What method does the Chicago Basset On-Premise Server use to achieve high availability?

The Chicago Basset On-Premise Server achieves high availability primarily through redundancy and failover mechanisms. This method ensures that if one component of the system fails, another can take over immediately without causing significant downtime. Redundancy means having additional components or systems in place that can seamlessly assume functionality, while failover refers to the process of switching to a standby system when the primary system encounters an issue. This approach minimizes service disruptions and maintains operational continuity, making it essential for environments where uptime is critical.

In contrast, a single-server configuration does not provide any redundancy, making it vulnerable to downtime if that server fails. Annual performance audits, although important for assessing system effectiveness and identifying areas for improvement, do not directly contribute to high availability. User role management is focused on controlling access and permissions within the system and does not impact the system's overall uptime or reliability. Thus, the use of redundancy and failover mechanisms is the best strategy for ensuring consistent and reliable service.