System Overview

The system for assessing the functional state of the human body operates on the principle of measuring a series of electrophysiological parameters at predefined skin points. These points are located on areas that are neurologically and reflexively connected to specific internal organs, nerve plexuses, and spinal cord segments.
This approach is based on the metameric (segmental) organization of the human body and on the principles of bioelectronic functional diagnostics.

Fundamental Principle of the Method

The method functions by registering low-intensity electrical signals from 30 measurement channels, each corresponding to a specific projection zone of internal organs.
Measurements are taken using three pairs of electrodes placed on the forehead, palms, and feet.

The system eliminates operator-dependent variability — electrode pressure, contact, and signal stability are fully automated and constantly controlled.

How the Measurement Process Works

1. Electrode Placement

Contact surfaces rest gently on the forehead, palms, feet, and additional projection zones linked to individual organs and body systems.

2. Automatic Contact Control

The system maintains steady, uniform pressure and stable electrode contact throughout the procedure, ensuring measurement accuracy and eliminating operator influence.

3. Registration of Micro-Electrical Changes

The system monitors electrical conductivity at points reflexively connected with:

• the autonomic nervous system (sympathetic / parasympathetic),

• endocrine regulatory mechanisms,

• projection zones of internal organs.

4. Multisite Topographic Measurement

Approximately 30 independent measurement channels record conductivity and reactivity values, forming an individual electrophysiological code — a unique pattern reflecting neuro-vegetative regulation and the functional state of internal organs.

Detailed Technical Description

Automated Testing Protocol

The system performs:

• 9 measurement cycles

• each cycle includes 30 individual measurements

• each measurement lasts 2 seconds

• one cycle lasts approximately 1 minute

Every subsequent measurement acts as a functional “load” on the previous one, enabling the system to register the organism’s adaptive and functional responses.

Channel-Based Data Analysis

From receptor zones, the system registers direct-current conductivity (DC conductivity), which enables evaluation of:

• cellular membrane potential strength,

• receptor sensitivity to external influences,

• the functional condition of organs at the cellular level.

Absolute values are recorded in µA, while additional analysis includes:

• waveform structure and pattern,

• reference ranges defined for each group of channels.

Informational Value and Calibration

The informational quality of the results is based on individual calibration curves, generated for each client according to their autonomic nervous system characteristics.

Using these models, the system determines:

• the dominant type of vegetative regulation (sympathetic vs. parasympathetic),

• the degree of vegetative lability,

• psycho-physiological reactivity to environmental factors.

Interpretation of Deviations

Analysis of conductivity dynamics and waveform patterns allows assessment of:

• cellular functional activity,

• membrane potential balance,

• adaptive capacity,

• presence of overload factors (stress, toxins, inflammation, infections).

Assessment of the Spine and Neuro-Regulatory Function

Extended measurements on symmetrical zones enable identification of:

• vertebral misalignments,

• intervertebral disc load or irritation,

• neuro-humoral regulatory disturbances.

Integration of Traditional Diagnostic Models

The system incorporates diagnostic algorithms inspired by:

• Traditional Chinese Medicine,

• Tibetan medicine,

• electro-meridian energy channel diagnostics.

It also accounts for:

• daily and seasonal organ biorhythms,

• dynamic interactions of energetic and informational pathways.

Individualized Therapeutic Recommendations

Based on all measured parameters, the system provides individualized guidance for the optimal selection of:

• herbal preparations,

• nutritional supplements,

• corrective protocols and preventive interventions.

Functional Status Assessment

Combining all measured values provides insights into:

• the current functional state of organs,

• early indications of imbalance,

• potential development of dysfunction,

• the organism’s adaptive capacity.

What This Enables

• non-invasive, detailed assessment in ~30 minutes

• detection of early functional deviations

• monitoring of therapeutic and psycho-physiological effects

• individualized corrective recommendations

• identification of metabolic, toxic, infectious, and stress-related loads

Advantages of Our System Compared to Other Devices

The global market contains only a few reputable manufacturers of functional diagnostic technologies. At the same time, the internet is flooded with dozens of devices that look similar but are in fact low-quality copies.

These devices often appear professional and use similar terminology, making them difficult to distinguish for non-experts.

How to Recognize Copies

The easiest indicators:

• Price:
  Devices sold on sites such as eBay or Alibaba cost only a few hundred dollars but are resold by various companies for several thousand euros — falsely advertised as “original.”

• Certificates:
  Most counterfeit devices have only a basic CE declaration — which merely confirms that the device is not dangerous to touch or operate.
  It does not validate medical accuracy, diagnostic reliability, or clinical use.

Authentic, certified systems usually cost $10,000–$30,000, reflecting the true value of medical-grade technology.

What Sets Our System Apart

1. Relevant Certificates Confirming Medical Validity

Unlike copies, our system holds multiple national and international certificates confirming:

• compliance with medical standards,

• clinical safety,

• accuracy and stability of measurement results,

• reliability of construction and technical parameters.

These certificates come from official regulatory authorities and independent institutions, demonstrating true medical-grade quality.

Counterfeit devices do not possess such documentation.
Their only “proof” is a CE mark — which is not a medical certificate.

2. High Reliability and Measurement Accuracy

Our system includes a special calibration function, which most devices do not have.

Calibration ensures:

• elimination of technical deviations,

• measurement stability,

• precise and reliable results,

• repeatability of diagnostic outcomes.

Without calibration, each result represents only a momentary state and piece of information, but it cannot be considered reliable or diagnostically valid.

3. Extended Analysis — Not Just a Momentary Snapshot

Most low-cost devices measure for 2–3 minutes, providing only a temporary reading.

Our system performs 15–20 minutes of continuous scanning, which enables:

• assessment of functional patterns,

• insight into adaptive responses,

• a more realistic and complete representation of the body’s state.

Best analogy:

• short measurement = taking one blood pressure reading,

• extended measurement = 24-hour Holter monitoring.

Our system provides the Holter-level insight.

4. A Detailed Report Other Systems Cannot Provide

While most devices provide only:

• simple graphs, or

• raw numerical data,

our system delivers:

• clear interpretations of key organ functions,

• explanations of electrophysiological deviations,

• functional evaluations useful for both the client and the practitioner.

System Certification and Compliance

The system has undergone multiple phases of expert evaluation and holds certificates confirming:

• compliance with medical diagnostic standards,

• safety during use,

• accuracy and stability of measured parameters,

• clinical reliability and engineering quality.

Certificates include:

• national medical device registration certificates,

• compliance documents for medical testing standards,

• international safety and quality approvals,

• copyright protection of analytical and diagnostic algorithms,

• confirmation of conformity with EU and international medical equipment regulations.

These documents verify that the system is certified, validated, and approved for use in medical-diagnostic applications according to national and international standards.

Conclusion

In a market crowded with visually similar devices, the critical differences are:

• real medical certificates

• calibration capability

• measurement duration and methodology

• accuracy and reliability

• depth of diagnostic information

For these reasons, our system represents the most precise and reliable model for assessing the functional state of the human body — while copies deliver only superficial, momentary, and technically unreliable results.