Hello, my name is Randy Cheswell and I'm the speaker for today's presentation on a project called ODPI Algeria. So what we're going to do is we're going to look at how the technology provided by ODPI Algeria helps organizations become more integrated and better governed. So let's start with an example of the type of problem that we're trying to solve here. Many organizations, particularly those in regulated industries, they find it very helpful to capture the vocabulary that they use in the business and the data that is associated with it. So what do we mean by vocabulary? We mean the words that are used to talk about what's going on in the business, such as customer and customer order and invoice. So all of the terminology, you know, if we can understand exactly what that means and how these terms relate, then we understand the language of the business and typically that language has data associated with it. So for example, if you are supporting customers, then you often keep records about customers and you associate those that information with particular orders that they're making or invoices that they're paying for. So that vocabulary gives you a very clear idea of the type of data that you're going to be working with. Now, because this is written in the language of the business, experts from the business can attach extra knowledge about how data of that type should be managed. For example, it might be that when we look at credit card information, there's a certain set of regulations around managing that type of data and definitions about what can be stored and what has to be gathered from the credit card owner each time they make a purchase, for example. So we can attach the rules and regulations and classifications of particular types of data to that vocabulary. And the certain advantages to that it creates a conversation in the business about how data should be managed. And that helps the IT team in terms of capturing requirements around the way that they have to manage data. But we can do so much more once we have this encoding of a particular business's vocabulary. Now, think of a developer working on building a new application and so they're probably going to build an API, maybe they're going to build a database with a particular schema structure. From the vocabulary, we can generate schema structures. So this is basically a description of how the fields, what type of fields and sort of how they're arranged. We can actually build that from the vocabulary. And if that's integrated into the developers tool, you imagine them creating an API called create customer, for example. If they can start from their tool, if they can say give me the schema for a customer, then and sort of and that's embedded into their new API. This gives them tremendous advantage. Firstly, they haven't had to type all those fields in and that could be quite a lot. Secondly, they are sure that they've got it right because it's come from the vocabulary. And so they're happier they reduce their rework and their work is much faster. Now imagine that they've built their API and they've built a database to sit behind it. And it's all finished and tested and it's now moving into the DevOps pipeline to go through the final set of testing in order to bring it into production. Now, because it's been built with schemas that have been derived from the vocabulary, these schemas actually can have markers in them that can then be read by any subsequent processing. So as that piece of new system is the new service comes goes through the DevOps pipeline, then it can the DevOps, the logic in the DevOps pipeline can look at these markers and say, well, wait a minute, this sensitive personal data that's going through this particular application, we need to do some extra testing. The whole service now needs to be put onto a particular secured gateway and the database needs to be encrypted. So all those rules about how the new service has to be deployed can be enacted by the DevOps pipeline because it can see what type of data is being supported by that particular service. So we've by linking these tools together, we have speeded up the process of building the new service so the developers working faster and the DevOps pipeline is able to ensure proper deployment of the service into production. Now time passes and the application is running very successfully. It is generating interesting data and the business thinks well we can probably serve our customers better if we know a little bit more about them. So the data scientist is commissioned to do some analysis on the customer data to see if there are any trends or different types of insight that they can get from that application's data. Now of course within that data there's obviously interesting things to look at but there's also personal data that is really probably of no interest or to this particular type of analysis. So because that application came from a sort of marked up schema and is cataloged as a process as a part of the DevOps pipeline delivery. It's very easy for the data scientist to locate where the data is the catalog tells them exactly what's in that data so they're not having to sort of ask people or try to guess what's in the data. So also as a copy of that data is brought into the data science tool so that they can experiment with it. Additional governance rules stripping out things that are inappropriate for that type of analysis can happen automatically because we understand the data. So and this sort of story can go on the more and more we connect tools together and take advantage of the knowledge that's been encoded by by experts or by people who are, you know, sort of working and focusing on particular aspects of the system. The higher the value that the business gets from gets gets from the work that people are doing now. So this is the role of ODPI Algeria or just Algeria that that that we're focused on in this open source project. So it's, it's all about enabling that flow of knowledge between people processes tools engines whatever you want to talk about them. And it's particularly important when a business wants to be agile it needs to change the way it's working it needs to embrace new types of technology and it wants its staff to be as sort of enabled as possible particularly when it comes to data. So it's extremely important to businesses in today's world. Now if you've been around a long time, which in this industry which I have you probably going, but haven't there been a lot of attempts to do this type of work in the past and you'd be completely correct. We actually, this is such an important piece of capability that we have done lots of things over the years to try and make this happen. But now we're at a point where open source is very widely accepted. It's widely deployed, and there's an awful lot of recognition that sort of core infrastructure should be open and shared and used across multiple vendors. And so we're at a perfect time to take this type of idea and through open source and open governance of that open source project move, move the whole sort of process forward so that we can get to a point where that ability to flow metadata between different tools is it becomes an industry standard. So what's different about Nigeria is that we focus very much on being open, not just in the code itself and the way the code operates, but in the way that we operate to make sure that many people have a say in how it's developing. And, and also to think about the fact that there are many ways and places and environments that we need this technology to work in, and that there may be multiple vendors involved of different sizes as well as the open source projects. We need to make it fair. So it's not just enough that the technology is open, but the way we work is open and that the architecture allows, you know, multiple participants to deliver value to the organization running the software. The other thing is that it's a very big problem. And so, as a team we work in a very iterative way, looking at the problem holistically working through different use cases, and making sure that everything we do is very visible so that people can provide feedback at all stages of the design and development. And the result has been very positive in that we have managed to create some, some quite interesting innovations in this space as we break down the traditional silos between different tools. And I'm going to show you a number of these in the time that we have left in this session. So the very first part of this is that we're not planning on creating a new mega database of metadata. Each of the tools continues to use their own metadata repository, but we provide the ability for them to exchange metadata and appear to play away. And we recognize that this may be deployed into an environment where there's not a very large IT team that can sort of run this. So it's designed to be self configuring. And allow each tool to deliver its maximum value while making up the difference between, you know, any deficiencies that a particular tool may have in terms of its ability to work with metadata. Now, on a picture like that, it all looks very simple, but actually there's an awful lot of devil in the detail in that different tools use support a different subset of information. And there are huge mismatches in the granularity the terminology used the ability to maintain and manage the integrity of the metadata as we exchange it. And of course using different they will be using different technologies. So we need to make sure that that a jury is able to fill the gaps wherever is needed. And so what we have is, we've built a common language for metadata so these are the types of metadata that we need to exchange and the definition of the structures the protocols to do that exchange. But also to provide a lot of the sort of core middleware type implementation that makes it as easy as possible for a particular piece of technology to be integrated into the ecosystem. Because we want to make this as easy as possible for a particular technology to be part of the bigger ecosystem. So if we looked at this from the outside, you would see that a jury is sort of the blue, the blue cloud in the middle. And it is providing linkage for each tool. So each tool connects into a jury through a connector and is able to send and receive metadata. And then a jury takes what's coming and distributes it to the places that that needs it. So for each tool, the effort is just one connector to translate in and out of the open metadata type system types and interfaces. And then everything that they need is then brought to them by a jury. Now, it looks again, it looks nice on these, this simple picture, but the environment that is going into is highly diverse. So we have. So, you know, you can imagine that we multiple will be technology running on multiple different types of clouds in on premise data centers, right out into the Internet of Things right, you know, right out into the environment. And all of these come software components are and are exchanging data and performing processor on data in this distributed manner. So for a jury to be successful. It needs to be where the data and the processing is so a jury in this picture is the orange. And you can see we have pushed it to all of the key places. And then where it where it's located it actually communicates with itself. We also support the fact that nowadays businesses share data and they might not want to connect their metadata repositories and their tools together. So there's an import export format for metadata to allow a business partner to share data and the metadata that goes with it, which could be the classifications terms and conditions associated with the data along with all those delivery descriptions and things like that. So, not only is this sort of a live exchange of metadata for within the organization, but also an import export to allow metadata to flow between business partners and sort of disconnected mechanism. So here we're starting to show the fact that, yes, the area is deployed into lots of different environments and that's represented by the green clouds and the jury itself is consists of a platform for hosting the connectors. So each of the blue boxes in this picture shows the area platform sitting in each of the different environments and of course the blue arrows show the fact that a jury is doing the exchange between itself, and the sort of yellow and orange orange arrows are the exchange between that the connectors are managing to the specific technologies