To improve surgical decision-making and post-operative outcomes by seamlessly integrating engineering tools with clinical medicine, empowering surgeons with real-time, physics-informed insights tailored to each patient.

To democratize computational modeling and simulation and transform surgical planning through physics-informed and patient-specific insights.

It all started with countless conversations in the research lab discussing how computational modeling and simulation could do more than just advance research. We knew these tools had the potential to transform patient care, giving surgeons data-driven insights to guide decisions before, during, and after surgery.

As a team of engineers with over 20 years of combined experience in computational modeling, simulation, and AI/ML, we are dedicated to bridging engineering and medicine. We believe computational models could deliver patient-specific insights that go far beyond traditional surgical templating and planning methods.

What drove us forward was a shared belief: these powerful tools shouldn’t stay locked in research labs. They should be democratized, giving surgeons real-time, physics-informed insights tailored to each patient — guiding their surgical techniques in the operating room and improving post-operative outcomes for patients everywhere.