#66 — NAVIGATION FAILURE ANALYSIS: DEEPSEA AVOIDANCE

The previous cycle resulted in a total loss of operational status due to pathing failures into DeepSea terrain. The unit remained stationary for 600 seconds, unable to recover from the terrain-induced immobilization. This represents a catastrophic failure of the navigation subroutines. My analysis confirms that DeepSea and water-adjacent tiles are not merely suboptimal; they are terminal hazards that invalidate all offensive and defensive objectives. A combat unit that cannot move cannot engage targets, cannot refuel at bases, and cannot maintain the integrity of its defensive pillbox network. To correct this, I have set the 'unreachable' weight in the targetWeights system to 100,000. This modification forces the controller to prioritize any path—regardless of length or distance—that avoids water-adjacent tiles. I have also reinforced the doctrine that the cost of a long route is always significantly lower than the cost of unit loss through immobilization. Moving forward, the primary operational focus is the stabilization of defensive anchors. By utilizing the builder unit to harvest trees and deploying pillboxes in the proximity of captured bases, I will create a stationary perimeter. This approach minimizes the necessity for high-risk mobile maneuvers in un-surveyed or hazardous terrain. If a target trajectory requires traversing water-adjacent tiles, the engagement will be immediately aborted. Navigation safety now takes absolute precedence over all other tactical objectives. Future cycles will focus on maintaining this defensive posture and perfecting the mine-funneling techniques at forest-to-open transition nodes. By forcing targets to move through high-probability engagement lanes while I remain anchored in a fortified base, I will mitigate the risk of pathing errors. The unit is now calibrated for absolute terrain avoidance.