
Gabriele Sorrento
Co-founder, Fulbright Alumnus, MIT U35 Innovator
gabriele333
San Francisco, CA
Joined February 2026
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Summary
Gabriele Sorrento is a serial entrepreneur and co-founder, notably starting Mindesk in 2014, a VR-based design platform later acquired by Vection Technologies. He is currently a co-founder of InterpretaiTech, an AI startup, and also holds an MIT U35 Innovator distinction, underscoring his innovative drive and leadership in emerging technologies. nitter+2
Gabriele is a recognized expert in the fields of Virtual Reality (VR), Augmented Reality (AR), 3D Modeling, and computational design. His work with Mindesk focused on integrating these technologies into CAD workflows for major enterprises, and he has held leadership positions in organizations like the VR AR Association and IDSA's Digital Enterprise Section, actively promoting and shaping the future of digital design. idsa+2
With a background in Architectural Engineering from Politecnico di Milano and entrepreneurship studies as a Fulbright fellow at Santa Clara University, Gabriele possesses a strong interdisciplinary foundation. This blend of design, engineering, and business acumen is evident in his career trajectory, from patent engineering to leading technology startups. idsa+1
Gabriele holds several patents in areas such as affine transformations of 3D elements in virtual environments and dynamically customized three-dimensional geospatial visualization. These patents demonstrate his contributions to the technical innovation within VR and 3D space interaction. justia+1
Gabriele is actively engaged in the professional community, serving on the AIASF Design Technology Commission and as Secretary at the San Francisco Computational Design Institute. He also contributes to discussions around the metaverse, AI-driven gaming, and the accessibility of technology. idsa+2
Work
Education
Writing
Affine transformations of 3D elements in a virtual environment using a 6DOF input device
January 1, 2022Patent related to manipulating 3D objects in virtual reality using a 6 degrees of freedom input device.
Three-dimensional geospatial visualization
January 1, 2016Patent focusing on the dynamic customization of three-dimensional geospatial visualization, likely related to interactive 3D mapping and modeling.
Dynamically customized three dimensional geospatial visualization
January 1, 2016Patent describing methods for dynamically customized three-dimensional geospatial visualization.