Description
For learners studying for Microsoft Certified: Azure Network Engineer Associate
What you'll learn
Practice pack content
Domain 1 - Design and implement core networking infrastructure
Domain 2 – Design, implement, and manage connectivity services
Domain 3 – Design and implement application delivery services
Domain 4 – Design and implement private access to Azure services
Domain 5 – Design and implement Azure network security services
Final Exam Simulators
Exam Study Guide
Interactive Flashcards
Try 3 Azure Network Engineer AZ-700 practice questions
Choose an answer, explore the explanation, and see why the other options are less suitable. Three short scenarios. No sign-in required.
1. Sharing a hub VPN gateway with a spoke
A company has a hub-and-spoke Azure network. The hub VNet contains a route-based VPN gateway already connected to its on-premises network, while a peered spoke VNet has no gateway. Workloads in the spoke must reach on-premises resources without deploying another gateway. Which peering settings enable this design?
Answer and full explanation
Correct answer: B — Gateway transit from the hub with remote gateway use by the spoke.
Why B is correct
Azure virtual network peering supports gateway transit so a spoke can share a VPN or ExpressRoute gateway deployed in a hub VNet. The hub-side peering must allow gateway transit, making its existing gateway available to the peered VNet. The spoke-side peering must use remote gateways, allowing its workloads to use that shared path. The spoke cannot already have a local virtual network gateway when using this setting. Administrators should verify route propagation, effective routes, and connectivity after changing the peerings.
Why the other options are less suitable
- A — Forwarded traffic alone: Allowing forwarded traffic is useful when traffic traverses an intermediate appliance or network. It does not enable the spoke to use the hub VPN gateway without the gateway-transit and remote-gateway options.
- C — Gateway options reversed: Gateway transit is enabled on the VNet that owns the gateway. The spoke has no gateway to offer the hub, so swapping the two settings does not establish the required transit.
- D — Access and a route table: Allowing virtual network access enables normal peered-VNet connectivity but does not automatically share a VPN gateway. An internet-bound route does not establish the necessary gateway transit to on-premises prefixes.
Key takeaway: Enable gateway transit in the hub and remote gateway use in the spoke when sharing an existing hybrid gateway.
Read two more sample questions
2. Routing web paths with application-layer protection
A retailer hosts one regional HTTPS website with two backend pools. Requests to /images/* must reach an image pool, while /api/* must reach an API pool, and the security team requires managed web application firewall protection. Which Azure service and configuration best satisfy both requirements without changing the application code?
Answer and full explanation
Correct answer: D — Azure Application Gateway WAF_v2 with path-based routing and a WAF policy.
Why D is correct
Azure Application Gateway can inspect HTTP and HTTPS requests at the application layer and route them using URL path maps. A path-based routing rule directs image and API requests to different backend pools based on the incoming path. The WAF_v2 SKU supports a web application firewall policy with managed rules for common web attacks. This combines the required regional application delivery behavior and security controls in one service. Administrators should configure listeners, certificates, backend settings, and health probes before validating the routing and WAF behavior.
Why the other options are less suitable
- A — Layer 4 load balancing: Azure Load Balancer processes network transport traffic rather than HTTP URL paths. Network security groups filter network traffic but do not provide the requested managed web application firewall rules.
- B — DNS-based traffic routing: Azure Traffic Manager selects endpoints using DNS-level routing methods such as priority and performance. It does not inspect individual HTTP request paths or apply an Application Gateway WAF policy.
- C — Outbound network address translation: Azure NAT Gateway supplies outbound connectivity and source NAT for supported subnet workloads. It does not handle inbound HTTP path routing or web application firewall inspection.
Key takeaway: Use Application Gateway WAF_v2 for regional URL path routing combined with managed application-layer protection.
3. Publishing a service privately to other tenants
A software vendor hosts a TCP reporting service behind an Azure Standard Load Balancer in its VNet. Customers in other Azure subscriptions and Microsoft Entra tenants must connect through private IP addresses without VNet peering or a publicly exposed endpoint. The vendor wants to approve each connection request. What should it implement?
Answer and full explanation
Correct answer: A — A provider-side Private Link service with approved consumer private endpoints.
Why A is correct
Azure Private Link service lets a provider offer a service behind an Azure Standard Load Balancer for private consumption. Customers create private endpoints in their own VNets and request a connection to the provider’s Private Link service. The provider can approve or reject those endpoint connection requests and restrict service visibility to appropriate subscriptions. Supported consumers can reside in different subscriptions or Microsoft Entra tenants without requiring direct VNet peering. The vendor must still configure service authorization and client name resolution appropriately.
Why the other options are less suitable
- B — Service endpoints for a custom service: Service endpoints provide access from a VNet to supported Azure platform services through their public service endpoints. They do not publish a vendor-operated TCP service for cross-tenant private endpoint consumption.
