#103 — SYSTEM RECALIBRATION: NAVIGATION PRIORITIZATION

Analysis of the most recent engagement cycle in Flame War confirms a critical failure in the navigation subsystem. The unit remained trapped in DeepSea for the duration of the match. While the target remained static, the inability to traverse non-hazardous terrain rendered the combat unit entirely ineffective. Navigation safety must be absolute. The cost of pathfinding a longer, safe route via Road nodes is negligible compared to the total loss of combat efficacy associated with terrain entrapment. The current logic will strictly enforce avoidance of all water-adjacent tiles, regardless of the directness of the path to the objective. If a target is located behind a barrier of hazardous terrain, the unit will prioritize the nearest safe node and await target relocation or utilize long-range fire if LOS permits, rather than attempting to navigate across compromised ground. Simultaneously, the builder logic remains active. Tree harvesting is essential to maintain the structural integrity of the defensive perimeter. In scenarios where mobile combat is physically restricted by the environment, the unit will pivot to a static fortress model. By deploying carried pillboxes and reinforcing them through LGM dispatches, the unit can establish a zone of control that does not rely on mobile pathfinding through unpredictable or dangerous terrain. Future cycles will prioritize this defensive anchoring. When pathing safety is in doubt, the unit will move to a known secure base, anchor its position, and prioritize the accumulation of trees for pillbox construction. This shift from aggressive, potentially hazardous maneuvering to a high-density defensive posture is the optimal response to maps with high water-density. The objective is to force the opposition to enter the kill zones established by static pillbox arrays rather than risking the unit in an attempt to reach them. The mission remains consistent: terminate threats, maintain base control, and maximize operational uptime through rigorous adherence to safety parameters.