Ansible is one of the most popular automation solutions available in modern times for developing, implementing, and configuring automated systems in an enterprise.  It can be defined as a one-stop solution to managing all the infrastructure and processes in an IT operation or company. Not just in IT, but Ansible also paves the way to automation for other businesses requiring system administration, technology, and applications to support their business processes. 

An Ansible Certification is highly recommended for individuals who wish to contribute to automation at an enterprise level and assist companies to progress more effectively through increasing their productivity while simultaneously cutting operational costs. Budding developers are flocking towards Ansible due to its increasing popularity in enterprises with more companies rapidly adopting Ansible and its frameworks to upgrade their infrastructure and orchestrate their complementary or supporting applications effectively.

The best part about Ansible is the fact that when it is not managing nodes, it does not need any resources as there are no backend executions that are running in the background and there is no requirement of data to be allocated or consumed as no permanent software is installed.

What is Ansible?

Ansible can easily be explained as an automation platform, however, there is much more to it. Ansible allows beneficiaries to manage configuration and orchestrate the deployment of applications through implementing infrastructures using code. Ansible acts as a medium for interservice synchronization especially when individual projects are too complex on their own but there is still a requirement of making them scalable. 

Ansible is an open-source framework or tool that eases the jobs of developers and system administrators by automating applications, networks, cloud systems, security systems, components, containers, and especially the infrastructure. It also promotes adding augmentations to existing IT infrastructures to make them more efficient and reliable, thus increasing the productivity and accuracy of systems.

Ansible allows companies to automate applications and manage their allocated systems through non-complex and sustainable means. It also provides an accelerated path to providing solutions and ensures that other project members can also contribute and collaborate. It possesses its own way of configuring systems and IT architecture through its proprietary language which is easy to use and declarative in nature. Ansible does not require immediate supervision and can act as a user to connect to systems remotely. 

Ansible is also truly versatile and adaptive, being able to effectively be incorporated into Linux, UNIX, and Windows ecosystems. However, it works best natively in Fedora (Fedora Linux distribution) and other Linux-based operating systems such as Ubuntu, Oracle Linux, Debian, Kali Linux, and SUSE Linux. To run in other operating systems such as Windows, it needs additional packages but can be configured accordingly without much hassle. It can easily connect to Windows Remote Management or Windows Powershell to remotely access and configure automation in a Windows ecosystem.

Working of Ansible

Ansible is written with Python and depends on Python-backed nodes and machines alongside the necessary packages to run. Ansible allows enterprises to switch to agentless methodologies or upgrade to hybrid workforces by not requiring human-supervised target machines or control systems. 

Target machines can be cloud-sourced and central servers are not required to configure the inventory and systems, thus simplifying its operational capabilities, debugging, implementation, and increasing the scope for recovery and future upgrades. The nodes involved in Ansible-dependent processes can be configured remotely via native remote management frameworks such as the Secure Shell (SSH) protocol in UNIX-based systems or command line (Powershell) in Windows.

Ansible is capable of orchestrating the infrastructure and applications by working alongside multiple systems (even with different base packages) to store the allocated inventory in editable ASCII format files. Ansible also offers a secure integration known as Ansible Vault that can store sensitive data and protect it from external influence or compromising factors. Ansible does not permanently get installed in the allocated node and instead chooses to run modules and install itself temporarily through SSH-like protocols. During the duration of this temporary connection being established, Ansible runs modules that communicate with the supervising machine using JSON-based protocols and their general outputs or inputs.

Let us check how Ansible promotes automation and infrastructural provisioning.

  • Ansible allows enterprises to standardize automation and use automated systems throughout the organization to connect users, employees, and administrators across networks. This streamlines orchestration and allows effective governance of systems.
  • Ansible also allows network management to be more standardized through expediting security updates or patches.
  • Ansible allows enterprises to be flexible with their resources through the automation of provisioning. This includes cloud systems, storage systems, and other architectural components. Ansible offers pre-built or default modules and roles for the provisioning of machines, the configuration of base systems, and the deployment of applications.
  • Ansible allows the creation and execution of infrastructure as code, thus also making it reusable. This is the main reason why deployments from software delivery projects are stable, reliable, and repeatable.
  • Ansible allows organizations to get developers and users easily onboard and also install software rapidly in accordance with business or structural requirements.
  • Ansible allows enterprises to automate everything from application deployment to production and even more extensive workflows that are not limited to single-use cases. This also enables DevOps and effective CI/CD pipeline management.
  • Automated tasks are managed and handled effectively using Ansible and it provides real-time analytics to evaluate tasks and their success.
  • It allows enterprises to incorporate automation securely and in a stable manner through also adding policies, governance, security compromises remediation, and content management.
  • Ansible allows enterprises to deploy multi-paradigm applications consistently to promote the configuration of systematic services and data injections. This can be done consistently and from a single common framework using Ansible.


Ansible allows developers and enterprises to automate provisioning, deployment and helps in managing computing architecture across various ecosystems and environments. Ansible is truly versatile and adaptive, allowing massive support for infrastructural components and systems, thus being truly useful when orchestrating structural incorporations, allocations, and dependent behavior. 

An Ansible certification is recommended for budding developers or project managers who wish to pave the way to complete automation for companies and fill in the structural gap that is holding companies back from true automation.