RESCAN INC — Department of Defense SBIR Phase I: AF211-CSO1

Description

REscan, Inc., (a Stanford Research Institute (SRI) International spin-off company), has designed and built a scanning helmet and data management system that uses various cameras, LiDAR, stereo vision, and an inertial measurement unit to capture extremely accurate data-rich 3D images of internal and external spaces, all from a human point-of-view. This data can enable optimal redesign/reconfiguration of spaces based on actual utilization, identification of sub-optimal usage patterns, capturing operational blind spots and supporting human-assisted autonomy. REscan’s technology allows users to query the spatial data for dimensional and many other types of information.  With this system, a facilities manager could assess how many square feet of windows or walls they have in a facility, how many light and electric receptacles are in a space, and the company will soon integrate energy efficiency analysis capabilities through thermal imaging. Users can also view the area surrounding the facility from eye-level, again in 3D and with many available data layers to analyze.   Some potential USAF applications include: having exact 3D spatial dimensions for hangar facilities, including info on all fixtures and furnishings inside, and any relevant features surrounding the outside of the structure; emergency navigating during crisis scenarios can be facilitated by a complete 3D scan of the facility being available in a secure and permissioned cloud; facility use optimization by fusing spatial data with sensor data to create a dynamic and integrated view of the facility; and streamlining bidding and contract estimation processes by sharing and communicating exact specifications on indoor and outdoor spaces with contractors via REscan’s Viewer app, without meeting them on site, or having them access secure Air Force facilities.  REscan’s technology helps with operational security on the base by limiting entries, and the 3D model can be invaluable in the event of a natural disaster, pandemic, or terrorist attack. USAF facility management professionals are a key end-user, but the technology has applications across multiple Air Force functions.  It can be used to enhance training/simulation AR/VR activities, complement existing base security programs, and provide key data that will help a facility to be more resilient in the case of a disaster.