Signal Origin

Deep-sea monitoring station 7R has detected anomalous biological signatures propagating through the thermocline layer. The signal pattern is consistent with bioluminescent communication arrays observed in pelagic species -- rhythmic pulse sequences that ripple outward from a central broadcast point at 0.3Hz intervals.

Initial spectral analysis reveals a dual-frequency carrier wave: a primary channel at 470nm (cyan) overlaid with periodic bursts at 625nm (coral-red). The interference pattern between these two frequencies generates a distinctive moiré signature that appears unique to this transmission source.

Species Intercept: Mandarin Dragonet

Specimen classification: Synchiropus splendidus. The dragonet's dermal chromatophores produce interference patterns at wavelengths normally invisible to standard monitoring equipment. This organism's bioluminescent display correlates with the secondary burst frequency detected in the carrier wave.

Signal Degradation Analysis

The carrier wave exhibits progressive degradation consistent with multi-path propagation through a complex thermal structure. Each signal bounce introduces a chromatic phase shift -- the cyan channel arrives 12ms ahead of the coral channel, creating a temporal dispersion pattern that mirrors the RGB channel separation observed in damaged CRT displays.

This degradation is not noise. The phase differential between channels carries information. When decoded, the offset pattern reveals a secondary data stream embedded within the interference itself -- the corruption is the message.

Species Intercept: Regal Angelfish

Specimen classification: Pygoplites diacanthus. The vertical banding pattern on this species creates a natural barcode -- a biological encoding system that predates human information technology by 40 million years. The parallel stripe spacing varies by individual, functioning as a unique identifier within the reef community.

Propagation Report

Signal propagation follows an expanding wavefront pattern consistent with the brand etymology -- each pulse ripples outward from the origin point, attenuating logarithmically with distance. The interference between outgoing waves and reflections from the reef structure creates standing wave patterns that concentrate signal energy at specific nodes.

These concentration nodes coincide precisely with the observed positions of bioluminescent organisms. The fish are not merely detected by the monitoring system -- they are part of the monitoring system, biological signal repeaters amplifying and retransmitting the original pulse across the reef network.

Terminal Frequency

As the transmission approaches its terminal phase, the carrier frequency drops below the monitoring system's effective range. The cyan channel narrows, the coral bursts become less frequent, and the data stream thins to a single thread of information -- a last biological signature propagating through deepening water toward the ocean floor.

The signal does not end. It attenuates beyond detection. Somewhere in the deep black below the thermocline, the ripple continues -- diminishing but never zero.