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RehabFloors

Smart AIoT Pressure-Sensing Floor for Rehabilitation Monitoring -πŸ†1st Winner of Winaction International Product Innovation Competition 2025
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🧠 RehabFloors

Smart Pressure-Sensing Floor for Rehabilitation Monitoring

1st Winner Winaction 2025

🌐 Live Demo β€’ πŸ† Achievement β€’ ❓ Problem β€’ πŸ’‘ Solution β€’ πŸ› οΈ Tech Stack


🌟 What is RehabFloors?

RehabFloors is an innovative smart pressure-sensing floor system designed to revolutionize physical rehabilitation monitoring. By integrating pressure sensors into floor tiles, RehabFloors provides real-time monitoring of patient movement, gait analysis, fall detection, and therapy progress trackingβ€”all through an intuitive web-based dashboard.

✨ Key Features

  • 🚢 Gait Analysis: Real-time monitoring and analysis of patient walking patterns and balance
  • 🚨 Fall Detection: Instant alerts when a patient falls, enabling quick response from healthcare providers
  • πŸ“Š Progress Tracking: Comprehensive rehabilitation progress monitoring with visual analytics
  • πŸ‘₯ Patient Management: Complete patient profiles with therapy history and session records
  • πŸ₯ Therapist Dashboard: Centralized control panel for healthcare professionals
  • πŸ“± Real-time Monitoring: Live sensor data visualization through IoT integration
  • πŸ“ˆ Reports & Analytics: Detailed reports on patient recovery and therapy effectiveness

πŸ† Competition Achievement

πŸ₯‡ 1st Winner - Winaction International Product Innovation Competition 2025

RehabFloors achieved 1st Place at the prestigious Winaction International Product Innovation Competition 2025, organized by Universitas Widyatama!

RehabFloors 1st Winner at Winaction 2025

RehabFloors team receiving the 1st Winner award at Winaction International Product Innovation Competition 2025

[NOTE] RehabFloors was developed as a competition entry for Winaction International Product Innovation Competition 2025. As such, only a minimal hardware prototype and website frontend prototype have been built to demonstrate the concept and innovation potential.

🎯 What We Demonstrated

  • Hardware Prototype: Basic pressure sensor grid demonstrating the core sensing technology
  • Frontend Web App: Fully functional prototype showcasing the monitoring dashboard, patient management, and analytics features
  • Proof of Concept: End-to-end demonstration of sensor data visualization and fall detection

❓ The Problem

Physical rehabilitation faces several critical challenges that impact patient recovery and healthcare efficiency:

πŸ₯ Healthcare System Challenges

Problem Impact
Limited Monitoring Therapists can only observe patients during scheduled sessions, missing crucial recovery data
Delayed Fall Response Falls outside supervised sessions often go unnoticed, leading to delayed medical attention
Subjective Assessment Traditional rehabilitation progress relies heavily on visual observation and patient self-reporting
Data Gaps Lack of continuous, objective data makes it difficult to optimize therapy plans
Elderly Care Aging populations require more rehabilitation services with limited healthcare resources

πŸ“‰ Current Limitations

  • ❌ No continuous monitoring between therapy sessions
  • ❌ Delayed response to fall incidents
  • ❌ Subjective progress evaluation
  • ❌ Limited data for therapy optimization
  • ❌ High cost of specialized monitoring equipment

πŸ’‘ Our Solution

RehabFloors addresses these challenges through an integrated smart floor and monitoring platform:

πŸ”§ How It Works

flowchart LR
    A[🦢 Pressure Sensors] --> B[πŸ“‘ IoT Controller]
    B --> C[☁️ Cloud Processing]
    C --> D[πŸ“± Web Dashboard]
    D --> E[πŸ‘¨β€βš•οΈ Therapist Alerts]
    D --> F[πŸ“Š Analytics Reports]
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🎯 Solution Components

