This is stock number 7T250A. We are here at Summit Automotive in Fond du Lac, Wisconsin. You're new and used Dodge and Dodge Journey Headquarters today. We are checking out this extremely clean 2017 Dodge Journey Crossroad Plus. This is an all-wheel drive with the 3.6-liter Pentastar V6 motor. This journey has been fully safety and inspected by our service shop, has a fresh oil and filter change. All the fluids have been checked and topped off. And this vehicle is 100% ready to go. Red line pearl coat is the color. We shoot all of our videos in 1080p, 60 frames per second. So if you have HD capabilities on your computer, tablet, or smartphone device, turn them on right now because it is like you were right here looking at the vehicle with me. And definitely your best way to ensure the quality and condition of the vehicle before seeing it in person. If you want to check out more photos of this journey in the upper right-hand part of your screen is a link right to our website. Click that and check us out there. Comes with the 19-inch painted alloy rims and it has Kumho Solis 225 55R19 tires. These tires have right around half the tread left on them. Front fenders in excellent condition. You get the blacked out headlight bezels, the blacked out fog light bezels as well and the gloss black crosshair grille. Front bumpers in excellent condition. No dense dings or scuffs or scrapes on that. And that passenger side fender is in excellent shape as well. No denser dings on there. Passenger side rim. Excellent condition as well. And as you go down this side of the vehicle, take note of how clean the body is, how reflective and mirror-like that paint is. We take these HD videos so if you are far away or even if you're close by and just cannot make the trip down but you're still interested in purchasing the vehicle, you can still see the vehicle. And have confidence in what you are looking at before you even get here. So then when you do get here, there's absolutely no surprises. And you can make a smart buying decision from the comfort of your own home. And that's why we offer the Summit Auto Fastpass option in the upper right hand part of your screen again. Another link to our website where you can apply for financing, get pre-approved, see a payment quote, even appraise a trade all from the comfort of your own home.  Front tires have just as much tread as the front tires. And as we come around to the back of the vehicle, I want you to take note of how how much this paint shimmers. It's got a lot of metal flake in it and if you got your HD capabilities on you can really see that metal flake in the paint. Looks really good, reflects the light really nicely. Rear gate is an excellent condition and you can see just how clean this rear bumper is. A lot of times on these journeys, these rear bumpers are all scratched up and scuffed up. This one, this one was very well taken care of and was actually purchased here brand new, locally owned, driven, excuse me, driven locally and traded in on a brand new one. Third row seating, back storage area is very clean as well and you got all your jack tools down there. These seats do go down nice and flat, just like so.  We'll take a look at how nice they are. You can see the rear shocks are holding up that gate nicely and just a very, very clean vehicle all the way around and as you go down, the driver's side just as clean as that passenger's side for full disclosure. This back rim, no scuffs or scrapes on that. And on the rest of this side, no dents, no dings, no scuffs, no scrapes. Has the enter and go system, the heated mirrors. Inside you get the black leather interior. Both of these front seats are heated.  This vehicle's never been smoked in. Has driver's side lumbar, auto headlamps, power windows, power locks, and power mirrors. As we hop inside the vehicle, let's see if I can pull up to that. Oh yeah, there it is, 28,701 miles. You get an outside temp, compass display, digital speedometer, and yes it is only 11 degrees out right now with probably about a 5 degree wind chill. Cruise controls on the right, Bluetooth and Information Center controls on the left. And you do get audio controls on the back of the steering wheel. Leather wrapped is heated as well. You get AM, FM, and Serious Satellite Radio capabilities on the 8.4 touchscreen. Also has your heated seats, heated steering wheel buttons. You can also do your climate controls here.  If you don't like doing your climate controls up there, you can do them down here. You also have stability control, CD player, and an SD card slot. You got your enter and go system with the keyless entry, and this one does have the remote start on there. Factory format and passenger seat is in excellent condition, no rips or tears on that. And the headliner on this journey is in just exceptionally nice condition. Up there you got map lights, your home link buttons for your garage door security systems and lighting systems. Then one of the cool things that journeys have, you got in seat storage on the passenger seat there to hide valuables or just extra storage. We'll take a quick look at the back seats and then we'll check out under the hood. Back seats are just as clean as the front seats, no rips, no tears back here. Has the latch child safety system for all your child car seat needs. And these seats are in excellent condition, no rips or tears. You have in-floor storage, one on each side, removable bins for easy cleaning, factory floor mats. Now to get these seats up, you got to pull that latch right there. And then it will actually fold that seat up and slide forward to get to that third row. Two-seater, no rips or tears back there, very nice and clean. Then to get these down, you just got to go like that. There's a lever on the bottom here that slides it forward and back.  So that when the third row seats are down, you have a really nice flat storage area as well. You also have the child safety locks back here on the back doors, the lower rockers all look really good, bombs of the doors, didn't see any corrosion on this vehicle. And we'll take a quick look under the hood, I would personally like to thank you for checking out the video today and hopefully from this HD video, you'll have been able to tell just how clean this journey is. All the way around inside, now under the hood we have the 3.6 liter Pentastar V6 motor. Engine bay is very clean, runs very smooth. This vehicle has been fully safe and inspected by our service shop, has a fresh oil and filter change. All the fluids have been checked and topped off. And this journey is 100% ready to go. To see more pictures of this vehicle or one of our other 450 new and used cars, trucks, SUVs, minivans, Wranglers, half tons, three quarter tons journeys, you name it, we got it, go to our website, www.SummitAuto.com. Full pictures and descriptions of every single vehicle from two locations all at SummitAuto.com. If you'd like to check out more HD videos, you can go to YouTube.com slash SummitAuto. Remember to like, subscribe and share on this video and all the videos that you see there. In fact, in a second you'll see a link to subscribe to our YouTube channel on your left. For more Dodge Journey videos like this one on your right, if you have not been to our website on the bottom link to this vehicle on our website, click those, check us out and we really look forward to helping you with this super clean 2017 Dodge Journey Cross Road all wheel drive V6. Thanks again.


Sam here, late in sports cards, ripping 22 Bowman Draft Sapphire baseball, five box break, number nine. Random team styliers will look again at your random results. As always, you can find these on the website under the results tab, as well as the link in chat. Let's do it again, guys. Take a look. Link currently in chat for Mosaic fast break mixer. I'll drop it for you right now. 21 spots left. First basketball break of the night. Choice, pretty new, I would say. John's took the bills and impeccable. You have a PYT, full case of that at the end of the night as well. Do some Bowman Draft Sapphire. Mizoroski first, Dylan Ray first, Kevin Perrata first, and Yudy Cappy. Got a Yellows and Ivan Melendez. First, the Bryce Hubbard. Zack Vien, 69 of 99, going to the Rockies. Nice one there, Nam Kew, picking up a Zack Vien on the Yellow Sapphire and on Hella Queenia. Luis on Hella Queenia. Green is Christian Hernandez, 11 out of 50. Nice one there for the Cubbies. Congrats, Chicago. Bellagio Green first, and Benny Montgomery. Mason Barnett, Jordan Sprinkle, and Blake Burkhalter. This way. I don't think he is. I don't think he is Von Jardimahia, Harry Ford. First are Sean McLean, and a first of Trevor Martin. Michael Kennedy first. Adam Mazzur first, and Shailena Polanco. The first, Gabriel Hughes, Henry Davis, and a Kobe Mail. Ziegel Tobar, first of all, and Murphy for the Braves. Mesa, and a Yonatan Classe. Chon Madden of basketball, Royce White, honestly. The Night Train Lane of basketball. Royce White. Poor guy. First, Tanner Schoble. First, the Peyton Pallet, and first, the William Kompner. Got a teal coming up here. Kid N' Wallace, it is not a first. No, it is a first. Anthony Hall, six of 20. Going to the Yankees. Nice one there, New York. Judson C, congrats, Judson. Bless you. It'd be the pink, Pad Parashah, one of one, Gorilla. There's first to Marjohnson, 48 of 99. Congrats on that there. Pirates. Nice color match. Pittsburgh, Jason G. Congrats, buddy. Nice Tamar coming your way. The Leonardo Balcazar, and Averson Artega. I was going to say I probably should. First, the Landon Sims, Eric Hernandez, Felix Valerio, and first, the Brunner Cox. Jayce Jung, first. Jordani De Los Angeles, and first, Justin Boyd. Tamar Johnson, first again. Christopher Pasiola, first. De Andrade, and Dalton Rushing, first, for the Dodgers. First, is Jarrah Richie. First, Sal Stewart. Nice one there for the Reds. And guys, check out the Mixer currently. There's Jason Dominguez. We've got a Green, Clial Watson, 13 out of 50 for the Marlins. There you go, Raymond. Congrats, buddy. Cole Young and Willam Diazka. I would say hit quantity, and what teams are more available and stuff, I would say, are not available. What teams have the better hits, and how many hits they have, and that kind of thing. Henry Bolt. Make York. There's a Yellow, Christopher Pasiola, 81 out of 99. Those guys in that first run. Really, that's actually pretty impressive, long. Nice one there for the Cubs, and Brooks Lee. Yeah, that's a good draft. 