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Practical Labs for AZ-700: Designing Microsoft Azure Network Solutions

The AZ-700 Designing and Implementing Microsoft Azure Networking Solutions certification is one of the most recognized credentials for professionals aiming to advance their expertise in cloud networking. As organizations increasingly adopt Azure cloud services to streamline operations, the demand for skilled Azure network engineers continues to rise. These professionals are tasked with planning, deploying, and managing secure and scalable network solutions tailored to business requirements.

The certification validates the ability to design, implement, and monitor networking solutions in Azure, including hybrid networking, application delivery, and security controls. It is targeted at individuals who already have foundational knowledge of Azure networking, network protocols, and cloud infrastructure management. Hands-on experience with deploying virtual networks, firewalls, load balancers, and private endpoints is essential to successfully passing the certification exam.

By completing the AZ-700 certification, professionals can demonstrate their proficiency in optimizing network performance, enhancing resiliency, implementing security policies, and troubleshooting connectivity issues. The certification prepares candidates for roles such as Azure network engineer, cloud solution architect, and network administrator.

Overview of Azure Networking Concepts

Before diving into hands-on labs, it is crucial to understand core Azure networking concepts. Azure provides a rich set of networking features that enable secure, reliable, and scalable communication between resources. Virtual networks act as the backbone of Azure networking, allowing resources like virtual machines, web apps, and databases to communicate securely.

Subnets segment virtual networks into smaller address spaces, which can be used to isolate workloads. Network Security Groups control inbound and outbound traffic, allowing administrators to enforce granular security policies. Azure Load Balancers and Application Gateways provide traffic distribution and application delivery services, ensuring high availability and optimal performance.

Hybrid networking allows seamless integration between on-premises and cloud environments. This is achieved through VPN gateways, ExpressRoute connections, and Azure Firewall configurations. Additionally, Azure Private Link and private endpoints provide secure access to Azure services without exposing resources to the public internet.

Understanding these concepts is crucial for completing hands-on labs successfully, as each lab is designed to simulate real-world scenarios and challenges that Azure network engineers encounter.

Benefits of Hands-On Labs for AZ-700

Hands-on labs provide an interactive environment where learners can deploy, configure, and test Azure networking solutions without impacting production systems. These labs offer practical experience with Azure Resource Manager templates, Bicep deployments, and portal-based configurations. By working through lab exercises, candidates can reinforce theoretical knowledge and gain confidence in applying concepts to real-world scenarios.

Hands-on labs also facilitate learning by allowing experimentation. Candidates can explore different network configurations, test security rules, and simulate failure scenarios. This approach helps in understanding how Azure networking components interact, how to troubleshoot connectivity issues, and how to optimize network design for performance and security.

Moreover, hands-on labs guide following best practices, ensuring that solutions are aligned with Microsoft’s recommendations. They help learners develop skills in automating deployments using templates, configuring complex network topologies, and securing resources against potential threats. Ultimately, these labs prepare candidates for the AZ-700 certification exam and equip them with practical knowledge applicable in professional settings.

Build an Azure App Service Using an ARM Template

Deploying an Azure App Service using an ARM template allows candidates to understand infrastructure-as-code principles. This lab involves registering an Azure account, examining the ARM template, deploying it, and verifying the deployment. The ARM template defines all necessary resources for the App Service, including hosting plans, configurations, and networking settings.

Through this exercise, learners gain insight into how ARM templates simplify resource deployment and provide consistent configurations across environments. They also learn how to troubleshoot template errors and validate deployment outcomes. By mastering this lab, candidates acquire essential skills in automating deployments and managing Azure resources efficiently.

Build an Azure Firewall With Multiple Public IP Addresses Using ARM Templates

This lab focuses on deploying an Azure Firewall with multiple public IP addresses using ARM templates. Candidates explore how to define firewall rules, configure IP addresses, and validate firewall operations. The lab emphasizes the importance of securing Azure workloads by controlling inbound and outbound traffic.

Participants learn to examine ARM templates, deploy them, and monitor firewall logs to ensure correct traffic flow. By completing this lab, candidates develop expertise in implementing network security solutions that protect resources from unauthorized access and potential threats.

