Security risks emerge from unencrypted acoustic transmission channels, which could allow unauthorized ultrasound transceivers to hijack nerve stims or extract electrophysiological telemetry.

No event time was recorded for this claim — the text gave nothing to anchor it to, and a guessed date would be worse than none.

Standing

lens: Evidence-weighted Structural

No belief has been computed for this claim under Evidence-weighted yet.

Nothing supports or challenges this claim yet — untested, which is not the same as refuted.

Voices are counted, never weighed. How many people say a thing is structure worth seeing; it is not, by itself, a reason to believe it.

The verbatim text each extraction read before resolving it into this canonical claim. Quoted, never republished.

Security risks emerge from unencrypted acoustic transmission channels, which could allow unauthorized ultrasound transceivers to hijack nerve stims or extract…
Security risks emerge from unencrypted acoustic transmission channels, which could allow unauthorized ultrasound transceivers to hijack nerve stims or extract electrophysiological telemetry.

Origin: extracted from Ultrasonic Bioelectronics vs. Airborne Sensing: StimDust and the Legacy of Smart Dust [DARPA BAA 97-43] · 2026-09-06 19:42