Balance Simulator
Gallery
Balance Simulator - Real-time balance tracking with visual feedback and progress analytics
Progress Tracking - Historical data visualization with performance metrics and improvement trends
The Challenge
Create a mobile application that connects to a physical balance training device, providing real-time feedback and analytics for users testing their balance skills. The app needed to communicate seamlessly with the hardware device, display live data, and track user progress over time.
Development Process
Key Challenges
Implementing reliable Bluetooth communication between the mobile app and physical device
Creating real-time data visualization for balance metrics and performance analytics
Architecture & Design
Built in Unity with Bluetooth integration for device communication. Features real-time data processing, analytics dashboard, and progress tracking system. The app receives sensor data from the physical device and processes it to provide instant feedback.
Device/ ├── BluetoothManager.cs └── DeviceCommunication.cs Analytics/ ├── DataProcessor.cs └── ProgressTracker.cs
Core Systems
Bluetooth communication system for real-time device data streaming
Analytics dashboard with charts and progress visualization
The Result
Final Product
An innovative mobile app designed for a physical IRL balance device. Test your balance skills with real-time analytics, interactive games, and progress tracking. Balance the ball on the device and see instant feedback on your performance.
Key Features
Real-time balance tracking with instant visual feedback
Interactive games and challenges for balance training
Comprehensive analytics dashboard with performance metrics
Progress tracking with historical data and improvement trends
Bluetooth connectivity with physical balance device
Improvements & Impact
Balance Simulator successfully bridges the gap between physical hardware and mobile software, creating an engaging balance training experience. The real-time data visualization provides instant feedback, helping users improve their balance skills through interactive games and challenges. The progress tracking system motivates users to continue training by showing their improvement over time. This project demonstrates expertise in hardware-software integration, Bluetooth communication, and real-time data processing.