Component Description
Smart Floor Tiles Pressure-sensing floor tiles that detect foot placement, weight distribution, and movement patterns
IoT Integration Real-time data transmission from sensors to the cloud for instant processing
Web Dashboard Intuitive interface for therapists to monitor patients, view analytics, and receive alerts
Fall Detection Algorithm Intelligent detection of sudden pressure changes indicating potential falls
Gait Analysis Engine Automated analysis of walking patterns to track rehabilitation progress

βœ… Benefits

  • βœ… 24/7 Monitoring: Continuous patient monitoring even outside therapy sessions
  • βœ… Instant Fall Alerts: Immediate notifications when falls are detected
  • βœ… Objective Data: Quantifiable metrics for accurate progress assessment
  • βœ… Data-Driven Therapy: Evidence-based therapy adjustments for optimal recovery
  • βœ… Cost-Effective: Affordable solution compared to specialized monitoring equipment

πŸ“ Repositories

πŸ“± Frontend Repository

Repository: rehabfloors/rehabfloors-web
Live URL: rehabfloors.faizath.com
Description: Modern React-based web application featuring an intuitive dashboard for patient monitoring, gait analysis visualization, and real-time sensor data display.


πŸ› οΈ Tech Stacks

οΏ½ Frontend Framework & Core

Technology Purpose Description
React 18 UI Framework Modern component-based architecture with hooks
TypeScript Type Safety Static type checking for enhanced code quality
Vite Build Tool Lightning-fast development server and optimized builds

🎨 Styling & UI Components

Technology Purpose Description
Tailwind CSS Styling Utility-first CSS framework for rapid development
Radix UI Components Accessible, unstyled UI primitives
Lucide React Icons Beautiful, consistent icon library
Class Variance Authority Styling Variant-based component styling utilities

πŸ”„ State Management & Forms

Technology Purpose Description
React Hook Form Forms Performant form library with validation
Zod Validation TypeScript-first schema validation
React Router DOM Routing Client-side routing for navigation

πŸ”§ Development Tools

Technology Purpose Description
ESLint Code Quality Static analysis for code issues
PostCSS CSS Processing CSS transformation with plugins
Autoprefixer CSS Compatibility Automatic vendor prefixes

βš™οΈ Installation & Setup

πŸš€ Quick Start

  1. Clone the Repository

    git clone https://github.com/rehabfloors/rehabfloors-web.git
    cd rehabfloors-web
  2. Install Dependencies

    npm install
  3. Start Development Server

    npm run dev
  4. Open in Browser Navigate to http://localhost:5173 to view the application.

πŸ“‹ Available Scripts

Command Description
npm run dev Start development server with hot reload
npm run build Build production-ready application
npm run preview Preview production build locally
npm run lint Run ESLint for code quality checks

🎯 Target Users

  • Physical Therapists: Healthcare professionals monitoring patient rehabilitation
  • Rehabilitation Centers: Facilities seeking to improve patient care and monitoring
  • Hospitals: Healthcare institutions with rehabilitation departments
  • Elderly Care Facilities: Nursing homes requiring fall detection and monitoring
  • Home Healthcare: Remote monitoring for patients recovering at home

πŸ“ž Contact

🌐 Website rehabfloors.faizath.com
πŸ“§ Email contact@rehabfloors.faizath.com
πŸ’» GitHub github.com/rehabfloors
πŸ“‚ Frontend Repo rehabfloors/rehabfloors-web

Made with ❀️ by the RehabFloors Team

🌐 Visit RehabFloors β€’ πŸ‘₯ Our Organization β€’ ⭐ Star this repo

Popular repositories Loading

  1. rehabfloors-web rehabfloors-web Public

    🧠 Web dashboard for RehabFloors β€” a smart pressure-sensing floor for rehabilitation monitoring (gait analysis, fall detection, therapy tracking). πŸ₯‡ 1st Winner, Winaction International Product Innov…

    TypeScript

  2. .github .github Public

    🧠 RehabFloors organization profile β€” README shown on the org page. Smart pressure-sensing floor for rehabilitation monitoring.

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