are sections instead of characters I will give this a horrible name. This is probably a sub-soft bumblebee. I emphasize that this is not a theory of spaces that do not fit together like a sheaf. B, what should this sigma-7 be? B, sigma-7 be? So instead of all the germs, the first thing I want is a restriction of a single file is HB but also this other weird looking condition B bar restrict that to the fiber of zero. It's like saying not only is B bar restricted to the fiber of zero but also the horizontal derivative of it. Maybe I don't care about it but the D bar restricted to the fiber of zero is this condition and this is the second order condition. And amazingly this is independent of this state. It's not terribly complicated calculation but it requires by sort of following a general theory of tournament. So for this value there is the next one. The fact that you call that D L theta and then I can just take the finalized Bergman projection of that and that would be the formula if you had a locally trivial because I'm never going to use it. It's just like an analogy. It suffers from the same problem that you want to restrict it to sections of H. It's not going to be able to hit but when you compute the curvature it's going to be deficient. This is independent of the state. And to form is the remainder of the form this does depend on. So for example it's easy to see that this is C infinity linear unprepared for it. That does not mean that it's given by a tensor. When you have infinite dimensional things that doesn't mean that it's computed by a tensor. So you need some extra information to make sure that it's sort of tensorial. If you restrict to this family of sections it is tensorial. That's surprising. Take this theta L theta and then you subtract the square of the second fundamental form. Plus here but it's because I'm treating these as differential forms so the sign change but really this is a negative operating in the way it's written. This is when this H is locally trivial it's the Gauss formula or Griffith's formula that this is exactly equal to the theta H. So I define this thing to be theta H and then I need to prove that it's positive and okay so what I can do is quite similar to both proof of his theorem except you have to modify things a little bit but you use the hodge theorem to find particularly good representative of these sections and the primitivity that you get. Well there's a lot of stuff that happens. The Kodakir Spencer contribution from the curvature of L also appears in this expression here but then you add to it another contribution from the Kodakir Spencer class. When you add all these things together the part from here cancels out and then you're left with this other thing you want to choose it in a good way using the hodge theorem to get positivity and then it's some kind of integration by parts argument. There is a kind of geometry of these spaces that's really different from the directive which I don't know yet but it could be used for but one of the things I would like to use it for is for example answering the question of local triviality not knowing it a priori I think I can do that but it's not finished yet so I won't play right now. Okay, sorry for going over the time. Thank you.


Welcome back, everyone. This is live coverage from Las Vegas. This is theCUBE, SiliconANGLE's exclusive coverage by IBM Pulse, Premier Cloud Conference for IBM. This is theCUBE, our flagship program. We go out to the events and extract the signal from the noise. I'm John Furrier, the founder of SiliconANGLE. I'm joined by my co-host, Dave Vellante, co-founder of wikibon.org. Our next guest is Pamela Webb, Chief Administrative Officer of Safeguard. Welcome to theCUBE. Right, thank you. Thanks for having me. So I got to ask all the guests who are non-IBMers. What do you think about the announcements here and the direction of IBM? Wow, definitely not your mother's IBM anymore, isn't it? So it's a huge change, isn't it? So the announcement of Bluemix, the Cloud Ant, I mean, it's just incredible where IBM is actually going and it's a very different IBM, very different feel, very exciting times, I think, at this point. I mean, it's innovative. They got to spring to their step with the cloud. And it's hanging together.  They really did their homework on this one. They did, they absolutely did. And it's been very interesting speaking to the different participants at the conference here in terms, I think, where a lot of people are actually struggling is, what does that mean to me and my cloud strategy? And I think where IBM is really trying to focus now is, how do I start helping clients define what that strategy actually looks like? So as someone out in the field and as a user, what are some of the challenges you've had with technology and the cloud? And what are some of the pressure points that you're guys getting under the work side? I mean, everyone's under pressure. We're all smiling. We get home and see the families and whatnot. But during the day, you've got work to do. What's changed and where the pressure is coming from? Pressure is speed. I think that's the biggest pressure for us is getting that competitive advantage and from a speed perspective. The competition is going fast. The different type of SaaS-based solutions is really helping competitors enter markets very quickly. You know, we happen to be a SaaS-based company ourselves and that's really what we're trying to provide for our clients as well, is the ability to scale very quickly, get to a predictable cost model, which is a huge factor for a lot of companies. So we definitely see it as a competitive advantage for us. So we had earlier on Steve Robinson who came on earlier. No, no, Chris O'Connor, Chris O'Connor mentioned this. Dave asked him about the cloud and he's in the smarter infrastructure side. He's like, hey, it's IBM as a service. It's as a service, not a replacement because of the blending on premise. And essentially what he was saying, with what Dave kind of intimated was, it legitimized shadow IT. Shadow IT became a practice of, hey, I got a deadline. I got a project. I got to get it done. IT's not home, you know, put on the credit card, put on Amazon, do something, go around IT in the shadows. Now, this is the same dynamic for IBM. It's fast, you get some options. So are you seeing that trend legitimize? You're seeing that pressure, IT getting it? Absolutely. I was just wondering, as you were saying that, I was wondering if you were actually speaking with my IT department as we go through this. Because we've seen from different parts of the business, you know, again, from a business side, you know, there's some things that we're looking at from a strategy perspective. How do we move very quickly? At the same time, we need our IT to be really focused on our core products and our infrastructure and our client services delivery. So when you start looking at back office solutions, marketing solutions, you know, we have a tendency, line of business, we like to kind of run with things very quickly. Yeah, because you want to get the ROI and opportunities and seize them. Right. For the competitors versus a sunk cost. Right. Yeah, pushing that rock up a hill, but it's liberating. So what have you guys done that's going to change that course? What do you see here that you say, hey, I'm going to use some of that blue mix? Is it blue mix? Is it like some of the more data center-driven stuff? What are you seeing here that's getting your attention? Well, I think, you know, so blue mix is very interesting. You know, we're embarking on a technology advancement in our company and we're looking at different ways of how do we enter that market very quickly. So looking at some of those strategies in general, we use, for our company, we actually use a lot of the collaborative solutions. So internally to solve some of our business problems, we actually have IBM Smart Cloud Engaged really changing the game for us in terms of transforming our business in terms of social collaboration and then also working with, we can also invite our customers into the process as well. So we found it not only helps us from a productivity standpoint, time to market, it helps us build a trust relationship with our clients because we are now open, transparent, and really- So you buy the whole social business thing? I do, I absolutely do. But I tell you, it's a change management issue. There's one way how individuals will work in their personal life, but work is a little bit different. So, you know, really working on changing that paradigm within our own organization. It really is a mindset issue. I mean, of course, people want to, you know, get better socially, but business can get closer to the customer. Right. Now you can actually do that with tools. You can actually instrument your customers. You can use big data. So it's a unique time, right? It is. And I think, you know, some of it, there's a fear factor. That's what it is. Like, you know, do we open up the kimono? Do we share all this information? And then, you know, you have some of the change management is knowledge is power, but, you know, for us, it's knowledge sharing is power, not holding that knowledge anymore. But that's a huge mindset change. We had David Pogon earlier from the MC and he was talking about, we were talking about, you know, consumer stuff. And we're talking about, you know, the kids that are in high school now are the iPhone generation, right? That never used a real phone that had cords on it, you know? So it's like, it's a generational shift. And I still like the beep. And so you're still at the voicemail. I was like, that didn't occur to me. I was like, wait a minute. There's still a need for voicemail. We actually talked about voicemail. Did you watch the interview? We actually talked about voicemail. I wonder if you could talk more about your business. Let me start with who you serve. So I got a lot of frustrations with our payroll experience. So I'm really interested in checking out your website.  