Infrastructure as Code Services to Automate, Secure, and Scale Modern Cloud Environments
With deep expertise in infrastructure automation, Naviteq helps cloud-native teams codify, manage, and provision infrastructure using tools like Terraform, Terragrunt, and Pulumi. From startups to multi-cloud enterprises, we deliver scalable and secure IaC solutions that eliminate manual configuration and accelerate time to value.
Whether you’re running on AWS, Azure, GCP, or hybrid environments, our experts deliver
production-ready, modular infrastructure that’s CI/CD-enabled and built to scale.
Expert-led IaC delivery
Access to senior DevOps engineers with real-world experience in multi-account, multi-region provisioning
End-to-end automation
From Terraform Cloud integration to CI/CD pipelines that auto-apply changes on merge—we build IaC that runs itself
Built-in security and cost controls
Add vulnerability scanning, drift detection, and cost estimations at the plan stage
Prebuilt module libraries
Leverage 150+ reusable Terraform modules to streamline deployments across AWS and other platforms
Build consistent, automated infrastructure with Infrastructure as Code
Why Infrastructure as Code matters—and what it delivers
Infrastructure as Code (IaC) isn’t just a better way to provision resources—it’s a foundational enabler for modern DevOps. By codifying infrastructure in version-controlled repositories, teams eliminate manual processes, reduce risk, and accelerate delivery cycles. For cloud-native organizations, IaC transforms infrastructure into software-defined assets that are repeatable, auditable, and instantly scalable.
Enabling DevOps efficiency at scale
IaC integrates directly into the development lifecycle, enabling DevOps teams to:
Version-control
infrastructure
with rollback capabilities to restore previous states when needed
Ensure
consistency
across development, staging, and production environments
Accelerate testing
and release cycles
with automated, on-demand provisioning
Embed security
and compliance
through static code analysis, drift detection, and approval workflows
Enable true
collaboration
between developers and DevOps engineers via Git workflows and modular codebases
With IaC, your infrastructure becomes as agile and testable as your application code—reducing human error, improving transparency, and supporting continuous delivery at scale.
Business-critical benefits of IaC
Beyond DevOps enablement, IaC drives measurable outcomes for engineering and infrastructure teams:
Faster disaster
recovery
Rebuild entire environments from source code repositories to minimize downtime and improve incident response.
Ensure
consistency
Duplicate dev, test, or prod environments in minutes—ensuring parity and reducing deployment issues.
Accelerate testing
and release cycles
Automatically provision infrastructure to match demand, from single applications to global services.
Cost control and
predictability
Add automated cost estimation and guardrails at the Terraform plan stage to avoid budget surprises.
Improved
auditability
Every infrastructure change is tracked via version control, simplifying compliance reporting and change reviews.
Team
alignment
IaC creates a shared language between developers and operators, enabling unified workflows and reduced friction.
Our Infrastructure as Code services
On-demand IaC
consulting
- Help you choose the right Infrastructure as Code (IaC) approach and tooling
- Assess team readiness and estimate implementation timelines
- Audit current deployments and map them to business goals
- Deliver a tailored roadmap for IaC enablement
- Provide best-practice guidance on security, modularity, and DRY architecture
- Ongoing support during adoption and rollout
Terraform architecture & automation
- Use Naviteq’s pre-built Terraform module library (150+ modules for AWS)
- Build end-to-end, repeatable architecture with Terraform and Terragrunt
- Integrate static analysis, linters, and security scanners into IaC workflows
- Enable Git-based CI/CD pipelines for automatic apply on PR or push
- Set up automated plan/apply with tools like Terraform Cloud or Env0
Terraform implementation & support
- Terraform/Terragrunt development tailored to your environments
- CI/CD integration for scalable infrastructure delivery
- Hands-on support and DevOps training for your team
- Documentation, test coverage, and security validation
- Ongoing maintenance, updates, and expert troubleshooting
How we work
Our process at Naviteq follows industry-leading practices to integrate IaC smoothly into your workflows.
Step 1
Assess your current Infrastructure
We start by analyzing your existing infrastructure setup, mapping it against your business goals, and identifying areas for improvement. Whether you manage cloud-native environments or hybrid architectures, we’ll build a clear picture of your needs.
Build your IaC roadmap
We deliver a clear, actionable roadmap for IaC enablement, including recommended tools, timelines, and priorities. This helps you understand the time commitment and expected outcomes.