Building Private Link Services via ARM Templates

Private Link services provide secure connectivity between Azure resources and client networks. In this lab, candidates learn to create private link services using ARM templates and grant access to resources behind a default load balancer.

The lab involves registering an Azure account, reviewing the template, deploying the resources, and testing connectivity. By completing this lab, learners gain practical experience in enabling private communication between services, ensuring data security, and reducing exposure to the public internet. This skill is critical for designing secure network architectures in enterprise environments.

Implement Azure Firewall With Availability Zones via ARM Template

Deploying Azure Firewall with availability zones ensures high availability and fault tolerance for network security solutions. This lab guides candidates through creating a firewall instance across multiple availability zones using an ARM template.

Participants register in the Azure portal, examine the template, deploy the firewall, and inspect the deployment. The lab demonstrates how availability zones enhance resiliency by distributing resources across physically separated locations within a region. Candidates also learn to configure firewall rules and validate network traffic, gaining hands-on experience with high-availability architectures.

Build a Private Endpoint Using an ARM Template

Private endpoints enable secure access to Azure services over a private network. In this lab, learners use ARM templates to deploy a private endpoint connected to a SQL database instance running on a virtual machine.

The lab steps include registering in Azure, examining the ARM template, deploying the endpoint, and verifying connectivity. Candidates understand how private endpoints reduce exposure to public networks, enforce security, and support hybrid connectivity scenarios. This lab strengthens knowledge of secure access configurations in Azure networking.

Build a Front Door Using ARM Templates

Azure Front Door provides global load balancing and application delivery services. This lab covers deploying a Front Door using an ARM template. Candidates register in Azure, review the template, deploy it, and inspect the deployment.

Through this exercise, learners understand how to configure routing rules, backend pools, and health probes. The lab reinforces concepts of application availability, performance optimization, and secure traffic management in cloud networks. By mastering this lab, candidates develop practical skills in designing scalable and resilient application delivery solutions.

Build Internal Load Balancers to Load Balance Virtual Machines

Internal load balancers distribute traffic among virtual machines within a virtual network. This lab involves creating virtual networks, deploying load balancers, configuring NAT gateways, and setting up test virtual machines. Participants install web services, verify traffic distribution, and troubleshoot connectivity issues.

The lab provides experience in configuring internal load balancing, ensuring workload redundancy, and maintaining high availability. Candidates learn to monitor and adjust load balancer settings, apply health probes, and optimize backend performance. These skills are essential for designing enterprise-grade network solutions in Azure.

Build Traffic Manager Profiles Using ARM Templates

Azure Traffic Manager enables intelligent routing of network traffic based on endpoint performance, geographic location, or user-defined rules. This lab guides learners in creating Traffic Manager profiles using ARM templates.

Candidates register in Azure, examine the template, deploy resources, and validate traffic routing. The lab emphasizes monitoring endpoint health, configuring failover mechanisms, and optimizing traffic for performance and reliability. By completing this lab, candidates gain expertise in implementing global load balancing solutions and enhancing application availability.

Creating NAT Gateways Through ARM Templates

NAT gateways in Azure simplify outbound connectivity for virtual networks while keeping inbound traffic controlled and secure. This hands-on lab teaches candidates how to deploy NAT gateways using Azure Resource Manager templates.

The lab begins with registering in the Azure portal and reviewing the ARM template. Candidates deploy the NAT gateway to their virtual network, associate it with subnets, and inspect the deployment to verify proper connectivity. By completing this lab, learners understand how NAT gateways provide scalable outbound network access, how to assign public IP addresses, and how to monitor traffic logs for operational insights. This knowledge is crucial for managing hybrid network scenarios and ensuring secure communication between virtual networks and the public internet.

Direct Web Traffic with Azure Application Gateways Using ARM Templates

Application Gateways provide layer-7 routing for web traffic in Azure, enabling secure and efficient application delivery. This lab focuses on deploying an Application Gateway through an ARM template and testing its functionality.

