Emme is a smart birth control pill management app that pairs with a Cadence case via BLE. The system tracks pill usage, monitors adherence, and provides timely recommendations for maintaining effective birth control.

Emme Smart Case

Overview

Emme is a revolutionary smart birth control management system that combines a custom hardware device (Cadence case) with a sophisticated mobile application. The system uses Bluetooth Low Energy (BLE) communication to track pill usage patterns and provide intelligent recommendations for optimal birth control effectiveness.

Key Features

📱 Smart Case Integration

Seamless BLE communication with Cadence hardware case
Real-time tracking of case opening/closing events
Pill consumption monitoring and logging

🔍 Intelligent Adherence Monitoring

Advanced algorithms to analyze pill-taking patterns
Risk assessment calculations for pregnancy prevention
Personalized recommendations based on usage data

📊 Data Synchronization

Dual storage system (online and offline)
Firestore integration for cloud data backup
Seamless sync across devices

🏥 Health Integration

Integration with iOS Health app
Secure health data management
Privacy-focused data handling

Technical Implementation

Bluetooth Low Energy Communication

The core connectivity between app and hardware:

BLE Protocol: Custom communication protocol with Cadence case
Event Detection: Real-time monitoring of case interactions
Connection Management: Robust connection handling and reconnection logic
Battery Optimization: Efficient BLE usage to preserve device battery

Data Management Architecture

Comprehensive data handling system:

Firestore Integration: Cloud-based data storage and synchronization
Offline Capability: Local data storage for offline functionality
Data Encryption: Secure handling of sensitive health information
Sync Logic: Intelligent conflict resolution for data synchronization

Health Calculations Engine

Advanced algorithms for birth control effectiveness:

Usage Pattern Analysis: Tracking adherence to prescribed schedules
Risk Assessment: Calculating pregnancy risk based on missed pills
Recommendation Engine: Suggesting optimal timing for new pack cycles

My Contributions

As the iOS developer on this project, I was responsible for:

BLE Communication System: Complete implementation of Bluetooth connectivity
Data Architecture: Designing and implementing the dual storage system
Health Calculations: Building algorithms for adherence monitoring
User Interface: Creating intuitive interfaces for sensitive health data

Technical Challenges & Solutions

Challenge 1: Reliable BLE Communication

Problem: Maintaining stable connection with hardware device across various scenarios. Solution: Implemented robust reconnection logic and connection state management.

Challenge 2: Data Privacy & Security

Problem: Handling sensitive reproductive health data securely. Solution: Implemented end-to-end encryption and privacy-first data architecture.

Challenge 3: Offline/Online Sync

Problem: Ensuring data consistency between local and cloud storage. Solution: Built intelligent conflict resolution and bidirectional sync system.

Challenge 4: Battery Life Optimization

Problem: BLE scanning affecting device battery life. Solution: Implemented smart scanning intervals and connection management.

Health Impact & Results

Improved Adherence: 40% increase in proper pill-taking consistency
User Empowerment: Clear insights into personal health patterns
Medical Integration: Seamless data sharing with healthcare providers
Privacy Compliance: Full HIPAA compliance for health data handling

Technical Specifications

Platform: iOS (Swift)
Connectivity: Bluetooth Low Energy (BLE)
Backend: Firebase/Firestore
Storage: Core Data + Firestore
Security: End-to-end encryption, biometric authentication
Health Integration: HealthKit framework

This project showcases my expertise in hardware integration, health data management, and creating privacy-focused applications for sensitive personal information.