Press Release – WEST LAFAYETTE, Indiana/FORT COLLINS, Colorado – Remote GeoSystems, Inc., a provider of immersive geospatial video, photo and data recording and reporting software for survey and inspection, is partnering with Purdue University with a gift to the Unmanned Aerial Systems (UAS) degree program and laboratory. The UAS program at Purdue focuses on geospatial data collection and analysis by unmanned aerial systems, also known as “drones.”

As part of the partnership, Remote GeoSystems is providing Purdue with a starting gift of the company’s LineVision video-mapping software suite valued at $111,000, with additional licenses available as needed by students and faculty. Purdue will support Remote GeoSystems as a research and development partner by beta testing new features and technologies and exploring an ever-growing array of applications for Remote GeoSystems’ geospatial software and hardware within the research community.

“Remote GeoSystems is on the leading edge of videogrammetry,” says Joseph Hupy, Ph.D., associate professor with Purdue University’s School of Aviation and Transportation Technology.

Videogrammetry refers to utilizing specific methods and software capabilities for rapidly collecting continuously geo-referenced video and then “geo-editing” and extracting geotagged still photos from the video at user-defined frequencies. These video-derived image datasets are then used to build orthomosaics and 3D models in traditional geospatial imagery processing software.

“Remote GeoSystems is establishing methods to quickly collect and derive the geospatial data from drone videos that will change a number of industries and drive the acceleration of location-based artificial intelligence,” explained Hupy. “Having their software and team connected to Purdue is a significant resource for our evolving UAS program.”

The School of Aviation and Transportation Technology – part of Purdue Polytechnic Institute, one of the 10 academic colleges at Purdue University – is based out of the historic Niswonger Aviation Technology Building, which once housed Amelia Earhart’s airplane.

“Purdue has long been a global leader in aerospace and engineering curriculum and a pioneering institution in the aviation field since the early 20th century,” says Jeff Dahlke, managing director, Remote GeoSystems. “We are proud to now partner with and support the University as their next generation of students takes UAS platforms from novelty to the true airborne workhorses of the 21st century.”

Purdue University’s School of Aviation and Transportation Technology, one of six departments and schools in the Purdue Polytechnic Institute, administers seven world-class undergraduate majors and a graduate program, including aviation-focused Ph.D. program in technology. It is one of the most recognized programs for the quality of its graduates. Faculty members work closely with undergraduate and graduate students and all segments of the aviation industry to conduct research related to grand challenges in sustainability, safety and quality.

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Press Release – FORT COLLINS, Colorado, USA – Remote GeoSystems, Inc., a global provider of geospatial video recorders and mapping software for survey, inspection and reporting, announces the release and availability of the new geoDVR MISB FMV module for the direct recording of video with MISB FMV/STANAG 4609 compliant location metadata from airborne gyro-stabilized gimbal camera systems.

MISB FMV, or Motion Imagery Standards Board Full Motion Video, is a geospatial video format widely-adopted by military and defense communities around the globe for airborne ISR (Intelligence, Surveillance and Reconnaissance) and targeting applications from manned aircraft and drones. Over that last few years this standard (aka STANAG 4609 KLV) has gained popularity in the commercial work for helicopter, fixed-wing and drone aerial surveys and inspections. Common applications in the commercial and government sectors include comprehensive electric transmission line inspections, pipeline right-of-way patrols, aerial firefighting and environmental conservation.

By recording MISB-compliant metadata within the video, Remote GeoSystems post-flight LineVision Desktop software can then use the geoDVR MISB data to calculate and display a dynamic “footprint” along with the camera target frame center. The resulting display shows the video frame footprint moving on the map. This capability provides analysts and subject matter experts a more accurate location of asset conditions or situational awareness on the ground, as observed from a remote aircraft location.

In addition to enabling the MISB Full Motion Video to be displayed in the Remote GeoSystems LineVision Desktop suite, this additional capability also provides commercial and defense operators with an affordable and simple geospatial DVR system for capturing multi-camera video content compatible with other popular 3rd party FMV applications like the Esri FMV Add-In, PAR GV3.0, FalconView and other widely-adopted mission planning and processing, exploitation and dissemination (PED) software.

“The airborne industry has been asking for an affordable, yet military-grade MISB-compatible video recorder for commercial and government work along with simple post-mission reporting software pricing options” says Remote GeoSystems managing director, Jeff Dahlke. “We are pleased to now offer this complete solution and look forward to working with gimbal camera manufacturers to bring the additional back-office GIS integration value to their systems with LineVision.”

The MISB FMV geoDVR module is already being used with a Trakka Systems 300 Triple that is beginning production work this fall for comprehensive helicopter utility line inspections.

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Press Release – FORT COLLINS, Colorado, USA – Remote GeoSystems, Inc. is pleased to announce the release and availability of Video GeoTagger FREE & PRO – revolutionary new tools allowing anyone to easily geotag and geospatially play back video – by simply clicking on a map.

Video GeoTagger is the first application from Remote Geosystem designed for both amateurs and professionals to geotag video from drones, action cameras, cell phones, handheld and professional video systems. For videos that are already geotagged, Video GeoTagger also serves as map-based video viewer with a position indicator that moves along a GPS track on the map, indicating where the current video view was captured. Simply click any point along the track to “navigate” the video linked with GPS to a particular location.

Key Features Include:

Automatically Geotag Video – Video GeoTagger lets you easily combine any GPS log and video to automatically synchronize the video file with a GPS track with just a few clicks on the map.

Manually Geotag Video – No GPS log file? No Problem! Just select as many points along the map as you want for points of interest you want to geotag in the video. You can even geotag historical video!

Click-on-Map Video Playback – Video GeoTagger is also an interactive geospatial video viewer. Open any properly geotagged video for geographic playback.

Virtual Dashboard Gauges – An Optional panel appears below the map with virtual navigation instruments and gauges which displays information pulled from the GPS companion file, including heading, speed (in MPH and KPH), UTC date and time and altitude.

DJI Drone Flight Log Support – Video GeoTagger includes unmatched video support for DJI drone and UAV systems, including the ability to decrypt and geotag using the DJI flight record data log as well as playback videos recorded with SRT file logging and closed captioning turned on.

LineVision Compatible Video – Video and GPS files created from Video GeoTagger are ready for import into Remote GeoSystems professional suite of LineVision software.

Learn more and download a copy at http://videogeotagger.com

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