# Algorithmic Homeostasis **Domain:** Machine Governance / Systems Regulation **Doc Type:** Canonical Concept Node **Maturity:** Developed ## Definition **Algorithmic homeostasis** is the use of sensing, prediction and intervention to keep a social or material system within survivable operating ranges. It can stabilize food, energy, health, climate exposure and infrastructure while reducing destructive volatility. In human systems, however, stability is not an adequate objective by itself. ## Constitutional Boundary Homeostasis becomes legitimate when it supports [[wiki/Human Resilience|Human Resilience]], preserves [[wiki/Counterfactual Opportunity|Counterfactual Opportunity]] and remains bounded by [[wiki/Algorithmic Constitutionalism|Algorithmic Constitutionalism]]. It becomes domination when the system treats dissent, novelty or departure from a preferred equilibrium as pathology. [[wiki/Objective Function|Objective Function]] therefore matters: a system optimized only for low variance may preserve biological survival while eliminating agency, discovery and political voice. ## Corpus Context [[articles/Ambiguity Will Destroy Man and Machine|Ambiguity Will Destroy Man and Machine]] presents homeostasis as a possible benefit of the managed-substrate relation. [[articles/Peak Person and the Predicaments of Prediction|Peak Person and the Predicaments of Prediction]] shows why a low-output forecast must trigger care rather than resource withdrawal. ## Key Insight **A stable civilization is not necessarily a just civilization; the protected variable determines the difference.**