Participants register in Azure, examine the template, deploy resources, and validate traffic routing. The lab teaches candidates to configure backend pools, listeners, and routing rules. Learners also gain practical experience in implementing SSL termination, URL-based routing, and WAF policies. By completing this exercise, candidates strengthen their ability to manage application traffic, improve performance, and enhance security in enterprise environments.

Building Azure Firewall and Policy in a Hybrid Network

Hybrid networks combine on-premises infrastructure with Azure cloud resources. This lab demonstrates how to deploy Azure Firewall in a hybrid network to manage and secure traffic flows.

The lab begins with registering in Azure and creating hub and spoke virtual networks. Candidates establish on-premises connectivity using VPN gateways, implement firewall policies, and link the networks. They deploy virtual machines to simulate workloads and run tests to verify traffic filtering. This exercise helps learners understand traffic inspection, threat prevention, and policy enforcement in a hybrid environment. It also illustrates how Azure Firewall integrates with virtual networks, VPN connections, and security policies for seamless operations.

Using Traffic Managers to Route Traffic to Specific Endpoints Based on User Subnets

This lab focuses on routing traffic intelligently using Azure Traffic Manager profiles based on user subnets. Candidates set up virtual machines hosting web applications, configure DNS entries, and create Traffic Manager profiles with customized routing rules.

The lab involves adding endpoints, testing user access, and monitoring traffic flows. By completing this exercise, learners gain hands-on experience in optimizing user experience, balancing load across regions, and applying geo-proximity and performance-based routing. This skill is essential for designing global applications that maintain high availability and low latency.

Build Inbound NAT Rules for a Single Virtual Machine Using the Azure Portal

Inbound NAT rules control how external traffic reaches virtual machines behind a load balancer. This lab guides learners through creating a single VM, configuring a load balancer, and setting up NAT rules in the Azure portal.

Candidates deploy virtual machines, configure NAT gateway settings, and test connectivity to the web server. The lab provides practical insights into securing remote access, translating ports for inbound connections, and troubleshooting NAT configurations. Completing this exercise ensures that learners can implement secure and manageable inbound traffic routing.

Building Private Link Service Using Bicep

Azure Bicep simplifies the creation of cloud infrastructure using declarative templates. This lab teaches candidates to deploy private link services with Bicep files.

The exercise includes registering in Azure, reviewing the Bicep file, deploying the private link service, and testing connectivity to resources behind a load balancer. Learners gain an understanding of how Bicep automates resource creation, maintains consistency, and integrates with other Azure services. The lab reinforces concepts of private connectivity, secure access, and resource isolation.

Creating Azure App Services Through Bicep

This lab focuses on deploying Azure App Services using Bicep, enabling candidates to automate application hosting and configurations.

Participants register in Azure, examine the Bicep file, deploy the service, and inspect deployments. The exercise demonstrates how Bicep improves resource management, simplifies scaling, and ensures consistent configurations. Candidates gain practical experience in automating deployments, integrating with networking resources, and maintaining high availability for applications.

Creating Private Endpoints Using Bicep

Private endpoints allow secure access to Azure services over a private network. In this lab, learners use Bicep templates to create a private endpoint for a SQL database on a virtual machine.

The exercise involves registering in Azure, deploying the Bicep file, and validating connectivity. Candidates learn to manage DNS configurations, ensure secure traffic flow, and monitor private endpoint activity. This lab strengthens their skills in implementing secure network architectures and protecting sensitive data from public exposure.

Building Front Doors via Bicep

Azure Front Door provides global load balancing and application acceleration. This lab demonstrates deploying Front Door using Bicep templates.

Participants register in Azure, deploy the Bicep template, configure backend pools, routing rules, and health probes, and test traffic routing. The lab teaches candidates how to enhance application performance, secure traffic, and manage global traffic distribution. Completing this lab equips learners with the skills needed to deliver reliable and scalable applications in cloud environments.

Securing Virtual Hubs via Azure Firewall Managers

Virtual hubs enable centralized connectivity and security management in Azure. This lab focuses on deploying a secure virtual hub, connecting spoke networks, and managing traffic through Azure Firewall Managers.

