 So I'm Pushkar Patil. I'm from Citrix. So Citrix, so this is the agenda, which I'm going to go through, if possible, in five minutes. Basically, I'm going to start talking about what is Citrix, what does this partnership with Red Hat means, how our customer using us, and what are our recommendation, right? So at Citrix, you wake up every day to have flawless experience of application delivery for our customers, wherever they are, wherever it is running, right? So basically, when it comes to delivering an application, there are really two very important pillars. One is the security aspect, and one is the performance and scale, right? So at Citrix, we have, you know, many pops where a whole security stack, things like SSO, multi-factor authentication, authorization, identity management is provided as a service to our customers. So it's a very plug and play, very easy to use kind of a product. And then once you have that connecting the clients or these pops back to their on-prem data center or a public cloud data center, there are a bunch of devices, which could be in different form factors, you know, whether it is a microservices or it is an edge device or whatever. It is accomplished to something, what we call it as ADC. ADC stands for application delivery controller. Just last week, we also announced this application delivery controller as a service. So literally you can go to Citrix Cloud and get your application delivery platform up and running with our device. By the way, I think Citrix application delivery, Citrix has multiple businesses. The application delivery piece, if you go back a while back, it was a company called Netscaler, which was bought by Citrix and that is the product I'm going to focus on. Along with, you know, just the application delivery piece, you know, as you have all these pieces and services everywhere, you need to have a common management plane or a control plane and that is done through something called as application delivery management service, which is right at the bottom of this slide. And, you know, I'm going to focus on the open shift integration, which kind of falls into this red box area, which I'm showing over here. And, you know, it is possible for us to work in all these different environments like public cloud, containerized environment because we have all these products, the application delivery controllers in different form factors. And what is unique about us is, you know, whether it is a hardware appliance, a big fat hardware appliance or a virtual form factor or a container form factor, it is built out of a single software code base, which helps for having consistent APIs, operational consistency, and they get innovations, right? For example, if there is some use case in public cloud, we can get it very easily to our on-prem customers as well. And as I said, you know, last week, we announced as a service where we call it an intent-based networking solution for our customer where your intent is driven into action or a policy and it is designed to be always learning, always adaptive, self-healing, etc. So please do try it out on CitrixCloud.com, our intent-based solution. So now coming to the topic on hand, what are we doing with Red Hat, right? So we are in the journey of digital transformation with Red Hat. And as a first step for that, we are a certified partner with Red Hat, and that's why I probably am here as well. So basically anything which goes into the OpenShift cluster has gone through the certification, the containers and a bunch of other ancillary tools which are developed to make sure the application delivery is seamless, is all certified at OpenShift. We also participate in the operator certification cycle. So we follow the operator framework. Along with that, as the customers are moving to these different environment, automation is very important and Ansible becomes a very important piece of that. So we are even a certified Ansible partner with Red Hat, right? So how do we help OpenShift customers, right? So we help customers get into production faster because more often than not, you know, they already have Citrix ADCs in their data centers. And the guys who have the Citrix ADCs are actually the stakeholders responsible for the operation. So if you have already something trusted, you know, getting something new application, new devices into the environment through it makes it having such device makes it really easy, right? Also, we are built with, you know, all the security features when it comes to authentication, authorization, web application, firewall, etc. on a single device or a single instance. So that way, you know, you can secure your OpenShift clusters and also our value add here and kind of a demo, which I'm going to do is about our multi cluster solution. In fact, I'm going to show you that how you can have OpenShift cluster and say different clouds, Amazon and Azure. And I'm going to show you how easy is it to just deploy these applications there and use our services to kind of have a resilient and secure application in these cloud environments. The foundation which makes it happen are all these tools which are in an OpenShift cluster. What I'm showing over here is these these these hexagons are basically pods which runs in a cluster. We have a ingress controller, which is the heart of the solution. Along with that, there are a few other tools which you know, based on the customer, you know, request, we have built these tools. Also, we have extensive integration with the observability tools which are out there like Prometheus, Grafana, Elasticsearch, and also we participate in all the CI CD pipeline. I'm not given that I have very limited time. We support all different architectures, whether it is service mesh, whether you are trying to use ADCs outside the cluster or you have teams who are requesting these application delivery platform. We have all the different flexibility with our architecture, which our customers can use. And you know, when it comes to the best practices, I think it is it has been established. In fact, our customers are using, you know, GitOps as a way of deploying continuously deploying and iterating their application in the cloud. And in my demo, I will show you exactly that. One of the differentiator or one of the value add from our side is the multi cluster technology, which we have developed, which is based on a technology called as global server load balancing. We have created operators and help charts for that. So that becomes very easy to integrate and I'm going to show you in my demo, these use cases. What are the use cases for this? And this is possible because we have created two custom resource definition, which can be used in your OpenShift cluster. We call it global traffic policy in a global service entry. So as and when the services come up, you need to be able to discover those. That's where global service engine comes into picture. And then also, you know, what kind of multi cluster traffic management? What do you want to have? What do you want to have active active? What do you want to have, you know, a failover? What do you want to have canary? Or you want to have some localized, you know, the best response based algorithms, all those things are kind of built into the CRDs for global traffic controller. So use cases are pretty straightforward, right? You can have your data centers or clusters across your different zones in your data center and you can use this, or you could use it, you know, in a hybrid environment where you have, say, OpenShift cluster on Prem and another OpenShift cluster in, say, Azure. Or you can have it across multiple in multiple public cloud environment. And we support all these different deployment type. And so now I'm going to use the remaining minute or two to show a demo. So basically, I have a OpenShift cluster which is already deployed in AWS. I've used operator to install our stack. And I'm exposing this application called demoocpcloudpsd.com. And this is what you're seeing. So as you can see, I can access it. Also, I have this continuous loop which is going on where I'm requesting the access to that. So what I'm going to do now next is I'm going to keep this mic down first. And I'm going to deploy my application. So this is my demo application, which I'm going to deploy in Azure environment. And I already have installed a GTP in a GSE. And what you will see here is this continuous loop. When I deploy this, you will see that the traffic is load balanced between these two cloud environment. So I'm using ArgoCD in the back. So basically, I'm going to just make sure I add it, commit it, and push it. Okay, so as that application is getting pushed, let's look at the ArgoCD over here. So as you can see, I want to make sure it is synchronized. Okay, how about now? Okay, I'm done. I'm almost done. All I want to show was, you know, the application is going to be deployed. Let's wait for Azure to show up. And that would conclude my demo. The application which was deployed in Azure, as you can see, it was just AWS before. Now you have the same application deployed in two different locations, two different clouds, and our technology enabling that configuration. Okay, thank you very much.