This module introduces the fundamentals of Azure Virtual Networks, including their role in cloud networking and key features for scalability and security. Learners will gain hands-on experience creating virtual networks using the Azure portal, CLI, and Terraform. By the end, you'll be able to configure and deploy Azure Virtual Networks using multiple methods.

This module introduces the core concepts of Azure Network Security Groups (NSGs), including their purpose, configuration, and role in securing virtual networks. Learners will gain hands-on experience deploying NSGs, managing security rules, and testing their impact on network traffic within Azure environments. Practical demonstrations will help solidify understanding of how NSGs control and isolate network access.

This module guides learners through the secure deployment of Azure Bastion and Virtual Machines, emphasizing best practices for remote connectivity and network protection. Learners will also explore automation techniques using Terraform and validate secure intra-VM communication.

This module guides learners through the process of configuring Azure Virtual Network peering using both the Azure CLI and Terraform. You will gain hands-on experience establishing secure communication between virtual networks and review essential concepts for managing network connectivity in Azure environments.

This module introduces Azure Bastion as a secure solution for remote access to virtual machines, covering its deployment, integration with various network models, and cost considerations. Learners will gain hands-on experience creating and connecting to VMs using Bastion, as well as understanding its role in both cloud and hybrid environments.

This module introduces the fundamentals of Azure Route Tables, guiding learners through their creation, configuration, and use in directing network traffic within Azure environments. Learners will gain hands-on experience in routing traffic securely, including integration with Azure Firewall, and will review key concepts for managing network routes effectively.

This module provides a comprehensive overview of Azure Firewall, including its key features, deployment, configuration, and security capabilities. Learners will explore policy rules, DNS proxy functionality, SKU comparisons, third-party firewall options, and pricing strategies to effectively secure and manage cloud networks.

This module introduces the fundamentals of Azure Load Balancer, guiding learners through its setup, configuration, and management for both public and internal scenarios. You will explore how to prepare backend resources, configure rules, and ensure high availability by handling unhealthy virtual machine instances. By the end, you'll understand how to optimize network traffic distribution and maintain robust cloud infrastructure.

This module guides learners through deploying, configuring, and securing Azure Application Gateway for scalable web applications. You will explore integration with services like VMSS and AKS, infrastructure-as-code deployment with Terraform, and best practices for cost management and security. By the end, you'll be able to choose and implement the right load balancing solution for various Azure environments.

This module explores how to leverage Azure Front Door for secure, scalable, and global load balancing of web applications. Learners will gain hands-on experience configuring Front Door with Azure Kubernetes Service (AKS), App Services, and Private Link Service, as well as managing routing rules and health checks. By the end, you'll understand how to optimize application delivery and reliability using Azure Front Door's advanced features.

This module introduces the fundamentals of Private DNS Zones in Azure, guiding learners through their creation, configuration, and testing for secure DNS management. Learners will also explore integration with automation tools and best practices for DNS resolution within private networks.

This module explores secure connectivity options for Azure services, focusing on the use of private endpoints to enhance data security. Learners will compare public and private endpoint access, and gain hands-on experience deploying private endpoints using Terraform. Best practices for DNS configuration and secure access patterns are also reviewed.

This module explores how Azure VNET Service Endpoints enhance secure connectivity to Azure services such as Storage Accounts and App Services. Learners will gain hands-on experience enabling service endpoints using both the Azure portal and Terraform, and will compare Service Endpoints with Private Endpoints to understand their distinct use cases and security implications.

This module guides learners through the process of securely connecting and exposing services in Azure using Private Link Service. You will gain hands-on experience with creating and configuring virtual networks, endpoints, DNS zones, and automating deployments with Terraform. By the end, you'll be able to implement and test secure, private connectivity for Azure resources across regions.

This module explores how Azure Public IP Addresses enable external connectivity for cloud resources. Learners will discover how to create, configure, and associate public IPs with virtual machines, both manually and using automation tools like Terraform. Best practices and key concepts for managing public IPs in Azure are also covered.

This module introduces the concept of Azure Public IP Prefixes and demonstrates how to create and manage them using both the Azure portal and Azure CLI. Learners will gain practical skills in efficiently allocating and configuring public IP address ranges for cloud resources.

This module guides learners through the essentials of Azure NAT Gateway, including its configuration, deployment, and integration with other Azure networking services. You will gain hands-on experience creating and testing NAT Gateways, automating deployments with Terraform, and optimizing outbound connectivity for virtual machines.

This module guides learners through the essentials of Azure API Management, including setup, configuration, and integration with various services. You will explore publishing, securing, and monitoring APIs, as well as automating deployments and managing networking features for enterprise environments. Hands-on demos and best practices are provided to help you confidently manage APIs in Azure.

This module guides learners through the process of establishing secure point-to-site connections to Azure using VPN Gateway. You will explore both manual and automated deployment methods, certificate generation, and secure access to Azure Virtual Network resources. By the end, you'll be able to configure, deploy, and manage VPN connectivity for hybrid cloud scenarios.

This module guides learners through the process of connecting on-premises networks to Azure using Site-to-Site VPN Gateway. You will explore configuration steps, security considerations, and compare hybrid connectivity options such as ExpressRoute. Practical demonstrations and knowledge checks reinforce key concepts and deployment procedures.

This module introduces the Azure DNS Private Resolver, focusing on its function in managing DNS queries within private and hybrid cloud environments. Learners will gain hands-on experience configuring DNS Private Resolvers for both Azure-to-Azure and on-premises-to-Azure scenarios, and review best practices for secure and efficient domain name resolution.

This module introduces Azure Monitoring Private Link Service (AMPLS) and demonstrates how to securely monitor resources within private networks. Learners will explore key features, use cases, and integration techniques for AMPLS with services like Log Analytics and Monitor Workspace. The module also covers best practices for implementing private monitoring and observability in Azure environments.

This module explores how to efficiently manage DNS records at scale using Azure Policy, both through the Azure portal and with Terraform automation. Learners will gain practical skills in configuring, automating, and centralizing DNS management for improved governance and control.

This module guides learners through the architecture, deployment, and management of Azure Virtual WAN, including hands-on demos using both the Azure portal and Terraform. Participants will explore advanced networking concepts such as vHUB scaling, routing intent, secure connectivity, firewall policies, and integration of shared services like Azure Bastion. By the end, learners will be equipped to design and implement robust, scalable, and secure global networks in Azure.

This module guides learners through deploying and configuring the OpnSense open-source firewall in cloud environments, with a focus on Azure. You will explore secure network architectures, including hub-and-spoke topologies and VPN integration using WireGuard, and gain hands-on experience with firewall rule management and automation tools.