Open-source prototypes

Starter and research prototypes – working code exploring agentic patterns for insurance, not packaged products.

insurance-llm-guardrails

Guardrail checks and an evaluation harness for insurance LLM assistants.

Python

Guardrail checks and an evaluation harness sitting in front of an insurance assistant, so an unsafe answer fails before a human ever sees it.

mech-gov-claims

Mechanical governance for LLM-assisted insurance claims and underwriting decisions.

Python

Mechanical governance around an LLM-assisted claims decision: the model drafts, and coded rules decide what is allowed to stand.

fair-pricing-audit

Situation testing for discrimination in insurance pricing and underwriting.

Python

Situation testing applied to pricing and underwriting – comparable risks varied one attribute at a time, to expose disparate treatment.

interpretable-tariff

Interpretable one-way relativity tariff model for insurance pricing.

Python

A one-way relativity tariff kept deliberately interpretable, so every pricing factor can be read and checked without running the model.

reserving-ml

Chain-ladder claims reserving (development factors, ultimates, IBNR) with backtesting.

Python

Chain-ladder reserving – development factors, ultimates, IBNR – wired to a backtest, so a change of method is visible before it is trusted.

policy-rag-adapter

Linear query-embedding adapter (triplet loss) to improve policy-document retrieval for RAG.

Python

A linear query-embedding adapter trained with a triplet loss, testing whether policy-document retrieval improves without retraining the model.

stressed-insurance-datasets

Robustness-stress toolkit for insurance ML/LLM systems, with a synthetic motor dataset.

Python

An insurance model stressed against shifted and corrupted inputs on a synthetic motor dataset, rather than judged on a clean public benchmark.

claims-fraud-graph

Synthetic insurance claims-fraud graph generator for graph-based fraud detection.

Python

A synthetic claims-network generator, so graph-based fraud detection can be built and tested without touching real claims data.