All right, so I'm here today to talk to you a little bit about Azure Sphere. So my name is Carrie Payette, and I'm pleased to bring you this session on an introduction. This is going to be a light introduction to Azure IoT Sphere. So people that are potentially new to this will be able to pick it up and run with it. So what we're going to do today is talk a little bit about the architecture that is Azure Sphere, as well as how you would go about connecting an Azure Sphere device to an IoT Hub. So let's take a minute right now and talk briefly about IoT security, or in these cases, incidents with lack of security. So one of the first things that comes to mind is Wi-Fi enabled baby monitor. So this was one of those things that was released early on in the IoT boom as you would call it, where we started connecting anything and everything to the Internet. So many of these, especially early on, had a lot of problems. So consumers, they didn't know to change the default password on the equipment. They didn't have proper implementations. So backend traffic may not have been encrypted. Some of the websites back in websites weren't secured, so people could access different cameras by changing a URL on a query string. So hackers quickly took advantage of this, and they used it to creep on people, as well as holler obscenities at babies and their parents. So not a good thing. So on a much larger scale, multiple large cities in the US and abroad had implemented a connected traffic light system. This system, while the traffic lights themselves were pretty secure, what they didn't think about was the in-ground sensors that they would use. They basically had these in-ground sensors sending information up to like a data repeater with unencrypted data. So it wasn't the lights themselves, but the sensors on the ground were basically not secure.  So this ended up being a very expensive fix because everything was embedded in the firmware, and the devices that they had used were not over-the-air update compatible. So they ended up having to dig up roads in order to issue a more secured replacement. So now in the age of everything being connected, like we have our fitness trackers, we have our light bulbs, we have smart devices, but one of the other things that we have to think about is that we're now putting kids toys in a connected environment. So we really, really, really need to think first about securing the systems and not thinking of using them like security as an afterthought. So development organizations don't necessarily have all the skills required to secure an IoT system. I know myself and not a security expert by any means. I know enough, but I would definitely consult with other people when it comes to developing a security architecture. So because this IoT boom is relatively new, experts, even experts like security experts, are scrambling to keep up on top of new and emerging attack vectors as soon as they arise. So Azure Sphere has been developed to take much of that security pressure off the shoulders of development teams and the product manufacturers. It provides that security architecture out of the box. So what's important to note here is that Azure Sphere is more than just a simple device. It's an entire ecosystem. So Microsoft developed Azure Sphere based on decades of connected IoT hardware and software and cloud services. So what I'm trying to get at here is in a nutshell, Azure Sphere brings us a truly secured end-to-end turnkey IoT solution. One of the fun facts I'd like to share with you is that many of the design considerations for Azure Sphere comes from the Xbox line of connected devices. So I thought that was pretty cool. So there's three main components to Azure Sphere, the first being the hardware. So Microsoft will only certify MCUs that adhere to a strict security model. So we're going to cover this in a little bit more detail in just a moment. The second aspect of Azure Sphere is the Azure Sphere OS. Now, this is a greatly, greatly pared down version of Linux. So it's been carefully produced. It's a custom kernel that's been pared down to reduce the threat surface of the device itself. So this means that yes, it is Linux-based but you're not going to be accessing or interacting with this OS directly. Well, for one, there is no shell. The kernel itself does run in a supervisor mode and is responsible for all the onboard drivers for things like Wi-Fi, the UART, SPI, I squared C, GPIO, and so forth. So the third component of Azure Sphere, come on number three, there it goes. So residing in the Cloud is the security service. So the Azure Sphere security service is responsible for all the authentication, the updates to the device, and failure reporting. One of the things that you will never, ever, ever see in an Azure Sphere space is a username and password. We all know that those are not the most secure things out of the box. So what Azure Sphere does is it uses everything via certificate-based authentication. So the security service does the remote attestation with certificates. It also validates that the devices are not being spoofed, the software is up to date, and that all updates that the Azure Sphere device itself is getting is provided by Microsoft. So failure reporting, this one is still kind of up and coming, but what it's going to do is provide a rich crash analysis to use in conjunction with your existing Azure subscriptions. So one of the reasons why updates are so critical for Azure Sphere is something that we touched on a little bit earlier, and that we only know how to defend ourselves against attacks and threats that we know today. So how do we defend ourselves from something that's discovered tomorrow? So by using Azure Sphere, you can remain confident that any updates are automatically pulled down to your device, and your systems will remain protected against threats today, tomorrow, or even 10 years from now, which brings me to another point is that licensing for the device, licensing for Azure Sphere is provided by the purchase of the MCU directly. So you're guaranteed updates from Microsoft for 10 years. So here's the hardware architecture. So you'll notice here that yes, it's called an MCU and this is just a term for it, but it really is what we call a crossover, meaning that there's more than one MCU on a single die. So there's multiple cores on a single die, which you'll see here. So you can see that we have the ARM Cortex A and the ARM Cortex B, and there's other subsystems available as well. So one of the things that I want to call out here is that there's compartmentalization of each subsystem on this MCU. So this is done on purpose. So everything that you see in blue, which on the diagram calls it Microsoft IO firewalls, don't have to think of it like an internet firewall, but what it does is it creates a boundary between each of these subsystems, and each component themselves treats the others as if they've been compromised and are unsafe. So Microsoft Pluton is the root of trust. This is the subsystem that provides hardware-based security. So Microsoft Pluton provides like the cryptography, the secured boot, the measured boot to support remote attestation as well as determining tampering countermeasures in case that the device has been compromised. The ARM Cortex A, which is sitting down in the lower left corner here, it's responsible for actually running the operating system, as well as any high-level applications that you would develop. So the ARM Cortex M is responsible for real-time processing, so the real-time OS, and it can communicate back to high-level applications, but it also maps peripherals, and it does not have any access to the internet directly. So the Azure Sphere team has defined seven properties of a highly secured device. The first one is that it must have a hardware-based root of trust. So what we're talking about here is essentially the Pluton system. It is hardware-based. It's not sitting on software that can be tampered with, and it's important because it provides ways of mitigating forgery and spoofing. It also needs a small trusted base, small trusted computing base. Again, back to Pluton. It's only Pluton and its security monitor that runs in the computing base. Everything else is treated as unsafe. Defense in depth. So there's multiple layers of security, meaning that at each point and communication between subsystems, there's different mitigation points, different security measures in place, so threats can be mitigated before they propagate too much. Compartmentalization, we touched on this as well. We have the compartmentalization, even if it's a very good, happy place right now where nothing is compromised, each of those compartments, those little boxes on that previous diagram, still treats each other as if they are compromised. So what the compartmentalization does is it makes sure that if something goes wrong, it doesn't propagate through the systems. Certificate-based authentication, again, no username and passwords. The Pluton system validates it with a unforgeable cryptographic key and every software element and cloud communication has to be signed back and forth with these keys in order to remain valid and not be rejected. Renewable security, we talked about the security service that would provide timely updates without intervention from a manufacturer or end users. So what this means is, like in the case of those in-road sensors, you wouldn't have to go out and dig up each of those devices to add an update, a security update to the OS or to the actual device itself. The Azure Sphere is completely implemented with over-the-air updates and it's done in a timely manner. So if there is a large security breach that's been discovered, Azure Sphere and Microsoft will update that and it'll automatically be downloaded by your devices and you don't have to worry about digging up any roads, for instance. And failure reporting, the Sphere will automatically report operational data and failures and so you can react to this and perform updates and service the device remotely. So from a high level here, you can see this is a diagram that I just pulled off of the Microsoft site, but you could see that we have these dishwashers and these are dishwasher 100, dishwasher, you can see the little devices in the corner. But basically what happens is the Azure Sphere will do all of its authentication to the Azure Sphere security service using those certificates. And by using those certificates, we can validate that the Azure Sphere's are definitely devices that are in our network so you don't have any being introduced and that they also possess the certificate that's required to access additional services. So you can see here the Azure Sphere security service does that attestation for you and it also provides any of the updates to the OS and through the security services. All right, so in order to get started with the hardware, the first thing that you're going to need to do is purchase the device. I think that's a little obvious. The second thing we're going to need is to download and install the Azure Sphere SDK. The third thing that we're going to need is to connect the device to your computer, open the Azure Sphere command line tool and claim the device. And lastly, you can use Visual, or sorry, prepare the device for debugging, which I'll show you how to do here in a moment. And we will also use Visual Studio project templates to