Precision payments brought to healthcare
Anomaly enables fast, accurate healthcare payments—reducing costs and complexity for everyone
The right payment, the first time
Anomaly enables providers and payers to prevent denials, appeals, and overpayments within current workflows
"Waste in the US Health Care System: Estimated Costs and Potential for Savings." JAMA. October 2019
Reduce unnecessary costs
Payment errors and associated administrative cost contribute over $300 billion in wasteful spending each year
Reduce abrasion
Paying the right amount the first time improves the provider and member experience
Next generation technology meets turnkey solutions
Anomaly's AI-powered solution integrates at key points in the claims life cycle, enabling scaled impact without complicated integrations or workflow changes
"Anomaly applies modern technology to improve payment accuracy and reduce friction for payers, providers, and patients."
A dynamic solution for a changing world
From telemedicine to gene therapies, healthcare is rapidly evolving—and payment errors evolve with it. Anomaly's AI technology learns new problem areas as they emerge, detecting payment issues missed with standard tools.
Improving healthcare payments. Together.
Streamlining healthcare payments and reducing errors requires an industry-wide solution. Anomaly’s team brings together top engineers and data scientists, deep healthcare payments experts, and experienced payer leaders. We partner with payers and providers so that the right amount is paid the first time.
Our products
Preventing denials and accelerating accurate payments for providers and payers
Smart Response
Enables providers to rapidly identify and correct avoidable claim errors before they are processed by the payer.
Anomaly's solutions are powered by our claim prediction engine, which uses advanced AI and billions of transactions to predict claim denials and payment amounts with over 97% precision.
Our API uses industry-standard EDI transactions to integrate within existing workflows, simplifying implementation.
Featured in
