(Based on the data sizing and retention parameters listed below, which of the following will correctly calculate the index storage required?) - Daily rate = 20 GB / day - Compress factor = 0.5…

Question

Options

• A(20 * 30 + 100) * 0.5 = 350 GB
• B20 / 0.5 * 30 + 100 = 1300 GB
• C20 * 0.5 * 30 + 100 = 400 GB
• D20 * 30 + 100 = 700 GB

• A
  6% (2)
• B
  3% (1)
• C
  80% (28)
• D
  11% (4)

Explanation

The Splunk Capacity Planning Manual defines the total required storage for indexes as a function of daily ingest rate, compression factor, retention period, and an additional padding buffer for index management and growth. Storage = (Daily Data * Compression Factor * Retention Days) + Padding Given the values: Daily rate = 20 GB Compression factor = 0.5 (50% reduction) Retention period = 30 days Padding = 100 GB Plugging these into the formula gives: 20 * 0.5 * 30 + 100 = 400 GB This result represents the estimated storage needed to retain 30 days of compressed indexed data with an additional buffer to accommodate growth and Splunk's bucket management overhead. Compression factor values typically range between 0.5 and 0.7 for most environments, depending on data type. Using compression in calculations is critical, as indexed data consumes less space than raw input after Splunk's tokenization and compression processes. Other options either misapply the compression ratio or the order of operations, producing incorrect - Capacity Planning for Indexes - Storage Sizing and Compression Guidelines - Managing Index Storage and Retention Policies - Splunk Enterprise Admin Manual - Understanding Index Bucket Sizes - Indexing Performance and Storage Optimization Guide

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