Hi everyone, Joe for jaspyscasewrakes.com coming at you with 2021 hip parade autograph first round edition football jerseys series 10 10 jerseys. All first rounders and some of them are officially licensed as well, which would be pretty awesome.   So obviously if it's Trevor Lawrence, it's going to go to the team that he's currently on the Jaguars. If they're retired, we'll go we'll go by profootballreference.com and just whatever team they played for the longest using games. I guess we'll just keep going the columns over on profootballreference.com if we need any tiebreakers. I don't think we'll run into that situation too much, but just full disclosure. Big thanks everyone here.  Thanks for taking the risk on the filler as well. Congrats again to the winners. Likes her mix lot.  All 32 teams are in. There will be a chance for you to make some trades as well. Let's roll it. Randomize it. Two and a two. Hard four. One, two, three, fourth and final time. Got Karen down to Nick. Two and a two for the hard way for the teams. One, two, three and four. Packers down to Bills. Remember, they're all first rounders according to hit parade. So before you trade players away. Karen with the Packers, Alan with the Cardinals, Carl with the Chiefs. Karen with the Giants Gale with the Jags, Alan with the Saints. Brian Hayes with the Niners, Brian Croft with the Dolphins. Peter with the Lions, Brian Croft with the Bengals. Tom with the Boys. Chad with the Colts. Kevin Eagles. Travis with the Texans. Carl with the Broncos. Brian Croft with the Browns. Nick with the Panthers. Kevin with the Jets. Brian Hayes with the Steelers. Steve with the Bears. Alan with the Seahawks. Travis with the Ravens Gale with the Pats. Carl with the Titans and the Rams. Alan, you got my Raiders. Brian with the Falcons. Tom with the Chargers. Steve with the Vikings. Chad with the Buccaneers. Peter with the Washington Football Team. And Nick with the Buffalo Bills. Buffalo! Sort by column B. And there you go. I'm going to pause the video. When we come back, we're going to see if there's any trades. And then we'll have the break. Stick around. We'll be right back. Welcome back, folks. Sorry I was distracted by the Brewers at Atlanta. Game right now. Brewers up 4-2. A little bit of trade chatter, but in the end, no deals were done here on Tuesday the 12th. So big thanks once again to everybody here. Popped in the new toner. Look how crisp that looks. Looks nice. Thanks, everybody, for getting into the action. Appreciate it. So it ended up being Brian Croft.  But Last Spot Mojo bangles and falcons. As we like to say, Last Spot Mojo is 70% of the time. Last Spot Mojo hits 100% of the time. So let's see how those numbers work out. So I've got the case. You can kind of see it just right where my hand is floating right there. We're going to keep pulling boxes over here and popping them on the table. And we'll see what's inside. Where are you thinking cats on? We're going to see play America's favorite game. Who am I? I'm going to give you some clues. Make some guesses. 4, 5, 6, 7, 8, 9, 10. Perfect. We're doing all 10. So you can see here the sticker right there. It's his first round edition. Series 10, hand number 99 out of 100. And since we've got a lot of boxes to do, we'll keep the Who Am I relatively quick, simple, easy to guess. For bragging rights. All right, so first one, I think we've got, is that an officially licensed jersey? It is. It's a Nike jersey. Now remember, these are all first-rounders, so this should be pretty easy. I am an active quarterback in the NFL. 6'1, 215 from Austin, Texas. Played at Texas Tech, where I was at Texas Tech for one season in 2013 before moving on to Oklahoma. That should give it away. Heisman Trophy winner as well. And in my relatively short career, 77 touchdowns to 45 interceptions. Over 12,000 yards. Who am I? This has that team right there, that person. There you go. Kevin M's got it. It's Baker Mayfield. And Brian Croft has the, with the spot that he won, has the Cleveland Browns. There's the Mayfield. There's the Beckett sticker, the car, and there's his autograph right on the middle of his number right here. This is a Nike jersey. So I will take this out just to show you. The custom jerseys are somewhat, they're a little plain, but the officially licensed jersey obviously has the dog pound on the collar, the Nike size tag, the Nike swoosh on the left side, the NFL shield in the middle. Cleveland, this is for you. This is for you. Got all the retail tags on here as well. Nice, so congrats, Brian. I'm also going to fold this up much more nicely. That's what I'm done with this break. But congrats to Brian Croft. Their first, our first autographed jersey, our first, first rounder. Next, good luck. Loads of the bases. All right. All right. Who am I? I'm an active wide receiver who played college at a major university, and I was awarded the Fred Bolitnikov Award winner as the nation's best wide receiver as a sophomore in 2018, and was drafted 15th overall. Who am I? Career 58 receptions, 928 receiving yards, and currently on the IR unfortunately. Pretty nice season, rookie season last year, and was looking to be maybe pretty decent in his second year, but cut short a little bit, IR. Who am I? Not Clyde Edward DeLair, Rex. He's a running back. It's a wide receiver, drafted in 2020, last year, in the middle of the first round out of Alabama. El Guapo's got it. Jerry Judy in his college gear. So this is just a custom jersey. We're just going to leave it in the bag. It'll just be the red color, and there'll be no official licensing and stuff like that there, but there's his last name, Jerry Judy, there's his number, and there's the autograph and the Beckett sticker right down here too. Denver Bronco is my rival, so that's going to go to Carl. And I think Jerry Judy and Henry Rugg's former college team will probably be connected together for the rest of their careers, because there was that debate. Henry Rugg's went to my Raiders, of course. The better receiver, who should have been picked ahead of who, will be in the conversation. Alright, next box. Let's see, Braves have the bases lowered in the bottom of the fifth, just one out. Jocktober? No, is that the inning-ending double play? Jocktober... No, but he sprints through the bag, so that does score a run. Jocktober, an RBI. Alright, who am I? Let's see. Played college football for a few seasons, totaled over 5,500 all-purpose yards in my three-year collegiate career, finished fourth in Heisman Trophy voting, third in Maxwell Award voting, received multiple national and Big Ten conference awards and recognition, broke numerous records in college, and selected second overall. And as a rookie, had over 1,300 rushing yards and was named NFL offensive rookie of the year, got a Pro Bowl nod. If I'm healthy, I'm pretty darn good, rolled an ankle pretty badly last week. This is his college gear too. Who am I? Yes, Kevin M's got it, Saquon Barkley. In his Penn State gear, there's the JSA, his number, Barkley, the card as well. And that's Karen Steele with the New York Football Giants, with Big Blue. There's his autograph. Man, if he just stays healthy, and it looks like Karen, they've also, this custom jersey, also has some other stuff on it too, which is pretty cool. Nice. I like when they do this. Highlighting some of his highlights in his career, in his college career. All right, next box. And I think if you like this sort of, this live memorabilia type stuff, I think Nick just posted an autographed helmet break, a full-size autographed helmet break on jaspyscasebreaks.com, so check that out. Next, Travis Darnold with a hit in RBI. Tie it up again. All right, who am I? Active wide receiver in the National Football League, drafted fifth overall. Played for one team my entire career. Also a Fred Belitnikov award winner in 2019, a national champion in 2019. I don't know, let's see. What else? Unanimous All-American, led the football bull subdivision, the FBS, in receiving yards and touchdowns, en route to a national champion in 2019, champion in 2019. Drafted fifth overall, after sitting out the 2020 season, and reunited with his former college quarterback too. Reunited, and it feels so good. This is in his college gear as well. Not Higgins? No, exactly. Jamar Chase, you got it, Kevin. Has a nice big, bold autograph right on his number. That's nice. That's how you sign these numbers, everyone. Pay attention, football players. This appears to be, yeah, this is a custom jersey, Jamar Chase. Nice. So Bangles, that's Brian Croft with the Bangles last spot mojo. Strikes again. 70% of the time. It hits 100% of the time. Thanks, Bryn. All right, so Brewer's Braves 4-4. Going back and forth a little bit here. All right, next one. This looks like a officially licensed jersey. Yeah, I think so. Yeah, this looks pretty nice. All right, another active wide receiver. Let's see. Drafted in the first round. These are all first-rounders, obviously. Drafted in the first round, fourth overall. Played college football at Georgia. In my first season with the team that drafted me, I made the 2012 Pro Bowl, becoming the first rookie receiver to make a Pro Bowl appearance in eight years, and then went on to accumulate a total of seven Pro Bowl appearances throughout my career. From 2011 to 2013, I've caught more passes, 260, than any other player in NFL history during their first three seasons. A record that was only later broken by Jarvis Landry and Odell Beckham Jr., both tied at 288. Six seasons with 1,000 or more receiving yards. Played for one team for my entire career until this season, where I moved on to the Arizona football Cardinals. That should give it away. I left this team ranked second in franchise history, only behind Chad Johnson in receiving yards, receiving touchdowns and receptions. Who am I? Not Julio. He left the Bengals ranked second in franchise history, only behind Chad Johnson. So second in franchise history in receiving yards, touchdowns and receptions with the Cardinals now. Went from a cat team to a bird team. That's right, Kevin. And Travis. AJ Green. So that's it. Back-to-back Bengals for Brian Croft. Last-bond mojo really paying off here. There's