create a C-based Azure Sphere application and deploy and debug as a normal application in Visual Studio. All right, so I guess we're all set and ready to see some devices. All right, so let me switch back to my camera here for a moment. Where is Skype? All right, I'm hoping you can see me again. So we have a couple devices that are available today. So the first one being is the SEED Studio Azure Sphere MT3620. The second one is the Avnet Azure Sphere MT3620 start a kit. So the SEED Studio device here has an available Grove sensor hat. So that's what this thing right here, this is an additional purchase. But what this allows you to do is essentially add plug and play sensors to it. So this is an example of one. So what it does is it's basically a standard Grove connector. It looks like a JST connector, but it really isn't. I'm having directional problems. All right, so that is that one there. So what the hats do essentially is allow you to do development without having to use a breadboard or do any soldering and all that. So there's over 280 Grove sensors available today that you can use in conjunction with this device as well as with the hat itself. All right, the second device is the Azure Sphere, the Avnet Azure Sphere starter kit. So this one here also has on this side, it also has a Grove sensor connection. This is an I squared C connection and that it also has two ports here. Sorry, one and two ports. I'm looking backwards available for you to add a clipboard to. And what a clipboard click, I keep saying clipboard clickboard does is it allows you to work essentially like the Azure Sphere device does with the Grove sensor hat. It allows you to plug and play these expansion boards and there's over 780 I think, sorry, 730 clickboards available today. So that is two of the devices. One of the things that you'll notice is both of these devices are currently running the MediaTek MT 3620. And this is because it's as of right now it's the only MCU available or like the only processor available to that implements the security standard set forth by Microsoft.  And the reason why it is prerecorded is because one, we don't have time to wait for Azure resources to deploy. And two, that because I do a lot from the command line I had to blur out a lot of my secrets. So what I'm going to walk you through right now is the implementation of grabbing a device, claiming it and basically connecting it to Azure IoT Hub. So the first thing I did was I opened up the Azure Sphere developer. I guess I have to share my screen. All right, there we go. All right, so the first thing that I did here, I'll just move it back here for a second. You'll see that I'm opening the Azure Sphere developer command prompt window. And what I'm going to do now is log in to my Azure Sphere and I'm going to log in with my Microsoft account and this is my business account. So you either have to have a business or a school account, so a work or school account. You can see that I already have an Azure Sphere tenant. Now this tenant I had already created and it's recommended that you only have one Azure Sphere tenant per organization. So I had been using Azure Sphere previously. So I've already created my tenant but basically it would be Azure Sphere create tenant dash name and you would give it the name and it would essentially create that tenant on your Active Directory for your business. So the next thing I'm going to do and I do have my Azure Sphere connected to my machine through a USB cable. So the Azure Sphere developer command prompt will automatically pick up that device that is connected. So what I'm saying here is this was my brand new Avnet so I just recently procured the Avnet device and I'm going to go through the process here on video of how I went about claiming that device. So because I said Azure Sphere device claim it's automatically going to pick up that device that is connected to my machine and you'll see that it's claiming the device and it says here that it successfully claimed it and it moved it into my Trillium Sphere AD tenant with like a GUID ID. So anytime you see these blurbs like this is just a long string that looks like a GUID it's basically a series of numbers and characters and this one right here is a GUID. Azure Sphere device Wi-Fi. So what this is going to do is I'm adding connectivity to the device itself. So I'm adding it to my Wi-Fi here to read that along and you could see that the ad network succeeded. Now the CLI tools for the Azure Sphere provide you with a bunch of commands. So usually it's Azure Sphere device, Azure Sphere tenant. So whatever you're working with there's a bunch of different commands that you can use. You could see here that I've already added my Wi-Fi to the device itself. Now what I'm going to do is ask the device to show me what the current status of the Wi-Fi is. And we can see here that it successfully connected to my home Wi-Fi. So here we're going to go ahead and have it check what the current state of the operating system is. You could see here that it says my device is running an older version of the OS. It will automatically connect to the Wi-Fi and pull the over the air updates and update the device. In my case, I didn't have the patience for that. So I went ahead and I reset the device and pulled it down that way. So what Azure Sphere device recover does is say for instance, like if you have a really old device. So if you bought your device early on in the betas for Azure Sphere, chances are that over the air updates are not going to be an option for you. So what I'm doing here is showing you how you would go about grabbing that old device and it doesn't matter if it's already been claimed but basically connect it to your machine and perform a device recovery. So here's the Azure device recover and this is sped through. So this is not that fast but basically what it does is it erases the flash, pulls down a bunch of images for the OS and reboots the device. So you can see here that the device was recovered successfully. And then if I ran the OTA, like show OTA status again, it would show that I am running version 19.07 of the device. So now let's talk a little bit about adding Azure Sphere infrastructure onto Azure. So okay, the Azure Sphere device, it's fine and dandy but we need to connect it to Azure in order to perform like analytics or provider, you know, give our data to something so we can view it. So what good is the device if you can't do anything with the data? So what I'm doing here is I've already created just a resource group called Azure Sphere orientation. And what I'm gonna do is add an IoT Hub and I'm just gonna go through that a little quickly. So I created just a standard one because I already have a free one on my Azure subscription. So I just created a hub called Trillium Sphere Hub and it'll go ahead and create that. And then the next thing that we need to do is create an IoT Hub device provisioning service. And basically what this does is it allows you to essentially assign enrollment groups based on a certificate that's trusted to auto provision devices that hold that certificate. So we're gonna create Trillium Sphere provisioning service and you can see that they're there. Then I went and clicked into my provisioned Trillium Sphere provisioning service and I link my IoT Hub. So I'm gonna say add and then I'm gonna select the Azure, the Trillium Sphere Hub and select my IoT Hub owner policy. So basically what we did here was we created the hub, we created the provisioning service and then we linked the IoT Hub that we created to our provisioning service. So the next thing that we need to do is to basically define the certificate that we're gonna be using for attestation. So we're gonna go and use our command line again and say Azure Sphere Tenant Download CA Certificate and we can output the certificate to our hard drive. Once we have that certificate, we can move ahead and add that into our provisioning service. So you'll see that we'll go down to certificates and we'll add and we can give it any name that we want and select the certificate that we just generated from the command line tool and we'll say open and save it. So now you can see that we have the Trillium Sphere certificate added but the status is unverified and what we need to do now is verify the device so we can prove that in fact we are who we say we are. And the way to do that is through generating a verification code. So you can see the verification code here. I'll click that button and then I'll copy that value into my clipboard and then ask the tenant to download the validation certificate based on that verification code. So again, we're gonna be outputting this certificate to our hard drive. Let's speed up that. So you can see we're giving it the output and then we're giving it the verification code. So what it's telling Azure that I am who I said I am is because I can generate this code in Azure and then respond to it from my local machine. So we saved the certificate and now we have to go back and actually validate it. So what I did here was I clicked on this folder icon here. So we have the validate verification file. So I selected that verification and then we'll refresh it and then it's verified. Now what I did was I created an enrollment group and again, this is part of the Trilling Sphere provisioning service will manage enrollments in order to get devices to automatically update, automatically join the group based on that certificate. We need to have an enrollment group that uses that certificate that we just created and then we can save that. Now, in order to run the device, we'll have to prep the debug and there's also prep device field but for right now in order to do development you need to do azSphere device prep debug and it'll download the application development configuration and disable over the error updates. And the reason for that is you don't want it to be updating software when you're developing. So you can see that the device capability has been added. So now if I come back to... Hey, Carrie, just a heads up, we're right past time. Okay, I'll finish up, I'll wrap up. Thank you. All right, so with, let me go ahead and all right, so basically what I have right now is Visual Studio running Azure IoT and it's running on my Avnet device and you can see here that it's ready in Visual Studio. I deployed it just by hitting continue. If I can set break points and everything in here, so if I wanted to press a button you can see that my break points are being hit and essentially you can treat it just as any normal application that you would deploy in Visual Studio. So I guess I'll wrap that up for now. Let me stop my screen sharing. Okay. Can you hear us okay? We're running into Skype issues again. So everybody, thank you so much for taking it and we'll see if Carrie comes back here in a second. Thank you for all the questions. I know she's on Twitch so I'll have her join the chat room so she can ask those questions. What do you think of my cool HoloLens device here that I found just kind of laying around? They're all over the campus. Well, until you start pinching in the air I'm not gonna believe it's working. Just do it like this, I can do that. That's awesome. All right, yeah, I think we lost Carrie with Skype here so anyway we're gonna get Veronica up and going with ML and Chatbot so we will be doing the slide the whole thing here and we'll be right back.


