Terraform

Monitoring and analyzing performance in modern cloud-based environments is crucial to ensure reliability. Azure Application Insights is a powerful tool for monitoring your applications, helping you detect and diagnose errors. Building on our previous discussion on Azure Log Analytics workspaces, This blog post will guide you through implementing Azure Application Insights with a Terraform module.

Hi! As cloud architectures become more complex, Infrastructure as Code (IaC) has become increasingly important. By using tools like Terraform, IaC allows you to manage intricate infrastructures in a text-based, repeatable, and automated manner.

Hello everyone! Azure offers a variety of security solutions, and Azure Firewall is a particularly effective tool. It is a fully managed cloud-native network firewall that provides top-notch protection for our virtual network resources.

Hi! Did you know that Azure Resource Locks can provide an extra layer of protection for your resources in case of accidental changes or deletions? And best of all, we can deploy them using Terraform.

Hi there! In a previous article, we discussed the deployment of an Azure Bastion host in an existing Virtual Network (VNet) using Azure CLI and PowerShell. While those methods are effective, there’s an opportunity to simplify the entire process.

Hi! Today, I’d like to share a helpful tip on how you can efficiently manage your Azure resources and services while keeping your cloud spending in check. With Azure Budgets, you can easily set budget thresholds and receive alerts to monitor your costs proactively.

Hey, did you know that Azure Monitor has these cool things called action groups? They help you manage alerts by connecting them to different actions. You can receive notifications by email or text message, run Azure Functions, or even start a webhook with an HTTP call.

Hi everyone! Today I want to share how I use Terraform to implement your private DNS zones in Azure. Also, I’ll show you how to create ‘A’ records in these zones.

In this blog post, I want to show you how to implement a hub-spoke network architecture on Azure using Terraform, one of my favorite infrastructure as code (IaC) tools. The hub-spoke model is a widely adopted networking strategy that allows you to simplify management, increase scalability, and improve the security of your Azure resources.

When you start using Terraform to manage your cloud infrastructure, a key consideration is where to store the state file that Terraform generates to track changes to your infrastructure. While storing this file locally on your machine is possible, a more scalable and secure approach is to store it in a centralized location that your entire team can access.

If you run into a problem with Terraform, it can be helpful to capture Terraform’s debug output, so you can analyze it or use it to open an issue case. In this post, I want to show you how to enable terraform logging and set the log location on Windows and Linux operating systems.

In this post, I want to show you how to configure terraform to use an Azure storage account to store and protect your tfstate file. To manage the infrastructure and configuration, Terraform writes the status of resources to a tfstate file.

Today I want to talk to you about terraform, this open-source tool that allows us to define, preview and deploy infrastructure on a multitude of cloud providers such as Azure, AWS, and google, using the HashiCorp Configuration Language (HCL).