More actionable CAD identified
Surface patients with clinically significant coronary artery disease who may otherwise remain undiagnosed.
We decode the biological signals driving disease using AI, starting with coronary artery disease.
ISO 13485
ISO 27001
Coronary artery disease leaves measurable traces in routine clinical chemistry. Cardio Explorer® reads those signals and turns them into an individualised likelihood of obstructive disease.
No new test. Just the biology that is already there.
years of peer-reviewed research
AUC in pivotal validation
patients in the published studies
Cardio Explorer® turns routine clinical and biomarker data into an individualized estimate of obstructive CAD, placing each patient on the disease spectrum before imaging or catheterisation.
Unlike conventional risk scores that rely on population correlations, Cardio Explorer® models the underlying biology of atherosclerosis to deliver a more personalised and robust assessment of disease likelihood.
Risk class
Very Low
CAD-CL
4%Recommendation
Defer further cardiac testing; manage any modifiable risk factors per preventive-care guidelines.
Illustrative. Drag the marker to see how a clinical likelihood maps to its ESC-guideline recommendation. Not a diagnostic tool.
Instructions for UseA normal troponin and ECG rule out myocardial infarction. They do not rule out obstructive coronary artery disease. Cardio Explorer® estimates each patient's likelihood of obstructive CAD from routine clinical and laboratory data.
Cardio Explorer® runs natively inside Dedalus ORBIS, on routine data already captured — no new tests, no new documentation, no new workflow.
Using a different clinical information system? Contact our team.

Cardio Explorer® is designed to help identify patients with clinically significant coronary artery disease earlier and support more deliberate allocation of cardiovascular resources.
Surface patients with clinically significant coronary artery disease who may otherwise remain undiagnosed.
Improve the proportion of patients progressing through advanced imaging and invasive evaluation who have actionable disease.
Focus specialist time, imaging capacity, and cath-lab utilization where they can create the greatest clinical impact.
We believe Cardio Explorer®, Exploris Health's innovative cardiac test, will significantly improve care for patients with suspected coronary artery disease.

This is certainly an important step forward and has a big potential for the entire diagnostic process of coronary artery disease.

From data to diagnostic confidence. The Cardio Explorer® unlocks the full potential of available patient data to safely rule out coronary artery disease.

We believe Cardio Explorer®, Exploris Health's innovative cardiac test, will significantly improve care for patients with suspected coronary artery disease.

This is certainly an important step forward and has a big potential for the entire diagnostic process of coronary artery disease.

From data to diagnostic confidence. The Cardio Explorer® unlocks the full potential of available patient data to safely rule out coronary artery disease.

Built to the standards hospital teams expect.
A CE-marked IVD under the EU IVDD, developed under an ISO 13485 quality management system.
Patient data is protected through ISO 27001 certified information-security processes.
Every release follows the IEC 62304 medical device software development lifecycle.
Event
Presented at the Digital Health Symposium at ESC Munich — how multi-marker AI can improve the assessment of obstructive coronary artery disease and patient selection for downstream testing.
Watch the video· 24 minEvent
Exploris Health announces a strategic growth initiative for the Cardio Explorer® in collaboration with the GCC.
Event
Exploris Health participates in the 9th Heidelberg Health Forum to present its healthcare innovations.
Publication
New research demonstrates the Cardio Explorer®'s effectiveness in AI-driven coronary heart disease diagnosis.
See how Cardio Explorer® fits into your existing workflow and where it can improve who reaches invasive evaluation.