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sociable systems.
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Capacity-Return vs. Liability Sponge

Interactive model of the capacity-return test: set the automation smoothing, the disagreement allowed, and the interrupt pathway, then watch what six months does to judgment and liability. Resolves the interrupt into three bands — declared, working, used — because a control can function perfectly and still fall out of use.

sociable systems.

Capacity-Return vs. Liability Sponge

Adjust the architectural governance parameters below to see how they impact system throughput, human judgment, and overall liability risk over a 6-month operational cycle.

LowHigh
LowHigh

Operator Interrupt Pathway

A control can be declared, work perfectly, and still never be exercised. These four settings resolve into three bands: declared, working, used.

Formal authority and a documented control exist.

4

The operator can reach it inside the decision window without exceptional access.

3

The command actually suspends downstream execution and cannot be silently bypassed.

2

The system reaches a safe state, and the operator can act without retaliation or impossible recovery work.

Declared 10
Working 3
Used 3 → 0

Analysis: Adjust the sliders to see the architectural outcome.

Month 6 Throughput

0

Month 6 Judgment

0

Month 6 Liability Risk

0

Month 6 Interrupt Use

0/10