Administering Windows Server Hybrid Core Infrastructure AZ800 in Kitchener

Administering Windows Server Hybrid Core Infrastructure AZ800 Course Outline

Module 1: Introduction to AD DS

• Introduction
• Define AD DS
• Define Users, Groups, and Computers
• Define AD DS Forests and Domains
• Define Ous
• Manage Objects and Their Properties in AD DS

Module 2: Manage AD DS Domain Controllers and FSMO Roles

• Introduction
• Deploy AD DS Domain Controllers
• Maintain AD DS Domain Controllers
• Manage the AD DS Global Catalog Role
• Manage AD DS Operations Masters
• Manage AD DS Schema

Module 3: Implement Group Policy Objects

• Introduction
• Define Gpos
• Implement GPO Scope and Inheritance
• Define Domain-Based Gpos
• Create and Configure a Domain-Based GPO
• Define GPO Storage
• Define Administrative Templates

Module 4: Manage Advanced Features of AD DS

• Introduction
• Create Trust Relationships
• Implement ESAE Forests
• Monitor and Troubleshoot AD DS
• Create Custom AD DS Partitions

Module 5: Implement Hybrid Identity with Windows Server

• Introduction
• Select an Azure Active Directory Integration Model
• Plan for Azure Active Directory Integration
• Prepare On-Premises Active Directory for Directory Synchronization
• Install and Configure Directory Synchronization with Azure Active Directory Connect
• Implement Seamless Single Sign-On
• Enable Azure Active Directory Login in for Windows VM in Azure
• Knowledge Check 1
• Describe Azure Active Directory Domain Services
• Implement and Configure Azure Active Directory Domain Services
• Manage Windows Server 2019 in an Azure Active Directory Domain Services Environment
• Create and Configure an Azure Active Directory Domain Services Instance
• Join a Windows Server VM to a Managed Domain

Module 6: Deploy and Manage Azure Iaas Active Directory Domain Controllers in Azure

• Introduction
• Select an Option to Implement Directory and Identity Services Using Active Directory Domain Services in Azure
• Deploy and Configure Active Directory Domain Services Domain Controllers in Azure Vms
• Install a Replica Active Directory Domain Controller in an Azure VM
• Install a New Active Directory Forest on an Azure Vnet

Module 7: Perform Windows Server Secure Administration

• Introduction
• Define Least Privilege Administration
• Implement Delegated Privileges
• Use Privileged Access Workstations
• Use Jump Servers

Module 8: Describe Windows Server Administration Tools

• Introduction
• Explore Windows Admin Center
• Use Server Manager
• List Remote Server Administration Tools
• Use Windows Powershell
• Use Windows Powershell to Remotely Administer a Server

Module 9: Perform post-installation Configuration of Windows Server

• Introduction
• List the Available Post-Installation Configuration Tools
• Configure Server Core Using Sconfig
• Use DSC to Configure Windows Server
• Perform Post-Installation Configuration with Windows Admin Center
• Configure a Server with Answer Files

Module 10: Just Enough Administration in Windows Server

• Introduction
• Explain the Concept Of Just Enough Administration (JEA)
• Define Role Capabilities for a JEA Endpoint
• Create a Session Configuration File to Register a JEA Endpoint
• Describe How JEA Endpoints Work to Limit Access to a Powershell Session
• Create and Connect to a JEA Endpoint
• Demonstration: Connect to a JEA Endpoint

Module 11: Administer and Manage Windows Server Iaas Virtual Machine Remotely

• Introduction
• Select the Appropriate Remote Administration Tool
• Manage Windows Virtual Machines with Azure Bastion
• Create an Azure Bastion Host
• Configure Just-In-Time Administration

Module 12: Manage Hybrid Workloads with Azure Arc

• Introduction
• Describe Azure Arc
• Onboard Windows Server Instances
• Connect Hybrid Machines to Azure From the Azure Portal
• Use Azure Arc to Manage Windows Server Instances
• Restrict Access With RBAC

Module 13: Configure and Manage Hyper-V

• Introduction
• Define Hyper-V
• Define Hyper-V Manager
• Configure Hyper-V Hosts Using Best Practices
• Configure Hyper-V Networking
• Assess Advanced Hyper-V Networking Features
• Define Nested Virtualization

