Vent Creativity's Minerva surgical planning platform allows medical device manufacturers and surgeons to review 3D models of the anatomy of interest and actionable data from medical images. The cloud-based system can be accessed from any device and one-click upload of the files are returned in 15 minutes with surgical plans, compared toupwards of 7 hours of processing with current systems that all cost the healthcare system time and money. Additionally, VENT’s patented technology allows density mapping and interaction for informed surgical planning to allow users to know where the dense bone is, and where it can shift to with surgical intervention, which is critical to surgical outcomes. The additional benefit of the point clouds approach is that VENT reduces the burden of expensive and complicated segmentation software for most of the customers who want to plan surgery without the complex pre-planning procedures to worry about. Additionally, the system tracks validated patient reported outcomes and plan the most successful surgery available to the surgeon.

Health Care

Vent Creativity

Gokce (Gilly) Yildirim

Craig Vittorio

Nick Camillo

Jim Bruce

This department is responsible for designing, developing, and maintaining engineering solutions and systems.

Engineering

This department focuses on advancing machine learning applications and research, particularly in the biomedical imaging sector.

Machine Learning Division

This department oversees product development and financial strategy within the organization.

Vent Creativity

Org chart

Teams

Engineering

Machine Learning Division

Product and Finance

Offices

Vent Creativity

Org chart

Teams

Engineering

Machine Learning Division

Product and Finance

Offices

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