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Conquer the AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam!

Introduction

Are you getting ready for the AZ-700 test? This blog will provide a thorough study plan to help you prepare for the AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam!

The technical tasks included in this exam are Routing, Networks, Hybrid Networks, Core Networking Transportation, Private Connectivity to Azure Services, and Security and Monitoring.

As part of an all-encompassing security empowerment plan, you will be assessed on your understanding of managing and implementing hybrid networking, basic networking architecture, routing, and evaluation to protect applications and data in cloud and hybrid networks.

With links to other resources and a review of the subjects the test may cover, this study help should help you prepare for what you can anticipate on the AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam. This page contains resources and information that should assist you in narrowing your study objectives as you prepare for the test.

So, continue reading and exploring to learn how you can pass the AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam in 2024.

What is the AZ-700 Microsoft Azure Networking Solutions Exam?

The two sections of the AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam involve the design and implementation of routing and designing and implementing core networking architecture.

The developing and executing Microsoft Azure Networking Solutions exam also referred to as the Microsoft Azure AZ-700 exam, is intended to assess a candidate’s knowledge and proficiency in developing and executing networking applications on the Microsoft Azure platform. The exam’s complexity might change based on a person’s familiarity with and expertise with Azure networking technologies.

Before taking the AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam, applicants should ensure they have a firm grasp of Azure networking fundamentals, design patterns, and recommended procedures for deployment. To help students prepare for the test, they should also have practical experience building and executing Azure networking solutions.

What Knowledge Will The AZ-700 Exam Impart To You?

The AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam evaluates your comprehension of site-to-site and point-to-site VPN links, Azure ExpressRoute, and related technologies. Moreover, create and execute Azure Virtual WAN topologies, name solutions, cross-virtual network links, and private Internet Protocol (IP) addresses for virtual networks;

Additionally, build, implement, protect, and monitor networks using Azure’s firewall, Web Application Firewall (WAF), Network Security Groups (NSGs), Microsoft Azure Monitor, and other tools; additionally, create and install Azure Privat IP addresses.

AZ-700 Microsoft Azure Networking Solutions Exam Details

Here are the AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam details you must know before taking the actual exam in 2024:

• Exam Name: Designing and Implementing Microsoft Azure Networking Solutions
• Exam Code: AZ-700
• Number of Questions: 40-60
• Exam Duration: 150 minutes
• Passing Score: 700/1000
• Exam Fee: $165 USD

AZ-700 Microsoft Azure Networking Solutions Exam Domains

Here are the domains for the AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam you must know before taking the actual exam in 2024:

1. Create and put into use the fundamental networking infrastructure (25–30%)

• Create and deploy Azure resource IP addressing.

• Create and put into action address spaces and network segmentation.
• Form an online network (VNet).
• Prepare and set up subnetting for Azure Bastion, VNet gateways, personal endpoints, service endpoints, app gateways, firewalls, and VNet-integrated platform resources, among other services.
• Arrange and set up subnet delegation.
• Create and set up dedicated or shared subnets.
• Make a designation for public IP addresses.
• When to utilize a public IP address prefix is up to you.
• Create and put into action a unique prefix for your public IP address (bringing your IP)
• Make your IP address public.
• Link resources to public IP addresses
• Create and put into action name resolution.

• Resolution of design names within a VNet
• Modify a VNet’s DNS settings.
• Create public DNS zones.
• Create private DNS zones.
• Set up your private and public DNS zones.
• Connect a VNet to a private DNS zone.
• Create and put into use an Azure DNS Private Resolver.
• Create and put VNet routing and connection into use.

