Overview

AZ-700: Microsoft Azure Network Engineer Associate certification is designed for professionals who aspire to validate their skills in implementing and managing Azure networking solutions. This certification focuses on the essential competencies required to design, implement, and manage Azure networking services, ensuring that candidates are well-equipped to handle the complexities of cloud-based networking. The curriculum covers a wide range of topics, including virtual networks, network security, hybrid networking, and monitoring, providing a comprehensive foundation for those looking to excel in Azure network engineering.AZ-700 certification will engage in a rigorous learning process that encompasses both theoretical knowledge and practical application. The training materials are structured to guide learners through the intricacies of Azure networking, including the configuration of Azure Virtual Networks, the implementation of Azure Firewall, and the management of Azure VPN Gateway. Additionally, the course emphasizes the importance of network security, teaching candidates how to secure their Azure environments against potential threats while ensuring compliance with industry standards. Hands-on labs and real-world scenarios are integrated into the learning experience, allowing participants to gain valuable experience in troubleshooting and optimizing Azure networking solutions.AZ-700: Microsoft Azure Network Engineer Associate Certification Practice Exam is an essential resource for professionals seeking to validate their expertise in designing, implementing, and managing Azure networking solutions. This practice exam is meticulously crafted to reflect the latest exam objectives and real-world scenarios that network engineers encounter in their daily operations. It encompasses a wide range of topics, including virtual networks, network security, hybrid networking, and Azure DNS, ensuring that candidates are well-prepared for the certification exam. Each question is designed to challenge the test-taker's understanding and application of Azure networking concepts, making it an invaluable tool for both novice and experienced professionals.This practice exam not only provides a comprehensive set of questions but also includes detailed explanations for each answer, allowing candidates to understand the reasoning behind correct and incorrect responses. This feature enhances the learning experience, enabling users to identify their strengths and weaknesses in Azure networking. Additionally, the exam is structured to simulate the actual testing environment, helping candidates to become familiar with the format and time constraints they will face during the official certification exam. By utilizing this practice exam, candidates can build their confidence and improve their test-taking strategies, ultimately increasing their chances of success.AZ-700 practice exam is accessible online, making it convenient for users to study at their own pace and on their own schedule. It is compatible with various devices, allowing for flexibility in preparation, whether at home, in the office, or on the go. Furthermore, the exam is regularly updated to align with the evolving Azure platform and certification requirements, ensuring that candidates are always working with the most relevant material. By investing in the AZ-700 practice exam, professionals can take a significant step towards achieving their certification goals and advancing their careers in the rapidly growing field of cloud networking.AZ-700: Microsoft Azure Network Engineer Associate Exam details:Exam Name: Microsoft Certified - Azure Network Engineer AssociateExam code: AZ-700Exam voucher cost: $165 USDExam languages: English, Japanese, Korean, and Simplified ChineseExam format: Multiple-choice, multiple-answerNumber of questions: 40-60 (estimate)Length of exam: 120 minutesPassing grade: Score is from 700-1000.AZ-700: Microsoft Azure Network Engineer Associate Certification Exams skill questions:Design and implement core networking infrastructure (20-25%)Design, implement, and manage connectivity services (20-25%)Design and implement application delivery services (20-25%)Design and implement private access to Azure services (5-10%)Secure network connectivity to Azure resources (15-20%)#) Design and implement core networking infrastructure (20-25%)Design and implement IP addressing for Azure resourcesPlan and implement network segmentation and address spacesCreate a virtual network (VNet)Plan and configure subnetting for services, including VNet gateways, private endpoints, firewalls, application gateways, VNet-integrated platform services, and Azure BastionPlan and configure subnet delegationCreate a prefix for public IP addressesChoose when to use a public IP address prefixPlan and implement a custom public IP address prefix (bring your own IP)Create a new public IP addressAssociate public IP addresses to resourcesDesign and implement name resolutionDesign name resolution inside a VNetConfigure DNS settings for a VNetDesign public DNS zonesDesign private DNS zonesConfigure a public or private DNS zoneLink a private DNS zone to a VNetDesign and implement Azure DNS Private ResolverDesign and implement VNet connectivity and routingDesign service chaining, including gateway transitDesign virtual private network (VPN) connectivity between VNetsImplement VNet peeringImplement and manage virtual networks by using Azure Virtual Network ManagerDesign and implement user-defined routes (UDRs)Associate a route table with a subnetConfigure forced tunnelingDiagnose and resolve routing issuesDesign and implement Azure Route ServerIdentify appropriate use cases for a network address translation (NAT) gateway in the virtual networkImplement a NAT gatewayMonitor networksConfigure monitoring, network diagnostics, and logs in Azure Network WatcherMonitor and repair network health by using Azure Network WatcherActivate and monitor distributed denial-of-service (DDoS) protectionActivate and monitor Microsoft Defender for DNSMonitor networks by using Azure Monitor Network Insights#) Design, implement, and manage connectivity services (20-25%)Design, implement, and manage