Cardiology clarity, 
beyond pressure.

Traditional coronary assessment can leave critical questions unanswered. Some patients undergo procedures that may not be necessary. Others may have disease that remains undetected until later.

Corcillum supports a more complete research picture by integrating anatomical imaging with functional modelling, helping teams better understand the relationship between structure, flow, plaque behaviour and disease progression

Some of the most dangerous coronary plaques may not present as obvious obstructions. That makes non-obstructive disease difficult to detect, interpret and monitor through conventional approaches alone.

Corcillum’s advanced coronary analytics and digital twin modelling help researchers investigate plaque behaviour, progression and risk in greater detail — supporting the search for earlier, more personalised intervention pathways.

Pressure is important, but it is only one part of coronary physiology.

Corcillum gives teams access to richer functional insight by combining imaging, AI analytics and high-performance physics-based modelling. With over 50 novel functional metrics, researchers can explore disease progression, flow behaviour and intervention scenarios with a level of clarity not possible through pressure alone.

Manual analysis can take hours or days. Corcillum is designed to reduce the friction between image acquisition, annotation and analysis.

With AI-assisted processing and streamlined workflows, teams can analyse imaging data faster, reduce bottlenecks and move more efficiently from research question to usable insight.

Corcillum’s technology brings together patented AI, coronary physics simulations, cloud computing and multi-modal imaging integration to support high-fidelity digital coronary twins.

These virtual models allow research teams to simulate blood flow, plaque progression and intervention outcomes — creating a more dynamic view of coronary disease and its potential future trajectory.