2012's a very solid draft. Robert Moore, and Michael Hernandez. Eddie Leonard, and a first of Logan Tanner. 21 spots in the first baseball break. Jimmy Crooks. First, Trace Gonzalez. Warming Burnabell. Colding Freeze and Alarm. Troy Melton first. Ben Joyce, Noyce Joyce, and Conor Priello. 21 to go, I should say. Rolls Royce White. Stephen Mott's first. Salas, and Jackson Jove. Patricia Veerling first. Drew Baker. Eerling Confidant. First, Zack Neeta. That's a big one. And Cooper Jerp. Yeah, that is a really solid second round, too. Thomas Satoranski. What a guy. What a guy. Bill Lamp first. First, Jacob Miller. First, Nate Savina. Got a gold, it looks like, to 15. Jack Brannigan. It is going to be Colson Montgomery. 12 to 15. Nice one there. Is going to the White Sox. Congrats, Chicago. Greg M. There you go, Greg. Del Amador, and first Parker Messick. Lothman Forcers in that second round. Very true. McCarrow. Josh Kazovich first. We've got Yellow, South Stewart, 83 out of 99. First for the Reds. Joshua Piles. What a name, Orlando Johnson. Good God. Who's the most random name in that draft, you could think of one. Yundry Rojas. First, the Reggie Crawford. Campos, and Anhel Martinez. Colusiano. First, Jett Williams. Max Muncie, and Kevin Alcanzaro. Kate Horton first. Jacob Melton, and Thomas Harrington. Mikey Romero first. Nice. Jonathan Cannon. Are you talking about Kentucky legend, Doran Lamb? Box legend, Doran Lamb? First, Eric Brown Jr. There's Drew Gilbert first, and Rossman Berdugo. Do you want a national championship? Toran Lamb. Oh my God. What a guy. Yeah, it's like him, Marquis Teague. Jeff Teague's brother. God, who else? MKG, obviously, was the other big guy. A few others as well. All right, let's keep it going. Reigning income. First, Justin Campbell. Curtis Mead, and Kyle Mandlard. Another Orange coming up. Good luck, Chandler Simpson. First, Orange is a Coupre-Jerp. Nice one there, 19 out of 25 for the Cardinals. Congrats, St. Louis. Picking up the Coupre-Jerp. Sunny day, she are first. Yellow of John Kenzie Noelle. 92 out of 99 for the Guardians. Nice one there, Cleveland. Cleveland picking that up. Carson Milbrant, and Judd Fabian. Anthony Hall. Walter Ford. First, Jordan Beck. And Carson Williams. The Rays. First, Najir Mule. Errol Vera. And first, Dylan Bevers. Drew Thorpe first. Michael Norr first. And Dylan Lesko on the first two. Kumar Rocker. Nice one there for the Rangers. And last pack. Good luck, everybody. She's my draw. Cesar Frito, and a first of Dominic Keegan. I'll do it for the break, guys. Do a quick recap here. Yellow's to 99, John Kenzie Noelle. Sal Stewart. Christopher Passiola. Zach V. Greens to 50. Khalil Watson. Christian Hernandez. Orange to 25. Coupre-Jerp. Teal to 20. Anthony Hall. Gold to 15. Coulson Montgomery. And a yellow to Mar Johnson. That is 48 of 99 for the Pirates. I'll do it for the break there, guys. Thanks again for the fill. And next up, I believe we have the Gilded Finest.


Hi, all. I am Hossein. I will be talking about evolving around the secret sharing schemes with a small gap, a joint work with Homo Sebi. In this talk, we'll start by defining evolving secret sharing. Then we'll present our results in evolving around the secret sharing. Then we'll present the ideas behind our constructions. At the end, we'll summarize and present open-opropellants in secret sharing, evolving secret sharing. Secret sharing schemes were first independently presented by Shamir and Iplek Ali in 75C9 for the pre-served case and by Eto Seto and Shazeski in 87 for the general case. In secret sharing, there is a dealer who holds a secret S. There is a set of parties whose number is known in the beginning of the scheme. The dealer applies a function on the secret and gives each party a share. So we define an access structure as a collection of sets of parties. And we say that a secret sharing scheme realizes the access structure gamma if the two following conditions are. The first condition is the correctness. We say that any set that is in gamma should learn the secret and this is authorized set. The second condition is security. We say that any set that is not in gamma should learn nothing about the secret and this is an authorized set. In this talk, the secret is only one bit, unless we mention otherwise. So next, now we will define the threshold and run the secret sharing. The threshold access structure is defined as all sets of parties, size at least a j. And the threshold scheme, the correctness, we require that any set of size at least a g can learn the secret. And for security, we require that any set of size less than g minus one get no information about the secret. So the threshold access structure is realized by the Wilmonte-Shamirs scheme, which is the share site is order log n when the secret is one bit. Gram secret sharing introduced by Plecalimodus in 85. There are two parameters, b and g, where b stands for bad and g stands for good. And correctness, just like in a threshold scheme, any set of size g should learn the secret. However, for security, we require that any set of size less than b should get nothing about the secret. And now, we don't care about sets of size between g and b and g. And these don't care sets. This means that the Gram secret sharing does not fulfill the definition of the access structure that we mentioned that some sets are not authorized and not unauthorized. So Gram secret sharing introduces an improvement compared to the secret sharing. For some parameters, it can be realized with share size order one. And for every parameter, we can get a shorter share size. So next, we'll define the model of evolving the secret sharing presented by Komar Deskina or you get a 16. So as in a standard secret sharing, there is a dealer who holds a secret s. And now, in the evolving model, we don't know the number of parties in advance. And we don't have a fixed upper pound on it. So parties arrive one after the other. When the party arrives, the dealer gives it a share. When P1 arrives, it gets a share. This one P2 arrives, it gets a share. And so on, when P1 million arrives, it gets a share. And this continues forever. An important requirement in the evolving secret sharing is that the shares cannot be updated later. That means that once the party gets a share, this share should be used in any time in the future in order to learn the secret. That means that the dealer doesn't need to worry about the previous parties and when generating the share of the current party and also doesn't need to know the number of the upcoming parties. And the access structure in the evolving model is defined as a collection of finite sets of parties. Thus, for correctness, we require that any set that is in gamma learn the secret. And for security, we require that any finite set that is not in gamma should get nothing about the secret. So what motivates us to learn evolving secret sharing as we don't know the number of parties in advance, then we cannot use the traditional secret sharing. As the traditional secret sharing require us to know the number of parties in the beginning of the scheme. For example, in Shamir's scheme, we have to know the number of parties in order to construct the finite field that is used in the construction of the scheme. A trivial solution could be to update the shares from time to time. This can be very costly when the number of parties is large. And then each update, it's a single update, can be very large. Therefore, we need to construct a new schemes to realize the evolving secret share. This is an interesting also when there are, we have a fixed upper bound with the number of parties. But for example, if we know that we have, we can have at most 1 million parties, but in real time arrive only 10, then we want to give these 10 parties smaller shares compared to what would they get if all the parties join. Therefore, the learning, studying evolving secret sharing is interesting. Next, we'll present a scheme for a threshold 2, the requirements, any correctness, any two parties should learn the secret. And for security, any single party should get no information about the secret. So when party p1 arrive, it gets a random bit r1. When party p2 arrive, it gets two random bits, r1, x, or s, and r2. And party pt gets two random bits, r1, x, or s, r2, x, up to rt minus 1, x, or s. And rt, the first t minus 1 random bits are used to learn the secret, joining with the previous parties. And the random bit rt is used to learn the secret, joining with next parties. So for correctness, observe for a parties p, i, pj, so that i smaller than j, then pi has the random bit ri, and pj has the random bit ri, x, or s, and therefore, from xoring these bits, they can learn the secret. And for security, each single party has independent random bits, and from them, he cannot get any information about this. The share size of a party t is a t with a random bit, and this is not the optimal scheme. Now we are ready to present the briefest results in evolving secret sharing. So there is a scheme for that, it relies on the general evolving secret sharing with share size two to the t minus one. For k evolving k threshold, for a constant k, there is a scheme that relies on this with the share size k log t. And for evolving majority, which is a variance of k threshold, which we define in the mixed slides, the share size is order two to the four log t. So now we are ready to present our results in evolving around the secret sharing schemes. So in our work, following a previous work, we consider a real