SmartDose
Intelligent medication adherence system combining IoT hardware and mobile technology to prevent medication errors and save lives
The Critical Problem
Medication non-adherence is a silent epidemic causing preventable deaths and massive healthcare costs
Meet Margaret
Our primary user persona represents millions of seniors struggling with medication management
Margaret Thompson, 72
User Journey
How SmartDose transforms medication management
Setup
Margaret's daughter configures the SmartDose device with medication schedule
Detection
Smart sensors detect when pills are removed from the container
Notification
Real-time alerts sent to Margaret and her daughter via mobile app
Tracking
Adherence data logged and analyzed for patterns and insights
Care
Healthcare providers access reports for better treatment decisions
The SmartDose Device
Explore our intelligent hardware solution with interactive 3D visualization
Real-time status and alerts
240MHz dual-core processor
Weight & IR break-beam sensors
Bluetooth 5.0 connectivity
3000mAh, 90-day runtime
Mobile App Experience
Intuitive interface for patients and caregivers
Dashboard
Today
Schedule
Alert
Missed Dose Detected
Margaret hasn't taken her 2:00 PM Metformin
History
System Architecture
Scalable cloud-native architecture with real-time data processing
Technical Specifications
Detailed hardware and software specifications
Hardware
Connectivity
Power
Data
Key Metrics & Achievements
Quantifiable results and technical performance
Project Timeline
9-month journey from ideation to funding
Ideation
Identified medication adherence problem through user research and market analysis
Team Formation
Assembled interdisciplinary team with hardware, software, and business expertise
Hardware Prototype
Built first working prototype with ESP32, sensors, and BLE connectivity
App MVP
Developed React Native mobile app with core features and AWS backend
User Testing
Conducted 8 user testing sessions with seniors and caregivers
Funding Pitch
Presented to university innovation committee and industry judges
$15K Awarded
Secured funding as top 20% of 50+ submissions in university competition
Technical Challenges
Complex problems solved through innovative engineering
BLE Reliability
Implemented custom GATT profile with connection recovery and data buffering to ensure 99.9% uptime
Power Optimization
Achieved 90-day battery life through deep sleep modes, sensor duty cycling, and efficient BLE protocols
Real-time Sync
Built event-driven architecture with Lambda and SNS for instant notifications across multiple devices
Technologies Used
Modern tech stack for scalable IoT solution