AZ-300 Microsoft Azure Architect Technologies

AZ-300 Microsoft Azure Architect Technologies

Microsoft Azure is a cloud platform that offers substructure, managed services, and everything else you may require for your business applications. It is appropriate for businesses that want to influence cloud servers, and who wish to service a broad array of quick services to work at balanced and at low-cost than on-premises at your place.

This path covers the basics that a Solutions Architect on Microsoft Azure will require to use Microsoft Azure as their cloud platform for a plan.

The Microsoft Azure Architect Technologies (AZ-300) training course will organize you for a career as a certified Azure Cloud Solutions Architect. The AZ-300 Microsoft Azure Architect Technologies certification trainingcourse covers the progressive activities for working with the Azure platform, with managing Azure resources, figuring and installing virtual machines and networks, and grasping Azure Cognitive Services Solutions.

Audience Profile:

The course is ideal for the following

  • IT professionals"We also have a committed team that offers assistance"
  • Cloud solution architects
  • Practiced Azure administrators and developers
  • DevOps Professionals

Course Essentials:

  •  Foundational knowledge on Cloud Architecture.
  •  Fundamentals of Cloud Computing.
  •  Basic understanding of visualization, networking & databases.
  •  Proficiency in using Visual Studio IDE, PowerShell and Command-Line Interface.
  •  Coding experience in C# - Optional.
  •  Expertise in at least one of the followings i.e. Azure administration, Azure development or DevOps.

Course Objectives:

  • Deploy and Configure Infrastructure
  • Implement Workloads and Security
  • Architect Cloud Technology Solutions
  • Create and Install Apps
  • Implement Authentication and Secure Data

Develop for the cloud

 

 

Course Enables:

Upon the completion of the AZ-300 Microsoft Azure Architect Technologies certification training course, the candidates will be capable of

  •  Succeed Azure subscriptions and resources.
  •  Configure, install, and manage virtual machines and networks.
  •  Value and perform server migration to Azure.
  • Implement and manage progressive virtual networking and application services.
  • Manage and protect identities.
  • Select compute and storage solutions.
  • Perform hybrid networking.
  • Evaluate throughout and building of data access.
  • Generate web applications using PaaS.
  • Make apps and Services Running on Service Fabric.
  • Use Azure Kubernetes Service for health checking and maintenance.
  • Develop long-running tasks and dispersed transactions.
  • Arrange a message-based integration architecture.
  • Develop for asynchronous processing and autoscaling .
  • Create Azure Cognitive Services solutions

