Real-Time Resonance Map Interface

• Shoal resonance patterns represent emergent neural harmonics measured across the open grid.

• Zones exceeding 85% resonance may qualify for observation by the Office of Pattern Integrity (OPI).

• Critical resonance clusters are known to produce minor temporal anomalies, synchronicity events, and occasional pattern bleed.

• Participants within high-resonance zones report improved access to pre-linguistic memory structures and enhanced group-field stability.

• The Marseille Anomaly remains under review, maintaining resonance levels between 91–94% since the last Drift Event (ref. Case 119-B).

• Background resonance decays at an average rate of 5% every 3 hours without active contribution. This decay may accelerate near destabilized nodes.

• Prolonged exposure to elevated resonance without approved drift shielding (Class II or higher) may lead to alignment fatigue, temporal dislocation, or re-anchoring failure.

• For clearance concerns, contact your assigned observer within the Drift Oversight Division (DOD).

Click any grid cell to contribute to the global resonance field. Each 100 verified interactions within a single cell increases its resonance score by 1.0–20.0%, depending on local amplitude receptivity and current field stability.

Your contribution is permanently logged in the Shoal Database and visible to other cleared participants. Areas approaching critical resonance thresholds may trigger localized anomalies, increased shared cognition, and access to horizon-locked information.