The Clausewitz Landscape

Three forces that push systems toward instability. Adjust fog, friction, and delay to watch a system degrade, and see how command doctrine shapes resilience.

Principles-based governance. Local agents adapt to conditions. The system absorbs fog, friction, and delay by distributing decision-making.

Illustrative model, not a measurement. The 0.368 criterion is Wallace's Data Rate Theorem result (1/e); everything else here is a chosen setting picked to make the dynamics legible. The base delay τ₀ = 0.05, the control intensity α = 1, and the dial conversions (fog and friction divided by 10, delay divided by 5) are units of the toy model, not quantities anyone measured. The fog, friction, and delay in the formula are the dial settings after the doctrine absorbs part of each: Mission Command removes 40 percent of fog and friction and 20 percent of delay, Detailed Command removes none. The doctrine contrast is therefore built into those settings rather than measured: at high dial values Detailed Command crosses the 0.368 criterion, while Mission Command stays below it at every setting. The substitution line under the formula shows the numbers actually used, so the readout can be checked by hand.