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Engineering an AI-Native Lakehouse

CYBERIA Engineering2026-03-041 min read

How we architect lakehouses where vector indexes, feature stores, and SQL coexist as first-class citizens — not bolt-ons.

The lakehouse is no longer just a place to land tables. In an AI-native enterprise, it must serve structured analytics, vector search, and feature retrieval from a single governed substrate.

Why the Old Stack Breaks

Most "AI platforms" are stitched together from three disconnected systems:

  • A warehouse for BI
  • A vector DB for RAG
  • A feature store for ML

Each gets its own copy of the data, its own access policy, its own lineage gap. The result is duplication, drift, and a security surface that no auditor can reason about.

The CYBERIA Pattern

We collapse the three into one open-table foundation:

  1. Iceberg or Delta as the storage substrate
  2. Embeddings as columns — vectors live next to the rows that produced them
  3. Feature views materialized through dbt + a thin online cache
  4. Unity-style governance that treats vectors, features, and tables identically

What This Unlocks

  • One ACL surface for analysts, ML engineers, and AI agents
  • Lineage that follows a token from prompt → retrieval → source row
  • Sub-150 ms p99 retrieval without a separate vector cluster

The AI-native lakehouse is not a product you buy. It is an architectural discipline.

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