Check these guys out. So I don't know what you're talking about. So who do you serve? Sure. So Safeguard World International, we're a global payroll services company. So we provide global managed payroll. So we take on the outsourced services for our clients. We also have global employment outsourcing services. We have service delivery across 165 countries. We have clients as Fortune 1000 clients. We have emerging multinationals. We can provide payroll services for your one employee in Zimbabwe to 1,000 employees in France. So okay, so you also do staff augmentation. What kinds of things, mostly admin stuff? Well, what we actually do is, so not necessarily staff augmentation, but we work with companies that are trying to enter new markets. You're not ready to make that investment to go into the new market of setting the legal infrastructure, setting a bank. We help them become employer record. So we make them legal, pay their employees as they're investigating those new markets and then able to transfer them over. So it's like company as a service and then transfer it over. Right, absolutely, exactly. And now, talk about your differentiation. So we're all familiar with the large, big, slow payroll services. How are you guys different? Well, we've been- Sell me. We've been called the disruptor of the global payroll services industry. A lot of what we're trying to do is, first of all, we're solely focused on the multinational payroll businesses. A lot of our competitors, they actually serve a domestic market. And then, oh, by the way, we also have some multinational services as well. So many of our competitors have a very, I would say a very tight box. Because that's part of the challenge of how you develop different margins. The smaller you can make that box, the smaller service that you can deliver from a productivity perspective. Our differentiator is that we're very client-centric. We work with our clients, really focusing on their needs. We definitely come into the place with the best practice standard, but we have a lot of flexibility in how we can deliver that service for them as well. So to understand your big differentiator is you're serving companies that have multinational needs. Is that right? Absolutely. So it's not the small business in Boise. No, no. We actually focus on US and UK multinationals predominantly and serving where they provide client services across the globe. All right, John, maybe when we take the cube global. We can get you there. And okay, so you're the disruptor in the sense that you've got that uniqueness of your model, but there's also a technology platform that you can talk about. Right, yep. So we actually have, and this is also a huge differentiator for us as well. So there's a few different approaches of how you enter the multinational market. One view is how many companies started was creating this gigantic payroll engine that you would be processing all the multi-country rules within that engine. And it gets very expensive to maintain that. Most of our clients that come to us, they may have 1,000 employees in one country, but they have a lot of long-tales. They'll have five employees in country X, five employees in country Z. But to have a global infrastructure to actually have to fund those five employees, it's very expensive. So a model that we actually have is called, is more of an aggregator model. So we use a broad partner network. And not just a partner network, then you're dealing with very disparate types of solutions, which is some of our competitors. We actually have a global infrastructure that we manage all the data. We vet it, we manage. We have certified integrations with Fort Day, for example. And then we're able to do global reporting from a financial perspective, as well as any additional reports coming through. So we have an aggregator, not just managing the vendors, but the solution itself. You mentioned you have a certified integration with Fort Day, for example. What does that mean? So, wow, this is a huge for us. So Fort Day, obviously is expanding quite a bit. One of the big cost factors for clients in a multinational environment is actually how do you integrate all of these different countries into an HR system or into a finance system. Workday, we've been working with Workday. They actually have a very specific integration service that we have provided to Workday, all of the different payroll rules that are needed. So we know exactly the types of data that we need in the HR side of the system to be able to automatically integrate into the payroll side. So our clients aren't having to do that multiple times. So I wouldn't say it's a push a button plug, but it's a tight integration. And we also maintain as Workday continues to enhance their solution for us to be able to keep up to date with all those rules. So you're abstracting a lot of that complexity. And cost. And cost, yes. Sure, it ripples through the cost. And there gotta be nuances across the globe, right? Right. That's what you're standardizing essentially. Absolutely, and I think this is where a huge transformation with a lot of clients, they're really trying to figure out, part of the scenario is what type of data do I want to get out in the end? And the more that we can harmonize that data upfront, so what you're having is what a salary structure in one country is very different in another country. So how do you compare employer costs from France, where it has a very socialized system versus the US, it's a very different kind of cost structure. Now, you're not a technology practitioner. You're not a geek. I'm not a geek.  Talk more about your role as Chief Administrative Officer and how that relates to the geek side of the business. It does relate. So as a Chief Administrative Officer, I'm actually responsible for our Global Project Management Office, all of our client service delivery. So the Global PM, the implementation teams, the client service delivery team, so we actually have shared services centers in India, the UK, Mexico, and the US. So all of those teams are part of my operation, as well as I have a training, Safeguard University is our whole training program that we do as well as a compliance and audit in Six Sigma Team. Okay, so you run the PMO? Yes. And the PMO is not part of the IT organization, so you don't report to the CIO? Right, I report directly into the CEO of the company. Awesome, okay, great, you got a seat at the table. It's a seat at the table. So that's good, because a lot of times it just takes a long time to get stuff done. That's interesting. I mean, it makes a lot of sense because projects drive value in ROI, so the less hierarchy there is, the faster you can implement it, but it's somewhat unique. It is, and actually we're a great partner with our IT team. We've actually taken on, from a PM perspective, an organizational excellence, is actually we will support them and actually project manage their project. So we're looking at it from a broader organizational readiness perspective on some technology work that we're doing inside. So we're actually partnering with them to be the PM of their particular project. So you do have technology projects that you manage? We do, we do.  I have really smart people that work in my grade.  