the Beckett card, the Beckett sticker and his autograph, nice bold autograph right there. He's a vet. He knows how to sign things. And this looks like an officially licensed jersey. Let's take a look. Yeah, an officially licensed jersey. So you got all the retail tags right here. The Nike swoosh on the side. The tiger stripes, the number on the shoulders. All very cool. Here's another look at the auto again. All right, Brian. I'll fold this back up nicely at the end of the break. But congrats again. All right, next box. This is a custom jersey. This is college jersey. All right, who am I? Retired player this time, a retired linebacker from Olean, New York, was 6'3", 235. He's 57 years old now. All first rounders was eighth overall, played for two teams my entire career, the Bills and the Rams. Looks like I played for the Bills the longest and this is going to go to you, Nick T. He was an AP, NFL Defensive Rookie of the Year in the late 80s, three-time pro bowler, three-time all-pro, part of the Bills 50th anniversary team. A fiesta bowl, defensive MVP in 1987. A consensus all-American and college football Hall of Fame went to Penn State. Who am I? He won two national championships with Penn State in 82 and 86. During my career, Penn State had 274 tackles, including a school record 186 solo tackles. What's he doing now? After football, since my retirement, worked for S. Mark, Inc. as the company's vice president of commercial real estate in 2013, named the Pittsburgh Powers vice president of corporate sponsorships. Pittsburgh Power Arena football team. Who am I? So, old school guys. So, that's Nick T. with the Bills. It's in his Penn State gear. Talry, not Talry, Dave. It's Shane Conlin. I don't know how many of you remember Shane Conlin, but here he is. There's his autograph. There's Conlin right there. There it is. College jersey. And a custom jersey as well. Played for the Bills from 87 to 92, and then played with the Rams for a couple of seasons. He was one of those L.A. to St. Louis. One of those, he was part of that transition. Nick T. Buffalo! All right, more. We got one, two, three, four more to go. Let's see who we have here. Another custom jersey. I think another retired player. Yeah. Retired wide receiver. From Griffin, Georgia. I'm 61 years old now. Six foot, 178. That's my playing days. Height weight. Went to Griffin High School. Went to college in Tennessee, and was picked 18th overall in the early 80s. Played for two teams my entire career. Was a Super Bowl champion in Super Bowl XX. And an all-American in the early 80s. Finished my career with 333 reception, 6,635 receiving yards, 44 touchdowns, and 45 kickoff returns for over 1,000 kickoff return yards. Who am I? And this is in his pro uniform. The team that drafted me, this uniform. But he played my Raiders from the late 80s to the early 90s, from 88 to 93. Who am I? Considered one of the fastest NFL players of all time. Also a member of the U.S. Olympic team that boycotted the 1980 Olympics. Led the Valls in all-purpose yards as a sophomore, junior, and senior, named all-American team in 1982. Still holds numerous school kickoff return records. And I guess he's currently pursuing a career as an actor? Not Cliff Branch, I think you're kind of on the right track. In the early 90s, I retired in the early 90s and is pursuing an acting career in Hollywood. Portrayed Willie the Sweeper in the NBC series The Pretender. Also had an appearance on the sitcom Still Standing, playing himself as the father of a friend. Few appearances in Ned's declassified school survival guide. Was also in MTV's Parental Control. Was in an episode of Friday Night Lights. Who am I? Don't you? No, don't you? Don't be like that Rex. This is using your... I don't know if anyone's really going to get this. I kind of mentioned the name really quick. It's Willie Galt. In his Bears gear. There's his autograph. There's the JSA sticker. I'm sure the card's in here somewhere. There it is. There's Galt right there. This is a custom jersey in those Bears colors. Pretty cool. Old school Bears receiver. Fast dude. Chicago Bears, that's going to be for Steve Wright and the Bears. Three more jerseys to go. Let's see what's in the next and follow hit parade. Who do we have here? This looks like another officially licensed jersey. I think it is. I think who is it? Oh, that's... That's you. Okay, that's you. Active. An active quarterback. Who am I? 33 years old from Big Spring, Texas. He's 6'4", 2'17". Went to college at Texas A&M and was an eighth overall pick. Played for the team that drafted me. Played for them for six seasons or so before going to his current team, which is the color of the jersey here. I was an NFL comeback player of the year award winner in 2019. Went to the Pro Bowl in 2019 and was an NFL passer rating leader in 2019. I've got a career 179 touchdowns to 89 interceptions, over 27,000 passing yards and a passer rating of 91.8 into college at A&M. Who am I? I think this might have been a tried to trade couldn't trade mojo situation. Let me scroll up a little bit. Yeah, tried to trade couldn't trade mojo. Any guesses? I was named... When I went to my other team, I was named starting QB for this team in week 7 of the 2019 season and then ended up taking this team to the AFC championship game where my team lost to the Adventure Super Bowl champs. Can't say he cheaps. He was with the Dolphins. Drafted him eighth overall. I think they eventually traded him and then drafted another quarterback. No, they traded him and... No, they didn't trade him for that person. Who did they trade him for? I'm on the Wikipedia page. You can blame Wikipedia. So if there's anything inaccurate, you can blame Wikipedia. Not Alex Smith, Rebel and Jason. So in March 2019, the Dolphins traded me and a six round selection in the 2019 draft to my current team in exchange for a fourth round selection of the 2020 draft. There you go. Travis has got it. Ryan Tannehill. I thought people would have gotten that a lot more quickly. This is a fanatics authenticated jersey. You can see the card in the sticker. His autograph is right on top of the seven. This is... Yeah, this is an officially licensed Nike jersey. So let's take a look at these because the officially licensed jersey is definitely worth looking at. I think the tight... Ooh, got some stars on the collar right there. There's the Nike laundry tag. You got the NFL shield and Titans right up front, which I think looks really sharp. The shoulders, the gray shoulder caps look really cool. The laundry tag on the bottom right there. Very cool. Carl with the Titans tried to trade, couldn't trade mojo. I'll fold this up nicely at the end of the video. Didn't want the Titans try to trade them. No offers. There you go, Carl. Two more to go. So out of the 10, so far we've had three officially licensed jerseys. Those look pretty sharp. Right now I'm saying the QB with the hot white. All of them. All the QBs. All right. Who are you? Take a look. This is a custom jersey. All right. Who am I? America's favorite game. Let's look you up. I am a retired... a retired running back. Was a late first round pick in the early 90s. Born in Houston, Texas. Went to college in Georgia. Played for one team my entire career. Was a two-time pro bowler, a Super Bowl champion, and a Florida, Georgia Hall of Famer. Ended my career with almost 7,000 rushing yards. 49 touchdowns. Not Emmett Smith. This person only played for one team my entire career. Was the starting running back for this championship team in the early 90s. And this team finished 13 during the regular season. Won the Super Bowl. Super Bowl XXV. Six foot, 215 pound running back. Broke the 1,000 yard mark each year from 91 to 95. Almost signed with the... with the Niners. Almost signed with the Niners. But stayed with this team. Not Davis. Was drafted 24th overall in 1990. And won that Super Bowl in that 1990 season. Where my team beat the the Bills. 20 to 19. Not sure the Wikipedia page is not very huge. Doesn't really say what he's doing these days. Who am I? Anderson. It is... I don't know how many of you remember... I don't remember Rodney Hampton. Remember Rodney Hampton? There's his autograph right there. There's the JSA sticker. The card is right there. Pretty solid running back for a good chunk of time. New York football Giants. That's going to be for Karen and the Giants. Alright, last jersey coming up. Let's see what we're going to close out with. It's another custom jersey. And another retired player. Alright, who am I? These are all first rounders of course. I was sixth overall in my draft class in the late 80s. Played for two teams my entire career but really just one. Only played one season with the team that I retired with. A two-time pro bowler. A NFL Receptions co-leader in the late 90s. Almost ten years after I was drafted. Nine-time pro bowler. Part of the 90s all decade team. Was also a Heisman Trophy award winner. And I think I only just recently got in the the Hall of Fame. No, it was a little while ago. 2015. Thought it was a little more recently. But after a long while finally got into Hall of Fame. Had a career 1094 Receptions. Almost 15,000 receiving yards and exactly 100 receiving touchdowns. Pro football Hall of Famer, college football Hall of Famer. And this should give it away. Went to high school in Dallas. Went to college in Notre Dame. Notre Dame Heisman Trophy winning wide receivers in the late 80s. He's pretty good. One of my favorite players. Lot of records too. Yep, Jim. And Ico has got it. Tim Brown for my Raiders. Big fan of Tim Brown. There it is. Tim Brown. Got some nice penmanship. All the old school guys have nice penmanship. The young kids don't. I blame texting. There's the Becket sticker right there. It's just a custom jersey. There's T Brown right there. Wish it wasn't an officially licensed one. But still very cool. Nice way to end it. That goes to the Raiders. Alan Murdoch. With the Las Vegas Raiders. I'm Joe for jaspyscaserates.com. That was a pretty fun break. Hit parade, autographed, first round edition football jerseys. Thanks for watching. Thanks for breaking with me. I'll see you next time for the next one on jaspyscasebreaks.com.


