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INSURANCE

A claim leaves a trail of calls, documents, decisions, and exceptions. The software should connect them.

Voyantt builds analytics and workflow systems for communication- and document-heavy operations. For insurers and claims organisations, our contribution is making information easier to structure, search, review, and route—without asking AI to own the decision.

Claims intake analyzing
ingest · enrich · analyze · review
8 production n8n workflows for a US claims contact center
Human-in-loop

Calls contain operational evidence—but not in a usable form

Claims teams handle conversations with policyholders, adjusters, vendors, and internal specialists. Recording those calls creates an archive. It does not create a working view of recurring issues, complaint severity, unresolved actions, or changes over time.

In our Dialpad analytics work, eight production workflows ingest and enrich calls with summaries, topics, sentiment, named entities, complaints, and actionable issues. Managers can query the resulting data in plain language through a validated natural-language-to-SQL layer.

That published case study is a contact-centre analytics project. Its relevance to insurance is the system pattern: high-volume communication, structured enrichment, controlled search, and evidence available to a human operator.

Read: Dialpad call analytics →

Documents need a review path, not just extraction

Policies, endorsements, reports, invoices, estimates, medical attachments, and correspondence arrive in different formats and qualities. We can combine direct parsing, OCR fallback, classification, structured extraction, confidence, and deterministic matching to reduce manual intake.

The product still has to show uncertain fields, let an authorised person correct them, and retain the relationship between the structured case and the source document. That review experience is part of the engineering, not an exception to it.

Our document-intelligence portfolio includes prototypes and cross-industry systems. We would validate an insurance implementation against the client’s actual forms, policy language, claims process, and downstream platform.

Search should return context, not another unexplained score

Hybrid retrieval can help teams locate related documents, clauses, prior interactions, and case notes across large collections. The useful result includes source context, access controls, and the filters an adjuster or manager actually needs.

Our production search experience reaches 330M+ records at 50–200ms. We present that as search engineering evidence—not as a completed insurance fraud platform.

Where We Can Contribute

Where we can contribute

What we will not claim

Pattern detection and search can support investigation. They are not, by themselves, a production fraud-detection solution. A genuine fraud system would require labelled data, outcome definitions, false-positive analysis, investigator workflow, monitoring, and continuing validation. We would scope that work with the client rather than add “fraud AI” to a capability list.

First Steps

Questions we would ask first

01 Which claims stage creates the most manual review?
02 What information arrives in calls versus documents?
03 Which system owns the case record?
04 What does an adjuster need to verify before acting?
05 Which decisions require explanation or supervisor approval?
06 What is the cost of a false positive or a missed signal?
07 How will quality be monitored after launch?
Start a conversation

Tell us what you are trying to make work.

No pitch deck. We will ask about the users, the current system, the constraints, and what cannot go wrong. If there is a fit, the next step is a written proposal covering the approach, scope, risk, timeline, and cost.