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Description of  Ibm Websphere Hybrid Edition - Solution Architect

Published 12/2023 MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz Language: English | Size: 3.26 GB | Duration: 6h 51m Modernize / Transform your WebSphere Application servers to Hybrid Edition What you'll learn IBM WebSphere Containers IBM Liberty Redhat Open shift Modernizing application Transformation Adbisor mono2micro kubernetes Requirements WebSphere Application Server Liberty Server Description What is IBM WebSphere Hybrid,IBM WebSphere Hybrid Edition is a licensing model offered by IBM for their WebSphere Application Server software. This licensing model is designed to provide flexibility for organizations that want to deploy applications across various deployment environments, including traditional on-premises data centers, private clouds, and public clouds like IBM Cloud, AWS, Azure, and others.Runtime ModernizationUpgrade your existing application runtimes to a single modern cloud-native runtime with minimal impact to the applications.Operational and Architectural ModernizationUtilize AI and automation tools to modernize your existing applications to leverage the operational and architectural benefits of cloud-native containers.Cloud-Native DevelopmentBuild new cloud-native applications with WebSphere Liberty as a highly efficient runtime for container and Kubernetes-based deployments.This is a project based training. Project 1: Design & Architect A Cloud Native SolutionSub-Projects1.Understand the main elements of a cloud native solution2. Design a Microservices architecture3.Explain Containers and Container Orchestration4.Understand the Cloud Native Reference Architecture5.Exercise- Container Engine Labs Docker vs CRIO6.Exercise- Container Orchestration -KubernetesProject 2: WebSphere Hybrid Edition OverviewSub-Projects1.Understand the WebSphere Hybrid Edition value proposition.2.Describe the components of WebSphere Hybrid Edition3.Understand the WebSphere Hybrid Edition Licensing Model4.Articulate the targeted use cases.5.Exercise- Openshift Platform labs6.Exercise- Installation of Platform on OCP platformProject 3: Modernization JourneySub-Projects1.Understand the Modernization Journey2.Understand the modernization approaches.3.Understand the WebSphere Deployment Architectures4.Demonstrate a general understanding of WebSphere Traditional installation, administration, and configuration.5.Demonstrate a general understanding of WebSphere Liberty installation, administration, and configuration.6.Demonstrate a general understanding of Open Liberty installation, administration, and configuration.7.Exercise- Administration and Monitoring of Platform on OCP platform8.Exercise- Upgrade/Uninstall PlatformProject 4: Application Modernization ToolsSub-Projects1.Assess and modernize applications with Transformation Advisor2.Use Mono2Micro to refactor monolithic applications into microservices.3.Use the Cloud Foundry Migration Runtime to run Cloud foundry applications on OpenShift.4.Use the WebSphere Migration Toolkit to assess and migrate applications between WebSphere versions.5.Exercise- Build, Deploy, Manage Cri-o containers.6.Exercise- Devops pipeline using tekton on OCP.Project 5: Run-Time ComponentsSub-Projects1.Exercise- Microservices Deployment using TA.2.Exercise- Monolith to Microservice app transformation and scaling3.Exercise- Scaling of pods, Auto scaling, Machine Auto scaler in OCP platform4.Exercise- Operations Modernization Overview Section 1: Project 1 - Design & Architect A Cloud Native Soultion Lecture 1 Introduction To This Project Section 2: Sub-Project 1.1 - Understand the main elements of a cloud native solution Lecture 2 Element Of Cloud Native Solution Lecture 3 Virtualization Project Intro Lecture 4 Virtualization VS Containerization - Realtime Example Lecture 5 Virtualization VS Containerization - Arch Section 3: Sub-Project 1.2 - Design a Microservices architecture Lecture 6 What is Microservices Lecture 7 Microservices Benefits Arch Lecture 8 Microservices Common Patterns Lecture 9 Architecture Of Microservices Section 4: Sub-Project 1.3 (PART I) - Explain Containers Lecture 10 What is A Container Lecture 11 Container Architecture Lecture 12 Internal Working of Containers Lecture 13 Namespace VS CGroups Lecture 14 Real Time Working Of A Docker Container Lecture 15 Docker VS Docker Desktop Lecture 16 Docker VS Podman Lecture 17 Understanding Containerd & CRI-O Section 5: Sub-Project 1.3 (PART II) - Explain Container Orchestration Lecture 18 What is Kubernetes Lecture 19 Kubernetes Arch Lecture 20 Process flow of Kubernetes Arch Lecture 21 Container VS Container Ochestrator Lecture 22 Docker Compared wtih Kubernetes Section 6: Sub-Project 1.4 - Understand the Cloud Native Reference Architecture Lecture 23 Understand the Cloud Native Reference Architecture Section 7: Sub-Project 1.5 - Exercise- Container Engine Labs Docker vs CRIO Lecture 24 Installation Of Docker Lecture 26 Layers in Container Arch Lecture 27 Preparing for Layer Creation for Containers Lecture 28 Multiple Layers creation on Container Lecture 29 Hosting HTTPD On Container with Custom Page Lecture 30 Hosting Tomcat on Container With Custom WAR file Section 8: Project 2 - WebSphere Hybrid Edition Overview Lecture 31 Introudction To This Project Section 9: Sub-Project 2.1 - Understand the WebSphere Hybrid Edition value proposition. Lecture 32 Understand the WebSphere Hybrid Edition value proposition. Section 10: Sub-Project 2.2 - Describe the components of WebSphere Hybrid Edition Lecture 33 Describe the components of WebSphere Hybrid Edition Section 11: Sub-Project 2.3 - Understand the WebSphere Hybrid Edition Licensing Model Lecture 34 Understand the WebSphere Hybrid Edition Licensing Model Section 12: Sub-Project 2.4 - Articulate the targeted use cases. Lecture 35 Articulate the targeted use cases. Lecture 36 Phased Approach Lecture 37 WebSphere Hybrid Tools Lecture 38 Two Aspects of Modernization Lecture 39 Operational Modernization Lecture 40 Runtime Modernization Section 13: Sub-Project 2.5 - Understanding Openshift Platform Lecture 41 Openshift Introduction Lecture 42 Openshift Overall Introduction Lecture 43 Understanding OpenShift Orchitecture Lecture 44 Compare Docker Swarm, Kubernetes and OCP Everyone