Hello friends. I'm Sanjay Gupta. I welcome you on Sanjay Gupta Tech School. So in this video I'm going to demonstrate you how you can create your own developer org so that you can practice all the stuff related to Salesforce. So friends, first you need to open a tab in the web browser and you need to type this URL developer.salesforce.com So this page will be opened. Here you will see two options login and sign up. So since we are going to make a developer org account at very first time, so we have to click on sign up. So it will display this simple form so you can read the message, get your very own developer edition. A full featured copy of lightning platform for free. So this developer org will be available free of cost for you so that you can do hands on related to Salesforce classic as well as Salesforce lightning. So you need to fill this form. So I'm providing my details. Here you can pick a particular role. So I'm picking developer here name of company. So I'm naming my company name as Sanjay Gupta underscore Tech School. I'm from India. So I'm selecting country as India. This is my postal code. Now you have to choose a particular username in form of email ID. So that will be your username for your Salesforce developer org. So I'm picking this one Sanjay Gupta dot Tech School at the rate gmail.com.  So it will automatically trigger a verification email that will send to your email ID that you have mentioned while filling this form. So you can read the message, please check your email to confirm your account. So now I'm going to log in into my email account. So here you can see I got an email welcome to Salesforce verify your account. So I'm going to open this here to click on this button that is verify account. So you can see it is asking for change your password so whenever you create your developer org account at very first time. So you can set your username while filling the form but whenever you verify your account then you have to choose a password for it. So here I have to fill a particular password and I have to confirm this, then you can choose a security question. So in what city you are born. So here you can fill name of your city so I'm filling over and clicking on change password. So new password will be set and you can see it is opening the Salesforce developer org where you can do practice related to Salesforce classic as well as lightning. So it will show you some pop up windows so you can read these for your information purpose. So this is your developer org at top right corner you can see here the information are available. And if you want to log out you can click here. So here we have logged out successfully. So now if you want to log in again. So you need to type this URL login dot Salesforce dot com. And here you need to type your username and then password. So friends this way you can create a developer account on Salesforce so that you can do. You can do practice or implement all this stuff related to Salesforce classic and lightning. So this way I hope you have understood how we can create an account how we can do sign up how we can do sign in and how we can log out from the Salesforce account. So I hope you have understood whatever I have demonstrated in this video keep watching my all related videos related to Salesforce so that you can understand how we can become a Salesforce administrator or Salesforce developer. Thank you for watching this video.


Good morning. Welcome to the morning session. This is going to be the most fantastic session of the all conference, so you're lucky to be here. And we start with a fantastic recorded video of IO from pseudo random generators in NC0 LPN and by linear maps or the power of lattice free cryptography is joined to work by Aiyush Jain, Rachel and I meet and there is a record and there is a recorded video by Aiyush. So I'm going to talk about IO from PRG and NC0 LPN and by linear maps. And in particular I want to focus on this facet of our work, which is, which is a really intriguing insight about power of lattice free cryptography. This is joint work with Rachel Lin and Amit Sahai. As you all know, lattices have really revolutionized the whole space of cryptography with such amazing applications and over the past 15 years or so, we have managed to find this really appealing problem of learning with error. And the reason has been that immensely useful. This is simply because it has very nice worst case and which case connections and you can you know this problem has the promise of being as secure as several worst case lattice problems. And not only that turns out it's our frontier problem to build post quantum crypto and and that's because as far as we know, as of today we do not know of any quantum advantage for solving learning with error. And it has just really been nothing short of a great success story, starting from like conventions such as homomorphic encryption, as you know, homomorphic encryption is people are trying to deploy industry today it's currently facing, you know, industrial push. And at the same time, recently actually the works on homomorphic encryption have also won good prize which is a great thing for the entire field. And that it's been useful in so many different things and on this slide I just listed just some of those applications like a really a sub sample for those applications attributes waste encryption multi key FHE function encryption, and so many different things. So the question the real question that we want to ask is that kind of hardness assumption that goes in like no lattice based cryptography, are they really essential in building primitive such as homomorphic encryption. It based on assumptions which have no known connections to lattices, no known reductions to and from that this is assumptions that still may plausibly be conjectured to be secure in an unlikely unfortunate event that it lattice based on this assumptions and a big broken. And what we show is a really, you know, interesting result we show that you can build not only FHE but like most of the applications on the previous slide but you know host up on other kind of applications relying on interesting mix of three assumptions. I'm going to refer it as trio of assumptions. The first assumption is the decision linear assumption over symmetric by linear maps, which is a really popular by linear map assumption. And that is like the learning parity with noise over fields with an error probability of n to the minus delta where delta could be arbitrarily small constant greater than zero. Okay, so just barely sub constant amount of noise in the pn. Okay, and you're using the field version. So there is existence of Boolean PRGs, which are implementable in constant depth, and they expand say copper bits to barely polynomial so copper one to the epsilon for epsilon greater than zero arbitrary constant greater than zero. Okay, so these three assumptions, we actually need some exponential security meaning for every polynomial time attacker that one dish or the distinguishing probability. So these three assumptions is just bounded by some sort of exponential. Okay, so we show, you know, these three assumptions. If all of them are hard, then you can build FHE but post of other. Okay, so now before I proceed you know I want to address couple of questions but first I need to answer. FHE on these kind of three assumptions are these really incompatible. I really need to at least justify you that they're actually incompatible. Right. The second is how do we even approach such a question. So let's look at the first question. And of course I can, can conclusively answer this question unless we resolve some long standing deep complexity questions. But you can also always reason these things based on our current understanding. So, turns out from our current understanding, and you at least look at like, you know, the lpn and the PRG is an excellent assumptions. It's not known to imply something as basic as public infection. Whereas on the other hand, if you look at lattice based heart assumptions such as gap SAP and, you know, LWE, they readily imply public encryption. Okay, so this kind of indicates that, you know, either we currently do not know how to build public encryption or maybe these assumptions are not just not strong enough to give rise to public encryption. And even complexity theoretically, we know that LWE sits in, you know, a structured complexity class of cohen. Whereas, this is simply not known for the lpn and PRG is zero. Our current understanding is that really they are mini crypt style of assumptions. Okay. Now, when it comes to the other assumption that we're making the decision assumption, it's a number theoretic assumption. And as of today, we do not know any reductions either to or from lessons. It's really an interesting open question. If you could show an algorithm such as LLL being applicable to solve for dealing with me like really giving new insights about this problem. And, you know, it'll also open up doors for solve coming up with new algorithms for not only killing but another kind of assumptions out there. Okay, so these are really exciting questions in themselves and I hope that you know community starts focusing on these problems a little more aggressively and hopefully will be able to see answers to such questions over the next few years or so. Okay. So this reasonably answers the first question, how about the second one, how do I even show such a result. Well, one way could be that I folk I go after every single primitive and construct them separately. That'll of course be counterproductive. What we do in this work is essentially we build something which not only you know implies these but host of other primitives. So that primitive of course distinguishable the orchestration. Okay. So, our main result is that we can build IO based on these three non lattice problems. And I want to stress that this actually improves our previous result, which appeared last year, where we show that you can construct IO from these three assumptions, additionally relying on some exponential hardness of learning with that. And the rest of the stock, we're going to see how this result actually works. So for the rest of the stock, let's say the circuit that we want to see if it takes a little n number of bits as input and outputs from it. And throughout the stock I'm going to denote capital N as the quantity to do. Okay. So it turns out if you want to office get a sympathy like this, there's actually a very intuitive of the station team, which is simply the truth table. So write down inputs from one to capital N, and then the output C of one to C of capital. Okay, and this is not going to, you know, reveal anything about the circuit of your