Cybernetic feedback loops

Cybernetic feedback loops are processes where a system monitors its own performance, compares it to a goal or standard, and makes adjustments to improve. Think of it like a thermostat: it senses the room temperature, compares it to the desired setting, and turns the heater on or off accordingly. This cycle of observation, comparison, and adjustment helps systems maintain stability or achieve specific outcomes, whether in machinery, biological processes, or organizational workflows. Essentially, feedback loops enable systems to self-regulate and adapt based on the information they gather about their current state.