OpenTofu, an open-source Terraform fork, announced the release of OpenTofu 1.7 with new features and improvements. Since version 1.6, the first stable release after the fork, over 100 community contributors and OpenTofu's core team joined hands to add the requested features, such as state encryption, provider-defined functions, loopable import blocks, and an improved CLI experience.

This tutorial will teach you how to configure an EC2 instance to access an S3 bucket using the Terraform fork OpenTofu. The guide assumes familiarity with AWS and covers the essential steps, including creating an IAM role and policies and attaching them to an EC2 instance.

OpenTofu, a Terraform fork, is an open-source infrastructure as code software solution that allows you to define and manage the complete infrastructure lifecycle using the HCL (HashiCorp Configuration Language). In this post, I'll walk you through the steps to create an S3 bucket in AWS using OpenTofu.

Ubuntu 24.04 LTS (Long Term Support), codenamed "Noble Numbat," was released in April 2024 and introduced several new features across various aspects of the operating system.

HashiCorp changed Terraform's license from open source to Business-Source License (BSL). Soon after, the open-source fork OpenTofu became available. OpenTofu is an infrastructure-as-code (IaC) tool that allows you to define and manage your infrastructure in configuration files. In this post, I demonstrate with a practical example how to create an EC2 instance in AWS with OpenTofu.

Ansible Vault allows you to encrypt sensitive data such as passwords, keys, and other secrets rather than storing them as plaintext in your playbooks or roles. In this tutorial, I will explain how to use Ansible Vault to encrypt and decrypt data during playbook runtime.

Ansible Facts are essential system information gathered from remote hosts during playbook execution. This information is crucial for making informed decisions before executing any actions. In this tutorial, I will demonstrate how to use Ansible Facts to retrieve system information and make deployment decisions using the when conditional statement.

An Ansible loop allows you to repeat a task or a set of tasks multiple times with different values, reducing code duplication and making playbooks more concise and maintainable. Instead of writing the same task multiple times with slight variations, you can use loops to iterate over a list of items and perform the task(s) accordingly. A conditional controls the flow of tasks based on specific conditions or criteria within playbooks. Sometimes, you must install software only on specific operating systems or if certain dependencies are met. Conditionals allow you to control the execution of tasks based on these conditions, ensuring your playbooks adapt to different environments and avoid unnecessary actions. In this tutorial, I will provide simple examples of using loops and conditionals in Ansible.