For optimal performance, how much peer build load should be configured for accelerated migration?

When configuring peer build load for accelerated migration in a Splunk environment, the choice of "2" is optimal because it balances resource utilization with performance. Configuring the peer build load to a value of 2 allows sufficient parallelism within the system while preventing resource exhaustion. This configuration helps maintain system stability during the migration process, as it utilizes a level of concurrency that achieves a good throughput without overwhelming the underlying infrastructure.

In practice, configuring the peer build load too low may result in underutilization of resources, leading to slower migration times. On the other hand, setting the peer build load excessively high can lead to contention for CPU and memory resources among the various processes. This contention could degrade overall performance and potentially lead to failures or delays in the migration process. Hence, selecting a peer build load of 2 provides an effective compromise for managing resources efficiently during accelerated migration tasks.