Designing Microsoft Azure Infrastructure Solutions (AZ-305)

Course Content

Designing Microsoft Azure Infrastructure Solutions (AZ-305)

• Lesson 01 - Course Introduction
  • 1.01 Course Introduction
  • 1.02 What Will You Learn
• Lesson 02: Design a Governance Solution
  • 2.01 Learning Objectives
  • 2.02 Azure Overview
  • 2.03 Azure Design Governance
  • 2.04 Azure Subscription and Accounts
  • 2.05 Tagging
  • 2.06 Solution for Azure Blueprints
  • 2.07 Solution for Using Azure Policy
  • 2.08 Demo Azure Policy and Governance Lab
  • 2.09 Recap
• Lesson 03: Design Authentication Solutions
  • 3.01 Learning Objectives
  • 3.02 Azure Active Directory
  • 3.03 Azure Active Directory Licenses
  • 3.04 Solution for Single-sign On
  • 3.05 Solution for Authentication
  • 3.06 Solution for Conditional Access
  • 3.07 Solution for Managed Identity
  • 3.08 Solution for Key Vault
  • 3.09 Solution for Hybrid Identities
  • 3.10 Solution for Self-Service
  • 3.11 Solution for B2B Integration
  • 3.12 Demo Azure AD Setup and Single Sign-On
  • 3.13 Recap
• Lesson 04: Design Authorization
  • 4.01 Learning Objectives
  • 4.02 Choosing an Authorization Approach
  • 4.03 Access Management Solution
  • 4.04 Azure AD Priviliged Identity Management
  • 4.05 Hierarchical Structure for Access Control
  • 4.06 Demo Manage Subscriptions and RBAC
  • 4.07 Demo Azure AD Identity Protection
  • 4.08 Recap
• Lesson 05: Spotlight
  • Spotlight
• Lesson 06: Design a Solution for Logging and Monitoring
  • 6.01 Learning Objectives
  • 6.02 Monitoring Tools
  • 6.03 Azure Monitor Health and Availability Monitoring
  • 6.04 Initiating Automated Response Using Action Groups
  • 6.05 Configure and Manage Alerts
  • 6.06 Demo Azure Logging and Monitoring
  • 6.07 Demo Azure Alerts
  • 6.08 Recap
• Lesson 07: Design for High Availability
  • 7.01 Learning Objectives
  • 7.02 Architecture Best Practices for Reliability into Categories
  • 7.03 Solution for Recovery in Different Regions
  • 7.04 Solution for Azure Backup Management
  • 7.05 Solution for Data Archiving and Retention
  • 7.06 Demo Virtual Machine Availability Zone
  • 7.07 Demo Azure Front Door
  • 7.08 Demo Azure Traffic Manager
  • 7.09 Demo Virtual Machine Scale Set
  • 7.10 Demo Azure SQL DB Geo Replication
  • 7.11 Recap
• Lesson 08: Design a Solution for Backup and Recovery
  • 8.01 Learning Objectives
  • 8.02 Architectural Best Practices for Reliability
  • 8.03 Azure Service Dependencies
  • 8.04 Solution for Azure Site Recovery
  • 8.05 Snapshots and Recovery Points
  • 8.06 Demo Backup and Recovery of Virtual Machines
  • 8.07 Demo Backing Up On-Premises Workload
  • 8.08 Demo Implementing Azure Site Recovery between Azure Regions
  • 8.09 Recap
• Lesson 09: Design a Solution for Non-Relational Data
  • 9.01 Learning Objectives
  • 9.02 Azure Non-Relational Data
  • 9.03 Azure Storage Account
  • 9.04 Solution for Encrypting Data
  • 9.05 Storage Service Encryption
  • 9.06 Demo Managing Azure Storage and Storage Service
  • 9.07 Recap
• Lesson 10: Spotlight
  • Spotlight
• Lesson 11: Design a Solution for Relational Data
  • 11.01 Learning Objectives
  • 11.02 Azure SQL Database
  • 11.03 Deployment Options for Azure SQL Database
  • 11.04 Pricing Model for Azure SQL
  • 11.05 Azure SQL Edge
  • 11.06 Cosmos DB
  • 11.07 Demo Azure Cosmos DB and Adding Data
  • 11.08 Recap
• Lesson 12: Design Data Integration
  • 12.01 Learning Objectives
  • 12.02 Modern Data Platform Reference Architecture
  • 12.03 Solution for Data Integration
  • 12.04 Azure Synapse Analytics
