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Claims fraud does not look wrong one claim at a time.

AI that reads patterns across claims, claimants and repair networks — staged losses, coordinated rings and quiet repeat behaviour — and flags them while the file is still open, with the evidence a special investigations unit can act on.

The problem

The single claim looks fine. The pattern does not.

  • Rules catch yesterday's fraud

    Static thresholds are learned and worked around. The behaviour moves; the rules do not.

  • The signal lives between claims, not inside one

    The same garage, the same medical provider, the same three claimants in different combinations. No single file shows it.

  • False positives train handlers to ignore alerts

    When most flags are noise, the flag stops meaning anything and the real ones go with it.

  • By the time it is proven, the payment has cleared

    Investigation that starts after settlement recovers a fraction of what prevention would have held.

How it works

Patterns across the portfolio, flagged while the file is open

Step 1

Link the entities

Claimants, vehicles, providers, addresses and bank details, connected across claims and across time.

Step 2

Score the network, not the form

A claim is scored on the company it keeps: repeat combinations, unusual proximity, timing that does not fit.

Step 3

Hand the investigator a case

Not an alert — a file with the links drawn, the anomalies named and the evidence assembled.

Investigators receive a case with the network already drawn.

Claims fraud does not look wrong one claim at a time.

What's included

What you get when you run this with Thinkia

A detection layer over the claims portfolio that finds coordinated behaviour and hands the SIU something it can work.

Entity resolution

One claimant across spellings, addresses and policies — the join that makes the rest possible.

Network analysis

Rings, repeat provider clusters and staged-loss structures surfaced across the book.

Anomaly scoring

Deviations from the expected pattern for that claim type, line and geography.

SIU case assembly

The links, the timeline and the documents, packaged for investigation rather than triage.

Feedback loop

Confirmed and dismissed cases retrain the model, so precision improves instead of drifting.

Audit trail

Every flag explains itself — which matters when a decision is challenged.

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Results

What changes when this runs in production

Results vary by context, data maturity, and scope. We scope honestly before we promise precisely.

Fraud identified before settlement vs. rules-based screening

Orientative — confirmed in discovery; depends on the starting point.

–50%

False positives reaching claims handlers

Orientative — confirmed in discovery; depends on the starting point.

Weeks earlier

Detection of coordinated activity across the portfolio

Orientative — confirmed in discovery; depends on the starting point.

How we work

From first insight to production

Assess

Week 1–2

Review current screening, historical confirmed fraud, and what data can be linked.

Design

Week 3–5

Define entity resolution, the network model, scoring thresholds and the SIU handover.

Build

Week 6–9

Run against historical claims to calibrate, then in parallel on live volume.

Govern & scale

Week 10+

Extend lines of business, close the feedback loop, and monitor precision over time.

Timelines vary by scope and context.

Ideas, trends, and tools to stay ahead

Get started

Shall we look at what the pattern shows?

A short session on your book: what is screened today, what the historical cases have in common, and what a network view would surface.