that are being that are being used. And I keep using the word connector and the base of a jury is a connector framework that allows us to integrate our own time into different platforms. And also to allow connectors to the party technologies to be integrated into the into the area servers so that's how that's how we basically plug things into a jury. But also applications can use our connector framework to connect to different types of data resources or services with a additional method on there that allows them to access the metadata that's equivalent to the data or service that they're accessing so applications can use metadata directly through the connector framework as opposed to having a jury of push metadata into the applications as needed. In that picture we talked about, you know that there are these connectors and they run, they run on the platform but actually the connectors and the different types of connectors running what we call a server. So a server is a configured sort of virtual runtime that sits on top of the platform. So a platform can support multiple servers at any one time. There are different types of servers that perform the support different types of connectors and perform a particular role in the ecosystem. In the center we have the metadata repository so there are tools that their job is to maintain a database of metadata. And maybe there are other governance services around it and catalog search API is that sort of thing you'd expect for that. The first thing we need to do is to take those rich sources of metadata and that those to be exchanged between the different the different metadata repositories. And this is what we call the integrated metadata part of the solution. It's, it's the core of what's going on. There are lots of other tools that really they use metadata but it's not their main job. So you think of a sort of data processing engine a database a database of course has a lot of metadata and it has a schema in it, but it's real job is storing data. So we need to connect and exchange metadata with all these tools that use metadata, but it's a simpler integration because, as I say these see these tools treat metadata as a means to an end rather than their main job so this is where the governance servers come in. And what we think what we're saying is that the central core is like the core knowledge base for metadata. And then we need to actively exchange metadata with the tools that are using it, so that not only can we gather knowledge about the different resources that are being created, but we can push metadata out to configure those technologies so that they are operating in a consistent and compliant manner from by using the metadata and in this way. Finally we need to bring people into the story. And so we have the, the, the sort of the view services that allow this, all of this integrated technology to be brought together into a solution. These are services that are designed for user interfaces and they're very much focused on enabling humans to be part of the bigger ecosystem. Although it's important to remember that actually most of the user interfaces that people will deal with in this ecosystem actually come from the tools that are integrated through integrated governance. So this is just another picture showing those different types of of servers and how they are sort of grouped and organized in in our internal architecture. So here is talking about different deployment approaches between the servers and the platform. So, as I said before, Jiri has to run in a wide variety of environments. So this core platform that is deployed into a particular environment can run on something as small as a Raspberry Pi, or it can be scaled across a large Kubernetes cluster, allowing sort of rolling updates and high availability through that type of clustering. The platform itself allows multiple servers to run. So you could run all, all the different types of servers you need for your organization on a single platform, or it might be that your server is a service type vendor and you want to run a different server for each of your customers and they will sit as virtual services on the platform on a single platform or on this sort of highly scalable Kubernetes style. So there's a lot of flexibility in the way that you can deploy the platform and as a result in the way that you can configure and set up the integration environment you need for your tools. So let's start looking about how this what's going on behind the scenes because I've talked about the fact that metadata is being exchanged and it's all sort of all slightly different in each tool. That core piece I talked about the integrated metadata, the exchange of metadata between metadata repositories that happens in that cohort to that collection that's peer to peer exchange that is at the heart of Ijiria's integration. And so different tools can connect into the cohort and they have then got visibility security allowing for all of the metadata in all of the peers or the members of the same cohort. And it's also possible, particularly where you have particular servers that are wanting to serve sort of multiple groups in a sort of corporate level services they can join multiple cohorts, and then we'll see the super set of the metadata from the cohorts that they join. And what's happening under the covers is the whole cohort is configured automatically. So here we've got a metadata server, server one in shone in pink, and it wants to join the cohort so it puts a registration document into a Kafka topic, which we call the RMRS topic. Then here's a second server joining server to the blue server, and it puts its registration document into the topic and they both receive the others, and they have a negotiated exchange. And what they're exchanging is knowledge of the types of metadata they each support where they're located in the network so they can call one another, and just making sure that they are compatible compatible to exchange metadata. Once that's complete, they're able to then call one another so they can issue, they can combine metadata from the other server and their own metadata. So here we see pink metadata appearing in server two and blue metadata appearing in server one. And this, you might leave it at this but you can also set it up so that in the background, certain types of metadata are replicated to create copies in different repositories. And this is useful to increase availability, or if you have a server that's not able to do federated queries and needs to have all the metadata it's offering to its users in its own database. So Adgeria will combine the use of federated or distributed queries with the ability to do replication in the background. The way we store metadata is actually we break it down into small nuggets of information that is each owned by a single server. So we have the notion of entities as information about a thing relationships between entities, showing how they're tied together and classifications which are the way to actually augment a particular definition so we can say, here's a definition of a credit card number and we can add a classification to say this credit card or we could add a classification to say this credit card information has to be kept for seven years. So that's the role of the classification. And what's going on in under the covers so to speak is that we are shuffling stuff around so that we can link it together. So for example here we've got a description of a database column in one server and a description of a glossary term or a sort of vocabulary definition in another, and we want to link them together. So it could be that we shuffle the glossary term into server one and connect it there. It might be that server one doesn't support glossary terms and server two doesn't support database columns, in which case we can bring in a third server into the cohort and make the connection there. And it actually doesn't matter which we do it when we issue a query we will get all three pieces back together as if they were stored in one repository. So this means that we can augment the capabilities of the tools and engines that are connecting to the cohort with additional governance function that none of them support because we are able to store that metadata in in an area repository. So looking at the needs of many companies in terms of supporting the regulations and their needs for did completely digital operation. We've come up with a broad range of metadata that is that that is needed and it's about 500 different types. I'm sure over time this is going to grow but this is our effective starter set and they link together to allow you to go from sort of regulatory requirements through to specific implementations and the current state of those implementations who's working with it and how it's being used in the organization. This also includes lineage which is very important to many organizations. And that whole set of types can be exchanged across the cohort but also we provide higher level interfaces to make it easier for different types of tools to connect into into the ecosystem. And here you can see these white boxes represent the different types of APIs that we have and the name of them gives you an idea of the type of focus the type of metadata that flows across those interfaces. And then we need to integrate with tools. This is the governance service and we need to integrate with tools that have different types of capabilities so some might like a database typically. We can call it and we can pull it and we can pull the schemas and monitor the changing schemas within it. Other types of technology create events when things change and we can listen for those events and use them so we support a variety of different integration patterns and then they can be built up to allow us to not only automatically extract metadata from the different types of tools but push metadata to other technologies to allow that technology to be configured for different types of scenarios. So here we're building views over data as it's captured and brought into a particular data lake to allow the virtualization engine to act as an access point where additional security can be applied to the user to the calls from users of a data lake. There's also quite a focus on user interfaces in in a jury at the moment, particularly allowing people to connect to repository and explore the content to look at the types that are supported in each server and how the servers are connected together in the in the ecosystem. And the vendors we're working with we're working with a lot of household names when it comes to vendors are looking at it from their own internal perspective linking together different versions of their products, or where multiple versions of their product to deploy or making taking advantage of the integration with different technologies that a jury provides, or expanding the amount of metadata that they can access to so this is a huge range of opportunities that the jury can provide to a particular vendor and to open source projects in general. The way we operate is we have a very modular architecture, and we've been which we've been working through building up increasingly more sophisticated APIs to enable the integration. And as I said before, we're very open in terms of how we operate so you'll see if you look at our get repository there are some things that are released functions and other things that are actually still in progress and at different levels of development. So, the way we work is each month we create a release, and that has whatever is ready is then incorporated in the release. And from here you can see the green areas are the released and sort of tech preview type function orange means that there's active development work going on red means that it's, it's still in negotiation so it's pretty much a paper exercise at this point as to what's in that particular function. And let's see what we got. So this picture here is just showing roughly where we're focused on as you can see, good focus on integration user interfaces and looking at expanding the capability the ability to capture lineage and those controlled vocabularies. So, what do we get from Nigeria area to say open source distributed ability to connect together different tools and allow an organization to be far more agile, and build and share knowledge, far more effectively, even though they use tools from lots of different vendors and open source projects. Thank you so much for listening. And I will hand over to the next talk.