  • 12.05 Design a strategy for Hot Warm and Cold data path
  • 12.06 Design Azure Stream Analytics
  • 12.07 Recap
• Lesson 13: Design a Compute Solution
  • 13.01 Learning Objectives
  • 13.02 Solution for Compute Provisioning
  • 13.03 Solution for App Service
  • 13.04 Solution for Containers
  • 13.05 Solution for Automating Compute Management
  • 13.06 Demo Implementing Azure Web Apps
  • 13.07 Recap
• Lesson 14: Design an Application Architecture
  • 14.01 Learning Objectives
  • 14.02 Message and Event Scenario
  • 14.03 Messaging Solution
  • 14.04 Designing an Event Solution
  • 14.05 Features of Azure Kubernetes Service
  • 14.06 Orchestration Solution for Deployment and Maintenance of Applications
  • 14.07 Design Application Lifecycle
  • 14.08 Demo Azure Kubernetes Service
  • 14.09 Recap
• Lesson 15: Spotlight
  • 15.01 Spotlight
• Lesson 16: Design a Network Solution
  • 16.01 Learning Objectives
  • 16.02 Network Architecture
  • 16.03 Technologies Used to Choose Architecture
  • 16.04 Solution for Network Addressing and Name Resolution
  • 16.05 Solution for Network Provisioning
  • 16.06 Solution for Network Security
  • 16.07 Solution for Network Connectivity
  • 16.08 Solution for Automating Network Management
  • 16.09 Solution for Load Balancing and Traffic Routing
  • 16.10 Demo Creating Virtual Networking and Resolving Domain Names
  • 16.11 Demo Virtual Network Connections Using VPN Gateways
  • 16.12 Demo Using Hub and Spoke Connectivity
  • 16.13 Recap
• Lesson 17: Design Migrations
  • 17.01 Learning Objectives
  • 17.02 Migration with Cloud Framework
  • 17.03 Azure Migration Framework
  • 17.04 Accessing Workloads
  • 17.05 Migration Tools
  • 17.06 Migrating Databases
  • 17.07 Uses of Data Box Devices
  • 17.08 Demo Server Migration Using Azure Migrate - Part 1
  • 17.08 Demo Server Migration Using Azure Migrate - Part 2
  • 17.08 Demo Server Migration Using Azure Migrate - Part 3
  • 17.09 Demo Migration of Application to Azure
  • 17.10 Demo Migration of Database to Azure
  • 17.11 Recap
• Lesson 18: Design for Cost Optimization
  • 18.01 Learning Objectives
  • 18.02 Solution for Cost Management
  • 18.03 Cost Design Principles
  • 18.04 Optimizing Costs from Recommendations
  • 18.05 Cost Optimization Checklists
  • 18.06 Demo Generate Report on Cost Spend
  • 18.07 Recap
• Lesson 19: Spotlight
  • Spotlight

What is required to earn the Azure Solutions Architect Expert?

To earn the Azure Solutions Architect Expert certification, you must pass the following exams:

• AZ-104: Microsoft Azure Administrator
• AZ-305: Designing Microsoft Azure Infrastructure Solutions

FAQs

• What is Microsoft Azure?

  Microsoft Azure is a cloud computing platform that allows individuals and organizations to deploy web applications, virtual servers, and IT platforms. It also allows them to host databases, perform analytics, and store data.

• How do I get access to the Azure Platform?

  You may get access to Azure Free trial by visiting https://azure.microsoft.com/en-in/free/

• What is an Azure Architect?

  A Microsoft Azure Solutions Architect is a verified expert at architecting and managing all aspects of Azure infrastructure and solutions and is responsible for planning solutions to meet the business needs of an organization.

• How do I enroll in this online training?

  You can enroll in this training on our website and make an online payment using any of the following option

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  Once payment is received, you will automatically receive a payment receipt and access information via email.