office. Right. Other than then put up. Okay. However, of course is a very fundamental law with this game. So the reason is that the time it takes to escape this is proportional to that lens basically up to another subject C capital. This doesn't qualify for being a legitimate. So on one hand, you have this trivial construction. On the other hand, you'd like to construct an application scheme where the time it takes should be polynomial in the side of the subject C. Between the two. So natural question which has also been asked in cryptographic community, is that can I improve upon the truth table construction a little bit. Okay, so can I construct an application scheme where the time it takes to escape rose like and to the point 99 and to the 0.01 factor loss. So I think that in beautiful prior work, it was shown that such an improvement is enough to come to take us all the way to that if I can construct such a non-privileged scheme, then relying on any assumption that gives rise to public encryption in particular dealing, you can build higher. Okay, so for our for the rest of the stuff our goal is to actually construct such a non-privileged. At this point I'd like to remark that our previous work actually doesn't manage to construct this. We construct an application scheme where the time it takes can grow and however the size is small. So for such non-privileged application scheme the only way we know how to go to IO is by additionally relying on other me and that's another source of place where we need to use other. Okay, however, in this talk we only focus on the running time of the skater to be small. Now let's go over our approach. So what is our approach? Well, intuitively if you think about non-privileged IO, it's just some sort of an encryption of a special input seat for that. What is each other? It just consists of maybe some circuits, some randomness and something like that. But it's not and by the way we want to ensure that the size of each other is small like and to the point 99 and the running time of this encryption is also small. So it's not just any encryption. It's an encryption which hides everything about the circuit C except magically lets you learn functions of the form ux of c tilde equals to c of x for every input x in capital N. Okay, so it lets you learn the truth table, but nothing else. In other words, if you could construct such an encryption scheme where you can learn the truth table and nothing else, the size of this encryption or the running time will be small, then you would be done. Okay. Unfortunately, we are not quite there yet. And the reason is that we haven't really simplified anything. As such, this circuit ux of c tilde equals to c of x is quite complex in that it runs the circuit c itself on x and we haven't really achieved anything and current techniques don't let us construct such encryption schemes. Okay, so reasonable question to ask here, can I replace these ux of c tilde with something relatively much more simpler. The answer to the question is yes, classical works have shown that if you use PRG is an nc0 assumption that they are the same. Then you can effectively replace this with much simpler functions, how simple. So let's say the locality of the PRG that we use is t. So what is locality. Locality is the number. So PRG is an nc0 every output bit actually can depend only on a constant number of inputs and that number that constant is local. So, what we're shown is that if PRG is with locality exists, then you can replace ux of c tilde with specifically chosen 3d plus one local functions. So every output bit just depends on 3d plus one bits, therefore it's a 3d plus one degree polynomial. Okay, the minimum value of D that you choose in literature for for such PRG is 5. Therefore, it turns out that the minimum degree that you can use is 16. Okay, so as a consequence of all this. You can come up with an encryption scheme, which hides everything about the circuit except magically let's you learn specifically chosen specifically designed degree 16 functions once that are given to you by these theorem, right. The point of these functions is that these functions hide everything about the circuit, except they only let you learn that with devil and nothing else. Okay, so now if I can construct such an encryption scheme, which allows me to compute where I encrypt c tilde, and let's you learn degree 16 functions like this, I'll be done. So the question is what is known for such an instance. So turns out, we're not quite there yet. In that, hypothetically speaking, if these were not degree 16 these would be two polynomials. Okay, they're not degree two, but assume that they were the two polynomials over some time field. Then actually there is quadratic functional encryption, which have been studied for quite some time, which you can do some dealing. And you'd be done. Right. However, the problem is that these functions they are not degree two they are actually really 16 as they're saying. So what do we do in this work, we come up with a way to pre process c tilde, right, such that pre processing is efficient to do. And at the same time, you know, the degree reduces to the UX of c tilde can be computed by degree two polynomial over c tilde. Okay. So that's what I'm going to talk about. But note that they should already ring the bell, you shouldn't really expect that, you know, take arbitrary computation of degree 16 and we shouldn't really expect that you should be able to pre process such that the processing is simultaneously not at the same time that degree reduces to two. You shouldn't really expect that. In fact, that's not what we exactly do. We work a different kind of pre processing model so we allow for a public. Okay, so we're going to take c tilde pre processing into two components, a public component, which of course, public component is going to hide c tilde, it has to because it's public. You're going to also have a secret component, we're going to only encrypt the secret component. And now this polynomial is allowed to be constant degree polynomial over the public component, but only do we do in the product. Okay, luckily for us, using value maps you can also build encryption scheme supporting these computations which have a public component and you evaluate constant degree on on the public and to be doing the secret. Okay, and these schemes go by the name of partially hiding encryption, which is actually also built specifically for the context of IO and line of work. Okay, for the rest of this talk, we'll ignore the public component and just focus on, you know, degree reduction, like kind of intuitively suggesting how you can reduce the degree to two. Okay, the public component will implicitly. Okay, so how do we do it. This is where we're going to use our key assumption which is the learning that it is noise. And remember the goal is to replace the place this computation ux or c tilde by quadratic functions. We do it in two steps roughly. In the first step we solve this problem, approximately so we know almost all this stuff. Okay, so how do we do that. We will take the c tilde pre process it into another short input s. Such that for most input x, it will now happen that fx of s is equal to ux of c to already. It's kind of already solved the problem almost. Now, once we have that. What we do. We can use our theme, but once we have that we come up with another polynomial, another short input m. This polynomial is also to do to such that when I add it to what I already computed. It somehow starts giving correct output on every. Okay, and this is where we're going to use a surprisingly simple idea of matrix. We're going to see the first part first. The goal is to come up with, you know, this, a degree two polynomial which approximately solves the problem. And this is where actually we're going to use the most intuitive idea that you can think of which is to use LP and to encrypt each other. And remember you wanted to come to the degree 16 polynomials on each other. What we do is simply encrypt it using. So remember, recall what I'll be in says a s plus e, where he is a sparse error appears to do random. So what we're going to do, we're going to sample our coefficient matrix a multiplied with a short dimension secret s, then you're going to add sparse noise or chosen over ZP. And then we're going to add C to that we're going to write it as a vector and then add C to that. And this way we have formed a vector B, which is bad in all of them, not be. Okay. Now what's the point of all doing all this point is now a and B actually together the encrypt C to the the height C to the and that is because of the because a s plus a pseudo random. Okay, the point is it's actually encoded with a secret which is a very small dimension as compared to the length of city. And this is what makes it helpful for the degree compression step. So let's see how to we have this equation on the right. Remember, our goal is to find a degree to function in another short input s such that for most input x, fx of s is equal to ux is suitable. So I'm going to just give you the candidate and then going to argue both. The candidate is simply ux of b minus a s which is a degree 16 polynomial in the secret and B and a. Okay. So let's observe the second property for us. The point is B minus a s is nothing but see to that myself. Right. And now remember ux was a 16 local function only dependent on 16 bits of see to that. And it was actually sparse it's very sparse for most of the inputs x, ux of C to the center is exactly going to be accessible. And just because they're very sparse. So this answers the same question. Now you want to understand why is it okay to do. Why is a degree two in s and constant degree in the public comfort in B and a. Well, the idea behind us is that it's a degree 16 polynomial, so it's degrees in means 16 its degree in is also 16 and it's degree in s is also 16. What's its degree in P and a because constant degrees are fine. In s, it's degree 16. However, note that s is very small in dimension. Therefore, I can trivially quadratize it. So when I interpreted another variable capital S, which consists of all monomials in small s of degree at most eight. And that variable it's actually do me too. Okay. So for this. They're good, because if s is very small capital S is going to be small, just to give you a sense of dimension of s is like n to the point one capital S is what most end to the point. Okay, and this kind of complete start given why you managed to find polynomial which it's on approximately complete set on every input x. So now how do you fix the problem. How do we do the second step. That's really intuitive as well. So remember what you want to do we want to complete this