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Segonzac: Google Maps Leak reveals Ranking System (Geostore, Mapscore, Oyster Rank, aso.)

Autorenbild: David Epding
David Epding
vor 23 Stunden
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Aktualisiert: vor 9 Minuten

Key Takeaways:

Segonzac: Google Maps Leak reveals Ranking System (Geostore, Mapscore, Oyster Rank, Webref)
  • Segonzac analyzed a leak of Google Maps Geostore and found:

    • 72 Geostore ranking signals

    • 793 data source providers (along with mechanisms for provenance, priority, trust, and conflation = when several sources disagree)

    • 446 local search intent types

    • 50,998 Mapcore styles + 12,936 label styles = Mapcore decides what to show and what not

    • 10,936 searchable Geostore declarations

  • Google builds a canonical representation of the place that can incorporate data from multiple sources, survive changes in geometry, and connect to other Google identifiers, including the Knowledge Graph machine ID (MID).

  • Geostore also models trust levels ranging from

    • blocked or

    • untrusted sources to

    • trusted and

    • super-trusted ones

  • The edit of your Google Business Profile becomes another piece of evidence entering a system that may already have competing evidence

  • Geostore has its own ranking system called Oyster Rank with 72 signals (25 marked as deprecated) including:

    • Google reviews

    • Web query volume

    • Listing impressions

    • Listing opens

    • Direction requests

    • Website clicks

    • Chain membership

    • Wikipedia signals

    • Popularity

    • Prominence

    • Landmark information

    • Road usage

  • There is a further local scoring/re-ranking system with 8 scores in 13 tiers running completely offline on the device

  • Google appears to adapt the candidate space to both the query and what exists around the user = Distance is still fundamental in local SEO. But “I’m closer, I should rank higher” is an incomplete model

  • Google has a layer called webref that associates documents with entities and stores information, including topicality, confidence, geographic metadata, and document-level scores - this means, web pages are more connected to local entities than one could expect form the UI

  • The semantic layer goes considerably beyond the primary category visible on a listing. Google uses GConcepts, a shared conceptual vocabulary that can describe businesses, dishes, attributes, cuisines, service modes, and other concepts

  • That job belongs partly to Mapcore sorts out which of the thousands of potentially relevant entities receive visible labels = The visual surface includes a rendering decision after retrieval and ranking have already happened

  • With Ask Maps Gemini can already use the built in information:

    • Canonical place entities

    • Semantic concepts and attributes

    • Reviews and extracted topics

    • Knowledge Graph relationships

    • Web evidence

    • Geographic retrieval

    • Behavioral signals

    • Personal geographic context

    • Listing composition

    • Ranking systems

  • Concluding: Local SEO has traditionally concentrated heavily on optimizing the Google Business Profile: categories, reviews, photos, attributes, opening hours, and other listing fields BUT answer all the questions:

    • What exactly is this place?

    • What does it offer?

    • Which brand or chain does it belong to?

    • Which concepts and attributes describe it?

    • Does its website describe the same entity clearly?

    • Which Web documents provide evidence about it?

    • Does Google see real demand for the brand?

    • What do reviews consistently say about specific aspects of the experience?

    • Which audiences and contexts could make this place relevant?

    • When should Google recommend it rather than another candidate?

  • "Google Maps is becoming a system able to build a representation of the physical world, link it to the Web and to entities, observe it through behaviour, contextualise it for a user, then answer in natural language."



Sources:

© 2026 David Epding.            Erstellt mit Wix.com.

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David Epding ist AI Search (GEO & SEO), Data Analytics und Automation Manager mit über 10 Jahren Erfahrung in Technischem SEO mit breiter Expertise für LLMs und langjähriger Erfahrung in der Daten-Analyse.

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