Analyzes X‑rays, mammograms and retinal scans to assist clinicians with diagnostic insights and improves imaging accuracy.
Uses machine learning to interpret complex pathology slides, detects patterns and anomalies, and speeds up diagnosis.
Integrates ECGs, echocardiograms, stress tests and biomarkers to provide comprehensive cardiac risk assessment and support clinical decisions.
Combines pathology slides, genetic profiles and imaging studies to recommend treatment protocols and assist with clinical trial eligibility.
Automates documentation using natural language processing to generate progress notes, populate forms and reduce administrative burden.
Leverages wearables and IoMT devices for continuous monitoring, predicting complications and enabling intelligent triage and remote care.
Utilizes deep learning to screen millions of compounds, predict protein binding and accelerate drug discovery and development.
Interprets genetic and biomarker data to tailor treatments, optimize medications and provide individualized care recommendations.