Building scalable web and mobile applications while exploring AI, RAG, and intelligent systems that turn ideas into real-world solutions.
Grab, drag, and inspect live architecture artifacts from recent mobile builds and RAG workflows.
High-fidelity mobile systems, peer-to-peer real-time communication protocols, and grounded agentic RAG pipelines engineered with clean modularity.
Engineered an ultra-low latency push-to-talk voice application designed for tactical, remote, and mission-critical scenarios where cellular connectivity is intermittent or completely unavailable. Built with a dual-transport physical layer combining cloud-coordinated WebRTC signaling with an ad-hoc offline UDP multicast engine.
Built an AI-powered question-answering system using Retrieval-Augmented Generation (RAG) and LangGraph to orchestrate multi-step document retrieval, semantic query routing, and LLM-based response synthesis with verified citation grounding.
A personal life guidance mobile client combining daily habit tracking, reflective journal logging, and instantaneous conversational guidance powered by Groq's high-speed inference engine and Supabase cloud synchronization.
A mobile network telemetry application helping users map cellular signals, locate nearby base stations, and identify carrier dead zones through interactive visual heatmaps and telemetry benchmarks.
My engineering trajectory is defined by a desire to understand what happens beneath the interface. Starting from pixel-perfect React Native and Expo mobile applications, I delved deeper into the network layer—engineering native Kotlin foreground audio services and WebRTC ICE discovery for tactical walkie-talkies.
Today, I bridge frontend craftsmanship with modern AI engineering, building context-grounded RAG architectures using LangGraph state graphs, ChromaDB vector stores, and FastAPI microservices.
A structured inventory of languages, runtimes, protocols, and developer toolchains used across production mobile applications and AI platforms.
Verified professional experience shipping enterprise mobile applications, backed by rigorous academic computer applications foundations.
Spearheading mobile application development across high-volume e-commerce and enterprise HRMS ecosystems, integrating native modules, real-time push services, and resilient state synchronization.
Accredited proficiencies across cloud foundations, DevOps automation pipelines, high-performance full-stack architectures, and executive communication.
“Continuous delivery, automated testing, and zero-downtime infrastructure.”
Mastered the foundational paradigms of agile continuous integration, automated deployment workflows, containerized environments, and cloud infrastructure monitoring.
“Architecting for high availability, fault tolerance, and elastic scalability.”
Comprehensive certification across Amazon Web Services core primitives: VPC networking, EC2 elastic compute, S3 object storage, IAM role-based access control, and distributed cloud security.
“Awarded Top 5 Performer across 8 days of competitive full-stack development.”
Recognized among the top 5 performers in an intensive full-stack bootcamp led by Anish S Nair. Engineered complete RESTful microservices, state machines with React, and optimized MongoDB aggregation pipelines.
“Precision in technical rhetoric, executive presence, and multi-stakeholder clarity.”
Rigorous certification covering interpersonal dynamics, workplace influence, technical presentation delivery, and conflict resolution across distributed cross-functional engineering teams.
Observations on real-time protocols, state machine graphs, offline-first mobile synchronization, and hardware-level audio engineering.
A deep dive into building TrueTalkie: how we solved NAT traversal, STUN fallback, and gateway IP resolution to enable sub-8ms push-to-talk over offline Wi-Fi hotspots.
How to prevent hallucinations in enterprise Q&A systems using LangGraph cyclic state machines, vector embeddings, and citation-backed reranking.
Why standard React Native audio libraries get suspended by Android's Doze mode and how to build a custom Kotlin native module with sticky foreground notifications.
How NetVision visualizes 4G/5G cellular coverage using geospatial MongoDB queries, raw RF telemetry extraction from mobile telephony hardware, and IDW contour interpolation.
Interested in discussing high-performance mobile application architectures, WebRTC real-time systems, or AI agent pipelines? Let’s connect.
