AI compute for insurance — provable and in-jurisdiction.
Catastrophe modeling, claims automation, underwriting, and fraud detection all need serious GPU compute — and increasingly, proof of where policyholder data was processed. Inferix gives insurers elastic GPUs with data residency and cryptographic attestation built in.
Built for the workloads insurers actually run
Compute-heavy, data-sensitive, and increasingly regulated.
Catastrophe & climate risk modeling
Run compute-heavy cat and climate simulations on real RTX/datacenter GPUs from the marketplace — burst to the capacity a hurricane season needs, then release it.
Claims automation
Document, image, and damage-assessment models process claims faster — with policyholder data kept inside the jurisdiction you’re allowed to operate in.
Underwriting & pricing
Train and serve risk and pricing models on your own data. Every run is metered per service so you can see exactly what a model costs to build and operate.
Fraud detection
Detect fraudulent claims with models running on auditable, attested compute — a defensible record for regulators reviewing automated decisions.
The controls a regulated insurer needs
Real, shipped platform capabilities — not roadmap promises.
Data residency
Pin workloads to approved regions. Policyholder PII never leaves the jurisdiction — enforced at rent time, not just promised.
Geo-attestation
Proof-of-Render cryptographically verifies the hardware, and region attestation shows where each workload ran — provable execution for insurance regulators and the EU AI Act’s automated-decision rules.
Elastic GPU marketplace
Rent exactly the GPUs a modeling run needs, when you need them — no idle datacenter, no single-vendor lock-in.
Model risk without moving your data.
Tell us about your catastrophe, claims, or underwriting workloads and we’ll scope a sovereign-compute deployment that keeps regulators — and your data-protection team — comfortable.