What's going on, everyone? Sam here at Layton's Sports Garden, jumpin' 22-23. We need the Honoris Optic basketball fast break, 10 box break, number two, random team style. There's a look again at your random results. As always, you can find those on the website, under the results tab, as well as the link that's in the chat. So good luck. Again, just one spot to go and prism tiered. I'll drop you that link again at break soon. Wanted to go. I think two more basketball breaks, then we're into football. Then we also have six to go in Star Wars. Top's Chrome random box style. Six to go. Two to go. Gonna be fun. Top Star Wars Chrome. All right, let's do some fast break. Dust a little bit here. Big paper guy. Maybe Danny Greenhall or Disco. Can't print without it. To be fair. To be totally fair. Brown. There's Josh Christopher. Blue to 49. The Rockets. Disco, Stargazing Trey, as well as a Disco Kobe White for the Bulls. Hollow Norman Powell. James Wiseman. Red to 75. Kai Tai Washington. Hollow, Rated Rookie for the Rockets. Oh, you know, Forrest kind of jingled me today, actually. Did he? Yeah. He texts me and goes, what's your epic name?  Gary Trent, 249. Nicolae Yolkich Disco. He's like, all right, just added you dub time. I'm like, oh, you're trying to play? Like I jumped on. I'm sitting in the launcher. He goes, I was earlier. I just went somewhere. Thanks. He goes, dub time and leaves. Jacob Pertle. Nice one there, Disco for the Raptors. What would you guys do to have the time? In the daytime on Saturdays, basically, that's about it. Tyson Daniels, Malachi Brannum, Disco. Dice roll for these, one, two, three, left, four, five, six, right. It's going to be a five, going to the right. So I'll go with Nicolae Yolkich. Again, if those are gold or under, we'll do a separate, like, random for it. But Jordan Pool, Pool Party, 299. Payton Watson. There's Jeremy Sohan. Nice one there for the Spurs, Rookie Fast Break Signatures. Grats on that. One of the better rookies out of this class, Wemden Yama's teammate now, Herbert Jones and base. It's coming nuts, see how much the Spurs sell for, PYTs. Did they have the dress already? No, not yet, not for the next month. Just like end of June, early July. Why have the lottery in the wake of months for the dress? I know. Jabari Smith, they do it in every sport though, same with hockey. Disco, Otto Porter Jr. Which hockey, there's another freaking phenom. Oh, black. Is that a one-on-one? Walker Kessler, that is a Clint Capella Black Disco. One of one. Going to the Hawks. Congrats to Harvard B, the Swiss Bank. Who know they, who know. Nice one there. The Swiss Bank. Mr. Clint Capella. Hello, Bobby Portis. The gold's pretty solid though. Gold-rated rookie's pretty solid, man. Pretty solid. Pretty solid. Jaylen Williams, rookie. Jason Tatum and Alfred Shendun Disco. Shet, rookie. There's a Jay Crowder, blue to 49 for the Bucks. I know, I'm pretty pumped for the football break. Spectre Illusion. We haven't done that one in a while since like April, I think, is the last one time we did it. 299, Nets, McCall Bridges. Disco, PJ Washington. Yeah, it's been really good. Yeah. Funkadelic chances, man. Oh boy. Nemhard, rookie. I know you're pumped. Hello, McConnell. There's Darius Basely. Had to be in it for the memes. Oh, every Funkadelic we pull, I'll be doing it. Don't you worry. Josh Bernat, Disco. The rookie's Jabari Smith. Same as at Booty's today. No. Not yet, at least. Blake Wesley, going to the Spurs. Rated rookie, Disco Auto. Spurs. Sweeping hit so far. Got San Antonio, James Hardin, Disco. The Sixers. Red Jay Crowder this time to 75. Going for the Jay Crowder rainbow here for the Bucks. All right, Star Wars break came in. Jag's gone. Eagle, so down to five on Star Wars random box style. Now, thank you guys. Hopefully just six group break spots left with me and Donnie tonight. Hello, Cam Johnson. Seven, not including this one. Seven sealed and eight technically with this one. Malcolm Brogdon, seven and a half. Vince Williams, Jabari Walker, blue to 49. Rookie for the Belizes. Pull you magic. See if I can get you a Palo Auto. That'd be pretty sweet slums. Gold's coming up here. Christian Brown, that is a gold of Bruce Brown. That's weird. That's weird. 10 of 10. That's odd, dude. Nice one there, Denver. Cody Martin. For those of you who don't understand it, if you're watching it later, we did pull in the first half gates, a gold, Bruce Brown. We now pulled a fifth of that entire card to run. Look at us go. Jayden Hardy. Lebron James, Mo Bamba. We've also pulled 100% of that Clint Cappella flash disc go. 100% of those cards. Pretty unbeatable. Marjan Bochamp. Kind of hard to... You don't have 100% on a 101. Palo, Rookie. There you go. That's one there, slums. Red to 75 for Sean Holmes for the Kings. Bones Highland. Nice one there. Second year for the Clippers. Nice Bones. And a Drew Holliday Disco. Men to 75. Thanks to our father, Jason. Jason, Jason. Trevor Kiehl's Hollow Glory Marketing. Disco is TJ Warren for the Sons. And base. Walker Kessler. Hale Williams. Nice. And Jeremy Grant Disco. Nice pack there. There's a Hollow of Jay Sean Pete for the Rockets. Chet Rookie. There's a Purple Malkai Branum to 99. Nice one for the Spurs. Killing it right now, man. Two autos and a nice numbered Rookie there now. Not bad. Not bad at all. Spain Jang. There's a Purple Deer and Fox color match to 99 for the Kings. Trey Jones Disco again for the Spurs. Andrew Nemhard. Anthony Davis, Dirk, and Chris Duarte on your Discos. All right, Walker, Jabar, Smith, Disco, Rated Rookie. Nice one there for the Rockets. Kennedy Chandler, Rated Rookie Disco Auto. Or Fast Break Signature Rookie Auto for the Grizzlies. Nice one there. Memphis. Aaron Gordon. Dorian Finney-Smith. Terry Eason. There's an Andrew Wiggins to 99 for the Warriors. It's Alec Burks to 75 for the Pistons. James Hardy Mojo. David Roddy. Silver Tobias Harris. Disco, Fred Van Bley. Marvin Bagley, Dougie McBuckets, and Danny Green. All right, next box. Here we go again. New spots came in. Yeah, a couple for some breaks on Wednesday. A lot of optic spots coming in, guys. If you are interested in optic football, that does release on Wednesday as well as impeccable basketball. Optic football, of course. One of the most anticipated releases of the year for football. So hopefully you can pull some fire out of that. Tim Hardaway Jr. Disco. Bogdan McDonough. And just one spot to go. And then we got Star Wars with just five to go now. Shade on Sharp. Five to go on Star Wars. Rain of Box style. Top Scrone. And there's eight boxes per case. You are guaranteed to get one of them. Everything that comes in one of them as well. Marjambochamp. Isaiah Mobley-Purple to 99. Rookie for the Cavaliers. And just one to go in prison tiered. Gonna be a fun one for sure. All right, random rookie. Disco. There's something behind it. That's a red of Quinton Grimes. 275 for the Knicks. And Disco at Jordan Clarkson. Base. Got optic hobby PYTs coming up after this. Kendall Brown Disco. Raining three stuff. Six box half casers. And we're into that full case of prism. The rookies. Keegan Murray Disco. Draymond Green Disco. Pink coming up here to 25. That's Oshai Gbaji. Pink is E.J. Ladell. And we pulled an E.J. Ladell pink in the last one too. Weird. The pelicans. 25. Nice one there. I don't know. Davion Mitchell. Second year. Disco fast break signatures. Nice one. Sacramento. Kings with that one. There's Markel Fultz for the Magic. Purple Grayson Allen to 99 for the Bucks. Stargazing. Base of J. Jalen Howeadurin. Hello, boy, I'm McDonoughbitch. There's Duncan Robinson Disco for the Heat. Clint and Base. Let's keep it going. Ooh, basketball starting. Nice. Ooh, basketball, baby. Will the series end? We'll continue. Anthony Simons Disco. Jaden Ivy. Poison Ivy, rookie. Purple Jeremy Grant to 99. Oh, boy. I hear Drippy. Keegan Murray, rated rookie. There's a Raining 3 Steve Kerr, Marvin Bagley. Disco as well. D-Book and Base. Ty Ty, Dennis Schreer. E.J. Griffin. Purple Spencer Dinwiddy to 99. Doug McDermott. Jeremy Sohan. Pink is going to be A. Franz Wagner. Nice one there for the Magic to 25. 