• IaC is a concept that goes beyond simple infrastructure automation.
  • It is easier to demonstrate adherence to security policies with IaC.

DevOps aims to accelerate an organization’s ability to deliver applications and services. Tech giants like Amazon, and many others to pen down, have successfully implemented DevOps to improve user experience.

Infrastructure as Code (IaC) and DevOps form a symbiotic relationship, where IaC provides the foundation for automating infrastructure provisioning and configuration. At the same time, DevOps practices enable seamless collaboration and continuous integration, enabling teams to deliver software faster and more reliably.

Let’s have a look at the DevOps workflow:

Designing- and gt; Coding – and gt; Building – and gt; Testing – and gt; Releasing – and gt; Deploying – and gt; Operating – and gt; Regulating

Delving into Infrastructure as Code (IaC) definition becomes imperative to gain a comprehensive understanding.

What Is Infrastructure as a Code (IaC)?

Infrastructure as Code (IaC) is an automated approach to managing IT infrastructure using code. It brings efficiency, consistency, and agility to provisioning, enabling rapid deployment and seamless collaboration between teams for enhanced performance and resilience.

IaC is the reason to make DevOps possibleIt reduces the gap between an application and its environment by applying tried-and-true coding techniques directly to your infrastructure.

By utilizing a descriptive coding language, Infrastructure as Code (IaC) automates the provisioning of IT infrastructure, streamlining the process and reducing manual intervention.

It helps in managing:

  • Servers
  • Operating systems
  • Database connections
  • Storage and other infrastructural components

As a result, developers can concentrate more on software development, testing, and deployment, increasing productivity and efficiency.

When it comes to traditional infrastructure, it is still helpful in some circumstances, but infrastructure as code has numerous benefits in terms of speed, agility, automation, and teamwork.

Comparing Traditional Infrastructure and V/s Infrastructure as Code

By automating and codifying the management and provisioning of infrastructure resources, Infrastructure as Code offers many features over conventional infrastructure.

Traditional Infrastructure Infrastructure as a Code
Traditional IT infrastructure management procedures are manual. Infrastructure components (servers, storage, etc.) are not manually provisioned and managed.
The traditional method only automates tasks like routine maintenance and reporting. All three crucial steps in Infrastructure-as-Code are automated:
Compared to automated processes, manual configuration is much slower, which causes delays and application unavailability. IaC makes it easier for developers to integrate DevOps by giving them quick access to the IT infrastructure.
In traditional infrastructure, repeatability is a significant problem. Your infrastructure management can be repeatable with IaC.

IT infrastructure automation has been enhanced thanks to IaC, but IaC goes beyond automation.

IaC Goes Beyond Mere Automation

Although automation and Infrastructure as Code have much in common, they have different meanings.

Automation: It focuses more on how the infrastructure is maintained and the process for automatically pushing the state of the data center into it.

Infrastructure as a Code: Infrastructure as Code aims to predictably maintain the configuration or state of the data center infrastructure.

The idea of IaC goes beyond basic infrastructure automation. IaC necessitates applying best DevOps practices to automation scripts to make sure:

  • They are error-free
  • They can be redeployed on multiple servers
  • They can be rolled back in case of issues
  • They can be engaged by both development and operations teams

Finally, let’s discuss how differently IaC works than mere automation:

  • Enables Dev and Ops cooperation
  • Offers a complete audit trail for changes
  • Applies infrastructure testing
  • Updates the infrastructure documentation

While doing so, the role of Infrastructure as Code (IaC) tools cannot be undervalued, as it facilitates the automation and management of infrastructure resources through code-based configurations.

What Is the Role of Infrastructure as Code (IaC) Tools?

Today’s IT managers can address infrastructure management tasks with the help of various Infrastructure as Code tools. It helps in:

  • Provisioning of infrastructure
  • Deployment of application
  • Configuration management

Application workflow orchestration IaC tools actually assist:

  • To avoid the repetitive, time-consuming, labor-intensive processes susceptible to human error due to the intricate nature of cloud architecture.
  • To minimize expenses and maximize the engineering team’s time efficiency, it helps to avoid replicating manual changes multiple times.

After considering the needs, we can clearly see Infrastructure as Code’s fantastic benefits.

Benefits of Infrastructure as Code

Businesses that use IaC as the cornerstone of their development and deployment strategies can reap various cascading and compounding advantages. Here are the top five justifications for using IaC:

  • Enhances security measures

One-way deployment enhances the security approach. Assuring that every deployment is as secure as possible without needing additional layers of review and approval by a gatekeeper is possible by pre-provisioning infrastructure with code.

IaC frequently uses a private or public cloud to provision and deploy networking, storage, and computing services.

With IaC, proving compliance with security policies, legal requirements, and industry best practices is more superficial because all infrastructure configurations are monitored and kept in version control.

  • Speeds up deployment

By running a single command, development, and test environments can be provisioned in a matter of minutes.

Due to their ability to be performed in identical production environments, faster deployment times aid in prioritizing actions like penetration testing, load testing, and bug hunting, which shorten timelines and maintain high productivity.

  • Reduces cost and saves money

IaC automates time-consuming infrastructure configuration, allowing engineers and IT professionals to concentrate on other mission-critical tasks while the tasks are completed quickly.

The ability to destroy all resources when necessary and to save hundreds of dollars when resources are not needed is made possible by having the Infrastructure as a Code script.

IaC lowers unnecessary costs at every stage of the development pipeline by establishing consistency, reducing risk, bolstering security, accelerating deployment, enhancing accountability, and boosting efficiency.

  • Provides flexibility and scalability

IaC makes it simple to scale and be elastic. It is simple to scale up or down in response to demand by defining infrastructure resources as code.

Teams can quickly and efficiently configure their environments to meet their needs using IaC.

Programmatic provisioning and management of auto-scaling groups, load balancers, and other dynamic resources make it possible for the infrastructure to adapt to efficiently changing workloads.

  • Enhances operational effectiveness

Infrastructure as Code IaC is a productivity and efficiency booster for developers, architects, and administrators.

Organizations can automate, standardize, and streamline the provisioning and management of their infrastructure by utilizing IaC. This leads to increased operational effectiveness, decreased manual labor, higher levels of dependability, and better resource utilization.


An organization’s infrastructure has undergone a significant change due to IaC.

In addition to the initial infrastructure setup, infrastructure as a code IaC has many other benefits. Organizations can quickly replicate environments, adopt agile and DevOps practices, and scale their infrastructure up or down, thanks to IaC.

By embracing IaC, businesses can build a strong base for their journey towards seeking digital transformation, where infrastructure becomes adaptable, flexible, and a true enabler of business success.

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