The Sweetmyo System
Sweetmyo's technology is built as an integrated system, not a single device.

At the core of Sweetmyo is an AI-assisted control engine that manages how electrical signals interact with muscles.
The system dynamically controls:
- Stimulation intensity
- Pulse frequency
- Waveform timing
- Session progression
This enables consistent, controlled muscle activation instead of rigid, one-size-fits-all stimulation.

The Sweetmyo training suit is engineered specifically for intelligent muscle stimulation.
Key design elements include:
- Anatomically aligned electrode zones
- Flexible, breathable textile structure
- Stable skin contact during movement
The suit acts as a precision interface between the AI system and the human body.

The detachable control unit houses:
- Power management system
- Embedded safety logic
- Wireless communication
All stimulation output is governed by software-defined limits to ensure controlled and predictable performance.
At the core of Sweetmyo is an AI-assisted control engine that manages how electrical signals interact with muscles.
The system dynamically controls:
- Stimulation intensity
- Pulse frequency
- Waveform timing
- Session progression
This enables consistent, controlled muscle activation instead of rigid, one-size-fits-all stimulation.
The Sweetmyo training suit is engineered specifically for intelligent muscle stimulation.
Key design elements include:
- Anatomically aligned electrode zones
- Flexible, breathable textile structure
- Stable skin contact during movement
The suit acts as a precision interface between the AI system and the human body.
The detachable control unit houses:
- Power management system
- Embedded safety logic
- Wireless communication
All stimulation output is governed by software-defined limits to ensure controlled and predictable performance.



AI-Driven Muscle Activation
Sweetmy's technology is built as an integrated system, not a single device.

Adaptive Signal Control
Unlike traditional EMS devices with fixed programs, Sweetmyo adapts stimulation patterns during each session.
The AI control logic:
- Gradually adjusts intensity
- Maintains balanced muscle engagement
- Prevents sudden output changes
This approach supports a smoother and more comfortable training experience.

Personalized Training Progression
Muscle response varies across individuals and sessions.
Sweetmyo's system is designed to:
- Support progressive training intensity
- Adapt to repeated use over time
- Maintain consistency across training sessions
This enables users to train smarter, not harder.

Training Modes Powered by Software
Sweetmyo training modes are software-defined, not hardware-limited.
Examples include:
- Core activation
- Full-body muscle engagement
- Endurance-focused sessions
- Recovery and relaxation modes
New modes and refinements can be introduced through software updates, extending the system’s capabilities over time.

Science-Informed Design
Sweetmyo's technology is informed by established research in:
- Muscle activation mechanics
- Controlled motor unit engagement
- Optimized electrical stimulation parameters
Our design philosophy focuses on performance optimization and user experience, not medical treatment.
Sweetmyo products are designed for fitness and wellness use and are not intended to diagnose, treat, cure, or prevent any disease.
Sweetmyo is registered with the U.S. FDA and eligible for FSA/HSA reimbursement under applicable guidelines.
Safety by Design
Safety is embedded at every level of the Sweetmyo system.

Built-In Safeguards
- Firmware-controlled output limits
- Gradual intensity ramp-up algorithms
- Session duration management
- Automatic protection mechanisms

Battery Safety
The system uses a lithium-ion polymer battery tested under recognized standards such as UN 38.3, ensuring safe transportation and operation.