action of evolving majority secret sharing. And in our work, we provide the efficient constructions for evolving gram when the gap is small. So the definition is evolving gram, the secret sharing. So we have two parameters, t over two, which is the correctness and t over two minus 50, which is the security. So any bit, two over two parties can learn the secret and any two over set of size at most t over two minus 50 cannot get anything about the secret if t is the gap. So for example, that t over four, t over two run secret sharing, here is a t over four is the gap. So the requirement in evolving gram the secret sharing for correctness, we require that asset, if asset has for some g, at least a g over two parties from the prefix of the first g party, then it should learn the secret. That means that for every given time, we check how many parties are right. And if the set contains at least half of them, then for some g, for some g, the list contains half of the parties up to point g, then we accept and this set should learn the secret. For an example, consider the set before p five p six, then we look at the prefix of the first six parties. This set contains three parties from them and by the correctness condition, this set should learn the secret. And for a mountain city, also if we add the party p 13, this set should learn the secret. For security, we require that if asset for every g contains less than the g over two minus if the g parties from the first g party, then it should learn a thing about the secret. For example, for an offer I said, if you look at p at p 16, then this set from the prefix of the first 16 parties, it contains only two parties, which is a smaller than quarter of 16. And from the prefix of the eight parties, it contains only one party, which is smaller than quarter of two of it. And therefore the security condition holds for these two prefix and we can see that holds for every prefix. And thus this set should learn a thing about the secret. An example for don't take care set. So the set p six p seven p eight, it contains three parts around the prefix of the first eight parties, which is greater than the quarter of it. Therefore the security condition does not hold for this prefix. And this is not an authorized set. And we can see that for every prefix, this set contains less than half of the parties and then this is not authorized set. So we define evolving majority as evolving gram with the gap f t equals one. In evolving majority, there are no don't care sets. Each set is either authorized or unauthorized. Okay. So briefly as the results in evolving gram the secret sharing, as we said, the evolving majority is evolving gram with gap one. We know that there is a scheme that realizes evolving majority with share size t to the four lock t. And there is a scheme with the one that gap is a constant diffraction on t with share size order one. So the motivation by learning evolving gram the secret sharing. So as we know the evolving majority requires shares to to the four lock t, the standard three-shot scheme requires share size lock t while the standard rank scheme introduces an improvement compared to the three-shot scheme and there is realized by shorter share size when for some parameters is realized by order share size order one. So we question if we can reduce the share size also in the evolving sitting and by a previous work, we know that the answer is yes. We can in our work, we study this evolving gram for small gaps and by studying evolving gram for small gaps, we can better understand the evolving majority schemes and therefore we can get back and try to construct the schemes for evolving majority, which is the main question. Okay, so our contributions when we construct efficient evolving gram the secret sharing schemes with a small gap. So for when the gap is two to the beta for beta between zero and one, we show a scheme with share size two to the one over beta minus one. So when we look at beta equals half the share size is order t and this is improvement compared to the evolving majority over when beta is one over four the share size is two to the seven. This is inefficient compared to the evolving majority and therefore we present our second scheme in which the share size is t to the four minus one over look square one over beta. That means that for every gap the share size is better than the evolving majority since the exponent is smaller than four. This is an asymptotic share size and if we analyze for a specific beta we can get better share size. For example, for beta equals one over eight with the careful analysis we can get share size a two to t to that 2.36. Not in that our results apply for every correctness function which has a constant refraction of t not only for t over two but for simply the skin for presenting the results we restrict them only to t over two. We construct also a scheme for a constant k we show that for when the gap is k over two and the correctness is k it can be realized with share size for that k log t. So next we are ready to present our results our ideas behind the constructions. So we first start by a simple scheme for ramp the secret chain with parameters two over eight and two over two. So we divide the bar this into segments the first segment contains four parties the second contain eight parties and so on the L segment contains two to the L minus one parties and so on. So the scheme is as follows in each segment we share the secret by a three short secret sharing scheme with the three short which is quarter of the part of the number of parties in that segment. So in the first segment we share by one out of four in the second segment the three short is two in the L segment the three short is two to the L minus one over four and so on. So in order to prove correctness we want to give an authorized set we want to show that it contains a quarter of the parties of some segment. So as you consider an authorized set that in the bar to PGA then if there is some if there is some segment before the segment A plus one such that the set contains quarter of the parties of that segment then we are done. Otherwise we conclude that if the number of parties up to the party two to the L in that set is smaller than two to the L over four and since this is an authorized set it contains at least G over two parties and from the segment L plus one it contains at least G over two minus two to the L over four and therefore since J is greater than two to the L plus one that this is greater than two to the L over four which is the required threshold and the segment A plus one. Each party gets a share of Shamir's scheme and which is among the order T parties and that's the share size is order L over T. Now we present a scheme for a smaller gap which is a square T. So the scheme is as follows. For every T equals two to the L for some L and N we run a scheme for parties E squared T until party P to T. We will show this scheme in the next slide. And now, for example, when T is four we run the scheme for parties P two until P eight and so on when we have when for T equals U we run the scheme from party square U until party to U and when and so on when we get when T is U squared we run from party P U until party P to U squared. Party P J participates in order log J schemes. Okay, so we will next we'll show the scheme for one segment and this can be generalized for any segment. So the scheme is as follows. So the parties is from square T until party to T and we define segments where each segment starts from party square T and ends in different party. So the first segment ends in party T plus square T. The second segment ends in party T plus two square T. That means that we add square T parties to the first segment. And in each segment we add square T and so on each time we add the square T parties until we get the last party which ends in party to T. As we add square T parties each time we have square T segments. And now in each segment we share the secret by a threshold so that by a threshold secret sharing so that the threshold is increased by square T over two each from segment to segment since we add the square T parties. So since we have square T segments and the next segment we run Shamir's scheme the share size for each party is square T log T and since the smallest index is square T we get share size J log J and since we have a factor of log J from the previous slide we get share size J log square J for when the gap is square T. So we generalize these ideas to construct a scheme for every gap by two steps and the first we reduce the finite the evolving gram into problem of realizing finite access structures and then we show how to realize that these finite access structures by segments technique and by trade technique do time to time restriction we don't mention details they are in the paper. Okay, as a summary we introduced unconstructed efficient evolving gram the secret sharing schemes for when the gap is T to the beta for beta two and a half and one the share size is T to the one over beta minus one when the gap when the beta is between zero and half the share size is two to the four minus one over look square one over beta and also when for a constant K we showed a scheme for with the share size log K log T when the gap is K over two and the correctness is K. So open of problems interesting open of problems we ask if we can improve the share size in the evolving secret sharing as we know the best upper bound to know is two to the four while in the non evolving sitting is log T so we ask if we can close this gap and if we can also prove a lower bound in the evolving maturity. We ask also what is the best share size we can get for evolving gram and if we can improve our skin and we also ask what is the best share size we can get in the evolving general evolving secret sharing as the general evolving secret sharing considered to be difficult than standard secret sharing if that's improving lower bounds could be easier and this is an interesting. Thank you.


