Domain-specific intelligence

Turn regulated documents into grounded AI decisions.

Haystac builds domain-specific intelligence from your own content — documents, records, rules, policies, and workflows — so teams can extract facts, ask questions, validate decisions, and act with evidence instead of guesswork.

haystac.local · OmniSuite · Domain intelligence pipeline
Extract facts
01
From messy, specialized documents
Ask questions
02
Against verified enterprise content
Validate decisions
03
With source-backed evidence
Trigger action
04
Through governed workflows
Extract factslive
claimant_nameJane Doe
policy_numberA-4471-026
loss_amount$24,180
incident_date2026-04-22
cpt_codes[3]99213, …
Ask & validategrounded
“Does this claim qualify under the current policy?”

Coverage applies under §4.2. Loss is within policy limits. Recommend approval.

Source: policy_v14.docx, §4.2 · Conf: 0.94
Source: claim_4471_packet.pdf, p.7 · Conf: 0.91
Trigger actionworkflow
Approve claim #4471Done
Update case systemDone
Notify adjusterSent
Log to audit trailRecorded
Audit: 2026-05-17 09:14 · user: svc.haystac · ref: dec-4471-a
The problem

Your most important knowledge is trapped in documents.

Claims, loan packets, medical records, contracts, policies, applications, case files, and correspondence drive real business decisions every day. But most of that knowledge is still buried in PDFs, scans, forms, notes, attachments, and legacy repositories. People have to read, compare, copy, validate, route, and explain the same information by hand.

Generic AI does not fix that. It can summarize a document, but it does not automatically know which document matters, which rule applies, which field is missing, which exception should be escalated, or which source supports the answer. That is the gap Domain-Specific Intelligence closes.

01

Teams cannot find the right evidence fast enough.

The answer may exist somewhere in the claim file, policy binder, medical chart, or case record — but someone still has to dig for it.

02

Generic AI does not understand specialized documents.

A mortgage packet, EOB, prior authorization, fraud note, or government application carries domain-specific meaning. Layout, terminology, relationships, and rules all matter.

03

Decisions are hard to defend.

In regulated work, the answer is not enough. Teams need to show where it came from, what rule it followed, and why the recommendation was made.

The answer

Make your own content usable for AI.

Haystac turns regulated enterprise content into a domain-specific intelligence system. It does not ask teams to trust a generic model. It gives the model the right content, the right context, the right rules, and the right evidence before it answers. So instead of asking AI to guess, teams can use AI to work from the same documents, policies, records, and workflows they already trust.

Understand the document

Know whether something is a claim, contract, medical record, policy, application, invoice, letter, or case file.

Extract the facts

Pull fields, entities, clauses, dates, tables, codes, amounts, signatures, and relationships from complex documents.

Reason over the evidence

Ask questions and get answers grounded in verified enterprise content.

Act on the outcome

Route, escalate, approve, reject, validate, summarize, or trigger the next workflow step with a full audit trail.

How it works

Four steps from document to decision.

Domain-Specific Intelligence is not one model. It is the way OmniSuite™ turns raw content into usable, explainable, and actionable intelligence.

01 Chicago

Classify the content.

Chicago identifies what each document is, separates mixed document streams, and routes content based on meaning.

Inbound stream → routedchicago.classify
doc_4471.pdf
policy_v14.docx
eob_2026_05.pdf
note_8821.eml
Claim142
Policy38
Record96
What users can do
Automatically sort claims, policies, applications, contracts, records, and case files before they hit a human queue.
02 Nashville

Extract the facts.

Nashville reads complex documents and converts them into structured data your systems can use.

Document → structured factsnashville.extract
claimantJane Doe
policy_noA-4471-026
amount$24,180
date2026-04-22
cpt99213, …
What users can do
Pull the right fields from messy, variable, domain-specific documents without building brittle templates for every format.
03 Orion

Answer with evidence.

Orion retrieves the right enterprise content before generating an answer, so responses are grounded in source material.

Question → cited answerorion.reason
“Does this treatment qualify under the patient’s plan?”
Yes — treatment is covered per policy §4.2, prior auth on file chart p.7. Confidence 0.94.
policy_v14.docx §4.2 chart_8821.pdf p.7 payer_rules.json
What users can do
Ask questions like “Does this treatment qualify?”, “Are there fraud indicators?”, or “Which policy applies?” and get cited answers.
04 Polaris

Move the work forward.

Polaris turns insight into governed action by coordinating models, tools, systems, and human review.

