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DevOps
September 2025

Cloud Infrastructure Automation

Terraform and Kubernetes setup for scalable applications

TerraformKubernetesAWSCI/CDInfrastructure as Code

Overview

Infrastructure as Code (IaC) implementation using Terraform and Kubernetes for automated cloud resource management. The system provides consistent, reproducible infrastructure across multiple environments.


Key Features

  • Infrastructure as Code: Version-controlled infrastructure with GitOps workflow
  • Multi-cloud Support: AWS, GCP, and Azure compatibility
  • Automated Scaling: Auto-scaling based on demand and resource utilization
  • Security: Automated security policy enforcement and compliance checks
  • Cost Optimization: Automated resource optimization and cost monitoring

    • Technology Stack

  • IaC: Terraform 1.0+ with custom modules
  • Orchestration: Kubernetes 1.25+ with Helm charts
  • Cloud Providers: AWS, GCP, and Azure APIs
  • CI/CD: GitHub Actions with automated testing
  • Monitoring: CloudWatch, Stackdriver, and Azure Monitor
  • Security: AWS IAM, GCP IAM, and Azure RBAC

    • Architecture

    The infrastructure automation includes:


  • Terraform Modules for resource provisioning and management
  • Kubernetes Manifests for application deployment and scaling
  • CI/CD Pipeline for infrastructure updates and testing
  • Monitoring Integration with cloud-native tools

    • Infrastructure Components

  • Networking: VPCs, subnets, and security groups
  • Compute: Auto-scaling groups and Kubernetes clusters
  • Storage: Block storage and object storage with lifecycle policies
  • Security: IAM roles, policies, and encryption

    • Results

  • 90% reduction in deployment time
  • Consistent infrastructure across all environments
  • Zero-downtime deployments with blue-green strategy
  • Cost optimization through automated resource management