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Databricks

How lakebase architecture delivers 5x faster Postgres writes Why Talent Transformation Is the Missing Focus of Enterprise AI Public Health Intelligence Shouldn't Require a Data Scientist Mean Time to Detect Is a Data Access Problem First-party audience data is the ad sales relationship now Rethinking Distributed Systems for Serverless Performance and Reliability The AI Scaling Gap Hiding in Digital Native Companies 10 trillion samples a day: Scaling beyond traditional monitoring infra at Databricks AI success starts with clean data, not just better models How nOps Rebuilt Their Cloud Optimization Platform on Databricks Lakebase, and Why Other ISVs Should Too Peril Predicts: Precision Payouts for a Volatile World The foundation of AI scalability: one team, one platform, one operating model The Federal Data Paradox: Rich in Data, Poor in Access Driving Budapest Forward: How BKK Uses Databricks to Transform City Mobility LLM Vs AI: A Practical Guide to Differences, Use Cases, and Tools Model Risk Governance Is Not the Same as Risk Intelligence Generative AI for Business: A Complete Strategy and Implementation Guide Data Science vs Data Engineering: Choosing Analysis or Infrastructure AI Applications: Tools, Use Cases, and Platforms MLOps vs DevOps: A Practical Guide for Data Scientists and IT Teams Top Data Warehouse Tools For Modern Data Analytics Unlocking SAP Business Context in Databricks with Semantic Metadata Delta Sharing The marketing activation gap has a fix: Databricks and Stitch partner to turn data infrastructure into marketing performance Alert Fatigue Is a Business Risk Backstage with Lakebase Shipping Faster isn’t Learning Faster Why Your OEE Dashboard Is Lying to You The Turbine That Tried to Tell You It Was Failing Predicting Readmissions Isn't Enough. Acting in Time Is. Clinical Trials Run Longer Than They Have To. That's a Patient Problem Network Quality Is a Revenue Problem, Not a Technical One Shelf Availability Starts with Better Demand Visibility When Predicting the Next Hit Requires More Than Intuition Approximate Answers, Exact Decisions: New Sketch Functions for Analytics Companies Winning with AI Built the Data Layer First Rethinking SQL ETL for modern data platforms Stripe data now available on Databricks via Databricks Marketplace Databricks and Stripe Projects: Infrastructure Built for Agents Agents are ready but your architecture probably isn't Interoperability Between Unity Catalog and Google BigQuery via Catalog Federation Built In, Not Bolted On: What AI-Native Actually Means in Cybersecurity Operationalizing AI for public sector fraud prevention From months to minutes: Building real-time clinical data pipelines with natural language Agentic Data Engineering with Genie Code and Lakeflow Securely send first-party conversion signals with Snapchat Conversions API on Databricks Marketplace How leading tech companies are killing the builder’s tax with Lakebase Inside one of the first production deployments of Lakebase: LangGuard's agentic workflow governance engine The next generation of Databricks Genie Model Risk Management in 2026: A Banker’s Guide to the Revised Interagency Guidance OpenAI GPT-5.5 now available on Databricks, fully-governed through Unity AI Gateway Operational databases: How they work and when to use them Databricks partners with OpenAI on GPT-5.5 Announcing the Public Preview of Lakeflow Designer Are LLM agents good at join order optimization? How conversational analytics removes the BI bottleneck How to transform document activation workflows with Genie and Agent Bricks Beyond the spreadsheet: how Databricks is delivering the modern CFO in Financial Services AI App Development: Guide To Building AI-Powered Apps IoT in Manufacturing: Strategy, Components, Use Cases, and Challenges Stop Hand-Coding Change Data Capture Pipelines Multimodal Data Integration: Production Architectures for Healthcare AI Personalization Strategies for Media Companies A Modern AI Risk Management Framework Introducing the Databricks Excel Add-in for Business Users Real-Time Decisioning for AI Agents: Why you Need a Customer Context Layer First A Practical Guide to LLM Fine Tuning AI Data Transformation Guide for Data Engineers and Data Scientists Concurrency Control in DBMS: How Locking, MVCC and Optimistic Strategies Keep Data Consistent Bridging data science and marketing: Databricks unveils Delta Sharing integration for Adobe Experience Platform and agentic marketing workflows Take Control: Customer-Managed Keys for Lakebase Postgres Get hands on with agents, vibe coding and more at Data+ AI Summit Mercedes-Benz Builds a Cross-Cloud Data Mesh with Delta Sharing and Intelligent Replication, Cutting Costs by 66% What Is a Transactional Database? 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Why Your Agents Can’t Read Enterprise Documents — and How to Fix It
2026-04-16 · via Databricks

The most important business intelligence isn't just stored in warehouses — it lives in the millions of documents that power core enterprise workflows every day: contracts, claims, invoices and more. For a decade, Intelligent Document Processing (IDP) was treated as a narrow, back-office automation problem. In the agentic era, the stakes are fundamentally different: IDP is the critical foundation that determines whether your agents make decisions you'd actually trust.

Take insurance claims processing. On paper, it's an ideal agentic workflow: ingest a claim, extract details, flag anomalies, and route it. Today's frontier agents handle the reasoning easily. Where they break down is reading the documents: scanned PDFs with inconsistent layouts, nested tables, handwritten notes, and format variation across every vendor. A "$10,000" gets hallucinated as "$3,000," the agent makes a misinformed decision, and the wrong amount gets silently paid out.

We're seeing this pattern across the board: agents reason well over clean text but fall apart when faced with real enterprise documents. A few months ago, Databricks AI Research released OfficeQA, a benchmark based on real-world enterprise document workflows. We found that even highly capable frontier agents scored below 50% accuracy on document reasoning tasks. The bottleneck wasn't reasoning — it was reading.