14, or no, 24 of 25. Shadon Sharp, rated rookie. Disco, Blazes. Nick Matherin. Hello, Malik Beasley. There's Disco, Jared Allen. Jaden Hardy, rookie. We've got a Jalen Suggs. Nice one there. Second-ear fast-brake signatures for the Magic. Evan Fornia. The Floating Shopping List. Paolo Bancaro. Max Struse to 75 for the Heat on the Red. Mama, mama, mama. Mama, mama, mama. Man, right. Jabari Smith Jr. Walker Kessler. Stay very still, sweetie. Yo, it's Valentine's. Like Lord of the Rings gal. I'm coming out next month. Oh, boy. Jalen Williams. Not going to be great, I don't think. I don't think, uh, to 99. We're not thrilled about that. I like the, uh, those Lord of the Rings, like Shadow of the Motor game. Yeah, those were fun. Yeah. I don't think this is going to be anything like it though. I think it's like full sneak. Chalmarant and Disco, Jason Tatum. It's probably going to be like a side scroller. Yeah, pretty much. David Rowdy. Hello, KPJ. Chris says it's horrible. Can't say it's horrible. You got Gollum, Chris? Nemhard Rookie. I didn't know it was out. I was going to say, did he already come out? Russ Red to 75. Here be Sohan, Hollow Rookie. Watch some gameplay. Yeah, I saw, I saw like a trailer for it and I was like, oh no. Oh no. Did it show gameplay? I think a little bit. Purple Isaiah Mobley. I haven't seen that one. Like Beasley Disco. I've seen one trailer, but it was all like kind of like cut scene, cinematic style stuff. Yeah, maybe it was that. It felt kind of long though. Probably Walker Disco. Yeah, I don't expect much from it. It was just Wins the Game of the Year. It's a Hollow Steph Curry and Disco Zyre Williams. And then coming with a paragraph of apologizing for Rupster. It's not even out yet. Geez, dude. We're sorry we're releasing this game, but... Nice. There we go. Sloms. Paolo. Fast break rookie at Disco Auto. Let's go, baby. Stephen S. Sold out on tiered, by the way, too, Donnie. Awesome. Let's go, Sloms. Oh, it is out. Got you, okay. Let's go, Sloms. Grats, buddy. That is Eric Gordon to 75. Austin Reeves Hall. Disco, Max Drews. Caleb Houston. There's a blue Jalen Green in second tier to 49 for the Rockets. Deontay Mer. Star Gazing on Melix. Disco, Buddy Healds. The Paces. Paces. Step out of a game. You should jump on Game Pass pretty quick, so... True. That's actually a good point. Another red Anthony Edwards to 75. It's like a fourth one we've almost hit. Between these two half cases, I think it was like a fourth one. Stop for the J. Jay and Ivy. That is Blue Tyrese Halliburton to 49 for the Paces and Jeremy Grant. Disco.  You just got jingled. Kyle is here to get jingled. Keegan Murray. Isaiah Mobley, Disco, Rookie. You just got jingled. I was watching TV, so I didn't know. Oh, you did get jingled. Nope. I got it. Yep. Nope. Yep. Nope. Yep. Nope. Jeremy Sohan. There's Otto J. Val. Jonas Valenshunis. Fast Break signatures for the Pelicans. Nice one there. Jonas Valenshunis. Victor Oladipo. Just put an Ingles card like above the door frame. Yeah, I'm down to do that. I'm just gonna put Joe Ingles, pictures of Joe Ingles all over the shop. Benedict Matherin. This is a purple Steph Curry to $99. Just imagine like everyone come in the morning, there's just like Ingles on the wall and everything. They're just like, what in the world? Like put one at every sorting and shipping desk, so everybody gets jingled in the morning. That'd be funny. There is Marcus Smart, uh, a Bradley Beale Disco. Do it like Ryan Christmas. Like, Merry Christmas. You just got jingled. Send this to two of your friends to jingle it on as well. All right, guys. You have an Ingles card you should, what's done eBay like that?  You just got jingled. There's, again, your link to Star Wars. Last group break with spots tonight, five to go, random box style, five to go. Let's get that filled up. That is the only group break we've got remaining. Again, if you are a Star Wars fan, this is like a great product. It is really, really good. It competes with Galaxy for sure. Oh, wow. That's really solid then. Jabari Smith, there's no sketches in it though, right? No, there are. Oh, is there? I think we pulled one, yes. Oh, really? We pulled two actually, me and Boris. Oh, nice. Disco, Terry Rose here. I didn't realize that because when he, I know which one you're talking about, he sent a picture of one, but I thought it was from when they did the, when you guys did the Galaxy break. That's why. No, I think we did it. I think it was during Topps. Walker Kessler, nice. Purple Dougie McBuckets to 99. Contavia is called World Pope. Well, like, it doesn't compete in the same standard because Galaxy is like all pretty much animated, but as far as how good the product is. Right, right, right, right. That is D'Angelo Russell to 99. Because like, you can get like any kind of form of Star Wars content character in it. Mm-hmm, in Chrome or in Chrome? Yeah. Yeah, got you. That is Desmond Bain, Disco Dain. Yeah, Slums. Really quick, just so you're aware. There you go. I think that's, that's pretty big, right? Pretty big for the magic. I don't think that's too bad. Do better, Sam. I know, right? Sorry, it's not numbered. There's Jalen Williams. Dallin Terry, Disco. Rated Rookie for the Bulls. I got you, Slums. Red, Vince Williams to 75. No one got you, Sam got you. Hollow, Benedict Matherance. Beats, Beats, Beats. I would have been like, why is it number 10? Let's do one of those people. This is bogus. Chet Holmgren. Nice one here. Dyson Daniels, Rated Rookie. Disco Auto for the Pelicans. Russ Westbrook as well. Andrew Nemhardt. Blue, Terry Rozier. Kalamul, came of the year. Oh boy. Two, 49. Bold statement, Nanny. That's open up, Nanny. That's open up. Patrick Baldwin, Hollow Cade. Deontay Murray, Disco for the Hawks. Come on, Facebook. And when you get a chance, I'll be able to offer this break, but... Yeah, I've been wanting to do that. You're good. No, no, you're buried. You're good. Get it again. And last box of the break, everybody. Good luck. See you up too fast for a break.  You got jingled again. Kyle Lowry. Kyle Lowry. There's Marton Bochamp. Will Barton. And Jank. Purple Lawson Rivers, 299. All they had to do was put out for 10. That's too much. Clearly. There's McCall Bridgers. Bridges, 299. So McCall Bridgers. Geez. Al Horford. Bridgers? I guess so. No, man. He had no... probably never will. Disco... Stargazing Tatum. Jaden McDaniels. I'm not a movie guy like that. I know.  It's a bad look. Oshai Gbaji. Disco Rookie Terry Eason. That's like if Grand Theft Auto VI comes out and flops, dude. Like big problems. Good chance, maybe a little. Yeah. They have a tentative release date for 2024, apparently. It does look pretty sick. Either. Yeah. Look up, if you ever see it, look up just like a sneak preview of it. Blake Wesley. Red David Roddy. Nice one there, 2, 1, no, 75. Keegan Murray Hollow. There's like multiple cities that you can go to. It takes place in Liberty City. I think Liberty City or Biscity, one or the other. And there's multiple areas on the map you can go to. It's like three cities instead of just one. It's going to be pretty cool. Jalen Derren. I will be purchasing the Grand Theft Auto VI. That map sounds huge. Terry Eason, nice one there. Disco for the Rockets. Devon Booker Disco. Yeah, I'm asking a gigantic. Kids will be waiting online for midnight release. Probably Manny. There's Shade On Shark. Yeah, three times the size of GTA V. That's Max Truths to 49. Yeah, that's pretty big.  But it looks really good from like the trailers and gameplay. Not gameplay, but like the previews that look good. McDaniels. There's Rashawn Holmes. Game base. They're a quick recap. Played The Crew as a racing game. Yes, actually. I think it was like the whole U.S. Yeah. Oh yeah, I remember that. That was a good travel across. That was cool. Yeah, that was awesome. Gold Bruce Brown to 10. Terry Eason. Dyson Daniels. Jonas Valenchunus. Jalen Suggs. Davion Mitchell. Kennedy Chandler. Bones Highland. Blake Wesley. Jeremy Sohan. We add 101 Black, Clint Capella for the Hawks. And Palo, rookie signatures for the Med. Gotta do it for the break, guys. Thanks again for the fill. Up next is PYT.


