AZ-700: DESIGNING & IMPLEMENTING MICROSOFT AZURE NETWORKING SOLUTIONS

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The AZ-700: Designing & Implementing Microsoft Azure Networking Solutions course helps learners understand how networking works in Microsoft Azure and how to build reliable cloud network environments. The training covers virtual networks, IP addressing, routing, DNS, network security, load balancing, private and hybrid connectivity, monitoring, and troubleshooting with practical examples. Learners get hands-on experience designing and managing Azure networks and solving common networking challenges. This course is suitable for network engineers, Azure administrators, cloud and infrastructure professionals, DevOps engineers, and IT professionals preparing for the AZ-700 certification.

Duration of Training : 32–40 Hours
Batch type : Weekdays/Weekends
Mode of Training : Classroom/Online/Corporate Training
Detailed Syllabus • Hands-on Labs • Assignments • Support-Focused • Implementation

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Overview

The Syllabus

Curriculum Designed by Experts

1. Course Overview

This program prepares learners to design, implement, secure, monitor, and troubleshoot enterprise Azure networking solutions.

The training covers Azure VNets, IP addressing, DNS, routing, VPN, ExpressRoute, Virtual WAN, load balancing, Application Gateway, Azure Front Door, Private Link, Network Security Groups, Azure Firewall, DDoS Protection, Network Watcher, monitoring, and hybrid connectivity. These areas closely reflect Microsoft’s current AZ-700 exam objectives.

Learning Approach:
Concepts → Architecture → Hands-On Labs → Assignments → Troubleshooting → Projects → Interview Preparation

2. Prerequisites

• Basic networking concepts
• IPv4 / IPv6 fundamentals
• Subnetting and CIDR
• TCP/IP and common network protocols
• DNS fundamentals
• Routing fundamentals
• Basic understanding of VPN and WAN
• Basic Azure Portal navigation
• Familiarity with Azure Virtual Machines
• Basic Azure PowerShell / CLI knowledge

Microsoft specifically recommends networking knowledge around IP addressing, DNS, routing and VPN/WAN connectivity, along with familiarity with the Azure portal and Azure PowerShell.

3. Fundamentals

Azure Networking Fundamentals

• Cloud networking concepts
• Azure regional networking architecture
• Azure subscriptions, resource groups and regions
• Azure networking components
• Public vs Private IP
• IPv4 addressing
• CIDR and subnetting
• Network segmentation
• TCP/IP fundamentals
• Ports and protocols
• DNS fundamentals
• Routing fundamentals
• Azure networking architecture and design principles

4. Core Technical Topics – Main Syllabus

Module 1: Azure Virtual Networks & IP Addressing

• Azure Virtual Network — VNet
• VNet architecture
• Address spaces
• Subnets
• Public IP addresses
• Private IP addresses
• Static vs Dynamic IP
• Public IP Prefix
• Custom IP Prefix / BYOIP concepts
• Subnet delegation
• Service-specific subnet requirements
• Network segmentation
• Designing IP address spaces
• Network planning for enterprise environments

Hands-On
• Create an Azure VNet
• Create multiple subnets
• Configure public/private IPs
• Design a multi-subnet architecture
• Implement subnet segmentation

Module 2: Azure DNS & Name Resolution

• Azure DNS
• Public DNS Zones
• Private DNS Zones
• DNS Records
• A, AAAA, CNAME, MX and TXT records
• Private DNS Zone linking
• VNet DNS configuration
• Azure DNS Private Resolver
• Hybrid DNS architecture
• DNS troubleshooting

Microsoft’s current AZ-700 objectives include designing/configuring public and private DNS zones and Azure DNS Private Resolver.

Hands-On Lab
Build an Azure Enterprise DNS Environment

Module 3: VNet Peering & Azure Routing

• VNet-to-VNet connectivity
• VNet Peering
• Global VNet Peering
• Gateway Transit
• Service Chaining
• Azure Virtual Network Manager
• Route Tables
• User Defined Routes — UDR
• System Routes
• Custom Routes
• Forced Tunneling
• Azure Route Server
• NAT Gateway
• Routing architecture
• Route troubleshooting

Hands-On Lab
Multi-VNet Hub-and-Spoke Network with Custom Routing

Module 4: Azure Network Connectivity

Site-to-Site VPN
• VPN architecture
• VPN Gateway
• Local Network Gateway
• Site-to-Site VPN
• IPsec
• IKE
• Route-based VPN
• Policy-based VPN
• VPN Gateway SKUs
• High Availability
• VPN troubleshooting

Point-to-Site VPN
• P2S VPN architecture
• Tunnel types
• Authentication
• Microsoft Entra ID authentication
• RADIUS authentication
• Certificate-based authentication
• Client configuration

