Smart Wellness Platform

Overview

Smart Wellness Platform is a production-grade enterprise wellness ecosystem designed to deliver personalized wellness experiences through intelligent software and connected hardware. The platform combines a cross-platform mobile application, a dual-screen kiosk system, a web-based administration portal, and a scalable cloud backend into a unified solution for organizations operating smart wellness spaces.

Users can reserve wellness sessions, access guided wellness experiences, complete camera-based biometric scans, and monitor their long-term wellbeing. Administrators manage organizations, wellness locations, connected devices, digital content, users, and live operations through a centralized dashboard, while dedicated kiosk software powers each physical wellness pod with real-time hardware communication and offline-first reliability.

The project demonstrates enterprise-scale software architecture spanning mobile, web, desktop, backend services, cloud infrastructure, and IoT device integration.

The Challenge

Traditional wellness centers often rely on disconnected software systems, manual scheduling, limited operational visibility, and isolated hardware. The goal was to build a unified platform that delivers seamless user experiences, centralized operations, real-time synchronization, offline reliability, and secure enterprise administration across multiple locations.

The Solution

The ecosystem consists of four integrated applications:

• React Native Mobile App for booking wellness sessions, viewing insights, managing profiles, and receiving notifications.
• Electron Smart Wellness Kiosk powering physical wellness pods with dual-screen support, hardware integration, offline execution, and cloud synchronization.
• Next.js Administration Portal for managing organizations, locations, devices, content, users, analytics, and live operations.
• Node.js Backend providing REST APIs, authentication, booking management, device communication, notifications, payments, analytics, and real-time synchronization.

Core Features

• Secure authentication with OTP verification
• Wellness session booking and management
• Camera-based biometric wellness analysis
• Personalized wellness insights and historical trends
• Smart kiosk session automation
• IoT hardware integration
• Device provisioning and remote management
• Role-Based Access Control (RBAC)
• Push notifications
• Offline-first synchronization
• Multi-language support
• Real-time communication using Socket.IO

Technical Highlights

• Enterprise-scale multi-platform architecture
• React Native mobile application
• Electron desktop kiosk software
• Next.js administration dashboard
• Node.js and Express backend services
• Firebase Authentication and Firestore
• Redis caching and synchronization
• Socket.IO real-time communication
• Offline-first architecture
• REST API design
• Modular and scalable codebase

My Contributions

• Developed the React Native mobile application
• Built the Electron kiosk software
• Developed the Next.js administration portal
• Implemented Node.js backend services and APIs
• Integrated Firebase Authentication and Firestore
• Built real-time communication with Socket.IO
• Developed booking and session management workflows
• Integrated IoT hardware communication
• Implemented push notifications
• Built reusable UI components
• Optimized application performance
• Supported deployment and production releases

Technology Stack

Mobile: React Native, TypeScript, React Navigation, Vision Camera, Firebase, AsyncStorage

• Frontend: Next.js, React, Material UI, Redux Toolkit

• Desktop: Electron, React, Node.js

Backend: Node.js, Express, TypeScript, Firebase Admin SDK, Firestore, Redis, Socket.IO

• Infrastructure: AWS, GitHub Actions, PM2, Docker

Outcome

The Smart Wellness Platform delivers a complete enterprise ecosystem connecting users, administrators, smart wellness kiosks, and cloud services into a single scalable solution. It demonstrates expertise in cross-platform development, enterprise architecture, backend engineering, IoT integration, real-time systems, and offline-first application design.