Good evening, everyone. Thanks very much, Monday night. Thanks very much for joining me on my live stream. Comments are coming in, thanks very much, everyone. Okay, before I start, conference 28th of November, please get your ticket as soon as you can. I know some of you already have. Thank you very much. It's always a great event, our conference, I have to say, it really is. And this year it's really important, I think, for us all to get together from different parts of the country. I've been around to various parts of the country since we were allowed back out again. But to get us all together is really important. So please do get your ticket as soon as you can, 28th of November. And on the matter of traveling around the country, I'm putting dates, but a few dates in the diary today. November's gonna be very busy. Few dates in the diary today for campaign in various parts of the country. So please keep an eye out for those. Right, since we last spoke, I, as you know, we had on Friday the modder of an MP. So David Amos in the MP, conservative MP, for South End West. And he was stabbed to death during his constituency surgery in the area, in Leonsea on Friday. Obviously our hearts go out to his family and friends. And it is, it's tragic. And it's a descent. We are, this country is going, nowhere is perfect and this country is not perfect. But this is crazy what we are living in. And what's even more crazy is the reaction. And a reaction that may be crazy, but still only to be expected. Headlines in the news tonight that South End is to be made a city in memory of Sir David Amos. Now I've no, I used to live in South End. I know it quite well. I'm not sure it's big enough to be a city, but whatever. It doesn't, this is insanity. And I make no apology for it as if making South End a city is somehow going to deal with this problem. But even more alarming is talk from Pretty Patel about ending anonymity on the internet. She is turning into a bit of a tyrant actually, but for a bit of context, let me just, let me explain who has been detained for the murder of this MP. I'll read this from the BBC. It says at 1350 on Friday, Essex police confirmed a 25-year-old man had been arrested immediately at the scene on suspicion of murder and that a knife had been recovered. Whitehall officials have confirmed to the BBC that the suspect who is being held at a London police station under the Terrorism Act is Ali Harbi Ali, a British national of Somali heritage. He was born in Southwark in South London and grew up in Croydon, is the son of a former adviser to a previous Somali prime minister and the nephew of the Somali ambassador to China. Now, one thing we won't get, presumably, on this is marginalization, poverty, lack of opportunity. We'll probably get racism, but, you know, racism is ever-present. This is somebody with connections. This is not, it sounds to me that they're probably not a lacking opportunity. Somebody with connections. In his teenage years, he was referred to the government's extremism program, Prevent, but was never a formal subject of interest for MI5. But it doesn't say what he's referred to prevent for, but just a quick explanation of prevent. This is a scheme which is intended to grab people. It's a minority report sort of thing. It's where to grab people before they do anything and to stop radicalization of the person. They've been going after anyone, the far right, but anyway, anyone who doesn't like the current situation in the country with regards to immigration or Islamization will be targeted by this thing as well. But he wasn't of interest to MI5. This, you'll notice a lot. This happens a lot. You'll have someone who is a devout Quran following Muslim, which the establishment will call a Muslim extremist, but actually it's just someone who follows the religion to the letter. They will be of that bent, but not deemed barren or for long, if you like, to be of interest to the security services. That happens a lot. The security services do, however, watch thousands of declared jihadis, thousands, but there are just too many of them to be watched sufficiently, too many. There are just too many of this ideology in the country and the resources are not available to watch them. So that'll be part of the reason, no doubt, that so many are extreme, but not extreme enough for MI5 or other security services to take an interest in them. Okay, it goes on to say teachers, members of the public, the NHS and others can refer individuals to a local panel. This is prevent local panel of police, social workers and other experts who decide whether and how to intervene in their lives. Engagement in the scheme is voluntary and is not a criminal sanction. It is thought Mr. Ali did not spend long in the program. The attack has been declared a terrorist incident by police. The early investigation revealed a potential motivation linked to Islamist extremism according to the Metropolitan Police's counter-terrorism command. Ali was initially detained on suspicion of murder but was further detained under the Terrorism Act late on Friday. On Saturday, detectives were granted a warrant by magistrates to allow them to keep Mr. Ali in custody until Friday, the 22nd of October. He is still being questioned but has not yet been charged. Let me just tell you when that was an hour ago, okay. Right, so there's the background. There's the context of all this. In response, we get, South End will be made a city. It's nice, it's a nice thing to do. But like I say, here's the alarming partner. This comes from an interview with Pretty Patel. She was being interviewed by Trevor Phillips on Sky News on Sunday. I don't know what this murder has to do with social media. That part isn't clear and I cannot find anywhere where it's even alluded to. I mean, people are, this is this I noticed that, this is being made into something social media related. Anything, anything. But look at the real problem. So we've talked a lot about social media and there's features on the press. You know how it is, the BBC will have so and so saying, I was abused online and why don't the internet companies do something about it. That sort of feature is popping up. And I'm not clear why, because it's not clear what role, if any, social media played in this. So Pretty Patel was on with Trevor Phillips on Sunday and he asked her about whether this is, whether this is how Sky News is reporting, or sorry, The National is reporting the discussion on Sky News, that Trevor Phillips asked her about whether she would consider legislation to remove the right to anonymity on social media. She said, and I quote, this is absolutely extraordinary. I want us to look at everything. There is work taking place already. We have an online harms bill, wait for that, that will come to parliament. There is work taking place on it right now. I've done a lot of work on social media platforms, mainly around encryption and areas of that nature. But we can't carry on like this. I spend too much time with communities who have been under attack. Basically, who have had all sorts of postings online and it is a struggle to get those posts taken down. We want to make some big changes on that. Am I the only one bewildered by this? How is restricting freedom on the internet? What's it got to do with this? Again, even in here, it's just not clear. The only possible connection that seems to be shoehorned in here is that MPs get abuse on social media. And somehow, therefore, social media is the problem here. Now, I don't particularly like social media, but social media did not murder this man. Yes, you did. And no one's talking about that at all. Nothing, nothing. Here's what's gonna happen. And this is standard, standard stuff. A tragic event occurs. The reasons for it, the basis for it, the cause of it is completely ignored. And instead, by tenuous link, we will link it, we will manage somehow to find a way to further restrict people's freedoms in response, even if the two are not even connected. Social media did not murder this man. And if MPs take abuse online, that's unfortunate. But so do a lot of people. While Pretty Patel is telling us that she's not going to rule out destroying anonymity online, sorry to bang on about this, but the borders are still open. Thousands of people, we have no idea who they are, are coming into this country on Pretty Patel's watch. Meanwhile, she will take away, or is threatening to take away, the rights we have to express ourselves in for many people the only way they can, which is an anonymous account online. We are so strangled, we are so suffocated. We're living in a sort of a USSR society where people would go out, I remember reading particularly about a family where the parents would go to the back garden, turn on a radio, turn it up really loud and whisper to each other over this radio in order to speak about current affairs in the country. We're already not there, but we're in a situation where we're afraid