Hands-On Labs
Lab 1: Configure Azure Site-to-Site VPN
Lab 2: Configure Point-to-Site VPN
Lab 3: Troubleshoot VPN connectivity

Module 5: Azure ExpressRoute

• ExpressRoute architecture
• ExpressRoute circuits
• ExpressRoute gateways
• Peering
• Private Peering
• ExpressRoute Global Reach
• ExpressRoute FastPath
• Resilient ExpressRoute architecture
• Hybrid enterprise connectivity
• ExpressRoute troubleshooting
Microsoft’s training path specifically covers ExpressRoute deployment, peering, resiliency,
Global Reach, FastPath and troubleshooting.

Hands-On Lab
Design a Highly Available Hybrid Azure Connectivity Architecture

Module 6: Azure Virtual WAN

• Azure Virtual WAN
• Virtual Hub
• Hub-to-Hub connectivity
• VPN connectivity
• Branch connectivity
• Site-to-Site connectivity
• Point-to-Site connectivity
• Routing through Virtual WAN
• Secured Virtual Hub
• Network Virtual Appliances
• Enterprise WAN architecture

Hands-On Lab
Build a Multi-Branch Enterprise Network Using Azure Virtual WAN

Module 7: Azure Load Balancing

Azure Load Balancer
• Load Balancer architecture
• Public Load Balancer
• Internal Load Balancer
• Frontend IP
• Backend pools
• Health probes
• Load-balancing rules
• Inbound NAT rules
• HA Ports

Azure Traffic Manager
• Traffic Manager architecture
• Routing methods
• Priority
• Weighted
• Performance
• Geographic
• Multivalue
• Subnet-based routing
• Health probes

Hands-On Lab
Deploy a Highly Available Multi-VM Application Using Azure Load Balancer

Module 8: Azure Application Gateway

• Application Gateway architecture
• Layer 7 load balancing
• Frontend IP
• Backend pools
• HTTP settings
• Health probes
• Listeners
• Routing rules
• Host-based routing
• Path-based routing
• TLS termination
• End-to-end TLS
• Autoscaling
• Application Gateway diagnostics

Web Application Firewall
• WAF fundamentals
• OWASP protection
• Managed rules
• Custom rules
• Prevention vs Detection
• WAF monitoring

Hands-On Lab
Deploy a Secure Web Application Using Application Gateway + WAF

Module 9: Azure Front Door

• Azure Front Door architecture
• Global application delivery
• Origins
• Origin groups
• Endpoints
• Routing
• Caching
• TLS termination
• End-to-end TLS
• Traffic acceleration
• URL rewrite
• URL redirect
• Private Link integration
• Application availability

Hands-On Lab
Build a Globally Distributed Web Application Using Azure Front Door

Module 10: Private Access to Azure Services

Azure Private Link & Private Endpoint
• Private Link architecture
• Private Endpoint
• Private Link Service
• Private IP connectivity
• DNS integration
• Private Endpoint approval
• Cross-network private access
• On-premises integration

Service Endpoints
• Service Endpoint fundamentals
• Service Endpoint policies
• Storage access
• Azure PaaS connectivity
• Private Endpoint vs Service Endpoint

Hands-On Lab
Secure Azure Storage & Database Access Using Private Endpoints

Module 11: Azure Network Security

• Network Security Groups — NSG
• NSG rules
• Inbound rules
• Outbound rules
• Application Security Groups — ASG
• Network segmentation
• Network Virtual Appliances
• Azure Firewall
• Azure Firewall Manager
• Azure DDoS Protection
• Web Application Firewall
• Network security architecture
• Zero Trust networking concepts
• Network security monitoring

Microsoft’s current AZ-700 objectives include NSGs/ASGs, flow logs, Azure Bastion, DDoS Protection and network security through Azure Virtual Network Manager.

Hands-On Labs

• NSG-Based Network Security Lab
• Azure Firewall Deployment Lab
• Azure DDoS Protection Lab
• WAF Security Lab
• Secure Hub-and-Spoke Network Lab

Module 12: Azure Network Monitoring & Troubleshooting

• Azure Network Watcher
• Connection Monitor
• IP Flow Verify
• Next Hop
• Effective Security Rules
• Packet Capture
• Network topology
• NSG flow logs
• Azure Monitor
• Network monitoring
• Log Analytics
• Network diagnostic tools
• Microsoft Defender for Cloud network recommendations
Microsoft currently includes Network Watcher, Azure Monitor for Networks and security
recommendations in the AZ-700 objectives.

