Insurance operations run on documents: applications, endorsements, loss runs, medical records, invoices, photos, and handwritten notes. The challenge is that the same inbound channel that keeps work moving also creates opportunity for fraud. If every document looks equally urgent, teams either over-review (cost and cycle time) or under-review (leakage and compliance risk).
Mercury supports an AI-powered document fraud detection approach that assigns a clear 1–100 risk score to incoming policy and claims documents. The score is designed to help carriers, MGAs, and TPAs prioritize the right work—without forcing everyone into a one-size-fits-all manual process.
In many organizations, “suspicious” is a subjective label. One examiner’s red flag is another examiner’s normal exception. A consistent, numeric signal makes it easier to:
Fraud scoring is most effective when it’s embedded in an operational workflow rather than treated as an isolated report. A practical pattern looks like this:
Every additional checkpoint adds time. The advantage of score-based triage is that it can reduce cycle time for low-risk items while improving controls on high-risk items. That balance is especially important for high-volume lines where adjusters and underwriters are already managing heavy workloads.
For MGAs and program administrators, fraud scoring also helps create consistency across delegated authority. A shared scoring approach can align reviews and reduce variability when multiple teams handle similar risks.
Implementing fraud scoring is as much an operating model decision as it is a technology choice. A few practical guidelines:
The goal isn’t simply to detect anomalies—it’s to help teams act on them consistently. With Mercury, carriers and TPAs can combine fraud scoring with workflow automation and role-based access so that review steps are traceable and repeatable.
If you’re evaluating how to strengthen document controls without adding friction to every claim or policy change, a 1–100 fraud score is a straightforward way to introduce prioritization while keeping the process operationally realistic.