Welcome. We're really excited to speak with you today about the Digital Library of the Caribbean. We are Laurie Taylor. I'm the Senior Director for Library Technology and Digital Strategies. We're also on this presentation with Brian Peek, the Associate Dean for Administration and Faculty Affairs. Perry Collins, the Copyright and OER Librarian, and Todd Digby, and I am the Chair of Library Technology Services. And in this presentation, we'll explain where Delac began, how it's matured, recent changes, and what Delac will be with new community and capacity building work over the next four years. So in talking about Delac, we're talking about it at age 18 and the future to come. So first, what is Delac? From its founding, the Digital Library of the Caribbean or Delac has developed to provide access to collections as well as collaborative network to support partners, scholars, educators, and broader publics. Delac was established in Association of Caribbean University Research and Institutional Libraries Conference and then a planning meeting in San Juan, Puerto Rico in 2004. Judith Rogers, Director of the Libraries at the University of the Virgin Islands, convened initial discussions and led development alongside the University of Florida, Florida International University, and six other founding partners. Delac is a collection of collections with over four million pages of newspapers, maps, photographs, correspondence, scholarship, and teaching resources all freely available from delac.com. Delac is a community-driven effort with content shared by nearly 80 partners. Delac's collections depend on many individual and institutional efforts to process, digitize, and describe materials. Delac shares the partner collections through post-custodial digitization. As a digital library, Delac can share collections without removing them from their home institutions. Delac also brings people together through online workshops, professional development institutes, and outreach events. Delac extends beyond collections to strengthen our community. 18 is the age of majority when we officially reach adulthood in the U.S. It's a huge milestone for humans and as it turns out for systems and communities like Delac. So to frame our talk today we're going to follow John Cotter's eight-step change model which flows in three phases. We're going to use this just for recent history with Delac and then on through the next few years for expectations. As a quick review, Cotter's model includes the stages and steps of warm-up with establishing a sense of urgency, creating the guiding coalition, developing a vision and strategy, communicating the change vision, and also introducing the new practice with empowering broad-based action and generating short-term wins. And the final grounding phase, consolidating gains and producing more change and creating new approaches in the culture. We're using Cotter's model with a recognition that change is constant. We are viewing a slice of time with Delac and following certain changes while recognizing that these phases and steps are overlapping and flow in return. For example, in one area we might be in the step for empowering broad-based action while also simultaneously consolidating gains and producing more change. This is a bit different, we think, than most common uses of Cotter's model. We see these stages as useful explaining the cycle and the flow of change for this particular time segment. For our warm-up, we've been in the sense of urgency for many years. Delac began as a project and transitioned to a program in 2011. Since the early project days, the goal was always to get to the next stage of maturity, maintainability, and sustainability for ongoing growth that meets partner needs and facilitates the community in growing together. While we've worked consistently towards these goals for a decade, by 2021 we faced impacts from deferred maintenance on technologies, limited staffing, and impacts from staffing vacancies and so many changes with the pandemic. Delac has always been about more than technology. It's always been based on a technological foundation with partners working together for preservation and access to materials. Then along with work on materials, the community was together for pursuing new needs. In working with partners for so many years, the vision was clear and always had two parts. Continue the core for access and preservation, always with strong shared governance. Collaborate across the community to build additional capacity for more work with access and preservation and for new work with copyright, ethical rights, technical training, OER, digital scholarship, data management, and more. In December 2020, the foundation needed urgent attention. The Delac site was down for one week because of aging technology and deferred maintenance. It could not remain in that state. At that point, the team also only had one, the technical team only had one programmer who had been with the team for over a year and he passed away. In January 2021, the two new programmers who had only been with us for a few months, all of us together recognized that we had to rebuild the entire technical apparatus and we needed to begin with a patron interface. The sense of urgency was known with the outage affecting all partners. We also recognized that this is the foundation that's deeply connected to the community. We immediately engaged more with partners for the technical needs to be able to release a new patron interface by November and to update other core aspects. For example, we communicated with the community to move forward on an update to the bylaws, elicit nominees for overdue elections for the executive board, and plan Delac's first ever all virtual partner meeting. During this time, the then Delac director position posted at FIU became vacant. In 2021, we learned of more technical problems and of communication drops across the community. This was all in addition to the lack of a partner meeting and a lack of stable communications with the pandemic. As we learned of problems, we sought to correct them. Technologically, in the fall of 2021, we released the new site and created a plan for production. Recognizing that technology is only part of the foundation, we supported the election process with new executive board members now elected, supported voting on new bylaws and released a new governance site. Part of the prior difficulty was that the patron site and governance and production were all together. Now we have three sites, which is a major win for patrons and partners in terms of ease of access to the appropriate information. The new governance site has a list of all partners. This is minor. It is a list. It is also a huge win. This is the first time we have had a list online of all the partners. The prior bundled site that served patron production and governance only listed partners who had collections that were impacted. Now all partners are listed even those in process for sharing materials. We hosted the first ever virtual partner meeting. This was a huge win with new partners meeting others for the first time. We also developed our first org chart. This was a combination of communication and a small win for the formalization of D-Log for documenting and communicating community operations. This falls within waves of overlapping change within change management. We started working on this chart while working on the grant proposal, which we were just awarded. In working on the grant proposal, we did the normal method for explaining to partners and drew this out. Rather than just rough scribbles, we took the time to enlist an amazing designer Tracy McKay Ratliff for her to create this into the design you see now. This is not your average org chart. The center is hard with partners. Partners rely on the foundation from the host institutions for operations and outreach and enlist other communities like the scholarly advisory board and executive board for ongoing activity. While the grant application was the impetus to create the org chart, we needed this because we needed to re-explain to existing partners and to better explain to new partners for how D-Log expected to work and to have the complicated model be made clear. We are now consistently using the org chart to share the model with partners. Sharing another win, the Patreon site. This new site is the first ever mobile responsive site for D-Log. It remains in the three official languages for D-Log and presents all materials from D-Log with no interruptions and from production. So please check out the new site at D-Log.com. Again, the governance site, this is empowering and a win for the first time partners have the full list of partners as well as core governance and technical resources all in one place instead of scattered throughout the old bundled site. And it is currently almost all in English, so we will be adding translations soon. Now for this season of change following Carter's model, we moved to the final group grounding phase with step seven and eight. Seven consolidating gains and producing more change and a anchoring new approaches in the culture. And you can see here some of the dates that listed as we move forward. And again, we recognize that these are not static ends but are steps in an ongoing dance. Step seven and eight also overlap with empowering broad-based change for sustained evolution. And indeed, this final stage is also the beginning. Again, working once more for a stronger foundation. So this time as we undertake the next cycle of