How does that work? So we do have technology projects as our core delivery of our service. We do have different projects that are associated with lines of business, so for example, one of our technology projects is a workflow-enablement solution that we're delivering, but our project sponsor is actually our head of operations. So where I'm an executive sponsor of that, then we actually will have to tie everything to, we specify that everything has an executive sponsor, everything has a project sponsor before we take on a project. So now, how, I mean, I presume you're involved in certainly evaluating the business cases, but do you own the business case? In certain situations, I own the business case, but I don't want to be the Fox Garden, the hen house here on this one too, so we're very transparent when we deliver, and it's a different, it's a new discipline that we've actually introduced into our company on tree business cases, and I think it helps us in multiple ways, because first of all, it helps articulate what the actual requirement, what the business problem is, what the requirement, and what the benefits we expect to achieve. And it makes this, especially as you go through renewals of any type of scenarios, it makes us stay whole to that business case and make sure that we're validating across the board. So it starts with the CEO office determines the sort of overall objectives right of the organization, and so presumably the projects that you run have to map into those objectives. Exactly. So how does that decision management occur? Good question, good question through. So we actually have, our senior leadership team is all involved, so the way that our senior leadership team works, very collaborative, everybody's on board, everybody's buying, and we're completely working as a team together. We bring the projects to the table, so every business case is actually coming through the table ranked order, because there's also a lot of different types of projects that we would actually encounter, so you need to prioritize those as well. Bring them to the table, the decisions made, and then we move and go. So you rank them based on what, some kind of ROI metric or alignment metric? We do. So there's, what is the expected return? What's the impact to our clients? What's the impact from a market perspective? What we need to manage? Is there just an overall productivity issue that we need to solve? So there's several different factors. Do you rate them too? Because one small project might have a very high rank, but it might not have as big a business impact. How do you manage that? We do. We have a waiting solution. I think that the types of projects that we're bringing in are pretty obvious for us, but there is an element of waiting. We haven't got into such finite scenario that we, exactly. Can you do this on spreadsheets or do you have a balance scorecard system? We have a mechanism that we're doing from a, there's a spreadsheet type of basis that we're doing from a cost model. I tell you that, I think that's the biggest technology solution out there. We all know how to use it. Exactly. So you said they're very easy. Spamela, I want to get to your take as we're coming up on time here on, just your impressions of the show, the presentations, the breakout sessions. As a customer, what's your take of IBM's event here? I think this particular event is an exciting event. I also attend a connect as well. So it's different from a line of business versus very IT focused. For me as a line of business person, what I found is very interesting is I think every line of business individual needs to have an appreciation from an IT perspective and the solutions out there to bring to the table. The content has been outstanding. The different types of offerings that they've been providing has been extremely helpful for all different types of levels that's flown. My final question is for other IT folks out, I mean, other lines of business folks out there who have potential IT challenges or harmoniously with IT and or IT folks, advice to folks out there about how to navigate these waters, the transformations that are out there, it's a sea change, certainly. There's cultural mind shifts that need to take place. Speed, what's your advice, those folks? Yeah, I think, you know, we were talking before about from a business case perspective and I think that's really key from a collaborative standpoint that you're actually working with IT and line of business together with a formal business case. I think what IT can do is put some framework together in terms of what that landscape will look like because at the end of the day, IT also has to support some of these decisions. So even if we're talking, you know, SaaS based solutions, if I'm in an office in Mexico, do I have the right bandwidth to be able to support those from a connectivity standpoint? So, you know, there's definitely a partnership that takes place there. So I think it's from a business case but also to look at opportunity cost as well. So not only for the point solution that you're looking at but what other types of values or that you can eliminate from this particular business case as well. This is a cube inside IBM Pulse Live exclusive coverage from SiliconANGLE and the cube that we'll be right back with our next guest at this short break. Stay with us.


Hello, shipmates. I frequently talk about warfighting first, operate forward, and be ready. Let's talk about Be Ready. To Be Ready, you have to have a good sound family foundation, and the Navy Marine Corps Relief Society understands that very clearly. Since 1904, they have supported our sailors and their families with a whole host of services, from interest-free loans to grants to financial counseling to casualty care nurses. They have been there for us for well over 100 years. Each year they have a funding drive. Let's take the time to support them. If you can, donate to the Navy Marine Corps Relief Society. They're there for us. We should be there for them. So all of you who are out there serving, thank you very much, and I'll see you out there in the fleet.


Thanks for coming Can I get my slides? Yeah, the cubes OS is the project we've been working on for some time It's a reasonably secure desktop OS. It's supposed to be a reasonable reason. I'll be secure desktop OS and it implements security by compartmentalization approach It's important to realize that cubes is not really a hypervisor It just is a user of a hypervisor or VMM, which currently happens to be Zen It's also not a Linux distro. If you really want to call it a distro, it's a Zen distro in that case So why we do it? We do it because we really need secure client systems and when I say client I mean phone desktop tablet laptop I'll be using a desktop in this presentation desktop client all means the same to me So we really need secure client systems It's because client systems are really our eyes, ears and fingertips because if our client system is compromised Then really there is no security however secure your Cloud your crypto your network protocols might be If your client system is compromised It's just the game over because the client system and the malware that is there can see your screen Can simulate your keyboard so your actions, etc so we really need secure client systems and the problem we have is that Present client systems are not really secure or totally insecure actually some problems that we have today and Those problems are not going away attacks coming to Otherwise decent applications such as web browsers or PDF readers To an exploit so we open a malicious PDF that exploits some buffer overflowing PDF reader or Microsoft Office or Libre Office or whatever and you get owned Attacks coming to malicious applications that we just accidentally installed some spyware backdoors, whatever Attacks coming to USB devices Which might be untrusted because they might be having a Phi system with malformed metadata or maybe malformed partition table Which just happens to be exploiting some hypothetical back in kernel Phi system module or maybe they have a malicious firmware even as some some recent Proof of concepts shown shown this year Attacks coming through networking stacks. So all the Wi-Fi drivers and stacks DHCP client like a few weeks ago Paschal EPS The HCP client exploit probably many of you were worrying about this problem It's not like the problem suddenly appeared just two weeks ago It's been here for years and it is here to stay Attacks coming to That they just said Phi system metadata volume metadata lack of GUI isolation Whether it's linux xorg Whether it's macOS 10 whether it's windows. There's essentially no GUI isolation.  This is just wrong so these are Fundamental problems that we see on desktop systems and There is really no good protection against those probably it should be obvious to you that Patching or trying to find all the bugs in kernel or the Phi systems or the drivers such or the applications is just not feasible It's also important to realize that security challenges with Related with desktop systems are quite different from those on servers It's my impression that lots of people doing security, especially on linux. They still have this kind of server oriented thinking and One important problem is that monolithic systems are generally hard to secure Especially desktop systems Monolithic kernel is bad for security because when we think about it why all these things Why Wi-Fi drivers stacks, bloated drivers stacks, USB drivers stacks All the various exotic APIs and subsystems why all these things should be part of the TCB. I mean why I Really come from a different background. I'm coming from security not from open source background. So When I look at this, of course, it's not linux specific the same windows the same OS 10 It's a myth that OS 10 is a micro kernel from security point of view. It is not So that's pretty concerning The monolithic is not only about the kernel It's also about the rest of the system. So I use the term monolithic system GUI server Again another monolithic creation x orc with its x protocol and it's a whole code base It's I can bet full of exploitable bugs And you don't really need a bug because as just previously said there is no effective GUI isolation So it's perfectly Legal for an application to request a screenshot of other applications various other systems services Especially on a desktop system and it by the way it is Irrelevant whether for example our X server is rootless Because Whether it's part of