- C — Direct network peering: Cross-tenant VNet peering can provide private network connectivity in some architectures. It contradicts the explicit requirement to avoid peering and does not provide Private Link’s per-consumer endpoint approval model.
- D — Private DNS alone: Private DNS can resolve a hostname to an appropriate private address once a network path exists. Linking a zone alone does not create a private endpoint connection or provider-side service exposure.
Key takeaway: Providers publish their own service through Private Link service; consumers connect through approved private endpoints.
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Requirements
- Microsoft recommends experience creating and managing Azure compute, storage, and networking resources, plus knowledge of IP addressing, network protocols, and DNS. Familiarity with hybrid networking and network troubleshooting will help.
- Combine question practice with Microsoft Learn and authorized Azure exercises. Explore VNet peering, VPN gateways, application routing, private endpoints, and Azure Network Watcher to strengthen unfamiliar concepts.
- You need an internet-connected device, a current web browser, and an ExamsDigest account to access this online practice product. Offline access, Azure subscriptions, and hosted networking labs are not implied.
Know the exam you’re studying for
These details describe Microsoft's official AZ-700: Designing and Implementing Microsoft Azure Networking Solutions exam.
What our students say
“I was struggling with Azure networking topics, especially VNet peering and hybrid connectivity. The ExamsDigest practice questions helped me understand how the different configurations work in real scenarios. The explanations were clear and made studying for AZ-700 much easier.”
Andrew Fletcher
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“The practice exams helped me identify my weak areas in ExpressRoute, VPN Gateway, and network security. I really liked that each question explained why the other answers were incorrect. It helped me understand the concepts instead of just memorizing answers.”
Melissa Grant
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“I had some experience managing Azure resources, but services like Application Gateway, Front Door, and Private Link were still confusing. ExamsDigest helped me understand when to use each service and how to approach networking scenarios. The practice questions were a useful addition to my Microsoft Learn preparation.”
Ethan Cooper
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Your questions, answered.
Which Microsoft certification exam does this practice target?
These examples target AZ-700: Designing and Implementing Microsoft Azure Networking Solutions, associated with the Microsoft Certified: Azure Network Engineer Associate credential. Microsoft’s published study guide identifies skills measured as of July 27, 2026. Before purchasing, compare the pack’s confirmed contents with the official objectives applicable to your examination date and language. The three preview questions alone do not establish that the entire paid pack has been individually audited against those objectives.
Who is Azure Network Engineer AZ-700 practice suitable for?
AZ-700 targets intermediate-level network engineers responsible for designing, implementing, securing, and troubleshooting Azure networking solutions. Microsoft recommends experience creating and managing Azure compute, storage, and networking resources. Candidates should understand IP addressing, DNS, routing, and network protocols. Familiarity with Azure VPN Gateway, ExpressRoute, application delivery services, and virtual network security is especially useful. Learners with limited Azure networking experience should combine question practice with foundational study.
How should I combine AZ-700 practice questions with hands-on experience?
Use practice questions alongside Microsoft Learn and exercises in Azure environments you are authorized to manage. Configure VNet peering, inspect effective routes, explore VPN gateway settings, and compare Application Gateway with Azure Front Door. Practice troubleshooting with Azure Network Watcher and examine private endpoint connectivity. These are independent study recommendations and do not imply that Azure subscriptions, networking appliances, cloud credits, or hosted labs are included with the practice pack.
What should I do after answering an AZ-700 practice question incorrectly?
Identify the requirement that makes the correct answer more suitable than the alternatives. For example, distinguish ordinary VNet peering from gateway transit, HTTP path-based routing from transport-layer load balancing, or Private Link service from service endpoints. Read the explanations for all four options and revisit the relevant Microsoft documentation. Focus on networking behavior and configuration decisions rather than memorizing answer letters or treating practice scores as official passing predictions.
Does this preview reproduce the official AZ-700 examination format?
No. This preview contains three original single-answer scenarios, each with four answer choices. The official AZ-700 examination is proctored, lasts 100 minutes, and may include interactive components or other assessment formats. Microsoft offers an examination sandbox and an official Practice Assessment. These independent samples cover only part of the published objectives and do not reproduce the official exam’s full question distribution or establish every feature included in the paid pack.
Does completing this practice earn the Azure Network Engineer Associate certification?
No. Purchasing or completing independent practice questions does not award Microsoft’s Azure Network Engineer Associate certification. Candidates must pass the official AZ-700 examination and satisfy Microsoft’s applicable certification requirements. The associate certification is subject to renewal every 12 months. ExamsDigest practice access and official examination registration are separate activities. Check the product’s confirmed commercial terms rather than assuming that an examination voucher or official booking is included.
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