Which of the following accurately describes the concept of error handling in system design?

Error handling in system design is fundamentally about addressing issues promptly to minimize disruption. When systems encounter errors or unexpected behavior, having a structured approach to handle these situations is crucial for maintaining functionality and user experience. Effective error handling allows the system to manage faults gracefully—a feature that ensures users are not left confused or frustrated.

This concept includes implementing fallback mechanisms, logging errors for further analysis, and providing informative feedback to users whenever possible. This approach helps maintain system performance and reliability, reduces downtime, and enhances user trust. By minimizing the impact of errors on operations, users can continue their tasks with minimal disruption, which is a key goal of any well-designed system.

Creating continuous feedback loops, while important in other contexts like user experience and system improvement, does not specifically address the procedures for managing errors. Similarly, providing success metrics and ensuring user satisfaction are broader concepts that relate to overall system performance and usability, rather than the specific protocols in place for handling errors effectively.