the system tcb or not is not so relevant when we do when we consider a user data point of view The X orc might be running not as wrote still has access to all the application window contents so monolithic for me from the security point of view means bloated complex difficult to understand and Manage manage so to decide which parts of the system can communicate with which ones and which should not because some of them are trusted Some of them are not okay, so how do we how do we solve those those problems? Security by compartmentalization as I just mentioned That's an obligatory cubes architecture slide So we have a some thin hypervisor which actually happens to be then We have Appvm's where user applications and data are and we have some system service domains For example for net networking stocks and usb stocks, so it's net vm usb vm And we have secure admin and GUI domain so there is So yes, we use virtualization to isolate domains. That's a very good question to ask Why would virtualization why would VMs be any better isolated from each other than normal processes Is there something wrong with with good old? Memory management unit with ring 3 ring 0 separation. Have you ever heard about an exploit that would be exploiting ring 3 to ring 0 Escalation on Intel processors. They have not and obviously if we think about us then we can have a We can conclude that perhaps a virtualization is not the best thing to do because just adding another layer layer of complexity Does not it's not going to solve any problem, right? However virtualization offers two important properties First of all it allows to reduce the interfaces Especially the VM hypervisor the VM TCP interface So instead of implementing all the exotic APIs instead of exposing all those drivers all those having all those five system modules and God knows what else in the in the TCP. We don't have them the hypervisor. Just just the CPU memory device maybe virtualization And a few other things That's like almost nothing At the same time virtualization allow us to preserve legacy compatibility with legacy apps and drivers And that's extremely important because if we are going to change The system API nobody is going to use our system So these are two key properties of of why we use virtualization But before we get too excited about how great virtualization is It's important to realize realize that the VM hypervisor interface that we are shrinking or reducing It is not the only interface of concern So here is a simple example Let's say we have two VMs and they are so well separated using hardware and forced virtualization right very strong isolation Very thin hypervisor Then or maybe some micro kernel or separation kernel, whatever now imagine that we are adding some Intervm service Oh, because perhaps somebody wanted to do file sharing and edit SMB server there or maybe it's a Graphics virtualization Maybe this this thing that the rectangle complex input processing code. Maybe this is the GPU back-end Or maybe that's even storage back-end. That is just smart and does all kinds of Copy and write and other optimizations whatever That's a typical picture on many virtualization systems We add some complex back-end or code and expose it through a complex protocol to other VMs So now if it happens to be that there is some malware on the Orange VM It might just exploit some hypothetical Software bug like buffer overflow in this complex input processing code Totally regardless of whether this is running under Zen Micro kernel whatever and of course This means that The separation is no longer so strong. That's pretty weak So the lesson from this is that we should not get too excited about hardware virtualization Because again virtualization is really nothing magic when it comes to security Besides that it reduces interfaces and preserves compatibility except for IMMU, which I discussed later and Where we should really be careful about it what we should really be careful about are the inter VM interfaces and The code that handles Inter VM services or communication There are some questions you might ask your virtualization Solution vendor how they do device emulation. What is QMU? Is it part of the TCB? How is networking storage virtualization done? Are are the back-ends part of the TCB or not part of the TCB? They should not be Usb virtualization the same GUI virtualization. Well, if you see a GPU or especially OpenGL or DirectX being exposed to untrusted VMs Chances are high that this totally negates today negates the isolation Generally, how is the inter VM communication framework done? How is for example file copy done between VMs? Does it require running? NFS or SMB between two VMs or is it done smarter? So I just said the virtualization is nothing special. It's just practical However, there is one One important technology that I should mention That has been it's not really virtualization per se, but has been introduced together with virtualization extensions on on Intel and AMD and that is of course IOMMU Which on Intel is called VTD. It is important not to confuse VTD with VTX VTX is just a CPU virtualization So it allows for truly the privileged driver domains and Zen was probably pioneer in Probably still is in in using driver domains using IOMMU Allows us to have net VMs and usb VMs and by the way There's been a debate about Micro kernels some years ago whether micro kernels or monolithic kernels Micro kernels without IOMMU makes no sense From the security point of view because without IOMMU you cannot have Truly untrusted driver domains or processes So net VM That's what we have in cubes by default you put all your Wi-Fi and other stocks in a you know the privileged networking domain and This makes you feel good when you use a Wi-Fi at airport or in the hotel or at the conference Because you don't have to worry about all the potential attacks there DHCP client for example a recent attack Similarly we can have a USB VM in cubes. There's just a few clicks and you can have it If that USB makes you feel uneasy that's a nice solution So the picture just shows it We have some extremes we have a monolithic system on the left or Everything essentially runs as the same proof at the same privilege again I'm talking about monolithic system not just the kernel On the right extreme we see Powered down air gaps the totally useless Fault experiment right just turned off machines, but they are very secure and somewhere in the middle We try to position cubes. We try to find a good balance between security and usability and cubes really offers lots of flexibility in in it allows to Gees slide you to treat it as a slider somehow and just move it from one extreme to the other So quickly about the status release one 2010 2012 release two Just released last month release three is coming Release two implements everything we just talked about you can go to cubes OS that are all a cubes OS the torque and and and read lots of dogs and Go to mailing list and and download the eyes either We use Fedora 20 as a primary template We also have Debbie and our clean oaks templates for those of you who who don't like Fedora Our dom zero is currently based on Fedora 20 But it should really be irrelevant to you because there are there are really no user apps or data in dom zero Dom zero in our case is just a dump in terminal We also have support for Windows 7 base VMs But of course you must install windows and provide licensing key so it's a Besides just being a collection of VMs Where really cubes strength can show off is in when you Write an application specifically for cubes. For example, we have pretty nicely implemented integrated Tor VM Since 2012 and right now there is another work going on by the Hoonig's people who are porting Hoonig's to cubes OS It's very nice because you can You can get some advantages of isolation and at the same about at the same time From our very simple and we think a very secure inter VM communication framework Same securing email. It's also another example. For example, we have attachments that allows plugins that allows you to Open attachments in disposable VMs We can we have a little plug in Application for split GPG where you can put your private keys in an offline VM Etc. Our Release tree is what is coming soon. We already started working on it last year the primary new feature there is the introduction of hyper hypervisor abstraction layer Which will allow you to easily Switch then for KVM Linux containers perhaps even if you really want that for performance or perhaps Microsoft HyperV even Perhaps we're gonna do some commercial spin-offs Or perhaps some academic exotic micro kernel for elimination of already reduction of cooperative cover channels or side channels We also have reworked architecture so There's the website there's the master key fingerprint. There's this video video tape So it's an evidence. There's the fingerprint and also if you're interested we have a session at this afternoon to our introduction to cubes where we show Various practical things life and how to set up different things and also intro for developers were cubes Okay, thank you very much