That's why we’re excited to announce Document Intelligence, built on three core pillars: research-backed accuracy, enterprise scale, and end-to-end simplicity.

At Intercontinental Exchange, we process millions of complex, highly variable financial documents every month. Document Intelligence helps us turn that complexity into structured market intelligence, enabling us to move faster, deliver greater value to our clients, and unlock agentic workflows that accelerate analysis and decision-making at scale." — Anand Pradhan, CTO and Head of AI, Mortgage Data at Intercontinental Exchange (NYSE) 

Improving agent quality on real-world, enterprise documents

Document processing is the accuracy ceiling for every agent. To get this right, the Databricks AI Research team set out to build specialized systems designed for the messy reality of what enterprises actually deal with: inconsistent layouts, nested tables, images, and handwriting.

This research powers a set of chainable AI Functions that break document processing into composable steps: ai_parse_document (now Generally Available) converts raw scans into layout-enriched structured text, while downstream, ai_classify routes documents correctly, and ai_extract pulls the key structured insights that matter most. Together, they form a document intelligence pipeline you can assemble with ease: parse once, then classify, extract, and re-extract without reprocessing the original document.

So does better document processing actually make agents more accurate? When we benchmarked real-world treasury bond documents through OfficeQA, pre-processing with ai_parse_document delivered a 16% average performance gain across every agent framework we tested. The agent's reasoning harness didn't change at all, but the document data layer beneath it did.

Document Parsing Improves both Agent correctness and speed

That’s exactly why we built Document Intelligence as the foundation of your agentic workflows: the quality and performance gains compound through everything built on top of it.

With Document Intelligence, we’re laying the groundwork for an intelligent document processing pipeline that unlocks key structured insights from millions of unstructured technical PDFs each year, sourced from thousands of organizations and spanning highly inconsistent formats. — Graham Lammers, Executive Director of Data Intelligence, Accuris 

Unlocking document intelligence at enterprise scale

Even when quality is solved, the graveyard of enterprise IDP is full of projects that nailed the pilot but couldn't survive the economics of production. This is thanks to costs that balloon to six figures and batch jobs that take days instead of hours.

We designed Document Intelligence for production-scale economics from the start, not as an afterthought. Because AI Functions like ai_parse_document are research-specialized, they achieve state-of-the-art accuracy without the computational overhead of general-purpose models.

Across various solutions, we benchmarked accuracy and cost on structured document extraction tasks identifying key entities from enterprise invoices, contracts, medical notes, and financial filings. Document Intelligence consistently achieved the highest accuracy at 5–7x lower cost than comparable pipelines.

Document Extraction Benchmark

Note: Offerings marked (parse + extract) use a two-step pipeline architecture — parse once into a reusable silver layer, then extract and re-extract without re-parsing. VLM-based offerings reprocess the full document on every extraction call.

Importantly, to support this scale, every AI Function runs on serverless batch infrastructure built for high-volume workloads: the same one-line SQL call that processes 100 invoices processes 100,000 without rearchitecting your pipeline.

With Document Intelligence, we achieved the same high-quality entity extraction at nearly 90% lower cost within weeks. That price-performance breakthrough now powers our production pipelines, enabling us to expand into new disease areas faster, process hundreds of millions of clinical notes efficiently, and deliver insights to our customers at scale. — Jerry Dennany, CTO Loopback Analytics

Importantly, for at-scale processing, every AI Function runs on serverless batch infrastructure built for high-volume workloads: the same one-line SQL call that processes 100 invoices processes 100,000 without rearchitecting your pipeline.

From fragmented pipelines to a unified workflow

For most enterprises today, document intelligence isn't a platform capability. It's a collection of one-off pipelines. For just a single use case, a team stitches together an OCR service, bolts on a distinct extraction API, and wires in a classification model from yet another provider. Before long, they're managing three to five disconnected APIs held together by fragile custom glue code — a pipeline that's brittle, expensive to maintain, and nearly impossible to debug when it breaks at 3 AM. And when another team needs to process a different document type, there's nothing reusable to build on. They start from scratch.


This is the cycle that keeps document intelligence trapped as a series of one-off projects instead of an enterprise-wide capability. Document Intelligence breaks that cycle. Instead of stitching together disconnected services, every step runs natively inside your existing Databricks orchestration and governance layer:

  • Ingest documents (e.g., from SharePoint) using Lakeflow Connect.
  • Orchestrate the full pipeline using Lakeflow Jobs or Spark Declarative Pipelines, with built-in error handling, observability, and automatic handling of new documents.
  • Govern the end-to-end lineage, security, and access controls of your pipelines and data—from the raw document to the structured table output—with Unity Catalog.
  • Build agents on the new, enriched document data layer using the Agent Bricks platform.

For enterprises, this means document intelligence runs on one unified and governed workflow instead of a web of opaque, fragmented services- a repeatable playbook to scale agentic use cases across all of your documents.

With Databricks, we’ve gone from manual, fragmented processes to automated, scalable intelligence. What used to take weeks, we now do in days - unlocking insights our clients can’t get anywhere else. — Tony Qui, EY-Parthenon Global Innovation Leader, Strategy and Transactions

Your agents are only as good as your document processing layer

The promise of enterprise agents rests on a question most organizations haven't yet answered: can your agents actually understand the millions of documents in your business?

That’s why we’re excited to announce Document Intelligence to close that gap: accurate enough for business-critical workflows, governed end to end so your compliance team isn't chasing data across vendors, and built to scale from your first pilot to production without changing a line of code.

Your documents are the richest source of intelligence in your enterprise. It's time your agents could read them.