Module 14: Configure and Manage Hyper-V Virtual Machines

• Introduction
• List the Virtual Machine Configuration Versions
• List the Virtual Machine Generation Versions
• List Available VHD Formats and Types
• Create and Configure Vms
• Determine Storage Options for Vms
• Define Shared Vhds and VHD Sets
• Implement Guest Clusters Using Shared VHDX

Module 15: Secure Hyper-V Workloads

• Introduction
• Define Guarded Fabric
• Define the Host Guardian Service
• Explore TPM-Trusted Attestation
• Define KPS
• Determine Key Features of Shielded Vms
• Compare Encryption-Supported and Shielded Vms in a Guarded Fabric
• Implement a Shielded VM

Module 16: Run Containers on Windows Server

• Introduction
• Define Containers
• List the Differences Between Containers and Vms
• Define Windows Server and Hyper-V Containers and Isolation Modes
• Explore Docker
• Prepare a Windows Server 2019 Host for Container Deployment
• Security, Storage, and Networking with Windows Containers

Module 17: Orchestrate Containers on Windows Server Using Kubernetes

• Introduction
• Define Orchestration
• Define Kubernetes
• Deploy Kubernetes Resources
• Create a Kubernetes Cluster on Windows
• Define Azure Arc
• Connect an Azure Arc-Enabled Kubernetes Cluster to Azure Arc

Module 18: Plan and Deploy Windows Server Iaas Virtual Machines

• Introduction
• Describe Azure Compute
• Describe Virtual Machine Storage
• Deploy Azure Virtual Machines
• Create a Windows Virtual Machine Using the Portal
• Create a Windows Virtual Machine Using Azure CLI
• Deploy Azure Virtual Machines Using Templates
• Describe Additional Management Optimization Options

Module 19: Customize Windows Server Iaas Virtual Machine Images

• Introduction
• Create a Generalized Image
• Create a New Virtual Machine from a Managed Image
• Create a Managed Image of a Generalized Virtual Machine in Azure
• Create a Virtual Machine from a Managed Image
• Implement Azure Image Builder
• Create a Windows Virtual Machine Using Azure Image Builder Template
• Create a Windows Virtual Machine with Azure Image Builder Using Powershell

Module 20: Automate the Configuration of Windows Server Iaas Virtual Machines

• Introduction
• Describe Azure Automation
• Implement Azure Automation With DSC
• Remediate Noncompliant Servers
• Describe Custom Script Extensions
• Configure a Virtual Machine by Using DSC

Module 21: Deploy and Manage DHCP

• Introduction
• Use DHCP to Simplify IP Configuration
• Install and Configure the DHCP Role
• Configure DHCP Options
• Configure DHCP Scopes
• Select DHCP High Availability Options
• Implement DHCP Failover

Module 22: Implement Windows Server DNS

• Introduction
• Explore the DNS Architecture
• Work with DNS Zones and Records
• Install and Configure the DNS Role
• Implement DNS Forwarding

Module 23: Implement IP Address Management

• Introduction
• Define IP Address Management
• Deploy IP Address Management
• Administer IP Address Management
• Configure IP Address Management Options
• Manage DNS Zones with IP Address Management
• Manage DHCP Servers With IP Address Management
• Use IP Address Management to Manage IP Addressing

Module 24: Implement Remote Access

• Introduction
• Examine the Remote Access Options in Windows Server
• Select and Set Up Vpns
• Use NPS to Create and Enforce Network Access Policies
• Plan and Implement NPS
• Deploy A PKI for Remote Access
• Use WAP as a Reverse Web Proxy

Module 25: Implement Hybrid Network Infrastructure

• Introduction
• Describe Azure Network Topologies
• Implement Azure VPN Options
• Create a Route-Based VPN Gateway Using the Azure Portal
• Implement Azure Expressroute
• Configure Azure Virtual WAN
• Implement DNS in Hybrid Environments

Module 26: Implement DNS for Windows Server IaaS VMs

• Introduction
• Understand Azure DNS
• Implement Azure DNS
• Create an Azure DNS Zone and Record Using the Azure Portal
• Implement DNS With Azure Iaas Virtual Machines
• Implement Split-Horizon DNS In Azure
• Troubleshoot DNS

Module 27: Implement Windows Server IaaS VM IP Addressing and Routing

• Introduction
• Implement a Virtual Network
• Implement Iaas VM IP Addressing
• Assign and Manage IP Addresses
• Configure a Private IP Address for a Virtual Machine Using the Azure Portal
• Create a Virtual Machine with a Static Public IP Address Using the Azure Portal
• Implement Iaas Virtual Machine IP Routing
• Implement Ipv6 for Windows Server Iaas Virtual Machines