function, right. And what we have managed to do we have managed to do this function. And if I can come come up with a polynomial which computes the difference of these two then I'll be good. Okay, so observe that this is going to be like you know a sparse vector, which is effects already approximate on most of it. The point is that if I look at this function, it's very sparse second effectively arranged as a matrix, and then kind of factorize that matrix so matrix is going to be sparse. It's going to be like low rank, and low rank matrices can be factor. Okay, and you will get a compressed m. Okay, so as a consequence of this. So you can come up with a little function which computes the difference. And then you can add it, and that way you will get the, the correct. Yes, this really completes mode, like roughly and of course I'm hiding a lot of details and just wanted to give you the key intuition. So, however, there's a problem with it in the argument that I showed the time it takes to pre process this public and secret part is actually going to be character and because remember we are computing the difference, we're using it the time it takes to do that is going over every input capital and right so the time it's going to take is capital and so this doesn't solve the problem. And this additional request all the way if you want to make this idea work. The key inside of this paper is that if I wanted to do this computation for many, many circuits, let's say K circuits. Let's say that we can actually amortize in K. So we can come up with the way to pre process such that the time it takes is like n times K to the one minus epsilon for some epsilon plus polynomial in K. Okay, and turns out that this saving in case enough to get us away to live and that's one of the main contributions for this paper. And of course, I'm not going to do a lot in a lot of details for this. The key argument is really combinatorial and it realizes on exact circuit implementation for you know specific RAM programs such as lookups and sorting, sorting networks and so on so forth. I'm not going to go that go over that in stock. Okay. And with that, you know I'd like to thank you for listening in. And I'd like to leave you at some open questions. So one of the most interesting open questions so one of the most interesting open question is, can I construct FHE from these assumptions like non lattice assumptions but in a direct manner. Right now I'm going through IO and it's really just a feasibility result and the question is can buy the maps and like these assumptions somehow we leverage to give rise to FHE tracking. So any question in which I also kind of throughout the talk I mentioned, it's just beautiful complexity clarity question that came along connecting lattice based problems with other kinds of problems that exist out there. With that I'd like to thank you. Okay. So I'm asking if the authors are online if any of the authors is online or online. I'm I use hi. Hi. Can we project him. So do we have questions for the authors. Hi. Hello. Thank you for being here. Do we have any question for. Okay. Since there is no question so thank you very much. And we move to the next talk.


Thank you. Firstly, the Premier will be available later on today. She is travelling to Mitchell with the State Disaster Coordinator Ian Stewart, and will be available for comment at that time. At this point, evacuations are continuing out of the township of St George. Overnight and into this morning, approximately 2,500 people have vacated the town, principally by bus to the neighbouring centre of Dolby, where they are being housed in at least two evacuation centres, but also by aircraft into Brisbane overnight into the early hours of this morning, where there are 30 or 40 people and more expected throughout the day into the RNA showgrounds. Additional flights have been scheduled for St George today to take the remaining people out. There is still a contingent, obviously, of police and emergency services personnel in the town. Particularly, the message to those people who have left is that the police numbers have tripled in the town to ensure security, particularly on their homes, and that will be the major focus of police in the coming days. Most people, as I have indicated, have travelled by bus to Dolby and are settling into evacuation centres there. We do expect a number of people to be there for many days before they are able to return to their homes in St George. The river at St George topped 13.5 metres earlier today, that is in excess of the record set in March 2010 of just around 13.4 metres. The advice from the Bureau today is that it will peak overnight, some level above 14 metres and potentially higher. So again, we are in uncharted territories here. These are new records, never seen before in the St George area. There have been questions raised about the Beardmore Dam. The advice we have is that there are no structural issues with the Beardmore Dam. It is behaving as expected and as designed. The Meany Highway out of St George closed temporarily last night. It has reopened currently, but we do expect that to close on and off over the coming 24 hours. Currently, in St George, there are around 30 homes inundated or over 30 homes inundated, but we do expect that to rise, obviously, as the waters head towards their peak of at least 14 and possibly higher metres. Currently, the airstrip does remain open, so it does allow for those additional evacuations by air to continue early this morning and into early this afternoon. With respect to both Mitchell and Roma, the cleanup is commencing. However, there are still many homes which will be inaccessible to local residents, so it is expected that many people will remain in evacuation centres for some time. Both at Mitchell, two evacuation centres have been set up at the council depot and also at the school. Damage assessments for homes in both Roma and Mitchell have commenced as of the last couple of days. Preliminary assessments show that in Mitchell, around 250 homes or more or 280 homes or more have damage with water above the floorboards and in Roma, at least over 400, so very significant damage and, of course, very significant dislocation to those individuals, so obviously a lot of preparation and planning to ensure that those people can be housed and supported in the coming days, particularly in relation to the cleanup, where extra personnel, obviously from Queensland Fire and Rescue, Queensland Police, SES Rural Fire, will be brought into the area to assist with those cleanup operations. Across the region, 16 schools are closed, 12 state, four Catholic and non-government and some childcare centres and TAFE centres, so parents should keep in touch with their local community radio to get further advice on that. With respect to Charleville, the readings this morning on the Warrego River were that it had dropped to around 7.1 metres below the peak. It is expected to remain high for a couple of days, but given that the levee has held well, there is a possibility that many people will be able to return to their homes in Charleville later on today, but that will be dependent on local advice. So with those few words, I might ask if the Commissioner wants to add anything, and then we're happy to answer questions. Thank you, Minister. In relation to the Moonee Highway, it will open and close for a foreseeable period of time as water flows fluctuate, so we'd ask people not to use the Moonee Highway. If you do have to use the Moonee Highway, then contact your local police for the latest advice, but that will open and close over the next day or so. In relation to St George, we understand there's still several hundred people who've chosen to remain in St George. Our request of those folk is to please leave. There is still an opportunity to do that. The airport is still open, and we still have flights out of St George, and we would much prefer for you to leave. Our planning as well at the moment is focused on those towns that are about to be inundated with flood waters, although we're hopeful in respect of both of those towns primarily at the moment. That's Canamulla and Durham-Bandy, that neither of those two centres will be extensively flooded at all, and we're hopeful that things will be okay for both, but we're monitoring and watching that together with other smaller towns that will experience flood waters in the next few days very closely. And finally, I just make the plea again for people driving on any roads at all that slogan. If it's flooded, forget it. Please do not drive into flood waters under any circumstances. That's all I had, and happy to take your questions, as the minister indicated. Obviously, a tragic situation. Indeed, it was tragic. Just a terrible thing. It was a property south of St George, and I understand the child is around 18 months of age. The mandatory evacuations from St George, obviously not everybody has one, so are you unhappy that not everybody followed and requested mandatory evacuation? We're disappointed. We're not surprised. We always expected that would be some people who would stay. And whilst the evacuation is mandatory, and we do expect that people would leave and hope that they would, the vast majority have. Our situation though is that we can't and won't physically force people, drag people out of their homes. That's not viable or practical to do that. But we repeat the request for people to leave. We asked you to really quite frankly show some understanding and some leadership in terms of obeying and complying with the mandatory order. That's done for the best of purposes. And one of our concerns is that if this situation deteriorates rapidly, and it might, then you could put other people's lives at risk in terms of rescuing and saving you at the 11th hour, and that's really avoidable. What are the numbers there? 