ESSENCE SYNC: PIONEERING PERSONALIZED WELLNESS TECHNOLOGY

Authors

  • Mr. Kiran H. Wagh Head of Department of Electronics & Telecommunication Engg. VVP Polytechnic, Solapur, Maharashtra, India
  • Mr. Samarth Mandrupkar
  • Mr. Nimish Vaddepalli
  • Mr. Pranav Pogul
  • Mr. Shubham Vidap Students of Department of Electronics & Telecommunication Engg. VVP Polytechnic, Solapur, Maharashtra, India

Keywords:

Personalized Wellness Technology, Health Monitoring System, Sensor Integration, Temperature Sensor, Pulse Oximeter, Body Temperature Monitoring, Accelerometer Sensor, OLED Display Interface, GSM Communication Module, Standalone ECG System, Real-Time Health Monitoring, Remote Health Data Transmission, Digital Health Technology, Wearable Health Devices, Emergency Alert System

Abstract

ESSENCESYNC is a revolutionary personalized wellness technology that uses sensors, real-time data analysis, and communication systems to revolutionize healthcare. The platform uses sensors like temperature, accelerometer, pulse, and ECG to track vital signs and health parameters. It provides actionable insights to users, allowing them to track progress over time. The platform also ensures timely communication of critical health information through SMS alerts. Its seamless integration with healthcare providers allows for remote monitoring and collaboration, facilitating early detection of health issues and personalized treatment strategies. The technology also ensures compliance with regulatory standards like HIPAA. ESSENCESYNC's potential benefits extend beyond individual wellness, including enhanced doctor-patient communication, improved patient engagement, and early detection of health risks. Its continuous innovation and exploration of AI and machine learning algorithms further enhance its predictive capabilities.

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Published

2024-02-28

How to Cite

Mr. Kiran H. Wagh, Mr. Samarth Mandrupkar, Mr. Nimish Vaddepalli, Mr. Pranav Pogul, & Mr. Shubham Vidap. (2024). ESSENCE SYNC: PIONEERING PERSONALIZED WELLNESS TECHNOLOGY. Open Access Repository, 11(2), 100–103. Retrieved from https://oarepo.org/index.php/oa/article/view/4052

Issue

Section

Engineering and Technology