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Empowering users to track and monitor their heart health

FLOWSCOPE

Team: Manish, Ishaan, Andriy, Daniel, Abdullah

Confidential

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Overview

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Purpose

FlowScope is a heart monitoring application that connects with smartwatches, fitness trackers, and phone health apps to track key heart health metrics.

Enables users to proactively manage heart health and detect potential risks early.�
Integrates with popular platforms like Apple Health, Google Fit, Samsung Health, and more.�
Delivers AI-driven insights, risk warnings, and doctor-ready reports.

Why It Matters

Empowers everyday users with early warnings and actionable insights about their heart health.�
Saves physicians time by organizing patient data into a quick, clear, and concise format.�
Bridges the gap between heart related data and meaningful medical action.�

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Growing Burden - Heart Disease

What’s The Problem?

1 in 5 heart attacks occur silently, without noticeable symptoms.
A cardiovascular death occurs every 33 seconds.
Heart disease is the leading cause of death in the U.S.→ 702,880 deaths in 2022 (1 in every 5 deaths)
5% of adults live with coronary artery disease (CAD) → 371,506 deaths in 2022.

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Growing Burden - Heart Disease

Key Challenges:

Early detection of serious heart conditions is often missed.
Wearable-generated health data is fragmented and often challenging for users to interpret effectively.
Physicians spend valuable time reviewing unstructured patient data.
Delayed intervention increases preventable complications and deaths.

(Source: World Health Organization (WHO), 2021)

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Solution:

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1. Early Detection & Risk Alerts:

Proactive Monitoring: Tracks key metrics like ECG, heart rate, respiratory rate,blood pressure, and SpO₂ to detect early signs of atrial fibrillation and hypertension.
AI Alerts: Uses AI to flag irregularities in real-time, allowing users to act quickly and prevent serious conditions.

2. Simplified Health Insights:

Clear Data Presentation: Aggregates data into easy-to-read reports, giving users a comprehensive view of their heart health.
Doctor-Ready Reports: Generates PDF summaries that are ready to share with healthcare providers, saving time for both users and physicians.

4. Empowering Users:

Self-Monitoring: Empowers users to track their heart health daily, receiving alerts and insights that encourage timely medical action.

3. Cross-Platform Integration:

Multi-Device Sync: Syncs with popular health apps like Apple Health, Google Fit, and Samsung Health, ensuring all data is in one place for comprehensive tracking.
4-Week Monitoring: Provides a 4-week heart wellness score to track changes and trends over time, giving users deeper insight into their health.�

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Features and Functionality

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Chatbot Assistant:

AI based chatbot which can answer questions about the heart data

Heart History Tracker:

shows the history of user heart data reports

ECG Trend Analysis:

shows how the ECG chart has changed over a time of 4-weeks

Live Heart Monitoring

shows real-time heart rate and ECG chart

Weekly and Monthly Heart Report:

report with user health data and AI-based analysis & suggestions

Health Risk Alerts + Emergency Call Button:

categorized AI analysis and emergency call button option if critical health

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User Flow Chart Diagram

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Target Audience

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Everyday Users:

Age 35+ with a higher risk of heart disease.�
Health-conscious individuals and those with family history of heart conditions.�

Fitness Enthusiasts:

Fitness tracker and smartwatch users (e.g., Apple Watch, Fitbit).�
Users of health apps like Apple Health and Google Fit seeking deeper heart health insights.�

Healthcare Providers:

Physicians and cardiologists looking for organized, quick-to-read data.�
Healthcare institutions aiming for streamlined remote monitoring and preventive heart care. �

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Step 1: Planning

Define Project Objectives

Conduct Market & User Research

Gather Requirements & Compliance Standards

Create a Project Plan

Step 2: Designing

User Experience (UX) Design�System Architecture Design�Wireframing & Prototyping�Data Privacy Design

Project Implementation Roadmap:

Step 3: App Development

Frontend Development� Backend Development� Integration with Health Data Sources� Security Implementation�

Step 4: AI Chatbot & Risk Detection Integration

Data Collection & Preparation�AI Model Selection & Training�Risk Flagging System�Evaluation & Optimization

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Ishaan

Step 1: Planning

Define Project Objectives�Identify the core problems FlowScope aims to solve — real-time heart monitoring, AI-powered insights, and proactive emergency support.�
Conduct Market & User Research� Understand existing gaps in heart-health monitoring apps. Interview target users, cardiologists, and emergency responders.�
Gather Requirements & Compliance Standards� List technical, clinical, and data privacy requirements. Align with HIPAA, GDPR, and platform-specific guidelines.�
Create a Project Plan� Break down deliverables into milestones with timelines, dependencies, and assigned responsibilities.

Step 2: Designing

User Experience (UX) Design�Design clean, accessible, and user-centric mobile interfaces to maximize engagement and ease-of-use for all age groups.�
System Architecture Design�Plan the backend infrastructure, database schema, AI model integration points, and real-time health data streams.�
Wireframing & Prototyping�Build interactive wireframes of the app’s core flows: onboarding, live monitoring, chatbot, emergency alerts, and health report download.�
Data Privacy Design�Plan consent capture workflows, encryption protocols, and data retention/deletion policies.