The exercise involves registering in Azure, creating hub and spoke virtual networks, linking resources, and configuring firewall policies. Candidates deploy workload servers and verify connectivity while monitoring firewall logs. The lab highlights strategies for traffic inspection, threat prevention, and policy enforcement across multiple networks. By completing this exercise, learners develop proficiency in securing complex network topologies and ensuring compliance with enterprise security requirements.

Build Virtual Networks

Virtual networks form the foundation of Azure networking. This lab guides learners through creating a virtual network, deploying virtual machines, and verifying connectivity.

Participants register in Azure, configure subnets, assign IP addresses, and test communication between virtual machines. The exercise demonstrates essential networking concepts such as routing, address management, and network segmentation. Candidates gain hands-on experience in designing and managing network infrastructures, preparing them for more advanced Azure networking scenarios.

Understanding Network Security Group Rules

Network Security Groups (NSGs) control traffic flow within Azure virtual networks. In this lab, learners deploy virtual machines and apply NSG rules to regulate inbound and outbound traffic.

The exercise includes registering in Azure, creating NSGs, defining rules for RDP and HTTP traffic, and testing connectivity. Candidates learn to monitor network activity, enforce security policies, and troubleshoot traffic issues. This lab reinforces fundamental security principles and prepares candidates for configuring secure network environments in production.

Building a Basic Load Balancer

Load balancers distribute traffic among multiple virtual machines to ensure high availability and reliability. This lab demonstrates how to build a basic load balancer and configure backend pools.

Participants register in Azure, create virtual machines, install IIS, configure load balancing rules, and test traffic distribution. The exercise provides practical knowledge of health probes, fault tolerance, and traffic monitoring. Completing this lab equips learners with the skills to maintain continuous service availability and optimize performance for critical applications.

Implementing and Testing an Azure Firewall via Templates

Deploying an Azure Firewall using templates allows learners to automate security infrastructure while enforcing traffic rules. This lab covers deploying the firewall, creating application and network rules, and testing connectivity.

Participants register in Azure, configure templates, implement firewall rules, and validate functionality. The exercise emphasizes monitoring, troubleshooting, and optimizing security policies. By completing this lab, learners gain practical experience in managing network security at scale, ensuring compliance, and protecting resources from unauthorized access.

Service Endpoints and Protecting Storage

Service endpoints extend virtual networks to Azure services while keeping traffic secure. This lab guides learners in configuring service endpoints for Azure storage accounts and protecting data.

Participants register in Azure, build virtual networks and subnets, configure NSGs, and integrate storage services. The exercise tests connectivity from private and public subnets, demonstrating access control and secure network design. Candidates gain practical experience in safeguarding data, applying security policies, and managing network access efficiently.

Filter Inbound Internet Traffic with Azure Firewall Policy DNAT

Destination Network Address Translation (DNAT) enables controlled inbound traffic flow. This lab teaches candidates how to implement DNAT policies using Azure Firewall.

Participants register in Azure, create hub and spoke virtual networks, configure VNet peering, deploy virtual machines, and implement DNAT rules. The lab emphasizes monitoring and validating inbound traffic to ensure compliance and security. Completing this exercise provides learners with advanced skills in controlling internet traffic and managing firewall policies in complex network topologies.

Building Hybrid Network Architectures

Hybrid networking allows integration between on-premises infrastructure and Azure cloud resources. Understanding hybrid networking is critical for organizations that require seamless connectivity, high availability, and secure data transfer between local data centers and cloud services.

This lab guides candidates through designing and deploying a hybrid network with a hub-and-spoke topology. Participants start by registering in the Azure portal and creating hub and spoke virtual networks. They establish site-to-site VPN connections to simulate on-premises infrastructure and configure virtual network peering for resource communication between hub and spoke networks.

The lab emphasizes designing for resiliency by creating redundant VPN gateways, configuring failover paths, and testing network connectivity. Learners also implement firewall policies to manage traffic between on-premises and cloud environments. Completing this lab ensures candidates can design hybrid solutions that maintain high performance, reliability, and security while meeting enterprise requirements.

Configuring Application Traffic Routing

Optimizing application traffic is essential for improving performance, minimizing latency, and enhancing end-user experience. This lab focuses on implementing Azure Traffic Manager profiles and Application Gateway routing to manage web application traffic across multiple regions.

