Cloud Infrastructure Built to Last — Not Just to Launch

US startups and scale-ups build cloud infrastructure fast, then spend years paying down the technical debt. We design AWS, GCP, and Azure environments that are reproducible, auditable, and secure from day one.

Duration: 4-10 weeks Team: 1 Cloud Architect + 1 Infrastructure Engineer
The Challenge

You might be experiencing...

Your AWS environment was set up by clicking in the console — no IaC, no audit trail, no way to reproduce it, and no one knows what half the resources are for.
You're paying for cloud resources you don't understand, in regions you didn't choose, because no one cleaned up after a proof-of-concept three years ago.
Your SOC 2 auditors ask for access control evidence and you realize IAM roles were never documented or least-privilege reviewed.
A developer accidentally deleted a production database because their IAM role had permissions it never needed — and you didn't have a backup policy.

Most US startups built their cloud infrastructure by clicking in the AWS console during a weekend sprint three years ago. It worked. Then it became the foundation for a production system serving real customers — and no one wanted to touch it because no one fully understood it.

Infrastructure as Code: The Foundation of Reliable Cloud

Cloud infrastructure consulting USA starts with a single principle: every cloud resource should be defined in code, version-controlled in git, and deployed through a pipeline. Terraform is the tool that makes this practical at any scale — from a three-person startup on a single AWS account to a 200-person engineering organization across multi-cloud environments.

IaC provides the audit trail that SOC 2 Type II and HIPAA require. Every infrastructure change has a git commit, a PR review, and a CI/CD pipeline run. When your auditors ask who changed the IAM role that allowed access to the production database, the answer is in the git log — with timestamps, approvals, and the diff.

Least-Privilege IAM: The Control Most Teams Skip

The single highest-impact security improvement for most US cloud environments is IAM least-privilege. Most AWS accounts have IAM roles with *:* policies attached because they were “temporary” and no one ever cleaned them up. Least-privilege means every role can only do exactly what it needs to do — and nothing more.

For HIPAA-covered entities, this is non-negotiable: PHI access must be restricted to authorised users and services. For SOC 2 Type II (CC6.1, CC6.2), access controls are audited and the evidence must show that access is appropriate to role and regularly reviewed. IaC with least-privilege IAM generates this evidence automatically.

Book a free 30-minute cloud infrastructure consultation — we’ll audit your current AWS/GCP/Azure environment and identify the highest-impact improvements. Contact us.

Our Approach

Engagement Phases

Week 1-2

Cloud Audit

Inventory all cloud resources, IAM roles, network configuration, and cost allocation. Identify security misconfigurations, unused resources, and compliance gaps.

Weeks 3-6

IaC Migration

Import existing infrastructure into Terraform or Pulumi. Establish module structure, remote state, and CI/CD pipeline for infrastructure changes. All future changes through code.

Weeks 7-8

Security & Compliance Hardening

Least-privilege IAM, CloudTrail/audit logging enabled, encryption at rest and in transit enforced, network segmentation (VPC, security groups), and SOC 2 / HIPAA controls implemented.

Weeks 9-10

Cost Optimisation & Runbooks

Right-size over-provisioned resources, implement reserved instances for stable workloads, tag all resources for cost allocation, and document the infrastructure with operational runbooks.

What You Get

Deliverables

Full Terraform / Pulumi IaC codebase
Remote state configuration (S3/GCS + DynamoDB/GCS locking)
Least-privilege IAM roles and policies
Network segmentation (VPC, subnets, security groups)
CloudTrail / audit logging enabled
Encryption at rest and in transit
Cost allocation tags and budget alerts
Infrastructure runbooks and architecture diagram
Expected Outcomes

Before & After

MetricBeforeAfter
Infrastructure reproducibilityManual console configuration, no audit trail100% IaC — every resource version-controlled
SOC 2 CC6.3 evidenceManual IAM review screenshotsIaC shows least-privilege config in git history
Cloud cost visibilitySingle monthly bill, no resource attributionPer-team, per-environment cost allocation
Technology

Tools We Use

Terraform Pulumi AWS GCP Azure AWS CloudTrail tfsec / Checkov
Common Questions

Frequently Asked Questions

Should we use Terraform or Pulumi?

Terraform is the industry standard and has the largest ecosystem of modules and provider support. Pulumi is better for teams that prefer writing IaC in general-purpose languages (TypeScript, Python, Go) rather than HCL. Both are production-grade. We recommend Terraform for most US engineering teams unless there's a strong language preference for Pulumi.

How do we migrate existing 'click-ops' infrastructure to IaC without breaking production?

We use Terraform import to pull existing resources into state without recreating them. Resources are imported one by one, tested, and committed to the IaC codebase before moving to the next resource. Production is never taken down for the migration. The process takes 2-4 weeks for a typical AWS environment.

What does HIPAA require from cloud infrastructure?

HIPAA's Security Rule requires encryption of PHI at rest and in transit, access controls limiting PHI access to authorised users, audit logging of all PHI access, and a business associate agreement (BAA) with your cloud provider. AWS, GCP, and Azure all offer BAAs and HIPAA-eligible services. Our infrastructure implementation includes all of these controls by default.

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