Advata Research

We are a group of clinicians, research scientists, engineers, and product leaders working to expand machine learning (ML) applications in healthcare. We focus on exploring diverse elements of AI in healthcare to build toward secure, explainable, fair, and responsible outcomes.

We work closely with our product and engineering leaders to integrate and expand our product capabilities through applications of responsible AI, recommendation systems, phenotyping, imaging, time series, and sequence models in healthcare.


fairMLHealth: Measuring Bias in Healthcare ML is Critical for Fair and Equitable Outcomes

September 02, 2021


Advata has released an open source tool (fairMLHealth) including tutorials and videos to assist in fair and equitable design and outcomes for healthcare ML



#fairmlhealth #responsibleai



Pillars of Responsible AI in Healthcare

June 23, 2021


How Advata is meeting the demands of a more trustable and accountable AI in using six distinct pillars of explainability, fairness, robustness, privacy, security and transparency


#responsibleai #pillars



Tutorial: Fairness in Machine Learning for Health Care

September 02, 2021


Advata has released an open source tool (fairMLHealth) including tutorials and videos to assist in fair and equitable design and outcomes for healthcare ML



#fairmlhealth #responsibleai



Award-Winning Clinical Research in Shoulder Outcomes

February 11, 2022


Research from Advata in partnership with Exactech, won first place for top Orthopaedic implant research at the 2022 Orthopaedic Research Society Annual Meeting


#devicetech #exactech



World's First Machine Based Outcome Score

September 01, 2021


Advata in collaboration with Exactech developed a new outcome score for the assessment of shoulder joint replacement




#devicetech #exactech


Pillars of Responsible AI

Meeting the demands of more trustable & accountable AI



What factors are driving the model’s prediction?


Suppose a model predicts a patient has a high risk of dying within the next three months but, the physician disagrees with this assessment. In this case, the physician would need to know why the model has predicted to inform action.

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Does the model perform similarly on vulnerable group?


What if the model has substantially lower predictive performance for minority or vulnerable patients? Fair ML models are needed to ensure equal treatment of various populations.

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Has the model been developed with sufficient data?


If a model is built based on data for population in New York, how will it fare for the African American population in Alabama? Data quality may be different and insufficient data may have been collected. This model would need testing for robustness across cohorts.

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Is the model output protected along with other patient data?


AI models can be used to make inferences about a patient which may be harmful if disclosed publicly. Model inversion would allow a malicious entity to infer the values of sensitive attributes, like a rare disease or disability. This may in turn be used to discriminate against the patient by other entities.

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All are data sources monitored and secure?


Data for some models may come from multiple sources. If a malicious person gets access to one of the sources, they can influence how the model gets trained, resulting in incorrect prediction and potential harm. Thus, the security of AI systems in paramount.

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Is the AI system and infrastructure transparent?


Suppose a patient is sent to hospice care but the patient survives for more than a year. In this case, the AI system, corresponding pipeline, and infrastructure should be auditable. Accountability ensures that systems are responsible and can be improved in the future.

Our Research

Presented at leading forums around the globe