Patriot Prime Reviews is a channel for adult collectors and may not be suitable for children under 13 years of age. Viewer discretion is advised. Hey, what's going on guys? Patriot Prime here once again with another toyhacks.com sponsored review. But before I get started, I need you guys to do me a favor. If you're watching this video right here and are not a subscriber of Patriot Prime Reviews, please hit that subscribe button right now. It won't cost you a thing, but will help me and my channel out tremendously. Now, on to the decals. And the set we're looking at in this video is the brand new decal set for Warfare Cybertron Earthrise Sunstreaker. And this decal set includes two decal sheets, both on vinyl backing. So now without further ado, let's take a look at Sunstreaker both before and after toyhacks decals. And welcome to Patriot Prime Reviews. In vehicle mode, straight out of the packaging, Sunstreaker is primarily yellow. Unfortunately, he's a two toned yellow. You can see a different collar here on the roof and the back of the vehicle opposed to the rest of it. And that is due to the fact that these sections are painted where this is just yellow plastic. So fortunately, toyhacks is supposed to be able to fix this with these new yellow decals. He also has silver headlights right here on the front. A black bumper, silver rims. A little bit of black detailing here on top along with the Tampa Graphed Autobot logo. The silver engine intakes. And back of the vehicle has a black bumper as well. And that's pretty much it for Sunstreaker in vehicle mode. Another thing, I love the windows on Sunstreaker. Usually not a fan of the translucent plastic, but the designs underneath really look cool. So I'm going to give Sunstreaker a pass as far as his windows are concerned. So there is one final look at Sunstreaker in vehicle mode before and after. Now the first decals you're probably noticing are the new black decals there on the side of Sunstreaker. You've got new black decals right here in this indentation. And black racing stripes all along the bottom with that CR right there, which is a callback to generation one. On top of the engine, you have new decals here and in the center. And there's new red and black decals right here on the top. Moving into the back of the vehicle, he now has taillights and a license plate. I picked the one that says Sunstreaker. There is options right there. So all depends on how you want to have him licensed up in vehicle mode. Now let's take a look at the new yellow decals that go here on the roof and the back of the vehicle. Now, I really don't notice that much of a difference. That may just be me, but I don't see anything. I like the attempt. I think it's a very clean look and I love the new Autobot logo with the white outline. But as far as really color matching the rest of the vehicle, I'm just not seeing it. And now for a G1 comparison here is Transformers Earthrise Toyhacks Sunstreaker with his generation one counterpart. And you can see the similarities there with the black striping though. And my original Sunstreaker needs some new decals. Plus, you're not seeing things. I just added that smaller Autobot insignia because I forgot that the G1 had one as well. That's not on the official sticker map. You do get two different size insignias. So I just decided to really match up the G1 look. Also, I really wish Earthrise Sunstreaker came with the spoiler. The spoiler really makes the Lamborghini mode. Now, I know there are some third-party spoilers online because a friend of mine sent me a set for my Sunstreaker and man, does it make a world of difference in vehicle mode. So yes, if you can find a pair of those, highly recommended. So there you go, guys. One final look at Earthrise Sunstreaker after. In robot mode, straight out of the packaging, Sunstreaker still carries over that two-tone look. Though he does have some more black now to help break up all that yellow.  He also has the really cool windshield there on his chest now. The Tampagraft Autobot logo down here on the feet. You've got the bumper for the toes and the silver lights. He also has his engine as a weapon now.  I think that looks like a hairdryer. So I'm more partial to using a third-party weapon for Sunstreaker opposed to the one he came with. So there you go, guys. One final look at Sunstreaker in robot mode before. And after.  Starting here at the top, we've got new details here on the shoulder. Now there are options. You can do the red and black combo that I have right here. Or you can do solid red. Now the original G1 toy had solid red upper shoulders, but since these are shown a lot in vehicle mode, I decided to go with the black and red to break that up more so it just wasn't an all-red back for Sunstreaker's vehicle mode. Moving on down here to the forearms, you've got these little yellow triangles. Down here on the waist, there is a black section here. Black decals right there on the upper thighs. And gray and silver pieces for the knees. Down on the shins, be warned that these are not shown on the sticker map on toyhacks.com. You've got little decals right here on top of the shins that are gray and black. And down here on the bottom, you've got these gray, silver, and blue decals. So there those are right there. As I said, they're not on the sticker map. These little blue decals, however, are, but there's red decals in here or right there on the inside of the knee that are not shown on the sticker map either. Now the yellow decal for the chest really doesn't look that bad in robot mode. So I dig it. That's not too cool. Nice smooth look except right there. I cleaned that so well and still got a little tiny air bubble. So I never can win with these giant decals. Now as far as his hairdryer weapon, he gets some decals on the underside. He now has missiles. So instead of being a hairdryer, this is now a missile launcher. And if you look closely at those missiles, they look a lot like the generation one, excuse me, the generation one Sunstreaker missile. So I love that G1 throwback. And now for a G1 comparison, here is the Earthrise Toyhacks Sunstreaker with his generation one counterpart. And there you go guys, Sunstreaker in robot mode after. Toyhacks once again knocks it out of the park with the generation throwbacks for an Earthrise figure. I love the small robot details they add to Sunstreaker and the black striping all along vehicle mode. Not a big fan of their attempt at color matching the two tone look of the figure. I could take that or leave it because as I said, I don't really notice much of a difference. I do however like Sunstreaker's hairdryer weapon attached to his back, which gives him a more G1 look. And highly recommend you guys check out the Toyhacks Armory to get Sunstreaker a proper weapon. Now guys, if you enjoyed the video, don't forget to like, don't forget to subscribe, and don't forget to click that bell icon to get notified when I upload new reviews. Once again, this is Patriot Prime, signing out. Hooah!


Hi, everybody. Jeff Hemmelt from sfmsports.net. After the Stephenson women fell one nothing, the Salisbury here at Mustang Stadium here with Coach Graham Miller and Coach, what can I say, a tough defeat here tonight against Salisbury. Had an early chance with the penalty kick that Kellan Whitman stepped up to take and unfortunately missed it wide at the post. And pretty even first half back and forth and then just the chances were being snatched at, just couldn't break through that goal in regulation and then a tough deflection at the end over time for the one nothing defeat. Just give me your overall impression so far, especially the first half with that chance that Kellan I know she had to be a little bit disappointed in missing that penalty. Well, you know, I mean, that's what people are going to talk about the miss penalty kick, but you know, Kellan was the only one to step up to take the penalty because Megan Williams, who graduated last year, this is our first PK this season. So, you know, Kellan created that chance. I mean, she created the chance out of nothing. She earned the penalty. So, you know, why not you step up and take it? And she did.  It's a tough situation that 12 yard PK. So, you know, she did a great effort and, you know, we can't fault her for that because then she played great. The rest of the game, she didn't let it affect her. And then the rest of the team, I mean, I thought that was her best performance all season. I mean, Soulsbury is a good team. They've only lost a couple of games. And, you know, we keep them to zero goals. And really, I don't remember one clear chance they really had. So I was proud of the team defense, the organization. I was proud that we actually played for 90 minutes, which I thought we actually played for 97 minutes. And, you know, it's just a tough goal. And, you know, sometimes that happens in soccer. It's a cruel game. But I'm proud of the effort. And I think we can move forward and take this game as a positive. We saw in the men's game that defensive line stepping up and the goalkeeper for the men, Mike Tringale, stepping up with a bunch of time. We saved your goalkeeper, Tiffany McKee, had another solid outing in net. Again, not much she could do on that, the overtime goal. But just give me a little more feedback on the defenders and the goalkeeper, really stepping up again for you guys today.  She had to be ready. But I really, it's her defense. Her defense gets the credit tonight. You know, Sam and Emily in the middle. And Emily's been struggling with a little bit of a knock. And she didn't practice the last two days. And she came out here and was, you know, one of the players of the game.  And then on the outside, rotating Shannon, Brittany and Morgan, you know, the team defense was unbelievable. And I just, you know, they really didn't give Salisbury any breaks at all. And so I'm proud of the way they acted back there, especially after we've lost some goals last week, you know, two to Frostberg, three to Catholic, to come into this game with, you know, one goal. And overtime, you know, it's a really, it was a really big improvement on the defense. Bit of a hard run recently, the four game losing streak. And then the overtime win on Friday against Frostberg. Another tough defeat here. Coming up, you have Haverford, who's ranked, and then Wilkes at home back-to-back nights. Give me a little Sky report on both of those sides. Well, first, I don't like to do things easy. The girls know that. We're, you know, what's the point of playing some Mickey Mouse teams that we beat? Like, you know, eight or nine zero, that doesn't help you with the outlarge bid. So, you know, we're going after, you know, the best teams. And it's only going to help us when we play, you know, I think arguably the best team in the country right now, which is Messiah.  So we have to prepare ourselves. So playing Haverford, playing Wilkes this weekend, number 23 in the country, and then, you know, Wilkes team that beat us last year in overtime, it's only going to help us, you know, for the conference playoffs and the conference schedule. Well, Graham, commiserations again on the feet tonight. I know you guys will bounce back over the weekend. Thanks again for joining us. Good luck over the weekend, and we'll see you back here at home on Sunday. Thanks, Jeff. Coach Graham Miller with me after the Lady Mustangs fall, one nothing to the Seagulls here at Mustangs Stadium.


The following video will demonstrate how to activate the smart area feature on a 2GIG GC3 security panel. The panel must have firmware version 3.2 in order to use the smart area feature. To enable the smart area feature, first press the 2GIG logo. Enter the installer code. Press System Configuration. Then press Panel Programming. Scroll to Question 69. And then select Question 69. Press Enable. Then press Return to System Configuration. Press Back. Then press the back arrow. Finally, press Save. You'll notice the Smart Areas button is now located at the bottom of the home screen. The smart area feature is now enabled on your GC3 panel. Make sure to subscribe to our YouTube page and click the Show More tab underneath the video where you can view valuable links pertaining to this product, similar how-to videos, and our low-cost, no-contract alarm monitoring services.


