. What is characterized as the ability of a system to recover from failures and continue to function? ReliabilityPredictabilityScalabilityCheck your answers

The ability of a system to recover from failures and continue to function is characterized by Reliability. Reliability refers to the consistency of a system's performance over time, ensuring that it can operate under predefined conditions without failure. In the context of systems, whether hardware or software, reliability indicates a system's capacity to manage any errors or issues that arise, allowing it to restore its operations and maintain its integrity.

To elaborate, systems can encounter various types of failures, ranging from hardware malfunctions to software bugs. A reliable system is designed with mechanisms such as redundancy, automated failover processes, and regular backups to ensure continuity of service. Predictability relates to how consistently a system can produce the same outcomes under the same conditions, while scalability addresses a system's ability to handle growth or increased load. Therefore, while all these attributes are important in various contexts, in terms of recovery from failures, reliability is the most appropriate term.