2,500? We're doing an audit at the moment to try and determine precisely how many people have chosen to stay in town. We think that that's several hundred. So the population of St George is in the vicinity of 3,000. So around two and a half thousand have departed either voluntarily through their own vehicles or through the bus or aircraft that's been provided. That's possible. And that's why I said earlier that people wanting to use the many highway and there'd be no better reason than, you know, for someone leaving St George to do that. But to contact the local police in St George before you head it off because it will fluctuate. And it's quite possible that in a four-wheel drive, someone leaving St George could get through to Dalby. But they should seek the advice of the local police before they left St George. Not that I'm aware of. I'm not sure if the minister has any of this reports. If the current predictions hold true in terms of the levels and the airport will go out. Well, again on current predictions that will probably that could happen later tonight or tomorrow. Well, we're not a hundred percent sure. This stage is only 30 people there. But those people who are being flown out of St George will all be going to the RNA show grounds and it will depend on the take-up rate of that. And certainly there's no difficulty while the airport remains open in terms of the availability of flights. And we have two more planned for today. So I would expect that there will probably be, I would have thought at least maybe 50 to 100 more people coming into the RNA show grounds later today. There will be additional issues obviously further south than Durham-Bandy. But at this stage our view is that that should be able to hold with the current levee. However, that won't be until later in the week and we'll get more assessments from the Bureau about impacts downstream. But most certainly there'll be a lot of rural properties where there will be flooding. So it's not just in the townships themselves. In fact some of the more significant impact in terms of individuals can be on those remote properties and we're very conscious of that. The success of the levee at Charleville, is there a good lesson for the future in other towns? Is it possible to have these other towns? Well, I think we've seen not just in Charleville but indeed in places like Aldrich Orgathalla and Durham-Bandy and other places where levees exist and they've been there for many many years, 10, 20 or 30 years or longer in some instances that levees can provide an effective means of protecting townships. So certainly in Charleville we saw very dramatic footage of the water lapping the top of the levee but it held and I think that's a good lesson for all of us but the lessons of levees have simply been there for some time and they've been very effective in a number of rural communities for many many years. Well I think again that's a matter for the experts, the hydrologists but certainly at St George we've never seen floods at this level so we're in new territory but of course after every event decisions and analysis is made as to whether there can be other protective measures put in place. In some areas it's very difficult, in some of this territory it's very very flat land. For example places like Bolland the water just spreads like a flood plain so sometimes it's very difficult to provide appropriate protection but certainly every time there's an event discussions will take place locally and indeed with state and federal governments about what sort of mitigation measures can be put in place for the future. The Premier is on her way to Mitchell now with the state disaster coordinator Ian Stewart and they'll be available for media when they arrive as well. Okay just by way of additional information in terms of aerial assets that have been deployed into the region of course we have the commercial providers and the ADF supporting the evacuation out of St George but in terms of other aerial assets into the general region we have obviously privately contracted helicopter providers and aircraft providers. Emergency management Queensland have deployed their emergency rescue helicopters into the area and we also have for the first time and very significantly surf lifesaving helicopters that have been deployed into that region as well. We've developed a very good partnership with surf lifesaving Queensland and we're very grateful for their resources that have been made available in these western communities as well. I thank you for your time.


All right. Good morning cyber traders. Welcome back on this Monday. Hopefully I want to have a great weekend How's everybody doing good to see you all bill good to see you all everyone you to Facebook cyber group members welcome back Good to see you to Randy Looks like a hope everyone had a great weekend. It was beautifully here this week Went went out to some fishing out in the ocean. I got so tired real in fish. I mean they've run like crazy, but Fluke and Fausto was definitely fluke in a lot for a lot of fluke looking forward to it gonna be eating some good fish this week Cook some yesterday. Hopefully you guys enjoyed your weekend too. Maybe did some gardening Maybe you went out there and enjoyed it, but now it's Monday. It's back to work You know, it's a couple of things going on right now We'll talk a little bit about some of the highlights and everything else But we'll talk about what happened on you know what happened on Friday So overall, you know going into the first day of the month. I told you this on Friday that you know, it is the last day of the pay period. So what that means is that a lot of companies don't want to come out with too much news people don't want to you know They want to finish out the month knowing what their Their trades are done, you know sales are done everything. So we're going into Probably one of the best months of the year to learn. What do I mean by that? Well Listen September October November the best months of the year to trade, okay? A lot of people in August gone vacation not a lot of news a lot of earnings already came out already So you're not gonna get that much volatility. Listen, we always do well I mean we always do well regardless, but you know like listen like the list that we have Where we'll have like five or six stocks when we get towards that busy time of the year We'll get maybe 10 to 15 So there's definitely a lot more plus you'll see like in the trading room a lot more people are, you know, obviously taking vacations You'll see people sporadically coming in and out of it, which is great And that's why people love this job, you know, I was funny. I was talking to somebody over this weekend and he goes, you know, I tried to do what you what you're doing back in 2000 I blew up my account. I'm thinking about getting back into it I got shut down from COVID listen there's a lot of people who did really well in COVID with a shutdown and people that got destroyed in COVID and You know, and it's so funny about a lot of people that I've trained that I'm training you guys would do They were actually trained that style back then, you know, because that's what we had to learn from a market maker You had to learn from traders. So they're starting to see the concept then, you know, they see and plus obviously You're talking 20 years ago, right? We're in 2021 so 2000 a long time with the financial crisis now. I'm sorry the internet bubble back then financial crisis was an 07 So, you know, more people want to get into it and they're seeing that there's some great opportunity But just remember I tell everyone this is the best time to learn and that's why you have to go out there and do it by the way, hopefully everybody I Look forward to know a lot of you registered for coming to onsite in October. We look forward to it it's always a great event and You know lot to learn there's gonna be some great presenters great speakers and also also the celebrity dinner that we do you guys the blue carpet dinner You guys gonna love that too. So let's go back right and see what's going on this morning Actually before we go see what's going on this morning Let's get some of the stocks that we traded that had some nice moves on Friday. I want to start off with AP and You zoom out here. Why is it's not cooperating? There we go So AP was not like you can see some of the stocks that we traded they didn't move up Spectacular, but we did have some nice little moves from like 560 the stock went from like 1230 Not really this the prettiest stock, but a lot of these stocks that we're looking at obviously had to do a COVID with the vaccine and It's not a little cheap one right here. Yeah, the APT was the one I was looking at So there were a couple of the stocks MRNA you could see that thing is just breaking all-time highs Stock is was a great buy, you know less in July we talked about it And you could see that stock is doing almost double basically as unbelievable and it's just not showing any signs Well, listen when you look what's going on with the Delta virus now worry about a shutdown Who's gonna benefit from it virus stocks people like this? Let me tell you Rebetween the lines when they keep pushing gotta get vaccinated gotta get vaccinated got that vaccinated and they keep talking about not everyone got Vaccinated, you know, that's where you're gonna see things take off especially to get at the final FDA approval I mean, I know a lot of people holding off on that too So got a couple of those stocks CCL was a nice little short on Friday too. A lot of these companies are obviously You know CCL you could see it a really nice short from 20 to 60 down to 2150 not a great great big day But pretty good Minora and then Pia that raised COVID prices on oh really Bill. Is that what they did? PHE So PFE meant so they raised their prices on Basically for COVID for Europe Europe Europe.  It's almost like a monopoly and there's a lot of people in this world And I'm just curious. What does it cost to get one of those drugs? You know, just really think about I don't Are they making more money on the drug or they make more money on the stock? You know what I mean? So I Just curious is it a is it a hundred dollars a shot a cell in the floor? Is it a thousand dollars a shot? I'm really curious how much money they're paying that they're selling it to the government Or like you just mentioned what they're selling to EU for Somebody knows please go out there and tell me. Okay. I'm really curious to find out So anyway, a couple of stocks moving this morning. I working through a watch list. I remember it is Monday It's not the greatest day to trade a lot of people are still hung over over the weekend coming back Beautiful day here in New York not a cloud in the sky in the 80s. Hopefully it's nice to your neck in a wood So I know a lot of people stayed, you know Back and you know people lose your drag in not a lot of action Even though we had the market doubt futures up 83 points EVK is moving up pretty decently. You could see it right here had a really nice pop just right here earlier And then it kind of backed off, but she's making a little bit of a higher highs I like the trend of the stock now remember this is a normal pattern that we've seen in the mornings We'll see a couple of these things making their big moves and all of a sudden We'll see these big pops right in the after hours, which by the way I still can't understand how some of you and if you're watching on YouTube or maybe watching recording and some of your trial members You see, how does no one have access to to to pre-market trading? How do you not want to have access to it? How could you not even know what goes on a pre-market, you know It's just shows you, you know why you have to got it if you want to make this profitable You got to have access to this stuff, but EVK nice little move DLP H and I meant sorry about that that one also nice little trend right there My am a nice early morning eight o'clock in the morning went from 880 shadowy to about 1120 that was stock That was on the watch list. I think this was actually the better one Just had this really big pop out of nowhere This one was like unbelievable think pop the dollar 20 in like a minute Pretty damn volatile, but you know what if you were here at 8 o'clock the morning You would have basically got a little piece of that that one did pretty well because that was one of the stocks That was on the watch list What else that we have right there? We had the The XC you are the stock also nice little push inexpensive. I liked the Tier sizes on the stock nice like this good level one stock so about 35% everybody could basically trade it Nice little move right there nice little trend. She's kind of flat right here between a buck 75 and a buck 88 I got some big support resistance levels.  