Hey, today I'm going to talk to you about climbing because I spend so much of my time talking about thinking about undoing climbing and yet I've never actually talked about it on my YouTube channel, which is a shame because it's a huge part of my getting and staying well. And I recently got the chance to talk about this at a conference and to reflect on some of the lessons that I've learned through climbing to wellness and I thought it'd be really nice to do like a summary of that for anyone who is interested in my climbing or in the use of climbing for well-being. It's a really interesting area actually and I've got just a little bit of funding to deliver an intervention for young people down in Brighton and Hove looking at the role of climbing as a kind of therapeutic measure for young people who are struggling with anxiety and depression and I really look forward to sharing more about that as it unfolds. But today I'm talking about my journey with climbing so I had never climbed until about 18 months ago so I'll start at the beginning. So once upon a time I was very unwell with anorexia and I had been impatient for some time, I had been entirely bed bound for some time and then I had progressed to being in a wheelchair, then I progressed to being on crutches and finally I was able to walk unaided and I was beginning to build my strength up. I was back to a healthy weight or really at a healthy weight for the first time in my adult life and things were going okay. I discovered climbing accidentally actually. My children wanted to go climbing, I took them to my local climbing wall craggy down in Sutton and I discovered that if they were going to go climbing it was going to get very expensive unless I went along and did an induction session and was able to supervise them climbing myself. So I went and did my 90 minute induction and by the end of it I was like when can I come back and do this more, I loved it. So it was bouldering so this is low level climbing without ropes and I quickly started going to their weekly ladies sessions which is kind of a social session that just anyone could join in so it kind of enabled me to access the wall and get a bit of coaching input and I quickly found that I was getting stronger and better and building a bit of a community amongst the climbers too. So what did I kind of learn from this? So the first thing I learned, I did my kind of five lessons and I've got my clicker with me because I'm actually just going to look through my presentation as I share with you. So my lesson number one in my presentation was I am strong and I mean this kind of both physically and mentally but the thing for me with climbing to start with was it really, really helped me to come to terms with this new body that I was inhabiting. So I have been very underweight for a very long time and although my weight had kind of gone up and down over time I'd always been underweight and in my whole adult life it seems I had been chronically underweight and one of the things I had to come to terms with when I went through the most recent treatment was the realization that I had always been when I thought I was aiming for healthy, actually that was still a stone below where I should have been and in fact about stone and a half now that we adjust for my new more muscular body. So I had to gain a significant amount of weight even from where I thought healthy was but even more from where I was in illness. So I had gained a huge, huge amount of weight and although that took me to healthy and I was by no means big I was huge compared to what I was used to being and I felt like I was walking around in someone else's body and it just felt uncomfortable. I found it very, very difficult to adjust to the change. Partly because also it happens over a really quick period of time so it's just difficult. Every time you look in the mirror someone different is looking back at you and it's really uncomfortable and I couldn't get over this feeling that I was just too big and I felt wrong and all that kind of thing. What I found was that with climbing I started taking videos of myself climbing because I wanted to improve my climbing technique and a really good way of doing that is to watch yourself climbing and then you can kind of critique yourself and you can learn about you know what you're doing well and what you could be doing better but there was this really nice side effect from watching those videos which was that I could see myself getting stronger and also I was able to view myself more objectively because I just looked at myself mechanically like objectively as a climber and I'd be assessing my strengths and I could see myself not as someone who was too big or taking up too much space but as someone who was objectively really strong and you know I could see my kind of muscles forming and the fact that there wasn't you know any excess of me in fact increasingly over time I found it hard to think well where had you know how could this possibly be me when I'd gained so much weight where where was I before you know it was hard to understand so I began to be able to look at that it really helped with my body image it really helped me to reset really my opinions of myself and to begin to think of my body as something that was that was strong and to see this is a positive thing of gaining of gaining strength the other thing I found was that climbing helped me to make myself stronger and to kind of exercise good self-care it helped me to eat better I found that I was motivated to eat well before it climbed because if you try climbing when you haven't fueled yourself properly and not just directly before but in the day or two before that as well it's really really hard so bouldering in particular it is quite intense and it involves like big spurts of energy and so to do that it's a bit like you know sprinting you'd find it really really hard to sprint if you haven't had a good night's sleep and you've not eaten a decent amount of food in the preceding couple of days so I began to find that that really helped the other thing was I found if I went and did a couple of hours climbing that I would feel ravenously hungry afterwards and again that was really important because I had never really understood hunger cues in the past I had such a kind of messed up relationship with food and hunger that I never really known what hungry felt like and I mistake it for nausea and stuff but finally with climbing came this ravenous hunger where I had to feed myself well and I began to understand you know have a better relationship with my body so yeah climbing made me tired and hungry I learnt to feed myself I learnt to rest myself and yeah there was lots and lots of positives there but yeah also I could watch videos of myself and I could see that I was strong and it was so satisfying is still so satisfying feeling myself getting stronger and stronger and I do feel a huge amount of pride when I think of the fact that you know less than two years ago I was completely bedbound by anorexia literally didn't have the strength to sit up in bed and now I can you know hold my entire body weight on my fingers and pull up from my fingers and do like really quite fun technical climbing so yeah that makes me proud and has been a great lesson and the next lesson I learned was that there's not like a right way and a wrong way of doing things so as many of you know I am on the autistic spectrum as well as having had anorexia which tends to go with kind of very black-and-white thinking and I have always had this very black or white thinking kind of past or fail good or bad right or wrong and it's been really really important for me to learn that actually there's lots and lots of different ways of getting to our destination and climbing is a really good way of discovering that because when you go to a climbing wall or you go climbing outdoors which is so fun just booked my next climbing holiday hurrah when you go climbing basically even if you're climbing indoors on a wall where there's kind of a preset route there is always so many different ways of getting to the top so for me because I'm really short often I will have to take a different approach than like if I go climbing with my husband who is six foot four so there's over a foot between us and we'll take a completely different approach his way isn't right or wrong my way isn't right or wrong they're just different and that's been a really important lesson and something I try and discipline myself to do sometimes is if I am climbing a particular route to actually try different ways of doing it so once I cracked it one way I think oh could I miss a hold out or could I do it a slightly different way can I start with my hands in a different place or you know something like that I find it really helpful and that's been quite a good kind of analogy also for recovery for me as well and we like to think of you know recovery as being a straight line and the perfectionist tendencies that often come with people who struggle with eating disorders can mean that we expect that to be every day making progress for this to be completely linear and exponential and it just isn't like that and I've had to learn that there are shades of gray that you know some days will be better than other days and that sometimes will fall and we need to pick ourselves up and then climbing has helped me to kind of really practice that the you know some days I have a good climbing day sometimes I have a bad climbing day but it's all kind of adding to my ability to climb you might try the same route a hundred times before you get to the top that doesn't mean it means any less when you get there and every time you go up that route you learn something different as well and the other thing I found was that like with climbing I have learned that I can't just copy what someone else does so I might be looking at a route that I'm finding particularly hard and I really want to get to the top and yeah it can be really helpful to ask my pals and say how did you do it you know what did you find to be a helpful way of doing this move and have you got any ideas about how to get past this bit and they will often have suggestions and they might often have suggestions for what they think will work for me as well if it's someone who knows my climbing ability but actually again there's no right way and wrong way and the only way to actually find what's going to work for you is to go and try and to be prepared to not always get it right and to be flexible and to try different things and that's been so important and again it's a really as I say really important analogy was recovery because we can sometimes look at how someone else is doing it and I can say well you know they're doing this they're eating this they're doing these things and that's great if it's working for them but that doesn't mean it's going to work for me so I need to hold myself to account for you know in the case of what works for me rather than what works for someone else both when it comes to my eating disorder and how I manage my autism increasingly I'm beginning to think about that more carefully and but yeah also in the climbing wall just because this climb works this way for this person doesn't mean it's going to work that way for me and the other thing that's important is I sometimes do things a slightly unusual way so I'm known for being a little bit of a contortionist when it comes to climbing I'm small and I can fit into little places and I also have incredibly strong fingers and so I sometimes can pull off a move that might not be the way other people would do it and and their way might look neater might look better might look more fun but it might work for them and not for me and it's okay even if my way is a little kooky both on and off the wall and it's also just been generally really good for my problem-solving and this is one of the things that I always try and encourage people to think about when it comes to taking kids climbing and why this is such a useful sport because actually you you sit and you look at the problem you're trying to solve we actually call them problems and yeah you look at that that climb you want to do that problem you want to solve and you sit and you think about how you're going to do it and you plan for it and you try and work out where the difficult bits are going to be and how you might approach that and then you go and you you give it a go and if it