change that you know co-located and concentric with the with the other stages of change, establishing the sense of urgency means an urgency to share joy. Here you can see a selection from the Archipelagos Journal special issue on D-Log. Archipelagos is the top journal of Caribbean digital studies. The special issue shares love and joy with D-Log with articles by scholars who have used and supported D-Log over many years. The special issue came out right around the time of the news of the new grant award. So thus our urgency was in sharing the joy from the past for an even brighter future. So in sharing news of our newest joy today, thanks to the Andrew W. Mellon Foundation's generous gift, D-Log is now embarking on the revitalizing D-Log project. The project will cover four interrelated activities, refining a sustainable a menu of sustainable technical assistance services, working with four Caribbean-based partners, faculty and staff members each year during intensive engagements. The project team will learn and consult about needs relevant to their collections and each intensive planning engagement will serve as a deep dive into a collaborative exchange resulting in the development of a five-year plan that aligns available network assets with partner needs. And so we're doing these as a really grounded theory approach in order to develop a foundation with 16 partners across the four years of the grant, but also to then share those out with the full D-Log community. We're establishing a rights advisory network which will be made up of an international rotating group of experts to balance day-to-day as practical as well as more significant demands on D-Log partners and users through direct responses to questions. Sustained conversations for instance may deal with complex topics such as colonialism and intellectual property, privacy and community driven approaches to open licensing. Right now D-Log has such a strong foundation for technical training for doing digitization and metadata and a strong foundation for digital preservation, but we found over the years that there's a really critical need for thinking about rights you know rather than okay digitization stops it this year or digitization is enough, no let's talk about ethical rights different uses to other considerations. We're also enriching the educational resources for higher ed. This component will develop a pipeline to compensate instructors for documenting and sharing teaching resources including assignments and lesson plans, contextualized primary source sets and data sets and course modules, as well as full courses with material shared through D-Log and other appropriate systems. So this helps us to answer and what do you do with it? How does the digitization of these primary materials really take flight and continue on with new lives and new ways of impact? We're also documenting and guiding for future engagement. We're going to publish a series of eight to ten short handbooks two to three per year and multiple languages that will share knowledge about professional development topics of known interest, exhibits supporting student interns, preservation of disaster response, collection development, digital journal publishing, with additional topics determined from consultations with partners. So in some ways we've described this as the and and and you know when partners call and say hey we're interested in digitizing or if we have a new collection these are all the other things that they ask about you know oh and we'd really love to do a digital exhibit and we have this journal and so how do we formalize those supports rather than simply being reactive or responsive you know to the partners that know to call and have the opportunity to ask questions. So with the new project underway we're now at the hiring stage. We're excited for the new phases and for waves of change. With Carter's phases essentially you know stage one vision and coalition building, two empowering broad-based action and achieving lens, and three consolidating future orientation to success. Of these the second and third PD life processes will result in centric waves of broad-based action and change while supporting a stronger growing community. We'll do this through the rights network, OER, the partner resources for many unknown and to be defined needs, and we do resources for the future. Until two years ago we were working to rebuild a foundation. For this next phase our hearts are filled with joy and gratitude and it's very abundant because this urgency is for growing from a positive place for more joy. So with that we're very excited to have shared a bit about D-LOC where it's been where we're going with you. We look forward to engaging with all D-LOC partners and new partners in the coming years. Please contact us if you're interested in becoming a content contributing partner, or if you're interested in collaborating with D-LOC in other ways. Thank you.


Hello friends, myself Sanjay Murt, assistant professor of mechanical engineering department of Walsh and institute of technology, today I am going to explain the orthopedic projection of a simple object. In the last video I am explaining regarding the basic things. The learning outcome for this pro object is to be student will able to draw the orthopedic projection of a simple object, this is a simple topic for this one, simple object is placed in front of you and this is the arrow in the direction of arrow x you have to draw the front view, how to draw the front view, you have to check that which plane in that direction of x which plane are parallel to you and before that first you have to check the maximum dimensions, so with respect maximum dimensions we make some rough idea for that, so what is the maximum you have to start with this one, the maximum length is 100 mm and the maximum height is 75 mm, 100 by 70, you have to start with this plane this 100 and the vertical height is 70, but this is inclined portion up to here it is from the top end it is 16 1, 16 minus sorry 15 1, 15 minus 70 that is a 60 mm, so you have to vertically travel 60 mm. Then what is the vertical height of this one, it is given here it is a 22 mm, so travel 22 mm and this end is to be again it is a it is a 22, but this slab width is 15 mm, so to travel 15 mm, so this shaded portion which is parallel to you you have to draw as it is, then this inclined portion is to be there, which portion is inclined this I am showing this red color retrain is there, but it is perpendicular to what is the vertical height total height is it is given as 75, so travel this much length and extend that is the square block is to be there, so these two for surface are there, there is one more supporting rib is to be there and the rib starts from here here it is given as 40 mm, so it is a 40 mm and ends where how much it is total length is 70, from this end it is a 30 mm, so to travel 30 mm in this direction and where it starts it starts here, so join it this portion is to be there, so this what you call this portion I am showing here, so this is the front view, so when you to draw this front view when you to draw the front view one more what you call age or surface which is hidden one it will not seen in the front view which one this surface, this surface and this surface there is a guide way for this one, so this plane is to be here up to here, but when I to see from the front view it is hidden invisible one, so you have to think over that how to draw this hidden portion the hidden line the hidden age the hidden surface, so the hidden surface you have to shown the hidden surface is shown as a line as a dotted line, so there are two surfaces this age is there this age there, but this is exactly behind of that, so you have to draw one dotted line where it starts from top starting to end surface one and what is the vertical height it is given as 12 mm, so from the 12 mm you have to draw the dotted line from start to end one, this is all about the front view what is the remaining this age is this age and the dotted, now you are a observer is here you have to rotate it through and see that object from the top, when you to see from the object from the top view length is already given that is 100 mm this one and what about the width width is given as 64 mm, you make a square block of this one draw the draw the respective generators fine generators okay and 60 here you have to draw first draw a center because center line is very important when you to draw the next view or in the orthopedic projection center line is from the center in whatever the dimensions whatever the generators whatever the measurements you have to calculate that is related to the center line, so what is the width 64 mm you have to travel 32 mm and 30 above and below, so draw in it, so to make block for this one, then what you see from the top view this surface this red one again in the front view it is inclined you have to same as a compressed rectangle or inclined rectangle is to be there again same portion on the other side right side is to be there what is the width and this portion, so there are when I to see from the top view there are three rectangles the first rectangle second rectangle and third rectangle, so what are the dimensions it is given as from the center line it is it is given as 16 mm, so from the both end it is 16 and 16 and what is the width width is already given here, so you draw the three rectangles, so this portion is to be now what about this rib this rib when you to see from the top view again it is