So for me personally, the original Fennabit was my go-to anti-anxiety relief. Some people have a lot of issues with Fennabit. Some people really like it. It was one of the best things that I had found for my anxiety personally. I would not use it all the time. I ran out of my original Fennabit, decided to get some F Fennabit. Was on that for about a year or so. I actually ran out of my F Fennabit and now I'm jumping back into the original Fennabit from Cosmic Neutropics. Is it all that? Do I like F Fennabit more? Find out right now. Hey, what's up guys, it's Josh here. Today I want to do a little re-review on Fennabit from Cosmic Neutropics. Now, Cosmic Neutropics is a pretty interesting website. All the stuff that they send you is written in Russian. Thankfully they put the Fennabit in this box that signifies that it actually is Fennabit because if you just had to read that, you would have no idea what it is. So I have reviewed Fennabit like once or twice. I've reviewed F Fennabit once or twice as well and it was kind of ironic. I tried Fennabit for like two, three years. It was my go-to for anti-anxiety. I don't take it very often. Sometimes I would go a month or two without taking it but every time that I had legitimate anxiety, it helped me so, so much. I don't know if it's gonna work for you but it always helped me. So I ran out of that. I ended up picking up F Fennabit. I had a good deal on it from another website. I was like, I'll try it out. I kind of would prefer the original because the F Fennabit has a fluorine atom and I just personally don't like that but ended up trying it, ended up liking it a lot. It was kind of a more drowsy version of the original Fennabit. I just ran out of my F Fennabit and as soon as I run out of it, I get some of the original F Fennabit. So I really, really wanna try them back to back to kind of get a more pinned down opinion about which one is better for which situation but unfortunately I ran out of F Fennabit so maybe I'll try to order some before I run out of this so I can kind of do another comparison. So Fennabit is an anti-anxiety drug in Russia. I think maybe Australia too. It's a very simple compound. If you take the compound GABA, which is completely legal, you can buy it right now in the United States. GABA is kind of like a neurotransmitter that I think like turns off some of the other ones or it kind of like turns down the excitement of all the other neurotransmitters. So it kind of just relaxes you, takes away some of that excitement and just kind of makes you feel good. But if you just take GABA, it's not absorbed that well. You don't get that much of it in your bloodstream and that's probably why it's legal. Fennabit is essentially just GABA with a phenyl ring attached to it and these phenyl rings help improve the absorption of the compound. So it's very, very similar to the original GABA which is legal. It just has this added phenyl group to it and it was also designed to lower anxiety without reducing cognitive function. So unlike a lot of the anti-anxiety drugs that we have in the US, it's actually designed to lower your anxiety but not make you impaired at all, not make you necessarily wanna sleep, although it does make you wanna sleep. It seems to be more for kind of like a function anxiety aid versus something like Xanax volume. You know, if you take it while you're super jacked up, it might cut that off and you'll still have some of your original energy and you might be able to power through the day but it generally is a very sedative, very tiring and this one is too, but there is a sweet spot to where it isn't as tiring as those other compounds and I gotta say that compared to fphenibits, fphenibits seems like it comes on a little bit quicker than the original fphenibits and fphenibits seems to be a little bit more tiring. So if you're using fphenibits like go to sleep or for making you tired in any way, fphenibit might be a little bit of a better option but I actually prefer this one because I don't like the flooring atom attached to it and although this one isn't as drowsy, it feels a lot more natural to me versus fphenibit. So when I got this, it came with like two of these packs and I think I went through like six to eight of them so I've tried it for a good little bit now. Again, fphenibit is something that I don't take all the time. I kind of wait for the right time when I need it. I had taken the original fphenibit just kind of for recreation in the past and I never liked it. I could not stand it but the times that I used it for anxiety it worked every time. So I'm like, all right, well I'll just leave this around and take it when I have some anxiety. Sounds good to me. So it's not something that I could take all the time but it's something that always works when I need it to so I always appreciate that. These pills I think are like 250 milligrams for one which is a really good starter dose. That's about how much I would take. I was actually kind of like a lightweight when it comes to fphenibit. Some people take up to like over a gram and even more than that on Reddit I do not recommend that. That's kind of crazy to me. The most I'll take is 750 to 1,000 milligrams but that would only be if I accidentally over stemmed to myself and I just need to go to bed. Normally, if I was trying to function the day I would just take one and if I was trying to have some good sleep I would take two. But again, I really wanna save these for actual anxiety instances so that I know it will work guaranteed. I just recently tried a research chemical benzodiazepine and I was kind of using it a little bit like fphenibit and wow, fphenibit to me is just way better than any of these benzos, benzodiazepines. Like there's a small window where these benzodiazepines work and they're great.  You feel terrible. You feel sick. No thanks. So fphenibit actually works very, very well for me and it is a very unique compound in that it's supposed to increase dopamine so some people get a little bit of an awakening effect from it. I 100% do not. Like I'll take this when I'm over stemmed and I'll take a lot and I'll go to sleep. So for me, I do not have a stimulant effect on it but it is less drowsy versus other anti-anxiety aids. So anyways guys, that's been my review of fphenibit from Cosmic Neutropics and real quick on Cosmic Neutropics they have just tons of Neutropics that I've never heard of and now that I know that they're legit I can start dipping a toe into each one and hopefully I can uncover some more exotic Neutropics for you guys. Have you heard of fphenibit? Have you heard of fphenibit? What's your kind of go-to for anti-anxiety? Do you have a natural remedy for anxiety? I'd be very interested to see down below. We're on the road to 50,000 subscribers and I couldn't do without any of you guys to help you guys are the best. Having a great day out here. Hopefully I have a great day at home. See you all in the next video. Peace. Which is it?


The Government of St. Lucia recently accepted receipt of a 40-bed field hospital and vehicles from the Government of the United States of America, following a handover ceremony, and the St Lucia Fire Service Training School. Minister for Health, Wellness and Elderly Affairs, the Honourable Mouzi Javatis, expressed gratitude for the donation of the field hospital, which will strengthen the ministry's ability to respond to the challenges associated with a pandemic and natural disasters. This donation to St Lucia is timely, not only because of the ongoing challenges of the COVID-19 pandemic and its impact on local hospital resources, but as a practical response to increasing climate change-related threats. This gift, the field hospital behind me, will be critical in the face of disasters and other national health-related challenges. Ambassador of the United States of America to Barbados, the Eastern Caribbean and the OECS, Her Excellency Linda Taglialatella, expressed the commitment of her government to assist in the people of St Lucia and its response to the COVID-19 pandemic. This field hospital is yet another demonstration of our commitment to the health and wellbeing of our partners in the hemisphere. Our donation of this critically needed medical infrastructure will increase the ability of St Lucia to address the ongoing pandemic and meet future challenges from natural disasters. The past two years have been a challenging period for the entire world. No one has been spared from the impact of this global pandemic. Prime Minister and Minister for Finance, Economic Development and Youth Economy, the Honourable Philip J Pierre, welcomed the kind gesture of the government of the United States of America to improve the health infrastructure of the country in the time of a pandemic or disaster. The field hospital will significantly augment St Lucia's physical health infrastructure, enhance our disaster response readiness and enable the provision of medical assistance in remote areas, if necessary. But more importantly, at this critical time, it will equip the country with a standby capacity to manage any severe virus, spike or other emergency. The 40-bed field hospital with a capacity to manage eight patients in ICU is valued at US $600,000. The free vehicles donated for use by the St Lucia Fire Service has a value of the US $44,519.52. Reporting from the Communications Unit of the Ministry of Health, Wellness and Elderly Affairs, I am Phunan Neptune.


