Intro Organizations moving workloads into Azure often discover that DNS becomes one of the last infrastructure components still managed traditionally: Windows DNS servers running on VMs, appliance-based DNS platforms, or aging on-premises DNS systems maintained through manual processes. While these environments often work reliably, they can create...
Intro Organizations increasingly run applications that should never be exposed directly to the public internet—internal line-of-business portals, partner applications, healthcare systems, and hybrid workloads connected through VPN or ExpressRoute. While Azure Application Gateway is commonly used for internet-facing traffic, it also serves as a powerful entry...
Intro DNS is one of those foundational services that often receives little attention—until something breaks. A single DNS modification can impact application routing, API connectivity, Private Endpoint resolution, hybrid connectivity, or customer-facing services. Unlike many application changes, DNS mistakes propagate quickly and may affect broad portions of...
Intro Modern cloud applications increasingly rely on geographically distributed deployments to meet availability, disaster recovery, and latency requirements. Multi-region Azure architectures provide resilience against regional outages and help users connect to resources from the nearest location. However, deploying applications across multiple regions introduces a frequently overlooked challenge: How...
Intro Organizations adopting Azure Private Endpoints often begin with a simple deployment: create a private endpoint, associate a Private DNS Zone, and connect applications securely over Microsoft's backbone network. That approach works well for isolated environments, but enterprise environments rarely remain simple. As organizations scale, they frequently...
Intro Domain Name System (DNS) traffic often receives less attention than application traffic, yet it is one of the most critical services in an Azure environment. Private endpoints, hub-and-spoke topologies, and hybrid networking increasingly rely on Azure Private DNS for internal name resolution. While DNS enables...
Intro In cloud and hybrid environments, DNS failover automation is important for maintaining high availability. By automatically switching DNS records to healthy endpoints during an outage, you can minimize downtime and ensure continuous access to applications. Azure Private DNS zones provide internal name resolution for resources...
Intro Azure multi-region architectures promise high availability and low latency, but these benefits can be undermined if your Domain Name System (DNS) is not equally resilient.Today I'll show you how to implement geo-redundant DNS in Azure to be sure that your applications remain reachable and performant...
Intro There’s nothing quite like the satisfaction of spinning up a robust cloud environment, knowing that all the pieces are working together easly and securely. At the heart of any solid Azure deployment is networking and if you’ve worked in Azure, you already know the importance...
Intro One of the biggest challenges when managing cloud infrastructure is keeping a close eye on what's happening under the hood. You’ve got workloads running, data moving, and services scaling – but how do you ensure you’re catching potential issues before they turn into full-blown disasters?...