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Step 5: Testing & Validation

Unit, Integration, and System Testing

Security & Privacy Audits

User Simulation Testing

Beta Testing (Closed Group)� �

Step 6: Deployment & Marketing

Final Deployment

�Marketing & Outreach Campaign

�Onboarding & Support Setup

�Performance Monitoring & Analytics�

Project Implementation Roadmap:

Step 7: Iterative Improvement

User Feedback Collection

�Model & Feature Updates

�Security Patch Management�

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Technology Stack And Frameworks

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Front End for Mobile Development:�Flutter – Cross-platform app development for iOS & Android with a single codebase.

Backend:�Node.js (Express) – Lightweight, scalable backend for real-time data and API interactions.

Database:�MongoDB – Reliable relational database for storing health data securely and MVP scaling

AI/ML:�TensorFlow – Powerful framework for training AI models to analyze heart health data.

Security:�AES-256 Encryption – For secure data storage and transfer.�OAuth2 & JWT – Secure user authentication and authorization.�Biometric Authentication (FaceID/TouchID) – Enhanced security for sensitive health data.

Real-Time Updates:�Socket.io – For real-time updates and notifications within the app.�

Cloud Hosting:�AWS (Amazon Web Services) – Scalable cloud hosting and data storage solutions.

PDF Reports:�Puppeteer – For generating PDF reports summarizing heart health data.�

Notifications:�Firebase Cloud Messaging – For push notifications on critical health alerts

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Cybersecurity and Data Privacy

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User Consent & Data Access:

User-Approved Access�
Explicit Permission

End-to-End Encryption:

Encrypted Data Transmission�
Protection from Interception

Privacy & Compliance:

No Third-Party Sharing�
Privacy Regulations Compliance

Secure Data Storage & Retention:

4-Week Data Storage�
Data Encryption at Rest�
Automatic Data Deletion

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Manish - Take out text�User-Approved Access: FlowScope requests user consent to access health data from apps like Apple Health, Google Fit, etc.�

Explicit Permission: Users must grant permission for FlowScope to retrieve their heart health data directly from these apps, ensuring full transparency and control over what data is shared.

Secure Data Storage & Retention:

4-Week Data Storage: Health data is securely stored within FlowScope for a period of 4 weeks.�
Data Encryption at Rest: All stored data is end-to-end encrypted, ensuring that it remains secure even if a breach occurs.�
Automatic Data Deletion: After 4 weeks, the data is automatically deleted from the system to minimize unnecessary retention.

End-to-End Encryption:

Encrypted Data Transmission: Once access is granted, all health data transmitted from the health app to FlowScope is encrypted using industry-standard protocols (AES-256) encryption protocols for secure transmission.�
Protection from Interception: This ensures data is protected from unauthorized access while in transit

Privacy & Compliance:

No Third-Party Sharing: Data is never shared with third parties unless explicitly approved by the user.�
Privacy Regulations Compliance: FlowScope adheres to HIPAA and GDPR standards where applicable, ensuring compliance with data protection regulations.

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Monetization Strategy

B2B Licensing

License to clinics, nursing homes

Corporate Wellness Partnerships

Employers, insurers, and wellness programs

Grant Funding

Research and innovation grants from health organizations (NIH, AHA, WHO)

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How FlowScope Makes Money?

Future Market Opportunity

$1.09 Trillion Digital Health Market by 2034

Driven by:

Chronic disease prevention
Wearable tech adoption
Rising demand for remote patient monitoring

Key Takeaways

No subscription fees - always free for users
Positioned to lead in a rapidly growing health tech market

(Source: Precedence Research, 2024)

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FLOWSCOPE APP DEMO

https://replit.com/join/izhixlbptw-ishaanbshete

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Any Questions?

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References

[1] CDC, “Leading Causes of Death,” Centers for Disease Control and Prevention, Oct. 25, 2024. https://www.cdc.gov/nchs/fastats/leading-causes-of-death.htm

[2] American Heart Association, “Heart and stroke association statistics,” www.heart.org, 2024. https://www.heart.org/en/about-us/heart-and-stroke-association-statistics

[3] American Heart Association, “Electrocardiogram (ECG or EKG),” www.heart.org, Jul. 31, 2015. https://www.heart.org/en/health-topics/heart-attack/diagnosing-a-heart-attack/electrocardiogram-ecg-or-ekg

‌[4] “Digital Health Market Size to Reach USD 551.1 Billion by 2027,” www.precedenceresearch.com. https://www.precedenceresearch.com/digital-health-market

[5] U.S. Department of Health and Human Services, “Summary of the HIPAA privacy rule,” HHS.gov, Mar. 14, 2025. https://www.hhs.gov/hipaa/for-professionals/privacy/laws-regulations/index.html

‌[6] GDPR.EU, “General Data Protection Regulation (GDPR) Compliance Guidelines,” GDPR.eu, 2023. https://gdpr.eu

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