In mathematics, a manifold is a topological space that locally resembles Euclidean space near each point. More precisely, each point of an n-dimensional manifold has a neighborhood that is homeomorphic to the Euclidean space of dimension n. In this more precise terminology, a manifold is referred to as an n-manifold. One-dimensional manifolds include lines and circles, but not figure-dates because they have crossing points that are not locally homeomorphic to Euclidean one space. Two-dimensional manifolds are also called surfaces. Examples include the plane, the sphere, and the torus, which can all be embedded forms without self-interceptions in three-dimensional real space, but also the Klein bottle and real projective plane, which will always self-intercept when immersed in three-dimensional real space. Although manifold locally resembles Euclidean space, meaning that every point has a neighborhood homeomorphic to an open subset of Euclidean space, globally it may not. Manifolds in general are not homeomorphic to Euclidean space. For example, the surface of the sphere is not homeomorphic to the Euclidean plane, because among other properties it has the global topological property of compactness that Euclidean space lacks, but in the region it can be charted by means of map projections of the region into the Euclidean plane. In the context of manifolds they are called charts. When a region appears into neighboring charts, the two representations do not coincide exactly and a transformation is needed to pass from one to the other, called a transition map. The concept of a manifold is central to many parts of geometry and modern mathematical physics because it allows complicated structures to be described and understood in terms of the simpler local topological properties of Euclidean space. Manifolds naturally arise as solution sets of systems of equations and as graphs of functions. Manifolds can be equipped with additional structure. One important class of manifolds is the class of differentiable manifolds. This differentiable structure allows calculus to be done on manifolds. The remanent metric on a manifold allows distances and angles to be measured. Simplactic manifolds serve as the phase spaces in the Hamiltonian formalism of classical mechanics, while for dimensional or rentancy and manifold's model space a time in general relativity.


From River State comes a report that a chapter of the National Youth Council of Nigeria NYCN in that state has secured partnership with the foreign investors to train River's youth on entrepreneurial skills. The youth will be trained on modernized spraying and painting houses, still work among others during the training. Executive director of the steel company from Netherlands, Matthew Yan, said many Nigerian youths, particularly from Lagos state, also benefited from the training and have been sent to Netherlands to refresh their training. Speaking on behalf of the investors in charge of the painting training, Immanuel Diaf Ban emphasized more on the importance of the skill acquisition training to the youths in boosting the state economy and appeals to river state government to acquire the starter park for the trainees. When we will train Nigerian people in the Netherlands, I bring them to my company in the Netherlands, I train them and then they go back to Nigeria, to Lagos and after that they can start their own entrepreneurship. Benefits are enormous. We are going to be helping introducing them into entrepreneurship. We are going to be helping them be contributors to the river state economy because when they start off with this, they will become entrepreneurs themselves. They will also be able to network within themselves. So we believe that this is a collaboration that is not only going to help the youth, but it's also going to help the states and the economy of Niger Delta as a whole. Chairman of the National Youth Council of Nigeria and River State Chijokei, Hyongwa said the choice of river state for the training point clarified that the state is safe for investors. The beneficiaries are expected to be drawn from the 23 local government areas of river state. Even in Nigeria, we need skills to succeed. So for we, I think this is the best option to go. For us who have partnership with you and we are going to talk with the Ministry of Development who is also supervising us to see how we partner with your company to get some youths out of the streets. I was 70% of our youth in the country out on the streets, so they must have something to do. I want to thank you for coming and I'm sure that this is a starting point and that we have a governor that is very friendly with the youth and represents young people. So I want to partner with the state government to see how we even train more than one person per local government to see how the government will come in and see how. Thank you very much.


Everybody, Matt here for Layton Sports Cards Ripping 2022-23, Penini Daunress Basketball Team All Edition, 20 box full case break, number two, random teams. Here we go. We will randomize seven times. Good luck. One, two, three, four, five, six, and seven. Brian L. Down to Christopher C. And seven times. On the teams. One, two, three, four, five, six, and seven. Wizards down to Knicks. All right, we have Brian L. Wizards, Michael C. Bulls, Simon H. Rockets, Matthew R. Sons Raptors, Michael B. He, Matthew R. Nuggets, Jed D. Grizzlies, Nicole G. Hawks, Michael C. Pacers, Brian L. Jazz, Victor F. Bucks, Richard B. Sixers, Eric E. Warriors, Justin S. Clippers Nets, Kenneth R. Pelicans, Gary C. Mavericks, Brandon A. Spurs, Christopher C. Thunder, Kinsuke K. Blazers, Steven W. Cavs, Brandon A. Celtics, Chen K. Hornets, Michael B. Kings, Justin S. Magic, C. Low, T. Wolves, Todd B. Lakers Pistons, and Christopher C. Knicks. Results are posted to the website. Here comes your link. One second, I'll take a look. Note was perfect. I just added a note in there for you, too, Brian, just specifically, which cards, I mean, the whole package will be insured, obviously, but just so they know specifically what we're looking for. That base is divided evenly. This is Brian Rollins. That is a hollow, light blue laser, Radarookie to 25, Jabari Smith, Jr., Red and Gold, Laser, Andre Hunter, and Damian Liller, Red and Gold, Shadon Sharp, Rated Rookie, Chet Holmgren, Rated Rookie, and Blake Wesley, and Davis Bertons, Yang, Chris Guarte, and Andrew Nemhard, Rated Rookie, Christian Brown, Rated Rookie, Tyrese Martin, Butch and Raymond, Jayla Williams, Jaden Hardy, Sal Horford, Hollow, Light Blue, 25, and Malik Beasley, Red and Green, Jabari Walker, Walker Kessler, Harri