not a perpendicular one this portion is to be there 12 mm rib supporting rib is to be there where it starts it start here and ends up to here here it is ends what is the width 16 mm 12 mm, so travel 6 mm and 6 mm both are side 6 mm and 6 mm and join it, so this is a top view but one more portion one more view we have to draw it some portion is missing is here which portion is missing here again it is a guide way this guide way is to be there when you to see from the top view this edge is there where it this edge this is the first edge it start to end the second edge start to end the third edge it is bottom one again it is start to end, so there are four, so when you to think for that how to draw this hidden portion, so this hidden portion when you to draw in the top view when you to show that hidden portion is to be there that is a dotted one then check the dimensions for that what is the dimensions the top one is 64 mm and this one is a 30 mm, so from when it is a 30 mm travel 15 mm and 15 mm both sides this is 20 mm draw the dotted line from start to end one because this hidden portions hidden edge hidden plane hidden line that is to be shown by a dotted line as per our conventions the line convention showing in the first video the dark line dotted line center line one more two edges are there that is at the bottom what is the width it is to be given when you to go for this is 60 degree when you to calculate this one it is a 18 mm 9 mm you have to travel a port 9 mm travel in the downward one again it is start to end one this is a hidden edge it is at the bottom surface okay now whatever the planes are parallel you have to draw as it is the planes which are inclined that lanes are shortened one and some hidden portions are there that hidden portions you have to draw with a dotted one this is all about the front view and the top view so later one you have to go for the side view in the first we have explaining about side view draw the respective generates of the front view draw the respective generators of the top view with metal rotating 45 degree the intersection lines you have to project it and think over that which is a draw as a dark line and which is a dotted line so this is all about the ortho projection of the front view and the top view thank you


Yeah, the goal here is to describe a theoretical framework that predicts how one might be able to bridge the explanatory gap and get beyond this and do this experimentally so, so you can prove to everyone what you've done. Some of the things that's causing lack of consensus in this field, as people pointing out qualitative questions like what is it like to be a bat, David Chalmers refers to the hard problem and what did Mary learn? If you're familiar with the Frank Jackson's Mary story, this is basically a brilliant scientist that's raised in a black and white environment and she has scientific observation hardware and she learns everything about red and she can predict when people are experiencing red, she can engineer redness and swap it with greenness, she can turn it on her own head and discover that she hasn't, herself has never experienced a redness experience. And then for the first time, she walks out of the environment into a room and sees a red rose for the first time, she says, whoa, now I know what red is really like and so one theory predicts she did learn something new and the other theory predicts, no, there isn't anything, she already knew everything about redness, but the problem with that is it's just a philosophy because there's no way to test it, there's no way to prove to everyone which one is right. So the goal here is to show a way to prove which one's right and if it is, which way is it? So the talk is about detecting qualia. Qualia is the plural term for the singular quali, so if you have a red quali that's just the singular of qualia and of course the word red does not have that quality there and the red square there does, so you need a functional mapping mechanism to get from the red to the redness experience itself. The word red does not have it itself and we call that zombie information because it's some representation that can be interpreted as if it was this, but it's not that itself and so you have to, the input to the translation function has to be in zombie knowledge and the output is the redness, the experience of redness and that qualitative there and so there's a difference between, and so this here has the redness quality but the word red does not, this, the word red is just a representation and so that's detectable qualia is that redness and how do you detect that and the word red is a representation of qualia where if you have a mapping function you can get one from one to the other and when you think about when you're aware of that redness there you're aware of it and there's something going on in your brain that is aware of us and that's the initial cause of you reporting that is red, I am aware of redness and so that is by definition a detection process your consciousness is detecting that redness quality and the prediction is that you can discover that process and reproduce it and whether you think this redness quality is some kind of quantum effect whether it's panpsychism whether it's some more accurate description whatever you think it is you still have to have that mapping and the important part to discovering and detecting what that is and proving to everyone that it's which one of those theories is the right one is getting that mapping right and so you have to remember there are multiple parts of the perception of that there's the initial cause of red if you're looking at a strawberry it's reflecting 650 nanometer light that is the property that the strawberry has that is detectable when light reflects off of it then there's the light itself that represents that but it's very different it has a different set of fundamental properties that it has so you have to interpret it back to get to the surface of the strawberry the properties of the right strawberry and that's what our retina does it interprets that and then it goes through a whole bunch of neural processing and the end result of that neural processing is our knowledge of the strawberry so you have the final result of the perception process of the knowledge and the testable prediction is that that redness quality experience is a property of that knowledge it's a quality of that knowledge and so we need to look into our brain and detect that and and so there's the causal red the zombie red or all the intermediate representations that don't have redness but you can interpret them as if they did then the final result is your knowledge which has the redness quality and this is what we want to detect is that final knowledge and how do you tell if this is redness or is that greenness and what's the difference and so what we want to do is find the necessary and sufficient set of detectable properties whatever those are whether functional material whatever and be able to detect if someone has those qualities in their mind or if they have a greenness quality in their mind and for someone to experience redness so if you know that you can map the two together and you can reliably see when you see this set of properties you know that person is experiencing red when you see a different set of properties you know reliably he's predicting he's experiencing green and so Daniel Dennett and a lot of the other people like to point out the fact oh you're predicting there's redness in all that gray matter and obviously there's no redness in there so how does that disconnect and why is that a valid argument but the point is is again it's a quala interpretation it's the interpretation if you get the interpretation wrong then it's going to look like gray matter but is that a false interpretation when you're looking at a rainbow does the really the colors of the rainbow exist in there but you're just misinterpreting it to be gray matter and to better understand this we wanted to describe a simplistic theory and the purpose of this simplistic theory is a simplistic world which if scientists were in this simple world how would they bridge this gap and discover what redness really was and qualitative information was and so in the simplistic world just think of it as it's not real but it's just the simplistic world to understand the qualitative gap and how you get around it and the prediction is that the real theory that will predict the real world and what real qualities are is just a variation on that simple theory that gets across the gap and so in this world there are neural transmitters there's only three color properties and there's three different neural transmitters in this world there's glutamate and that represents the redness quality so when you're aware of this you're looking at that red there your brain is firing and dumping glutamate in its neural transmitters and that is what has that redness property that's the the necessary and sufficient properties of that redness is the glutamate and glycine is a different neural transmitter and in this world it's the glycine that has the greenness experience that's responsible for your greenness and aspartate has the white experience but in case you're noticing a problem here when you take that glutamate when you experience the red it's dumping glutamate and you take all that glutamate out of your mind put in a pile there it's reflecting white light and so your knowledge is representing that pile of whiteness with aspartate down here and can you