AWS Cloud and Infrastructure

Your Cloud Should Run Itself

We design, build, and monitor AWS environments with Terraform, EKS, and a full observability stack so your infrastructure scales automatically, costs predictably, and alerts you before customers notice problems.

34%
Average AWS Cost Reduction
0
Unplanned Outages Post-Deployment
4 min
Average Deploy Time After Optimization
100%
Infrastructure Covered by IaC

Does Any of This Sound Familiar?

AWS bill grows every month but nobody knows why

Production goes down and the team finds out from customers

No visibility into which services are slow, expensive, or failing

Infrastructure was built by clicking through the AWS console with no IaC

Deployments are manual, risky, and require the same one person

Security team flagged IAM permissions but nobody has time to fix them

If you checked more than two of these, a free infrastructure audit will show you exactly what to fix first.

What We Deliver

Six infrastructure capabilities that cover everything from provisioning to production monitoring.

Terraform Infrastructure as Code

Every AWS resource lives in code, reviewed in a pull request, and reproducible in any region with one command. No more hand-clicking through the console.

  • VPC, EKS, RDS, S3, IAM, Secrets Manager
  • Remote Terraform state with locking
  • Modular, reusable resource templates
  • Plan previews before every change
Cuts environment setup from weeks to hours

Amazon EKS and Kubernetes

Production Kubernetes that scales intelligently, injects secrets securely, and gives each pod exactly the AWS permissions it needs, nothing more.

  • Karpenter for intelligent node provisioning
  • HPA autoscaling per workload
  • IRSA for pod-level IAM permissions
  • External Secrets Operator for safe secret injection
Zero idle node cost during off-peak hours

Full-Stack Observability

You should see what is slow, failing, or expensive before your users do. We build the dashboards and alerts that make that possible.

  • Prometheus and Grafana per-service dashboards
  • CloudWatch structured log queries
  • SLO-based alert rules with PagerDuty
  • Cost per namespace and per team
Teams find and fix issues 4x faster after deployment

Cloud Cost Optimization

We audit every dollar leaving your AWS account and find the waste. Most companies we work with are over-spending by 25 to 40 percent without knowing it.

  • EC2 and RDS right-sizing analysis
  • Idle resource and orphaned volume cleanup
  • Savings Plans and Reserved Instance guidance
  • Anomaly detection with spend alerts
Average $13,800/month saved on first engagement

GitOps CI/CD Pipelines

Every deployment is a pull request. Every rollback is a git revert. ArgoCD keeps your cluster in sync with what is in Git, automatically.

  • GitHub Actions for build, test, image push
  • ArgoCD continuous delivery with auto-sync
  • Staging and production environment promotion
  • Full audit trail of every deployment
Average deploy time cut from 18 minutes to 4 minutes

Security and Compliance Hardening

We make sure your cluster and account follow least-privilege principles, secrets never live in environment variables, and every access is logged.

  • Least-privilege IAM with IRSA
  • Private subnet isolation for sensitive workloads
  • VPC flow logs and CloudTrail enabled
  • Security group and policy audit with remediation
Passes standard SOC 2 and HIPAA technical controls

Our Engagement Process

01

Infrastructure Audit

We review your existing AWS environment: cost breakdown by service, IAM posture, EC2 and RDS sizing, architectural gaps, and a prioritized list of quick wins before any changes are made.

02

Architecture Design

We present a target architecture diagram covering VPC design, EKS topology, observability stack, secrets management, and CI/CD flow for your review before writing a line of Terraform.

03

Terraform Development and State Migration

We write Terraform modules for every resource, import existing infrastructure into state where applicable, and establish a remote state backend with locking to prevent conflicts.

04

Observability Stack Deployment

kube-prometheus-stack with Grafana dashboards scoped per team and service, CloudWatch log groups with structured queries, and custom alert rules tied to business SLOs.

05

GitOps Pipeline Setup

GitHub Actions for test and build, ECR for container registry, ArgoCD for deployment. We configure staging and production environment promotion with mandatory review gates.

06

Handover and Documentation

Runbooks for every operational task, architecture decision records for every major choice, and a live walkthrough session with your team so they own and understand what was built.

Our Cloud Stack

Technologies we use on every production infrastructure engagement.

TerraformAWS EKSAWS RDSAWS S3AWS IAM (IRSA)AWS CloudWatchAWS Secrets ManagerAmazon ECRKubernetesKarpenterHelmPrometheusGrafanakube-prometheus-stackArgoCDGitHub ActionsKustomizeExternal Secrets OperatorPagerDutyDocker

Frequently Asked Questions

Do you only work with AWS or do you support Azure and GCP?+
Our deepest expertise is AWS, particularly EKS, RDS, S3, IAM, CloudWatch, and the supporting Terraform ecosystem. We can work with multi-cloud setups and have experience with Azure AKS for Kubernetes workloads, but for greenfield builds we recommend AWS for the maturity of its managed services.
How much can you realistically reduce our AWS bill?+
Our audits typically identify 20 to 40 percent in savings for companies that have been running on AWS for more than a year without a dedicated infrastructure team. Common wins include right-sizing EC2 and RDS instances, eliminating orphaned resources, replacing NAT Gateways with VPC endpoints where possible, and moving appropriate workloads to Spot or Savings Plans.
What is GitOps and why does it matter?+
GitOps means your infrastructure and Kubernetes manifests live in a Git repository as the single source of truth. Tools like ArgoCD automatically reconcile what is in Git with what is running in your cluster. Every change is a pull request, reviewed, tested, and auditable. Rollbacks are a git revert. This eliminates the biggest source of production incidents: undocumented manual changes.
How long does a full infrastructure rebuild take?+
A full greenfield AWS environment with EKS, VPC, Terraform, observability stack, and CI/CD typically takes 4 to 6 weeks. Migrating an existing hand-configured environment to IaC while keeping production running takes 6 to 10 weeks depending on complexity. We always start with a thorough audit before committing to a timeline.
We already have a DevOps engineer. Why would we need you?+
Most DevOps engineers are focused on keeping existing systems running, not rearchitecting them. We bring deep patterns from building dozens of production environments and can accelerate a rebuild or migration that would otherwise take months of internal capacity. Many clients use us to establish a baseline, then hand it to their internal team to maintain.

Start With a Free AWS Infrastructure Audit

In 30 minutes we will show you where your cloud costs are leaking, what is at risk of causing a production incident, and which three things to fix first.