Module 28: Manage Windows Server File Servers

• Introduction
• Define the Windows Server File System
• List the Benefits and Uses of File Server Resource Manager
• Define SMB and its Security Considerations
• Configure SMB Protocol
• Define Volume Shadow Copy Service

Module 29: Implement Storage Spaces and Storage Spaces Direct

• Introduction
• Define the Storage Spaces Architecture and its Components
• List the Functionalities, Benefits, and Use Cases of Storage Spaces
• Implement Storage Spaces
• List the Functionalities, Components, Benefits, and Use Cases of Storage Spaces Direct
• Implement Storage Spaces Direct

Module 30: Implement Windows Server Data Deduplication

• Introduction
• Define the Architecture, Components, And Functionality of Data Deduplication
• Define the Use Cases and Interoperability of Data Deduplication
• Implement Data Deduplication
• Manage and Maintain Data Deduplication

Module 31: Implement Windows Server Iscsi

• Introduction
• List the Functionalities, Components, and Use Cases of Iscsi
• List the Considerations for Implementing Iscsi
• Implement Iscsi
• Configure High Availability for Iscsi

Module 32: Implement Windows Server Storage Replica

• Introduction
• List the Functionalities and Components of Storage Replica
• Examine the Prerequisites for Implementing Storage Replica
• Implement Storage Replica by Using Windows Admin Center
• Implement Storage Replica by Using Windows Powershell

Module 33: Implement a Hybrid File Server Infrastructure

• Introduction
• Describe Azure File Services
• Configure Azure Files
• Configure Connectivity to Azure Files
• Describe Azure File Sync
• Implement Azure File Sync
• Deploy Azure File Sync
• Deploy Azure File Sync 2
• Manage Cloud Tiering
• Migrate from DFSR to Azure File Sync

Who should attend this Administering Windows Server Hybrid Core Infrastructure AZ800?

The Administering Windows Server Hybrid Core Infrastructure AZ 800 Course is designed for IT professionals who have experience in managing and maintaining Windows Server environments. Below are some categories of professionals who would find Azure AZ 800 particularly useful:

• System Administrators
• IT Managers
• Cloud Administrators
• DevOps Engineers
• Security Specialists
• Technical Support Engineers
• IT Professionals

Prerequisites of the Administering Windows Server Hybrid Core Infrastructure AZ800 Training

Prerequisites of the Azure AZ 800 Administering Windows Server Hybrid Core Infrastructure AZ800 Training include a solid understanding of basic networking concepts, familiarity with Windows Server administration, and some experience with cloud services like Azure.

Administering Windows Server Hybrid Core Infrastructure AZ800 Course Overview

The Administering Windows Server Hybrid Core Infrastructure AZ800 Course is an important part of Microsoft Azure Training. It trains professionals to effectively manage hybrid cloud infrastructures. This Microsoft Azure Course provides essential insights into integrating on-premises and cloud environments.

Mastery in managing Windows Server Hybrid Core Infrastructure is highly important for System Administrators, Cloud Architects, and IT Managers and professionals aiming to build their career in Microsoft Azure. A strong understanding of this subject will help individuals to manage the hybrid cloud infrastructure, increase security, and achieve the full potential of Microsoft Azure services.

This 4-day Administering Windows Server Hybrid Core Infrastructure AZ-800 Course by The Knowledge Academy trains delegates to manage hybrid infrastructures efficiently. It covers topics such as Windows Server, Azure Arc, and Azure Stack HCI, thus enabling delegates to build a unified, efficient, and secure environment.

Course Objectives

• To master the administration of the Windows Server
• To implement and manage Azure Arc for hybrid connectivity
• To deploy and configure Azure Stack HCI
• To enhance infrastructure security through Azure services
• To optimise resource management
• To troubleshoot hybrid infrastructure issues
• To ensure high availability and disaster recovery
• To streamline operations with automation

After completing this course, delegates will be able to take on the challenges of administering Windows Server Hybrid Core Infrastructure in the Microsoft Azure ecosystem.

What’s included in this Administering Windows Server Hybrid Core Infrastructure AZ800 Training?

• World-Class Training Sessions from Experienced Instructors
• Administering Windows Server Hybrid Core Infrastructure AZ-800 Certificate
• Digital Delegate Pack