Hands-On Labs
• Network Watcher Diagnostics Lab
• IP Flow Verify Lab
• Next Hop Troubleshooting Lab
• Packet Capture Lab
• Azure Network Monitoring Dashboard

5. Hands-On Labs – Complete Lab List

1. Azure VNet & Subnet Design
2. Public & Private IP Configuration
3. Azure DNS Public Zone
4. Azure Private DNS Zone
5. DNS Private Resolver
6. VNet Peering
7. Hub-and-Spoke Architecture
8. UDR & Custom Routing
9. NAT Gateway
10. Site-to-Site VPN
11. Point-to-Site VPN
12. VPN Troubleshooting
13. ExpressRoute Architecture Simulation
14. Azure Virtual WAN
15. Azure Load Balancer
16. Azure Traffic Manager
17. Application Gateway
18. Application Gateway + WAF
19. Azure Front Door
20. Private Endpoint
21. Private Link
22. Service Endpoint
23. NSG + ASG Security
24. Azure Firewall
25. DDoS Protection
26. Network Watcher
27. IP Flow Verify
28. Packet Capture
29. Network Monitoring with Azure Monitor
30. Enterprise Azure Network Architecture – Capstone Lab

6. Assignments

Assignment 1 – Azure Network Design
Design an IP addressing and subnet architecture for a medium-sized enterprise.

Assignment 2 – Hub-and-Spoke Network
Create a Hub-and-Spoke architecture with multiple workload VNets.

Assignment 3 – DNS Architecture
Design public and private DNS for an enterprise application.

Assignment 4 – Secure Network
Implement NSGs, ASGs and subnet-level security.

Assignment 5 – Hybrid Connectivity
Design an enterprise Site-to-Site VPN architecture.

Assignment 6 – Application Delivery
Choose between Load Balancer, Application Gateway, Traffic Manager and Front Door for different business requirements.

Assignment 7 – Private PaaS Connectivity
Secure Azure Storage/Database access using Private Endpoints.

Assignment 8 – Network Troubleshooting
Diagnose and resolve intentionally introduced connectivity and routing failures.

7. Mini Projects

Mini Project 1
Secure Three-Tier Azure Application Network
VNet + Web Subnet + Application Subnet + Database Subnet + NSG + Private Endpoint.

Mini Project 2
Hybrid Enterprise Network
On-premises simulation + Azure VNet + Site-to-Site VPN + DNS + Routing.

Mini Project 3
Highly Available Web Application
Azure Load Balancer + Application Gateway + WAF + VM Scale architecture.

Mini Project 4
Global Application Delivery Platform
Azure Front Door + Application Gateway + WAF + multiple application regions.

8. Capstone Projects

Capstone Project 1 – Enterprise Hub-and-Spoke Azure Network

Design and implement:
• Central Hub VNet
• Multiple Spoke VNets
• VNet Peering
• Azure Firewall
• NSGs
• UDRs
• Private DNS
• Private Endpoints
• VPN connectivity
• Network monitoring
• Security monitoring

Capstone Project 2 – Hybrid & Secure Enterprise Cloud Network Build an enterprise architecture integrating:
On-Premises → VPN/ExpressRoute Architecture → Azure Hub → Spokes → Application Gateway → WAF → Private PaaS Services → Monitoring

Capstone Project 3 – Global Highly Available Application

Implement:
Azure Front Door + Application Gateway + WAF + Load Balancer + Private Endpoints + Multi-Region Architecture + Monitoring

9. Real-Time Job-Oriented Scenarios

Students work through scenarios such as:
• Design Azure networking for a new enterprise application.
• Connect an on-premises data center to Azure.
• Design a Hub-and-Spoke enterprise architecture.
• Migrate an application from on-premises to Azure.
• Implement secure private connectivity to Azure SQL/Storage.
• Design multi-region application networking.
• Configure global traffic distribution.
• Implement WAF protection for a public application.
• Troubleshoot intermittent application connectivity.
• Design highly available VPN connectivity.
• Implement centralized Azure Firewall architecture.
• Reduce exposure of PaaS services using Private Endpoints.
• Design network segmentation for production and non-production environments.

10. Troubleshooting Scenarios

Students troubleshoot scenarios such as:
• VM cannot communicate with another VM.
• VNet peering is not working.
• Incorrect UDR causing traffic failure.
• NSG blocking application traffic.
• DNS resolution failure.
• Private Endpoint DNS not resolving.
• VPN tunnel disconnected.
• Site-to-Site VPN traffic not passing.
• Application Gateway backend marked unhealthy.
• Load Balancer health probe failure.
• Front Door origin unavailable.
• WAF blocking legitimate traffic.
• Azure Firewall rule blocking required traffic.
• Unexpected routing path.
• NAT Gateway connectivity issue.
• Intermittent connectivity between VNets.
• Private PaaS service inaccessible from on-premises.

