The Policyholder Is on the Phone — Find the File
A policyholder calls about a water damage claim from 18 months ago. They want to know the status of the final payment. Your claims handler searches by policy number — nothing. Searches by name — three results, all different claims. Searches by date — too many results to browse. Five minutes into the call, the policyholder is frustrated. Ten minutes in, they are considering switching insurers. The document exists in the system. The system just cannot find it efficiently.
Insurance Search Queries That Actually Work
AI search understands the insurance context behind your query:
- "All open claims above 50,000 EUR for fire damage" — filtered by status, amount, and peril type
- "Policy documents for policyholder [name] including all endorsements" — comprehensive policy view
- "Damage assessments from Assessor X in Q4 2025" — filtered by assessor and date
- "Claims where the repair invoice amount exceeds the reserve by more than 20%" — cross-document analysis
- "Find the adjuster's notes mentioning suspected fraud indicators" — full-text search in assessment content
Fraud Detection Through Document Patterns
AI search enables pattern detection across your claims portfolio. When the same repair invoice appears on multiple claims, duplicate detection flags it. When the same damage description appears verbatim on different claim forms, it surfaces for investigation. These patterns are invisible when each claim file is an isolated folder — but obvious when every document is indexed and searchable.
Regulatory Reporting
Regulators periodically request claims data for specific perils, time periods, or coverage types. Without search, producing this data means pulling individual files. With AI search, "all motor claims in 2025 where the settlement exceeded 100,000 EUR" returns a complete, auditable result set in seconds.
How Arhivix Delivers Insurance Search
Arhivix indexes every insurance document at the page level — policy documents, claim forms, assessments, invoices, and correspondence. Natural language queries parse insurance-specific context: peril types, coverage classes, and claims status. AES-256 encryption on AWS S3 protects policyholder data, with role-based access ensuring claims handlers, underwriters, and managers each see only what they should. The audit trail logs every search for regulatory compliance.