Step 2
Step 3
Develop IaC modules
Using Terraform or Pulumi, we write modular, DRY (Don’t Repeat Yourself) code to provision infrastructure efficiently. Our reusable codebase helps reduce setup time for future projects and supports multi-cloud environments.
Integrate and automate
We integrate IaC into your CI/CD pipelines, ensuring seamless automation from code merge to infrastructure deployment. We also automate repetitive tasks to reduce manual processes and avoid human errors.
Step 4
Step 5
Secure and maintain
We embed static code analysis and security scanners, and enable tools like Env0 or Terraform Cloud for ongoing infrastructure management. This includes automated cost estimations and alerting for misconfigurations.
IaC tools we use
Naviteq builds with industry-leading tools that support flexible, scalable, and secure infrastructure:
Terragrunt
Enhanced code reusability and automation on top of Terraform
Terraform
The standard for declarative infrastructure across AWS, Azure, and GCP
Pulumi
IaC with familiar programming languages like Python, Go, and TypeScript
Env0 & Terraform Cloud
Governance, cost estimation, and automated provisioning workflows
How AWS supports your IaC strategy
Naviteq maximizes the benefits of Infrastructure as Code through deep AWS integration.
Our AWS-specific IaC services include:
150+ reusable Terraform modules for AWS environments
Full-stack provisioning across EC2, S3, RDS, VPC, and IAM
Built-in cost estimation to manage budgets at the plan stage
CI/CD pipeline integration for hands-free deployments
Best-practice alignment with AWS scalability and security frameworks
Frequently Asked Questions
What is Infrastructure as a Code (IaC)?
Infrastructure as Code (IaC) is a methodology that applies software development principles—like version control, automation, and modularity—to infrastructure management. Instead of manually provisioning cloud resources, you define them in code using tools like Terraform, Terragrunt, or Pulumi.
This enables teams to deploy infrastructure that is repeatable, testable, and versioned—minimizing configuration drift and human error.
What is the difference between declarative and imperative approaches to IaC?
Declarative approach: Defineswhatthe infrastructure should look like. Tools like Terraform excel here. This method is easier to maintain and supports versioning and collaboration.
Imperative approach: Defines howto build the infrastructure, step by step. It offers fine-grained control, often useful for custom scripts or advanced configurations.
At Naviteq, we use declarative approaches for most environments, but we incorporate imperative logic where needed for flexibility.
What are the most widely used Infrastructure as a Code tools?
The most popular tools include:
- Terraform – Industry-standard for declarative IaC across multi-cloud environments
- Terragrunt – A wrapper for Terraform that simplifies code reuse and automation
- Pulumi – Allows you to write IaC in languages like Python or TypeScript
Learn more about choosing the right tool in our blog.
Can IaC prevent configuration drift?
Yes. Configuration drift occurs when changes are made manually in production that aren’t reflected in your codebase. IaC solves this by enforcing source-of-truth consistency through Git, automated CI/CD pipelines, and drift detection tools integrated into your provisioning workflows.
How long does it take to implement IaC?
It depends on your current environment, but most teams start seeing value within weeks. With Naviteq’s pre-built AWS modules and proven frameworks, we accelerate delivery while ensuring infrastructure is production-grade, secure, and maintainable from day one.
Do I need to know coding to adopt IaC?
Not necessarily. While IaC involves writing code (often YAML or HCL), tools like Terraform are purpose-built to be readable and accessible—even for teams without deep programming backgrounds. Naviteq can also abstract complexity by building reusable modules tailored to your environment.
Can I use IaC with my existing cloud environment?
Yes. IaC works with existing AWS, Azure, or GCP resources. Through techniques like importing infrastructure into Terraform state, Naviteq helps teams transition to IaC without needing to rebuild everything from scratch.
How does IaC support security and compliance?
IaC enables “security by design” through automation. You can enforce rules via:
- Static code analysis during CI/CD
- Drift detection and policy-as-code
- Encrypted secrets and RBAC integrations
Naviteq bakes these controls into your provisioning workflows—so infrastructure is secure and compliant by default.
How does Naviteq implement continuous integration and automated testing?
We integrate CI/CD best practices into your workflow, enabling continuous integration with automated build, test, and deploy processes. This ensures faster releases, higher code quality, and reduced deployment risks.
Ready to scale your infrastructure with Infrastructure as Code?
Let’s help you automate, secure, and streamline your cloud environments—faster.
Fill out the form below to learn how Naviteq’s IaC solutions can help you reduce manual work, improve consistency, and deploy infrastructure that scales with your business.