Decision → governed actionpolaris.act
decision: claim_4471 · conf 0.94
✓ Approvecase system
↑ Escalatehuman review
ⓘ Logaudit trail
What users can do
Route exceptions, trigger approvals, escalate uncertain cases, generate summaries, and log every step.
What it enables

Use AI where the work actually happens.

Ask questions against your own documents

Search across policies, records, contracts, claims, case files, and correspondence using plain language.

Extract structured data from unstructured content

Turn PDFs, scans, forms, tables, notes, and attachments into clean data fields.

Check documents against rules

Compare a claim, application, treatment, loan, contract, or case file against internal policies and requirements.

Find missing information

Identify absent fields, incomplete packets, inconsistent records, unsupported claims, and documents that need review.

Explain a decision

Generate answers with source references so users can see which document, clause, table, note, or rule supports the output.

Route the next step

Send clean cases forward, escalate exceptions, notify reviewers, or trigger downstream workflows.

Why it matters

A fluent answer is not the same as a defensible decision.

Generic AI is useful when the cost of being wrong is low. Regulated work is different. A claims decision, coverage review, loan exception, compliance finding, medical authorization, or government eligibility decision has to be grounded in the organization’s own evidence. It has to follow the right rule. It has to be explainable after the fact. That requires more than a model that can write. It requires a system that knows what content it is looking at, extracts the right facts, reasons from verified sources, and records what happened.

Generic AI public-web model
“Does this claim qualify under the current policy?”
Based on standard insurance practice, claims of this nature are typically covered when they fall within the policy’s general scope. You should likely approve it after a standard review.
no sources cited
× no evidence × no policy version × no audit trail
Haystac domain-specific intelligence
“Does this claim qualify under the current policy?”
Yes — coverage applies under policy §4.2. Loss amount $24,180 is within limits per claim packet p.7. Recommend approval.
Source: policy_v14.docx §4.2 · Conf: 0.94
Source: claim_4471_packet.pdf p.7 · Conf: 0.91
✓ cited evidence ✓ policy v14 (current) ✓ logged to audit
×
Generic AI can summarize.
It paraphrases what you already gave it.
Haystac can classify, extract, reason, and route.
It moves the work from input to outcome.
×
Generic AI can sound confident.
Fluency is not evidence.
Haystac ties answers to source evidence.
Every response carries citations and confidence.
×
Generic AI answers from broad training.
The corpus is the public web.
Haystac answers from your documents, records, and rules.
The corpus is the work your enterprise already trusts.
×
Generic AI stops at the response.
Someone still has to act on it.
Haystac moves the work into the next step.
Approve, escalate, route, summarize — with an audit trail.
Use cases

Built for document-heavy decisions.

Insurance claims

From packet to decision, with evidence.

Classify claim packets, extract facts, compare against policy language, identify fraud signals, and route exceptions to review.

Banking & lending

Loan files that the regulator can audit.

Read loan files, KYC packets, income documents, underwriting rules, and internal procedures with source-backed traceability.

Healthcare operations

Authorization grounded in chart and policy.

Evaluate prior authorizations, treatment records, payer rules, clinical notes, lab results, and plan requirements.

Government casework

Casework with defensible reasoning.

Process applications, permits, benefits documents, FOIA records, eligibility files, and compliance evidence.

Contract & policy review

Find the clause, the date, the obligation.

Extract clauses, dates, obligations, exceptions, entities, and renewal terms from long-form legal and operational documents.

Compliance research

Map a new rule to your operating reality.

Ask which internal policies, procedures, controls, or records are affected by a new regulation, audit finding, or rule change.

Business impact

Less manual review. More defensible decisions.

Faster document understanding

Teams no longer start by figuring out what they are looking at. Haystac classifies and separates content before the work begins.

Cleaner data for downstream systems

Documents become structured data that can feed case systems, workflow tools, analytics, and enterprise applications.

Fewer unsupported decisions

Answers come with evidence, not just language. Users can trace outputs back to the documents and rules behind them.

Better exception handling

The system can identify what is complete, what is missing, what is inconsistent, and what needs human review.

More consistent operations

The same rules, sources, and validation steps can be applied across every claim, case, application, or file.

A foundation for agentic workflows

Once documents are understood and decisions are grounded, AI can safely move from answering questions to executing governed steps.

OmniSuite™

Domain-Specific Intelligence runs through the whole pipeline.

Each part of OmniSuite™ handles a different part of the decision process. Together, they turn documents into intelligence teams can use.

Chicago
classified
& routed
Nashville
facts
extracted
Orion
answer
+ citations
Polaris
action
+ audit
Chicago
What is this document?

