System stability

System stability refers to a system’s ability to maintain consistent and reliable operation over time, despite external disturbances or internal changes. A stable system responds predictably, quickly correcting any deviations without leading to erratic behavior or failure. Think of it like a ship sailing steadily through waves; even when hit by strong winds, it stays on course. Stability is crucial for safety, efficiency, and resilience across various fields, such as engineering, economics, or computer systems. It ensures the system functions smoothly, without crashing, crashing, or losing control when facing normal challenges.