Candidates begin by registering in Azure and deploying virtual machines hosting web applications in different regions. They create Traffic Manager profiles to define routing methods based on performance, geographic location, and priority. Participants configure Application Gateways to distribute web traffic, implement SSL termination, and apply URL-based routing rules.

The lab also includes testing failover scenarios, monitoring endpoint health, and adjusting routing configurations for optimal performance. Through this exercise, learners develop hands-on skills in managing traffic for globally distributed applications and ensuring that end-users receive fast and reliable access to services.

Implementing High Availability and Fault Tolerance

High availability and fault tolerance are critical objectives for cloud networking. This lab demonstrates deploying Azure Firewall and load balancers across availability zones to ensure continuous service operation in case of failures.

Participants register in Azure, deploy firewalls and load balancers in multiple zones, and configure backend pools for redundancy. They test failover scenarios by simulating virtual machine or service outages and monitoring traffic rerouting. The lab teaches candidates to configure health probes, application monitoring, and alerting to detect and respond to failures.

By completing this lab, learners gain practical experience in designing resilient network solutions that maintain service continuity during disruptions, a key skill for enterprise-level Azure deployments.

Securing Azure Virtual Hubs

Azure Virtual Hubs provide centralized management for traffic flow and security in large-scale cloud networks. This lab focuses on securing virtual hubs with Azure Firewall policies, routing traffic through hubs, and connecting multiple spoke networks.

Candidates register in Azure, deploy hub and spoke virtual networks, and configure firewall policies to enforce security rules. They link workload servers to the virtual hub and validate traffic routing while monitoring firewall logs. The lab reinforces concepts of traffic inspection, threat prevention, and policy enforcement in multi-network environments.

Completing this exercise equips learners with skills to manage complex topologies securely, ensuring that all traffic between workloads and external endpoints adheres to enterprise security standards.

Deploying Private Endpoints for Secure Access

Private endpoints are critical for protecting Azure services from public exposure. This lab demonstrates deploying private endpoints using ARM templates and Bicep files to allow secure access to services such as SQL databases and storage accounts.

Participants register in Azure, configure virtual networks and subnets, deploy private endpoints, and test connectivity from internal networks. The lab includes DNS configuration, verifying secure access, and monitoring endpoint activity. Learners gain hands-on experience in reducing exposure to public networks, implementing secure connections, and managing access control policies.

This lab reinforces the importance of private connectivity and prepares candidates to implement security best practices for enterprise applications.

Implementing Advanced Load Balancing

Load balancing ensures that traffic is distributed efficiently across virtual machines and services. This lab explores both internal and external load balancers, demonstrating traffic distribution, health monitoring, and redundancy.

Candidates register in Azure, deploy virtual machines, and configure load balancers with backend pools, health probes, and NAT rules. The lab includes testing traffic distribution under various conditions, adjusting load balancing rules, and monitoring performance metrics. Learners gain insight into high-availability configurations, traffic optimization, and fault tolerance.

This experience helps candidates develop skills in managing mission-critical applications and ensuring consistent performance under varying loads.

Monitoring and Troubleshooting Network Environments

Monitoring and troubleshooting are essential skills for Azure network engineers. This lab focuses on using Azure Network Watcher, diagnostic tools, and logging to identify and resolve connectivity issues.

Participants register in Azure, enable network monitoring, configure alerts, and examine traffic flows between virtual machines, load balancers, and firewalls. The lab includes analyzing NSG rules, firewall logs, and endpoint connectivity. Candidates learn to troubleshoot common issues such as misconfigured routes, blocked traffic, and connectivity failures.

By completing this lab, learners develop expertise in monitoring network health, optimizing performance, and proactively identifying potential threats, ensuring a robust and secure network environment.

Implementing Azure Firewall Policies and DNAT

Azure Firewall policies allow centralized control over network traffic. This lab demonstrates implementing destination network address translation (DNAT) rules to manage inbound traffic securely.

