Dinamika records 300 heartbeats during a resting measurement — approximately five minutes, depending on your heart rate. Repeat recordings under similar conditions to follow your own HRV trends. The system combines measurement sessions and breathing exercises; it is not an all-day wearable monitor.

Dinamika combines single-channel ECG with heart rate variability analysis. From the recording of 300 heartbeats, it processes more than 50 parameters in the time, geometric, non-linear and frequency domains. It offers the results as numerical values, graphs and interpretive overviews. The software brings together standard HRV indicators, breathwork tools and holistic models. The individual tabs below explain what they show and what they are for.

For therapists, counselors, doctors, sports trainers and coaches who want to work with HRV records and track their progress. It is also used for home long-term monitoring, relaxation and breathing biofeedback. Training, correct measurement procedure and interpretation in context are important for meaningful work.

Heart rate indicates the number of beats per minute. HRV tracks the differences between individual intervals. Two recordings with the same average heart rate can therefore have different variability. The analysis is based on the R–R intervals obtained from the heart signal. Their processing makes it possible to monitor connections with autonomic regulation and to compare changes during repeated recordings.

For example, breathing, body position, time of day and signal quality affect the result. It makes the most sense to compare your own recordings made with the same procedure. Notes about sleep, training, rest, or subjective state help put the numbers into context.

Connect the device to the computer and place the electrodes according to the instructions. Check electrode contact and ECG quality before starting. To compare measurements, keep the same time of day, body position and conditions.

Do not move unnecessarily during the resting recording and follow the operator's instructions. The software will display the ECG and rhythmogram. Interference and the quality of captured intervals need to be assessed before evaluation.

The results can be browsed by individual tabs, compared with history or used for work with breathing biofeedback. Maintain a comparable procedure when monitoring response to exercise or other stimulus; the change in the index alone does not prove a therapeutic effect.

HRV numeric indicators describe the characteristics of the recorded heart intervals. Summary indices, biological age, biorhythm outlooks and energy maps are other software calculations or interpretations. It is important to distinguish between these different types of outputs. Images can be clicked for larger view. The interface may vary by version.

The ECG curve captures heart activity, the rhythmogram the variability of intervals between contractions. Aggregate indices display the software evaluation of adaptation and regulation processes. From this panel, you can start breathing biofeedback, save exercises and monitor rhythm changes during breathing, meditation or other stimuli.

Baevsky's stress index expresses the tension of heart rhythm regulation. The panel supplements it with the balance of activity and rest, the degree of centralization of control and the model assessment of regenerative reserves. Changes can be tracked between individual records. It is not a laboratory measurement of cortisol or evidence of inflammation.

Histogram shows the distribution of R–R intervals. A scatterogram compares adjacent intervals and captures the structure of their variability. The geometric and non-linear indicators are complemented by the PAPR index, which the software uses when evaluating adaptation reserves. The panel thus offers a different view of the same heart record than the heart rate itself.

Spectral analysis divides cardiac interval variability into HF, LF and VLF frequency bands. The panel contains their representation, total spectral power and software-interpreted balance of activation and relaxation. Color separation makes orientation easier; individual bands must be interpreted in the context of recording length and breathing.

The energy pyramid presents a software model of the relationship between recovery and resource expenditure. The blue area represents renewal; the red area represents expenditure. Accompanying indices model hormonal load and the regulatory response to stress. These calculations are based on HRV; they do not directly measure hormone levels or examine adrenal function.

Summary index and color map show software interpretation of psycho-emotional stress. The spectrum of rhythms complements the model view of the functional interplay of the central nervous system. The panel is used for orientation in this interpretation model and for comparing measurements; brain imaging is not an EEG or a direct measurement of brain activity.

The panel combines model indicators of the harmonization of physiological rhythms and the interplay of regulatory mechanisms. The software includes a ten-day functional status outlook and a balance of expected resource utilization and recovery. The outlook is based on the current record and represents a model forecast, not a sure prediction of future health.

The gerontological curve and age norm compares the result to age group reference values. The software converts the selected indices into an estimate of biological age. Such a comparison offers comprehensible feedback to the development of records; it is a calculation of a specific model, not an unequivocal determination of the actual age of the organs.

The summary panel combines several sub-indexes into a common overview. It includes a comprehensive indicator of functional status, a symbolic health and fitness index and an age comparison of HRV. It allows you to quickly orientate yourself in the result and then go to the individual parameters from which the evaluation was created.

