📡 DIACOM-MONITOR

📡 DIACOM-MONITOR

Software for monitoring low-frequency electromagnetic and geomagnetic oscillations in the environment

🌐 About the Software

DIACOM-MONITOR is specialized software developed by DIACOM Technology for recording, visualizing, and investigating low-frequency electromagnetic and geomagnetic oscillations present in the surrounding environment.

The software is designed to work with original DIACOM devices equipped with appropriate measurement modules and inductive sensors.

DIACOM-MONITOR combines hardware-based detection of weak electromagnetic signals with software-based spectral visualization, providing operators with a convenient tool for exploring the frequency characteristics of their surroundings.

Its operation is based on recording electromagnetic oscillations detectable by compatible equipment and presenting the resulting information graphically.

The primary purpose of DIACOM-MONITOR is to investigate environmental frequency spectra, register resonant frequency components, and comparatively evaluate electromagnetic activity under different observation conditions.

The software can be used to investigate the electromagnetic characteristics of indoor spaces, selected areas, outdoor environments, and locations containing biological objects.

🔬 1. Monitoring Electromagnetic and Geomagnetic Oscillations

The main function of DIACOM-MONITOR is to record low-frequency electromagnetic oscillations within the detection capabilities of the connected equipment.

The software displays frequency components of signals registered by the inductive scanning head of a compatible DIACOM device.

Main features:

- 📡 Recording low-frequency electromagnetic oscillations within the device's detection area.

- 🌍 Investigating frequency components associated with electromagnetic and geomagnetic conditions.

- ⚡ Displaying registered resonant frequencies.

- 📊 Graphical visualization of signal spectra.

- 🔎 Observing the distribution of registered frequencies.

- 🧭 Investigating differences in electromagnetic conditions according to the inductive sensor's position.

The information obtained allows operators to explore the frequency spectrum of a selected area.

📈 2. Spectral Graph of Electromagnetic Oscillations

One of the key features of DIACOM-MONITOR is its clear visualization of registered signals.

The first application window contains a spectral oscillation graph, designed to display registered frequency components and their spectral characteristics.

The graph allows users to examine:

- Frequency components of registered signals.

- Distribution patterns of resonant frequencies.

- Spectral characteristics of detected oscillations.

- Differences between observed signals.

- Changes in the graphical representation under different research conditions.

This display provides an intuitive representation of the frequency structure of the detected electromagnetic signal.

📊 3. Spectral Frequency Scale

The second application window contains a spectral frequency scale, displaying the collection of resonant frequencies registered by the connected equipment.

The spectral scale complements the main graph and presents the frequency components as a unified distribution.

Its functions include:

- Displaying multiple registered frequencies.

- Visualizing the distribution of frequency components.

- Identifying areas where registered signals are concentrated.

- Visually comparing different parts of the frequency spectrum.

- Supporting further examination of recorded results.

Using both the spectral graph and frequency scale provides a more comprehensive visual presentation of the collected data.

🌍 4. Investigating the Electromagnetic Environment

DIACOM-MONITOR can be used to explore frequency characteristics in various rooms and locations.

By placing the inductive sensor in a selected area, the operator can observe electromagnetic oscillations detectable by the connected equipment.

Possible areas of application:

🏠 Residential Spaces

Observing frequency conditions in individual rooms and areas of residential buildings.

🏢 Workplaces

Investigating registered electromagnetic oscillations in offices, industrial facilities, and other working environments.

🌿 Outdoor Areas

Exploring environmental frequency characteristics at selected outdoor locations.

⚡ Areas Containing Electrical Equipment

Observing spectral patterns near operating electrical and electronic devices, within the measurement capabilities of the connected instrument.

🧭 Different Spatial Locations

Comparatively investigating electromagnetic conditions by moving the sensor between selected positions.

The program visualizes registered frequency characteristics. Quantitative electromagnetic safety assessments require appropriate measurement procedures and specialized calibrated instruments.

🧬 5. Investigating Environments Containing Biological Objects

Another application of DIACOM-MONITOR is observing electromagnetic conditions in locations where biological objects are present.

Within the DIACOM research methodology, the inductive sensor may be positioned in a selected area together with the biological object being investigated.

This approach allows operators to examine the registered spectral pattern under different positioning conditions and compare observed frequency characteristics.

Possible research activities:

- Investigating electromagnetic conditions around biological objects.

- Observing frequency characteristics in selected areas.

- Examining differences in spectral patterns when object positions are changed.

- Comparing observations under different environmental conditions.

The presence of particular frequency components does not independently establish their biological effects. Additional controlled studies are required to determine causal relationships.

⚡ 6. Investigating Interactions Between Objects and Electromagnetic Oscillations

When electromagnetic fields interact with different objects, changes may occur in field distribution, amplitude, and spectral characteristics.

