ZeroStack Support

An adaptive AI customer support hub built with Vercel v0 generative UI components and backed by the 100% free tier of Amazon DynamoDB.

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Inspiration

💡 Inspiration

Modern tech enterprises need highly reliable, ultra-fast ways to track technical system emergencies. Traditional support setups slow down or fail under massive spikes of infrastructure data. We built the ZeroStack Support Engine to demonstrate how modern edge hosting networks can pair with production-ready cloud database clusters to solve scaling and security bottlenecks.

⚙️ What it does

The ZeroStack Support Engine is an advanced full-stack Web Application built for enterprise reliability operations.

  • Data Ingestion: Standard users or automated system scripts use the secure frontend interface form to report severe crashing bugs.
  • Edge Processing: Requests are immediately channeled through Next.js serverless route handlers to secure environment credentials away from client manipulation.
  • Cloud Persistence: Incoming records are instantly streamed over the internet into an active, on-demand Amazon DynamoDB database partition.
  • Real-Time Auditing Log: Internal DevOps and Site Reliability Engineers monitor a live timeline log synced with the cloud cluster to track issues using unique, secure UUID keys.

🛠️ How we built it

We engineered a modular full-stack stack designed for maximum developer velocity and zero idle infrastructure cost:

  • UI Prototyping: Scaffolded components rapidly using Vercel v0 to map modern layout modules.
  • Full-Stack Logic: Next.js 15 framework using TypeScript and Tailwind CSS.
  • Cloud Infrastructure: Provisioned Amazon DynamoDB for scalable storage, managed securely with custom AWS IAM least-privilege security policies.
  • Hosting Network: Deployed continuously to production across Vercel's global edge network.

🧠 What we learned & Challenges we overcame

Building across international data clusters presented unique challenges. We diagnosed and resolved a cross-continental database region desync, shifting local configuration routes to match our live table cluster in Mumbai (ap-south-1). We also implemented strategic layout architecture fixes (suppressHydrationWarning) to prevent user browser extensions from interrupting React edge rendering pipelines.

What it does

How we built it

Challenges we ran into

Accomplishments that we're proud of

What we learned

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