AITC Directory

Physician-researcher studying health services and palliative care for older adults.

Neuropsychologist at Johns Hopkins studying cognitive and neuropsychiatric measurement in aging.

NPI-augmented machine learning models that integrate EHR data with a literature-derived knowledge graph to predict and inform AD/ADRD prevention.

NYU physician improving emergency care systems for aging and dementia patients.

A mobile software framework that uses smartphones and smartwatches as non-visual sensor hubs to transcribe daily activities for Alzheimer’s monitoring and healthy aging.

An app-based, AI-enhanced Physio-fEedback Exercise pRogram (AI-PEER) to address maladaptive fall risk appraisal and reduce falls.

A project to develop nanowell array biosensors using AI for Alzheimer’s disease biomarker detection.

The project evaluates portable, in-home sleep monitoring devices with advanced physiological sensors for older adults, including those with Alzheimer’s disease and related dementias.

A project using generative AI to evaluate fall risk in older adults.

A study assessing the acceptability and usefulness of a privacy-protective Smart Home system for rural older adults, including telehealth support and detection of food insecurity.

An integrated AI telehealth platform with a remotely controlled miniaturized camera and EHR connectivity for low-income elderly communities.

A wearable IMU-based system to measure Time of Pickup and Vertical Foot Clearance in daily life to assess fall risk in seniors.

ViBo Health is developing a tabletop metabolite scanner to enable real-time, non-invasive health tracking with actionable insights.

Boston University professor using machine learning and computational biology to study aging.

An accessible platform developing an AI recommendation algorithm to connect older adults with local services and social opportunities.

Engineer at Brightway Health focused on customer discovery and digital health product design.

A service to predict and monitor epigenetic age and develop AI models linking multiomics markers to mobility outcomes in older adults.

Identifying movement-based biomarkers of aging from head-worn consumer devices by modeling individual baseline gait.