Splunk Enterprise Certified Admin Practice Test

The universal forwarder requires significant resources on host systems to prevent data loss.

1. True

2. False

3. Not applicable

4. Only in distributed environments

The correct answer is: False

The statement is false because the Universal Forwarder (UF) is designed specifically to be lightweight and efficient. Unlike other components in the Splunk ecosystem, such as the full Splunk Enterprise instance, the UF is optimized for minimal resource consumption. Its primary role is to forward log data from remote machines to a Splunk indexer or another Splunk instance. The UF runs with a low memory footprint and minimal CPU usage, allowing it to collect and send data without significant impact on the host system’s performance. This feature makes it especially suitable for environments where resource conservation is critical. Additionally, the architecture of the Universal Forwarder includes mechanisms to manage data flow efficiently, helping to reduce the likelihood of data loss. In scenarios where network connectivity issues occur, the Universal Forwarder has the capability to queue data, ensuring that even if the connection is temporarily lost, data is not immediately discarded. This design philosophy distinguishes the Universal Forwarder from other components that might require more resources and is a fundamental reason why the statement regarding significant resource requirements is not accurate.