see there's a mistranslation there so you're missing so in other words you're thinking it's a white when it's really redness and the middle one's glycine it just happens to reflect green light and so you make that connection there but it's just a coincidence in the bottom one aspartate it's a chemically active substance that can combine easily with other things in particular form you get aspartam which is sold in the form of neutrosuite and there's another mismatch there because when you taste neutrosuite you represent that with a sweetness quality that is the same at least similar to the sweetness quality that represent our knowledge of sugar with so again all those are just mistranslations and the one that happens to be right just happened to be a coincidence and so and neuroscientists today are starting to get to the fundamental part of being able to detect conscious knowledge and so can i get this video to play is that possible yeah you can see so so basically what they do is they have they put people subjects in fmri and this fmri detects what's going on in the brain it detects their knowledge and so it produces zombie information of what they're detecting and and and so the problem is is so you have this black and white zombie information and you have to produce a color image of of so this is the movie the subject scene and this is what the fmrs detect fmri is detecting in the brain so you have zombie information describing what's in the brain and you have to map that to the colors that are on this and so i contacted uh jack galant who was doing this research and well how do you do that in the first words out of his mouth oh we just false colored it they took the actual color image map from this video and mapped and used that for their translation mechanism to get from the zombie information to the color so those colors there are artificially covered from the source and so to fully understand that problem let's take a similar experiment and move into the three color world so this fmri here is a little more advanced in this world here the fmri does more than just detect the amount of blood or amount of oxygen that's being metabolized this can actually detect the glutamate and the glycine and since it is glutamate that has redness you can see the redness in the brain is made of glutamate and you can see the leaves are made of glycine and the fmri is detecting that strawberry is made of glutamate knowledge and the leaves are made of glycine knowledge and so you come down here to the and so they come up with their translation mechanism and where they get the translation information is from the source of the and so you map glutamate to red glycine to green and that produces what the the movies that we're seeing of the knowledge and if these translation mechanisms here in the brains are the same then it's a coincidence and you have communicated that yes those two people have the same thing but the theory predicts that you can invert someone's translation mechanism which produces this and this can either the prediction is that you can engineer this inside the brain or you can do that as easily as some just putting on red green inverting glasses so someone's just like we're looking at the same strawberry here but one the strawberry's red represented with redness and the other one the same strawberry is represented with greenness so if you didn't know whether that person has inverting glasses or not if you were just had a machine to look into that how would you know if they had to inverted quality or not and so the problem is is when it's inverted if you have this where you get the information from the red you get a mistranslation the glycine is mapping to red and the glutamate is mapping to green and it produces the same six of and so you fail to detect the qualitative difference and that is the essence of the um should i take questions after uh-huh uh-huh yeah yeah and then they have different mapping mechanisms functioning in the brain because one produces knowledge that has inverted from the normal person their knowledge of the strawberries more green and the knowledge of leaves are made out of redness and so yeah that's the difference and in that case you use glom's method and you get this mistranslation from one to the other and so it makes you blind to the qualitative nature that makes you think that that's just gray matter in the brain and you miss the qualitative properties that are in the brain so how do you get this translation right the way you get it right is instead of taking it from there you have to take the from the two sources of the mapping translation and you have to have a double interpretation so so here you have to have the first translation has to match the translation in the first that you're observing and you also have to have some information about the observer's translation so you can get that correctly too and then if you throw that double inversion there and then you invert the quality what you've done is you've inverted this and if this gets inverted then you have to inverse this too and if you invert these two to match each other then the communication takes place and you have effectively f'd the ineffable detected that that person has inverted quality from yourself in a scientific demonstrable provable way so um that's the important thing is getting it from there and the trick to bridging the qualitative gap is just getting that translation right so um time is three minutes so so basically f-ing the ineffable there's different forms of f-ing the ineffable there's the weak form which is what we just described where you get the mapping translations right and you reproduce the same whatever is responsible for redness in both brains whether it's inverted or not then a stronger one is required if there's a new quality that you've never experienced before some people think about the song i've never seen blue like that before or some people are tetrachromats rather than just trichromats like most of us and they have a fourth primary color that they represent the visual knowledge with what is that color like and then so you have to augment their brain both their detection and awareness system and then put whatever's responsible for it into that detection system so that you can throw the switch and you for the first time oh that's what that new quality is like wow now i understand what it's like and so that's a stronger form because it can communicate to you f to you what new experiences or the elemental qualities that you've never experienced before and the strongest form so if you have knowledge of the strawberry in your left hemisphere and knowledge of the leaf in your right hemisphere redness and greenness somehow the corpus colossum connects those together and binds them together so you wear both of them at the same time you can say well that greenness is way different than that redness and i know that but the strongest form is that you can do that between brains if you have a direct connection that's doing whatever the corpus colossum does to connect that together and that's the strongest form of effing the ineffable and so so when you think about joseph smith multiple times talked about all spirit is matter and and and it says that in the scriptures and when i was growing up i kind of thought oh that matters just some magical undetectable spiritual stuff in some other world and you can't approach it it's not approachable via science but when i started to do the survey project and figure out what everyone's scientific consensus was when you think about qualia qualia or if can be defined as spiritual properties there's elemental qualia is an elemental redness and uh elemental redness qualia and then there's composite qualia which is all the other information bound into that and with that there's the warmth the taste of the strawberry the anticipation of what's going to taste like your knowledge of yourself perceiving that redness all that's additional information that can be bound together but the prediction is that you can reduce that into elemental qualia is that which can be effed to each other's brains and that our consciousness is a bound together painting of all of that stuff when we're of our and so our knowledge is a built together painting and and so the prediction is that all of consciousness and all spirituality is just composite qualia and can be reduced to the lowest level elemental level and that that can be effed and shared with at least in the these three different ways and and that yeah and that will be literally piercing the veil of perception and discovering the spiritual world and discovering the spirit world in our mind because the prediction is that we have a model of this world spiritual model of this world which is our knowledge of the world and at the center of that there's our body and at the center of that body inside of my head is my knowledge of myself all that other knowledge has a referent in reality i can i can see there's a real referent out there and i have knowledge that represents that but the spirit the knowledge of my spirit inside my head inside the knowledge of my head looking out my knowledge of my eyes doesn't have a referent in reality but just because it doesn't have a reference in reality. It doesn't mean it's not real. But at one level that could be a theoretical scientific description of what the spirit is, and along with that is a testable description that allows science to be able to discover what it is and what it is like. So 12 seconds left for questions.


