Let’s be honest—traditional infrastructure management is slow, error-prone, and downright frustrating. Manual configurations, long deployment times, and inconsistencies can make even the simplest tasks a headache. But here’s the good news: Infrastructure as Code (IaC) is here to change the game.

With IaC, infrastructure management becomes automated, efficient, and scalable. It lets you treat infrastructure like software—codified, version-controlled, and deployed with precision. There are no more manual interventions, and there are no more surprises.

And it’s not just hype. The IaC market was valued at $0.8 billion in 2022 and is projected to hit $2.3 billion by 2027, growing at a staggering 24% CAGR. This rapid adoption highlights the critical role IaC plays in modern IT infrastructure.

Let’s examine why IaC matters, how it works, and how you can leverage it to optimize and scale your infrastructure workflows.

Beyond Basics: The New Landscape of IaC

IaC is More Than Just Writing Scripts

If you think IaC is just about writing configuration scripts, think again. At its core, IaC is about systematic, predictable infrastructure management. It allows you to define infrastructure in code—provisioning VMs, configuring networks, and enforcing security policies with consistency and repeatability.

Think of it this way: If you can code your applications, why not your infrastructure? Doing so eliminates human errors, accelerates deployments, and ensures infrastructure remains desired.

Declarative vs. Imperative IaC

Not all IaC approaches are the same. There are two primary methodologies: declarative and imperative.

Declarative IaC

The declarative approach focuses on defining the desired state of infrastructure, and the IaC tool determines how to achieve it. Think of it as saying, “I need an EC2 instance with X CPU and memory in this region,” and letting the tool handle the rest.

Benefits:

• Simplified management – No need to define every step manually.
• Better scalability – Ensures consistency across environments.
• Popular tools: Terraform, AWS CloudFormation.

Imperative IaC

In contrast, imperative IaC explicitly defines the step-by-step process to configure infrastructure. You specify each action: “First, create an EC2 instance. Then, configure security settings. Finally, deploy the application.”

Benefits:

• More control – Fine-tune each step of the process.
• Greater flexibility – Ideal for configuration management.
• Popular tools: Ansible, Chef.

Which Approach Should You Choose?

• Use declarative IaC for infrastructure provisioning—simplifies management and scales well.
• Use imperative IaC when you need granular control over configurations.

IaC in CI/CD Pipelines: The Path to Full Automation

IaC fits seamlessly into CI/CD pipelines, ensuring infrastructure changes are tested, validated, and deployed automatically alongside application updates.

How to Integrate IaC into Your CI/CD Pipelines

1. Automated Infrastructure Deployment – Use IaC tools like Terraform to provision infrastructure dynamically within CI/CD workflows.
2. Version-Controlled Infrastructure Code – Store infrastructure code in a Git repository-like application code for better tracking and collaboration.
3. GitLab CI/CD Integration – Leverage GitLab’s powerful automation features to integrate IaC with continuous delivery, auto-scaling, and environment provisioning.
4. Automating Rollbacks – If an infrastructure change causes issues, IaC allows you to roll back effortlessly to the previous stable version.
5. Infrastructure Testing – Automate testing with tools like Terraform’s validate and Inspec to ensure security and compliance before deployment.

By embedding IaC into CI/CD, you create a fully automated system where infrastructure evolves in lockstep with application development.

Suggested Read: GitLab Adoption Strategies: Lessons Learned from Top-Tier Implementations

Best Practices for Infrastructure as Code

To maximize the benefits of IaC, follow these best practices:

• Keep it DRY (Don’t Repeat Yourself) – Reuse code to avoid duplication and simplify maintenance.
• Modularize Your Code – Break configurations into reusable modules for better organization and reusability.
• Use Remote Backends – Store state files in remote locations (e.g., S3, Terraform Cloud) to maintain consistency.
• Automate Infrastructure Testing – Use testing frameworks to validate infrastructure changes before deployment.

Common IaC Pitfalls (and How to Avoid Them)

Even with IaC, things can go wrong. Here’s what to watch out for:

• State File Management – Never store state files locally. Always use a remote backend.
• Over-Engineering – Avoid unnecessary complexity; keep your IaC clean and maintainable.
• Secrets Exposure – Use secrets management tools to protect sensitive data.
• Ignoring Drift – Regularly check for configuration drift to ensure infrastructure remains aligned with defined states.

The Future of IaC: AI and Dynamic Infrastructure

Looking ahead, AI-driven IaC will revolutionize infrastructure management. Machine learning algorithms will predict infrastructure needs, while serverless technologies will reduce provisioning overhead. Dynamic IaC will enable infrastructure to self-adjust based on real-time metrics, eliminating manual interventions altogether.

Suggested Read: What’s Next for Infrastructure as Code (IaC) in 2025: Beyond Automation

Final Thoughts: Your Journey to Full Automation

Implementing IaC is more than just adopting a new tool—it’s a shift in managing infrastructure. It aligns with DevOps principles, accelerates deployments, and ensures consistency across environments.

At VivaOps, we specialize in helping teams unlock the full potential of IaC within GitLab CI/CD environments. Whether you’re just starting or looking to refine your existing setup, we can help you streamline, automate, and modernize your infrastructure workflows.

Want to see how IaC can transform your infrastructure? Book a no-obligation call with our DevOps experts today!

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