Revolutionizing Personal Wellness with Bio-Energetic Wellness Device
The miHealth is a portable health monitoring and therapy device that combines advanced sensing, AI driven analytics, and corrective biofeedback to support proactive health management for individuals and clients alike.

Innovative Design &
Development Process
The design and development encapsulates following process
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SC200E Microcontroller Unit (MCU) -
PPG Sensor Integration -
AI Algorithm for Predictive Analysis -
Electrode Based Corrective Feedback -
Custom Android 12 Core for UI -
Real-Time Bioimpedance


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Pulse Wave Analysis -
Sensor Data Fusion -
Central Processing Unit -
Power & Signal Management -
User-Friendly App Integration -
Connectivity & Data Logging
Engineering Challenges:
How We Overcame Them?
The miHealth device was built around a high-performance MCU to
manage simultaneous sensing, analysis, and stimulation.
Real-Time Data Processing
SC200E MCU ensures rapid acquisition and processing of PPG and bio impedance signals while running AI algorithms locally for immediate insights.
Precision Biofeedback
Electrodes deliver controlled, low-intensity stimulation to help correct physiological imbalances without compromising safety or comfort.
Portable and Robust Design
Compact handheld design integrates multiple sensors, electrodes, and a custom Android interface, providing professional-grade functionality in a portable form factor.
User-Friendly Interface
Custom Android platform enables intuitive interaction, real-time visualization, and app-based control, allowing practitioners to focus on their clients.
Prototype Development
The miHealth prototype was meticulously engineered to combine sensing, analysis, and stimulation into a seamless, portable system suitable for wellness professionals.



Integration Phase
The device integrates SC200E MCU, PPG sensors, electrodes, bioimpedance circuitry, and pulse wave analysis algorithms into a compact handheld device. The custom Android interface ensures smooth interaction and real-time data visualization.

Testing Phase
Extensive testing validated signal acquisition, AI analytics, corrective feedback, and user interface. Performance was optimized for responsiveness, comfort, and professional usability across different scenarios.


Innovative Directions:
Possible Future Enhancements
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Enhanced sensors for faster, more accurate cardiovascular and energetic assessments. -
Expanded biofeedback features for targeted muscle and nerve stimulation. -
Cloud integration for historical data tracking and client progress monitoring. -
Extended battery life for prolonged field or clinical use. -
Augmented reality (AR) visualization to make feedback more interactive for clients.
What Our Clients Say About Us?
We take pride in our exceptional customer service and experiences that set us apart.














