TL;DR   Project Overview This architecture implements a pure GitOps deployment model for Kubernetes environments where all deployments are driven from Git manifests rather than manual operations. Developers commit code, CI builds container images, and only a manifest change in

TL;DR Project Overview This architecture was designed for a production web application requiring strong security, controlled access, and reliable performance on AWS. The primary focus was isolating critical components, eliminating public exposure of the database, and enforcing a zero-trust access

TL;DR Project Overview This architecture represents a self-managed Kubernetes cluster deployed on-premises, built to host a large-scale web application with real-world traffic. The system follows a microservices-based design, separating frontend, backend, and supporting services while ensuring: It is optimized for

TL;DR A scalable, secure, and production-ready cloud architecture built on Amazon Web Services using Amazon EKS. It combines microservices (React, Django, Celery), CI/CD with GitHub Actions, and managed services like Amazon RDS and Amazon S3 to deliver a high-performance production

TL;DR Overview This architecture was designed for a learning management platform that required microservices scalability, real-time communication, video conferencing, and strong internal service coordination — without the high cost of managed cloud services. Instead of relying on expensive managed Kubernetes

This architecture was designed for a mobile-first application requiring high availability, strong security boundaries, automated deployments, and the ability to scale seamlessly as user traffic grows. The system serves mobile clients built with Expo and distributed via App Store and