How We Built Z-Events: A High-Performance Event Ticketing Platform from Scratch

Zoharix — Thu, 14 May 2026 20:28:38 +0000

How We Built Z-Events: A High-Performance Event Ticketing Platform from Scratch

Building an event ticketing platform sounds simple on the surface: a user selects a ticket, pays, and gets an email.

But once you dive under the hood, you are immediately faced with complex engineering challenges—handling high concurrency during flash sales, processing secure payments, and ensuring background jobs (like event reminders) run reliably.

Recently, our team built Z-Events, a modern, highly responsive platform for event organizers and attendees. Instead of relying on clunky legacy tools, we set out to engineer something fast, scalable, and developer-friendly.

In this post, I’ll break down the architecture, tech stack, and some of the interesting technical hurdles we overcame.

🛠️ The Tech Stack: Going All-In on TypeScript

We wanted a stack that offered end-to-end type safety, high performance, and an excellent developer experience. Here’s what we landed on:

Frontend: React, TypeScript, and modern CSS for a glassmorphic, premium UI
Backend: Node.js + Express with TypeScript
Database & ORM: PostgreSQL + Prisma for reliable relational data management
Background Jobs: CRON/Queue system for automated reminders

Using TypeScript across the entire stack was a game-changer. Sharing interfaces between the React frontend and Node.js backend meant API contract mismatches were caught at compile time instead of production.

🏗️ Architecture Deep Dive

Let’s explore how we structured some of the core features of the platform.

1. Interactive Dashboard

Event organizers need real-time insights into their events—sales, performance, and engagement.

We built a highly componentized dashboard (EventDetailView, FeatureCards, Sidebar) designed for modularity and performance.

One of our primary goals was smooth UX without performance trade-offs. We used custom hooks like useScrollAnimation to enhance UI dynamics without sacrificing frame rates.

2. Bulletproof Background Jobs (eventReminder.job.ts)

When a user buys a ticket for an event happening months later, they still need reminders.

Relying on setTimeout is unreliable at scale, so we implemented a proper background job system.

This worker:

Queries upcoming events

Processes reminder schedules

Sends emails asynchronously

This ensures the main API thread remains fast and responsive during checkout flows.

3. Secure & Scalable Payments (Payment.ts)

Handling payments requires absolute correctness—there’s no room for partial failures.

We abstracted payment logic into dedicated services and used database transactions to maintain consistency.

💡 Lessons Learned

Don’t reinvent UI systems
Using a consistent design system early (Hero sections, PricingCard, etc.) saved us weeks of CSS debugging.
Background jobs are essential
Heavy tasks like email sending and data processing should never block your main API.
Type safety pays off massively
Strict API typing reduced frontend-backend mismatches and made iteration significantly faster.

🚀 What’s Next?
We are officially launching on May 22nd 🎉

Next up:

Real-time WebSocket updates for live ticket sales

Enhanced analytics dashboard for organizers

Performance optimizations for flash-sale scalability