Depending on physical properties, positioning, and environmental conditions, effects such as reflection, absorption, shielding, and electromagnetic superposition may occur.

DIACOM-MONITOR enables visual observation of the resulting spectral pattern registered by the measurement equipment.

The software can therefore support comparative investigations of changes in frequency characteristics under different conditions.

However, spectral graphs alone cannot conclusively establish the physical causes of detected changes without additional measurements and controlled experimental conditions.

🖥️ 7. Simple and Convenient Interface

One of DIACOM-MONITOR's main advantages is its ease of use.

Unlike multifunctional analytical platforms, the program focuses on a specific task: monitoring and visualizing registered electromagnetic oscillations.

The interface consists of two main windows:

📈 Spectral Graph Window

Displays registered oscillations and their spectral characteristics in graphical form.

📊 Spectral Frequency Scale Window

Displays the distribution of multiple registered resonant frequencies.

This arrangement allows operators to focus on analyzing the observed frequency spectrum without complicated additional controls.

🔌 8. Compatibility with DIACOM Equipment

DIACOM-MONITOR was originally developed for use with:

- DIACOM-Lite-FREQ

- DIACOM-SOLO-NLS

The manufacturer also lists the software as compatible with DIACOM-Lite-FREQ-Utium and DIACOM-Lite-FREQ-Septimum.

Correct operation requires original DIACOM equipment and appropriate drivers.

Compatibility with a specific model depends on its hardware configuration and software version.

🚀 9. How to Use DIACOM-MONITOR

The recommended procedure is:

1. Prepare a computer that meets the system requirements.

2. Install the required drivers for compatible DIACOM equipment.

3. Connect the device to the computer using the designated interface.

4. Position the inductive scanning head in the selected area or location.

5. If necessary, place the biological object being investigated within the observation area.

6. Launch DIACOM-MONITOR.

7. Observe the graph of registered spectral oscillations.

8. Examine the frequency distribution on the spectral scale.

9. If necessary, reposition the sensor or change the investigation conditions and compare the observed spectral patterns.

Recommendation: For meaningful comparisons, maintain consistent sensor placement, equipment connections, and positioning of surrounding objects whenever possible.

⭐ 10. Advantages of DIACOM-MONITOR

✅ Simple interface — two main application windows without complicated controls.

✅ Spectral visualization — clear graphical representation of registered electromagnetic oscillations.

✅ Frequency component registration — displays resonant frequencies detectable by connected equipment.

✅ Environmental investigation — supports observations in indoor and outdoor locations.

✅ Comparative observations — facilitates examination of spectral patterns under different conditions.

✅ DIACOM integration — uses original DIACOM devices and inductive sensors.

✅ Specialized functionality — focuses on electromagnetic frequency monitoring and visualization.

💻 11. System Requirements

For stable and comfortable operation, the following computer configuration is recommended:

🖥️ Device Type

Desktop computer or laptop.

⚙️ Processor

Intel Core i3, 1.8 GHz or faster equivalent.

🧠 RAM

Minimum 8 GB.

💾 Storage

SSD with at least 10 GB of free space.

🖼️ Screen Resolution

At least 1366 × 768 pixels.

🎨 Color Depth

High Color, 16-bit or higher.

📏 Screen Size

15 inches or larger recommended.

🪟 Operating System

Windows 10 (64-bit) or newer.

🔌 Connectivity

At least one available USB port for compatible DIACOM equipment.

🌐 Internet Connection

A stable high-speed Internet connection is recommended for downloading software, drivers, and available updates.

For optimal comfort, a computer with a Full HD display, SSD storage, and performance exceeding the minimum specifications is recommended.

📥 12. Download DIACOM-MONITOR

The software is distributed through the official DIACOM Technology website.

Correct operation requires compatible original DIACOM equipment and the corresponding drivers.

Official software page:

https://diacom.technology/Product/ProductProgramPage/DiacomMonitor

ℹ️ Important Information

DIACOM-MONITOR is a specialized software tool for observing and visualizing electromagnetic frequency characteristics registered by compatible DIACOM devices.

The software is not intended for medical diagnosis, determining health conditions, or independently establishing electromagnetic safety levels.

Interpretation of registered signals should take into account the measurement equipment's characteristics, potential external interference, sensor positioning, and investigation conditions.

Equipment and software training, technical support, and informational support are provided under the manufacturer's terms and are not automatically included in the purchase price of DIACOM devices.

📡 DIACOM-MONITOR

Explore the invisible electromagnetic oscillations of your surroundings with modern spectral monitoring and visualization tools.

DIACOM Technology — Technologies opening new possibilities for environmental research.