How We Calculate Benchmarks

Benchmarks are calculated with explicit rules for observed versus modeled coverage, normalization, confidence, and freshness so users are not comparing unlike rows or over-reading directional context.

Last updated March 2026

Support Page

PurposeAuthority
StatusIndexable
UpdatedMarch 2026
Links4

Observed versus modeled rows

Observed rows are the direct benchmark anchor wherever stable cohort medians exist. Modeled rows are used to extend coverage carefully, especially on geo pages, but they remain directional unless confidence is high enough to support harder planning use.

PointDetail
Observed versus modeled rowsObserved plus high confidence is framed as a primary benchmark
Observed versus modeled rowsModeled plus medium confidence is framed as a directional benchmark
Observed versus modeled rowsLow-confidence rows are context only and should not be treated as hard targets

Normalization, sample depth, and freshness

We normalize time windows, naming, metric definitions, and benchmark groupings so rows can be compared more safely across markets and page types. We also surface `sampleDepthLabel` and `lastUpdated` so users can judge whether a benchmark is deep, recent, and stable enough for planning.

PointDetail
Normalization, sample depth, and freshnessCurrency normalization
Normalization, sample depth, and freshnessMetric-definition mapping
Normalization, sample depth, and freshnessDate-range consistency
Normalization, sample depth, and freshnessTaxonomy rollups for channels, industries, and conversion types
Normalization, sample depth, and freshnessFreshness labels and sample-depth framing on trust-aware pages

Qualitative context cards

Payment maturity, localization complexity, and fulfillment complexity are qualitative context signals. They help explain why a market may be attractive or operationally demanding, but they are not performance targets and should never be treated like attributed channel metrics.

PointDetail
Qualitative context cardsPayment maturity, localization complexity, and fulfillment complexity are qualitative context signals. They help explain why a market may be attractive or operationally demanding, but they are not performance targets and should never be treated like attributed channel metrics.

Why This Page Matters

How Benchmarketing labels observed versus modeled rows, sets primary versus directional benchmarks, and carries confidence, sample-depth, freshness, and context signals into public pages.

E-E-A-T support

Support pages strengthen benchmark credibility and give users a trustworthy explanation of the data model.

Internal linking bridge

These pages should connect core benchmark hubs, definitions, and comparison themes so no important page becomes orphaned.

What This Support Layer Should Do

  1. Observed versus modeled rows — Observed rows are the direct benchmark anchor wherever stable cohort medians exist. Modeled rows are used to extend coverage carefully, especially on geo pages, but they remain directional unless confidence is high enough to support harder planning use.
  2. Normalization, sample depth, and freshness — We normalize time windows, naming, metric definitions, and benchmark groupings so rows can be compared more safely across markets and page types. We also surface `sampleDepthLabel` and `lastUpdated` so users can judge whether a benchmark is deep, recent, and stable enough for planning.
  3. Qualitative context cards — Payment maturity, localization complexity, and fulfillment complexity are qualitative context signals. They help explain why a market may be attractive or operationally demanding, but they are not performance targets and should never be treated like attributed channel metrics.

Frequently asked questions

Why do modeled benchmark rows?

They extend coverage where observed market-level rows are incomplete, but they stay explicitly labeled so users know they are directional rather than primary benchmarks.

What do sample depth labels?

They summarize benchmark coverage qualitatively. A deeper label suggests broader and more stable cohort support, while a directional label signals more caution.

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