Homeostasis Under Acceleration

Homeostasis is the maintenance of a system's internal conditions within viable ranges despite environmental fluctuation—body temperature, blood pH, organizational coherence. The mechanism is feedback: sensors detect deviation from set point, effectors generate corrective responses, the system returns to equilibrium. The process is invisible when it works, announcing itself only through pathology (fever, oscillation, collapse). AI has subjected organizational homeostasis to stress unprecedented in the history of management: the rate of operational change (what builders produce, the domains they work in, the tools they use, the speed they operate at) has increased by an order of magnitude, while the feedback loops that maintain organizational stability (code review, coordination meetings, quality assessment, strategic planning) operate at unchanged frequencies. The result, predictable from cybernetic principles, is homeostatic failure—the organization cannot maintain its internal coherence because the regulatory mechanisms that would maintain it are too slow for the pace of change they must track. The failure takes forms Beer catalogued precisely: oscillation (swinging between AI enthusiasm and AI panic), drift (output increasing while