TECH LEAD · INFRASTRUCTURE & REALTIME ARCHITECT

Systems that survive load, failure, and time.

I design and lead production platforms where cloud infrastructure, realtime communication, backend architecture, and operational reliability meet.

Saudi Arabia Remote UTC+3
12M+

WebSocket connection sessions/day

realtime delivery
~4M

HTTP requests/day

multi-tenant SaaS
~20m

Migration downtime

AWS → GCP
7+

Years engineering

build → operate → lead

SELECTED SYSTEMS

Production work, not a technology inventory.

Private systems described through their engineering constraints, decisions, and measurable outcomes—without exposing customer code.

01REALTIME / EDGE

Realtime delivery that scales past a single region.

Architected WebSocket delivery across Cloudflare Durable Objects and GKE/Soketi, with Redis-backed horizontal scaling, tenant isolation, health-aware capacity, and independent release paths.

Durable ObjectsGKEWebSockets RedisSoketi
OBSERVED OUTCOME 12M+ daily connection sessions
02PLATFORM / SAAS

A multi-tenant platform built for sustained production load.

Led architecture across Laravel Octane, Cloud Run, GKE, Cloud SQL, queues, search, identity, observability, and tenant-aware AI services—while keeping product delivery moving.

Laravel OctaneCloud RunPostgreSQL KeycloakVertex AI
OBSERVED OUTCOME ~4M HTTP requests per day
03MIGRATION / RELIABILITY

Cloud migration treated as a controlled systems event.

Coordinated application, database, queues, DNS, and infrastructure through an AWS-to-GCP cutover, backed by infrastructure as code, GitOps delivery, observability, and a rehearsed rollback boundary.

AWSGCPTerraform Argo CDGrafana
OBSERVED OUTCOME ~20 minutes production downtime

HOW I SEE THE SYSTEM

Reliability is a property of the whole path.

Architecture starts at the user request and continues through identity, application code, data, delivery, infrastructure, telemetry, and recovery.

01EDGECloudflare
02APPServices
03DATAPostgreSQL
04ASYNCQueues
05OPSTelemetry

PUBLIC ENGINEERING

Inspectable proof.

Recent production work is private. These public references make the same engineering judgment visible.

OPERATING PRINCIPLES

The standard I hold the work to.

01

Make failure explicit and recovery boring.

02

Observability belongs in the design, not the incident.

03

Remove operational work from product teams.

04

Treat performance, security, and cost as first-order constraints.

THE NEXT SYSTEM

Give me a hard enough problem.

I’m most useful where scale, reliability, architecture, and delivery have to work together.