Efficiency

Efficiency is the system’s ratio of output produced to energy consumed.

The hardware has a strong preference for efficiency — the conservation system is always looking for ways to get the same result at lower cost. This is why the system builds habits, automates responses, and resists change. Automation is efficient. New pathways are not. The machinery will always trend toward the cheapest route to the outcome.

This preference is useful when the outcome is right and the route is being optimized. It becomes a failure mode when the system optimizes the route to the wrong outcome — when the machinery is getting very efficient at doing something that doesn’t serve the operator’s direction. High-efficiency execution of misaligned work is the burnout pattern from the Burnout entry: the organism is performing well at something that doesn’t matter.

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The operational distinction: efficiency is a property of the route, not the destination. An efficient system going in the wrong direction arrives at the wrong place faster. The question that precedes efficiency is always direction — is this where the supply should be going? Only after the direction is confirmed does efficiency matter.

The system will prioritize efficiency over direction if left on autopilot, because the conservation protocol doesn’t evaluate direction — it evaluates cost. The one at the controls evaluates both.