Infrastructure as Code

🚀 CfgMgmtCamp 2025: Automating AI-Powered Graph Databases with Ansible Yesterday, at CfgMgmtCamp 2025, I had the privilege of presenting Automating AI-Powered Graph Databases with Ansible.

SELinux (Security-Enhanced Linux) is a vital security feature in RHEL 8 that enforces mandatory access control (MAC).

In the world of DevOps and Infrastructure as Code (IaC), Ansible and Terraform are prominent tools.

Ansible is well-known for its ability to automate Linux systems, but it is equally capable of managing and automating Windows systems.

Ansible is a powerful tool that can be used for application deployment, making it a valuable asset in DevOps workflows.

Ansible is widely recognized for its configuration management and automation capabilities, but can it be used for monitoring?

Ansible is a highly flexible automation tool that can manage Windows systems alongside Linux and other platforms.

Ansible is a powerful tool for automating IT operations, including the creation of virtual machines (VMs) in cloud and on-premises environments.

Ansible is widely used for configuration management and application deployment, but can it install an operating system?

Ansible is known for its versatility in managing Linux systems, but can it manage Windows hosts?

Ansible is a powerful tool for automating tasks across various platforms, including Windows systems.

Ansible and Jenkins are both powerful automation tools, but they serve distinct purposes in the DevOps ecosystem.

Ansible and Terraform are two of the most popular tools in the DevOps ecosystem.

Ansible is a widely used automation tool that runs seamlessly on Ubuntu, making it an excellent choice for managing infrastructure and applications.

Ansible is widely recognized for its ability to manage Linux systems, but can it run on Windows?

Ansible is a versatile automation tool capable of managing Windows systems, including the execution of PowerShell scripts.

Ansible is a versatile automation tool that can run Python scripts on target systems, making it a valuable resource for managing Python-based workflows and tasks.

Ansible is a versatile automation tool that works seamlessly across Linux, macOS, and Windows systems.

Ansible collections are a key feature that enhances modularity and reusability in automation workflows.

Ansible facts are a cornerstone of Ansible automation, providing valuable information about managed nodes that can be dynamically used in playbooks.

Ansible handlers are a powerful feature that enhance efficiency and control in automation workflows.

Ansible modules are the foundation of Ansible’s automation capabilities. They are small programs that perform specific tasks, enabling you to automate everything from software installation to cloud provisioning.

Ansible playbooks are the heart of Ansible automation, enabling users to define tasks in a structured and human-readable format.

Ansible plugins are modular pieces of code that extend and enhance Ansible’s core functionality.

Ansible roles are a key feature that simplify and organize complex playbooks, making them reusable and scalable.