Generali France uses AI to detect property and casualty insurance fraud
Generali France extended its partnership with Shift Technology from auto insurance into property damage insurance, deploying Shift's Force solution to detect anomalies in claims in real time by combining internal claims/contracts data with third-party sources (government data, aerial imagery, geolocation). Shift's detection focuses on 107,000 of Generali's 125,000 annual P&C claims, with roughly 3,000 claims analyzed a day and a goal of raising the recognized-fraud rate from 0.7% toward the market-leading 2% benchmark.
Overview
Generali France extended its partnership with Shift Technology from auto insurance into property damage insurance, deploying Shift's Force solution to detect anomalies in claims in real time by combining internal claims/contracts data with third-party sources (government data, aerial imagery, geolocation). Shift's detection focuses on 107,000 of Generali's 125,000 annual P&C claims, with roughly 3,000 claims analyzed a day and a goal of raising the recognized-fraud rate from 0.7% toward the market-leading 2% benchmark.
The challenge
Generali France wanted to improve detection of property and casualty insurance fraud, aiming to raise its recognized-fraud rate beyond 0.7% (versus a market-leading benchmark of 2%) by detecting anomalies in claims files in real time.
The solution
Building on an existing auto-insurance partnership, Generali France extended its use of Shift Technology's Force solution into property damage insurance. Force combines internal data (claims, contracts, sample copies) with third-party data (government data, web/Google, aerial imagery via Google Maps, geolocation) to cross-reference thousands of variables and flag anomalies as soon as a claim is filed, generating a suspicion score and supporting indications for administrators to review.
Reported business value
Shift's detection focuses on 107,000 of Generali's 125,000 annual P&C claims. With Force, around 3,000 claims were expected to be analyzed a day (up from about 300/day previously), with the goal of raising the recognized-fraud rate from 0.7% toward the market-leading 2% benchmark; the automation was also expected to speed up claims processing for both insured and insurer.
Sources
Open any source and check the claim yourself — that is the point of the register.
This record was researched and written with AI assistance, and its claims were checked against the sources above. (EU AI Act art. 50 transparency notice.)
Other insurance entries in the register.
UNIQA SEE cuts health insurance claims processing times by 90% with Azure AI
UNIQA SEE's claims handlers faced fragmented documents, manual tasks, and heavy call-center reliance that slowed claims processing. Using Microsoft Azure AI alongside Microsoft Foundry, Azure Document Intelligence, and Azure OpenAI, UNIQA SEE built an end-to-end AI-driven medical referral solution that extracts, validates, and integrates referral letter data via APIs into the core claims system. The solution reduced claims processing time from 15-30 minutes to 2-3 minutes (an 85-90% reduction), lowered costs and call volumes, and freed staff for higher-value work. UNIQA SEE also introduced a self-service web and mobile app allowing customers to submit medical referral letters digitally. UNIQA SEE became the first insurer in Southeastern Europe to implement an AI-powered business process solution of this kind.
How Mapfre Insurance modernized fraud claims with Amazon EMR Serverless
Mapfre Insurance, the number one auto and home insurer in Massachusetts, modernized fraud detection by combining graph-based features from Neo4j with machine learning models deployed on AWS, using Amazon EMR Serverless, Apache Iceberg tables on Amazon S3, AWS Glue Data Catalog, AWS Lake Formation, and Amazon MWAA for orchestration. Fraud predictions integrate directly with Guidewire Claims via AWS Lambda, automatically creating claim activities showing the top model drivers for adjusters. The initiative, covering Massachusetts Auto insurance and later expanded to Home insurance, has delivered more than $5 million in Net Present Value, with detection accuracy improved 50-135 percent compared to baseline methods.
Efficiency meets data sovereignty: Lector automates document processing with AI
Lector, a platform for intelligent document processing used by more than 60 corporate customers including over 25 health insurers, migrated its productive cloud services from a major American cloud provider to OVHcloud's German data centre to meet GDPR and data-sovereignty requirements. Using OVHcloud Managed Kubernetes, S3-compatible Object Storage, and AI Training/AI Deploy/AI Endpoint services, Lector achieved over 80% time savings in document processing across more than 500 million pages processed to date, while reducing the operational burden of running Kafka and MongoDB themselves.
AXA builds Secure GPT to give 140,000 employees safe generative AI access
AXA, a global insurance and asset management group with 93 million clients in 51+ countries, built AXA Secure GPT in under three months, a generative AI platform powered by Azure OpenAI Service that gives its 140,000 employees secure, GDPR-compliant access to generative AI for tasks like text generation, translation, and code generation, without data leaving AXA's dedicated cloud tenant. The platform uses Prompt Shields and AXA's own security layer on top of Microsoft's content filtering, and was rolled out first to AXA Group Operations across 14 countries with a curated library of 100+ department-specific prompts.
Was this helpful?
Your feedback helps us improve our use case database

