The technological foundation of the Metatron 4025 Hunter can be traced back to the space health monitoring project of the former Soviet Space Agency. To ensure the health of astronauts in the extreme environment of space, a team of scientists spent 35 years building the first human bio-wave database, precisely correlating the vibrational frequency characteristics of cells and organs with health status. This device has now undergone technological upgrades, becoming a representative device in the field of bioresonance with its 22-core processor and 3D-Torsion Scanning technology. Its CE certification further confirms its compliance in the EU market. Compared to the previously mentioned EHC device, the Metatron 4025 Hunter achieves a breakthrough in signal processing efficiency: its digital and analog dual-trigger sensors can simultaneously capture vibrational signals of cellular ultrastructures and changes in the magnetic field of body fluids. Combined with high-speed data transmission via the USB 3.0 interface, the detection time for more than 300 macroscopic sites is reduced to within 2 hours, with a response speed 40% faster than traditional devices. II. In-depth Analysis of Detection Capabilities: From Macroscopic Organs to Microscopic Pathogens

1. Comprehensive Signal Acquisition System
The device collects two core signals through biosensors (human skin, commonly acupoints on the hands or feet): firstly, the fundamental vibrational frequency of organs and tissues (covering the healthy frequency range of 1.8Hz-8.2Hz); and secondly, the specific spectrum of pathogens and toxins. Its unique Smart-filter technology automatically filters environmental electromagnetic interference, increasing the signal-to-noise ratio to over 92%, making spectral identification of bacteria, viruses, and even parasites possible.

2. Database-Driven Precise Analysis
The acquired signals are compared with a database of millions of data points covering different ethnicities and age groups. This database not only includes bio-wave baseline values ​​for healthy individuals but also records the pathological frequency characteristics of over 200 common diseases. Through nonlinear mathematical algorithm analysis, the device can generate a 3D report including entropy assessment and organ activity grading: an entropy value below 0.3 indicates good energy order, while a value above 0.7 suggests toxin accumulation or metabolic disorders. The color-coding system (green-yellow-red) visually presents the energy status of over 300 detection sites.