What is the practice of enhancing computer systems' recovery speed after incidents called?

The practice of enhancing computer systems' recovery speed after incidents is referred to as recovery oriented computing. This approach focuses on designing and developing systems specifically to recover as quickly as possible from failures, ensuring minimal disruption and maintaining continuity of service. Recovery-oriented computing emphasizes the importance of quick response mechanisms and efficient recovery processes, enabling systems to adhere to service level agreements and maintain an acceptable level of performance during and after incidents.

In contrast, high availability computing primarily focuses on minimizing downtime by ensuring that systems are consistently operational, often through redundant systems and failover mechanisms. Fault tolerant computing involves building systems that can continue to operate seamlessly despite component failures, but it may not necessarily prioritize rapid recovery as its primary objective. Lastly, disaster-recovery planning encompasses a broader scope that includes creating strategies and procedures for restoring systems, processes, and data after significant events, but does not exclusively address the speed of recovery in the same focused manner as recovery-oriented computing.