NeuraProbe · Anomaly & Incident SuiteAcoustic, Ultrasonic & Frey Effect Monitor

Anomalous Signal & Incident Monitor

Real-time forensic telemetry for detecting ultrasonic carriers (15–24 kHz), periodic harmonic pulse trains (audio rectification signature of pulsed RF/microwaves), and vestibular postural tremor.

Auto-log on anomalous spike

Status: NORMAL

Sensors Idle — Click Start to Monitor

Ambient background normal

Real-Time 4096-Point FFT SpectrogramMicrophone idle

Ultrasonic Peak (15–24 kHz)

—

Power: — · Floor Quiet

Rectification / PRF Train

None

Harmonics: 0 · Crest: —

Acoustic Peak / RMS

—

Peak at: — · RMS: —

Vestibular Postural Sway

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Asymmetry: — · Mag: —

Forensic Incident Dossier

Tamper-evident, local-only blackbox log capturing timestamped snapshots of anomalous acoustic and motion telemetry.

No incidents logged yet. Start the acoustic analyzer above to monitor for anomalies, or click “Freeze Snapshot”.

Biophysical Detection Limits & Hardware Reality

• What this app senses: Standard smartphone/laptop MEMS microphones can capture frequencies up to 24 kHz (Nyquist cutoff at 48 kHz sampling). This allows direct detection of near-ultrasound carriers (15–24 kHz), acoustic intermodulation products, and audio-rectified harmonic trains caused when high-power pulsed RF fields induce demodulated currents in recording electronics.

• What requires external hardware: Direct measurement of raw gigahertz microwave pulses (the Frey carrier) requires an external Software Defined Radio (SDR) or a fast Schottky diode RF dosimeter badge (e.g., US Patent 10,816,680).

• For a full survey of patents and defense studies, review the Electromagnetic & Acoustic Patent Registry →