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Coronary risk, mapped to the heart: per-vessel CAD prediction on an interactive 3D heart, with SHAP explanations, uncertainty and an honest "uncertain: refer".
Turn satellite change into auditable flood evidence: native radar and optical maps, explicit unknowns, and road-access proofs that show which route conclusions survive uncertainty.
CardioMap 3D turns cardiac risk predictions into an interactive 3D heart, making coronary artery disease visual, explainable, and actionable.
CapAble uses AI to track skilling outcomes, employment, wage growth, and long-term programme impact.
Multimodal AI predicting CAD and LAD/LCX/RCA stenosis from 54 clinical inputs, rendered onto an interactive 3D beating heart with sub-25ms calibrated TreeSHAP explainability.
Maps multi-vessel stenosis onto interactive 3D WebGL meshes, validated by a multi-modal Byzantine consensus matrix and secured via zero-knowledge privacy circuits.
See the Risk. Understand the Heart. Predicts CAD and per-vessel (LAD/LCX/RCA) stenosis risk from clinical data, explains it with SHAP, and shows it on an interactive 3D heart.
Predicting cardiovascular risks with AI and visualizing heart health through interactive 3D technology for smarter clinical insights.
CardioVision — see coronary artery disease before the angiogram, explained vessel by vessel on a living 3D heart.
Enter 54 clinical measurements and CardioVision predicts CAD, LAD, LCX and RCA risk, paints it on an interactive 3D heart, and shows which inputs drove each result.
Interactive 3D heart that maps CAD, LAD, LCX, and RCA risk probabilities from one clinical record.
Explore the heart. Understand the prediction.
An AI agent that uses a computer the way a real person does: human mouse movements, typing with typos and pauses, reading, browsing and writing documents.
Enter 55 routine clinical measurements and see calibrated CAD and per-artery (LAD/LCX/RCA) stenosis risk on an interactive 3D heart, with SHAP explanations and live what-if updates.
Predicts coronary artery disease and LAD, LCX and RCA narrowing from routine clinical data, explains every risk with SHAP, and lights up each artery on an interactive 3D heart.
CardioVision3D uses machine learning, explainable AI, and 3D heart visualization to explore cardiovascular risk and interpret AI predictions for research and education.
The planet has bugs. Let's fix them. PLUME turns satellite-detected methane leaks into AI-powered investigations, blockchain-funded repairs, and independently verified climate action.
Predicts coronary artery disease and LAD, LCX and RCA narrowing from routine clinical data, and shows each artery's risk on an interactive 3D heart, with SHAP explanations.
CoroVista: Predict. Explain. Visualize. An AI-powered platform for vessel-specific coronary stenosis prediction, explainable risk insights, and interactive 3D cardiovascular visualization.
Cardio Atlas AI makes heart disease predictions easier to understand by combining machine learning, patient data, explainable AI, and interactive 3D heart visualization in one platform.
Cardio-Risk-3D combines machine learning and interactive 3D heart visualization to make cardiovascular risk assessment more engaging, accessible, and easier to understand.
Aurapulse transforms heart-health data into meaningful insights using AI, estimating overall CAD risk and LAD, LCX, and RCA artery stenosis probabilities to support smarter healthcare decisions.
From Clinical Biomarkers to 3D Hemodynamics: AI-Powered Coronary Risk Visualization.
Bridging visual data and intelligence to deliver real-time, multimodal insights and contextual decision-making.
