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Open data model

As explained in First-Party Data Activation

A data model that does not require organizational data to conform to a predetermined schema or set of fields.

An open data model lets organizational data retain its natural complexity instead of forcing it into predetermined schemas or fields. This gives AI models richer information while supporting a single, consistent source of truth. section 9.3.2

Use the concept to assess composable architecture choices:

  • Connect customer-centric data and channel-centric data through a marketing data lakehouse. section 9.3.2
  • Treat openness as a spectrum rather than a binary feature, and make trade-offs intentionally. section 9.3.2
  • Pair openness with zero-copy principles to reduce duplication, cost, and security risk. section 9.3.2

Marketing data example

A marketing system may optimize send times and click-through rates while lacking product-usage metrics. An open model can incorporate those metrics without requiring them to fit a fixed schema. section 9.3.2

How First-Party Data Activation covers it

How deep it goes
Defines schema flexibility, explains its AI value, and qualifies openness as a spectrum without detailing implementation.
Examples
Uses product-usage metrics, audience membership, and personalization fields to illustrate partial openness and intentional trade-offs.
What it assumes
Assumes familiarity with organizational data, marketing technology, AI models, and data architecture.
What you can do after
Evaluate data architectures by schema flexibility, information richness, duplication, security risk, and intentional trade-offs.
How it connects
Connects composable architecture, marketing data lakehouses, zero-copy systems, generative AI, and predetermined data schemas.

Related concepts

This explainer was generated by Manning's knowledge graph from the text of First-Party Data Activation. The section links point to the parts of the book it draws on.