Projects

28cardgame.com is the definitive online home for 28 — the popular South Asian trick-taking card game. The client wanted more than a basic multiplayer lobby: they wanted AI opponents that could challenge experienced players, immersive 3D card visuals that felt like sitting around a real table, and a platform that could host thousands of concurrent games without lag.

I designed and built the full stack. A TensorFlow-trained neural network powers the AI opponents, learning bidding strategy, trump selection, and trick play from hundreds of thousands of recorded games. Three.js renders an interactive 3D card table with fluid animations for dealing, bidding, and trick-taking. A Node.js real-time backend orchestrates multiplayer lobbies, matchmaking, game state synchronisation over WebSockets, and leaderboards.

PartApp is an institute management platform that automates administration, fee collection, and parent-teacher communication for coaching centres, academies, and training institutes. Serving 500+ active institutes with a 4.8-star rating, the platform is recognised by Startup India and certified by Kerala Startup Mission.

I led the system architecture and design from the ground up — backend services, API layer, DevOps pipeline, and the cross-platform Flutter app for iOS and Android. The architecture needed to support multi-tenant SaaS isolation (each institute is a tenant with its own data boundary), handle payment-gateway integrations with Cashfree, Razorpay, and Paytm, and maintain 99.9% uptime with AES-256 encryption across the board.

Inavada needed a full-featured live TV experience purpose-built for Android TV set-top boxes and smart TVs. Off-the-shelf IPTV apps lacked the polish, operator branding, and deep platform integration their customers expected — they needed a white-label solution that felt like a native smart TV OS, not an afterthought app.

I designed and built the complete platform: a custom Android TV launcher that replaces the stock home screen, a live TV player with channel zapping and adaptive bitrate streaming, an electronic programme guide (EPG) with genre filtering and search, a local DVR system for recording and time-shifted playback, and an operator-configurable CMS that controls every channel lineup, VOD catalogue, and branding element without a client-side update.

Medlily needed a unified patient management system to replace a patchwork of spreadsheets and paper records across their growing network of clinics. Front-desk staff, doctors, and administrators were all working from different sources of truth, leading to missed appointments, duplicate records, and billing errors that compounded as the practice scaled to multiple locations.

I designed and built a multi-clinic full-stack solution: a Laravel backend powering a REST API for patient records, scheduling, prescriptions, and billing across every branch, paired with a Flutter mobile app that gives doctors on-the-go access to patient history, lab results, and appointment queues regardless of which clinic they’re at. Role-based access control ensures front-desk, clinical, and admin staff each see only the data relevant to their role and location.

Lit Technologies needed a purpose-built B2B e-commerce platform to replace a manual order-taking process that ran on phone calls, WhatsApp messages, and shared spreadsheets. Their dealer and distributor network was growing, but the ordering workflow couldn’t scale — order errors were frequent, pricing was inconsistent across accounts, and there was no visibility into inventory until someone checked the warehouse floor.

I designed and built the full platform: a Laravel backend with a REST API powering a native Android app for dealers and an admin dashboard, tiered pricing and credit-limit management per dealer account, real-time inventory sync with the warehouse, and an order lifecycle engine that tracks every order from placement through dispatch and delivery confirmation.

cricketarchive.com needed a purpose-built scoring and broadcast system for amateur and semi-professional cricket matches. Traditional flows — paper scoresheets and desktop-only software — created a two-layer bottleneck: scorers couldn’t work comfortably on the field, and match updates reached spectators and archivists only after the match had ended.

I designed and built an end-to-end solution. A Flutter tablet app handles ball-by-ball live entry. A Node.js real-time backend pushes updates to web and mobile viewers over WebSockets within sub-second latency. And an integration pipeline feeds completed match data straight into cricketarchive.com’s historical archive with zero manual data entry.