She's going up Tweaking up little by little. She's got those 60% five million shares trader trading pre-market. That's a lot You know, that's why she's the third biggest active stock in the Nasdaq Here's a blast from the past Somebody remember VXRT the stock we traded in February ran from ten dollars away to 25 I don't know She came up my radar because I remember we traded it because she also we also traded it back on April when she ran from like five dollars to about ten dollars went up about a hundred percent So I'm putting this back on the watch list. I like how she's trending. She's making a little bit higher highs now Not making any more lower lows. So VXRT could be one of those sleepers I want to keep an eye on and then there's some stocks are getting crushed I mean, I know we're not going to trade it but Square taking a little bit of a hit right here, but it's expensive. It was gonna pay $240 actually one of those Covid stocks that they're really really well and this stock. Listen, this stock is making a little bit of a comeback I don't know if it's enough. I think it's a Pharmaceutical stock, but this stock just went from 11 down to 750. This thing's been taking a hit for a while I like the trend of the stock how it came back down from like 15 and when we down to nine It did go up a little bit, but don't expect to make a lot in the stock I mean it did make a little bit of a pop right now for about 50 cents But don't get fooled on these things spread right now looks pretty ugly I mean even though it looks like a penny spread, but we'll see how she opens up So the list is not great. Okay, it's not a great list But we all know that something might pop up at some of these stocks that are kind of like Tina Tottering these big volume leaders sometimes we'll see they'll pop up out of the gate and make a big pop But other than that be very careful. It's Monday. Enjoy yourself. Have a cup of coffee Don't get crazy You know we wait the first five minutes and then just focus on the nickels and dimes Remember don't kill it here in the August times Okay, there are great times of trade and there are bad times of trade and it's quiet times And I will go into that time, but it is the best time to learn now anything. I'm missing. I did not call out Anybody on YouTube or Facebook anyone here on in the trading room? All right now. Okay. Good. Well, listen as we see something we'll say something so And so let's go out there Let's go out there trade and we'll be back at 2 30 for everybody in YouTube Facebook live If you're watching recording if you guys want to jump on do a trial you're more than welcome to Worst thing that happens you learn something But could change your life for the better so go out there and do it and for everybody in the cyber group room Remember don't get too cocky and greedy and if you like I said if you see something say something good luck everyone Be safe and let's make some money today. Okay


Live from Boston, Massachusetts, extracting the signal from the noise. It's theCUBE, covering HP Big Data Conference 2015, brought to you by HP Software. Now your hosts, John Furrier and Dave Vellante. Hi, welcome back to Boston everybody. This is Dave Vellante and this is theCUBE. We go out to the events. We extract the signal from the noise. We're here at the HP Big Data Conference 2015. Andrea Fabrizia is here. He's with the analytics team. Within the CMS business, the communications media solutions business at HP. We've had Sargalay on many, many times. Andrea, welcome to theCUBE. It's great to have you. Thank you for coming by me. So talk about your role inside of the HP CMS business. Yeah, inside CMS business, I'm responsible for creating and managing all the big data and analytics portfolio for telecommunication market. So my responsibility is to using the HP product like idle, vertical autonomy and creating solutions specific for the communication market. And obviously managing the go-to market and the support activity. So this is really important. I mean, we've observed in Wikibon that our research shows that most analytic initiatives are very highly customized. Correct. Very complicated and expensive and time consuming. And there's a demand and I think a trend to take analytics capabilities and package them inside of apps, you know, packaged apps, specifically by industry, have templates and it sounds like that's what you guys are doing within the CMS organization. Is that correct? And can you talk a little bit more about the strategy? Yeah, absolutely. It's exactly what we do. I mean, telecommunication market has adopted big data also because they have a huge quantity of data quite recently and the first activity they do was roughly to load this data on the big data lake. But now for them, the big challenge is to understand how to use this data in efficient way, how to create the application they needed. And this is where we play. So we play the role in identify what are the typical problem that analytics can solve for telecommunication industry. Let me do an example. We are very active on defining and helping to do real-time personalized marketing. So managing the possibility to interact with the subscriber in a real-time basing it maybe with where the subscriber are. So if they are in a specific place, they continue to do specific offer. And this offer, I have to be personalized. So telecommunication market, it's looking for a new marketing that is not only mass market, but it's also a marketing basing on what your real preference, what you really want rather than what product I have to sell. And this is one of the top topics for telecommunication, improving the relationship with subscriber through the analytics. Another top topics for them is using analytics to be in big data, to be more efficient in their network management. Their network is very complicated. And moreover, now they have provided service by themselves. The network is used by OTT to provide additional service. And all the people consider the telcos as responsible for the service. If you have problem with Facebook, you don't call Facebook called center, you call your telco environment. So the telco have to expand the capability to diagnostic on the network, also including such kind of services. And this is an important area for them of analysis. Well it's interesting, because on the one hand, there's big threat, Facebook's and the WhatsApp's and the Skype's, over the top providers, the big threat to the telco industry, but the second hand, they have visibility on everything. So they have a huge opportunity. So your strategy is to try to give them better visibility so that they can take action on that.  Everybody talks about real time. How do you look at real time? What is the definition of real time? Is it before you lose the customer? Is it really in real time? Well, that's a good question because generally on the real time, there is a lot of these old people's intent about times different way. When we talk at real time, we're talking about having analytic capability below one second. So real time means really the possibility to identify below one second a problem and rise the right alarm too, and managing also the resolution in a short time. So in the telco space, so I mean, in other market, real time means probably three minutes, five minutes. You can read a lot of memory database that say we are real time or whatever. They are fast, but when you're talking about real time in the telco, real time in the network means below one second. And this is the target they are looking for, especially on managing the network because I mean, if you have a problem on your device, you don't want to wait three minutes for a resolution or that the customer can be informed in three minutes. You want to know immediately. You want to be connected immediately. That's the aspect. Last time I had SAR on Sargillai was at HP Discover in June, I guess it was June who gave me a little lesson on NFV. You are involved in analytics as it relates to NFV. So what's the relationship between analytics and NFV and how is it affecting positive change in the telco industry? Now that's a very good question because analytics is now a very important topic for telecommunication operator. They see in NFV, they see a great opportunity to move in a more cost effective platform and that sometimes have the level of flexibility to manage a new service in a very fast way. But analytics play an important role in NFV because the environment NFV will be much more complex than actual environment. So you can imagine that now you have all the function in a box, in a group of box. Tomorrow with NFV you have these functions spread out several computers, several virtual machine. That would be a benefit for them because they can scale in, scale out more efficiently. They can use standard machine. But at the same time, the complexity of managing all this infrastructure which might more complicated. And here, analytics can play a fundamental role to help telco to manage the complexity of NFV environment in real time way. So analytics can introduce the intelligence in the NFV environment to understand when they need to adding a virtual machine because this function is starting to be overloaded or when they think, okay, we're observing a strange trend on this service. This may be we can adding resources or we can start. So the analytics can be the intelligence of the NFV. That's the message we're taking. And the business outcome there is automation, lower cost. And then