Hi everyone, Sean with jaspyscasebreaks.com here doing 2021 hip parade baseball limited edition series 30 dual case break Total 20 boxes 10 in each case random team number one Each box contains one autograph cards featuring some of baseball's best stars include rare numbered autograph cards autograph memorabilia cards and dual autograph cards, and there's only a hundred hand numbered boxes and in each case 10 of those boxes come so we've got 20 out of the hundred total made for this series So there's some more information for you Here is our list of customers. Thanks to everybody for getting in on this Martin Doring last spot mojo back up to Paul Norden with the first spot purchased and the teams from the Washington Nationals back up to the Arizona Diamondbacks dice roll to randomize both lists and pair them up a 6 and a 5 11 times so first on the customers. Good luck everybody 11th and final time Steve Wright down to Michael Galoto 11 times on the customers 11 times on the dice And now 11 times on the teams 11th and final time Mariners down to Marlins So 11 times on the teams 11 times on the customers and 11 times on the dice And here is the results to make this a little bit larger for everybody to see Trade window is open Steve Wright Mariners Chris Walker Reds Chris Maxwell Diamondbacks Padres Ross Gimbal Indians Jason Kersh Orioles Cody Kennedy Dodgers P. J. McNeely Brewers Martin Doring Giants P. J. McNeely Yankees Ross Gimbal Cubs Chris Maxwell White Sox Jason Kersh Braves David Gonsuski Red Sox Rays Martin Doring Tigers P. J. McNeely Jays Paul Norden Met Chris Maxwell Royals Mike Tower Angels Dan Plovnik Nationals P. J. McNeely Rockies Wade Valentine Astros Chris Cataloni Phillies Jason Kersh A's Martin Doring Twins Steve Wright Cardinals P. J. McNeely Pirates Paul Norden Rangers Michael Galoto Marlins, so there is the list like I said trade window is open Here is your full lists for everybody to see Who they have and who has what teams they may potentially want Real quick ball you guys are contemplating I want to give you guys do ample time to check and see how many teams you guys have or what teams you do have specifically So let's pop over here. Here are our cases There you go, so the two cases we have they make ten cases total ten boxes in each so obviously a hundred total boxes This is case two out of ten and Case seven out of ten And you see series 30 on there for both Let's pop these open Chris has White Sox Padres Royals up for trade. Wow, Chris Some good teams up for trade. I don't doubt that somebody might jump at the chance for those Ross has the cubs and the newfound guardians of Cleveland Formally known as the Indians or still known as the Indians, but soon to be guardians up for trade And each one of these is hand numbered to 100 as well Ross's pods he'll take Chris is saying Royals for Guardians, so Royals for Indians Wades offering Astros for White Sox or Padres to you Chris See we got a lively Going Rosses me on Royals for Guardians. I Mean the more you say guardians Sound cool. I Do like that the that Cleveland the Indians did keep the look of Indians in the name Guardians pretty clever So those are the boxes Chris says sorry hate the Strauss totally understandable a lot of people do but they're really good I'm gonna give it another let's say a minute on the trade window, and then we'll close it up guys Let me start pre Stickers on here boxes are still gonna be sealed so I can't see anything, but so any anything going We got three of you actively in here in trade Wade Ross anything between you guys Well, I don't doubt that no nobody likes. I mean nobody wants change. Nobody wants change Cubs for pods or socks Chris What says you you also have to consider what kind of people are also going to Are going to participate in that that survey.  It's not like your general public. I want to have my opinion heard So we're all good. We're keeping it the way it was. Okay, cool Okay, so let's print it out try to trade couldn't train mojo for a lot of teams So Precut these first ten. I don't know. That's a roller derby team. It's a guardian. That's pretty cool So they were just saying They were saying the name. I don't know. I still feel like that that Listen, I can understand not like the name I feel like If the on if the answer is do you like the name or would you rather have the old name? Everybody's gonna say Derby Yeah, yeah, no, I got I got why they did the name. I like it. I think it's cool Is it the best name? No, do I think Cleveland spiders, which is Harkins back to the original days of baseball in Cleveland would have been cooler. Hell, yeah Cleveland spiders would have been so cool But it is what it is and here's where we're at and now we're doing these 20 boxes Starting off with box 81 out of 100. So as you can see, I did pre-cut the stickers, but they're still wrapped and everything 81 is going to give us Wade Boggs Red Sox edition from Leaf Limited 2003 And that is 24 out of 25 red socks on the board David gomsuski It might have Cody I got to go through orders and see But I came in and Joe had already made a schedule of the two breaks that were on so box 74 That's very nice. I love the look of those old sets. I have a couple of those This is pretty two out of five gold ink auto one soda from 2019 Allen and Ginter Nationals day Dan Plavnik You see the numbering on the frame itself The auto is obviously on the mini Two out of five one soda at Gold Inc. I don't know I think one so those autograph is meant to be in Gold Inc. It just looks so good box 61 Obviously second-year Soto not rookie, but still it's huge. Talk about somebody enjoying the second half after the all-star game Down there another older one Stan Musial stand the man That relic and auto that tops pristine nine out of 49 I'm pretty sure that's tops pristine 2005 tops pristine St. Louis Cardinals is Steve Rice and box 46 Three boxes so far three really nice hits. That's why I would like head parade. They do good stuff and Bowman Sterling Reese Hoskins I Think he's highly underrated Phillies Chris Cataloni, and that's out of five one out of five I thought the red might Be a red out of five, but I thought also it could be team color matching Very nice Reese Hoskins out of five there for the Phillies Chris Cataloni On-card auto beautiful autograph that is 2019 Bowman Sterling to keep this going box to Captain Jeter. What's he bring us? He's gonna bring us Corey seager immaculate collection autograph for the Dodgers 7 out of 49 That is from 2017 immaculate collection. That is a redemption. So it looks like it has never been Touched the open air obviously there's air in there Dodgers is Cody Kennedy Very nice Sack Towns own Reese Hoskins Ben says I did not know he was from Sacramento box 99 every judge He was apparently almost a trade to the Nationals for Max Scherzer or part of a deal the Nationals or to the And it's Eloy Jimenez 10 out of 99 who I think is gonna be a future MVP For the Chicago White Sox Chris Maxwell, and that's 2020 Museum collection baseball, and this is one of Chris's try to trade couldn't trade mojo teams. I think right very nice Eloy there Box 54 Reiner locker. It's the only number I can come up with Dodgers are And we've got Nolan Aaron Otto 76 out of 99 power producers Otto from Bowman best 2020 for the Colorado Rockies And he didn't nearly Love me that box 38 Who we talking about you talking about Eloy are you talking about Reese? Some Chris Happy happy Thursday, sir Welcome to the night ship 38 out of 100 and we're going polar bear Pete Alonzo optic autographs for the Mets and Paul Norton That is from 2019 Don Russ optic baseball Home run. It's what he does Ben. It's what he does You get a walk you get a walk you get a walk Box 26 out of 100 See if we can get a double play here strike out double play Three two right now if he puts the loaded bases loaded no outs to start game, which he just did Ryan Mountcastle Bowman first refractor Otto For the Orioles Jason Kersh beautiful card Current rookie don't even have to wait for him to get in the keys there Bowman first refractor Otto Orioles Talk about Dylan Bundy from the Orioles Chris because the angels have a shitty pitching Nineteen out of 100 hi Tommy. How are you buddy? Happy Thursday? Welcome to the night and final box of the first case, which has been really really good And it's Joe Adele for my angels That is Bowman best angels go into Mike Tower 2017 Bowman best Was that wins number score run So try to run for now. It's not the way we want to do the first inning box 100 frame That's because it's a booklet. It is heavier not a frame I did not notice that it was 19 Ooh, it's a gypsy queen booklet, which are really cool because it actually opens in the middle of the book It's 2020 gypsy queen We do have a gypsy queen break in the store right now guys It's for the Kansas City Royals. It's cool wit merafield Nice two-color patch and Otto Kansas City Royals Chris Maxwell try to trade couldn't trade mojo Now you got yourself a sweet sweet little uh bar door Booklet, I like the way they do these ones that is 11 out of 20 From 2020 tops gypsy queen There you go, Chris box 77 It doesn't fit in the regular one touch Well, you got it. You have to get the double wide One touches they have them available. No, thank you Chris for getting in we're going back to back booklets What if this entire case is uh, I mean it should fit in the same same booklet one touch It's a cut signature of warren spawn From a check Cannot be cash I'm guessing that account number is no longer active for warren spawn Uh for the milwaukie brewers and pj mcneely That is out of national treasures and it's 17 out of 25 cut Otto from 2018 