I'm Ali Beddi — a senior full stack developer who cares as much about how a system scales and stays reliable as how it looks and feels.
Most developers stop at “it works.” I focus on it scales, it's secure, and it's maintainable.
With 3+ years of full-stack experience across React, Next.js, Node.js, NestJS and TypeScript, I bridge complex backend logic and premium frontend experiences — for product teams and independent clients alike.
I'm driven by a genuine passion for scalable products and thoughtful UI/UX. The best software disappears: it's fast, intuitive and quietly robust under pressure.
Currently pursuing a Master's in DevOps & SRE, I bring a reliability-first approach — clean architecture, observability and performance budgets — to every feature I build.
Six principles that shape how I approach every product and team.
I design ecosystems, not just screens. From database schema to CDN edge, every layer is a deliberate decision.
UX is the product of system performance. I obsess over Time-to-Interactive, indexing and edge caching.
Code that only works on localhost isn't done. I build CI/CD, containers and monitoring for real resilience.
Maintainability is a feature. I favor clear boundaries, strong typing and code my teammates can extend.
RBAC, validation, signed URLs and least privilege are defaults — not afterthoughts bolted on later.
I raise the bar through reviews, shared standards and clear communication with PMs, designers and clients.
From first production commit to reliability engineering.
Dove into production React, Next.js and Node.js — starting with Ostedhy, an e-learning platform serving 10k+ users.
Built strong foundations in software architecture, databases, algorithms and agile delivery.
Built scalable data systems handling thousands of records, plus an interactive drag-and-drop timeline and reusable UI.
Shipped BMDRM (DRM streaming), and freelanced WellVitas (Next.js 15 / RSC) and Morpheus (Angular 19, −22% bundle).
Going deeper on reliability, CI/CD, observability and scalable infrastructure to engineer for scale.