The measurement history allows you to browse past records and monitor changes after adjusting the daily routine or when working with the client. It is complemented by a model of the circadian course for 24 hours and the energy balance during the day. Comparable conditions and notes on individual measurements are important for the interpretation of trends.

The panel focuses on the relationship between breathing and heart rate. It contains an indicator of psychophysiological coherence (PFK), respiratory sinus arrhythmia and autocorrelogram (ACF), which describes the orderliness of the rhythm. It is intended for monitoring the reaction during breathing exercises, relaxation and meditation.

The software combines an estimate of vagal tone with the stress index and spectral power. It also interprets the result within polyvagal theory, which describes states of safety and social connection, mobilization or shutdown. This is an interpretation of HRV; the panel does not directly measure individual branches of the vagus nerve.

Fitness index and adaptation indicators complement the average heart rate overview. The panel is aimed at monitoring fitness, reactions to training and development under stress. Resting heart rate is evaluated in the context of age, training and current condition; a low or high value alone does not determine the diagnosis.

This panel uses a holistic and psychosomatic model of the connections between spinal sections, organs and experience. The cervical and thoracic area connects with thinking and emotions, the lumbar area with support and certainties, the sacral area with vitality. It is an interpretive map; HRV does not provide an anatomical image of the vertebrae or evidence of their damage.

The software converts the selected indices into a color image around the human silhouette. The color and density of the field changes according to its model evaluation. This visualization represents a symbolic summary of the results that can facilitate the conversation with the client; it is not a photograph or a direct physical measurement of the aura.

The map matches the measured data to the energy center model. It offers interpretation and recommendations for working with this holistic approach to individual chakras. It includes the possibility to create an individualized MP3 sound recording intended for relaxation. The output uses an energy interpretation model.

The diagram is based on traditional Chinese medicine. The blue and red curves model the energy intake and output during a 24-hour cycle. Organ clocks highlight the currently active meridian, and bar graphs allow you to compare individual pathways. It is a TCM model, not a direct examination of the function of individual organs.

The five elements—Wood, Fire, Earth, Metal, and Water—frame this panel. The diagram shows their interrelationships and model balance. The emotional pentagram complements the connections with experience; the descriptions of the individual elements support the interpretation within the framework of traditional Chinese medicine.

The Ayurvedic questionnaire works with the three principles of Vata, Pitta and Kapha. Its assessment describes the constitutional type and the relationship of the five elements: Ether, Air, Fire, Water and Earth. The results are followed by diet and lifestyle recommendations within the Ayurvedic model.

Tabular output offers mathematical and statistical indicators such as SDNN, RMSSD and pNN50. A brief explanation of the parameters helps with professional interpretation. The panel is suitable for users who want to work with specific values ​​in addition to summary charts and compare the same indicators between records.

The BFB function allows controlled breathing to be initiated and recorded. The exercise record can be saved for further work with the client. The PFK panel complements the look at the coherence and orderliness of the rhythm; the chakra map offers a separate option to create a relaxing MP3 recording. Choose the exercise procedure according to your training and your own comfort. The point is to work with the body's reaction and regular relaxation.

• Software in Czech, Slovak, Polish and English • Single-channel ECG recording module – 1 piece • Cardiographic electrodes Skintact F 9024 AC – 2 pieces • USB‑C 2.0 connecting cable – 1 piece • Device case • Training and Czech instructions

The current build description lists the new recording module electronics and USB‑C interface. Work on Macs is listed through Parallels. The ability to use it with Android is described as a future expansion; it is not a confirmation of current mobile or tablet support.

• Microsoft Windows 10 or 11 operating system • Intel Core i3 or AMD Ryzen 3 processor • RAM of at least 4 GB • At least 500 MB of free disk space • Screen resolution of at least 1024 x 768 pixels • USB 2.0 or 3.0 For Mac, use via Parallels is indicated. Please verify your specific computer, connection and configuration with us before ordering.

On some laptops, the power supply may interfere with the ECG recording. The supplier therefore recommends a suitable power supply with protective earthing. Follow the instructions for the device and the computer and contact technical support in case of signal problems.

The HRV system is listed at Zapper Store as HRV Screening HV for $5,600 USD, reduced from $6,600 USD. Price checked October 22, 2026. Confirm the supplied hardware, software licence, current availability and final order conditions on the product page. Contact support@zapper.store for equipment and order questions.