OperationsKUBERNETES · TERRAFORM · AWS · ZERO-DOWNTIME

DevOps & Cloud Infrastructure Engineering

Cloud architecture, Kubernetes orchestration, Terraform Infrastructure-as-Code, and automated CI/CD pipelines.

Architecture Demo
CORE TECHNOLOGY STACK:
DockerDocker
KubernetesKubernetes
TerraformTerraform
AWSAWS
GitHub ActionsGitHub Actions
JenkinsJenkins
DevOps & Cloud Infrastructure Engineering
LEAD CENTERS ARCHITECTURE

DevOps & Cloud Infrastructure Engineering

Multiple / Day
Deployment Frequency
Zero-downtime blue/green
<10 Mins
Mean Time to Recover
Automated rollbacks & alerts
30–50%
Cloud Cost Savings
Right-sizing & spot instances
99.99%
Uptime Achieved
Multi-AZ self-healing pods
SYSTEM DESIGN & TELEMETRY

Interactive Engineering Architecture

Inspect the decoupled layers, production benchmarks, and deployment pipelines behind our DevOps & Cloud Infrastructure Engineering practice.

Cloud-Native GitOps & Kubernetes Architecture

Reproducible Infrastructure-as-Code (IaC) with declarative GitOps deployment pipelines.

IaC

Terraform Infrastructure

100% codified cloud architecture on AWS, GCP, or Azure with state locking and modular design.

K8s

Kubernetes (EKS / GKE)

Production clusters with ingress controllers, horizontal pod autoscalers, and namespace isolation.

GitOps

ArgoCD / Flux GitOps

Continuous deployment synchronized directly from Git commits with automated drift detection.

Monitor

Prometheus & Grafana

Full-stack observability with unified metrics, log aggregation (Loki/ELK), and tracing.

SCOPE & SPECIFICATION

What We Deliver

Clear architectural boundaries, automated test suites, and 100% intellectual property transfer on day one.

IaC

Terraform Infrastructure as Code

Complete modular Terraform repository managing all VPCs, compute instances, databases, DNS, and IAM permissions.

  • Modular Terraform configuration
  • Remote S3 backend with DynamoDB locking
  • Least-privilege IAM policies
  • Automated plan/apply in CI
Containers

Production Kubernetes (EKS / GKE)

Enterprise Kubernetes setup with Helm charts, Ingress-Nginx, cert-manager SSL, and Karpenter node autoscaling.

  • EKS / GKE managed clusters
  • Karpenter dynamic node autoscaling
  • Helm charts for all workloads
  • Network policies & pod security
CI/CD

High-Speed CI/CD Pipelines

Fast, cached GitHub Actions workflows that build multi-stage Docker images and deploy with zero downtime.

  • Sub-5-minute build pipelines
  • Docker buildx layer caching
  • Automated unit & linting gates
  • Canary deployment strategies
Monitoring

Full Observability & Alerting Stack

Prometheus, Grafana, and ELK/Loki log aggregation connected to Slack and PagerDuty for instant incident response.

  • Executive & engineering Grafana dashboards
  • Kubernetes cluster health telemetry
  • SLO / SLA uptime monitoring
  • 24/7 PagerDuty escalation policies
TECHNICAL SPECIFICS

Frequently Asked Technical Questions

Common architectural, governance, and codebase ownership inquiries.

Yes. We consistently achieve 30% to 50% cloud cost reductions through instance rightsizing, automated spot instance orchestration via Karpenter, reserved instance planning, and storage tier lifecycle policies.

ENGINEER-TO-ENGINEER

Ready to scope your DevOps & Cloud Infrastructure Engineering project?

Book a 20-minute architecture review with one of our principal engineers. We review your specifications, discuss trade-offs, and provide a concrete estimate.