national treasures baseball 69 This one feels heavy too. Is it another booklet? Nope, this one's because it's a frame It is a gold frame From gold label randy a reys arena rookie Otto for the tampa bay rays and david gonsuski Uh, that is 2020 tops gold label baseball Very nice gold frame auto for you box 85 Antonio gates Did you know you used to play basketball? ESPN loves saying that Oh, they did They did 14 to nothing the rays that uh, just decided to hammer the Yankees and it's andy pettit Astros edition of andy pettit five out of five ridiculously cool patch there too Houston astros wade valentine tried to trade couldn't trade mojo That's 2020 flawless baseball. That's a really cool patch You can actually see like the layers of it chunky chunky There you go wade And box 29 It's a safe space in the uh In the trash I gotta put the lids the box inside the lid again It's not it's just not efficient And it's another good one for the Orioles heston cursedad bowman best franchise favorites autograph 63 out of 250 Jason Kershan the Orioles again. That is 2020 bowman best baseball box 92 Five more boxes guys. I did not see that Chris But anything good about Miguel Cabrera and as long as it's not against the angels. I'm happy for And it's a very nice prospect. Nick Gonzalez draft night auto. These are very very hard to get. Um, these are actually signed I believe at the draft Which not a lot of players go to so Pittsburgh pirates 18 out of 99 pj mcnealy and the pirates that is an on-card autograph And like you can see in the background it does say draft night These are signed on site at the draft Very cool. I love these 58 out of 100. Uh, I don't know Ben. He He did so good at the futures game and he looked so good that uh, that a lot of rankings actually increased his ranking too So he might uh, he might be moving up closer and closer And it's a nice Justin Verlander tops triple threads relic and auto that is 12 out of 18 For the Detroit Tigers and martin dooring and his last spot mojo spot That is 2012 tops triple threads Patch auto There you go martin congrats Lots of good names in these uh boxes so far three more to go guys three more to go box 49 up next Looks like we got a triple relic For the Yankees it's labor torres. That is rookie triple relic and auto 22 out of 75 for the Yankees and pj mcnealy That is 2018 Tops triple threads Very nice two boxes left box 37 up next Let it though Vladimir Guerrero junior rookie auto from tops high tech That is 2019 tops high tech one of the coolest sets there is acetate cool design rookie auto blue jays pj mcnealy congrats pj and our last box box 10 Last box mojo. Let's see what we've got We're finishing it with yas 26 out of 99 mike yastrebski from 2020 tops chrome black For the giants and martin dooring There you go guys very nice 20 box two case break of hit parade baseball limited edition That was 2021 hit parade baseball limited edition series 30 dual case break 20 boxes total random team number one from jaspy's case breaks.com. Thanks to everybody for getting in. I'm sean jaspy's case breaks.com Thanks for hanging out. We'll see you next time


What's up everyone? It's your girl Kenzie here from Layton Sports Cards and I'm ripping up a few boxes here of personals for Jose S We've got three twenty twenty two Panini select baseball one box of twenty twenty one tops five star baseball and one box of twenty twenty one Panini playbook football. All right best of luck. Thanks again, Jose for hopping in. Let's see We getcha and start off with some select here Yes, and no Isaac.  Been able to get through the queue. I feel like pretty pretty quickly They've got pirates O'Neill cruise rookie jumbo patch And moon shots Jared Walsh Tri-color Jared Walsh and Aronato on the phenomenons Got light blue to 149 hundred Renfro Your rookie got rookie silver Brandon Marsh on the concourse We've got neon green and 99 Patrick wisdom of two ninety nine your men Mercedes on the patch auto white socks Aronato numbers. I was gonna say go grab lunch or something Isaac, but I think you're in a different time zone, aren't you? So I'm not sure what time it is there Got rookie jumbo patch Glen Otto for the Rangers Nice. Oh wait. No Wait, no, yeah, I think you use we've got a silver moon shots Gavin sheets, right? Are my thinking that's yeah We've got silver Ryan Mountcastle Rebin most likely not Because either it's a base heavy product or we only have limited amounts left. That's why there's only a Ship sealed option on some stuff In glaceous silver Angels and sparks bobechette What products are you looking at got red to 199 David flutcher color match there? Sorry about that Silver Jose abray you on the premiere level select baseball Yeah, that might be one of the one of the ones we're running a little bit low on try color of Alex We're do go and in fuego brandon Crawford cuz I'm rippling right now. Yeah, we do rip those We've gone through a lot of Sure our quantities are a little bit limited Oh, yeah, at the price point Got silver Paul Goldschmidt anybody else watching the Wimbledon Something besides baseball. It's on got rookie patch of one you pass Cardinals and in fuego Mike Trout Nice Try color max free Trevor story on the phenomenons Don was hobby baseball and said nice. Okay New bar rookie light blue one 149 Ken grippy junior. It's kind of a cool off-color match there Mariners Subtee hop subtee hop Got cracked ice of George Springer for the blue jade's the 25 love cracked ice I Scooped up. I thought it was a pretty good steal a Devonte Smith silver variation rookie last night pretty well centered I think for $11 on eBay. I was like I'll take that out of 99 tricolor patch auto Louise Gonzalez Giants I tried to pick up a got Aaron judge Davis mill silver, but I got out bit at the last minute I almost got it for 50 bucks the winner got it for 51 I was just watching a little bit closer to 299 Cleveland RPA of Eli Morgan's Literally heartbreak. Yeah, nice Eli Morgan a couple. I've been trying for a couple of nausea lower ends ones nice there I did buy a silver nausea. That's very well-centered and Javante Williams orange disco for 25 lugs from One of people on Facebook they deal with quite a bit Seth beer on the red to 199 Bebacks When I was trying to like the green bulls are like some of the shorter print retail Getting out mid tricolor contour Falefa Freeman Like the red white and blue rookie and stuff like that So like 10 or 15 bucks Got to 250 Jose siri on the silver jumbo patch. Thanks for subscribing Sean Real Ludo silver stars Castro. We've got silver diamond level of jazz Chisholm, Jr. And Silver rookie Connor Siebold on the concourse All right, I'll do it for number two Got hobby number three here for you Jose Like blue to 149 Tommy Edmond silver Chris Taylor Get everyone about an hour hour and a half Q currently right now will be ripped until 3 p.m. Sharp As four starts tonight at four brain and March rookie jumbo patch Got Ivan Rodriguez. There's only one spot left in the Sunday Sunday football last time I checked So that's probably sold out by now, but he's got plenty of other Breaks going up tonight. Evaldi on the triple color Tri-color and Vladdie Senior there And he does start at four. We've got light blue rookie Thomas subuki and he will be doing a personals tonight as we are not open or doing any breaks tomorrow due to the 4th of July So he will be doing what I don't get to tonight We've got cracked ice patch Otto Christian Javier Astros Three-color patch Otto there Stroze Brandon loud numbers Yeah, no breaks tomorrow everybody. Hope everyone has a good holiday Out of 99 spark silver auto great beach men Then we've got out of 199 nice sparks Otto Josh loud for the race Back-to-back autos there. We go Jose and Fuego Javi bias Seen that a few times Got red to 199 Joe Adele Little color match there for the angels Tri-color Chris Bassett and moonshots Jose a brave Ricky jumbo patch John Keasley for the Royals and Enfuego silver Wanda Wander Franco Very nice on there Jose right silver Wander And wait oh silver Robbie Ray on the premier level And Um base ship with this product, I believe Castro Fletcher silver of Siobhan But for like stuff like Don Russ baseball and contenders Stuff like that. Yeah, that all gets donated All right, we're gonna stick with baseball and go on to your five star box. Good luck Jose I haven't seen this in a little bit First we've got a rookie auto for the rays Luis Petino And then they're on card too, which is very nice Luis Petino for the race And your second hit here for you host a blue to 25 How about a Wilson contraris for the cubbies? It's nice blue color match there Chicago Wilson it contraris 22 of 25 Congrats on that one All right, and last but not least some playbook football See a big Booklet here. All right up first. We've got mammoth materials to 99 rookie to two out. Well Rams 22 They've got double moves to the chiefs to 149 Tyree kill We've got Saints quarterback out of 49 James Winston That's you go Saints there see how he comes back this year And so 49 we've got booklet Texans and Niko Collins nice red white and blue patch there Very nice All righty, Jose that will do it for your boxes. Congrats again on all your hits Thanks for hopping in and we'll get these right out to you


I know Cynthia. Let's start a club. It's called the club for all people whose name isn't Tommy and Joker What? How much further to the grand came a lot farther You heard me Cynthia. You're cranky and you need a nap. So take a nap Like my new cool. Jellica. She don't even know it's today. Well, we could just you know, let her go This is a good idea Jellica. What if you lose her? She'll be fine. She's water spun at the grand