Security Services

Azure Cloud

Course Description:

This course provides a comprehensive introduction to Microsoft Azure, one of the leading cloud computing platforms. Designed for beginners and IT professionals alike, the course covers core Azure services, cloud concepts, security, networking, and best practices for deploying, managing, and scaling cloud applications.

Key Topics Covered:

  • Cloud Computing Fundamentals – Understand cloud principles, service models (IaaS, PaaS, SaaS), and deployment models.
  • Azure Core Services – Learn about Azure Virtual Machines, App Services, Storage, Databases, and Containers.
  • Networking in Azure – Explore Virtual Networks, Load Balancers, VPNs, and Hybrid Cloud connectivity.
  • Security & Identity Management – Understand Azure Active Directory (AAD), RBAC, Security Center, Key Vault, and compliance.
  • Monitoring & Automation – Learn to use Azure Monitor, Log Analytics, Automation, and Cost Management for optimization.
  • DevOps & CI/CD on Azure – Introduction to Azure DevOps, GitHub Actions, Infrastructure as Code (IaC) with ARM & Bicep.
  • AI & Serverless Services – Get insights into Azure Functions, Logic Apps, Cognitive Services, and AI/ML capabilities.

Why Choose our Azure Cloud Platform Certification?

Master Azure with Industry-Expert Training! Our Azure Cloud Platform Training is designed to help you build expertise in cloud computing, security, networking, and DevOps using Microsoft Azure, one of the most in-demand cloud platforms.

Comprehensive & Hands-On Learning

  • Learn through real-world projects, case studies, and hands-on labs to gain practical Azure skills.
  • Cover Azure Virtual Machines, Networking, Security, Storage, DevOps, AI, and Serverless computing.

Expert-Led Live Training & Self-Paced Learning

  • Get trained by certified Azure professionals with real-world experience.
  • Choose between Live Instructor-Led Sessions or Self-Paced Video Learning based on your convenience.

Job Assistance & Career Support

  • Get resume building, interview preparation, and job placement guidance.
  • Access to top Azure job opportunities in the market.

Flexible Learning Options

  • Weekend & Weekday Batches to fit your schedule.
  • Lifetime access to course materials, updates, and recorded sessions.

Industry-Recognized Course with Global Access

  • Trusted by top IT companies & professionals worldwide.
  • Gain skills required for Cloud Engineer, Azure Architect, DevOps Engineer, and AI Developer roles.

Who Should Enroll?

IT professionals, developers, system administrators, and students interested in cloud technologies.
Beginners looking to gain foundational knowledge and pursue Azure certifications (AZ-900, AZ-104, AZ-204, etc.).
Businesses and professionals seeking cloud migration and cost-effective cloud solutions.

What you will Learn?

This Azure Cloud Platform Course provides a step-by-step learning path to master cloud computing, security, networking, DevOps, and AI using Microsoft Azure. Whether you’re a beginner or an IT professional, this course will equip you with the skills needed to deploy, manage, and scale applications in Azure.

Cloud Computing & Azure Fundamentals

Understanding Cloud Computing (IaaS, PaaS, SaaS)
Overview of Microsoft Azure services & architecture
Setting up an Azure account & portal navigation

Azure Core Services

Compute: Virtual Machines (VMs), App Services, Containers
Storage: Azure Blob, File, Table, and Queue Storage
Databases: Azure SQL, CosmosDB, and Managed Databases

Azure Networking & Security

Networking: Virtual Networks (VNet), Load Balancers, VPN Gateway
Security: Azure Active Directory (AAD), Identity & Access Management (IAM)
Compliance & Governance: Azure Policy, Security Center, Key Vault

Azure DevOps & CI/CD Introduction to Azure DevOps & GitHub Actions
Implementing CI/CD Pipelines in Azure
Infrastructure as Code (IaC) with ARM, Bicep, Terraform

