How it works

Your documents deserve better than OCR

Most extraction tools read text. Alembic sees the whole page — layout, tables, context, meaning. Here’s the architecture that makes document extraction actually work at scale.

The problem

Three approaches. Three dead ends.

Every team extracting data from documents lands on one of three paths. Each one works just well enough to seem promising — and just poorly enough to create real problems downstream.

Reading text, missing meaning

OCR tools convert pages to raw character strings — then throw away everything that made the document make sense. That table with merged cells, that handwritten annotation, that logo distinguishing an amendment from the original? Gone. You get text. You lose the document.

Brilliant, but unsupervised

Large language models are genuinely impressive at reading documents. The problem isn’t capability — it’s reliability. One prompt, one model, no validation, no memory. It works great on the demo. It hallucinates on page 47 of a real contract, and nobody catches it until the data’s already in your system.

Powerful, if you have six months

Enterprise platforms can handle complexity — after weeks of template configuration, months of training data, and a team dedicated to maintaining the rules. They’re built for organizations with dedicated ops staff and seven-figure volumes. For everyone else, the implementation cost outweighs the extraction value.

The approach

Three layers. One system that actually learns.

Alembic combines visual AI, orchestrated agents, and a learning engine into a single pipeline. Each layer solves a specific failure mode — and they compound.

Layer 1

The AI sees the page like you do

Most tools convert your PDF to plain text before the AI ever touches it. Alembic skips that lossy step entirely. Your documents go directly to the AI as visual input — the same way you’d hand a page to a smart colleague and say “pull out the key terms.”

Layer 2

Multiple AI agents, each with a job to do

A single AI model running a single prompt is a demo. Production extraction requires coordination — one agent to classify, another to extract, another to validate, and an orchestrator to manage the whole pipeline. Alembic assigns the right model to each task automatically. Fast models handle simple lookups. Powerful models handle the hard stuff.

Layer 3

Every correction makes the system permanently smarter

When you fix an extracted value, Alembic doesn’t just update the record. It creates a memory pattern — a persistent rule that ensures the same mistake never happens again. Patterns accumulate into a knowledge base specific to your documents, your terminology, your edge cases. The accuracy curve only goes up.

The result

Extraction that makes decisions, not just data dumps

The point was never the extraction itself. It was always about what comes next — the approval, the payment, the flag, the decision. Alembic closes the loop between “data extracted” and “action taken.”

Automatic approvals on high-confidence extractions. When the system is certain, documents flow through without human touch — straight into your database, your ERP, your workflow.
Ambiguity surfaced with context, not just flagged. When something needs a human eye, Alembic shows you exactly which field, exactly why, and what the competing interpretations are. Decide in seconds, not minutes.
Full API for headless operation. 32 REST endpoints, webhooks, SSE streaming, batch operations. Run your entire pipeline without ever opening the UI — or build your own interface on top.
Cost-intelligent by default. The orchestrator matches model complexity to field difficulty. Speed where it’s easy, depth where it matters, without paying for overkill on every field.

See it work on your documents

Upload a sample document and watch Alembic extract, validate, and structure your data in real time. No credit card. No sales call. No six-month implementation plan.

Start extracting — free
Processing begins in under 60 seconds. Your documents are encrypted in transit and at rest, and permanently deleted on request.