to say things to each other unless we say the wrong thing, or we say it to the wrong person. You can't say anything to work, colleagues, friendships are ended by saying the wrong thing, families broken up by saying the wrong thing, that's where we are. So for so many people, an anonymous account online is all they've got to speak freely. It's their only ability to speak freely and we have to speak freely. We have to, it's a human need to express ourselves and for millions, online account anonymous is the only way they can do it. Now granted, there are people online who do behave in ways that are absolutely appalling and they wouldn't do it most likely in real life and this is the way to sort of let that nasty side of them out. But that's the price of freedom. That's what freedom entails, it includes. Freedom includes nasty people who are going to say things that are unpleasant and offensive, that's freedom. So now we stand to lose one of the only avenues left that people have to freely express themselves. Our freedoms will disappear as a result of these tragic events, while the real cause of it not only is ignored and brushed under the carpet but continues to flow in another arena. In other words, while we're facing the threat of not being able to speak on social media, the borders are still open and people we have no idea where they're coming from, what views they hold, how violent they might be, they're coming from a culture that is completely alien to us. That's the problem right there. Social media's not the problem, the immigration is the problem. This mass unfettered immigration is the problem but it will not be addressed and instead, our ability to object to that very immigration will be hampered further as a result of this tragic event. Speaking of culture, so it was something I wanted to, a video I wanted to show you tonight and I'm going to show you it just now. But let me just quickly go to a couple of questions. The first one is what do you make of the public debate following the mode of David Ames? I think I've hopefully covered that. Jay says, the police have the resources to heckle protests that by law they're supposed to aid, not intimidate, provoke, and assault the general public. This parliament is a disgrace. I agree with you entirely.  We know what to do, we know what we need to do. Clarence, it's got nothing to do with the mode and it's an excuse to clamp down on freedom of civil liberties, couldn't agree more. Stu, good evening Stu. Amory, is it time for the For Britain Party to invest in the production of Robert Dinges? Moral quibble with that one, Stu. Not with Robert Dinges in general, obviously. Nothing wrong with Robert Dinges in general, but when they're being used to invade, I do have a problem with them. Okay, let me go to, you'll have heard this story. This is about the Grand Hotel in Scarborough and it's another example. And this was obviously less serious matter than the murder of this MP. Less serious it is, but so demonstrative of what I'm talking about. What am I talking about? This country is a mish-mash of people from all over the world who are bringing internal, when I say internal, I mean internal to them, internal conflicts into this country, bringing completely different sets of values into this country. This is controversial, but I'm gonna say it anyway, bringing very different standards of hygiene into the country. And this is coming from a variety of different sources. We are now a country of endless languages, so we can't even take for granted that we can speak to each other anymore. And tens of thousands of people in Birmingham alone can't speak English. It is in my lifetime, I've never, I haven't known this country to be so divided, so tense, so fractured. And it is because we no longer have anything uniting. There's nothing uniting the people of this country. Now, this is a free country. So people are free to disagree. We're not so united that we're going to be uniform and all the same as each other. That's a free country. People will be different, have different belief systems, different personal beliefs, different ways of living their lives, that's freedom. But what should unite us? Language, law of the land, the law of the land, which shapes and helps create a culture, a historical identity, a heritage, all of which are unifiers and all of which are gone from Great Britain in 2021. If the native British complain about this at all, they are dismissed. And I'll now show you a video about the, it kind of, it sums up so much. It just sums up so much. And I want, just before we play the video, actually a couple of questions are coming in, so let me quickly answer them. If you became an expert, would you reverse all this tyranny and also prevent by enshrining in law? I'm never attempting this again. Oh, I assume you mean what they've done to the country would you enshrine in law? Never doing it again. I think you'd be better, I sort of get too into too detail in this, but a constitution I think the country needs won't be easy to do because there are conventions in the legislative process in this country. But we absolutely do need something and a US-like constitution that would prevent MPs ever doing this again, that would prevent MPs legislating against the civil liberties of the people in the first place. They take away your civil liberties for a reason. Those liberties are used to keep them in check. If they want to do something with a country, they have to take away your freedom to stop them first. And that's what's happening. That's the phase that we're in at the moment. Bobby says MP should not get special security arrangements to protect them from the consequences of their immigration policies face up to the consequences as your constituents have to. That's a great, that's a really good comment. And I can't, I agree, I completely, and I said this a hundred times before, the MPs don't live in the areas that they, I mean, an MP will, not all MPs actually, some MPs live in the constituency that they represent, many don't. But even the ones you do, will live in the more upper end of that constituency, the more expensive end, the end where the refugees quote unquote are not going to be sent to live. So the MPs, you're absolutely, absolutely right. They don't live with the consequences of this. And if they did, they might think differently about it. A very good comment. As an animal rights activist, how do we stop this hell-out practice? We remove the religious exemption. It's only practice now because there is a religious exemption. Slaughter without stunning is actually illegal in this country, but in a way that makes the law completely unworkable and ridiculous is an exemption for the very people who want to slaughter without stunning. So slaughtering without stunning is illegal unless you really, really want to slaughter without stunning. That's basically what the law does.  It's as simple as that. Okay, last question before we have the video. What's your opinion on human rights laws being changed? I've got the Human Rights Act tomorrow morning. No question, get rid of it. It has given activists, judges, the ability to keep terrorists and rapists from all over the world in this country because their safety is threatened. The safety of British people doesn't matter. Their safety may be threatened. I don't care quite frankly about the safety of people who threaten the safety of the British people as anyone in British politics should agree with, but they don't. So every Tom, Dick and Harry from all over the world is more important than the British people. That's what the Human Rights Act does. That's what it'll do until you scrap it. And the Tories have said several times they'd scrap it. Still there. Still one of the vilest pieces of legislation in the country. Okay, before we finish, I've been on TripAdvisor just on the Scarborough Hotel. I've been on TripAdvisor and while it's not as much as it was, there are some reviews on here saying do not. So basically confirming what I say in the video about this hotel. But it is honestly such a little microcosm. That's how it feels to me. This hotel could well be Britain. It is Britain in a little microcosm. Okay, let's have a look at the video. The Grand Hotel in Scarborough has been opened since 1867. It's a beautiful and enormous hotel that overlooks the North Yorkshire town's South Bay. It was in its early days, the