Name: CROSHA
Uploaded: 2025-04-29
Duration: 3 min 59 s
Description: CROSHA. Cardiac Resuscitation, Oxygenation and Smart Health Assistance.

CROSHA. Cardiac Resuscitation, Oxygenation and Smart Health Assistance. 

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Cardiac Resuscitation, Oxygenation and Smart Health Assistance

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CROSHA: Revolutionizing Emergency Cardiac Care
AI-Powered Detection and Automated Defibrillation for Sudden Cardiac Arrest. 

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CROSHA: Revolutionizing Emergency Cardiac Care
AI-Powered Detection and Automated Defibrillation for Sudden Cardiac Arrest

Harnessing artificial intelligence for real-time cardiac monitoring and automated life-saving interventions.

Focused on drastically reducing response time during SCA events by automating detection and defibrillation.

Combines wearable technology with cloud connectivity and defibrillator integration for a unified response system.

Sudden Cardiac Arrest is a leading cause of mortality, claiming hundreds of thousands of lives annually, necessitating urgent attention. Major cause of death. 

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Sudden Cardiac Arrest is a leading cause of mortality, claiming hundreds of thousands of lives annually, necessitating urgent attention. Major cause of death

The Problem: Sudden Cardiac Arrest (SCA)

Every second counts

Survival rates significantly drop after just a few minutes without intervention, making swift action paramount in emergency situations. Critical Time Window

Immediate Cardiopulmonary Resuscitation (CPR) is essential to increase survival chances post-cardiac arrest, highlighting the need for timely responses. Major cause of death

Delays in intervention decrease the likelihood of survival, emphasizing the critical nature of rapid response systems in emergency care. Major cause of death

Our Solution: CROSHA Introducing CROSHA - Your Smart Cardiac Guardian. 

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Our Solution: CROSHA

Introducing CROSHA - Your Smart Cardiac Guardian

Continuous Monitoring: Real-time ECG tracking via a wearable        in-vest sensor that never misses a heartbeat. AI-Driven Detection: Uses advanced algorithms to instantly recognize life-threatening arrhythmias like VF and VT. Automated Response: Triggers a defibrillator the moment a critical arrhythmia is confirmed, ensuring immediate action.

How CROSHA Works (High-Level) Speed. Automation. Accuracy.. 

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How CROSHA Works (High-Level)

Speed. Automation. Accuracy.

ECG Signal Acquisition: Wearable sensor captures continuous ECG data for real-time analysis.
 AI-Based Detection: CROSHA’s engine analyzes the ECG for patterns indicating VF or VT with high confidence.
 Automated Defibrillation: On confirmed arrhythmia, the system signals a connected defibrillator to administer a shock.

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The Core Technology: AI-Powered Detection Building the Brain Behind CROSHA : Cardionet-1d. 

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The Core Technology: AI-Powered Detection

Building the Brain Behind CROSHA : Cardionet-1d

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Trusted Dataset: Trained on the MIT-BIH Arrhythmia Database—industry gold standard for ECG classification.
 Signal Windowing: Processes ECG in 0.8s segments (~300 samples) for consistent real-time analysis.
 1D CNN Model: Uses a deep convolutional neural network to detect and distinguish VF, VT, and Normal rhythms.

Model Training & Performance Teaching CROSHA to Save Lives. 

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Model Training & Performance

Teaching CROSHA to Save Lives

Extensive Training: Model trained on thousands of ECG segments from MIT-BIH dataset with Normal, VF, and VT labels. CardioNET-1D: CNN architecture tailored for cardiac signal interpretation. High Accuracy: Achieved 98.7% classification accuracy on validation sets.

Real-Time Detection & Triggering From Detection to Action in Seconds. 

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Real-Time Detection & Triggering

From Detection to Action in Seconds

Continuous Monitoring: System processes ECG in real-time, segment-by-segment. Threshold-Based Action: Triggers defibrillation when VF/VT is detected with confidence > 70%. Immediate Execution: Eliminates delays by bypassing human intervention during critical moments.

A close-up of a medical device

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System Architecture CROSHA’s Connected Health Ecosystem. 

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System Architecture

CROSHA’s Connected Health Ecosystem

Medical equipment on a wall

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Modular Design: Includes ECG sensor, AI processing unit, defibrillator, and user app. Cloud Connectivity: Supports Sigfox low-power network for remote data logging and emergency alerts. Integrated Defibrillation: Connects seamlessly with wearable or stationary defibrillators for auto-response.

Market Opportunity Addressing a Critical Need in Health Tech. 

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Market Opportunity

Addressing a Critical Need in Health Tech

Expanding Market: Wearable medical devices market projected to reach $70B+ by 2028. Cardiac Niche: High demand for remote patient monitoring and automatic defibrillation systems. First-Mover Advantage: CROSHA uniquely integrates AI-triggered defibrillation in a wearable form.

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Next Steps / Call to Action
Join Us in Saving Lives. 

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Next Steps / Call to Action
Join Us in Saving Lives

Hardware Miniaturization: Continue development to reduce size for better portability and user compliance. Clinical Trials: Initiate regulatory-approved trials to validate performance in real-world settings. Partnerships & Funding: Seek strategic collaborators and funding to bring CROSHA to market at scale.

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THANK YOU. Brita Tamm 502-555-0152 brita@firstupconsultants.com www.firstupconsultants.com. 

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Brita Tamm 502-555-0152 brita@firstupconsultants.com www.firstupconsultants.com

CROSHA

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