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As cloud environments scale, networking becomes more complex. While Azure VNet peering provides seamless connectivity, enterprises often require centralized traffic inspection, logging, and control. This is where Network Virtual Appliances (NVAs) bec...

Azure Virtual Network (VNet) peering enables seamless connectivity between two VNets using private IP addresses, as if they were on the same network. This allows resources like VMs, databases, or services to communicate across VNets without going ove...

As organizations expand their cloud footprint, managing networking across multiple teams, workloads, and regions becomes increasingly complex. Without a structured design, Azure Virtual Networks (VNets) can quickly devolve into “spaghetti networking”...

In my last blog, I mentioned that Netcity is tightly governed and there are no violations. But how is this possible? Let's go back to our imaginary city. Netcity, in its raw state, allows its occupants to talk to each other and the outside world. But...

Introduction When managing cloud infrastructure in Azure, network connectivity issues can significantly impact application availability and performance. Azure provides powerful tools for diagnosing and troubleshooting network problems, including Virt...

This document explains how to set up a CICD pipeline for deploying a web application on a private AKS cluster. It includes integration with Azure SQL Database, Private Azure Container Registry (ACR), and Application Gateway using Terraform. It also d...

Introduction Creating a virtual network (VNet) with multiple subnets in Azure is essential for organizing and securing your cloud resources. This blog will walk you through creating a VNet with four subnets using the address space 192.148.30.0/26. St...
