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NestJS and Angular on AWS Kubernetes

Building a production-grade application that scales isn't just about writing code; it's about creating a robust ecosystem where your frontend, backend, and infrastructure work in perfect harmony.

This guide provides a comprehensive blueprint for deploying a modern full-stack application using NestJS, Angular, Docker, and Kubernetes (EKS) on AWS.


The Core Architecture

Our setup follows a classic three-layer architecture designed for high availability and zero-downtime updates:

  • Presentation Layer: An Angular 17+ Single Page Application (SPA), optimized for speed and served via AWS S3 and CloudFront CDN. 
  • Application Layer: A scalable NestJS 10+ API running within Amazon EKS (Elastic Kubernetes Service) pods. 
  • Data Layer: Persistent storage managed through RDS PostgreSQL for relational data and AWS S3 for object storage.

Why This Stack?

  • High Availability: We use Multi-AZ deployments with auto-failover to ensure your app stays online. 
  • Smart Scaling: Horizontal Pod Autoscalers (HPA) automatically adjust your resources based on real-time CPU and memory usage. 
  • Efficiency: By utilizing containerization with Docker and orchestration with Kubernetes, we achieve consistent deployments across all environments. 
  • Production-Ready: The guide includes built-in monitoring with Prometheus, logging with Loki, and automated GitOps deployments via ArgoCD.

Infrastructure & Cost Planning

Deploying to the cloud requires careful budgeting. A standard production setup in the ap-south-1 (Mumbai) region typically ranges from:

  • Low Usage: ~$466/month
  • Medium Usage: ~$705/month
  • High Usage: ~$1,025/month

Note: These estimates include EKS cluster fees, EC2 worker nodes, RDS instances, and S3 storage.

Key Technical Highlights

  1. Optimized Docker Images: We use multi-stage builds and Alpine Linux to keep images small (under 150MB) and secure. 
  2. Security First: All containers run as non-root users, and we implement strict Network Policies and Pod Security labels. 
  3. Automated CI/CD: A GitHub Actions workflow handles the heavy lifting—building images, pushing to Amazon ECR, and updating Kubernetes manifests automatically. 
  4. Observability: Custom NestJS interceptors track HTTP request duration and total hits, feeding this data directly into Prometheus for real-time dashboards. 

Ready to Deploy ? Download Full Guide

Whether you are a DevOps engineer or a full-stack developer, this guide covers every step from project initialization to the final production checklist.

For specialized implementation assistance or architecture reviews, you can reach out to the specialists at Bithost via sales@bithost.in.



NestJS and Angular on AWS Kubernetes
Ram Krishna January 24, 2026
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