How does Tanium ensure high availability in cloud deployments?

Tanium ensures high availability in cloud deployments by employing redundancy and a distributed architecture. This approach allows Tanium to maintain data accessibility and system functionality even in the event of a failure. Redundancy involves having backup systems or resources in place that can take over seamlessly, thus minimizing downtime and disruption. A distributed architecture means that the deployment is not reliant on a single point of failure; instead, components are spread across multiple locations or systems. This setup enhances the resilience of the Tanium platform, enabling it to recover quickly from outages and to balance the load effectively across various servers, which is crucial for maintaining continuous operational stability in cloud environments.

The other options do not support the high availability model effectively. A single location for all data would create a single point of failure, compromising availability. Continuous user access is more related to user experience rather than system availability. Limiting the number of endpoints managed could reduce complexity but does not inherently improve the availability of the system. Thus, the correct choice illustrates the core principles of high availability through thoughtful design and implementation strategies in cloud deployments.