Course Curriculum

Module 1: Introduction to Azure Fundamentals

Benefits of cloud services

Cloud service types

  • Introduction to Microsoft Azure
  • Introduction to Cloud computing
  • The shared responsibility model
  • Cloud models
  • Consumption based pricing
  • High availability
  • Scalability
  • Reliability
  • Predictability
  • Security
  • Governance
  • Manageability
  • Infrastructure as a Service
  • Platform as a Service
  • Software as a Service
  • Review questions
  • Summary
Module 2: Core Azure architectural components

Azure compute and networking services

Azure storage services

Azure identity, access & security

  • What is Microsoft Azure
  • Azure accounts
  • Azure physical infrastructure
  • Azure management infrastructure
  • Overview of Azure compute services
  • Azure virtual machines
  • Azure virtual desktop
  • Azure containers
  • Azure functions
  • Application hosting options
  • Virtual networking
  • Virtual private networks
  • Azure ExpressRoute
  • Azure DNS
  • Azure storage accounts
  • Redundancy options
  • Storage services
  • Migration options
  • File management
  • Azure directory services
  • Authentication methods
  • External identities
  • Conditional access
  • Role-based access control
  • Zero Trust security model
  • Defense-in-depth
  • Microsoft defender for cloud
  • Review questions
  • Summary
Module 3: Governance and compliance

Managing and deploying resources

Cost management

  • Azure blueprints
  • Azure policy
  • Resource locks
  • Service Trust portal
  • Azure portal, command line interface, and CloudShell
  • Azure Arc
  • Azure resource manager
  • ARM templates
  • Azure advisor
  • Azure service health
  • Azure monitor
  • Review questions
  • Factors that affect cost
  • Azure pricing calculator
  • Azure Total Cost of Ownership calculator
  • Azure cost management tool
  • Tags
  • Summary
Module 4: Introduces you to Azure Active Directory, and Users and Groups

Introduction to Azure active directory

  • Describe Azure Active Directory Benefits and Features
  • Describe Azure AD Concepts
  • Compare AD DS to Azure Active Directory
  • Select Azure Active Directory Editions
  • Implement Azure AD Device Identities
  • Implement Self Service Password Reset
  • Knowledge Check
  • Summary
  • Create User Accounts
  • Manage User Accounts
  • Create Bulk Accounts
  • Create Group Accounts
  • Assign Licenses to Users and Groups
  • Create Administrative Units
  • Demonstration – Users and Groups
  • Knowledge Check
  • Summary
Module 5: Introduction to Governance and Compliance
  • Identify Regions
  • Implement Azure Subscriptions
  • Obtain a Subscription
  • Create Resource Groups
  • Determine Resource Limits
  • Create an Azure Resource Hierarchy
  • Apply Resource Tagging
  • Manage Costs
  • Knowledge Check
  • Summary
  • Introduction to Azure policy
  • Implement Azure Policy
  • Create Azure Policies
  • Create Policy Definitions
  • Create Initiative Definitions
  • Scope the Initiative Definition
  • Determine Compliance
  • Demonstration -Azure Policy
  • Knowledge Check
  • Summary
  • Introduction to Role based access control
  • Compare Azure RBAC Roles to Azure AD Roles
  • Create a Role Definition
  • Create a Role Assignment
  • Apply RBAC Authentication
  • Determine Azure RBAC Roles
  • Demonstration – Azure RBAC
  • Knowledge check
  • Summary
Module 6: Administrator tools, Azure Resource Manager, and Azure Resources Manager templates

Introduction to ARM templates

  • Use the Azure Portal
  • Demonstration Azure Portal
  • Use Azure Cloud Shell
  • Demonstration Cloud Shell
  • Use Azure PowerShell
  • Demonstration – Working with PowerShell (optional)
  • Use Azure CLI
  • Demonstration Working with Azure CLI (optional)
  • Knowledge Check
  • Summary
  • Review ARM Template Advantages
  • Explore the ARM Template Schema
  • Explore the ARM Template Parameters
  • Consider Azure Bicep Templates
  • Demonstration – QuickStart Templates
  • Demonstration – Run Templates with PowerShell (optional)
  • Knowledge Check
  • Summary
Module 7 : Virtual Networking

