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Exam AZ-700: Designing and Implementing Microsoft Azure Networking Solutions (beta)
Candidates for this exam should have subject matter expertise in planning, implementing, and maintaining Azure networking solutions, including hybrid networking, connectivity, routing, security, and private access to Azure services.
Candidates for this exam should also have expert Azure administration skills, in addition to extensive experience and knowledge of networking, hybrid connections, and network security.
Beta exams are not scored immediately because we are gathering data on the quality of the questions and the exam. Learn more about the value and importance of beta exams.
Part of the requirements for: Microsoft Certified: Azure Network Engineer Associate
Reference: https://docs.microsoft.com/en-us/learn/certifications/exams/az-700
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Microsoft AZ-700 Exam Syllabus Topics:
| Topic | Details |
|---|---|
Design, Implement, and Manage Hybrid Networking (10-15%) | |
| Design, implement, and manage a site-to-site VPN connection | - design a site-to-site VPN connection for high availability - select an appropriate virtual network (VNet) gateway SKU - identify when to use policy-based VPN versus route-based VPN - create and configure a local network gateway - create and configure an IPsec/IKE policy - create and configure a virtual network gateway - diagnose and resolve virtual network gateway connectivity issues |
| Design, implement, and manage a point-to-site VPN connection | - select an appropriate virtual network gateway SKU - plan and configure RADIUS authentication - plan and configure certificate-based authentication - plan and configure OpenVPN authentication - plan and configure Azure Active Directory (Azure AD) authentication - implement a VPN client configuration file - diagnose and resolve client-side and authentication issues |
| Design, implement, and manage Azure ExpressRoute | - choose between provider and direct model (ExpressRoute Direct) - design and implement Azure cross-region connectivity between multiple ExpressRoute locations - select an appropriate ExpressRoute SKU and tier - design and implement ExpressRoute Global Reach - design and implement ExpressRoute FastPath - choose between private peering only, Microsoft peering only, or both - configure private peering - configure Microsoft peering - create and configure an ExpressRoute gateway - connect a virtual network to an ExpressRoute circuit - recommend a route advertisement configuration - configure encryption over ExpressRoute - implement Bidirectional Forwarding Detection - diagnose and resolve ExpressRoute connection issues |
Design and Implement Core Networking Infrastructure (20-25%) | |
| Design and implement private IP addressing for VNets | - create a VNet - plan and configure subnetting for services, including VNet gateways, private endpoints, firewalls, application gateways, and VNet-integrated platform services - plan and configure subnet delegation - plan and configure subnetting for Azure Route Server |
| Design and implement name resolution | - design public DNS zones - design private DNS zones - design name resolution inside a VNet - configure a public or private DNS zone - link a private DNS zone to a VNet |
| Design and implement cross-VNet connectivity | - design service chaining, including gateway transit - design VPN connectivity between VNets - implement VNet peering |
| Design and implement an Azure Virtual WAN architecture | - design an Azure Virtual WAN architecture, including selecting types and services - connect a VNet gateway to Azure Virtual WAN - create a hub in Virtual WAN - create a network virtual appliance (NVA) in a virtual hub - configure virtual hub routing - create a connection unit |
Design and Implement Routing (25-30%) | |
| Design, implement, and manage VNet routing | - design and implement user-defined routes (UDRs) - associate a route table with a subnet - configure forced tunneling - diagnose and resolve routing issues - design and implement Azure Route Server |
| Design and implement an Azure Load Balancer | - choose an Azure Load Balancer SKU (Basic versus Standard) - choose between public and internal - create and configure an Azure Load Balancer (including cross-region) - implement a load balancing rule - create and configure inbound NAT rules - create explicit outbound rules for a load balancer |
| Design and implement Azure Application Gateway | - recommend Azure Application Gateway deployment options - choose between manual and autoscale - create a back-end pool - configure health probes - configure listeners - configure routing rules - configure HTTP settings - configure Transport Layer Security (TLS) - configure rewrite sets |
| Implement Azure Front Door | - choose an Azure Front Door SKU - configure health probes, including customization of HTTP response codes - configure SSL termination and end-to-end SSL encryption - configure multisite listeners - configure back-end targets - configure routing rules, including redirection rules |
| Implement an Azure Traffic Manager profile | - configure a routing method (mode) - configure endpoints - create HTTP settings |
| Design and implement an Azure Virtual Network NAT | - choose when to use a Virtual Network NAT - allocate public IP or public IP prefixes for a NAT gateway - associate a Virtual Network NAT with a subnet |
Secure and Monitor Networks (15-20%) | |
| Design, implement, and manage an Azure Firewall deployment | - design an Azure Firewall deployment - create and implement an Azure Firewall deployment - configure Azure Firewall rules - create and implement Azure Firewall Manager policies - create a secure hub by deploying Azure Firewall inside an Azure Virtual WAN hub - integrate an Azure Virtual WAN hub with a third-party NVA |
| Implement and manage network security groups (NSGs) | - create an NSG - associate an NSG to a resource - create an application security group (ASG) - associate an ASG to a NIC - create and configure NSG rules - interpret NSG flow logs - validate NSG flow rules - verify IP flow |
| Implement a Web Application Firewall (WAF) deployment | - configure detection or prevention mode - configure rule sets for Azure Front Door, including Microsoft managed and user defined - configure rule sets for Application Gateway, including Microsoft managed and user defined - implement a WAF policy - associate a WAF policy |
| Monitor networks | - configure network health alerts and logging by using Azure Monitor - create and configure a Connection Monitor instance - configure and use Traffic Analytics - configure NSG flow logs - enable and configure diagnostic logging - configure Azure Network Watcher |
Design and Implement Private Access to Azure Services (10-15%) | |
| Design and implement Azure Private Link service and Azure Private Endpoint | - create a Private Link service - plan private endpoints - create private endpoints - configure access to private endpoints - integrate Private Link with DNS - integrate a Private Link service with on-premises clients |
| Design and implement service endpoints | - create service endpoints - configure service endpoint policies - configure service tags - configure access to service endpoints |
| Configure VNet integration for dedicated platform as a service (PaaS) services | - configure App Service for regional VNet integration - configure Azure Kubernetes Service (AKS) for regional VNet integration - configure clients to access App Service Environment |
Microsoft Designing and Implementing Microsoft Azure Networking Solutions (AZ-700 Deutsch Version) Sample Questions:
Sie besitzen ein Azure-Abonnement, das ein virtuelles Netzwerk namens VNet1 und die in der folgenden Tabelle aufgeführten virtuellen Maschinen enthält.
