A single call, read on two layers: the answers gathered in conversation, and the signal congruence OPM observed while they were spoken.
Assessment is constrained by absence of transcript or call summary. Only prosodic signal data across 12 frames spanning approximately 2 minutes (2026-10-14, 12:11–12:14 UTC) is available for analysis. No verbal content, context, topic, concerns, decisions, or questions can be reconstructed.
Prosodic profile shows extreme volatility. Mean pitch oscillates from 105 Hz to 203 Hz (range: 98 Hz). Voice stability collapses episodically to zero (frames 3, 4, 9), suggesting moments of either silence, breath, technical dropout, or acute stress response. Voice tremor peaks at 1.15 (frame 4) and 1.07 (frame 9), well above baseline stability thresholds. Volume range is consistently wide (24–60 dB), indicating loss of vocal control or rapid emotional state shifts.
Pause behavior is similarly erratic: pause ratio spans 0.12 to 0.89, with average pause duration ranging from 659 ms to 8.5 seconds (frame 11, outlier). Speaking rate collapses to zero in frames 8, 9, and 4 while simultaneously logging high pitch and tremor—a pattern consistent with held breath, physical strain, or signal discontinuity rather than natural hesitation.
Frame 11 is a notable outlier: only 3 pause events logged with mean pause duration of 8.5 seconds, yet pause ratio at 0.86 and voice stability at zero. This suggests a prolonged silence or network latency artifact rather than intentional discourse rhythm.
Without corresponding facial action units (CYGNUS) or cross-modal patterns (ORACLE), no congruence between verbal intent and embodied signal can be assessed. Tremor, pitch instability, and pause chaos alone cannot distinguish genuine distress, technical malfunction, environmental noise, or call quality degradation.
No follow-up actions, decisions, or unresolved topics can be documented. Recommendation: obtain full transcript and video signal data (facial expression, gaze, head motion) to enable reliable OPM congruence report. Current signal-only profile is insufficient for behavioral interpretation.