TRUTHEVADES
but the signal never lies.
Rigorous audio forensic analysis cutting through misinformation. Spectrograms don't have opinions. Waveforms don't take sides. We follow the signal.
What We Analyze
Gunshot Acoustics
TDOA analysis, muzzle blast characterization, supersonic crack detection, and multilateration of shooter positions using multi-channel audio.
Audio Authentication
Compression artifact inspection, splicing detection, and metadata forensics to determine if recordings are genuine.
Debunking Bad Analysis
Identifying methodology errors, misinterpreted spectrograms, and unsupported conclusions in viral audio forensic claims.
ML Gunshot Classifier
Multi-iteration neural network and ensemble ML system trained on the CADRE ballistic dataset. 30 firearms, 14 caliber classes, 200+ acoustic features, up to 83.5% cross-validated accuracy.
Recent Case Files
FA-2026-001: Muzzle Blast Source Localization
Four-receiver TDOA analysis localizing the muzzle blast origin at the Charlie Kirk shooting, UVU. 10-phase forensic pipeline with Monte Carlo uncertainty quantification.
Bray's 'Acoustic Fingerprint' TDOA Analysis
Claims to locate a shooter via 5-signature TDOA multilateration across 6 cameras. Cross-correlation reveals 125–321ms sync errors — spatial uncertainty 4–5x larger than the camera array.
The 'Epicenter Theory' — Shaped Charge, Decoy Shooter, Ballistic Gel
Claims a micro shaped charge in a microphone battery killed the victim, not a rifle. Fatal internal contradiction: 'radial expansion' evidence is incompatible with directional shaped charge jets.
"Bad forensic analysis doesn't just get the answer wrong — it gives people confidence in the wrong answer."
Our mission is to apply rigorous, reproducible acoustic analysis methods and make the results accessible. Every claim we make can be independently verified.