Alle virtuellen Maschinen sind mit VNet1 verbunden.
Sie müssen sicherstellen, dass die auf den virtuellen Maschinen gehosteten Anwendungen aus dem Internet erreichbar sind. Die Lösung muss gewährleisten, dass die virtuellen Maschinen eine gemeinsame öffentliche IP-Adresse nutzen. Welche Lösung sollten Sie verwenden?
- A. ein interner Load Balancer
- B. Azure Application Gateway
- C. ein NAT-Gateway
- D. ein öffentlicher Load Balancer
Correct Answer: D 🗳️
Sie besitzen ein Azure-Abonnement, das ein Azure Application Gateway namens AG1 und zwei Azure App Service-Apps namens App1 und App2 mit folgenden Konfigurationen enthält:
* Beide Apps sind über HTTP und HTTPS erreichbar.
* HTTP-Host-Header werden verwendet, um Anfragen an die entsprechenden Anwendungen weiterzuleiten.
* Beide Apps werden in einer einzigen App Service-Umgebung in der Azure-Region Westeuropa gehostet.
Sie müssen die Anwendungen mithilfe von AG1 veröffentlichen. Die Lösung muss sicherstellen, dass AG1 sowohl HTTP- als auch HTTPS-Zugriff ermöglicht.
Wie viele Ressourcen werden mindestens für AG1 benötigt? Wählen Sie zur Beantwortung die entsprechenden Optionen im Antwortbereich aus.
HINWEIS: Jede richtige Auswahl zählt als ein Punkt.
Correct Answer:
Explanation:
Sie besitzen ein Azure-Abonnement, das die in der folgenden Tabelle aufgeführten Ressourcen enthält.
Sie müssen den Zugriff auf storage1 mithilfe von NSG1 steuern. Was sollten Sie zuerst konfigurieren?
- A. ein Dienstendpunkt
- B. der Azure Private Link-Dienst
- C. eine private Endpunktnetzwerkrichtlinie
- D. eine Anwendungssicherheitsgruppe
Correct Answer: C 🗳️
Sie müssen Vnet1 für die Bereitstellung eines ExpressRoute-Gateways vorbereiten. Die Lösung muss die Anforderungen an die hybride Konnektivität und die Geschäftsanforderungen erfüllen.
Welche drei Aktionen sollten Sie für Vnet1 nacheinander ausführen? Um diese Frage zu beantworten, verschieben Sie die entsprechenden Aktionen aus der Aktionsliste in den Antwortbereich und ordnen Sie sie in der richtigen Reihenfolge an.
Correct Answer:
Hinweis: Diese Frage ist Teil einer Reihe von Fragen, die dasselbe Szenario darstellen. Jede Frage in der Reihe enthält eine einzigartige Lösung, die die angegebenen Ziele erfüllen könnte. Einige Fragensätze haben möglicherweise mehr als eine richtige Lösung, während andere möglicherweise keine richtige Lösung haben.
Nachdem Sie eine Frage in diesem Abschnitt beantwortet haben, können Sie NICHT mehr dorthin zurückkehren. Daher erscheinen diese Fragen nicht auf dem Überprüfungsbildschirm.
Sie haben ein Azure-Abonnement, das die folgenden Ressourcen enthält:
* Ein virtuelles Netzwerk namens Vnet1
* Ein Subnetz namens Subnet1 in Vnet1
* Eine virtuelle Maschine namens VM1, die eine Verbindung zu Subnet1 herstellt
* Drei Speicherkonten namens storage1, storage2 und storage3
Sie müssen sicherstellen, dass VM1 auf Speicher1 zugreifen kann. VM1 muss daran gehindert werden, auf andere Speicherkonten zuzugreifen.
Lösung: Sie konfigurieren die Firewall auf Speicher1 so, dass sie nur Verbindungen von Vnet1 akzeptiert.
Erreicht dies das Ziel?
- A. Ja
- B. Nein
Correct Answer: B 🗳️
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