VERMEER Trademark

Providing temporary use of on-line non-downloadable software for creating, processing, updating, and distributing reference map databases used for vision-based navigation of unmanned aerial vehicles and aircraft, for use in the defense, aerospace, and national security fields; Providing temporary use of on-line non-downloadable software and applications using artificial intelligence (AI) for generating reference map databases from satellite imagery for vision-based navigation of unmanned aerial vehicles, for use in the defense, aerospace, and national security fields; Engineering services in the field of vision-based navigation and positioning systems for unmanned aerial vehicles, aircraft, and satellites for the defense and aerospace industries; Computer programming services for integrating vision-based navigation software and camera systems into the flight control systems of unmanned aerial vehicles and aircraft of others, for use in the defense, aerospace, and national security fields; Development of computer software for others in the field of vision-based navigation, computer vision, and sensor fusion for unmanned aerial vehicles, aircraft, and satellites for defense, aerospace, and national security use; Design and development of computer software for vision-based navigation and positioning of unmanned aerial vehicles and aircraft in GPS-denied and GPS-degraded environments; Design and development of artificial intelligence (AI) software for identifying objects and detecting changes in aerial imagery captured by unmanned aerial vehicles; Design and development of computer hardware for vision-based navigation of unmanned aerial vehicles and aircraft; Design and development of firmware; Research and development of technology in the field of vision-based navigation, alternative positioning, navigation, and timing, and celestial navigation for unmanned aerial vehicles, aircraft, and satellites; Research and development of technology in the field of guidance, navigation, and control of satellites and spacecraft using onboard camera imagery; Research and development of technology in the field of detecting, geolocating, and visualizing in three dimensions radio-frequency emissions using unmanned aerial vehicles; Technical research in the field of computer vision; Machine vision technology research; Research in the field of edge computing; Technological consultation in the technology field of vision-based navigation and GPS-denied positioning for unmanned aerial vehicles and aircraft; Technical support services, namely, troubleshooting of vision-based navigation and positioning software problems; Maintenance of computer software used for vision-based navigation and positioning of unmanned aerial vehicles and aircraft; Providing temporary use of on-line non-downloadable software for planning, visualizing, and previewing missions and flight paths of unmanned aerial vehicles, for use in the defense, aerospace, and national security fields; Software as a service (SAAS) services featuring software for augmented reality-based visualization, command, and navigation of unmanned aerial vehicles, for use in the defense, aerospace, and national security fields; Research and development of technology in the field of computer vision and artificial intelligence for vision-based navigation of unmanned aerial vehicles, aircraft, and satellites; Development of computer software for others in the field of terminal guidance of unmanned aerial vehicles for defense and national security use; Development of computer software for others in the field of navigation of unmanned ground vehicles and dismounted personnel for defense and national security use

Downloadable computer software for vision-based navigation and positioning of unmanned aerial vehicles and aircraft in GPS-denied and GPS-degraded environments by matching real-time electro-optical and infrared camera imagery against stored two-dimensional and three-dimensional reference maps, for use in the defense, aerospace, and national security fields; Recorded computer software for vision-based navigation and positioning of unmanned aerial vehicles and aircraft in GPS-denied and GPS-degraded environments by matching real-time electro-optical and infrared camera imagery against stored two-dimensional and three-dimensional reference maps, for use in the defense, aerospace, and national security fields; Downloadable computer firmware for vision-based navigation and positioning of unmanned aerial vehicles and aircraft, namely, fusing camera imagery with inertial measurement data to determine vehicle position and heading in GPS-denied and GPS-degraded environments, for use in the defense, aerospace, and national security fields; Recorded computer firmware for vision-based navigation and positioning of unmanned aerial vehicles and aircraft, namely, fusing camera imagery with inertial measurement data to determine vehicle position and heading in GPS-denied and GPS-degraded environments, for use in the defense, aerospace, and national security fields; Downloadable software using machine learning for matching aerial camera imagery captured by unmanned aerial vehicles and aircraft against satellite reference imagery to determine vehicle position, for use in the defense, aerospace, and national security fields; Downloadable computer software using artificial intelligence (AI) for identifying objects and detecting changes in terrain in aerial imagery captured by unmanned aerial vehicles, for use in the defense, aerospace, and national security fields; Downloadable computer software for re-establishing the position of an unmanned aerial vehicle that has lost its navigation solution in flight by comparing live camera imagery against onboard reference maps, for use in the defense, aerospace, and national security fields; Computer hardware and recorded software systems for determining the position and heading of unmanned aerial vehicles and aircraft in GPS-denied and GPS-degraded environments by matching onboard electro-optical and infrared camera imagery against stored reference maps, for use in the defense, aerospace, and national security fields; Computer hardware for onboard processing of camera imagery for the navigation of unmanned aerial vehicles and aircraft, for use in the defense, aerospace, and national security fields; Avionic sensor systems, namely, navigation systems; Downloadable computer software for celestial navigation of unmanned aerial vehicles, aircraft, and satellites using camera imagery of stars and other celestial bodies, for use in the defense, aerospace, and national security fields; Downloadable computer software for guidance, navigation, and control of satellites and spacecraft using onboard camera imagery, for use in the defense, aerospace, and national security fields; Computer hardware and recorded software systems for celestial navigation of unmanned aerial vehicles and aircraft by day and by night, for use in the defense, aerospace, and national security fields; Downloadable augmented reality software for use in mobile devices for integrating electronic data with real world environments for the purpose of planning, visualizing, and previewing missions and flight paths of unmanned aerial vehicles and commanding and controlling one or more unmanned aerial vehicles, for use in the defense, aerospace, and national security fields; Downloadable computer simulation software for modeling missions and flight paths of unmanned aerial vehicles in three-dimensional synthetic environments, for use in the defense, aerospace, and national security fields; Downloadable computer software for terminal guidance of unmanned aerial vehicles, namely, identifying, tracking, and homing on designated targets using camera imagery, for use in the defense, aerospace, and national security fields; Downloadable computer software for vision-based position determination and navigation of unmanned ground vehicles and dismounted military personnel in GPS-denied and GPS-degraded environments, for use in the defense and national security fields