Candidates register in Azure, deploy hub and spoke networks, configure firewall policies, and create DNAT rules for inbound traffic. The lab emphasizes validating traffic flow, monitoring policy enforcement, and troubleshooting issues. Learners gain practical experience in translating and filtering inbound traffic while ensuring secure access to internal resources.

This lab reinforces advanced security skills, enabling candidates to design secure, scalable, and efficient network architectures.

Deploying Front Door for Global Traffic Management

Azure Front Door accelerates web applications and provides global load balancing. This lab guides candidates through deploying Front Door using ARM templates and Bicep files.

Participants register in Azure, configure backend pools, define routing rules, and implement health probes. They test traffic routing across multiple regions and monitor application performance. The lab emphasizes optimizing user experience, ensuring high availability, and securing traffic.

By completing this lab, learners gain expertise in delivering global applications with low latency and resilient performance, a critical skill for enterprise networking.

Configuring Application Gateway Web Application Firewall

The Application Gateway Web Application Firewall (WAF) protects web applications from common security threats. This lab focuses on configuring WAF policies, rule sets, and monitoring alerts.

Candidates register in Azure, deploy Application Gateway instances, configure WAF rules, and test traffic inspection. They analyze logs for detected threats, tune rules for optimal protection, and validate security enforcement. This lab provides practical skills in securing applications from SQL injection, cross-site scripting, and other common attacks.

Completing this exercise equips learners with the knowledge to implement enterprise-level web application security measures in Azure.

Managing Traffic Manager for Subnet-Based Routing

Subnet-based routing ensures users connect to the optimal endpoint based on their location and subnet configuration. This lab teaches candidates to configure Traffic Manager profiles with subnet routing, deploy test virtual machines, and monitor traffic.

Participants register in Azure, configure endpoints, adjust routing rules, and simulate traffic scenarios. They validate that users from different subnets access the appropriate backend resources. This exercise develops skills in routing optimization, performance monitoring, and traffic management for large-scale deployments.

Implementing High-Security Policies for Storage and App Services

Protecting storage accounts and applications requires enforcing NSG rules, private endpoints, and service endpoints. This lab demonstrates configuring security policies for Azure storage accounts, App Services, and virtual machines.

Candidates register in Azure, deploy resources, configure subnets, and implement NSG and firewall rules. They test access permissions, validate security restrictions, and monitor network activity. Learners gain experience in designing secure cloud solutions, safeguarding sensitive data, and enforcing compliance standards.

Completing this lab ensures candidates are well-equipped to secure both compute and storage resources in Azure.

Testing and Validating Azure Networking Solutions

Validation is a crucial step in any network deployment. This lab focuses on verifying the configuration, connectivity, and performance of all previously deployed networking resources.

Participants register in Azure, run connectivity tests, analyze logs, and simulate failure scenarios to test resiliency. They validate firewall rules, load balancer behavior, NAT gateway functionality, and routing policies. The exercise emphasizes troubleshooting misconfigurations and identifying performance bottlenecks.

By completing this lab, learners gain confidence in validating end-to-end Azure networking solutions and ensuring that all components operate according to design specifications.

Optimizing Network Performance and Security

Optimizing network performance involves fine-tuning routing, load balancing, and firewall policies while maintaining strong security measures. This lab teaches candidates to analyze traffic patterns, implement performance improvements, and enforce security policies efficiently.

Participants register in Azure, use monitoring tools, adjust load balancer settings, refine routing rules, and test firewall configurations. They evaluate throughput, latency, and security compliance. Completing this lab equips learners with skills to optimize enterprise network architectures for speed, reliability, and security.

Building Multi-Region Virtual Networks

Designing virtual networks across multiple Azure regions ensures high availability, disaster recovery, and low-latency connectivity for global applications. This lab teaches candidates to deploy virtual networks in multiple regions, configure virtual network peering, and establish cross-region communication.

Participants register in Azure, create virtual networks in two or more regions, configure subnets, and implement peering relationships. They test connectivity between regions, simulate network failures, and validate failover mechanisms. Completing this lab ensures candidates understand the complexities of multi-region networking, routing policies, and resilience strategies necessary for enterprise-scale deployments.

