Overview
### **1. User Roles and Authentication**
**Feature:** Two types of logins:
- **Patient Login**: Patients can log their health data, manually input medication
details, and track recovery.
- **Doctor Login**: Doctors can view patient recovery reports and provide follow-
ups.
**Tasks for Developers:**
- Build a **user authentication system** (email/password or OTP-based).
- Create **role-based dashboards**:
- **Patient Dashboard**: Health metrics, medication input, recovery reports.
- **Doctor Dashboard**: Patient progress reports, notifications, and insights.
---
### **2. Integration with Smart Watches**
**Feature:** Sync real-time health data from wearable devices.
- Metrics to track:
- Blood pressure
- Oxygen levels
- Body temperature
- Heart rate
- Menstrual cycle for women
**Tasks for Developers:**
- Use APIs like **Google Fit, Apple HealthKit, or Fitbit SDK** for smartwatch
integration.
- Design a **data-fetching mechanism** to pull real-time health data at regular
intervals.
- Store this data securely in the backend.
---
### **3. Notification System**
**Feature:** Send alerts to patients and doctors for critical conditions or
reminders.
- **For Patients**:
- Notification when metrics (e.g., temperature) exceed normal limits.
- Reminder to input medication details or check health metrics (e.g., after 6
hours and 10 hours).
- **For Doctors**:
- Notification after the patient’s full medication cycle with recovery insights.
**Tasks for Developers:**
- Use **Firebase Notifications** or similar services to send real-time alerts.
- Set up a **threshold-based trigger system** for abnormal health metrics.
- Build a **notification scheduler** for reminders.
---
### **4. Medication Logging**
**Feature:** Patients manually log medications they take.
- Example: PCM 500mg taken at 2:00 PM.
- App calculates the medication’s **half-life (6 hours)** and **full cycle (10
hours)** to track recovery.
**Tasks for Developers:**
- Create a **medication input form** for patients.
- Build a **timer-based tracking system**:
- Track health metrics at the 6-hour and 10-hour marks after the medication is
logged.
- Store this data and connect it to the patient’s health records.
---
### **5. Health Data Analysis**
**Feature:** Analyze and display changes in health metrics over time.
- Use real-time data fetched from the smartwatch and compare it to the patient’s
baseline condition.
- Present the results in simple **charts and graphs** for easy understanding.
**Tasks for Developers:**
- Use libraries like **Chart.js** or **D3.js** for data visualization.
- Build algorithms to:
- Calculate changes in metrics (e.g., temperature drop after taking PCM).
- Generate insights for recovery progress.
---
### **6. Reporting System**
**Feature:** Generate and share recovery reports.
- Automatically create a report summarizing the patient’s health progress after the
medication cycle.
- Send the report to both the patient and the doctor.
**Tasks for Developers:**
- Build a **report generation module** (PDF or in-app).
- Automate the sharing process via **email** or **in-app notifications**.
---
### **7. Backend Development**
**Feature:** Build a secure backend to handle:
- User accounts and roles (patients/doctors).
- Health data storage and processing.
- Notification scheduling and triggering.
**Tasks for Developers:**
- Use **Node.js, Django, or any backend framework** to handle the logic.
- Set up a **database (MySQL, MongoDB, or Firebase)** to store:
- User profiles
- Health metrics
- Medication logs
- Generated reports
---
### **8. Frontend Development**
**Feature:** Design an intuitive interface for both user roles.
- Patients should be able to log medication, view charts, and receive
notifications.
- Doctors should be able to view recovery reports and health insights.
**Tasks for Developers:**
- Use **React, Angular, or Flutter** for a responsive front end.
- Design role-specific UIs:
- Patient interface for data input and health tracking.
- Doctor interface for report viewing and follow-ups.
---
### **9. Security and Data Privacy**
**Feature:** Ensure all patient and health data is secure and complies with
regulations like GDPR.
**Tasks for Developers:**
- Encrypt sensitive data (e.g., health metrics, medication logs).
- Use **OAuth2** for secure authentication.
- Set up proper **data access permissions** to restrict doctors from viewing
irrelevant patient details.
---
### **10. Testing and Debugging**
**Feature:** Ensure the app is bug-free and performs well under different
conditions.
**Tasks for Developers:**
- Test for edge cases (e.g., multiple patients, abnormal health metrics).
- Perform load testing on the backend to handle real-time data fetching.
- Use tools like **Postman** for API testing and **Selenium** for UI testing.
---
### **Tech Stack Suggestions**
- **Frontend:** React.js, Flutter, or Angular
- **Backend:** Node.js, Django, or Spring Boot
- **Database:** MongoDB, Firebase, or PostgreSQL
- **APIs:** Google Fit, Apple HealthKit, Fitbit SDK
- **Notifications:** Firebase Cloud Messaging
- **Charts/Graphs:** Chart.js, D3.js, or Recharts