Classifies, separates, and routes content by meaning.

Nashville
What facts does it contain?

Extracts fields, entities, tables, clauses, and relationships.

Orion
What does the evidence say?

Answers questions using retrieved enterprise content and source citations.

Polaris
What should happen next?

Coordinates actions, reviews, escalations, and workflow steps.

Classify the content. Extract the facts. Reason from evidence. Act with control.

Why now

The market is moving from general AI to domain-specific AI.

The next wave of enterprise AI will not be won by the largest general model alone. It will be won by systems that understand specialized content, retrieve the right evidence, reason inside the right boundaries, and support decisions teams can defend.

That is especially true in regulated industries, where hallucinations are not a quality issue. They are a business risk. Haystac’s approach aligns with the shift toward domain-specific language models and expert AI systems: smaller, more focused, more grounded, and built around enterprise context rather than generic model knowledge.

$131B
Gartner 2026 identifies domain-specific language models as a major strategic trend and projects the market will reach $131B by 2035.

“General AI can help people write. Domain-specific AI helps enterprises decide.”

Technical architecture

Domain-specific behavior without relying on one giant model.

Haystac creates domain-specific intelligence by controlling the full path from document intake to decision output. It structures the content before reasoning. It trains task-specific models where needed. It retrieves verified evidence before answering. It records the source, confidence, and action path.

Documents & content
PDFs, scans, forms, records, contracts, correspondence
layer 1
Semantic classification & extraction
Task-specific models structure the content before reasoning
layer 2
Graph context
Related facts across documents, records, and systems are connected
layer 3
Retrieval-grounded reasoning
Answers generated from retrieved enterprise evidence — not model memory
layer 4
Governed decision & action
Approve, escalate, route — with source, confidence, and policy version
layer 5
Audit-ready output
Sources, confidence, decisions, and actions recorded to your SIEM
layer 6
Human in the loop
Low-confidence outputs, exceptions, and policy-sensitive cases escalate for review.

Semantic classification

Documents are grouped and routed by meaning, not just layout, templates, or keywords.

Domain extraction models

Task-specific models learn from customer content and extract the facts that matter for each workflow.

Retrieval-grounded reasoning

Answers are generated from retrieved enterprise evidence, not unsupported model memory.

Graph-based context

Related facts across documents, records, and systems can be connected for more complete reasoning.

Human-in-the-loop control

Low-confidence outputs, exceptions, and policy-sensitive cases can be escalated to human reviewers.

Audit-ready outputs

Sources, confidence, decisions, and actions are recorded so the reasoning path can be reviewed.

The difference

Not a chatbot on top of documents.

Capability
Generic AI over documents
Haystac Domain-Specific Intelligence
Document understanding
Reads individual files
Classifies, separates, and structures document streams
Extraction
Summarizes or copies text
Pulls fields, entities, tables, clauses, and relationships
Reasoning
Generates based on prompt context
Retrieves verified evidence before answering
Trust
May sound right
Ties answers to source documents
Workflow
Stops at the response
Routes, escalates, validates, and triggers next steps
Governance
Added around the tool
Built into the pipeline
Best use
General Q&A and summarization
Regulated decisions and document-driven operations

“Haystac does not just make documents searchable. It makes them usable for decisions.”

FAQ

Common questions about Domain-Specific Intelligence.

What does Domain-Specific Intelligence actually do?

It turns a company’s own documents, rules, records, and workflows into AI that can extract facts, answer questions, validate decisions, and trigger governed actions.

Is this the same as fine-tuning a model?

No. Fine-tuning may be part of the system, but Domain-Specific Intelligence is broader. It includes classification, extraction, retrieval, reasoning, workflow orchestration, and auditability.

What kinds of documents can it work with?

Claims, loan files, policies, contracts, medical records, applications, case files, correspondence, invoices, forms, tables, scanned documents, and other enterprise content.

How does it reduce hallucinations?

It retrieves verified enterprise content before answering. The answer is grounded in source evidence instead of unsupported model memory.

Can teams see where an answer came from?

Yes. Outputs can include source references, confidence signals, and the evidence used to support the answer.

What makes it domain-specific?

It uses the customer’s own content, terminology, document types, rules, and workflows. The system learns how the organization actually operates.

Ready when you are

See how your documents become grounded AI decisions.

Haystac turns regulated content into domain-specific intelligence your teams can use to extract facts, ask questions, validate decisions, and move work forward.

We enable highly regulated organizations to build, govern, and operate domain-specific models within their own infrastructure and governance frameworks.