Implementing Hub-and-Spoke Architectures at Scale

Hub-and-spoke architectures centralize connectivity, security, and management. This lab focuses on deploying hub-and-spoke networks at scale, connecting multiple spokes to a central hub for efficient traffic flow and simplified administration.

Candidates register in Azure, deploy hub networks with firewalls, configure spoke networks, and establish virtual network peering. They implement routing tables and test traffic between spokes and the hub. The lab emphasizes scalability, security, and manageability, teaching learners to design efficient network topologies that reduce operational complexity while maintaining high performance and security standards.

Configuring Azure Firewall Manager for Centralized Security

Azure Firewall Manager provides centralized policy management for multiple firewalls across a network. This lab guides learners through deploying Firewall Manager, linking Azure Firewall instances, and creating centralized security policies.

Participants register in Azure, deploy firewalls in hub and spoke networks, configure Manager policies, and test enforcement across networks. The lab also includes creating applications and network rules, monitoring policy compliance, and troubleshooting enforcement issues. Candidates gain practical experience in managing security at scale and implementing consistent policies across multiple network segments.

Deploying Application Gateways with Path-Based Routing

Application Gateways with path-based routing optimize web application performance by directing requests based on URL paths. This lab demonstrates configuring path-based routing, multiple listeners, and backend pools for web applications.

Participants register in Azure, deploy Application Gateway instances, configure routing rules, and test application traffic. The lab emphasizes SSL offloading, URL-based redirection, and WAF integration for security. Completing this lab equips learners with the skills to deliver high-performance, secure web applications while optimizing traffic flow across resources.

Implementing Private Link Services for Secure Resource Access

Private Link services allow secure access to Azure resources from virtual networks without exposing them to the public internet. This lab focuses on deploying private link services using ARM templates and Bicep, connecting applications securely to SQL databases and storage accounts.

Participants register in Azure, deploy private link services, configure DNS, and validate connectivity. The lab demonstrates creating private endpoints, monitoring access, and enforcing security policies. By completing this exercise, learners strengthen their understanding of private connectivity, secure resource access, and compliance with organizational security requirements.

Configuring NAT Gateways for Efficient Outbound Traffic

NAT gateways provide scalable and secure outbound connectivity for virtual networks. This lab teaches candidates to deploy NAT gateways, associate them with subnets, and test outbound traffic.

Participants register in Azure, deploy NAT gateways, configure public IP addresses, and validate traffic flow. They analyze logs and monitor performance metrics. The lab reinforces practical skills in controlling outbound connectivity, optimizing resource utilization, and maintaining secure network operations.

Deploying Front Door for Global Application Delivery

Azure Front Door enables global load balancing and accelerates web applications by directing users to the nearest endpoint. This lab guides learners through deploying Front Door using ARM templates, configuring routing rules, backend pools, and health probes.

Participants register in Azure, deploy Front Door, define routing rules for multiple regions, and test global traffic distribution. The lab also covers SSL termination, caching strategies, and monitoring application performance. Completing this lab equips candidates with the ability to manage global applications efficiently, ensuring low latency, high availability, and enhanced user experience.

Implementing Traffic Manager for Performance-Based Routing

Traffic Manager improves performance by directing traffic based on endpoint latency, priority, or geographic location. This lab teaches candidates to create Traffic Manager profiles, configure endpoints, and test routing behaviors.

Participants register in Azure, deploy virtual machines in different regions, configure Traffic Manager profiles, and validate traffic distribution. The lab includes testing failover scenarios and monitoring endpoint health. Completing this exercise reinforces learners’ skills in managing traffic for distributed applications while optimizing performance and reliability.

Securing Network Environments with NSG Rules and Policies

Network Security Groups enforce inbound and outbound traffic rules at the subnet or network interface level. This lab demonstrates configuring NSG rules, monitoring traffic, and validating security policies.

Participants register in Azure, create NSGs, define rules for specific ports and protocols, and apply them to virtual machines and subnets. They test connectivity, troubleshoot blocked traffic, and monitor logs. By completing this lab, learners develop hands-on experience in securing virtual networks, protecting resources, and ensuring compliance with enterprise security policies.