Eason, Luke Travers, Rated Rookie, there's Keegan Murray, Rated Rookie, this is Hornets, Hollow, Light Blue, Rated Rookie, Otto, that's three of 10, Mark Williams, Nice one, Hornets, Tyrese Maxi, and Bojom Bogdanovich, Julian Lundurran, and Kennedy Chandler, Chris Guarte, and Dimwitty, Ty Ty, Hollow, Ben Carrow, Rookie, Murray, and Ty Ty, Jeremy Sohan, Rated Rookie, this new, nice, that is to 25, Hollow, Light Blue, Laser, Rated Rookie to 25, yeah, five of 25, Walker Kessler, Nila Galanari, that was a nice one for the nut, for the jazz, Malakai Branham, Kobe White, and Anthony Davis, Shadon Sharp, Rated Rookie, Chet Holmgren, Rated Rookie, and Blake Wesley, Tyrese Maxi, and Vince Williams Jr., Christian Brown, Rated Rookie, Bones Highland, and Joe Engels, Andrew Nemhard, Rated Rookie, Jabari Smith Jr., Trevor Keels, Jalen Williams, Jaden Hardy, this is Bradley Beal, Hollow, Light Blue, Laser, 125, Arjanbo Champ, Rated Rookie, Jabari Walker, Kessler, Tyra Eason, Anthony Edwards, and Darius Basley, Tyra Eason, Jalen Williams, Isaac O'Coro, and Tim Hardaway, Keegan Murray, Rookie, Yovitch Jabari Walker, and Walker Kessler, Red and Green, Cole Anthony, and Peyton Watson, Rated Rookie, Jalen Durran, Scotty Barnes, Nassir Little, Isaiah Mobley, Trey and Jaden Ivey, Christian Brown and Tyrese Martin, Isaac O'Coro, Hollow Blue, or Hollow Light Blue, Laser, that's the 25, Cavs, Peyton, Jaden Hardy, and Jabari Smith, London Dorp, Rollins, Tyre Eason, and Jalen Williams, Markel Fultz, and Ochaic Bajie, Red and Gold, Laser, Keegan Murray, Jabari Walker and Walker Kessler, Levine and Peyton, Jalen Williams, Jaden Hardy, Corey Kispert, Red and Green, and Jaden Ivey, Red and Green, Rated Rookie, Jabari Smith, Brown, Trayman, that's the 25, Josh Richardson, Arice Martin, Griffin, and Yang. Hamidou Diallo and Luke Kinard, Shadeon Sharp, and Chet Holmgren, Rated Rookie, Kyrie Irving and James Wiseman, Miles Turner and Musa Diabate, Benedict Matherin, and Palo Ben Carrol, no, not yet, MPJ, and C.J. McCollum, Williams, and Jeremy Sohan, Rated Rookie, Iota Sunmu, Trayman and Chet Holmgren, Rated Rookie, Malachi Branham, yeah, Kyle starts in about an hour and 15 minutes. Jaden Donchich, Jalen Dern, Donovitch and Tray Murphy, Mowgli, Smart and Jalen Williams, Avaji, Jaden Ivey, and LeBron, Jalen Williams. All right, box number 10. Nice, that is Benedict Matherin, Rated Rookie, Hollow Light Blue Laser, nine of 25 for the Pacers. Here you go, Indiana. Kawai, Shade On Sharp, Rated Rookie, Kyrie and Trevor Keels, Christian Brown, Turner and Herbert Jones, Neymar Jabari Smith, MPJ and Anthony Simons, Jalen Williams, Jaden Hardy, Pascal Siakam and Jalen Williams, Red and Green Laser, Red and Gold, sorry, Jeremy Sohan, Rated Rookie, Hayward and Moody, Chad Holmgren, Rated Rookie, Malachi Brannum, Killian Hayes, Hollow Light Blue Laser, 25, Kawai, Miss Mondiang, Here's Shade On Sharp and Peyton Watson, T-Wolves, Red, Gold, Rated Rookie, Wendelmore Jr., Kyrie and Trevor Keels, Christian Brown, Isaiah Jackson and Kevin Porter Jr., Here you go, Bear and Jaden Hardy, Red and Gold, Rated Rookie, Ochaic Bajie, Jaden Ivy and Wall, our last pack of Box 12, Harrison Johnson, Benedict Matheran, Ty Ty and Palo Banquero, Rated Rookie, Jalen Suggs, Hollow Light Blue Laser, 25 Magic and Jalen Williams, Red and Gold, Williams Ochaic Bajie and Jaden Ivy, Rated Rookie, Franz Wagner, Red and Gold, LeBron, Red and Gold, Palo, Rated Rookie, Wise Harris, Red and Gold, and Joshua Primo, Red and Gold, Jeremy Sohan, Rated Rookie, Benedict Matheran, Rated Rookie, this is Lakers, Red and Gold Laser, Rated Rookie Auto, Max Christie, you know Lakers, Justin Holiday and Jake LaRavia, Malachi Abranum, Sadiq Bay and Tyus Jones, James Harden and Kendall Brown, Rated Rookie's, Benedict Matheran, Palo, Jonte Murray and Bruce Brown, Rated Rookie, Jeremy Sohan, Robert Williams and Max Strauss, Chet Holmgren, Rated Rookie, Brannum, K-E-T, Red and Gold, Tavius Caldwell Pope, Red and Gold, McBajie and Ivy, Colin Sexton and Donovan Mitchell, Palo Banquero, Rated Rookie, Jalen Suggs and Walker Kessler, Rated Rookie, Red and Gold Laser, Jeremy Sohan, Matheran, Raptors, that's Red and Gold, Laser, Rated Rookie Auto, Christian Coloco, Raptors, Red Van Blee and Shangoon, Malachi Abranum, box number 16, Terry Rosear and Kenneth Lofton, Jalen Williams, Jaden Hardy, Cameron Thomas and Harrison Barnes, Jabari Walker and Walker Kessler, Tari Eason, Buddy Heald and Reggie Bullock, Keegan Murray and Patrick Baldwin, Jalen Duran, nice, that is Yanis, Hullo, Light Blue Laser to 25 for the Bucks, Ice Wind Milwaukee, Tray Lyles, Mowgli, Williams and Terrence Mann, Ochaic Bajie and Jaden Ivy, Amadou Diallo and Isaiah Mowgli, Cree Kispert and Doug McDermott, Benedict Matheran and Palo Bencaro, 18, so a few minutes over here, try to get out of Kyle's way so you can get it set up for tonight. It's Tyrese Halliburton, Hullo Light Blue Laser, Pacers, 25, Aaron Fox, Christian Brown, Buddy Heald and Marcus Morris, Jaden Hardy, Rated Rookie, Jabari Smith, Gordon Nicola Jovic, Rated Rookie, Red and Gold Laser, Tarni Eason, Jalen Williams, yeah, just about done, couple more boxes here, Cody Martin and Norman Powell, Keegan Murray, Rated Rookie, Jabari Walker and Walker Kessler, I'm sure we will, Al Horford, Max Christie, Shadon Sharp Rated Rookie, Chet Holmgren Rated Rookie, Julian Hayes and Danny Green, Will Barton and McCall Bridges, Christian Brown Rated Rookie, there's Bam, Hullo Light Blue, 25, Smyndiang Rated Rookie, Red and Gold, Jaden Hardy Rated Rookie, Jabari Smith.  Grab your spots for Tuesday, I will be back Wednesday on the Layton 2 channel, ripping five cases of 23 Tops Chrome Baseball Hobby, pick your team style, those spots are going pretty fast, Caleb Martin and Dyson Daniels, Keegan Murray, sorry, Walker and Walker Kessler on Brooks, that is Sadiq Bay, Hullo Light Blue Laser to 25 Pistons, Laurie Markinin, Jalen Duren, let's finish with something big here, Isaiah Jackson, Ken Porter Jr., Isaiah Mobley, Rudy Gobert, and Jaden Hardy, Red and Green Laser Rated Rookie, Icewind Mavericks, Ochaic Baji, Jaden Ivy, Kenneth Lofton on the back, all right, give me just a minute, we'll recap. And a Walker Kessler, Hullo Light Blue Laser Rated Rookie to 25, the Jazz, Autos, Raptors, Rated Rookie, Christian Coloco, Lakers Rated Rookie, Max Christie, T-Wolves Rated Rookie, Wendell Moore, Hornets Rated Rookie, Hullo Light Blue Laser to 10, Mark Williams, and then a couple of nice parallels here, we had Pacers, Rookie Hullo Light Blue Laser to 25, Benedict Matherin, and Bucks, Hullo Light Blue Laser to 25, Yanis. That'll do it for the break, thank you everybody.


