Observer Relativity Handler
Ki · Reasoning
The Problem
The global timestamp shows the satellite signal delay is negligible, ignoring observer skew and speed of light lag.
The Operation
The model is directed to identify all observers contributing timestamps and extract each local reference frame: timezone, clock source, sync method. Compute maximum clock skew between any two observers based on network latency and sync accuracy. For events claimed simultaneous across observers, apply a fuzzy equality window equal to computed skew. Do not assume global simultaneity. If events fall within the skew window, classify as concurrent not ordered. The reasoning applies a formal computation: max skew = max(|clock A - clock B|) + network latency + sync error. It will not assume global simultaneity.
The Structure
This ability runs on a partitioned rule application that uses different reasoning rules in different contexts.
If events from different observers are merged into one timeline without accounting for their different temporal reference frames, relativity handling has failed.
Haki · Reasoning-Multi
Cross-Domain Suppression
In Haki mode, the API retrieves the primary ability first, then fans out to three synergy roles that compound its reasoning.
When retrieved in Haki mode, the primary ability is augmented with failure guards extracted from 3 abilities in different cognitive domains. Each guard blocks a specific reasoning failure the primary alone wouldn't catch. A self-check forces verification before output. The result is cross-domain coverage that no single ability can reach alone.