Hypervision received a $250,000 Distinguished Graduate Award at Luminate Finals 2026 in Rochester, New York. The follow-on investment recognizes the company’s participation in Cohort 9 and supports development of its ultra-wide-field visual systems.
Unmanned vehicles, drones and advanced robots handle increasingly dangerous missions. Yet operators control these systems using flat monitors and narrow video goggles, creating blind spots, disorientation and cognitive overload.
The granted patent covers the visual-engine architecture for wide-field virtual and mixed reality headsets. The announcement connects this work with the VRDom architecture and Hypervision’s reference design kits.
Supported by the Binational Industrial R&D Foundation, Hypervision and Light Polymers began a joint project to address pancake-lens manufacturing and ghost images through polarization coatings applied directly to aspheric lens surfaces.
Hypervision estimates Apple Vision Pro’s optical characteristics using Apple’s public information and patents, with analysis of pancake optics, field of view, pixels per degree and the eye box.
Hypervision joins an EU consortium developing laser lithography and advanced manufacturing, contributing micro-optics research to improve display light efficiency.