largest hotel in Europe. And today it is a grade two listed building. This means that it is regarded as something of a special building deemed worthy of preservation. So why am I talking about the Grand Hotel in Scarborough? Well, it's been in the news recently and as you can probably guess, it wasn't good news. The top two floors of the hotel have been hired in their entirety to house Afghan refugees. There are around 150 Afghans now in residence at the hotel. And let's just say the reviews from other guests have not exactly been glowing. One wasn't complained, however, because that would make you a racist. What else? One review on TripAdvisor was from a woman who told of her experience at the hotel. She said that she waited an hour to check in because the place was so busy, it was mayhem. When she and her partner finally made it to their room after pushing their way through busy hallways, they were shocked at what greeted them. There was urine on the walls, no quilt on the bed and Afghan children running in and out of rooms unsupervised. She then decided to go back down to the reception area having understandably decided against staying there. And here's what she said. I overheard people talking angrily about the kids and people just stood about. They were refugees and more buses were just parking up. I don't have a problem with this. I just felt we should have been made aware that the hotel would be this hectic. Then we could decide if the noise would be a problem for us. Even though her holiday was entirely ruined, isn't it interesting how she felt the need to say, I don't have a problem with this? Of course she has a problem with this. But she's afraid to make her feelings known lest she be called a racist.  So rather than just tell it like it is, people jump up and down to make sure everyone knows they don't have a problem with this. It's ridiculous when you think about it, it's comical. Anyway, she continued by saying this. I spoke to the man at the desk and asked for a refund and explained why. He then started shouting at me, calling me a racist. I am no racist, she continued. I booked the break when the school holidays had ended, so it would be quieter. He flatly refused me a refund, so we left. We went on to pay £150 to get a room for one night, then went home a day early as we were both worn out. As I was at the desk getting insulted, at least three others were demanding a refund for the same reasons. So to summarise, a couple go away for a weekend, pay for a hotel, the hotel is a mess, they ask for a refund, they're called racists, they pay £150 for another hotel and go home a day early having had a miserable time. Despite all of this, they still insist they have no problem with the migrants that caused it all. This is not the sole example. Another couple tried to get a refund through their holiday operator because of all the negative reviews they'd read online. They tried to cancel their £338 booking in advance, but to no avail. They too were called racists by the hotel. One of these guests said the following, our concern is about safety and leaving things in our room because of what we read about theft and kids running wild, naturally enough. That was racist. Here's what she said in response to that. By no means are we racist. I've worked with refugees and it is not their fault, not their fault. Whose fault is it then, exactly? This is such an interesting way to describe it, not their fault. Of course it's their fault, but how patronising to say that it isn't. What this person is saying is essentially that many Afghans are simply too uncivilised, too different to us. What we find appalling, they find a okay. And the irony is she's right, at least partly, we are dealing here with vastly different cultures. And in Afghans, we're dealing with people who overwhelmingly have zero respect for our culture.     Again, it's ridiculous. We're tying ourselves in knots, eating our own tails, chasing ourselves round in circles, aiming only to not be called racist. It's our primary concern. Even when our holiday is ruined, that's what matters. To be fair, though, it's understandable.  It terrifies people. People have gone to prison for apparently being racist. It's one of the most powerful words in Western discourse. But of course, it no longer has any real meaning. Now, in the West, if you complain about illegal migration, cultural differences, crime, and if the offender is not white, you'll be a racist. The reality of the illegal immigration, the cultural differences, or the crime are apparently irrelevant.  End of story. But let's be fair on all this, though, because there is racism here. There is actual racial hatred, and it is against the British majority. If an Afghan had complained about another Afghan, would they have been called racist? No, they definitely would not. My guess is that even if a black person complained, they would not be called racist either. It's only white people that are given the label, and that is actual racism. If you can't make this stuff up, it would drive you mad. But here's something else that would drive you mad. The cost. It too reflects racism, anti-white racism. As an aside, hatred of whites isn't even considered racist. That's how racist it is. So let's get on to the cost. Apparently, the government is paying 250 pounds to the hotel per room, per night. Imagine how much that's adding up to. Then we have the refurb. At the end of the Afghan culturally enriching visit to the Grand Hotel, the government will foot the bill to have the place entirely refurbished. They know they'll have to. That's telling, isn't it? Here's something else that's rather telling. Homelessness in the town of Scarborough has more than doubled since the coronavirus crisis began. There are hundreds of people in this fairly small town who need accommodation. But guess what? The government isn't housing them in grade two listed hotels. There's no money for that. Plenty of money for Afghan, so ever. Once again, the British are at the bottom of the heap in Britain. Millions of pounds are being spent housing migrants in the UK at the moment, but the thousands of Brits living on the streets must stay there. 13,000 military veterans are living on the street in Britain. No hotel for them. Meanwhile, record numbers of illegal immigrants continue to arrive. A lot of people are tired of this. I'm one of them. The injustice of it is nearly unbelievable. So here's the reality. British people have been abandoned by the British government. They are only required to pay taxes to foot the bill. That bill is to pay for all and sundry from all over the world to come to Britain and take, take, take. It's the truth. And everyone knows it's the truth, racist and not. This can't last. At some point, there will be a backlash. To avoid violence, I sincerely hope that backlash is political. Political change is essential now. A great reset is needed, if you like. Both Labour and the Tories must go. And their fate is in our hands. If we don't vote for them, they won't be in power. If we do, they will. And this will just continue. Stop voting for this nonsense. Start voting for your own rights, your freedom, your taxes to be spent wisely. Start voting for your children and your country. To put it simply, start voting for Britain. Thanks again for helping us to fight back. Thanks again for helping us to bring back Britain. OK, thanks very much, everyone. Just a final point before we go. These videos are to promote our party. Please, please share them. That is a standalone video on YouTube at the moment. So please share it. And finally, last reminder for tonight. I'll be reminding you every chance I get between now and the 28th of November. The conference, 28th of November, please get your tickets as soon as you can. It is going to be a great event. It always is. I love our conferences. And I'm sure that the members who have been to our previous ones will confirm that they are great. A great day out. So 28th of November, please get your tickets as soon as you can. OK, everyone, thanks very much. Look after yourselves. When am I back? We're back on Wednesday morning at 10 o'clock with all things hardly pool. And I do have some dates in the diary for various different parts of the country to get out campaigning. So have a look out for them. Thanks very much, everyone. Take care of yourselves and I shall see you all very soon. Thanks again.


