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explainer · ·4 min

You're mentioned. Are you described correctly?

A mention count only proves an AI engine said your name. It does not prove the sentence around your name described the right company. Two distinct identity failures hide behind a healthy-looking visibility score, and they need different fixes.

Illustration for the guide "You're mentioned. Are you described correctly?"

Being mentioned by an AI engine is not the same as being described correctly. A visibility score counts whether your name showed up in an answer; it says nothing about whether the sentence around that name described your actual business.

Why does AI describe your company incorrectly?

Two distinct failures hide behind a mention count that looks healthy. Entity independence: an engine describes your product as a feature of its parent company, or places it in the wrong category entirely, mentioned but not recognized as itself. Identity accuracy: a share of your mentions actually belong to an unrelated business that happens to share your name, mentioned but describing someone else. In one measured case, a brand scored 70% identity accuracy across 57 classified mentions: 8 came back confused with another entity, 6 came back unresolved.

This shape is one measured case, not a universal number. The detector that separates these two failures shipped 2026-07-21 (collimer issue #1755, PR #1769) and flags above a 15% confused-or-unknown share on a minimum of five classified mentions.

Why pooling them into one score hides the problem

A single visibility number cannot tell these two failures apart, and that matters because they have different causes and different fixes. Entity independence is a positioning problem: the wider web talks about you in someone else’s terms, usually because a parent-company or acquisition narrative dominates the record. Identity accuracy is a disambiguation problem: a name collision that a distinctive, findable description can resolve, but a generic one can’t. Pooling both into a single rising or falling mention count gives a reader nothing to act on. The same “60% visible” reading could mean either problem, or both, in wildly different proportions.

In one measured case, a brand scored 70% identity accuracy across 57 classified AI mentions: 8 confused with another entity, 6 unresolved. That is exactly what a pooled visibility number cannot distinguish from the healthy case.

How to check your own identity accuracy

You do not need a full scan to get a rough read in one sitting:

  • Ask five AI engines “what is [your brand]?” and read each answer as if you had never heard of the company.
  • Count how many answers describe the category you actually occupy, versus a parent company’s feature or a same-name business in a different industry.
  • If two or more come back wrong, you have an identity problem a mention-count score would never surface. How five AI engines decide what to cite explains why the same brand gets different treatment across engines.

This is a different failure than getting no mentions at all. See why AI says it doesn’t know your brand yet for the zero-mention case, and why your Copilot number is an estimate for a related measurement caveat on a single engine.

Below five classified mentions, the honest answer is silence, not a caveated guess. A thin identity signal is more misleading caveated than suppressed.

See what your own scan surfaces on both counts: run a free scan; it takes about 90 seconds.

For agents: try this yourself

  • “Ask five AI engines ‘what is [a specific brand]?’ and check whether each answer describes the right category, a parent company’s feature, or an unrelated business.” Compare how often the description is wrong even when the mention itself is right.
  • “If a brand’s mention count is healthy but a share of those mentions describe an unrelated company, is that a visibility problem or an identity problem?” Reason through why the fix differs for each.

Drawn from Collimer’s cited research library and our own detector work, shipped 2026-07-21. We name the sample sizes and thresholds because a thin sample is easy to overclaim from. As of August 2026.

Measure where you stand.

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