This technology, called C-HEART, guides clinical decisions regarding revascularization as well as determines the risk of future coronary events such as heart attacks.
C-HEART is a transformational and disruptive technology that addresses critical unmet medical needs for fast, accurate, non-invasive methods in the evaluation of chest pain in emergency departments.
Covanos was looking for a development partner to take the projects forward. They needed to refactor the prototype they had and build the main core features of the product. The technical Challenge was huge and the time available was really short.
NewCombin’s team developed C-HEART, aiming to launch its first productive version.
After a quick refactor, we develop the product roadmap, including complex features as 3D real time mesh deformation and interacting with clinical studies.
The biggest challenge was to build complex features on top of legacy code, while delivering on time and budget. In order to deliver, the team needed to use scientific coding libraries and solve complex applied mathematics and algebra challenges.
The platform utilizes readily-available non-invasive, imagining modalities such as coronary computed tomography angiography coupled to an on-site, PC-based workstation, to determine in near real time both the anatomy and physiology of vascular disease.
NewCombin’s team developed C-HEART, aiming to launch its first productive version.
After a quick refactor, we develop the product roadmap, including complex features as 3D real time mesh deformation and interacting with clinical studies.
The biggest challenge was to build complex features on top of legacy code, while delivering on time and budget. In order to deliver, the team needed to use scientific coding libraries and solve complex applied mathematics and algebra challenges.
The platform utilizes readily-available non-invasive, imagining modalities such as coronary computed tomography angiography coupled to an on-site, PC-based workstation, to determine in near real time both the anatomy and physiology of vascular disease.
