From detecting & localizing vessel occlusions to forecasting what comes next.
Our physics-grounded world model detects and localizes vessel occlusions — including the distal ones (M2 distal and M3 segments) — then quantifies the flow and predicts what comes next.
From seeing the unseen in stroke — to a world model that detects, quantifies and predicts.
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25% of stroke patients suffer from Distal Medium Vessel Occlusions (DMVOs) that are frequently missed by conventional AI. Our proprietary training on expert-adjudicated distal stroke datasets develops unparalleled sensitivity for clots previously considered ‘invisible’ to automated triage.
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A scan is a photograph — it shows anatomy, never the forces at work inside it. Yet blood flow, pressure and wall stress are what actually drive a stroke or a rupture. Avyuct estimates all three, for every vessel, from a routine CT angiogram — no extra scan, no extra contrast. It's the physics a picture can't show, made visible and measurable.
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Roll the vasculature forward in time to forecast stroke and rupture risk. A scan shows only the present; the model carries the patient's state forward, projecting how an aneurysm or a narrowing is likely to progress. It's built to reveal risk before disease appears — a forward view no imaging tool offers today. The read becomes a forecast, for this patient.
Specialized Al solutions for various medical imaging applications, each designed to enhance diagnostic accuracy and clinical workflow efficiency.
Detection of occlusion in brain blood vessels for rapid intervention and improved patient outcomes.
Identification of stroke caused by brain haemorrhage through our custom AI algorithms.
AI-powered detection of coronary artery blockages.
A streamlined process from data ingestion to actionable clinical insights, powered by our state-of-the-art machine learning algorithms.
Data Preparation Standardize, clean and prepare the medical data for model training
Train custom advanced machine learning models using prepared datasets to ensure accuracy and reliability.
Deploy the trained models to analyze new data and generate outcomes near real time.
Transform model outputs into clear, actionable clinical insights to support medical diagnostics decision-making.
State-of-the-art AI ensures advanced and reliable diagnostics for distal stroke detection.
Advanced imaging insights across M2–M4 segments enable confident, rapid clinical decisions.
Complete AI-powered medical analysis with comprehensive reporting, from scan to actionable insight.
Built in collaboration with clinicians. Backed by five U.S. patent filings in AI for medical imaging.