Which term identifies how business processes should deal with disruptions by ensuring that there is processing redundancy supporting the workflow?

Which term identifies how business processes should deal with disruptions by ensuring that there is processing redundancy supporting the workflow?

• A. Capacity planning
• B. Redundancy
• C. Continuity of operations (COOP)
• D. Fault tolerant

Answer: (C)

Continuity of operations planning focuses on keeping essential business processes running when disruptions occur by establishing how processing can continue through redundancy and alternate arrangements. It isn’t just about having backup components; it defines which functions are critical, how work will continue if primary systems fail, and how to restore full operations after an event. This makes it the best fit for describing how workflows are supported during disruptions through processing redundancy. While redundancy and fault tolerance are important technical assurances, COOP covers the broader organizational and procedural approach to maintaining operations, including alternate sites, backup processes, and recovery timelines. Capacity planning, meanwhile, deals with meeting workload demands, not specifically sustaining operations during outages.

Continuity of operations planning focuses on keeping essential business processes running when disruptions occur by establishing how processing can continue through redundancy and alternate arrangements. It isn’t just about having backup components; it defines which functions are critical, how work will continue if primary systems fail, and how to restore full operations after an event. This makes it the best fit for describing how workflows are supported during disruptions through processing redundancy. While redundancy and fault tolerance are important technical assurances, COOP covers the broader organizational and procedural approach to maintaining operations, including alternate sites, backup processes, and recovery timelines. Capacity planning, meanwhile, deals with meeting workload demands, not specifically sustaining operations during outages.