• Create a service chain that includes gateway transit design.
• Put VNet peering into practice.
• Utilizing Azure Virtual Network Manager, create and maintain virtual networks.
• Create and put into action user-defined routes (UDRs)
• Link a subnet to a route table.
• Set up compelled tunneling.
• Analyze and fix problems with routing.
• Create and put the Azure Route Server into use.
• Determine which applications a network address translation (NAT) gateway is suitable for.
• Put in place a NAT gateway
• Keep an eye on networks
• Set up Azure Network Watcher’s monitoring, network diagnosis, and logging.
• Use Microsoft Azure Network Watcher to track and diagnose network health.
• Utilizing Azure to monitor and debug networks

• Keep an eye on Network Insights.
• Turn on and keep an eye on distributed denial-of-service (DDoS) defenses.
• Examine the network security suggestions that Microsoft Defender found for the Cloud Secure Score.
• Examine the network security suggestions that Microsoft Defender For the Cloud Attack Path Analysis has found.
• Use Microsoft Defender for Cloud Protection in Explorer to find network resources.

2. Create, put into practice, and oversee connection services (20–25%)

• Create, set up, and oversee a VPN connection between two locations.

• Create a site-to-site VPN connection with high availability in mind.
• Choose the right VNet gateway stock-keeping unit (SKU) based on the site-to-site VPN needs.
• Establish a VPN link between two locations.
• Determine when to utilize a VPN connection that is route-based or policy-based.
• Establish and customize a local network gateway.
• Establish an Internet Key Exchange (IKE)/IPsec policy.
• Establish a virtual network port and configure it.
• Identify and fix problems with virtual network gateway connection.
• Put Azure Extended Network into Practice
• Construct, carry out, and oversee a point-to-site virtual private network.

• Choose the right virtual network gateway Version for your point-to-site VPN needs.
• Choose and set up a kind of tunnel.
• Choose a suitable authentication technique.
• Set up authentication using RADIUS.
• Use Microsoft Entra ID to configure authentication.
• Use a file with the VPN client setup.
• Determine the cause of and fix client-side and authentication problems.
• Describe Azure’s needs for the Always On VPN.
• Indicate the prerequisites for the Azure Network Adapter.
• Create, put into use, and oversee Azure ExpressRoute.

• Choose a model of connection for ExpressRoute.
• Pick a suitable ExpressRoute tier and SKU.
• ExpressRoute must be designed and implemented to satisfy disaster recovery, redundancy, and cross-regional connection specifications.
• Create and execute ExpressRoute options like ExpressRoute Direct, FastPath, and Global Reach.
• Select between Microsoft peered only, Azure private peeking, or both.
• Set up private peering on Azure.
• Set up Microsoft Peer Exchange.
• Establish and set up an ExpressRoute gateway.
• Link a virtual network to a circuit using ExpressRoute.
• Make a route advertising configuration recommendation.
• Set up encryption using ExpressRoute.
• Put Bidirectional Forwarding Detection into Practice
• Examine and fix problems with the ExpressRoute connection.
• Create and execute an Azure Virtual Wide Area Network architecture.

• Choose an SKU for Virtual WAN.
• Create a virtual wide area network design, choosing the services and kinds that you want.
• Establish a virtual WAN hub.
• Select the proper scale unit for every kind of doorway.
• Put a gateway in place inside a virtual WAN hub.
• Set up the virtual hub routing.
• For cloud connectivity, combine a third-party Non-Voluntary with a virtual WAN hub.

3. Create and put application delivery services into use. (15–20%)

• Create and put Azure Traffic Manager and Azure Load Balancer into use.

• Connect needs to Azure Load Balancer’s capabilities and features
• Determine which Azure Load Balancer use cases are acceptable.
• Select a tier and SKU for Azure Load Balancer.
• Select between internal and external load balancers.
• Select between regional and global load balancers.
• Establish and set up an Azure load balancer.
• Put Azure Traffic Manager into practice.
• Put in place a load balancer gateway.
• Put a load-balancing rule into action.
• Establish and set up incoming NAT rules.
• Establish clear outbound rules, such as SNAT (source network address translation).
• Create and put the Azure Application Gateway into use.

• Connect needs to Azure Application Gateway features and capabilities
• Determine which use cases are suitable for Azure Application Gateway.
• Select between autoscale and manual.
• Make an end-to-end pool.
• Set up health probes.
• Set up listeners
• Set up the routing rules.
• Set up the HTTP settings.
• Set up TLS or Transport Layer Encryption.
• Set up rewrite sets.
• Create and put into use Azure Front Door
• Connect needs to Azure Front Door features and capabilities
• Determine which use cases are suitable for Azure Front Door.

