Description of Work
This tool emulates the layered signal described by Jason Wilde as a psychoacoustic "dog whistle" for UAP
interaction. Built in JavaScript using the Web Audio API, it creates a multi-voiced signal composite
structured for low-volume, symbolic broadcasting. Each component of the original signal has been carefully
translated into audio synthesis logic.
Signal Components
- 7.83 Hz Carrier via 100 Hz Modulation: A 100 Hz sine wave is amplitude-modulated by a
7.83 Hz LFO to simulate the Schumann resonance.
- 528 Hz Harmonic: Pure sine tone with slow amplitude modulation to produce perceptual
pulsation.
- 17 kHz Ultrasonic Ping: Short 100ms pulses at 17,000 Hz fired at random 2–5 second
intervals to simulate signaling detectable by non-human intelligence.
- 2.5 kHz Organic Chirps: Sawtooth wave bursts centered near 2,500 Hz with ±50 Hz pitch
jitter and interval variability between 9 and 11 seconds, modeling biological unpredictability.
- 432 Hz Ambient Pad: A soft background sine tone with very slow gain oscillation, acting
as a masking or smoothing layer.
- Breath Layer: Bandpass-filtered white noise shaped with slow gain modulation to create
a quasi-biological ambient texture.
Pulse Mode
When enabled, Pulse Mode globally gates the entire audio signal on/off every 15 seconds. This models the
“pulse it” behavior referenced in the original post. When disabled, the signal plays continuously (“play it
straight”).
Limitations
- True subsonic (<20 Hz) and ultrasonic (>20 kHz) effects are symbolically represented; consumer hardware
cannot reproduce them accurately.
- 17 kHz may be inaudible on laptop or phone speakers and to some adults.
- 7.83 Hz is not directly audible and is only represented through modulation behavior.
Intended Use
This is a conceptual tool for signal simulation, artistic demonstration, or fringe research purposes. It is
not a field-grade transducer nor a verified communications system. Use in quiet environments with headphones
or external speakers for best fidelity.