Description

Introduction
Azure Stack brings the capabilities of the public Azure cloud to on-premises environments, providing a consistent hybrid cloud experience. This course covers the networking aspects of Azure Stack, focusing on how to configure connectivity, ensure security, and manage network resources effectively in a hybrid cloud setup. Participants will learn how to manage virtual networks, configure subnets, secure communication, and integrate Azure Stack with other Azure services.

Prerequisites

• Familiarity with Azure and cloud networking concepts
• Basic understanding of networking protocols, subnets, and IP addressing
• Experience with network administration and security practices

Table of Contents

1. Introduction
1.1 Overview
1.2 Key Differences Between Azure and Azure Stack Networking
1.3 Networking Considerations for Hybrid Cloud Environments

2. Network Architecture in Azure Stack
2.1 Its Components
2.2 Virtual Networks and Subnets in Azure Stack
2.3 Integration of Azure Stack with On-Premises Network Infrastructure

3. Configuring Network Connectivity in Azure Stack
3.1 Setting Up Virtual Networks (VNets) and Subnets
3.2 Configuring Network Interfaces (NICs) for Virtual Machines
3.3 Managing IP Addressing and DNS Settings in Azure Stack

4. Securing Network Communication
4.1 Implementing Network Security Groups (NSGs) in Azure Stack
4.2 Configuring Firewalls and Access Control Lists (ACLs)
4.3 Enabling Encryption for Network Traffic and Secure Connectivity

5. Connecting Azure Stack to Azure Public Cloud
5.1 Configuring ExpressRoute and VPN for Hybrid Connectivity
5.2 Enabling Secure Communication Between Azure Stack and Azure
5.3 Managing Data Traffic and Failover Scenarios(Ref: Azure Stack Storage: Optimizing Data Management in Hybrid Environments )

6. Configuring Network Load Balancing in Azure Stack
6.1 Load Balancing Virtual Machines and Services
6.2 Setting Up Azure Stack Load Balancers for High Availability
6.3 Health Probes and Traffic Distribution Methods

7. Monitoring and Troubleshooting Network Connectivity
7.1 Monitoring Network Performance in Azure Stack
7.2 Troubleshooting Network Issues Using Logs and Diagnostic Tools
7.3 Best Practices for Network Troubleshooting in Hybrid Environments

8. Advanced Networking Features
8.1 Configuring Virtual Network Peering for Azure Stack
8.2 Setting Up Site-to-Site VPN Connections and Gateway Routing
8.3 Implementing Network Segmentation and Isolation for Security

9. Managing Network Security in Azure Stack
9.1 Role-Based Access Control (RBAC) for Network Resources
9.2 Securing Hybrid Cloud Workloads with Network Security Policies
9.3 Best Practices for Securing Azure Stack Networking

10. Integrating Azure Stack with On-Premises Systems
10.1 Configuring Azure Stack Networking with Active Directory
10.2 Integrating Azure Stack Networking with On-Premises Load Balancers
10.3 Managing Hybrid DNS and Identity Services

11. Best Practices 
11.1 Optimizing Network Design for Performance and Scalability
11.2 Cost Management for Networking Resources in Azure Stack
11.3 Best Practices for Secure and Resilient Network Architecture

12. Case Studies and Real-World Applications
12.1 Networking for Enterprise Applications in Azure Stack
12.2 Managing Secure Communications for Compliance-Driven Workloads
12.3 Hybrid Networking for Multi-Region and Multi-Cloud Deployments

13. Future of Networking in Azure Stack
13.1 Emerging Technologies in Cloud Networking
13.2 Leveraging AI for Network Management and Security
13.3 Preparing for the Next Generation of Hybrid Cloud Networking

14. Conclusion
14.1 Recap of Key Its Concepts and Practices
14.2 Building Secure and Scalable Network Solutions with Azure Stack
14.3 Continuous Learning and Development in Hybrid Cloud Networking

Conclusion
This course provides a comprehensive understanding of this to equipping participants with the skills to manage connectivity, security, and performance in a hybrid cloud environment. By mastering these concepts, IT administrators can ensure secure, scalable, and efficient of this deployments, seamlessly connecting on-premises and cloud-based resources.

Reference