• Select the proper tier.
• Set up an Azure Front Door, considering sources, endpoints, and routing.
• Set up end-to-end SSL security and SSL termination.
• Set up the caching.
• Set up the acceleration of traffic.
• Put rules in place and redirect and rewrite URLs.
• Use the Azure Private Link on the Microsoft Azure front door to secure an origin.

4. Create and execute a private Azure service access system (10–15%)

• Create and use Azure private endpoints and the Azure Private Link service.

• Make a private endpoint plan.
• Establish private endpoints
• Set up private endpoint access.
• Establish a service for private links.
• Connect Private Endpoints and Private Links to DNS
• Connect a private link service to customers who are located on-site.
• Create and put into use service endpoints
• Select a service endpoint’s use case. Establish service endpoints
• Establish service endpoint restrictions.
• Set up service endpoint access.

5. Create and execute network security services for Azure (15–20%)

• Establish and oversee network security groups.

• Form an NSG (network security group).
• Link a resource and an NSG together.
• Form a group for application security (ASG)
• Link a network interface card – NIC to an ASG.
• Establish and set up NSG rules.
• Analyze NSG flow records.
• Verify the NSG flow regulations.
• Check the IP traffic.
• Set up an NSG to manage servers remotely, including Azure Bastion.
• Create and put Azure Firewall Manager and Azure Firewall into use.

• Connect needs to Azure Firewall’s capabilities and functions
• Choose the proper Azure Firewall SKU.
• Create a deployment plan for Azure Firewall.
• Construct and put into action an Azure Firewall deployment.
• Establish Azure Firewall rules.
• Establish and carry out policies for Azure Firewall Manager.
• You may create a secure hub by installing an Azure Firewall within an Azure Virtual WAN
• Create and carry out a deployment of a Web Application Firewall (WAF)

• Connect criteria to WAF’s features and capabilities
• Create a deployment strategy for WAF
• Set up the mode for detection or prevention.
• Set up rule settings on Azure Front Door for WAF.
• Set up WAF rule settings on the Application Gateway.
• Put in place a WAF policy.
• Attach a WAF policy.

How Should I Get Ready For The AZ-700 Test?

The AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam is said to be difficult. If you prepare properly, you won’t have to be concerned about losing this certification test. In this post, you’ll discover how to prepare for and ace this test the first time. It’s time to give test advice.

1. Visit the Company’s Official Website.

All the information you want is available on the official website for the AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam. You will receive information to help you better understand this test, including details about its subject matter, question types, and prerequisites.

2. Recognize the subjects included in the Microsoft AZ-700 exam syllabus.

In detail, Spend some time reviewing the AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam objectives. This Microsoft exam will evaluate your understanding of a wide range of subjects and subtopics. Furthermore, you ought to consider the importance of every topic. To make sure you fully understand the AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam objectives, take some time to read them through. Make sure you are knowledgeable about all of the numerous themes and subtopics that are included in this Microsoft test. It is advisable to consider the significance of every subject in connection to the others.

3. Take the AZ-700 Practice Test

By taking practice exams, you may identify your areas of subject-matter expertise, strengths and weaknesses. To close the skill gaps in your job, you should focus more on the areas where you’re scoring the lowest.

Your ability to pass the AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam hinges on your performance on the practice exam.

Conclusion

The degree of difficulty of the AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam varies based on an individual’s prior knowledge and preparation level. With the right study materials and preparation, however, most people can pass the AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam and get their Azure Administrator certification.

We’ve covered a lot of ground above on the intricacies of the Microsoft AZ-700 test and its essential study guide. Your whole skill set will be tested on the AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam.

It’s one thing to have the requisite skills, but getting certified by Microsoft can significantly change your Azure Networking career trajectory. Exam preparing for the AZ-700 is not difficult if you are well-versed in the material. In this regard, the AZ-700 Designing and Implementing Microsoft Azure Networking Solutions Exam practice test will become an exceptionally useful reference for you.