Lead Backend & Distributed Systems Engineer specializing in high-throughput data pipelines, multi-tenant architectures, and resilient event-driven systems.
Currently Technical Lead at
Zenmonk Software (Subsidiary of FUNIBER).
Delhi, India
Backend Systems Engineer with 3+ years of production experience architecting high-throughput data pipelines, multi-tenant architectures, and resilient event-driven systems. Core expertise in TypeScript, Node.js, and Rust, specializing in asynchronous batch processing, database-level concurrency, and distributed transactions. Proven track record eliminating I/O bottlenecks by 95% and engineering fault-tolerant data migration infrastructure.
Beyond core architecture, I focus on Mentorship, authoring RFCs and guiding a 5–6 person engineering team on Domain-Driven Design (DDD), CQRS, and strict schema-level bounded contexts, translating complex enterprise workflows into scalable architectures via Event Modeling.
Promoted 3x: Intern → Full Stack Developer → Team Coordinator → Technical Lead
Creator-subscription live-streaming platform
AI video generation and sales personalization platform
A synchronous route processing 10k+ exam/assessment question documents was blocking the Node.js event loop for 5 minutes (300 seconds).
Refactored to an asynchronous, parallelized chunk-processing pipeline with MongoDB field-level encryption so direct DB access never exposes readable PII.
Processing time dropped from 300 seconds to 15 seconds.
Data-heavy attendance-tracking screens with 1,500+ clickable/anchor-based cells were causing DOM lag and interaction latency.
Implemented table virtualization in React.js/Next.js, rendering only visible rows to cut DOM overhead.
Massive reduction in DOM nodes and stable "Time to Interactive" (TTI).
Used Event Storming and Event Modeling to map IBMS (Integrated Business Management System) — an HRM-style workforce/business platform serving FUNIBER's constituent organizations.
Architected multi-schema data isolation per organization plus a runtime-configurable RBAC system.
Strict data isolation across every constituent organization on the platform.
The org needed an internal project/task-management and collaboration tool adapted to its own workflows — functionally comparable to Asana, Miro, and Jira.
Ran event modeling and event storming to map the domain, then built Padmasana as a modular monolith — module separation enforced at the schema level — with Socket.IO-based real-time collaboration.
Clean, layered architecture without the operational overhead of a microservices split.
Creator-subscription live-streaming platform; built auth, payments, and real-time interaction with full platform ownership.
AI-powered video personalization platform for sales outreach at scale, with CRM integrations and an engagement analytics dashboard.
Turns folders into servers with QR-code pairing for cross-device I/O.
Free online Socket.IO client tester: emit events with JSON payloads, listen to channels, save presets and inspect real-time logs in the browser.
Layer-4 balancing with Round Robin and IP Hash algorithms for high-concurrency traffic.
Chrome extension that reads the page you're on — summarizes it, answers questions about what's on screen, and fills forms from your own profile. Your API key stays in the browser.
Multi-threaded RESP protocol implementation for low-latency K/V operations.
Modern chat interface for LLMs and Custom GPTs with streaming response support and history management.
7.86 CGPA
92% Aggregate
Completed Game 7053 (March 2026)
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I write in-depth articles about Systems Engineering, Distributed Systems (Kafka vs RabbitMQ), and Cybersecurity.
Read Articles on MediumCurrently targeting SDE-1 and Senior roles in India, Germany, USA, and Japan. Whether you have a question or just want to say hi, my inbox is always open!
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