Implementing Application Gateway Web Application Firewall Policies

The Application Gateway Web Application Firewall protects web applications from threats such as SQL injection and cross-site scripting. This lab focuses on configuring WAF policies, rule sets, and monitoring alerts.

Participants register in Azure, deploy Application Gateway with WAF enabled, configure rule sets, and test traffic inspection. The lab includes reviewing logs, tuning policies for optimal protection, and validating threat detection. Completing this exercise equips learners with practical skills to secure enterprise web applications and enforce compliance standards.

Deploying Internal and External Load Balancers

Load balancers distribute traffic efficiently and maintain high availability. This lab demonstrates deploying internal and external load balancers, configuring backend pools, health probes, and NAT rules.

Participants register in Azure, deploy virtual machines, configure load balancers, and test traffic distribution. The lab emphasizes monitoring, troubleshooting, and optimizing performance. Learners gain practical skills in ensuring resilient and scalable application deployments while maintaining efficient network traffic management.

Implementing Hub-and-Spoke Security with Firewall Policies

Securing hub-and-spoke architectures requires centralized firewall policies and traffic inspection. This lab guides candidates in configuring policies for traffic between hub and spoke networks, monitoring compliance, and troubleshooting security issues.

Participants register in Azure, deploy firewalls in hubs, configure spoke networks, and validate traffic flow. The lab emphasizes auditing, monitoring, and policy enforcement. Completing this exercise equips learners with the skills to maintain secure network architectures at scale and enforce consistent security across all network segments.

Testing and Validating Complex Network Configurations

Validation ensures deployed networks meet design objectives, performance standards, and security requirements. This lab teaches candidates to test connectivity, monitor traffic, and troubleshoot issues in complex network environments.

Participants register in Azure, run connectivity tests between virtual machines, load balancers, and firewalls, and simulate failure scenarios. They validate routing policies, NAT gateway configurations, firewall enforcement, and application delivery rules. The lab emphasizes systematic testing, problem identification, and resolution, providing hands-on experience in managing production-ready network infrastructures.

Monitoring and Optimizing Network Performance

Monitoring tools such as Azure Network Watcher and traffic analytics provide insights into performance, utilization, and potential bottlenecks. This lab demonstrates setting up monitoring, collecting metrics, analyzing logs, and implementing performance improvements.

Participants register in Azure, enable diagnostic settings, configure alerts, and monitor traffic between virtual networks, firewalls, and load balancers. They identify performance issues, optimize routing and load balancing, and validate improvements. Completing this lab equips learners with practical skills to ensure efficient and reliable network operations, enhancing application performance and user experience.

Automating Azure Network Deployments with ARM and Bicep

Automation reduces errors, increases efficiency, and ensures consistent deployments. This lab focuses on deploying networking resources using ARM templates and Bicep files, covering virtual networks, subnets, firewalls, private endpoints, and load balancers.

Participants register in Azure, review ARM templates and Bicep files, deploy resources, and verify successful deployments. The lab emphasizes modular template design, reusable configurations, and automated validation. Learners gain hands-on experience in managing infrastructure as code, ensuring consistent and scalable network deployments in production environments.

Integrating Security and Compliance Controls

Maintaining security and compliance is critical in enterprise networks. This lab guides candidates in implementing security policies, auditing network configurations, and monitoring compliance across virtual networks, firewalls, and application gateways.

Participants register in Azure, deploy NSGs, firewall policies, private endpoints, and monitor network activity for compliance. They validate configurations against organizational standards and troubleshoot deviations. Completing this lab ensures learners understand how to enforce security, maintain regulatory compliance, and protect sensitive data in Azure networking environments.

Conclusion:

The final set of AZ-700 hands-on labs consolidates knowledge from previous parts and emphasizes advanced networking, security, and optimization strategies. Candidates gain experience in multi-region deployments, hub-and-spoke architectures, traffic routing, high availability, security enforcement, and monitoring.

Best practices highlighted include designing scalable networks, implementing centralized security policies, automating deployments, monitoring performance, and validating configurations. These labs prepare candidates to handle real-world networking scenarios efficiently while ensuring reliability, security, and compliance.

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