Who is Md Atiar Rahman Ovi?

Md Atiar Rahman Ovi is a Web Engineer, Analytics & Tracking Specialist, and Junior Manager at Razib Marketing based in Dhaka, Bangladesh. He works across web engineering, analytics infrastructure, marketing technology, automation workflows, accessibility, and technical operations.

What is the relationship between WebExpertOvi and Razib Marketing?

WebExpertOvi is Ovi's personal technical authority platform. Ovi serves as Junior Manager at Razib Marketing, where he combines hands-on engineering with project coordination and team operations. Clients can engage Ovi directly for technical consultations and audits, or coordinate delivery with the broader Razib Marketing team for multidisciplinary engagements.

What systems does Ovi engineer across web development and analytics?

Ovi engineers across the complete digital ecosystem: User → Website → Data Layer → Analytics → Advertising → CRM / Automation → Reporting → Operations. His stack includes WordPress, WooCommerce, Shopify, GA4, Server-Side GTM, Meta CAPI, n8n with Docker, Neon PostgreSQL, Cloudflare Workers, and ClickUp.

What automation and backend systems does Ovi build?

Ovi develops automation pipelines and server-side workflows using n8n instances deployed within Docker environments integrated with serverless Neon PostgreSQL databases, Cloudflare Workers, webhooks, and REST APIs to automate marketing, CRM, and operational workflows.

How does Ovi approach technical operations and project management?

As Junior Manager at Razib Marketing, Ovi structures technical operations using ClickUp architecture, standardized SOPs, QA protocols, workload planning, and continuous monitoring to ensure reliable client delivery and team coordination.

How can businesses contact Md Atiar Rahman Ovi or Razib Marketing?

Inquiries can be submitted through webexpertovi.com/contact or via email at ovi.cse23@gmail.com. Inquiries are automatically classified into direct technical consulting with Ovi or full agency delivery with Razib Marketing.

Automation CLIENT: Global SaaS & Growth Platform YEAR: 2024

Distributed n8n Automation Engine with Docker & Neon PostgreSQL

Event-driven webhook orchestration, customer data sync, and serverless database pipelines

n8n Docker Neon PostgreSQL Webhooks REST APIs Node.js

[ 01 // THE CORE PROBLEM ]

Marketing, billing, and CRM events were trapped in disconnected third-party tools, causing sync latency and customer data fragmentation.

[ 02 // THE CHALLENGE ]

Build a resilient, self-hosted automation infrastructure that can process high-volume webhooks without dropped payloads or database connection exhaustion.

[ 03 // VERIFIED OUTCOME ]

Eliminated 100% of manual data entry, reduced sync latency to under 800ms, and saved over 25 engineering hours per week.

[ INVESTIGATION & FORENSICS ]

Examined incoming payload bursts and third-party API rate limits. Discovered that client-side webhook triggers often timed out during marketing campaigns.

[ SYSTEM ARCHITECTURE BLUEPRINT ]

Deployed containerized n8n instances on a hardened Docker environment connected to a serverless Neon PostgreSQL database with connection pooling and automated retry queues.

[ ENGINEERING IMPLEMENTATION ]

Engineered automated webhook listeners, sanitized and transformed JSON schemas, and orchestrated bidirectional sync across Stripe, HubSpot, and internal reporting endpoints.

[ RIGOROUS VALIDATION PROTOCOL ]

Executed synthetic load testing simulating 1,200 webhook events per minute. Confirmed 100% ingestion parity with zero queue blockages.

Executive Architectural Summary

Modern digital businesses generate continuous event streams across marketing, billing, CRM, and analytics platforms. When these tools operate in disconnected silos, customer journeys become fragmented and attribution fails.

To solve this, Ovi architected and deployed a self-hosted n8n automation engine within containerized Docker environments, integrated directly with a serverless Neon PostgreSQL database.

1. Architectural Highlights

Containerized Isolation: Deployed n8n instances within Docker to guarantee predictable resource consumption, seamless version rollbacks, and zero host contamination.
Serverless PostgreSQL Resilience: Integrated Neon PostgreSQL using connection pooling, ensuring high-concurrency webhook writes do not exhaust database limits.
Idempotent Webhook Handlers: Every webhook payload is assigned a deterministic hash token before database writes to prevent duplicate record insertion.
Fail-Safe Alert Webhooks: When external API endpoints experience outages or rate limits, failed executions trigger immediate alerts to team operational channels.

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