11. Industry Tools & Technologies

• Microsoft Azure Portal
• Azure CLI
• Azure PowerShell
• Azure Cloud Shell
• Azure Resource Manager
• Azure Virtual Network
• Azure Network Watcher
• Azure Monitor
• Log Analytics
• Azure VPN Gateway
• Azure ExpressRoute
• Azure Virtual WAN
• Azure Firewall
• Azure Firewall Manager
• Azure Application Gateway
• Azure WAF
• Azure Front Door
• Azure Load Balancer
• Azure Traffic Manager
• Azure Private Link
• Private Endpoint
• Azure DNS
• Azure DNS Private Resolver
• Azure Network Manager
• Azure Route Server
• Azure NAT Gateway
• Microsoft Defender for Cloud

These technologies are also represented in Microsoft’s current AZ-700 learning path and course outline.

12. Best Practices

• Azure Well-Architected networking principles
• IP address planning
• Network segmentation
• Least-privilege network access
• Zero Trust principles
• Secure-by-design networking
• High availability
• Fault tolerance
• Multi-region architecture
• Network monitoring
• Centralized logging
• Cost optimization
• Infrastructure standardization
• Naming and tagging standards
• Automation using CLI/PowerShell
• Disaster recovery considerations
• Secure hybrid connectivity

13. Certification

Primary Certification

Microsoft Certified: Azure Network Engineer Associate

Exam: AZ-700 – Designing and Implementing Microsoft Azure Networking Solutions Microsoft’s current certification pathway identifies AZ-700 with the Azure Network Engineer Associate certification.

Optional complementary certifications:
• Microsoft Certified: Azure Administrator Associate — AZ-104
• Microsoft Certified: Azure Solutions Architect Expert — AZ-305
• Microsoft Certified: DevOps Engineer Expert — AZ-400

14. Mock Interviews

Technical + Scenario-Based Mock Interviews

• Azure networking interview questions
• Architecture-based questions
• Troubleshooting scenarios
• Real-time production scenarios
• AZ-700 technical discussion
• Resume-based technical questions
• HR/behavioral preparation

15. Resume Preparation

Build an ATS-friendly Azure Network Engineer Resume

• Project-based resume
• Azure networking skills
• AZ-700 certification positioning
• Real-time project descriptions
• Technical keywords
• LinkedIn profile guidance

16. Placement Assistance

Career Support from Training to Interview
• Job-oriented project guidance
• Resume preparation
• Interview preparation
• Mock interviews
• Job application guidance
• Technical interview support
• Interview scenario practice
• Placement assistance

Suggested Course Positioning

AZ-700 Azure Network Engineer – Job-Ready Program

32–40 Hours | Basic to Advanced | 30+ Hands-On Labs | 8 Assignments | 4 Mini Projects
| 3 Capstone Projects | Real-Time Troubleshooting | AZ-700 Certification Preparation

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AZ-700: Designing & Implementing Microsoft Azure Networking Solutions Course Certification With Training In Bangalore

Q: 1. Course Overview

This program prepares learners to design, implement, secure, monitor, and troubleshoot enterprise Azure networking solutions. The training covers Azure VNets, IP addressing, DNS, routing, VPN, ExpressRoute, Virtual WAN, load balancing, Application Gateway, Azure Front Door, Private Link, Network Security Groups, Azure Firewall, DDoS Protection, Network Watcher, monitoring, and hybrid connectivity. These areas closely reflect Microsoft's current AZ-700 exam objectives. Learning Approach: Concepts → Architecture → Hands-On Labs → Assignments → Troubleshooting → Projects → Interview Preparation

Q: 3. Fundamentals

Azure Networking Fundamentals • Cloud networking concepts • Azure regional networking architecture • Azure subscriptions, resource groups and regions • Azure networking components • Public vs Private IP • IPv4 addressing • CIDR and subnetting • Network segmentation • TCP/IP fundamentals • Ports and protocols • DNS fundamentals • Routing fundamentals • Azure networking architecture and design principles

Q: Module 4: Azure Network Connectivity

Site-to-Site VPN • VPN architecture • VPN Gateway • Local Network Gateway • Site-to-Site VPN • IPsec • IKE • Route-based VPN • Policy-based VPN • VPN Gateway SKUs • High Availability • VPN troubleshooting Point-to-Site VPN • P2S VPN architecture • Tunnel types • Authentication • Microsoft Entra ID authentication • RADIUS authentication • Certificate-based authentication • Client configuration Hands-On Labs Lab 1: Configure Azure Site-to-Site VPN Lab 2: Configure Point-to-Site VPN Lab 3: Troubleshoot VPN connectivity

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