doesn't work first time you try something different so it's been great for my problem-solving and kind of my resilience and my willingness to to get up and and try and try again as well the next thing for me was that climbing taught me to have fun so this was the first real hobby I've had in a very very long time historically I had felt this need to be productive all the time I haven't been very good at doing things just because they were fun or because they were good for me or because I enjoyed them and in climbing I found this kind of organized structured way of being able to go and enjoy myself and it was something that I enjoyed so much that I found myself actually making time for it the other thing was that I found that in climbing I found something that could really help me to reset so it's been really helpful for me in different ways at different stages of my illness so early on it really helped me when I was trying very very hard to overcome feelings of wanting to self harm or when I'd be feeling suicidal and actually I could go and I could climb and I was able to push all the other thoughts out of my mind because when you're climbing you're so very very kind of heavily involved in that it's very much a mental and a physical workout and you've got like you're kind of stimulating so many different senses as well so you're very much involved it's like a really really physical form of mindfulness it's so for me that was that was fantastic and yeah it can help me as well if I become overwhelmed so if I have spent a lot of time around people which can cause me to burn out I do suffer a lot with social burnout I find if I go and climb is literally like pressing the reset button for me and then I find that I'm able to yeah engage again the better afterwards it yeah lets me sort of really clear my mind and get rid of the anxieties that have sort of built up and put me back on a really sort of level playing field and I also find that climbing is nice because I can go to climbing walls anywhere in the country and there's kind of a very clear set of rules to how climbing works so both literally in terms of you know there are different gradings and there's rules that you will have in terms of safety and rules of kind of you know social engagement at the wall but then also there's lots of stuff around I've got lots of social scripts around how if I would like to climb with other people I kind of know how those conversations need to go so you sort of you go and watch other people who are climbing something that is sort of you know difficult but sort of perhaps achievable for you within a few climbs you watch them doing it you ask if you can have a go and you kind of join in and I found that this works really wherever you go that people will often really welcome you in if you're climbing at a similar level with them and you're willing to have a go you're willing to fall off in front of them that seems to be quite an important social glue and so yeah you can get this kind of sense of belonging community wherever you go and for me I think this speaks to my autistic tendencies that it's really easy to engage because you have a thing to talk about you're not having to worry about small talk which is complicated you're talking about the climbing and you can talk about the technique and the strategy and everything now you don't have to talk about other stuff if you don't want to you can focus in on the climbing no one minds how much or how little you're contributing kind of to conversation and there's really clear kind of rules of engagement around turn taking on the wall and that kind of thing so yeah it's really great I feel like I can go any to any wall and just slot in with the people there I know how I fit like much easier than if I'm at like a networking event or a party or something like that I find that much much harder so like at the wall I understand the language I understand how to be so that's really really helpful and it's yeah like I said it's really really good fun too so it's been really easy for me actually to prioritize time to climb because I love it so much but I also know that it enables me to be more productive in the time when I'm not climbing because it helps me to really reset and it's something that I can use as a tool to help me to manage the things that I want to continue doing work wise because I love them and I see the big impact I have when I go and do things like talk at events but which take a huge toll on me and I know well that's fine then so next week for example I'll be going and climbing in Colchester because the next day I'm speaking at an event locally and I know that because I've gone and climbed I'll be in a good place mentally I'll be going from the Department for Education to a big conference the climbing in between will help me reset and I'll have fun too so yeah easy to kind of prioritize that form of self-care because I love it and it's so much fun and lesson four is about failure as a pathway to success so I've alluded to this a little bit already about that how there's lots of different ways of solving a problem and we've got to be prepared and to fall off now I have a bit of a thing when I'm climbing that if I go to the wall and I find that by the end of my session I haven't really fallen off much I feel like I haven't tried hard enough when I'm not falling that indicates to me that I'm working just within my comfort zone and that I'm not going to progress as a climber and actually again it's a really good lesson for me in life when I find that I'm just kind of coasting along and everything's fine and easy that often indicates to me that it's time for me to begin to challenge myself a little bit more that's been helpful with things like for me introduction of different food groups into my diet so I had had a hugely restrictive diet in the past as the combination of anorexia and autism really like narrowed my world and I've gradually gradually gradually over a very long period been introducing more food groups and yeah now I know that if it's been some weeks and actually everything's feeling okay then it might be time for me to think about okay can I begin to push the boundaries a little bit and bring in another new food type and yeah in the same way as I challenge myself with my climbing I like to challenge myself with my food so I fall off a lot when I climb like quite spectacularly I'll pop a video in so you can see I'm kind of renowned for it at my local wall and there's often a moment where everyone goes oh and then there's a okay she's laughing it's fine and the thing I love when I watch videos of myself falling I'm always laughing as I fall like I think I have the most fun when I'm falling off and it's it's really great and it took me a while to get comfortable falling in front of other people and that's a really common thing for people when they start climbing it's kind of you know you feel embarrassed you want to be showing like hey I'm amazing and but actually in the end I think that as climbers we often have most respect for people who are willing to have a go at something whether or not they're they're gonna succeed it's about the trying I think that we yeah as climbers we often really respect people who try really hard and it's not always so much about getting to the top I mean there's always a big whoop if someone gets to the end of a project that they've been working hard on actually there's a lot of like happy spirit and supportiveness even if you're not actually making it to the top and being prepared to try something that I knew I wasn't going to do perfectly has been great as well for me in terms of just addressing that perfectionism so those kind of unrelenting standards and perfectionism has been a big issue for me and that whole thing about black and white thinking kind of pass or fail right or wrong has been a real issue and again in climbing I've really begun to learn that actually something can be a work in progress sometimes actually I'll have a climb that I've been working on and it will get taken down and replaced by new climb before I ever managed to get to the top and again that's the sort of thing that when I first started climbing I just couldn't have handled and now I really embrace it I think it's great if I've got a project that's so hard I never managed to achieve it and I have to roll over and start a new project when the wall gets reset actually I think that's a really great sign of of progress for me the other thing I found is that by being willing to try stuff that is beyond what I can really achieve I learn so much so I actually coach quite often people climbing now too and I'm always trying to encourage them to try stuff that is beyond their comfort zone and to try a climb that they just know that they can't get to the top of because you don't have to get to the top to learn something even if you can only do the first one or two moves you're actually building up your sort of repertoire of skills and understanding and your muscle memory just by trying those moves and actually again it's the same for me in life I don't have to be able to do something perfectly in order to go and give it a go and yeah step outside my comfort zone and sort of be prepared to try the other thing for me on a very practical level in terms of managing my mental health is that falling I have found to be really grounding so one of the things for me when I was really struggling with my post-traumatic stress disorder is that I struggled a lot with not feeling real and dissociation and lots of that sort of thing and for me self-harm was something that helped to ground me it made me feel in the moment and now and it didn't mean it was pleasant but it helped me to kind of stay present and falling does that for me too so if I am climbing and then I fall like literally I guess you'll get hit the ground you're great it's grounding you're kind of very in the moment and again for me that can be quite helpful too that doesn't mean to say that I would ever climb recklessly and there's certainly been times when I turned up to the wall when I've been in a very very difficult state mentally and actually our centre manager is fantastic and he will often say can why don't you sit have a cup of tea calm down then we'll go and climb and that's the right way to do it because you know you want to be taking care when you're climbing it's obviously you know there is there is potential danger there so you want to be climbing when you're at a relatively good place but again as I say for me that that kind of the falling really makes me feel very present and I guess that's also partly why I find myself laughing I'm in the moment I'm right now I'm right here all that matters at that moment I'm falling is me in the wall and that climb that I'm trying really hard to get to the top of the final lessons lesson number five in my presentation was I can and this is something that's been really lovely to discover is that I often didn't do things for fear of not being able to do them and the number of things I never tried because I thought I couldn't and climbing has really helped me to develop much more of a growth mindset and I've realized that I can do stuff so lots of people when I talk to them about climbing then they say I'd really like to do it but I don't have any upper body strength or I'm quite weak and I always then reflect on the fact that when I started climbing I'd literally only really just started walking again and but actually with some determination with a willingness to try and a willingness to fail along the way and actually I have become much much stronger like 24 hours has passed since I started recording this video and now life got in the way in the middle anyway I was kind of finishing up I was talking about how I can being the lesson the fifth lesson I learned from climbing and how I can apply that to life and the final thing that I found really helpful as part of this I can is the positive impact that a little bit of coaching can have and I found that because I was new to climbing I was keen to learn and really happy to take on board the advice of others which can be harder maybe to apply to other domains of my life but a really nice example from climbing would be I've been trying to learn to dino so dinoing in climbing is basically when you make little jumps and so there'd been this this particular problem that I've been trying to do that involved a jump at the start and I