Satellite-Based Insurance Claim Verification
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Satellite-Based Insurance Claim Verification

Built a geospatial AI claim validation workflow that compares pre/post-disaster imagery, accelerates claims handling, and raises fraud detection accuracy.

+50%

Processing Speed

+35%

Fraud Detection

Reduced

Manual Surveys

Faster

Disaster Response

Challenge to Solution

How we translated complex operational constraints into a clear implementation path.

The Challenge

1

Manual surveys delayed claims decisions during high-volume disaster events

2

Fraudulent damage claims were difficult to isolate quickly at scale

3

Field access constraints increased risk and operational cost for survey teams

4

Adjusters lacked standardized evidence across geographies and claim types

5

Response prioritization was difficult without consistent damage intelligence

Our Solution

Built pre/post-event imagery comparison pipeline for automated change detection

Applied segmentation models to classify flood, roof, and crop damage patterns

Generated fraud risk scores per claim to prioritize human review effort

Created geospatial triage dashboards for adjusters and catastrophe teams

Integrated claim workflow APIs to reduce handoff friction and cycle time

Project Timeline

Delivery span: 5 months

01

Data Foundation

Established geospatial data ingestion and aligned claim metadata standards.

02

Model Development

Trained and validated change detection and damage segmentation models.

03

Workflow Integration

Connected scoring engine to claims lifecycle and reviewer queues.

04

Operational Rollout

Activated catastrophe response playbooks with dashboard enablement.

"We can now prioritize claims with objective satellite evidence, even when field access is constrained."
Head of Claims Analytics
Regional Insurance Provider

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