What is the maximum number of computers over which Decryption Collection can distribute processing?

What is the maximum number of computers over which Decryption Collection can distribute processing?

• A. 32
• B. 64
• C. 8
• D. 16

Answer: (D)

Distributing decryption work across multiple machines uses a central controller that splits the task among worker nodes and then aggregates the results. The Decryption Collection tool is designed to coordinate up to sixteen worker computers in a single session. This limit is built into its architecture to keep coordination overhead manageable and to ensure efficient throughput; adding more than sixteen would yield diminishing returns due to communication and synchronization costs, and isn’t supported by the configuration. So sixteen is the maximum supported in practice. The other numbers are outside the tool’s designed capacity or would leave resources underutilized (too few workers) or unsupported (too many workers for the controller to manage).

Distributing decryption work across multiple machines uses a central controller that splits the task among worker nodes and then aggregates the results. The Decryption Collection tool is designed to coordinate up to sixteen worker computers in a single session. This limit is built into its architecture to keep coordination overhead manageable and to ensure efficient throughput; adding more than sixteen would yield diminishing returns due to communication and synchronization costs, and isn’t supported by the configuration.

So sixteen is the maximum supported in practice. The other numbers are outside the tool’s designed capacity or would leave resources underutilized (too few workers) or unsupported (too many workers for the controller to manage).