Introduction to network security groups

Introduction to Firewall

Introduction to Domain names

  • Introduction to virtual networking
  • Plan Virtual Networks
  • Create Subnets
  • Create Virtual Networks
  • Plan IP Addressing
  • Create Public IP Addresses
  • Associate Public IP Addresses
  • Associate Private IP Addresses
  • Demonstration – Create Virtual Networks
  • Knowledge Check
  • Summary
  • Implement Network Security Groups
  • Determine NSG Rules
  • Determine NSG Effective Rules
  • Create NSG Rules
  • Implement Application Security Groups (ASGs)
  • Demonstration – NSGs
  • Knowledge Check
  • Summary
  • Determine Azure Firewall Uses
  • Create Azure Firewalls
  • Create Azure Firewall Rules
  • Knowledge Check
  • Summary
  • Identify Domains and Custom Domains
  • Verify Custom Domain Names (optional)
  • Create Azure DNS Zones
  • Delegate DNS Domains
  • Add DNS Record Sets
  • Plan for Private DNS Zones
  • Determine Private Zone Scenarios
  • Demonstration – DNS Name Resolution
  • Knowledge check
  • Summary
Module 8 : Intersite Connectivity

Introduction to ExpressRoute

  • Introduction to Intersite Connectivity
  • Determine VNet Peering Uses
  • Determine Gateway Transit and Connectivity Needs
  • Create VNet Peering
  • Determine Service Chaining Uses
  • Demonstration – VNet Peering
  • Knowledge Check
  • Summary
  • Introduction
  • Determine VPN Gateway Uses
  • Create Site to Site Connections
  • Create the Gateway Subnet
  • Create the VPN Gateway
  • Determine Gateway SKU and Generation
  • Create the Local Network Gateway
  • Setup the On Premises VPN Device
  • Create the VPN Connection
  • Determine High Availability Scenarios
  • Demonstration – VPN Gateways
  • Knowledge Check
  • Summary
  • Determine ExpressRoute Uses
  • Determine ExpressRoute Capabilities
  • Coexist Site to Site and ExpressRoute
  • Compare Intersite Connection Options
  • Determine Virtual WAN Uses
  • Knowledge check
  • Summary
Module 9 : Administer Network Traffic

Knowledge check

Introduction to Application Gateway

Introduction to Network watcher

  • Introduction to network traffic
  • Review System Routes
  • Identify User Defined Routes
  • Examine a Routing Example
  • Demonstration – Custom Routing Tables
  • Determine Service Endpoint Uses and Services
  • Identify Private Link Uses
  • Summary
  • Introduction to Load balancers
  • Choose a Load Balancer Solution
  • Implement a Public Load Balancer
  • Implement an Internal Load Balancer
  • Determine Load Balancer SKUs
  • Create Backend Pools
  • Create Load Balancer Rules
  • Configure Session Persistence
  • Create Health Probes
  • Knowledge check
  • Summary
  • Implement Application Gateway
  • Determine Application Gateway Routing
  • Setup Application Gateway Components
  • Knowledge Check
  • Summary
  • Describe Network Watcher Features
  • Review IP Flow

Azure Cloud Engineer Project Life Cycle.

Phase 1: Planning & Architecture Design

Analyze business requirements and select appropriate Azure services (VMs, Azure Storage, Azure SQL, Functions). Design a scalable and secure architecture using Azure best practices, including Virtual Networks (VNet), IAM (RBAC), and high availability strategies.

Phase 2: Deployment & Automation

Deploy cloud infrastructure using Azure Resource Manager (ARM) templates, Terraform, or Bicep. Configure virtual machines, containers (AKS), databases, and networking. Automate CI/CD pipelines with Azure DevOps and implement auto-scaling for efficiency.

Phase 3: Monitoring & Optimization

Monitor cloud performance using Azure Monitor, Log Analytics, and Security Center. Optimize costs with Azure Cost Management and implement disaster recovery with Azure Backup. Ensure security compliance through policy enforcement and regular updates.

.

Scroll to Top