2020 was a bit of a rough year for Tamar Braxton, but these days things are looking up for her. I was living a complete lie and facade that I was okay for a long time, but I'm good now. It seems that the reality TV star and singer was up for a fresh start altogether, including a new place to call home. Around the end of last year, Tamar dropped nearly $2.5 million to snag a brand new modern farmhouse in Sherman Oaks after finally selling her plush, customized mega-measure in Calabasas. Today we're checking out a few of Tamar's properties past and present. We even found the listings. In these videos, we don't reveal any addresses and even though I've done a house tour of my own place, please do not show up at any private residences because it's not safe for anyone. Tamar Braxton is a singer and TV personality who began her career in 1990 as a founding member of the R&B group The Braxtons, which she formed with her sisters. While the trio released their album in 1996, they disbanded shortly afterwards and Tamar embarked on a solo music career. She released her debut album in 2000 through DreamWorks Records. After a 13-year break, Tamar released her second album and a few more after that, winning a BT Award, three SoulTrain Music Awards and nominated for four Grammys over her music career. Aside from all that, she's also known in the reality TV world starring on The Braxton Family Value since 2011 alongside her mother and sisters. While the show ran for seven seasons, more recently Tamar admitted that the pressure of being on TV wasn't the best for her family relationships or her mental health and she wasn't happy with how others perceived her. These days off-screen, it seems Tamar is focusing on her self-care and her family. While she had to sell her massive home in Calabasas, it looks like she and her son are now living in a gorgeous new Sherman Oaks home and according to her net worth, she'll still have a few million dollars left over in the bank. Hey guys, it's Karen. Today we're bringing you another house tour here on Femus Entertainment. Be sure to hit that subscribe button and ring that bell. We post a new video daily. You guys requested this one and since we already did her sister Toni Braxton's house tour, today we're taking a look at where Tamar Braxton calls home, like her current farmhouse style, spot and two of her former estates. As you know, here we talk about celebrity houses, but have you ever wondered what Lil Oziebert's Face Diamond is all about or about Justin Bieber's one-of-a-kind new car? We recently started a brand new channel, Famous Fashion, where myself and some other hosts are reporting on all things celebrity fashion and purchases. Join us and be sure to subscribe. We're going to link you to one of our videos.  Wouldn't a diamond in the forehead feel weird? Who knows? As always, don't forget to follow me on Instagram to chat and now let's get into this video. First, we'll look at a home Tamar used to own way back when when she was married to her ex-husband Vincent Herbert. The R&B singer and her music producer ex bought this crib in Hidden Hills, California back in 2011 for $3.4 million. And while they sold the faux French style mansion only a year later, the kicker is they got $6.9 million for it making a few million on the deal. This two-story home sat on 1.3 acres of land and the exclusive gated neighborhood was still as desirable as it is today. While the photos are outdated by now, the mansion spanned nearly 12,000 square feet of space and had features like a double height entryway with curved twin staircases and a large formal living room with a marble fireplace and built-in bookshelves. Elsewhere there were five bedrooms and 7.5 baths and common spaces like a formal dining room with open beam ceiling and attached wine cellar. There was also a gourmet kitchen with huge center island and plenty of space to casually dine. Other features in Tamar's former mansion included a library with custom paneling and another fireplace, a home theater and a pub games room with wet bar and waterfall outside. Estimated payments on these digs are upwards of 34K per month but the ex-celebrity couple could no doubt afford it. And just wait till you see the palace Tamar moved to after this. In 2018 it was reported that Tamar was trying to offload her opulent mega mansion in Calabasas. First listing it for rent at 85K per month and a few months later other reports claiming she sold it for 9.25 million. The reality TV star purchased this home for $10.5 million with her estranged husband Vincent back in 2013 and it was located in the guard-gated celebrity enclave of the Oaks with neighbors like Courtney Kardashian, Travis Barker and more. Further safeguarded by a high-tech security system Tamar's stately 15,000 square foot plus home was designed in a somewhat Mediterranean style and sat on two large landscaped acres of land. Inside there were seven ensuite bedrooms with nine full baths, two half baths and features like a 15-car underground garage as well as indoor and outdoor fireplaces throughout. Not only does this mansion have a salon and glam room, elevator, professional recording studio, playground and mirrored home gym but there is even an impressive champagne bar modeled after the Dorchester Hotel in London. Walking in the first thing you see is a double height and grand foyer with curved staircase and a central reception gallery. This leads to a multi-purpose living and entertaining room with patterned wood floors, Corinthian columns and floor-to-ceiling French doors opening to the terrace outside. One of the family rooms in Tamar's former mansion opens to the kitchen, which is arranged around a double-wide island and decked out in dark wood cabinets. Other features here include stainless steel appliances, granite counters and a spacious, cook-friendly environment. While there are both formal and informal dining areas inside the home, there is even a larger outdoor dining room under a covered patio with seating for 12 or more guests. Other amenities in the home include a home-movie theater, of course, because what mansion is complete without one, as well as an office, games room and wine cellar. The covered patio that runs along the back of the home overlooks a flat grass yard with a resort-style swimming pool and spa and nearby there's a poolside guest house. This whole setup boasts an open view over the surrounding canyons and the hilltops. More recently, after moving on from that mansion in the Oaks we just looked at, Tamar treated herself to a brand new farmhouse-style retreat in the Los Angeles suburbs of Sherman Oaks. She closed on the home in fall 2020 and while it was a sizable change from her former palace, it's still a brand new and spacious residence costing the R&B singer over $2.4 million. To finish brand new in summer 2020, the two-story abode offers six bedrooms, 5.5 bathrooms and 3,800 square feet of living space. It has an open floor plan ideal for entertaining and high-quality hardwood flooring throughout. Tamar's elegant new home has all the modern upgrades you can need as well as no-worthy touches like beam ceilings with recessed lighting and elegant finishes. While there aren't many interior photos readily available online, listing details describe the rooms such as the Gourmet Chef's Kitchen. Here, Tamar can enjoy Thermador brand stainless steel appliances and features like a built-in breakfast table and custom built cabinets. The nearby family room hosts a warm fireplace for the perfect place to unwind and have some close friends over for a visit. Upstairs, Tamar's master suite is a private retreat offering its own balcony, spacious walk-in closet, another fireplace, as well as a hotel-style bathroom. Here, there are double vanities, a walk-in shower, separate tub, and another makeup vanity. If one prefers to entertain outside, the backyard has a barbecue and fire pit as well as a jacuzzi and swimming pool with waterfall. If guests need a place to crash, there's even a one-bed and one-bath pool house or cabana. That's all I got for the homes of Tamar Braxton. While she may have sold that mega mansion in Calabasas, I think her brand new home in Sherman Oaks is something to be proud of. It's gorgeous. While we don't have many pics of Tamar's new home, I love the modern farmhouse style and if the exterior views are anything to go by, I think the place would have been designed perfectly. Which one of her homes was your fave? I mean, if I wanted a castle, I might pick the mega mansion in the Oaks, but I'd be happy with her current place too. Be sure to let me know down in the comments. Thanks for tuning in. Don't forget to follow me on Instagram and tell me whose house tours you want to see next. I'll see you all in the next video. Bye!