Operating Principle

2–4 min read

Optimizing One Part Can Make the Whole System Worse

Optimizing One Part Can Make the Whole System Worse

Optimizing One Part Can Make the Whole System Worse

Local gains can damage total system performance.

Local gains can damage total system performance.

Local gains can damage total system performance.

Suboptimization improves a part while creating systemic costs elsewhere.

Suboptimization improves a part while creating systemic costs elsewhere.

Suboptimization improves a part while creating systemic costs elsewhere.

Suboptimization improves a part while creating systemic costs elsewhere.

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Operating Question

What system structure, feedback loop, or incentive is producing this outcome?

What system structure, feedback loop, or incentive is producing this outcome?

What system structure, feedback loop, or incentive is producing this outcome?

Why It Matters

Suboptimization improves a part while creating systemic costs elsewhere.

Supporting Evidence

Eliyahu Goldratt; Russell Ackoff.

Research Notes

Use this as a systems diagnosis lens and test its fit against the specific operating context.

Practical Actions

Check downstream effects; reward whole outcomes; watch hidden backlogs.

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