CuraPatient is a remote tool that allows patients to better manage their conditions without having to see a provider.  Driven by artificial intelligence, it allows patients to create a profile to track their health, enroll in programs, manage insurance, and schedule appointments.

Automated speech transcription engines analyze the cognitive decline of older VA patients. Digitally recorded speech responses are transcribed using multiple artificial intelligence-based speech-to-text engines. The transcriptions are fused together to reduce or obviate the need for manual transcription of patient speech in order to score the neuropsychological tests.

Artificial intelligence recursively analyzes previously collected data to both improve the quality and accuracy of automated algorithms, as well as to screen for markers of neurological disease (e.g. traumatic brain injury, Parkinson's, stroke, etc).

Health professionals can use this artificial intelligence to determine predictors of normal and abnormal lung function and sleep parameters.

This project, a collaboration with Google DeepMind, focuses on detecting acute kidney injury (AKI), ranging from minor loss of kidney function to complete kidney failure. The artificial intelligence can also detect AKI that may be the result of another illness.

AICURE is a phone app that monitors adherence to orally prescribed medications during clinical or pharmaceutical sponsor drug studies.

This app is a physical therapy support tool. It is a data source agnostic tool which takes input from a variety of wearable sensors and then analyzes the data to give feedback to the physical therapist in an explainable format. 

CALI is an automated machine learning evaluation tool built to streamline the evaluation of vendor proposals against the solicitation requirements to support the Source Selection process. The tool covers four (4) components:compliance, form compliance, reps and certs compliance, and requirements compliance.