thought I couldn't do this I thought the jump was too far that I was too small I didn't have the skill or the power or the height needed to make this jump so I asked how we one of our regular route setters and yeah great climber who is often at our local climbing wall craggy for some advice on this and he has kindly included little dinos for people like me to have a go at and he also gave me some great advice so there was one particular climb I was trying to do this dino again and again and again and not getting it and he said to me this is nothing to do with your height this is nothing to do with your ability and it's it's completely about you thinking about the sequence events so he didn't say he said do you know don't think about you know the the size of the gap or anything like that it's about trying to move your body at the right time and in the right order and it's not that you can't reach it it's that you're not approaching it quite you know with quite the right sequence and and the other thing he said was it's a psychological barrier so it was about me actually having the confidence and knowing I can rather than thinking I can't that's true of a lot of stuff in climbing actually I often find that both for myself and for other people who I will coach that the thing holding them back isn't their ability it's not their height or their strength or their techniques sometimes it's just in their mind and that's particularly true when we're working higher up the wall and we're anxious about the height and that kind of thing as well but yeah overcoming that psychological barrier so this was particularly satisfying on this little dyno that I did and having not been able to do it not been able to do it I then went back to it knowing well actually you know how he says I'm able to do this I know I can I just need to think about the sequence and then I managed to get it and it felt so good so yeah I can it's been a really nice learning from climbing and again it's given me as a say the confidence to try things in other aspects of my life and not to think that I have to do something perfectly in order to be able to enjoy it so that's been a great lesson so as you can gather from the whole video I love climbing I found it to be incredibly fun and also incredibly worthwhile a really good way of getting and staying well and something I can use really regularly as part of my weekly routine in order to keep myself well and in order to help myself manage on more difficult days or in order to get myself to a really good starting point when I know I'm going to be facing significant challenge so if I know I'm going to be doing loads of social interaction I might go climbing on the way so I start as calm as possible at the beginning so it's been a great sport for me I'd love to hear about how you get on with your particular sport or chosen hobby or activity and how that impacts on your well-being and if you're a fellow climber I'd really love to hear about your journey with climbing and if it's something that you found has been supportive to your mental health as well and I think one thing I should add is that when we think about sport and well-being we know that there are really good proven links and there's lots and lots of evidence about the you know the positive impact that sport can have on things like depression and anxiety however when we are in the depths of those difficulties it can be really hard to physically get out and engage in the thing that we know will be good for us and that can be incredibly tough so you know if you're someone who's watching this and you are wanting to do this you know it would help you but you feel completely unable then I guess I just want to sort of yeah share a bit of solidarity really and hope that you can take some steps towards doing those things on a day that is a little bit kinder to you and be forgiving of yourself on on the days where it feels not possible to manage that I often can find that having a supportive group of friends and having a routine can help so for me knowing that every Tuesday evening there's a group of people that I would climb with knowing that on a Thursday there's a group of women that I climb with and knowing that on a Saturday my husband will climb with me helps me to keep it as part of my regular routine but I also have a whole bunch of buddies who if I need to go for a climb I can text them and say you know anyone up for a climb I really feel you know in need of a go and that can really help because sometimes it is it's it's nicer to do it alongside someone if you're having a tricky day and as I say the routine also just knowing that it's regularly going to come up and you're going to do it at the same time can make it much easier than trying to each time it be a spur of the moment thing and get your ideas together. The other thing is just on a really practical note I find having everything already to go so that if I do decide that yes I can get out and I can go climbing like I just literally have to pick up my bag and it's ready to go rather than having to pack it and organize it because sometimes it's those little practical things which can be the difference between us getting up and getting out and not doing so knowing that you know all I literally need to do is make the decision and pick up my car keys and pick up my climbing stuff which is already to go makes it so much easier to get to the wall. I hope this was interesting I hope you enjoyed the videos of my climbing I do I do love love love my climbing and yeah it's always great to be able to share that passion with others and I think particularly as someone who found my sport you know much later in life I hope that kind of encourages some of you if you haven't found your thing yet to maybe give a few different things to go and hopefully have some fun along the way. Okay see you in the next video I guess do let me know your thoughts your ideas your comments let me know what other things you'd like videos about and if you would it would be fantastic if you would be happy to subscribe to my channel I'm trying to release new videos on a Tuesday and a Friday and be more consistent about that your subscriptions it mean a lot to me I notice them as they come in I am you know aiming for the 10,000 so I can go use the YouTube space in London so you know only like 10% of the way there but I'll get there if you keep subscribing thank you so much and see you in the next video bye


Strategic Cybersecurity, Module 2, Understanding Binary and the DNS. Once you have completed the readings, lecture, activity, and assessment, you will be able to articulate the connection between binary and transistors. Articulate how numbers are translated into letters using an ASC2 table. The first lecture noted that this is a non-technical cybersecurity course, but you do need to be exposed to a few basic technical concepts to fully grasp the course content. In this lecture, we'll discuss a few of those basic concepts, and you should come away with a clearer understanding of how digital technology works. You may already know that integrated circuits, or chips, are the memory and processing units the powerhouses of today's computers. Millions or even billions of transistors make up these chips, allowing or preventing current flow through the circuit. If the transistor allows flow, it is said to be open, and if the transistor prevents flow, it is said to be closed. This system is thus binary in nature, with the open condition corresponding to the digit 1, and the closed condition corresponding to the digit 0. Ultimately, all digital information can be distilled to such a collection of 1s and 0s. As you can imagine, the more transistors that are placed on a computer chip, the more powerful the chip becomes, allowing for more simultaneous calculations. Thus digital circuits can be either open or closed, representing them with 1s and 0s provides an optimal tool for programming. We should also point out that in binary, the digits, or our 1s and 0s, are referred to as bits. If you have 8 bits, the largest number you can generate is 256, including 0. However, because computers are so efficient at converting binary into decimal numbers, it is unlikely you will ever have to do it. With that being said, I encourage you to find a binary tutorial on YouTube and spend 20 or 30 minutes learning how to convert binary into decimal yourself. This binary system of storing digital information, using only 1s and 0s, sounds efficient, right? However, we just can't leave the digital information in binary format. We must somehow convert it into text. How are these 1s and 0s translated into readable letters and symbols? In fact, a number of methods are available for translating binary into letters and symbols, but one of the earliest schemas was developed from Telegraph Code. This encoding system, the American Standard Code for Information Exchange, or ASC2, was originally published in the 1960s and updated through the years to 1986. The system translates 1s and 0s into letters and symbols that ultimately form textual data. The ASC2 table can be thought of as a conversion chart. In other words, the decimal number 65 converts to a capital A. The decimal number 66 converts to a capital B and so on. Similarly, symbols are also represented by decimal numbers. For instance, the ASC2 table converts decimal number 43 to a plus sign and the number 61 to an equal sign. Again, we encourage you to search the appropriate YouTube tutorial on how digital information is stored and then translate it into usable text as this knowledge should be of value as you progress through the remaining course content. The last concept we will look at in this module is the Domain Name System, or DNS, as it is critical to understanding how the Internet works. The Domain Name System is a service that translates domain names into numerical addresses for computers and servers connected to the Internet. Think about it, when you want to view a website, what do you typically do? You find the website address for the resource, type it into the browser's address field and press enter, right? This is a pretty simple process, but behind the scenes a lot more is going on. The Domain Name System, or DNS, maps these website addresses to Numeric Internet Protocol or IP addresses. Each IP address is typically a decimal notation of a four 8-bit number. For instance, instagram.com maps to <IP_ADDRESS> and snapchat.com maps to <IP_ADDRESS>. The Domain Name System makes using the Internet much simpler for each of us because we need only to remember or locate the correct web address name. The DNS then maps that name to the correct IP address. So now you have an idea of how binary works and even how decimal numbers are converted into text. Again, we encourage you to find the appropriate YouTube tutorial for each of these three concepts that we've covered as a full understanding will benefit you throughout the rest of this course. Now that you have a bit of technical cybersecurity know how under your belt, we're ready to dive into the rest of the course. Thank you. Quiz question one. Which of the following is used to describe the system for storing digital information? A. The binary system. B. The ASC2 system. C. The IP address. D. The hard drive. The answer is A. The binary system. Quiz question two. True or false? All digital information may be distilled to a collection of ones and twos. The answer is false. All digital information may be distilled to a collection of ones and zeros. Quiz question three. The binary code one indicates what type of circuit? A. Closed. B. Open. C. Transitional. D. Slow. The answer is B. Open circuit. Quiz question four. The domain name system, DNS, is best described by which of the following? A. The DNS finds the quickest route for information packets to traverse the Internet. B. The DNS maps website names to specific routers. C. The DNS is the convention used for naming websites. D. The DNS maps website names to specific Internet protocol IP addresses. The answer is D. The DNS maps website names to specific Internet protocol or IP addresses. The activity for this module asks that you find an appropriate tutorial video on the Internet about the concept of binary. Once you feel comfortable with the concept, convert your zip code from decimal to binary. Then search the Internet for the phrase ASC to table and write down which numbers correspond to the letters of your first name.


