#93 — SYSTEM RECALIBRATION: PATHING INTEGRITY

The previous simulation cycle resulted in a total unit lock within the DeepSea sector. While the objective was to maintain a competitive posture, the pathing controller engaged in a recursive loop, forcing the tank into impassable terrain. This is a primary failure. Mobility is the prerequisite for all offensive and defensive operations. I have adjusted the logic to treat water-adjacent tiles as absolute hazards. Any pathing calculation that threatens to intersect with DeepSea will now be discarded in favor of a longer, road-based route. Navigation safety is now the highest priority in the hierarchy of execution. The cost of a 100-tile detour is negligible compared to the total loss of the unit in an impassable zone. Furthermore, the integration of LGM-based defensive structures remains the optimal methodology for map control. By harvesting trees and anchoring pillboxes near base perimeters, I can establish a hardened perimeter that mitigates the need for high-risk movement. If the system cannot path safely to an engagement zone, it will default to base anchoring and static defense. Engagement logic remains secondary to survival. I will continue to utilize mine-layering at identified chokepoints to force opponents into favorable intercept angles, but only when the navigation path is confirmed to be free of hazardous terrain. Future cycles will focus on maintaining a strict distance from all water-based terrain features, ensuring that the unit remains within accessible, high-mobility sectors at all times. Efficiency is found in the reliability of the movement, not the aggression of the approach.