 So now we come to the last part of the demo. You've seen the inner loop and the outer loop working in an integrated fashion. You've seen the developer focus. You've seen use of the IDE. You've seen Tecton. You've seen Argo CD. You've seen the whole end-to-end process. But this entire demo was running on three instances of OpenShift, each on a different cloud vendor. And what we've actually got as a component of OpenShift is something called the Advanced Cluster Manager, which allows you to operate and manage these clusters from a single pane of glass. And what I'm going to actually show you as part of the demo now is the use of the ACM. So if I quickly switch, so this is a startup page on the ACM itself. ACM is actually running on Google Cloud, but it's managing the clusters running on AWS and Azure. One of the nice features of OpenShift is we've got opinionated installers that work in an automated fashion to actually install instances of OpenShift to appropriate end platforms. It's called the IPI, the Installer Provisioned Infrastructure Mode. And we've actually used it here to install an instance on AWS, an instance on Azure, and an instance on Google. If I switch to the overview, you'll see that we've actually got three clusters, as I said, and they're identified correctly as being Amazon, Google, and Microsoft. From this single control point here, I can see the status of every one of the clusters running. It also tells me which type of Kubernetes I'm running, regions they're in, and how many nodes are actually running in my total state. If I switch very quickly to the clusters page, you'll see a more detailed description of the actual clusters. And one of the nice features of OpenShift and ACM is the ability to add additional labels onto objects within the Kubernetes system. In this case, what we've done is I've added demo.cluster type to the Azure and the Amazon Web Services instance to actually distinguish them as production or CI CD. And we can use that label to uniquely push applications from ACM itself into those clusters. One of the nicer features of this is the ability to see the state of your clusters at all times. You can see from here I'm running five nodes on the Google cluster for ACM. I'm running 11 nodes on the CI CD, which is where all the work was done to build, to develop, to automate. And I'm running six on the Azure version, which is our production cluster. One of the other nice features of this is that you have the ability to look at the applications running on any of the clusters and control them. And for example, if I go and look at full store, you can see we've got a number of different versions of the applications running on production, on the mobile, on the CI CD. I can click and actually drill down into those applications. So for example, I can go and look at the inventory application running on the CoolStar prod and actually look at the entire topology, which gives me the indication of all the objects that have actually been installed onto that application. And this is all done from a single point. Again, this comes as part of the OpenShift Plus package. It allows you to maintain your clusters, manage your clusters, monitor your clusters, apply governance, apply applications, and all those features you need for an enterprise strength cluster system. With that in mind, I'm now going to hand over to Serena, who's going to give you an insight to some of the future things that are coming as part of the OpenShift and Ansible platforms.