Let’s take one example- a first responder’s breathing apparatus. This system depends on each component working as designed to deliver breathable air. If one were to fail during a rescue mission, the rescuer could face a bad situation. Not only that, but a person needing rescue may also be in danger because the rescuer cannot get to them. Ultimately, this is the type of disruption we want to prevent from happening.

In situations where life and death are not on the table, disruption can still have a major impact. For instance, some components are essential for operating and monitoring machinery in a manufacturing plant. If these components failed in the field it would cause major operational problems. In fact, disruption can bring plant activities to a stop. This would result in lost time, money, and could potentially lead to serious safety hazards. In summary, preventing disruptions is a key driver in making critical components.