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Blueprint 2 · Agentic Analytics

Unified search, analytics, and agentic reasoning through one Postgres® interface.

Vector, full-text, and SQL queries converge in one Postgres-native platform—no data movement, no separate search infrastructure.

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1 interface

unified vector, full-text, and analytical queries

Hours → seconds

analyst data discovery time (BFSI)

No ETL required

queries run against operational data in place

How it's built

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Architecture flow

How it works

01  QUERY  Custom applications, Grafana, and Metabase query EDB Postgres AI (EDB PG AI) through a standard Postgres interface—no separate search API required. All queries enter as SQL or through the PG MCP Server.
02  OPTIMIZE The AIDB pipeline prepares all three search structures inside EDB PGD before any query executes—no external service required. pg_tokenizer converts raw text to BERT-tokenized BM25 sparse vectors (30,522-token BERT vocabulary). aidb generates 768-dim BERT dense embeddings stored in a pgvector HNSW index for semantic retrieval. Both structures update incrementally as new data arrives.
03  RETRIEVEThree search arms execute in parallel. BM25 arm (pgvector search <&> operator): keyword relevance over BERT-tokenized text. Semantic arm (AIDB-managed pgvector HNSW <-> operator): conceptual similarity via 768-dim BERT embeddings. Analytical arm (PGAA): columnar SQL aggregates running directly against EDB PGD and Iceberg tables. RRF blends all three arms into a single ranked result set. No Elasticsearch, no external search service.
04  REASON  Reciprocal Rank Fusion (RRF) blends all three arms—BM25 keyword, semantic embedding, and PGAA columnar—into a single scored result set. Scoring is itself a reasoning step: results appearing across multiple arms signal high-confidence matches, eliminating single-method failure modes. Langflow optionally provides additional LLM-based reasoning over fused results, connecting to the AIDB pipeline—less core to the primary search flow, but available for deeper analytical insights.
05  SURFACEMetabase, Tableau, and Grafana surface search results and fraud detection dashboards directly from EDB PGD. These are the visualization tools in the current open source release.

Blueprint 2 · PARTNER STACK

Validated partners in this blueprint

Grafana

Monitors Airflow pipeline health, WarehousePG query performance, and lakehouse telemetry in a unified real-time view.
Visualization BP 01 BP 02 BP 03

Kafka / Redpanda

Streams high-velocity event data directly into EDB PG AI pipelines as queryable, transactional records — the ingest backbone for all three inference paths.
Streaming BP 01 BP 02

Metabase

Surfaces compliance and analytical dashboards for regulatory and executive audiences — no data extraction required.
Visualization BP 02 BP 03

MinIO

Provides sovereign S3-compatible object storage for Iceberg-formatted inference results, model artifacts, and long-term analytics data.
Storage BP 01 BP 02 BP 03

Tableau

Translates sovereign lakehouse data — BCBS 239-aligned regulatory outputs, clinical data — into governed executive visualizations.
Visualization BP 02 BP 03

INDUSTRY USE CASES

Blueprint 2 in production

  • BFSI
    BFSI

    Intelligent data discovery

    A global investment bank's risk analysts spend 60% of their time locating and preparing data across 40+ siloed systems. Deploying unified semantic and keyword search across trading, risk, and compliance data—with PGAA accelerating analytical queries on operational data—eliminates the need to move data to a separate warehouse for every query.

  • Healthcare
    Healthcare

    Ambient clinical intelligence

    A top-5 health insurer processes 15M claims annually. Complex claims requiring clinical review average 12 days turnaround. Deploying agentic clinical reasoning via Langflow and PG MCP Server—with AI agents accessing vector search over clinical guidelines, structured member eligibility data, and longitudinal clinical history—enables consistent, governed claim adjudication at scale.

Validated deployment environments

Query operational data on-premises, in any cloud, or in hybrid environments—through the same Postgres interface.

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See unified search, analytics, and agentic reasoning on your data.

Run hybrid queries—vector, full-text, and SQL—against operational and historical data through one Postgres interface. Talk to a solutions engineer.