Meaning
Systems where the output of a process is returned as input to influence the next iteration of that same process. Feedback loops create self-regulating or self-reinforcing cycles within an organization. They govern how a system responds to changes in its internal or external environment.
Control Mechanism
Negative cycles act to stabilize a system by countering deviations from a set point. Inside these feedback loops, sensors detect a move away from the baseline and trigger a corrective response. This keeps the operation within a safe range of performance.
Signal Amplification
Positive cycles cause a system to move further away from its initial state by reinforcing a specific trend. When feedback loops operate in this way, small initial changes can lead to large-scale shifts in outcome. Managing these requires early intervention before the movement becomes too fast to stop.
Latency Impact
Time delays between an action and its result can cause a system to oscillate wildly. If feedback loops take too long to return information, the organization may over-correct in one direction before the effects of the first correction are even felt. Reducing this lag is a primary goal of operational design.
Efficient cycles allow a founder to adjust their strategy before the cost of an error becomes prohibitive.
