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Portfolio / Cloud & DevOps

AWS Microservices Migration

Migrating a legacy monolithic backend code to serverless containers with automated pipelines.

Client Vagabond Travel Co
Timeline 6 Months
Category Cloud & DevOps
Industry Role Engineering Partner
Web Application Showcase
https://app.dnrcodex.com/aws-microservices-migration
Web View
AWS Microservices Migration Web View 1 AWS Microservices Migration Web View 2 AWS Microservices Migration Web View 3 AWS Microservices Migration Web View 4
Web Admin & Dashboard View
https://admin.dnrcodex.com/aws-microservices-migration
Admin View
AWS Microservices Migration Admin View 1 AWS Microservices Migration Admin View 2 AWS Microservices Migration Admin View 3
Technical Specifications & System Overview
ENTERPRISE STABLE

Web Application Platform

Desktop & Browser Portal
  • System Name: AWS Microservices Migration Web Edition
  • Version: v2.4.0 (Production Stable)
  • Theme & Palette: Dark Titanium (#09090b) + Emerald (#10b981) Accents
  • Core Tech Stack: React.js, Next.js, Laravel 11 REST API, Tailwind CSS
  • Web Features: Real-time Analytics Dashboard, High-speed SSR, Role-based Access

Mobile Application Suite

iOS & Android App
  • System Name: AWS Microservices Migration Mobile Companion
  • Version: v2.1.0 (App Store & Play Store)
  • Theme & Consistency: Synchronized Dark Mode Theme with Haptic Feedback
  • Core Tech Stack: Flutter 3.x, Dart, Biometric SDK, Firebase Push API
  • Mobile Features: FaceID/TouchID Login, Push Notifications, Offline Data Sync

System Architecture & Dual-Platform Overview

Migrating a legacy monolithic backend code to serverless containers with automated pipelines. Both web and mobile applications share a central cloud backend API infrastructure ensuring real-time data synchronization, enterprise-level security, and responsive UI performance across all screen resolutions.

The Challenge

High server costs and deployment bottlenecks where a single bug in travel modules brought down the whole booking portal.

Our Solution

Decomposed code into 22 separate Docker services deployed on AWS ECS using Terraform scripts and automated GitHub Actions CI/CD.

The Outcome

Infrastructure costs reduced by 40%, while deployment speed increased from once-a-week to multiple-times-a-day safely.

Portfolio

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