the other sort of note I would take or make is that it seems like NFV, the state of NFV today is very much sort of the hardware layer focused, dealing with that sort of hardware virtualization if you will. There's a real opportunity for software management. Do analytics play there as well? Exactly. Yeah, that's exactly the point. I mean, there are several steps. I mean, analytics sure can support on the hardware level to the hardware, let me say the virtual level to help to improve the capability of managing real time. So imagine that NFV is a big cloud and you need the capability to manage this cloud more efficient way. But also on the software and especially on the software-defined network, analytics play an important role because all these managing the great stuff is that now all the network can be virtualized not only in terms of hardware, but in terms of function. So you can decide that a packet can be routed through different system rather than other. And again, here there is an intelligence to define the best route for the traffic that analytics can provide. So does the Aruba acquisition change anything? Is it open up new opportunities for you? I mean, from a communication point of view, we are evaluating very deeply the acquisition with Aruba, especially in the direction we are serving on the market to use Wi-Fi location capability. I mean, Wi-Fi is playing a very important role in nowadays for anyone. I mean, anyone is always Wi-Fi connected or almost always. And using this information to support and making your service better for the scrub is great. So I mean, Wi-Fi allow you to have a more precise information about your location. So GPS give you a precision of, let me say, 50 meters or something like that. Radio networks do the same depending. Wi-Fi can really give you a precision between one meter to 10 meters depending on the technology used. And this can be really change the game. So imagine how many service you can provide using location information with so precision. And that's open a new, for example, marketing has a new perspective for this. And we are working with Aruba about that direction to use Wi-Fi technology for location capability. And that'll rip it through to your customers who can offer more services, more precise targeting. What's the, you mentioned Idle, Vertica, you know, Idle Autonomy, Vertica, we talked about Aruba. What's the, what are the piece parts that you're pulling together from HP to build the solutions? Obviously the main part we put together are Vertica as an analytic database that is extremely powerful in conjunction with Agilpa, because obviously Agilpa is an important piece of the solution. And we're using Idle to manage all the correlation and analysis on unstructured information. So that's are the three main component. Aruba plays an important role for providing the capability to adding additional information. It's more like me say Idle and Vertica are the engines. Aruba as other component in the network are the data sources. So that's the play role of these solutions. Andrea, you're from overseas, you're from Italy, telco diversity. I want to ask you about sort of differences between what's happening in sort of the U.S. world versus what's happening across the world. So Europe, APAC, maybe even within Japan itself, which has its own little ecosystem. How stark are the differences in telcos? And then specifically as it relates to data. I, my responsibility is worldwide. So I follow this market for the world HP on all the continent. And yes, I observing several different difference on the market, especially between Asia, Europe and America. Japan is more, I think is more, this now it's similar in some behavior to U.S. Let me explaining Asia now is, they have a big growing terms of numbers to describe there in the last part. So recently they focus was just adding network capability to support growing customer base. Now, most part of Asia is reaching the saturation level. I mean, the penetration level for the scrub is very high. Not at the level of U.S., but I mean, we're talking about 70%, 80%. So now they are moving to customer experience management solution. So they are looking to how to increase the quality of the network to managing the loyalty of the customer. And from another point of view, we are selling a lot of customer experience management solution. So solution, analytic solution, big data, collecting big data to manage better the network, to manage better the subscriber. The similar experience is in Europe. From one side there is a trend to improve the, let me say the experience of the customer. But Europe seems more interesting in managing loyalty. So trend management solution, understanding why the customer leave the company and how to block this aspect. So they improve the service part of this story, but more on this aspect. Japan and America are more focusing on marketing. So it's very, in America, all the telco are looking in the marketing capabilities of big data to support much more marketing and the standing better the subscriber. Also the legislation help in that direction because the privacy legislation is different. But generally speaking, American company are willing to invest much more on new technology and using this new technology to improve marketing capability. And how about other parts of the world? How about China? Let's talk about China a little bit. Maybe South America, Africa. Yes, South America. It's similar from this point of view to Asia. So they are looking to big data mostly for improving customer quality services. China is a very interesting market. In China we are serving all the effort together. So from one side they are still growing in terms of subscribers. So they are spending a lot of money in network, in enhancement, whatever. But we're serving a lot of projects both in customer quality, but also in the marketing. So we're serving a lot of activity around using big data for marketing purpose to improve the marketing selling new stuff to the customer. And how about Africa? I mean, it's still early days, but then you had all kinds of political unrest, but it seems like just from the standpoint of population and size of the geography is just should, in theory should be huge opportunities for telcos. But it's unstable in certain parts and uncertain. Africa is very, I think is from telco point of view is really a new frontier because it's an area where all the telco in Africa is growing a lot. In this moment they are growing mostly in from network point of view. So they expand the network to cover the subscription growing. So Africa is like Asia probably five years, 10 years ago. So an area where the penetration is really low and the main effort and the main direction of any telco is expanding the coverage, expanding so to get the new subscriber. So from the analytic point of view, let me say Africa is still a frontier that probably will be explored in probably five years from now. Go back to China. So you HP recently divested and developed a sort of partnership with operation in China. You sort of restructured that whole situation where the partner has a majority ownership you still maintain I think ownership. How does that affect your business at all? Well, we, it was mostly re-entered on the network side but this hasn't a big impact on our business. So we continue to have a very good growing in China, very good business on all the aspects. I mean analytic, NFE, they are very active also on NFE. They're doing several POC. So all the telco are experimenting NFE technology. So in the United States we're always using baseball analogies but we use a soccer if I can use that term, football analogy, right? So we say, oh, what ending are we in? When you think about analytics in telco, what part of the game are we in? Are we in the first half? Are we in the second half? Are we in extra time? Where are we? That's a good question. I mean, I think that we have in, I want to say in the middle because I think that the first alpha using the soccer example, they're not a big an expert on baseball. I mean, the first quarter in the baseball has gone. I mean, the first quarter was dedicated to collect and store the data. So that's what the telco does. So there was an anxious to say, okay, we have so many data. We have so many sources why we don't collect this data or whatever. Internet, any services. Now the second alpha is more important because now the real challenge for them is to leverage this data. So they have an amazing quantity of data. So you can imagine we have projects with several petabyte of data that is really a huge quantity of data. Now for them is the real jump. The second alpha next part of the game is to really leverage this data because they do some experience. They try to monetize like Google, but they are not Google. They try to understand really how to use this data because they try to, most of them try to explore Google approach model to monetize the data, but that's not their business. And now they are looking to the big data and especially analytics to improve, to automate their process. And I think this is the right direction. So really the data they have has a level of granularity that they will allow to improve their process. And I'm not only referring to network or IT projects, but I'm referring marketing projects too. So they can really be very effective and using this information also to create a new business model with their partner using the data. Excellent, we'll have to leave it there Andrea. Thanks very much for coming on. The CMS business unit really going after new opportunities within the telco industry. Really appreciate your insights. Okay, thank you. Thank you for inviting me. You're welcome. All right, keep right there, buddy. We'll be back after this short break. This is theCUBE, we're live on HP Big Data 2015 in Boston. Right back. Thank you.


Welcome traders to another tick mill chart tip with me Patrick Manley. I want to just revisit the Sterling Aussie from this morning. I was looking for price to break down through the overnight lows. We didn't get that, we're actually seeing quite a decent reversal now on the daily chart here, holding this interim trend line. So if we get a close at or above current levels then I'll be looking to actually go long the Sterling Aussie, probably into the London Open tomorrow, let price consolidate overnight and then play a break of the overnight highs. And what I've been looking for there will be a move to then test the equality objective versus this structure into the 186.63 level. As always, traders, plan the trade, trade the plan and most importantly manage your risk. Until next time, thanks very much.


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