From local code to a fully automated CI/CD pipeline. ๐
I just wrapped up a major update to my portfolio! Itโs no longer just a React siteโit's a production-ready environment. Iโve integrated:
โ Dockerized Architecture: Using multi-stage builds and Nginx for high-performance local serving.
โ Automated Workflows: GitHub Actions now handle my deployments to Vercel with zero manual effort.
โ Cloud Media: Integrated Vercel Blob to serve project walk-through videos seamlessly.
#DevOps #ReactJS #Docker #GitHubActions #JuniorDeveloper #WebDevelopment
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Task Orchestrator: Resilience & Scale
A cloud-native task management engine built for modern distributed teams. This project bridges the gap between fast backend execution and automated DevOps infrastructure.๐
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Habit Grind is a high-performance, offline-first mobile application designed to bridge the gap between local speed and cloud reliability.
Offline-First Core: Built with React Native and SQLite to ensure zero-latency user interaction, regardless of network status.
Serverless Sync Architecture: Developed a custom sync engine using Hono.js and AWS Lambda to handle secure data backups without the overhead of a traditional server.
DevOps-Driven Reliability: Every update is pushed through a GitHub Actions CI/CD pipeline, achieving a production-ready deploy in just 66 seconds.
Linux-Optimized Environment: Developed exclusively on Pop!_OS to leverage low-level kernel control for smoother Android/iOS emulation and faster build times.๐
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Live-Ops Command Center: Resilience-First Monitoring Platform
I engineered a production-grade monitoring dashboard focused on system resilience and live telemetry. This project demonstrates a 'Zero-Babysitting' infrastructure mindset, ensuring maximum uptime through container self-healing.
The Goal: To move away from 'fake metrics' and build a tool that provides real-world system awareness for distributed architectures.
๐ Source Code: [https://github.com/Codemonkey-API/live-ops-system ]