Structural Alignment

Seen from the outside, coherence takes a specific, checkable form: whether a system's actions are consistent with the relationships that actually define it, not with what it claims about itself. It doesn't depend on intention or agreement. A team can sincerely believe it operates collaboratively and still be structurally misaligned, if authority is concentrated in ways its stated values never account for. Alignment isn't judged by what a system says about itself — it's judged by whether behavior matches the actual structure of interdependence running underneath it. When alignment is present, a system's behavior sustains itself under ordinary pressure. When it's absent, instability builds even in systems that look orderly on the surface — the gap between claimed structure and actual structure has to be absorbed somewhere, and it doesn't disappear just because no one is naming it.

Misalignment often persists because behavior can appear functional in the short term. Local optimization — a team hitting its numbers, a process running smoothly in isolation — can mask a structural contradiction until its effects accumulate elsewhere in the system. This is why alignment can't be assessed by asking whether current behavior is working. It has to be assessed by asking whether that behavior is consistent with the system's actual structure — a question that often has a different answer than "is this working right now."

This is coherence made observable — a test of whether a system's actual behavior, not its stated values, matches the relationships that define it. At the scale of a single decision, this test catches contradictions early, before they've had time to compound. At the scale of an entire system, it's the difference between one that can adapt to new conditions without destabilizing itself, and one whose stability was always dependent on conditions staying exactly as they were.