One of the more important probability distributions is known as the Poisson Distribution. Before introducing the Poisson Distribution, we have to talk a little bit about an important distinction in the data that between discrete and continuous. A discrete quantity can only take on certain specific values within a range. You can have five people in a room, or six, but never 5.3. Or lightning can hit a building five times, or 500, but never 3.14159. On the other hand, we can have a continuous quantity which can take on, in principle, any value in a range. You can be 1.83294 meters tall, or you can wait 10.3498751 minutes. We can describe random experiments in terms of whether the event of interest is discrete and whether the interval of interest is discrete. It's useful to think of this interval of interest as opportunities of occurrence for the event of interest, when the event of interest can occur. For example, the number of heads when you flip a coin repeatedly. The number of heads is discrete. Moreover, since the coin can only land heads or tails when you actually flip it, then the opportunities of occurrence for the event is another discrete quantity, the number of flips. On the other hand, consider the number of times lightning strikes a building in a year. Here, again, the number of times lightning strikes a building is a discrete quantity. On the other hand, lightning can strike a building at any time, and time is continuous. This leads us to the idea of a Poisson experiment. A Poisson experiment is one that can be described as the occurrences of a discrete quantity over a continuous interval, where the event of interest can occur an unlimited number of times within an interval. For example, a certain type of vehicle suffers a major breakdown about once every 50,000 miles. So is the number of breakdowns in 50,000 miles a Poisson experiment? So definitions are the whole of mathematics. All else is commentary. And so we might remember our definition for a Poisson experiment. It's one that can be described as the occurrences of a discrete quantity over a continuous interval, where the event of interest can occur an unlimited number of times within the interval. And it's useful to think about the interval of interest as the opportunities of occurrence for the event of interest. And so we might make the following observations. The number of breakdowns is discrete. You can have 0 or 20 breakdowns, but never 1.54. Meanwhile, the breakdowns have continuous opportunities of occurrence. They can occur at any distance. And finally, there is no theoretical limit to the number of breakdowns that can occur. You could have any number of breakdowns during that 50,000 miles. And so we're looking at the occurrences of a discrete quantity over a continuous interval, where the event of interest can occur an unlimited number of times in the interval. And so this is a Poisson experiment. Or how about this? A type of genetic defect occurs in one in every 100,000 births. Can this be described as a Poisson experiment? So we note that the number of occurrences of the genetic defect is discrete, but the genetic defect has a discrete number of opportunities of occurrence. It can only occur once per birth. And so this cannot be described as a Poisson experiment. Now, if we have a Poisson experiment, we can calculate the probability using a Poisson distribution. Suppose an event can be expected to occur lambda times in some interval. The probability x equals k is given by this formula, where k factorial is defined as follows, let k be a whole number, then k factorial is the product of the whole numbers from 1 through k, where we also define 0 factorial as 1. And again, for the most part, we're not going to calculate the Poisson probability by hand. Most spreadsheet statistical programs and calculators have something called a Poisson dist function. The syntax varies, but Poisson dist k lambda is common. So let's take a look at that vehicle. A certain type of vehicle suffers a major breakdown once every 50,000 miles. How many breakdowns would you expect to occur during the first 100,000 miles? And what's the probability of having this number of breakdowns? And what's the probability of being lucky and having zero breakdowns in 100,000 miles? So we've determined that a Poisson distribution is appropriate. In order to calculate the Poisson distribution, we need to know the number of times the event can be expected to occur. And so we might reason as follows. If breakdowns typically occur once every 50,000 miles, then in 100,000 miles we'd expect to see lambda equals two breakdowns. So again, most spreadsheet statistical programs and calculators have a Poisson dist function. So we need to know the number of times the event is supposed to occur and the mean, the expected number of times the event is supposed to occur. So here we want to know if the event occurs two times while the event is expected to occur two times. So the number is two and the mean is two. And so our probability is approximately 0.2707. How about zero breakdowns? Well, in this case, the number of breakdowns we want to see is k equals zero, but the number we expect to see is still lambda equals two. So we want to find the probability of seeing zero when we expect to see two. And so the probability of zero breakdowns in 100,000 miles is about 0.1353. Or maybe we have a manufactured wire with an average of three defects per 100 meters. What's the probability that a 10-meter length of wire has more than one defect? So we note that the number of defects is discrete, but they can occur at any point along the length. So a Poisson distribution is appropriate. In order to use the Poisson distribution, we need to know lambda, the expected number of defects. Since there are an average of three defects per 100 meters, we can set up the proportionality. Three defects per 100 meters is lambda defects per 10 meters. Solving this equation gives us lambda equal to 0.3 defects, and so we can use a Poisson distribution with lambda equals 0.3. Now we're interested in the event more than one defect, and this is the same as the event two defects, or three defects, or four defects, or five defects, or, well, there's an infinite number of cases, and we don't want to spend the rest of infinity calculating. So what can we do? We note that it's the complement of the event zero defects or one defect. And so we can compute the probability of having zero defects or one defect. Again, most spreadsheet statistical programs and calculators have a Poisson dist function. So first, the probability of having zero defects when you expect to see 0.3 is 0.7408, and the probability of having one defect when you expect to see 0.3 is 0.2222. So the probability of having zero or one defects is, which means the probability of having more than one defect will be 0.0370.


Sorry about the shaky video. I don't really drink that much. It shouldn't be because of the drink Yeah Just showing you here my What it starts off with a bit of mains voltage here Going to the little transformer Coming out the transformer and Being rectified by the four-dyed redirect wire there little bit of smoothing Then from there we go a little bit of a Toblet regulation on the go that regulates chip and then we just come Jump skip across to this board And where it's feeding I should probably actually put these wires up here By this capacitor, but it's just feeding this board where there's some More capacitors on here and this comes into my little amplifier circuit I Try to keep the signal lines in there and the power line separate There's a lm 386 Just sat down there Put a little bit of music on I'm just going to put the lid down on the on the power so we get the the AC voltage Okay There's no distortion. This is some of these tracks are terrible They've been They've been recorded at real real bad levels I'll just pull the wires out So let me see if I can just pop that back in and further ado Just pop that in there. It doesn't want to I'm just gonna Is I can't remember when I lost my mind. Okay. I've got a uh, oh, yeah, this is the ta 3122d I've got this one and 1875s So I think this weekend I'm gonna build myself a little lm 1875 Yeah, that's what I wanted to show just one little Yep, sometimes they get a bit crazy It would be easy to think uh, okay, you know But that's putting that quite a bit of sound. I mean that is filling this room just up one channel and this is the piddliest piddliest of power supplies this came out of a radio from 1978 This old thing which has been on a On a on a with a painter and decorator his dad Or his late dad And then the painter and decorator and what we got here. We got it Well, I suppose as it's And then you can see that but as it says on here, it's capable of from that five watts That little power supply then should be okay because this thing's only capable of delivering well, there's less than a watt It's about 0.6 0.7 tops So maybe that's why it's handling it quite well, and I'm quite chuffed Well my uh All the tracks on my phone have gone nuts The reason why they got knacky Because my tesla coil It wasn't like that before it started running my tesla coils And that seems to have mashed up most of my songs But that's okay It's okay, it's okay a little bit of northern soul out there for the northern songs As was the snake as well Do I love you? Oh awesome for my days as a spirit boy Yeah, what I've noticed is actually the copyright please as long as you don't enjoy yourself Don't enjoy the music you listen to Just put over a very brief time be very formal about it and take it off. You enjoy it and they don't like it They don't like you having any sort of fun without them being paid You made my heart sing Yo mate, they're copyright please get mad Yep, don't know what that is If anybody's wondering why there's so many capacitors and why they're so big is because This little lamp can have pretty much no distortion at all As long as you put some capacitors on it seems I've been playing around with this And it seems like for me at this time with what I've got set up here. This seems to be a good little combination to get Full blast power with no distortion And I can stop the music And listen to the speaker and not really hear any hum or anything So I mean there's a faint little bit there because the speaker is actually on but there's nothing There's no ac hum or anything like that So yeah, all good. I'm quite chuffed, you know, that's the end of that because It's just a Very short thing Once again, I'm very much a layman I'm just looking at youtube looking at schematics that come with chips and search and you know I just I just I just brought some stuff down trying to get a better understanding of of how this stuff works and Slap a few bits together. It works.  So I know that I'm going out and I'm not sure what sort of state I'm going to be in But I'm going to give it a bash If not, I'll have it built in the week and Sorry about my shaking us. I was just changing hands there Anyway, thanks for watching if you did and take care till next time. Bye