a site-to-site VPN connectionDesign a site-to-site VPN connection, including for high availabilitySelect an appropriate VNet gateway stock-keeping unit (SKU) for site-to-site VPN requirementsImplement a site-to-site VPN connectionIdentify when to use a policy-based VPN versus a route-based VPN connectionCreate and configure an IPsec/Internet Key Exchange (IKE) policyDiagnose and resolve virtual network gateway connectivity issuesImplement Azure Extended NetworkDesign, implement, and manage a point-to-site VPN connectionSelect an appropriate virtual network gateway SKU for point-to-site VPN requirementsSelect and configure a tunnel typeSelect an appropriate authentication methodConfigure RADIUS authenticationConfigure certificate-based authenticationConfigure authentication by using Microsoft Entra IDImplement a VPN client configuration fileDiagnose and resolve client-side and authentication issuesSpecify Azure requirements for Always On VPNSpecify Azure requirements for Azure Network AdapterDesign, implement, and manage Azure ExpressRouteSelect an ExpressRoute connectivity modelSelect an appropriate ExpressRoute SKU and tierDesign and implement ExpressRoute to meet requirements, including cross-region connectivity, redundancy, and disaster recoveryDesign and implement ExpressRoute options, including Global Reach, FastPath, and ExpressRoute DirectChoose between Azure private peering only, Microsoft peering only, or bothConfigure Azure private peeringConfigure Microsoft peeringCreate and configure an ExpressRoute gatewayConnect a virtual network to an ExpressRoute circuitRecommend a route advertisement configurationConfigure encryption over ExpressRouteImplement Bidirectional Forwarding DetectionDiagnose and resolve ExpressRoute connection issuesDesign and implement an Azure Virtual WAN architectureSelect a Virtual WAN SKUDesign a Virtual WAN architecture, including selecting types and servicesCreate a hub in Virtual WANChoose an appropriate scale unit for each gateway typeDeploy a gateway into a Virtual WAN hubConfigure virtual hub routingCreate a network virtual appliance (NVA) in a virtual hubIntegrate a Virtual WAN hub with a third-party NVA#) Design and implement application delivery services (20-25%)Design and implement an Azure Load BalancerMap requirements to features and capabilities of Azure Load BalancerIdentify appropriate use cases for Azure Load BalancerChoose an Azure Load Balancer SKU and tierChoose between public and internalChoose between regional and globalImplement a gateway load balancerCreate and configure an Azure Load BalancerImplement a load balancing ruleCreate and configure inbound NAT rulesCreate and configure explicit outbound rules, including source network address translation (SNAT)Design and implement Azure Application GatewayMap requirements to features and capabilities of Azure Application GatewayIdentify appropriate use cases for Azure Application GatewayChoose between manual and autoscaleCreate a back-end poolConfigure health probesConfigure listenersConfigure routing rulesConfigure HTTP settingsConfigure Transport Layer Security (TLS)Configure rewrite setsDesign and implement Azure Front DoorMap requirements to features and capabilities of Azure Front DoorIdentify appropriate use cases for Azure Front DoorChoose an appropriate tierConfigure an Azure Front Door, including routing, origins, and endpointsConfigure SSL termination and end-to-end SSL encryptionConfigure cachingConfigure traffic accelerationImplement rules, URL rewrite, and URL redirectSecure an origin by using Azure Private Link in Azure Front DoorDesign and implement Azure Traffic ManagerIdentify appropriate use cases for Azure Traffic ManagerConfigure a routing methodConfigure endpoints#) Design and implement private access to Azure services (5-10%)Design and implement Azure Private Link service and Azure private endpointsPlan private endpointsCreate private endpointsConfigure access to private endpointsCreate a Private Link serviceIntegrate Private Link and Private Endpoint with DNSIntegrate a Private Link service with on-premises clientsDesign and implement service endpointsChoose when to use a service endpointCreate service endpointsConfigure service endpoint policiesConfigure access to service endpoints#) Secure network connectivity to Azure resources (15-20%)Implement and manage network security groupsCreate a network security group (NSG)Associate a NSG to a resourceCreate an application security group (ASG)Associate an ASG to a network interface card (NIC)Create and configure NSG rulesInterpret NSG flow logsValidate NSG flow rulesVerify IP flowConfigure an NSG for remote server administration, including Azure BastionDesign and implement Azure Firewall and Azure Firewall ManagerMap requirements to features and capabilities of Azure FirewallSelect an appropriate Azure Firewall SKUDesign an Azure Firewall deploymentCreate and implement an Azure Firewall deploymentConfigure Azure Firewall rulesCreate and implement Azure Firewall Manager policiesCreate a secure hub by deploying Azure Firewall inside an Azure Virtual WAN hubDesign and implement a Web Application Firewall (WAF) deploymentMap requirements to features and capabilities of WAFDesign a WAF deploymentConfigure detection or prevention modeConfigure rule sets for WAF on Azure Front DoorConfigure rule sets for WAF on Application GatewayImplement a WAF policyAssociate a WAF policyAchieving the AZ-700 certification not only enhances an individual's professional credibility but also opens up a multitude of career opportunities in the rapidly evolving field of cloud computing. As organizations increasingly migrate to Azure, the demand for skilled network engineers who can effectively manage and secure cloud networks continues to grow. Certified professionals are well-positioned to take on roles such as Azure Network Engineer, Cloud Solutions Architect, and Network Security Specialist, among others. By obtaining the AZ-700 certification, candidates demonstrate their commitment to professional development and their readiness to tackle the challenges of modern network engineering in a cloud-centric world.

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