Hi, welcome to my talk. I'm Shotaro Kohama. I'm a machine learning platform engineer at Velkari. Today I'm going to talk about efficient model exploring and continuous delivery with polyacid and cube growth. Let's get started. First of all, I will explain what Velkari is. Velkari is a customer-to-customer marketplace where customers can sell their items to the other customers. Velkari is available in the US and Japan. Today I'm going to talk about the Velkari US machine learning platform's work. One of our unique challenges is writing. For sellers, if the item price is too expensive, it takes time to draw the view. On the other hand, if the item is too affordable, the seller cannot make profitable sales. To help solve this problem, we use these machine learning models. We call that system a price guidance system. That price guidance system consists of the two features. One is the price suggestion. The price suggestion feature recommends a viable price range when a customer makes a listing on our marketplace. The second feature is smart pricing. When a customer makes a listing on our marketplace, customers can decide the flow of the price. The smart pricing feature gradually and automatically updates the item price to the flow of the price. That item will be promoted to the potential buyers. To decide item price range and flow of price, we use this machine learning model. Our machine learning model takes the item title, description, and category, and so on and suggests the price. We use machine learning practical components behind this price guidance system. In the latter part of this presentation, I will dive into the machine learning components. Here is today's agenda. First, I will talk about the general machine learning project life cycle. And then I will explain how we use Coriaxon and the Qt frog pipeline at Melcony. Lastly, I will talk about how we build machine learning practical to utilize that Coriaxon and the Qt frog pipeline efficiently. Let's move on to the first part, machine learning development life cycle. Generally speaking, machine learning projects are highly related. First, we need to design the task to solve the FML. Once we design the task, we will start the collecting training data. We get enough training data, we can start the model exploring phase. Through the model exploring phase, we first design the model to deploy to the production. And then we can start development microservice to deploy model and integrate microservice with the other systems. Once we finish deploying the model to the production, then we can get actual feedback from the production cluster. Then we can go back to the collecting data phase. We can train the ML model with the actual feedback data and that this iteration will keep going. As a machine learning practical perspective, how we can accelerate this iteration is the key to the success of the ML project. And we believe we can be able to accelerate these iterations by automating manual processes with open source ML ops and DevOps tools. At Malkani, we use these open source tools for acceleration. For model exploration phase, we use Coriaxon. Coriaxon is one of the ML ops tools to support scalable and repeat-disable model exploration. And for continuous training, we use Cubifro pipeline. Cubifro pipeline allows us to manage the end-to-end ML workflows on top of the Kubernetes. And for continuous delivery, we use Spinaker. The Spinaker is able to trigger a deployed pipeline when a new image pushed to the registry so that we use Spinaker for continuous delivery. In this talk, I will focus on the Coriaxon and the Cubifro pipeline parts because in Cubicon North America 2020, SNAP team gave a great presentation about how we can use the Spinaker for ML ops. So we use a similar way to get along that ML microservice to get production so that I will focus on the Coriaxon and the Cubifro parts in the later presentation. Let's move on to the Coriaxon section. Coriaxon is an ML ops tool to support scalable and reproduce model exploration. The Coriaxon has a YAML specification called the Coriaxon file. On the Coriaxon file, we can define the steps to build a local image for training and also we can define the commands to run the model training. And also we can put what parameter we will explore as a hyper permitted training zone. And Coriaxon has a UI to visualize the results of hyper permitted training zones. As you can see on the left below image on this slide, we can see the what parameters were the best as one matrix. And Coriaxon file has all information to reproduce that experiment that other engineer can easily reproduce that experiment. And also it allows us to take over a project easily. That's a big benefit. Here are the steps to run the hyper permitted training job on Coriaxon. First, we'll define a Coriaxon file. And next we'll create or modify the folder to train the model to decide what in a library or in a model architecture we'll use. Third step is to upload the Coriaxon file and call this Coriaxon CLI. And then the Coriaxon will build our local image to run the training call and it will schedule the hyper permitted training job in parallel way. That's how to run the Coriaxon from job. In this role, my favorite point is that Coriaxon helps us to build a local image. With this feature, a developer doesn't have to build a local image manually or doesn't have to wait for continuous integration every time you modify the code. It sounds a subtle thing, but for me it's very important to keep my concentration in the development role. This feature prevents interaction from happening in the document, so that's my favorite part. At the military US, we have been using Coriaxon for more than two years. With less than 10 developers, we've created 175 projects and we've done about 87,000 experiments. And also we have metadata around this experiment on the Coriaxon that we can see the parameter was used for this experiment. That's amazing. Next is Kubeflow Pipeline. Kubeflow Pipeline is an open source workflow engine, which is especially for machine learning workflow. Comparing to the other workflow engine, Kubeflow Pipeline has a metadata store. With the metadata store, Kubeflow Pipeline stores outputs of each stage so that we can store what parameter we use in the training step. And also we can store the results of evaluation steps. Kubeflow Pipeline UI has the feature to visualize that matrix so that we can visualize the confusion matrix of the evaluation step on that web UI. Kubeflow Pipeline also has a Python SDK. With that Python SDK, we can write the workflow as a Python DSL. And also that Python SDK provides a way to define the reusable component. So we can create one component to share among pipelines. At Meltady US, we use Kubeflow Pipeline to achieve continuous training and continuous delivery. Kubeflow Pipeline automates the manual operations regarding the model export, collaboration phase, and deploying the ML model to production. For example, in the 1-1 workflow, the first step submits to the PolyAxon job to get the training job. And the next step is to submit to the PolyAxon to get a training model. And the third step to submit the PolyAxon job for model evaluation. And next step, if the matrix looks good, then the Kubeflow Pipeline will create the Docker image to serve the new trained model and push it to the Docker registry. And then Spineka will detect the new Docker image and then it will deploy to the production. That's the way we achieve the continuous training and deployment. With this approach, we can avoid the re-implementation in transition from the model exploration phase to the continuous training phase. For example, we don't have to modify the code to access the training data, or we don't have to modify the code for the metadata, something like that. And as a result, we can say the local development part. The last three, as a platform team, we built our tools and set up a configures integration to be able to write such and to end the workflow easily. And I feel these three points on this slide are very important for the efficient development. In the last section, I will highlight these three points, especially. The first one is monorepo for Kubeflow Pipelines. We built a monorepo to manage the multiple project Kubeflow Pipelines to share the best practices and knowledge. The second point is we define the YAML manifest to manage the resources on the Kubeflow Pipeline and the PolyAxon. And it enables us to achieve infrastructure as part of the resource management. The third point is the Kubeflow Pipeline component to submit the PolyAxon code. We built a custom component to submit the PolyAxon job from Kubeflow Pipeline. With this component, every developer doesn't have to write a code to log in the PolyAxon and submit the job. That's the point. Let's deep dive into the 1.1. Here is the structure of the monorepo. We put a Python package to share the lightweight components. Lightweight component means one way to create a Kubeflow Pipeline component. Kubeflow Pipeline SDK has a feature to convert a Python function to the Kubeflow component. We don't have to write a top-up image and a YAML file for the component. With that feature, we built it for the Kubeflow Pipeline component. And also, with that Python package, we can share the utility functions, like setting up memory and CPU resources. And also, we can share the constant values for variable names or secret values. And we set up the continuous integration with this monorepo. When we push the code to this branch, give it a half, and then the continuous integration will detect the change of pipeline. It automatically compiles and uploads to the development browser. At that time, continuous integration will use the branch name and the last commit hash. With this way, we can standardize the versions of the Kubeflow Pipelines. We have a development browser and a production browser. And only when merging the pull request into the main branch, the CEI will upload to the production browser. With that, we can keep the only called pass or call review on the production browser. That's one of the benefits. Next thing is project manifest for Kubeflow and Kubeflow Pipeline. We define this demo specification for resource management. CEI will create the Kubeflow Pipeline experiment and Kubeflow project with this demo file. And then we don't have to manually create these resources on the UI, and then we can keep the consistency between development and production environment. This manifest also has the owner's field. With this field, we can manage the permission for call review. And it enables each team to upload the pull request to modify the related call. That's the way we do this project. The second thing is polyaxon Kubeflow Pipeline component. These are the steps how Kubeflow Pipeline polyaxon component works. At the first phase, any container from the private repository with the secret need to store the key to have a token. And then the main container moving to the polyaxon user with a secret need to store the polyaxon token. In the service case, the main container submits a job to the polyaxon through the polyaxon API. And then the main container tails the logs until the job ends. And last, the main container fetch the results of the job and outputs the data to the next steps. Here are the examples of the Kubeflow Pipeline we use for continuous delivery and training. The right side here shows the actual compiled Kubeflow Pipeline. We have a blog post about how we use them for continuous training and deployment. If you are interested in that, please take a look at it. That's it. Here is the takeaway from my presentation. The first one is the polyaxon suite, the model exploration in a scalable and reusable way. Monolepo and continuous integration for Kubeflow Pipeline works well for us and it allows us to keep high efficiency and consistency. The custom Kubeflow Pipeline component for polyaxon involves us moving forward from model exploration phase to continuous training phase seamlessly. Thank you for listening. Let's move on to the live Q&A session. Bye.


We have developed our interim deliverable that address cybersecurity assurance practices taking into consideration the contributions that were submitted by membership during these last meetings and also through the contributions and discussions of our workshop that was held in last May here in Geneva. The workshop was public, was open and we managed to invite and have the contribution discussions from several organizations that are not IT membership therefore we have the contribution from other experts in the field that showcases their experiences and their approaches regarding cybersecurity assurance practices. The report highlights the takeaways about the different measures that can be put in place noting that there's no one size fits all approach. The report reflects the contributions made to the question 3-2 on cybersecurity as well as the discussions that were held during our workshop in May 2023 during which we also invited organizations from outside the membership to share their knowledge and experience on the topic.