Iot-enabled System For Real-time Heart Attack Detection And Automated Emergency Response

• Author(s):

  Sahana K | Sakshi Annasab Kamate | Srashti Kumbar | Yellamelli Sahithi | Dr. Raviraj P

• Keywords:

  IoT, Cardiac Monitoring, MAX30100, NodeMCU, Emergency Alert, GPS, GSM, Blynk.

• Abstract:

  This Project Introduces A Smart, Real-time Health Monitoring System Built Using Internet Of Things (IoT) Technology To Help Respond Quickly To Cardiac Emergencies. It Uses A Small Sensor Called The MAX30100 To Track A Person’s Heart Rate And Oxygen Levels. These Readings Are Processed By A Compact Microcontroller (NodeMCU ESP8266), Which Checks For Any Signs Of Abnormal Heart Activity Like Unusually Fast (tachycardia) Or Slow (bradycardia) Heartbeats. If Something Unusual Is Detected, The System Automatically Sends An Emergency Text Message Via A GSM Module. This Message Includes The Person's Location, Thanks To A Built-in GPS Module (NEO-6M). In Addition, Caregivers Or Family Members Can View The Patient’s Live Health Data Remotely Using The Blynk App On Their Smartphones. The System Is Designed To Be Portable, Battery-operated, And Reliable Even In Remote Areas With Limited Medical Access. Overall, It Helps Speed Up Emergency Responses And Could Be A Valuable Tool For Improving Heart Health Monitoring On A Larger Scale.

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Other Details

• Paper id:

  IJSARTV11I5103453

• Published in:

  Volume: 11 Issue: 5 May 2025

• Publication Date:

  2025-05-03

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