Curriculum

Sl. No. Chapter
Chapter - 1 Introduction to Microsoft Azure and Its Services
Chapter - 1.1 Azure Subscriptions
Chapter - 1.2 Azure Resources
Chapter - 1.3 Azure Free Tier Account
Chapter - 1.4 Azure Resource Manager
Chapter - 1.5 Azure Resource Manager Template
Chapter - 1.6 Azure Storage
Chapter - 1.7 Types of Azure Storage
Chapter - 2 Azure Virtual Machines and Networking
Chapter - 2.1 Azure Resource Manager Virtual Machine
Chapter - 2.2 Virtual Machines in ARM Template
Chapter - 2.3 Overview of Azure Virtual Machine
Chapter - 2.4 Azure Managed Disks
Chapter - 2.5 Azure Blob Storage
Chapter - 2.6 Networking in Azure
Chapter - 2.7 Subnets, NIC, NSG, IP Addresses, DNS
Chapter - 3 Azure VMSS and Availability Zones
Chapter - 3.1 Resiliency
Chapter - 3.2 Azure Availability Sets
Chapter - 3.3 Azure Availability Zone
Chapter - 3.4 Autoscaling
Chapter - 3.5 Virtual Machine Scale Set
Chapter - 3.6 Fault Domain
Chapter - 3.7 Update Domain
Chapter - 3.8 Load Balancer
Chapter - 3.9 Application Gateway
Chapter - 3.10 Azure Disk Encryption
Chapter - 4 Azure App Services and Its Features
Chapter - 4.1 Azure App Service Web Apps
Chapter - 4.2 App Service Security
Chapter - 4.3 Serverless Computing Concepts
Chapter - 4.4 Function Apps
Chapter - 4.5 Azure Event Grid
Chapter - 4.6 Azure Service Bus
Chapter - 4.7 Azure App Service Logic App
Chapter - 4.8 Using Shell Commands to create Web App
Chapter - 4.9 Background Tasks
Chapter - 4.10 Swagger tool
Chapter - 5 Advanced Azure Hybrid Connectivity and Site Recovery
Chapter - 5.1 Hybrid Connectivity
Chapter - 5.2 VNet S2S VPN
Chapter - 5.3 VNet Peering
Chapter - 5.4 Service Chaining
Chapter - 5.5 Azure VPN Gateway
Chapter - 5.6 Policy-Based Gateway
Chapter - 5.7 Route Based Gateway
Chapter - 5.8 Swagger tool
Chapter - 5.9 Gateway Connections
Chapter - 5.10 Express Route
Chapter - 5.11 VNet Routing
Chapter - 5.12 User-Defined Route
Chapter - 5.13 Border Gateway Protocol
Chapter - 5 Advanced Azure Hybrid Connectivity and Site Recovery
Chapter - 5.1 Hybrid Connectivity
Chapter - 5.2 VNet S2S VPN
Chapter - 5.3 VNet Peering
Chapter - 5.4 Service Chaining
Chapter - 5.5 Azure VPN Gateway
Chapter - 5.6 Policy-Based Gateway
Chapter - 5.7 Route Based Gateway
Chapter - 5.8 Swagger tool
Chapter - 5.9 Gateway Connections
Chapter - 5.10 Express Route
Chapter - 5.11 VNet Routing
Chapter - 5.12 User-Defined Route
Chapter - 5.13 Border Gateway Protocol
Chapter - 6 Azure Storage Solution and Design Patterns
Chapter - 6.1 Cloud design patterns
Chapter - 6.2 Cache-aside pattern
Chapter - 6.3 Sharding Pattern
Chapter - 6.4 Azure SQL DB
Chapter - 6.5 Azure Elastic Pool
Chapter - 6.6 Azure Data Lakes
Chapter - 6.7 Azure Data Factory
Chapter - 6.8 Azure Cosmos DB
Chapter - 7 Azure Kubernetes Service
Chapter - 7.1 Application Environment Components
Chapter - 7.2 Docker
Chapter - 7.3 DockerFile
Chapter - 7.4 Docker Image
Chapter - 7.5 Azure Container Registry
Chapter - 7.6 Azure Container Instance
Chapter - 7.7 Orchestration
Chapter - 7.8 Azure Kubernetes Service
Chapter - 7.9 Diagnostics Logs
Chapter - 7 Azure Kubernetes Service
Chapter - 7.1 Application Environment Components
Chapter - 7.2 Docker
Chapter - 7.3 DockerFile
Chapter - 7.4 Docker Image
Chapter - 7.5 Azure Container Registry
Chapter - 7.6 Azure Container Instance
Chapter - 7.7 Orchestration
Chapter - 7.8 Azure Kubernetes Service
Chapter - 7.9 Diagnostics Logs
Chapter - 8 Azure Active Directory and Role-Based Access Control Topics
Chapter - 8.1 Access Control
Chapter - 8.2 Role-Based Access Control
Chapter - 8.3 Validation in applications (permits, Azure AD, Azure AD Connect, token-based)
Chapter - 8.4 Multi-factor authentication (MFA)
Chapter - 8.5 Claims-based authorization
Chapter - 8.6 Role-based access control (RBAC) authorization
Chapter - 8.7 End-to-end encryption
Chapter - 8.8 Azure confidential computing
Chapter - 8.9 SSL and TLS communications
Chapter - 8.10 Azure Key Vault
Chapter - 8.11 Configure Fraud alerts
Chapter - 8.12 Bypass option trusted IPs
Chapter - 8.13 Managed Service Identity
Chapter - 8.14 Service Principal authentication
Chapter - 9 Azure Messaging Service (Events, Hubs, Queue and Bus)
Chapter - 9.1 Azure Messaging Service
Chapter - 9.2 Azure Service Bus
Chapter - 9.3 Azure Events Hub
Chapter - 9.4 Azure Events Grid
Chapter - 9.5 Azure Notifications Hub
Chapter - 9.6 Auto Scale Ruling in Azure
Chapter - 9.7 Transient Fault Handling
Chapter - 10 Azure Monitoring and Insights Service
Chapter - 10.1 Azure Monitoring
Chapter - 10.2 Azure Analytics
Chapter - 10.3 Azure Alerts
Chapter - 10.4 Azure Resource Metrics
Chapter - 10.5 Azure Activity Log
Chapter - 10.6 Service Health
Chapter - 10.7 Azure Log Analytics
Chapter - 10.8 Azure App Insights

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