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AI USE CASE

ML-Driven Subrogation Opportunity Detection

Automatically flag claims with recovery potential so insurers can pursue subrogation faster and more systematically.

Typical budget
€40K–€180K
Time to value
14 weeks
Effort
10–24 weeks
Monthly ongoing
€2K–€8K
Minimum data maturity
intermediate
Technical prerequisite
some engineering
Industries
Finance
AI type
classification

What it is

This use case applies machine learning and NLP to scan incoming and historical claims data, identifying those where a third party may be liable and recovery is feasible. By prioritising the highest-value subrogation candidates automatically, claims teams can redirect recovery efforts away from low-yield files. Insurers typically recover 20–40% more through systematic ML-driven triage compared to manual review, and reduce the average time-to-initiate-recovery by several weeks. Over a portfolio of tens of thousands of claims, this translates to material bottom-line improvement on loss ratios.

Data you need

Historical claims records including cause-of-loss codes, adjuster notes, liability descriptions, and recovery outcomes for at least 2–3 years of closed claims.

Required systems

  • erp
  • data warehouse

Why it works

  • Curate a high-quality labelled dataset of past subrogation outcomes before model training begins.
  • Integrate model scores directly into the claims management workflow so adjusters see flags in their existing system.
  • Start with a single high-volume line of business (e.g. auto) where subrogation patterns are most consistent.
  • Establish a feedback loop where adjusters confirm or reject flags, enabling continuous model retraining.

How this goes wrong

  • Insufficient labelled historical data on which claims were actually subrogated, starving the model of signal.
  • Adjuster notes stored as unstructured scanned PDFs make NLP extraction unreliable without OCR pre-processing.
  • Model flags high volumes of false positives, eroding adjuster trust and leading to the tool being ignored.
  • Recovery rates vary significantly by line of business, so a single model trained on mixed data underperforms across all segments.

When NOT to do this

Do not deploy this for small-volume specialty lines (e.g. marine, aviation) where claim frequency is too low to generate meaningful training data and manual expert review remains more cost-effective.

Vendors to consider

Sources

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