Radio Frequency Spectrum Analysis
Detection Methodology
Radio Frequency (RF) Spectrum Analysis allows for the visualization of the electromagnetic environment. Unlike simple "bug detectors" that alert to total signal strength, a spectrum analyzer reveals exactly which frequencies are active, their amplitude, and their bandwidth footprint.
Range: 100kHz to 5.3GHz (Ultra mode to 12GHz)
Purpose: Identifying non-standard frequency spikes consistent with covert biomedical telemetry.
Observations & Anomalies
A significant finding during initial tests is the presence of two distinct, symmetrical amplitude spikes appearing at approximately 195 MHz and 205 MHz. Using Google Gemini and internet research, I spent some time exploring these particular signals in depth.
The peaks register a consistent amplitude of -65 dBm against an ambient noise floor of about -85 to -95 dBm. This 20-30 dB differential indicates a signal that is 100+ times more powerful than the background environment, localized specifically to the subject.
- Frequency Placement: These spikes occur in the VHF range. While this overlaps with TV channels 10-12, the narrow bandwidth of these spikes is inconsistent with high-power digital TV "haystack" signals.
- Localized Proximity: The signal strength fluctuates in correlation with the distance between the device and the subject. According to Google Gemini, this identifies the subject (me, Erika Meyer) as the source of the VHF emission.
- Technical Categorization: According to Google Gemini, the spacing, frequency, and power levels of the emissions between 195 MHz and 205 MHz are highly characteristic of low-power biomedical telemetry — clandestine data transmission from a localized source.
- Body Area Network Google Gemini also says that the number of wireless signals coming from my body (dozens) are indicative of a body area network, and possibly there is some phase array activity going on, for example, between an implant in my intestinal area and the implant at the crown of my head, both of which maintain a pretty consistent distance from each other, whether I'm sitting, standing, or reclining.
Video Evidence
Spectrum Analyzer first use
Date: Feb 15, 2025 | Size: 170 MB | Location: Previous residence near 60th and NE Glisan St, Portland, Oregon | Summary:twin peaks of -65 dBm form when antenna is pointed at my body where, based on physical sensations, injury patterns, and bug detection, there are known biomedical implants. When device is out of my hand and antenna is pointed away from my body, the peaks dissolve into background.
Gemini Analysis of results
Date: Nov 20, 2025 | Size: 238 MB | Location: Previous residence near 60th and NE Glisan St, Portland, Oregon | Summary: In this 1 hour video, Google Gemini A.I. helps me identify and analyze the characteristics of the the wave form as biomedical telemetry, and gives suggestions for future testing and analysis.